AFE7921: How to use API to configure AFE7921

Andrew Su

Part Number: AFE7921

Tool/software:

dears,

I have a customer who is using the API of AFE7921. They are trying to use API to configure AFE7921. They have the following questions:

1. Which API interfaces need to be called to configure the chip so that it can work properly?

2. Is there a complete code example available?

3. Where can I modify the working parameters? For example: NCO frequency, JESD204B configuration parameters, etc.

4. When using the API, do I need to use TI GUI to export the txt configuration file to use together?

The API version they use is CAFE79xx_V2p5.zip (zip) and the GUI version is TI-AFE79xx-Latte_V2p5.exe (exe)

Thanks!

1 month ago

0 Simran Nanda 1 month ago

TI__Intellectual 1956 points

Hi Andrew,

Thank you for the question - our team will respond soon.

Also, please check out the following E2E link as a similar question was previously asked on the software. https://e2e.ti.com/support/rf-microwave-group/rf-microwave/f/rf-microwave-forum/1419184/afe7921-how-to-use-latte-latest-version-2p5

BR,

Simran

0 Aman Thombre 1 month ago in reply to Simran Nanda

TI__Expert 4330 points

Hi Andrew,

Please refer to the link Simran gave to get the customer up to speed with Latte. Is the customer using AFE79xx + TSW14J58 EVM for now? Or are they developing a configuration file for their own system?

To modify the parameters, this can be done in Latte. In the "bringup.py" file in Latte, under the AFE79xx folder, you will find the system parameters. A greater description of these can be found in the Configuration Guide. I will also share the AFE79xx Latte Application Note with you via email, and hopefully this can help the customer get started too. The customer can change these system parameters, like NCO frequency and JESD204B configuration parameters, and generate a configuration file by running the bring up file.

When the customer runs the bring up file with their desired system parameters, this will generate a configuration file in "Documents\Texas Instruments\AFE79xxLatte\lib\Afe79xxPg1.txt", or wherever they have specified the configuration file to write to:

This is a txt file of SPI Writes that the customer can load to the AFE79xx on their board. This will initialize the AFE79xx device using the system parameters used in Latte.

The TI-provided C API functions will need to be included in the customer's software so that they can use these C API functions to control the device. The documentation for the C API can be found in the zip folder CAFE79xx_V2p5.zip, in afe79xxCLibsDocumentation.chm. In this .chm file, there is a ReadMe, which describes how to instantiate the libraries.

Thanks,

Aman

0 zhansheng chen 1 month ago in reply to Aman Thombre

Prodigy 130 points

Hi Aman,

1.We don't have a EVM,we debug AFE7921 with our system and now we want to use C API to config AFE7921 with our system,.Our Embedded Engineer are porting the API to our system,but he don't know Which API interfaces need to be called to configure the chip so that it can work properly?

2.We want an example of a program that can be configured and work, can you provide one?

3.I had modify the working parameters in latte V2p5,I also can generate a config txt with latte ，but we don't know how our config txt and API work together.

4.We want to use the parameters exported by latte to set the chip through the API,how can I due with it.

0 Aman Thombre 1 month ago in reply to zhansheng chen

TI__Expert 4330 points

Hi Mr. Chen,

Question 1

The C API function to configure the chip using the configuration .txt file is afeDeviceBringup()

This uses the log file output by Latte to bring up the device in the way that you specify in the configuration file. There are other functions used to bring up the device in tiAfe79_init.c, depending on the log format you set in Latte when creating your configuration file. Please take a look at the documentation to see these functions.

Question 2

In the CAFE.zip folder, there is an example main.c that shows how to call the C API functions. We also provide example Makefiles that will create DLLs that you can use to use our C API functions in your design. Please also look at the ReadMe in afe79xxCLibsDocumentation.chm, which describes how to instantiate the libraries.

Question 3

Once you load the configuration onto the device on your board using the C API function afeDeviceBringup(), you can use the other C API functions to control the device in the way that you want. For example, if you would like to read back the JESD RX alarms, you can use the function getJesdRxAlarms() in tiAfe79_jesd.c. Or, for example, if you would like to override the TX/RX/FB enables to turn these channels on/off, you can use the overrideTdd() function. How you use these functions is up to you, and you can use the TI-provided functions in the way that you need to achieve your end design. Please see the documentation for all the different functions, what they do, and how to call them.

Question 4

You will need to call the afeDeviceBringup() C API function with the configuration file (.txt) output by Latte. This will configure the device with the system parameters set in Latte.

I hope I was able to answer all your questions, please let me know if you need further clarification on anything.

Thanks!

Aman

0 zhansheng chen 1 month ago in reply to Aman Thombre

Prodigy 130 points

Hi Aman,

We are using API to config AFE7921 with some question.

We can read and write AFE7921 register with API function correctly,we are use Latte version is 2.5.0

Our python is below

setupParams.skipFpga 				= 1
sysParams							=	AFE.systemParams	
AFE.systemStatus.loadTrims			= 1

sysParams.FRef                    	= 245.76
sysParams.FadcRx                  	= 2949.12
sysParams.FadcFb				  	= 2949.12
sysParams.Fdac                    	= 2949.12*3

sysParams.enableDacInterleavedMode	= False 					#DAC interleave mode to save power consumption. Fs/2 - Fin spur occurs

sysParams.modeTdd 					= 0		
										# 0- Single TDD Pin for all Channels
										# 1- Separate Control for 2T/2R/1F
										# 2- Separate Control for 1T/1R/1F			

sysParams.topLevelSystemMode		= 'StaticTDDMode'
sysParams.RRFMode 					= 0   #4T4R2F FDD mode
sysParams.jesdSystemMode			= [3,3]
										#SystemMode 0:	2R1F-FDD						; rx1-rx2-fb-fb
										#SystemMode 1:	1R1F-FDD						; rx1-rx1-fb-fb
										#SystemMode 2:	2R-FDD							; rx1-rx1-rx2-rx2
										#SystemMode 3:	1R								; rx1-rx1-rx1-rx1
										#SystemMode 4:	1F								; fb-fb-fb-fb
										#SystemMode 5:	1R1F-TDD						; rx1/fb-rx1/fb-rx1/fb-rx1/fb
										#SystemMode 8:	1R1F-TDD 1R-FDD	(FB-2Lanes)(RX1 RX2 interchanged)		; rx2/fb-rx2/fb-rx1-rx1


sysParams.jesdLoopbackEn			= 0 #Make it 1 to Enable the JESDTX to JESDRX internal loopback
sysParams.LMFSHdRx                	=['48410', '48410', '48410', '48410']	
										# The 2nd and 4th are valid only for jesdSystemMode values in (2,6,7,8). For other modes, select 4 converter modes for 1st and 3rd.
sysParams.LMFSHdFb                	= ["22210","22210"]
sysParams.LMFSHdTx                	= ["48410","48410","48410","48410"]
sysParams.jesdTxProtocol            = [0,0]
sysParams.jesdRxProtocol            = [0,0]
sysParams.serdesFirmware			= True 		# If you want to lead any firmware, please speify the path here. Otherwise it will not write any firmware
sysParams.jesdTxLaneMux				= [0,1,2,3,4,5,6,7]	
												# Enter which lanes you want in each location. 
												# Note that across 2T Mux is not possible in 0.5.
												# For example, if you want to exchange the first two lines of each 2T, this should be [[1,0,2,3],[5,4,6,7]]
sysParams.jesdRxLaneMux				= [0,1,2,3,4,5,6,7]	
												# Enter which lanes you want in each location.
												# Note that across 2R Mux is not possible in 0.5.
												# For example, if you want to exchange the first two lines of each 2R, this should be [[1,0,2,3],[5,4,6,7]]

sysParams.jesdRxRbd					= [4, 4]

sysParams.rxJesdTxScr				= [True,True,True,True]
sysParams.fbJesdTxScr				= [False,False]
sysParams.jesdRxScr					= [True,True,True,True]

sysParams.rxJesdTxK					= [32,32,32,32]
sysParams.fbJesdTxK					= [32,32]
sysParams.jesdRxK					= [16,16,16,16]

sysParams.ncoFreqMode 				= "1KHz"
	
sysParams.txNco0					= 	[[2100,2600],		#Band0, Band1 for TxA for NCO0
										[1800,2600],        #Band0, Band1 for TxB for NCO0
										[2600,2600],        #Band0, Band1 for TxC for NCO0
										[3500,2600]]        #Band0, Band1 for TxD for NCO0

sysParams.rxNco0					= 	[[2100,2600],		#Band0, Band1 for RxA for NCO0
										[1800,2600],        #Band0, Band1 for RxB for NCO0
										[2600,2600],        #Band0, Band1 for RxC for NCO0
										[3500,2600]]        #Band0, Band1 for RxD for NCO0

sysParams.fbNco0					= 	[2200,2200]			#FBA, FBC for NCO0
sysParams.fbNco1					= 	[2200,2200]			#FBA, FBC for NCO1
sysParams.fbNco2					= 	[2200,2200]			#FBA, FBC for NCO2
sysParams.fbNco3					= 	[2200,2200]			#FBA, FBC for NCO3

sysParams.numBandsRx				= [0]*4					# 0 for single, 1 for dual
sysParams.numBandsFb				= [0,0]				
sysParams.numBandsTx				= [0,0,0,0]

sysParams.ddcFactorRx             	= [12,12,12,12]			# DDC decimation factor for RX A, B, C and D
sysParams.ddcFactorFb             	= [6,6]
sysParams.ducFactorTx             	= [36,36,36,36]

AFE.systemStatus.loadTrims			=1

## The following parameters sets up the LMK04828 clocking schemes
lmkParams.pllEn						=	True#False
lmkParams.inputClk					=	1474.56#737.28
lmkParams.sysrefFreq				=	2949.12/1024
lmkParams.lmkFrefClk				=	True

## The following parameters sets up the register and macro dumps
logDumpInst.setFileName(ASTERIX_DIR+DEVICES_DIR+r"\AFE7921_config_48410_1.txt")
logDumpInst.logFormat				= 0x0f
logDumpInst.rewriteFile				= 1
logDumpInst.rewriteFileFormat4		= 1
device.optimizeWrites				= 0
device.rawWriteLogEn				= 1

## The following parameters sets up the SYNCIN and SYNCOUT to interface with the TSW14J57
sysParams.jesdABLvdsSync			= True
sysParams.jesdCDLvdsSync			= True
sysParams.rxJesdTxSyncMux			= [0,0,0,0]
sysParams.fbJesdTxSyncMux			= [0,0]
sysParams.jesdRxSyncMux				= [0,0,0,0]		#[0,0,1,1]
sysParams.syncLoopBack				= True

# ## The following parameters sets up the AGC
# sysParams.agcParams[0].agcMode = 1 ##internal AGC
# sysParams.agcParams[0].gpioRstEnable = 0 ##disable GPIO based reset to AGC detector 
# sysParams.agcParams[0].atken = [0, 1, 0] ##enable big and small step attack
# sysParams.agcParams[0].decayen = [0,1,0] ##enable big and small step decay
# sysParams.agcParams[0].atksize = [2,1,0] ## bigs step = 2dB, small step = 1dB
# sysParams.agcParams[0].decaysize = [2,1,0] ##big step = 2dB, small step = 1dB
# sysParams.agcParams[0].atkthreshold = [-1, -2, -14] ##attack threshold
# sysParams.agcParams[0].decaythreshold = [-14, -6, -20] ##decay threshold
# sysParams.agcParams[0].atkwinlength = [170, 170] ## detector time constant expressed inn absolute time in ns. 
# sysParams.agcParams[0].decaywinlength = 87380 ##detector time constant expressed in absolute time in ns. All detectors use the same value for decay time constant
# sysParams.agcParams[0].atkNumHitsAbs = [8,8] ##absolute number of times signal crosses threshold. These crossing are with respect to the FADC/8 clock
# sysParams.agcParams[0].decayNumHitsAbs = [100,100] ##absolute number of times signal crosses threshold. These crossing are with respect to the FADC/8 clock
# sysParams.agcParams[0].minDsaAttn = 0 ##minimum DSA attenuation used by AGC
# sysParams.agcParams[0].maxDsaAttn = 22 ##maximum DSA attenuation used by AGC
# sysParams.agcParams[0].totalGainRange = 22 ##total gain range used by ALC for gain compensation
# sysParams.agcParams[0].minAttnAlc = 0 ##minimum attenuation used by ALC for compensation when useMinAttnAgc = 0
# sysParams.agcParams[0].useMinAttnAgc = 1 ##enable ALC to use minimum attenuation from AGC for which compensation is required.
# sysParams.agcParams[0].alcEn = 1
# sysParams.agcParams[0].alcMode = 0 ##floating point DGC
# sysParams.agcParams[0].fltPtMode = 0 ##if exponent > 0, dont send MSB
# sysParams.agcParams[0].fltPtFmt = 1 ##3 bit exponent


## The following parameters sets up the GPIOs
sysParams.gpioMapping={
		'H8': 'ADC_SYNC0',
		'H7': 'ADC_SYNC1',
		'N8': 'ADC_SYNC2',
		'N7': 'ADC_SYNC3',
		'H9': 'DAC_SYNC0',
		'G9': 'DAC_SYNC1',
		'N9': 'DAC_SYNC2',
		'P9': 'DAC_SYNC3',
		'P14': 'GLOBAL_PDN',
		'K14': 'FBABTDD',
		'R6': 'FBCDTDD',
		'H15': ['TXATDD','TXBTDD'],
		'V5': ['TXCTDD','TXDTDD'],
		'E7': ['RXATDD','RXBTDD'],
		'R15': ['RXCTDD','RXDTDD']}
		
#AFE.systemParams.papParams[0]['enable'] = True
#AFE.systemParams.papParams[1]['enable'] = True
#AFE.systemParams.papParams[2]['enable'] = True
#AFE.systemParams.papParams[3]['enable'] = True
		

## Initiates LMK04828 and AFE79xx Bring-up
AFE.deviceBringup()

AFE.TOP.overrideTdd(15,3,15)

1.We use afeDevicebringup function to config AFE7921, it can't config succeed, and this function not have logs to debug how config fail. When we use afeDevicebringup,we used GUI export AFE7921_config_48410_1Raw.txt

AFE7921_config_48410_1Raw.txt is below

// AFE79xx
// START: Doing AFE Config


// AFE79xx
// Device Initialization for ChipVersion: 1.3


// Library Version Used: 2.5.0


// **********System Parameters**********


// System Parameters:
	FRef	=	245.76
	FadcFb	=	2949.12
	FadcRx	=	2949.12
	Fdac	=	8847.36
	LMFSHdFb	=	['22210', '22210']
	LMFSHdRx	=	['48410', '48410', '48410', '48410']
	LMFSHdTx	=	['48410', '48410', '48410', '48410']
	RRFMode	=	0
	adcDataMuxEn	=	1
	adcSelect0	=	[0, 1, 2]
	adcSelect1	=	[0, 1, 2]
	agcParams[0] = {		'NumStep'	:5,
			'agcMode'	:0,
			'agcstate'	:{			'toggleDgc':512,			'freeze':2,			'toggleExtAgc':1024,			'toggle':256,			'restart':8,			'dgcEn':16,			'extAGCDis':128,			'start':1,			'unfreeze':4,			'dgcDis':32,			'extAgcEn':64},
			'alcEn'	:0,
			'alcMode'	:0,
			'alc_mode'	:{			'inputALC':5,			'coarsefineI':2,			'coarsefineALCpin':4,			'Floatingpoint':0,			'coarsefineIQ':3},
			'atkNumHitsAbs'	:[8, 8],
			'atkNumHitsRel'	:[25, 75],
			'atken'	:[0, 1, 0],
			'atksize'	:[6, 2],
			'atkthreshold'	:[-1, -2, -14],
			'atkwinlength'	:[170, 170],
			'blank_time_extcomp'	:600,
			'chainen'	:1,
			'custRfMode'	:1,
			'custRfModeDict'	:{			'bigStepAtk':1,			'lnaBypass':2,			'extAgc':0},
			'decayNumHitsAbs'	:[8, 8],
			'decayNumHitsRel'	:[75, 25],
			'decayen'	:[0, 1, 0],
			'decaysize'	:[6, 2],
			'decaythreshold'	:[-14, -8, -20],
			'decaywinlength'	:87380,
			'dsaInit'	:0,
			'dsaStep'	:1,
			'dualLnaAtkNumCrossingMode'	:0,
			'dualLnaAtkNumCrossingsB0'	:8,
			'dualLnaAtkNumCrossingsB1'	:8,
			'dualLnaAtkThB0'	:-8,
			'dualLnaAtkThB1'	:-8,
			'dualLnaBypassDecayThB0'	:60,
			'dualLnaBypassDecayThB1'	:60,
			'dualLnaDecayNumCrossingMode'	:0,
			'dualLnaDecayNumCrossingsB0'	:8,
			'dualLnaDecayNumCrossingsB1'	:8,
			'dualLnaDecayThB0'	:13,
			'dualLnaDecayThB1'	:13,
			'dualLnaDsaApproach'	:1,
			'dualLnaMode'	:0,
			'enBandDet'	:0,
			'en_agcfreeze_pin'	:0,
			'extLnaTempModel'	:0,
			'fltPtFmt'	:1,
			'fltPtMode'	:0,
			'frameXferMode'	:4,
			'frameXferfmt'	:0,
			'gainChangeIndEn'	:1,
			'gpioRstEnable'	:0,
			'indexInvert'	:0,
			'indexSwapIQ'	:0,
			'lnaDsaChangeOrder'	:0,
			'lnaEn'	:0,
			'lnaGainMargin'	:6,
			'lnagain0'	:12,
			'lnagain1'	:12,
			'lnaphase0'	:0,
			'lnaphase1'	:0,
			'maxDelay'	:0,
			'maxDsaAttn'	:50,
			'minAttnAlc'	:0,
			'minDsaAttn'	:0,
			'nBitIndex'	:3,
			'outputDgcPinDelay'	:306,
			'phmEn'	:0,
			'phmIQMode'	:0,
			'pin0sel'	:16448,
			'pin1sel'	:16432,
			'pin2sel'	:16416,
			'pin3sel'	:16400,
			'pkDetOnPenultimateLsb'	:0,
			'pkDetPinLsbSel'	:0,
			'preSyncHead'	:255,
			'pulseExpansionCount'	:50,
			'rfdetNumhitsmode'	:0,
			'rfdetThreshold'	:3,
			'rfdeten'	:0,
			'rfdetnumhits'	:8,
			'rfdetstepsize'	:8,
			'sigBackOff'	:0,
			'sigInvalidBasedDelay'	:400,
			'singleDualBandMode'	:0,
			'startTemp'	:0,
			'stepSize'	:6,
			'stepTemp'	:1,
			'syncBitDisable'	:0,
			'syncHead'	:65535,
			'tapOffPoint'	:0,
			'tdd_freeze_agc'	:1,
			'temp_idxB0'	:0,
			'temp_idxB1'	:0,
			'totalGainRange'	:32,
			'useMinAttnAgc'	:1,
			}
	
	agcParams[1] = {		'NumStep'	:5,
			'agcMode'	:0,
			'agcstate'	:{			'toggleDgc':512,			'freeze':2,			'toggleExtAgc':1024,			'toggle':256,			'restart':8,			'dgcEn':16,			'extAGCDis':128,			'start':1,			'unfreeze':4,			'dgcDis':32,			'extAgcEn':64},
			'alcEn'	:0,
			'alcMode'	:0,
			'alc_mode'	:{			'inputALC':5,			'coarsefineI':2,			'coarsefineALCpin':4,			'Floatingpoint':0,			'coarsefineIQ':3},
			'atkNumHitsAbs'	:[8, 8],
			'atkNumHitsRel'	:[25, 75],
			'atken'	:[0, 1, 0],
			'atksize'	:[6, 2],
			'atkthreshold'	:[-1, -2, -14],
			'atkwinlength'	:[170, 170],
			'blank_time_extcomp'	:600,
			'chainen'	:2,
			'custRfMode'	:1,
			'custRfModeDict'	:{			'bigStepAtk':1,			'lnaBypass':2,			'extAgc':0},
			'decayNumHitsAbs'	:[8, 8],
			'decayNumHitsRel'	:[75, 25],
			'decayen'	:[0, 1, 0],
			'decaysize'	:[6, 2],
			'decaythreshold'	:[-14, -8, -20],
			'decaywinlength'	:87380,
			'dsaInit'	:0,
			'dsaStep'	:1,
			'dualLnaAtkNumCrossingMode'	:0,
			'dualLnaAtkNumCrossingsB0'	:8,
			'dualLnaAtkNumCrossingsB1'	:8,
			'dualLnaAtkThB0'	:-8,
			'dualLnaAtkThB1'	:-8,
			'dualLnaBypassDecayThB0'	:60,
			'dualLnaBypassDecayThB1'	:60,
			'dualLnaDecayNumCrossingMode'	:0,
			'dualLnaDecayNumCrossingsB0'	:8,
			'dualLnaDecayNumCrossingsB1'	:8,
			'dualLnaDecayThB0'	:13,
			'dualLnaDecayThB1'	:13,
			'dualLnaDsaApproach'	:1,
			'dualLnaMode'	:0,
			'enBandDet'	:0,
			'en_agcfreeze_pin'	:0,
			'extLnaTempModel'	:0,
			'fltPtFmt'	:1,
			'fltPtMode'	:0,
			'frameXferMode'	:4,
			'frameXferfmt'	:0,
			'gainChangeIndEn'	:1,
			'gpioRstEnable'	:0,
			'indexInvert'	:0,
			'indexSwapIQ'	:0,
			'lnaDsaChangeOrder'	:0,
			'lnaEn'	:0,
			'lnaGainMargin'	:6,
			'lnagain0'	:12,
			'lnagain1'	:12,
			'lnaphase0'	:0,
			'lnaphase1'	:0,
			'maxDelay'	:0,
			'maxDsaAttn'	:50,
			'minAttnAlc'	:0,
			'minDsaAttn'	:0,
			'nBitIndex'	:3,
			'outputDgcPinDelay'	:306,
			'phmEn'	:0,
			'phmIQMode'	:0,
			'pin0sel'	:16448,
			'pin1sel'	:16432,
			'pin2sel'	:16416,
			'pin3sel'	:16400,
			'pkDetOnPenultimateLsb'	:0,
			'pkDetPinLsbSel'	:0,
			'preSyncHead'	:255,
			'pulseExpansionCount'	:50,
			'rfdetNumhitsmode'	:0,
			'rfdetThreshold'	:3,
			'rfdeten'	:0,
			'rfdetnumhits'	:8,
			'rfdetstepsize'	:8,
			'sigBackOff'	:0,
			'sigInvalidBasedDelay'	:400,
			'singleDualBandMode'	:0,
			'startTemp'	:0,
			'stepSize'	:6,
			'stepTemp'	:1,
			'syncBitDisable'	:0,
			'syncHead'	:65535,
			'tapOffPoint'	:0,
			'tdd_freeze_agc'	:1,
			'temp_idxB0'	:0,
			'temp_idxB1'	:0,
			'totalGainRange'	:32,
			'useMinAttnAgc'	:1,
			}
	
	agcParams[2] = {		'NumStep'	:5,
			'agcMode'	:0,
			'agcstate'	:{			'toggleDgc':512,			'freeze':2,			'toggleExtAgc':1024,			'toggle':256,			'restart':8,			'dgcEn':16,			'extAGCDis':128,			'start':1,			'unfreeze':4,			'dgcDis':32,			'extAgcEn':64},
			'alcEn'	:0,
			'alcMode'	:0,
			'alc_mode'	:{			'inputALC':5,			'coarsefineI':2,			'coarsefineALCpin':4,			'Floatingpoint':0,			'coarsefineIQ':3},
			'atkNumHitsAbs'	:[8, 8],
			'atkNumHitsRel'	:[25, 75],
			'atken'	:[0, 1, 0],
			'atksize'	:[6, 2],
			'atkthreshold'	:[-1, -2, -14],
			'atkwinlength'	:[170, 170],
			'blank_time_extcomp'	:600,
			'chainen'	:4,
			'custRfMode'	:1,
			'custRfModeDict'	:{			'bigStepAtk':1,			'lnaBypass':2,			'extAgc':0},
			'decayNumHitsAbs'	:[8, 8],
			'decayNumHitsRel'	:[75, 25],
			'decayen'	:[0, 1, 0],
			'decaysize'	:[6, 2],
			'decaythreshold'	:[-14, -8, -20],
			'decaywinlength'	:87380,
			'dsaInit'	:0,
			'dsaStep'	:1,
			'dualLnaAtkNumCrossingMode'	:0,
			'dualLnaAtkNumCrossingsB0'	:8,
			'dualLnaAtkNumCrossingsB1'	:8,
			'dualLnaAtkThB0'	:-8,
			'dualLnaAtkThB1'	:-8,
			'dualLnaBypassDecayThB0'	:60,
			'dualLnaBypassDecayThB1'	:60,
			'dualLnaDecayNumCrossingMode'	:0,
			'dualLnaDecayNumCrossingsB0'	:8,
			'dualLnaDecayNumCrossingsB1'	:8,
			'dualLnaDecayThB0'	:13,
			'dualLnaDecayThB1'	:13,
			'dualLnaDsaApproach'	:1,
			'dualLnaMode'	:0,
			'enBandDet'	:0,
			'en_agcfreeze_pin'	:0,
			'extLnaTempModel'	:0,
			'fltPtFmt'	:1,
			'fltPtMode'	:0,
			'frameXferMode'	:4,
			'frameXferfmt'	:0,
			'gainChangeIndEn'	:1,
			'gpioRstEnable'	:0,
			'indexInvert'	:0,
			'indexSwapIQ'	:0,
			'lnaDsaChangeOrder'	:0,
			'lnaEn'	:0,
			'lnaGainMargin'	:6,
			'lnagain0'	:12,
			'lnagain1'	:12,
			'lnaphase0'	:0,
			'lnaphase1'	:0,
			'maxDelay'	:0,
			'maxDsaAttn'	:50,
			'minAttnAlc'	:0,
			'minDsaAttn'	:0,
			'nBitIndex'	:3,
			'outputDgcPinDelay'	:306,
			'phmEn'	:0,
			'phmIQMode'	:0,
			'pin0sel'	:16448,
			'pin1sel'	:16432,
			'pin2sel'	:16416,
			'pin3sel'	:16400,
			'pkDetOnPenultimateLsb'	:0,
			'pkDetPinLsbSel'	:0,
			'preSyncHead'	:255,
			'pulseExpansionCount'	:50,
			'rfdetNumhitsmode'	:0,
			'rfdetThreshold'	:3,
			'rfdeten'	:0,
			'rfdetnumhits'	:8,
			'rfdetstepsize'	:8,
			'sigBackOff'	:0,
			'sigInvalidBasedDelay'	:400,
			'singleDualBandMode'	:0,
			'startTemp'	:0,
			'stepSize'	:6,
			'stepTemp'	:1,
			'syncBitDisable'	:0,
			'syncHead'	:65535,
			'tapOffPoint'	:0,
			'tdd_freeze_agc'	:1,
			'temp_idxB0'	:0,
			'temp_idxB1'	:0,
			'totalGainRange'	:32,
			'useMinAttnAgc'	:1,
			}
	
	agcParams[3] = {		'NumStep'	:5,
			'agcMode'	:0,
			'agcstate'	:{			'toggleDgc':512,			'freeze':2,			'toggleExtAgc':1024,			'toggle':256,			'restart':8,			'dgcEn':16,			'extAGCDis':128,			'start':1,			'unfreeze':4,			'dgcDis':32,			'extAgcEn':64},
			'alcEn'	:0,
			'alcMode'	:0,
			'alc_mode'	:{			'inputALC':5,			'coarsefineI':2,			'coarsefineALCpin':4,			'Floatingpoint':0,			'coarsefineIQ':3},
			'atkNumHitsAbs'	:[8, 8],
			'atkNumHitsRel'	:[25, 75],
			'atken'	:[0, 1, 0],
			'atksize'	:[6, 2],
			'atkthreshold'	:[-1, -2, -14],
			'atkwinlength'	:[170, 170],
			'blank_time_extcomp'	:600,
			'chainen'	:8,
			'custRfMode'	:1,
			'custRfModeDict'	:{			'bigStepAtk':1,			'lnaBypass':2,			'extAgc':0},
			'decayNumHitsAbs'	:[8, 8],
			'decayNumHitsRel'	:[75, 25],
			'decayen'	:[0, 1, 0],
			'decaysize'	:[6, 2],
			'decaythreshold'	:[-14, -8, -20],
			'decaywinlength'	:87380,
			'dsaInit'	:0,
			'dsaStep'	:1,
			'dualLnaAtkNumCrossingMode'	:0,
			'dualLnaAtkNumCrossingsB0'	:8,
			'dualLnaAtkNumCrossingsB1'	:8,
			'dualLnaAtkThB0'	:-8,
			'dualLnaAtkThB1'	:-8,
			'dualLnaBypassDecayThB0'	:60,
			'dualLnaBypassDecayThB1'	:60,
			'dualLnaDecayNumCrossingMode'	:0,
			'dualLnaDecayNumCrossingsB0'	:8,
			'dualLnaDecayNumCrossingsB1'	:8,
			'dualLnaDecayThB0'	:13,
			'dualLnaDecayThB1'	:13,
			'dualLnaDsaApproach'	:1,
			'dualLnaMode'	:0,
			'enBandDet'	:0,
			'en_agcfreeze_pin'	:0,
			'extLnaTempModel'	:0,
			'fltPtFmt'	:1,
			'fltPtMode'	:0,
			'frameXferMode'	:4,
			'frameXferfmt'	:0,
			'gainChangeIndEn'	:1,
			'gpioRstEnable'	:0,
			'indexInvert'	:0,
			'indexSwapIQ'	:0,
			'lnaDsaChangeOrder'	:0,
			'lnaEn'	:0,
			'lnaGainMargin'	:6,
			'lnagain0'	:12,
			'lnagain1'	:12,
			'lnaphase0'	:0,
			'lnaphase1'	:0,
			'maxDelay'	:0,
			'maxDsaAttn'	:50,
			'minAttnAlc'	:0,
			'minDsaAttn'	:0,
			'nBitIndex'	:3,
			'outputDgcPinDelay'	:306,
			'phmEn'	:0,
			'phmIQMode'	:0,
			'pin0sel'	:16448,
			'pin1sel'	:16432,
			'pin2sel'	:16416,
			'pin3sel'	:16400,
			'pkDetOnPenultimateLsb'	:0,
			'pkDetPinLsbSel'	:0,
			'preSyncHead'	:255,
			'pulseExpansionCount'	:50,
			'rfdetNumhitsmode'	:0,
			'rfdetThreshold'	:3,
			'rfdeten'	:0,
			'rfdetnumhits'	:8,
			'rfdetstepsize'	:8,
			'sigBackOff'	:0,
			'sigInvalidBasedDelay'	:400,
			'singleDualBandMode'	:0,
			'startTemp'	:0,
			'stepSize'	:6,
			'stepTemp'	:1,
			'syncBitDisable'	:0,
			'syncHead'	:65535,
			'tapOffPoint'	:0,
			'tdd_freeze_agc'	:1,
			'temp_idxB0'	:0,
			'temp_idxB1'	:0,
			'totalGainRange'	:32,
			'useMinAttnAgc'	:1,
			}
	
	agcParams[4] = {		'NumStep'	:5,
			'agcMode'	:0,
			'agcstate'	:{			'toggleDgc':512,			'freeze':2,			'toggleExtAgc':1024,			'toggle':256,			'restart':8,			'dgcEn':16,			'extAGCDis':128,			'start':1,			'unfreeze':4,			'dgcDis':32,			'extAgcEn':64},
			'alcEn'	:0,
			'alcMode'	:0,
			'alc_mode'	:{			'inputALC':5,			'coarsefineI':2,			'coarsefineALCpin':4,			'Floatingpoint':0,			'coarsefineIQ':3},
			'atkNumHitsAbs'	:[8, 8],
			'atkNumHitsRel'	:[25, 75],
			'atken'	:[0, 1, 0],
			'atksize'	:[6, 2],
			'atkthreshold'	:[-1, -2, -14],
			'atkwinlength'	:[170, 170],
			'blank_time_extcomp'	:600,
			'chainen'	:16,
			'custRfMode'	:1,
			'custRfModeDict'	:{			'bigStepAtk':1,			'lnaBypass':2,			'extAgc':0},
			'decayNumHitsAbs'	:[8, 8],
			'decayNumHitsRel'	:[75, 25],
			'decayen'	:[0, 1, 0],
			'decaysize'	:[6, 2],
			'decaythreshold'	:[-14, -8, -20],
			'decaywinlength'	:87380,
			'dsaInit'	:0,
			'dsaStep'	:1,
			'dualLnaAtkNumCrossingMode'	:0,
			'dualLnaAtkNumCrossingsB0'	:8,
			'dualLnaAtkNumCrossingsB1'	:8,
			'dualLnaAtkThB0'	:-8,
			'dualLnaAtkThB1'	:-8,
			'dualLnaBypassDecayThB0'	:60,
			'dualLnaBypassDecayThB1'	:60,
			'dualLnaDecayNumCrossingMode'	:0,
			'dualLnaDecayNumCrossingsB0'	:8,
			'dualLnaDecayNumCrossingsB1'	:8,
			'dualLnaDecayThB0'	:13,
			'dualLnaDecayThB1'	:13,
			'dualLnaDsaApproach'	:1,
			'dualLnaMode'	:0,
			'enBandDet'	:0,
			'en_agcfreeze_pin'	:0,
			'extLnaTempModel'	:0,
			'fltPtFmt'	:1,
			'fltPtMode'	:0,
			'frameXferMode'	:4,
			'frameXferfmt'	:0,
			'gainChangeIndEn'	:1,
			'gpioRstEnable'	:0,
			'indexInvert'	:0,
			'indexSwapIQ'	:0,
			'lnaDsaChangeOrder'	:0,
			'lnaEn'	:0,
			'lnaGainMargin'	:6,
			'lnagain0'	:12,
			'lnagain1'	:12,
			'lnaphase0'	:0,
			'lnaphase1'	:0,
			'maxDelay'	:0,
			'maxDsaAttn'	:50,
			'minAttnAlc'	:0,
			'minDsaAttn'	:0,
			'nBitIndex'	:3,
			'outputDgcPinDelay'	:306,
			'phmEn'	:0,
			'phmIQMode'	:0,
			'pin0sel'	:16448,
			'pin1sel'	:16432,
			'pin2sel'	:16416,
			'pin3sel'	:16400,
			'pkDetOnPenultimateLsb'	:0,
			'pkDetPinLsbSel'	:0,
			'preSyncHead'	:255,
			'pulseExpansionCount'	:50,
			'rfdetNumhitsmode'	:0,
			'rfdetThreshold'	:3,
			'rfdeten'	:0,
			'rfdetnumhits'	:8,
			'rfdetstepsize'	:8,
			'sigBackOff'	:0,
			'sigInvalidBasedDelay'	:400,
			'singleDualBandMode'	:0,
			'startTemp'	:0,
			'stepSize'	:6,
			'stepTemp'	:1,
			'syncBitDisable'	:0,
			'syncHead'	:65535,
			'tapOffPoint'	:0,
			'tdd_freeze_agc'	:1,
			'temp_idxB0'	:0,
			'temp_idxB1'	:0,
			'totalGainRange'	:32,
			'useMinAttnAgc'	:1,
			}
	
	agcParams[5] = {		'NumStep'	:5,
			'agcMode'	:0,
			'agcstate'	:{			'toggleDgc':512,			'freeze':2,			'toggleExtAgc':1024,			'toggle':256,			'restart':8,			'dgcEn':16,			'extAGCDis':128,			'start':1,			'unfreeze':4,			'dgcDis':32,			'extAgcEn':64},
			'alcEn'	:0,
			'alcMode'	:0,
			'alc_mode'	:{			'inputALC':5,			'coarsefineI':2,			'coarsefineALCpin':4,			'Floatingpoint':0,			'coarsefineIQ':3},
			'atkNumHitsAbs'	:[8, 8],
			'atkNumHitsRel'	:[25, 75],
			'atken'	:[0, 1, 0],
			'atksize'	:[6, 2],
			'atkthreshold'	:[-1, -2, -14],
			'atkwinlength'	:[170, 170],
			'blank_time_extcomp'	:600,
			'chainen'	:32,
			'custRfMode'	:1,
			'custRfModeDict'	:{			'bigStepAtk':1,			'lnaBypass':2,			'extAgc':0},
			'decayNumHitsAbs'	:[8, 8],
			'decayNumHitsRel'	:[75, 25],
			'decayen'	:[0, 1, 0],
			'decaysize'	:[6, 2],
			'decaythreshold'	:[-14, -8, -20],
			'decaywinlength'	:87380,
			'dsaInit'	:0,
			'dsaStep'	:1,
			'dualLnaAtkNumCrossingMode'	:0,
			'dualLnaAtkNumCrossingsB0'	:8,
			'dualLnaAtkNumCrossingsB1'	:8,
			'dualLnaAtkThB0'	:-8,
			'dualLnaAtkThB1'	:-8,
			'dualLnaBypassDecayThB0'	:60,
			'dualLnaBypassDecayThB1'	:60,
			'dualLnaDecayNumCrossingMode'	:0,
			'dualLnaDecayNumCrossingsB0'	:8,
			'dualLnaDecayNumCrossingsB1'	:8,
			'dualLnaDecayThB0'	:13,
			'dualLnaDecayThB1'	:13,
			'dualLnaDsaApproach'	:1,
			'dualLnaMode'	:0,
			'enBandDet'	:0,
			'en_agcfreeze_pin'	:0,
			'extLnaTempModel'	:0,
			'fltPtFmt'	:1,
			'fltPtMode'	:0,
			'frameXferMode'	:4,
			'frameXferfmt'	:0,
			'gainChangeIndEn'	:1,
			'gpioRstEnable'	:0,
			'indexInvert'	:0,
			'indexSwapIQ'	:0,
			'lnaDsaChangeOrder'	:0,
			'lnaEn'	:0,
			'lnaGainMargin'	:6,
			'lnagain0'	:12,
			'lnagain1'	:12,
			'lnaphase0'	:0,
			'lnaphase1'	:0,
			'maxDelay'	:0,
			'maxDsaAttn'	:50,
			'minAttnAlc'	:0,
			'minDsaAttn'	:0,
			'nBitIndex'	:3,
			'outputDgcPinDelay'	:306,
			'phmEn'	:0,
			'phmIQMode'	:0,
			'pin0sel'	:16448,
			'pin1sel'	:16432,
			'pin2sel'	:16416,
			'pin3sel'	:16400,
			'pkDetOnPenultimateLsb'	:0,
			'pkDetPinLsbSel'	:0,
			'preSyncHead'	:255,
			'pulseExpansionCount'	:50,
			'rfdetNumhitsmode'	:0,
			'rfdetThreshold'	:3,
			'rfdeten'	:0,
			'rfdetnumhits'	:8,
			'rfdetstepsize'	:8,
			'sigBackOff'	:0,
			'sigInvalidBasedDelay'	:400,
			'singleDualBandMode'	:0,
			'startTemp'	:0,
			'stepSize'	:6,
			'stepTemp'	:1,
			'syncBitDisable'	:0,
			'syncHead'	:65535,
			'tapOffPoint'	:0,
			'tdd_freeze_agc'	:1,
			'temp_idxB0'	:0,
			'temp_idxB1'	:0,
			'totalGainRange'	:32,
			'useMinAttnAgc'	:1,
			}
	
	auxAdcEn	=	False
	broadcastRxNcoSel	=	0
	broadcastTxNcoSel	=	0
	chipId	=	121
	chipVersion	=	19
	combineDucMode	=	[0, 0]
	continuousSysref	=	True
	dacDataMuxEn	=	1
	ddcFactorFb	=	[6, 6]
	ddcFactorRx	=	[12, 12, 12, 12]
	defaultFbDsa	=	[0, 0]
	defaultRxDsa	=	[0, 0, 0, 0]
	defaultTxDsa	=	[0, 0, 0, 0]
	doSerdesAdaptationSeparately	=	False
	ducFactorTx	=	[36, 36, 36, 36]
	enableAdcAveragingMode	=	[False, False]
	enableDacInterleavedMode	=	False
	enableReliabilityDetector	=	True
	enableRxDsaCalibration	=	False
	enableTxDsaCalibration	=	False
	enableTxFbLoopbackLowLatencyMode	=	[False, False]
	executeLinkUpSequenceSeparately	=	False
	externalClockRx	=	False
	externalClockTx	=	False
	fb15BitMode	=	[False, False]
	fbChainSelForDsaCalib	=	0
	fbDataMux	=	[0, 1]
	fbDsaPerTx	=	[0, 0, 0, 0]
	fbDsaPerTxEn	=	False
	fbEnable	=	[True, True]
	fbJesdTxK	=	[32, 32]
	fbJesdTxScr	=	[False, False]
	fbJesdTxSyncMux	=	[0, 0]
	fbNco0	=	[2200, 2200]
	fbNco1	=	[2200, 2200]
	fbNco2	=	[2200, 2200]
	fbNco3	=	[2200, 2200]
	gpioMapping = {		'E7'	:['RXATDD', 'RXBTDD', 'RXCTDD', 'RXDTDD'],
			'G9'	:'DAC_SYNC1',
			'H15'	:['TXATDD', 'TXBTDD', 'TXCTDD', 'TXDTDD'],
			'H7'	:'ADC_SYNC1',
			'H8'	:'ADC_SYNC0',
			'H9'	:'DAC_SYNC0',
			'K14'	:['FBABTDD', 'FBCDTDD'],
			'N7'	:'ADC_SYNC3',
			'N8'	:'ADC_SYNC2',
			'N9'	:'DAC_SYNC2',
			'P14'	:'GLOBAL_PDN',
			'P9'	:'DAC_SYNC3',
			}
	gpioOverrideValSet	=	[]
	gpioPolarityInv	=	[]
	halfRateModeFb	=	[False, False]
	halfRateModeRx	=	[False, False]
	halfRateModeTx	=	[False, False]
	intPinsParams[0] = {		'JESD'	:True,
			'PLL'	:True,
			'SPI'	:True,
			'TXAPAP'	:True,
			'TXBPAP'	:True,
			'TXCPAP'	:True,
			'TXDPAP'	:True,
			}
	
	intPinsParams[1] = {		'JESD'	:True,
			'PLL'	:True,
			'SPI'	:True,
			'TXAPAP'	:True,
			'TXBPAP'	:True,
			'TXCPAP'	:True,
			'TXDPAP'	:True,
			}
	
	jesdABLvdsSync	=	True
	jesdCDLvdsSync	=	True
	jesdLoopbackEn	=	0
	jesdRxInitLmfcCounter	=	[0, 0, 0, 0]
	jesdRxK	=	[16, 16, 16, 16]
	jesdRxLaneMux	=	[0, 1, 2, 3, 4, 5, 6, 7]
	jesdRxProtocol	=	[0, 0]
	jesdRxRbd	=	[4, 4, 4, 4]
	jesdRxScr	=	[True, True, True, True]
	jesdRxSyncMux	=	[0, 0, 0, 0]
	jesdSendZeroesInTddOff	=	False
	jesdSystemMode	=	[3, 3]
	jesdTxIlaL	=	[4, 4, 2, 4, 4, 2]
	jesdTxIlaLid	=	[0, 1, 2, 3, 4, 5, 6, 7]
	jesdTxIlaM	=	[8, 8, 2, 8, 8, 2]
	jesdTxLaneMux	=	[0, 1, 2, 3, 4, 5, 6, 7]
	jesdTxProtocol	=	[0, 0]
	libVersion	=	'2.5.0'
	modeTdd	=	0
	ncoFbMode	=	0
	ncoFreqMode	=	'1KHz'
	ncoRxMode	=	[0, 0]
	ncoTxMode	=	[0, 0]
	numBandsFb	=	[0, 0]
	numBandsRx	=	[0, 0, 0, 0]
	numBandsTx	=	[0, 0, 0, 0]
	numFbNCO	=	[1, 1]
	numRxNCOB0	=	[1, 1, 1, 1]
	numRxNCOB1	=	[1, 1, 1, 1]
	numTxNCOB0	=	[1, 1, 1, 1]
	numTxNCOB1	=	[1, 1, 1, 1]
	papParams[0] = {		'alarmChannelMask'	:14,
			'alarmMask'	:64,
			'alarmPinDynamicMode'	:1,
			'alarmPulseGPIO'	:1000,
			'amplUpdateCycles'	:2,
			'attnStepSize'	:5,
			'detectInWaitState'	:0,
			'enable'	:False,
			'gainStepSize'	:5,
			'hpfEnable'	:1,
			'hpfNumSample'	:4,
			'hpfThreshB0'	:30.0,
			'hpfThreshB1'	:30.0,
			'hpfThreshComb'	:30.0,
			'hpfWindowCntr'	:0,
			'hpfWindowCntrTh'	:0,
			'maEnable'	:1,
			'maNumSample'	:128,
			'maThreshB0'	:90.0,
			'maThreshB1'	:90.0,
			'maThreshComb'	:90.0,
			'maWindowCntr'	:1,
			'maWindowCntrTh'	:1,
			'multMode'	:0,
			'rampDownStartVal'	:128,
			'rampStickyMode'	:0,
			'triggerClearToRampUp'	:50,
			'triggerToRampDown'	:50,
			'waitCounter'	:200,
			}
	
	papParams[1] = {		'alarmChannelMask'	:14,
			'alarmMask'	:64,
			'alarmPinDynamicMode'	:1,
			'alarmPulseGPIO'	:1000,
			'amplUpdateCycles'	:2,
			'attnStepSize'	:5,
			'detectInWaitState'	:0,
			'enable'	:False,
			'gainStepSize'	:5,
			'hpfEnable'	:1,
			'hpfNumSample'	:4,
			'hpfThreshB0'	:30.0,
			'hpfThreshB1'	:30.0,
			'hpfThreshComb'	:30.0,
			'hpfWindowCntr'	:0,
			'hpfWindowCntrTh'	:0,
			'maEnable'	:1,
			'maNumSample'	:128,
			'maThreshB0'	:90.0,
			'maThreshB1'	:90.0,
			'maThreshComb'	:90.0,
			'maWindowCntr'	:1,
			'maWindowCntrTh'	:1,
			'multMode'	:0,
			'rampDownStartVal'	:128,
			'rampStickyMode'	:0,
			'triggerClearToRampUp'	:50,
			'triggerToRampDown'	:50,
			'waitCounter'	:200,
			}
	
	papParams[2] = {		'alarmChannelMask'	:14,
			'alarmMask'	:64,
			'alarmPinDynamicMode'	:1,
			'alarmPulseGPIO'	:1000,
			'amplUpdateCycles'	:2,
			'attnStepSize'	:5,
			'detectInWaitState'	:0,
			'enable'	:False,
			'gainStepSize'	:5,
			'hpfEnable'	:1,
			'hpfNumSample'	:4,
			'hpfThreshB0'	:30.0,
			'hpfThreshB1'	:30.0,
			'hpfThreshComb'	:30.0,
			'hpfWindowCntr'	:0,
			'hpfWindowCntrTh'	:0,
			'maEnable'	:1,
			'maNumSample'	:128,
			'maThreshB0'	:90.0,
			'maThreshB1'	:90.0,
			'maThreshComb'	:90.0,
			'maWindowCntr'	:1,
			'maWindowCntrTh'	:1,
			'multMode'	:0,
			'rampDownStartVal'	:128,
			'rampStickyMode'	:0,
			'triggerClearToRampUp'	:50,
			'triggerToRampDown'	:50,
			'waitCounter'	:200,
			}
	
	papParams[3] = {		'alarmChannelMask'	:14,
			'alarmMask'	:64,
			'alarmPinDynamicMode'	:1,
			'alarmPulseGPIO'	:1000,
			'amplUpdateCycles'	:2,
			'attnStepSize'	:5,
			'detectInWaitState'	:0,
			'enable'	:False,
			'gainStepSize'	:5,
			'hpfEnable'	:1,
			'hpfNumSample'	:4,
			'hpfThreshB0'	:30.0,
			'hpfThreshB1'	:30.0,
			'hpfThreshComb'	:30.0,
			'hpfWindowCntr'	:0,
			'hpfWindowCntrTh'	:0,
			'maEnable'	:1,
			'maNumSample'	:128,
			'maThreshB0'	:90.0,
			'maThreshB1'	:90.0,
			'maThreshComb'	:90.0,
			'maWindowCntr'	:1,
			'maWindowCntrTh'	:1,
			'multMode'	:0,
			'rampDownStartVal'	:128,
			'rampStickyMode'	:0,
			'triggerClearToRampUp'	:50,
			'triggerToRampDown'	:50,
			'waitCounter'	:200,
			}
	
	pllGsmMode	=	False
	reliabilityDetectorDecayMode	=	2
	rxChainSelForDsaCalib	=	15
	rxDataMux	=	[0, 1, 2, 3, 4, 5, 6, 7]
	rxDsaBandCalibMode	=	0
	rxDsaCalibMode	=	0
	rxDsaGainRange	=	[0, 25]
	rxEnable	=	[True, True, True, True]
	rxJesdTxK	=	[32, 32, 32, 32]
	rxJesdTxScr	=	[True, True, True, True]
	rxJesdTxSyncMux	=	[0, 0, 0, 0]
	rxNco0	=	[[2100, 2600], [1800, 2600], [2600, 2600], [3500, 2600]]
	rxNco1	=	[[1800.0, 2600.0], [1800.0, 2600.0], [1800.0, 2600.0], [1800.0, 2600.0]]
	serdesFirmware	=	True
	serdesManualCTLE	=	[6, 6, 6, 6, 6, 6, 6, 6]
	serdesManualCTLEEn	=	False
	serdesRxLanePolarity	=	[False, False, False, False, False, False, False, False]
	serdesTxLanePolarity	=	[False, False, False, False, False, False, False, False]
	serdesTxMainCursor	=	[3, 0, 0, 0, 0, 0, 0, 3]
	serdesTxPostCursor	=	[0, 0, 0, 0, 0, 0, 0, 0]
	serdesTxPreCursor	=	[0, 0, 0, 0, 0, 0, 0, 0]
	setIlaParams	=	True
	skipAdcPuc	=	1
	skipDacPuc	=	1
	spiMode	=	1
	syncLoopBack	=	True
	sysrefTermination	=	0
	topLevelSystemMode	=	'StaticTDDMode'
	txChainDirectCtrl	=	0
	txDataMux	=	[0, 1, 2, 3, 4, 5, 6, 7]
	txDsaBandCalibMode	=	0
	txDsaCalibMode	=	0
	txEnable	=	[True, True, True, True]
	txNco0	=	[[2100, 2600], [1800, 2600], [2600, 2600], [3500, 2600]]
	txNco1	=	[[1800.0, 2600.0], [1800.0, 2600.0], [1800.0, 2600.0], [1800.0, 2600.0]]
	txToFbMode	=	0
	txdsaStartStop	=	[0, 29]
	useSpiSysref	=	False
	useTxForCalib	=	0
	


// **********Configuration Starting**********
	


// EXTERNAL-ACTION: Toggle HW Reset


// START: Device Soft Reset and SPI Check

0x0000	0x30	// global_soft_reset=0x0; 	Address(0x0[7:7])
0x0000	0xb0	// global_soft_reset=0x1; 	Address(0x0[7:7])
0x0000	0x30	// global_soft_reset=0x0; 	Address(0x0[7:7])
0x0000	0x30	// global_4pin=0x1; 	Address(0x0[7:4])
0x0000	0x30	// global_ascend=0x1; 	Address(0x0[7:5])
0x0003		// Read: 0x00

// Read	chip_type=0x0; 	Address(0x3[7:0],0x4[7:0])

0x0004		// Read: 0x00
0x0005		// Read: 0x00

// Read	chip_id=0x0; 	Address(0x4[7:0],0x5[7:0],0x5[7:0],0x6[7:0])

0x0006		// Read: 0x00

// Read	chip_ver=0x0; 	Address(0x6[7:0],0x7[7:0])

0x0007		// Read: 0x00
0x0008		// Read: 0x00

// Read	vendor_id=0x0; 	Address(0x7[7:0],0x8[7:0],0x8[7:0],0x9[7:0])


// END: Device Soft Reset and SPI Check


// START: Waking up device

0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x0191	0x00	// Property_170h_8_8=0x0; 	Address(0x191[7:0])
0x0231	0x00	// Property_210h_8_8=0x0; 	Address(0x231[7:0])
0x02d1	0x00	// Property_2b0h_8_8=0x0; 	Address(0x2d1[7:0])
0x0371	0x00	// Property_350h_8_8=0x0; 	Address(0x371[7:0])
0x042a	0x00	// Property_408h_16_16=0x0; 	Address(0x42a[7:0])
0x04e2	0x00	// Property_4c0h_16_16=0x0; 	Address(0x4e2[7:0])
0x059a	0x00	// Property_578h_16_16=0x0; 	Address(0x59a[7:0])
0x0652	0x00	// Property_630h_16_16=0x0; 	Address(0x652[7:0])
0x070a	0x00	// Property_6e8h_16_16=0x0; 	Address(0x70a[7:0])
0x07c2	0x00	// Property_7a0h_16_16=0x0; 	Address(0x7c2[7:0])

// START: Setting TDD Pin in override state and setting override values.

0x00ec	0x01	// Property_cch_0_0=0x1; 	Address(0xec[7:0])
0x00f4	0x01	// Property_d4h_0_0=0x1; 	Address(0xf4[7:0])
0x00e4	0x01	// Property_c4h_0_0=0x1; 	Address(0xe4[7:0])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])

// END: Setting TDD Pin in override state and setting override values.

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0190	0x03	// misc_spi_global_pdn_ctrl=0x1; 	Address(0x190[7:0])
0x0190	0x01	// misc_spi_global_pdn_sig=0x0; 	Address(0x190[7:1])
0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])

WAIT 0.001

// END: Done waking up device


// START: Power Saving Options

0x0011	0x3f	// ec_ana=0x3f; 	Address(0x11[7:0])
0x00ce	0x20	// Property_ceh_5_5=0x1; 	Address(0xce[7:5])
0x00cb	0x04	// Property_cbh_2_2=0x1; 	Address(0xcb[7:2])
0x00ca	0x20	// Property_cah_5_5=0x1; 	Address(0xca[7:5])
0x00ce	0x30	// Property_ceh_4_4=0x1; 	Address(0xce[7:4])
0x00c3	0x40	// Property_c3h_6_6=0x1; 	Address(0xc3[7:6])
0x00c0	0x01	// Property_c0h_0_0=0x1; 	Address(0xc0[7:0])
0x00b9	0x40	// Property_b9h_6_6=0x1; 	Address(0xb9[7:6])
0x00b9	0x50	// Property_b9h_4_4=0x1; 	Address(0xb9[7:4])
0x00b9	0x70	// Property_b9h_5_5=0x1; 	Address(0xb9[7:5])
0x00b9	0x78	// Property_b9h_3_3=0x1; 	Address(0xb9[7:3])
0x0011	0x00	// ec_ana=0x0; 	Address(0x11[7:0])
0x0010	0x3f	// ec_dig=0x3f; 	Address(0x10[7:0])
0x00b0	0x30	// Property_b0h_5_5=0x1; 	Address(0xb0[7:5])
0x00b4	0x30	// Property_b4h_5_5=0x1; 	Address(0xb4[7:5])
0x0010	0x00	// ec_dig=0x0; 	Address(0x10[7:0])

// END: Power Saving Options


// START: Setting MCU Clock Div

0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x00c0	0x01	// Property_a0h_2_0=0x1; 	Address(0xc0[7:0])

// END: Setting MCU Clock Div


// START: Changing termination to 100 ohm


// START: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x01	// pll_reg_spi_req_a=0x1; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

WAIT 0.1

0x0171		// Read: 0x00

// Read	pll_reg_spi_a_ack=0x0(Meaning: );; 	Address(0x171[7:0])


// END: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x0054	0x81
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])

// START: Requesting/releasing SPI Access to PLL Pages

0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x00	// pll_reg_spi_req_a=0x0; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

// END: Requesting/releasing SPI Access to PLL Pages


// END: Changing termination to 100 ohm

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])

// START: Loading Efuse Chain

0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x08a8	0x02	// Property_888h_7_0=0x2; 	Address(0x8a8[7:0],0x8a9[7:0])
0x0810	0x01	// Property_7f0h_0_0=0x1; 	Address(0x810[7:0])
0x0830	0x01	// Property_810h_0_0=0x1; 	Address(0x830[7:0])
0x0200	0x00	// Property_1e0h_2_0=0x0; 	Address(0x200[7:0])
0x0210	0x00	// Property_1f0h_2_0=0x0; 	Address(0x210[7:0])
0x0814	0x00	// Property_7f4h_1_0=0x0; 	Address(0x814[7:0])
0x0834	0x00	// Property_814h_1_0=0x0; 	Address(0x834[7:0])
0x0814	0x01	// Property_7f4h_1_0=0x1; 	Address(0x814[7:0])
0x0834	0x01	// Property_814h_1_0=0x1; 	Address(0x834[7:0])
0x0810	0x00	// Property_7f0h_0_0=0x0; 	Address(0x810[7:0])
0x0830	0x00	// Property_810h_0_0=0x0; 	Address(0x830[7:0])
0x0810	0x01	// Property_7f0h_0_0=0x1; 	Address(0x810[7:0])
0x0830	0x01	// Property_810h_0_0=0x1; 	Address(0x830[7:0])
0x0200	0x05	// Property_1e0h_2_0=0x5; 	Address(0x200[7:0])
0x0210	0x00	// Property_1f0h_2_0=0x0; 	Address(0x210[7:0])
0x0814	0x03	// Property_7f4h_1_0=0x3; 	Address(0x814[7:0])
0x0834	0x03	// Property_814h_1_0=0x3; 	Address(0x834[7:0])
0x0814	0x00	// Property_7f4h_1_0=0x0; 	Address(0x814[7:0])
0x0834	0x00	// Property_814h_1_0=0x0; 	Address(0x834[7:0])
0x0810	0x00	// Property_7f0h_0_0=0x0; 	Address(0x810[7:0])
0x0830	0x00	// Property_810h_0_0=0x0; 	Address(0x830[7:0])
0x0814	0x00	// Property_7f4h_5_2=0x0; 	Address(0x814[7:2])
0x0834	0x00	// Property_814h_5_2=0x0; 	Address(0x834[7:2])
0x0814	0x1c	// Property_7f4h_5_2=0x7; 	Address(0x814[7:2])
0x0834	0x1c	// Property_814h_5_2=0x7; 	Address(0x834[7:2])
0x0814	0x00	// Property_7f4h_5_2=0x0; 	Address(0x814[7:2])
0x0834	0x00	// Property_814h_5_2=0x0; 	Address(0x834[7:2])

WAIT 0.005

// END: Loading Efuse Chain


// START: Checking for Efuse

0x0150		// Read: 0x00

// Read	obs_func_spi_chain_autoload_done=0x0; 	Address(0x150[7:0])

0x0150		// Read: 0x00

// Read	obs_func_spi_chain_autoload_error=0x0; 	Address(0x150[7:4])

0x0160		// Read: 0x00

// Read	obs_func_spi_chain_autoload_done=0x0; 	Address(0x160[7:0])

0x0160		// Read: 0x00

// Read	obs_func_spi_chain_autoload_error=0x0; 	Address(0x160[7:4])


// END: Checking for Efuse


// START: enabling Efuse Clock

0x0830	0x01	// Property_810h_0_0=0x1; 	Address(0x830[7:0])
0x0810	0x01	// Property_7f0h_0_0=0x1; 	Address(0x810[7:0])
0x0910	0x0f	// Property_8f0h_3_0=0xf; 	Address(0x910[7:0])
0x0911	0x03	// Property_8f0h_9_8=0x3; 	Address(0x911[7:0])
0x0912	0x0f	// Property_8f0h_19_16=0xf; 	Address(0x912[7:0])

// END: enabling Efuse Clock

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0016	0x10	// jesd_subchip=0x1; 	Address(0x16[7:4])
0x00c1	0x02	// apb_clk_div_factor=0x2; 	Address(0xc1[7:0])
0x00c0	0x42	// apb_clk_sysref_sel=0x1; 	Address(0xc0[7:6])
0x00c0	0x42	// apb_clk_sysref_val=0x0; 	Address(0xc0[7:7])
0x00c0	0xc2	// apb_clk_sysref_val=0x1; 	Address(0xc0[7:7])
0x00c0	0x42	// apb_clk_sysref_val=0x0; 	Address(0xc0[7:7])
0x0016	0x00	// jesd_subchip=0x0; 	Address(0x16[7:4])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0140	0x01	// Property_120h_0_0=0x1; 	Address(0x140[7:0])
0x0140	0x00	// Property_120h_0_0=0x0; 	Address(0x140[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x2; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x02
0x0193	0x01	// MACRO_OPCODE=0x1; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00fb		// Read: 0x00
0x00fa		// Read: 0x00
0x00f9		// Read: 0x00
0x00f8		// Read: 0x00

// Read	MACRO_RESULT_REG0=0x0; 	Address(0xf8[7:0],0xf9[7:0],0xfa[7:0],0xfb[7:0],0xfc[7:0])

0x00ff		// Read: 0x00
0x00fe		// Read: 0x00
0x00fd		// Read: 0x00
0x00fc		// Read: 0x00

// Read	MACRO_RESULT_REG1=0x0; 	Address(0xfc[7:0],0xfd[7:0],0xfe[7:0],0xff[7:0],0x100[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x0; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x0193	0x90	// MACRO_OPCODE=0x90; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1a28	0x10
0x1a29	0x27
0x1a2a	0x00
0x1a2b	0x00
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1a2c	0x10
0x1a2d	0x27
0x1a2e	0x00
0x1a2f	0x00
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1a30	0x10
0x1a31	0x27
0x1a32	0x00
0x1a33	0x00
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1a34	0x10
0x1a35	0x27
0x1a36	0x00
0x1a37	0x00
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x03bf	0x00
0x03be	0x03
0x03bd	0xc0
0x03bc	0x00
0x03c3	0x00
0x03c2	0x04
0x03c1	0x17
0x03c0	0x46
0x03d0	0x05
0x03ac	0x1d
0x03ad	0x1d
0x1abd	0x03
0x1402	0x00
0x1403	0x00
0x1401	0x00
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1ee8	0x60
0x1ee9	0x00
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1b5f	0x2c
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1b6f	0x08
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1e7d	0x07
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1a6e	0x80
0x1a6f	0x01
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1b1e	0x80
0x1b1f	0x05
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x1; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x01
0x0193	0x90	// MACRO_OPCODE=0x90; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x00	// Property_124h_4_2=0x0; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x01	// Property_18h_0_0=0x1; 	Address(0x18[7:0])
0x0020	0x00
0x0021	0x00
0x0022	0x00
0x0023	0x00
0x0024	0x69
0x0025	0x1a
0x0026	0x03
0x0027	0x00
0x0028	0xb5
0x0029	0xa4
0x002a	0x6d
0x002b	0xea
0x002c	0x7d
0x002d	0x19
0x002e	0xce
0x002f	0xca
0x0030	0x01
0x0031	0x07
0x0032	0x08
0x0033	0x12
0x0034	0x14
0x0035	0x00
0x0036	0x01
0x0037	0x0a
0x0038	0x07
0x0039	0x13
0x003a	0xf8
0x003b	0x2a
0x003c	0x01
0x003d	0x0a
0x003e	0x07
0x003f	0x13
0x0040	0xf8
0x0041	0x2a
0x0042	0x00
0x0043	0x00
0x0044	0x00
0x0045	0x00
0x0046	0x00
0x0047	0x00
0x0048	0x00
0x0049	0x00
0x004a	0x00
0x004b	0x00
0x004c	0x00
0x004d	0x00
0x004e	0x00
0x004f	0x00
0x0050	0xc5
0x0051	0x4a
0x0052	0x0c
0x0053	0x23
0x0054	0x10
0x0055	0xfb
0x0056	0x03
0x0057	0xf0
0x0058	0x00
0x0059	0xeb
0x005a	0x81
0x005b	0x00
0x005c	0x10
0x005d	0x58
0x005e	0x90
0x005f	0xf8
0x0060	0xb8
0x0061	0x14
0x0062	0x00
0x0063	0xeb
0x0064	0x41
0x0065	0x00
0x0066	0xb0
0x0067	0xf8
0x0068	0xbc
0x0069	0x04
0x006a	0x70
0x006b	0x47
0x006c	0xab
0x006d	0x4a
0x006e	0x03
0x006f	0x78
0x0070	0x11
0x0071	0x68
0x0072	0x4b
0x0073	0x40
0x0074	0x03
0x0075	0xf0
0x0076	0x07
0x0077	0x03
0x0078	0x59
0x0079	0x40
0x007a	0x11
0x007b	0x60
0x007c	0x40
0x007d	0x78
0x007e	0xa2
0x007f	0xf1
0x0080	0x00
0x0081	0x42
0x0082	0x11
0x0083	0x68
0x0084	0x48
0x0085	0x40
0x0086	0x00
0x0087	0xf0
0x0088	0x07
0x0089	0x00
0x008a	0x48
0x008b	0x40
0x008c	0x10
0x008d	0x60
0x008e	0x70
0x008f	0x47
0x0090	0x38
0x0091	0xb5
0x0092	0xb5
0x0093	0x4c
0x0094	0x13
0x0095	0x78
0x0096	0x0c
0x0097	0x25
0x0098	0x10
0x0099	0xfb
0x009a	0x05
0x009b	0xf0
0x009c	0x00
0x009d	0xeb
0x009e	0x81
0x009f	0x00
0x00a0	0x20
0x00a1	0x58
0x00a2	0x80
0x00a3	0xf8
0x00a4	0xaa
0x00a5	0x34
0x00a6	0x51
0x00a7	0x78
0x00a8	0xd0
0x00a9	0xf8
0x00aa	0x14
0x00ab	0x2b
0x00ac	0x61
0x00ad	0xf3
0x00ae	0x8b
0x00af	0x22
0x00b0	0xc0
0x00b1	0xf8
0x00b2	0x14
0x00b3	0x2b
0x00b4	0x38
0x00b5	0xbd
0x00b6	0xf8
0x00b7	0xb5
0x00b8	0xab
0x00b9	0x4c
0x00ba	0xac
0x00bb	0x4b
0x00bc	0x0c
0x00bd	0x25
0x00be	0x4f
0x00bf	0xf4
0x00c0	0x25
0x00c1	0x77
0x00c2	0xdc
0x00c3	0x26
0x00c4	0x10
0x00c5	0xfb
0x00c6	0x05
0x00c7	0xf5
0x00c8	0x10
0x00c9	0xfb
0x00ca	0x07
0x00cb	0xf7
0x00cc	0x05
0x00cd	0xeb
0x00ce	0x81
0x00cf	0x00
0x00d0	0x11
0x00d1	0xfb
0x00d2	0x06
0x00d3	0x71
0x00d4	0x20
0x00d5	0x58
0x00d6	0x59
0x00d7	0x5c
0x00d8	0x0b
0x00d9	0x09
0x00da	0x24
0x00db	0xbf
0x00dc	0x13
0x00dd	0x88
0x00de	0xa0
0x00df	0xf8
0x00e0	0x38
0x00e1	0x34
0x00e2	0xcb
0x00e3	0x08
0x00e4	0x24
0x00e5	0xbf
0x00e6	0x53
0x00e7	0x88
0x00e8	0xa0
0x00e9	0xf8
0x00ea	0x34
0x00eb	0x34
0x00ec	0x89
0x00ed	0x09
0x00ee	0x24
0x00ef	0xbf
0x00f0	0x91
0x00f1	0x88
0x00f2	0xa0
0x00f3	0xf8
0x00f4	0x3e
0x00f5	0x14
0x00f6	0x91
0x00f7	0x79
0x00f8	0x80
0x00f9	0xf8
0x00fa	0xa0
0x00fb	0x14
0x00fc	0xf8
0x00fd	0xbd
0x00fe	0x2d
0x00ff	0xe9
0x0100	0xf0
0x0101	0x47
0x0102	0x08
0x0103	0xaf
0x0104	0x3c
0x0105	0x79
0x0106	0x99
0x0107	0x46
0x0108	0x15
0x0109	0x46
0x010a	0x8a
0x010b	0x46
0x010c	0x06
0x010d	0x46
0x010e	0x8c
0x010f	0xb9
0x0110	0x36
0x0111	0x01
0x0112	0x30
0x0113	0x46
0x0114	0xeb
0x0115	0xf7
0x0116	0x99
0x0117	0xfc
0x0118	0x80
0x0119	0x46
0x011a	0x30
0x011b	0x46
0x011c	0xeb
0x011d	0xf7
0x011e	0x95
0x011f	0xfc
0x0120	0x08
0x0121	0xeb
0x0122	0x88
0x0123	0x08
0x0124	0x05
0x0125	0x21
0x0126	0x10
0x0127	0xfb
0x0128	0x01
0x0129	0xf0
0x012a	0xc0
0x012b	0xf3
0x012c	0x00
0x012d	0x20
0x012e	0x00
0x012f	0xeb
0x0130	0x68
0x0131	0x20
0x0132	0x0e
0x0133	0xe0
0x0134	0xeb
0x0135	0xf7
0x0136	0x89
0x0137	0xfc
0x0138	0x80
0x0139	0x46
0x013a	0x30
0x013b	0x46
0x013c	0xeb
0x013d	0xf7
0x013e	0x85
0x013f	0xfc
0x0140	0x08
0x0141	0xeb
0x0142	0x88
0x0143	0x08
0x0144	0x05
0x0145	0x21
0x0146	0x10
0x0147	0xfb
0x0148	0x01
0x0149	0xf0
0x014a	0xc0
0x014b	0xf3
0x014c	0x40
0x014d	0x20
0x014e	0x00
0x014f	0xeb
0x0150	0xa8
0x0151	0x20
0x0152	0x39
0x0153	0x78
0x0154	0xa5
0x0155	0xeb
0x0156	0x09
0x0157	0x05
0x0158	0x00
0x0159	0xb2
0x015a	0x6d
0x015b	0x18
0x015c	0xa0
0x015d	0xeb
0x015e	0x05
0x015f	0x10
0x0160	0xa0
0x0161	0xeb
0x0162	0x0a
0x0163	0x00
0x0164	0x00
0x0165	0xb2
0x0166	0x41
0x0167	0x42
0x0168	0xc1
0x0169	0xf3
0x016a	0x80
0x016b	0x00
0x016c	0x00
0x016d	0xeb
0x016e	0xe1
0x016f	0x00
0x0170	0x80
0x0171	0xb2
0x0172	0xb0
0x0173	0xf5
0x0174	0x80
0x0175	0x7f
0x0176	0xa8
0x0177	0xbf
0x0178	0xff
0x0179	0x20
0x017a	0x00
0x017b	0x2c
0x017c	0x19
0x017d	0xbf
0x017e	0xc8
0x017f	0x49
0x0180	0x31
0x0181	0xf8
0x0182	0x10
0x0183	0x00
0x0184	0xc7
0x0185	0x49
0x0186	0x31
0x0187	0xf8
0x0188	0x10
0x0189	0x00
0x018a	0xbd
0x018b	0xe8
0x018c	0xf0
0x018d	0x87
0x018e	0x2d
0x018f	0xe9
0x0190	0xf0
0x0191	0x4f
0x0192	0x76
0x0193	0x4e
0x0194	0x4f
0x0195	0xf4
0x0196	0x25
0x0197	0x7c
0x0198	0x82
0x0199	0x46
0x019a	0xdc
0x019b	0x24
0x019c	0x89
0x019d	0x46
0x019e	0x1a
0x019f	0xfb
0x01a0	0x0c
0x01a1	0xf0
0x01a2	0x19
0x01a3	0xfb
0x01a4	0x04
0x01a5	0x05
0x01a6	0xad
0x01a7	0x19
0x01a8	0x28
0x01a9	0x89
0x01aa	0xad
0x01ab	0xf1
0x01ac	0x24
0x01ad	0x0d
0x01ae	0x02
0x01af	0x90
0x01b0	0xe8
0x01b1	0x88
0x01b2	0x03
0x01b3	0x90
0x01b4	0xa8
0x01b5	0x89
0x01b6	0x04
0x01b7	0x90
0x01b8	0x95
0x01b9	0xf8
0x01ba	0x38
0x01bb	0x00
0x01bc	0x95
0x01bd	0xf8
0x01be	0x3d
0x01bf	0x70
0x01c0	0x05
0x01c1	0x90
0x01c2	0x50
0x01c3	0x46
0x01c4	0xff
0x01c5	0xf7
0x01c6	0x44
0x01c7	0xff
0x01c8	0x4f
0x01c9	0xf0
0x01ca	0x00
0x01cb	0x08
0x01cc	0x06
0x01cd	0x21
0x01ce	0x43
0x01cf	0x46
0x01d0	0xb5
0x01d1	0x4a
0x01d2	0x06
0x01d3	0x90
0x01d4	0x1a
0x01d5	0xfb
0x01d6	0x01
0x01d7	0xf1
0x01d8	0xcd
0x01d9	0xf8
0x01da	0x1c
0x01db	0x80
0x01dc	0x0f
0x01dd	0x30
0x01de	0x08
0x01df	0x93
0x01e0	0x01
0x01e1	0xeb
0x01e2	0x49
0x01e3	0x01
0x01e4	0x4f
0x01e5	0xea
0x01e6	0x20
0x01e7	0x1b
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0x080d	0xfb
0x080e	0x07
0x080f	0xf7
0x0810	0x0b
0x0811	0xfb
0x0812	0x02
0x0813	0x77
0x0814	0xdf
0x0815	0xf8
0x0816	0x80
0x0817	0xb2
0x0818	0x2b
0x0819	0xf8
0x081a	0x07
0x081b	0x10
0x081c	0xb1
0x081d	0x09
0x081e	0x0c
0x081f	0xd3
0x0018	0x00	// Property_18h_0_0=0x0; 	Address(0x18[7:0])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x08	// MACRO_OPERAND_REG0=0x8000000; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x00a7	0x00	// MACRO_OPERAND_REG1=0x0; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x00
0x00a4	0x00
0x0193	0x78	// MACRO_OPCODE=0x78; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x00	// Property_124h_4_2=0x0; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x01	// Property_18h_0_0=0x1; 	Address(0x18[7:0])
0x0020	0x9f
0x0021	0x49
0x0022	0x31
0x0023	0xf8
0x0024	0x13
0x0025	0x10
0x0026	0x10
0x0027	0xfb
0x0028	0x0a
0x0029	0xf7
0x002a	0x4f
0x002b	0xf4
0x002c	0x25
0x002d	0x7b
0x002e	0x0b
0x002f	0xfb
0x0030	0x02
0x0031	0x77
0x0032	0xdf
0x0033	0xf8
0x0034	0x68
0x0035	0xb2
0x0036	0x2b
0x0037	0xf8
0x0038	0x07
0x0039	0x10
0x003a	0xf1
0x003b	0x09
0x003c	0x0a
0x003d	0xd3
0x003e	0x98
0x003f	0x49
0x0040	0x98
0x0041	0x4f
0x0042	0x31
0x0043	0xf8
0x0044	0x1e
0x0045	0x10
0x0046	0x10
0x0047	0xfb
0x0048	0x0a
0x0049	0xf0
0x004a	0x4f
0x004b	0xf4
0x004c	0x25
0x004d	0x76
0x004e	0x06
0x004f	0xfb
0x0050	0x02
0x0051	0x00
0x0052	0x39
0x0053	0x52
0x0054	0x6d
0x0055	0x1c
0x0056	0x04
0x0057	0x2d
0x0058	0xff
0x0059	0xf6
0x005a	0x38
0x005b	0xaf
0x005c	0x4f
0x005d	0xf4
0x005e	0x25
0x005f	0x7b
0x0060	0x00
0x0061	0x20
0x0062	0x00
0x0063	0x9f
0x0064	0x02
0x0065	0x1d
0x0066	0x01
0x0067	0x21
0x0068	0x91
0x0069	0x40
0x006a	0x0f
0x006b	0x42
0x006c	0x00
0x006d	0xf0
0x006e	0xab
0x006f	0x80
0x0070	0xcd
0x0071	0x49
0x0072	0x0f
0x0073	0x5c
0x0074	0x00
0x0075	0x2f
0x0076	0x40
0x0077	0xf0
0x0078	0xa6
0x0079	0x80
0x007a	0x56
0x007b	0x4a
0x007c	0x00
0x007d	0xeb
0x007e	0x40
0x007f	0x01
0x0080	0x51
0x0081	0x56
0x0082	0x7f
0x0083	0x29
0x0084	0x00
0x0085	0xf0
0x0086	0x9f
0x0087	0x80
0x0088	0x53
0x0089	0x4a
0x008a	0xcf
0x008b	0x4f
0x008c	0x15
0x008d	0x78
0x008e	0x09
0x008f	0xeb
0x0090	0x41
0x0091	0x09
0x0092	0xb9
0x0093	0xf5
0x0094	0x80
0x0095	0x7f
0x0096	0x07
0x0097	0xeb
0x0098	0x40
0x0099	0x02
0x009a	0x07
0x009b	0xda
0x009c	0xb9
0x009d	0xf1
0x009e	0x00
0x009f	0x0f
0x00a0	0x54
0x00a1	0xbf
0x00a2	0x5f
0x00a3	0xfa
0x00a4	0x89
0x00a5	0xf9
0x00a6	0x4f
0x00a7	0xf0
0x00a8	0x00
0x00a9	0x09
0x00aa	0x01
0x00ab	0xe0
0x00ac	0x4f
0x00ad	0xf0
0x00ae	0xff
0x00af	0x09
0x00b0	0x49
0x00b1	0x00
0x00b2	0x01
0x00b3	0xeb
0x00b4	0x08
0x00b5	0x06
0x00b6	0xb6
0x00b7	0xf5
0x00b8	0x80
0x00b9	0x7f
0x00ba	0x06
0x00bb	0xda
0x00bc	0x00
0x00bd	0x2e
0x00be	0x54
0x00bf	0xbf
0x00c0	0x5f
0x00c1	0xfa
0x00c2	0x86
0x00c3	0xf8
0x00c4	0x4f
0x00c5	0xf0
0x00c6	0x00
0x00c7	0x08
0x00c8	0x01
0x00c9	0xe0
0x00ca	0x4f
0x00cb	0xf0
0x00cc	0xff
0x00cd	0x08
0x00ce	0x01
0x00cf	0xeb
0x00d0	0x0c
0x00d1	0x06
0x00d2	0xb6
0x00d3	0xf5
0x00d4	0x80
0x00d5	0x7f
0x00d6	0x06
0x00d7	0xda
0x00d8	0x00
0x00d9	0x2e
0x00da	0x54
0x00db	0xbf
0x00dc	0x5f
0x00dd	0xfa
0x00de	0x86
0x00df	0xfc
0x00e0	0x4f
0x00e1	0xf0
0x00e2	0x00
0x00e3	0x0c
0x00e4	0x01
0x00e5	0xe0
0x00e6	0x4f
0x00e7	0xf0
0x00e8	0xff
0x00e9	0x0c
0x00ea	0x0c
0x00eb	0x19
0x00ec	0xb4
0x00ed	0xf5
0x00ee	0x80
0x00ef	0x7f
0x00f0	0x04
0x00f1	0xda
0x00f2	0x00
0x00f3	0x2c
0x00f4	0x54
0x00f5	0xbf
0x00f6	0xe4
0x00f7	0xb2
0x00f8	0x00
0x00f9	0x24
0x00fa	0x00
0x00fb	0xe0
0x00fc	0xff
0x00fd	0x24
0x00fe	0xcb
0x00ff	0x18
0x0100	0xb3
0x0101	0xf5
0x0102	0x80
0x0103	0x7f
0x0104	0x04
0x0105	0xda
0x0106	0x00
0x0107	0x2b
0x0108	0x54
0x0109	0xbf
0x010a	0xdb
0x010b	0xb2
0x010c	0x00
0x010d	0x23
0x010e	0x00
0x010f	0xe0
0x0110	0xff
0x0111	0x23
0x0112	0x71
0x0113	0x44
0x0114	0xb1
0x0115	0xf5
0x0116	0x80
0x0117	0x7f
0x0118	0x06
0x0119	0xda
0x011a	0x00
0x011b	0x29
0x011c	0x54
0x011d	0xbf
0x011e	0x5f
0x011f	0xfa
0x0120	0x81
0x0121	0xfe
0x0122	0x4f
0x0123	0xf0
0x0124	0x00
0x0125	0x0e
0x0126	0x01
0x0127	0xe0
0x0128	0x4f
0x0129	0xf0
0x012a	0xff
0x012b	0x0e
0x012c	0x11
0x012d	0x78
0x012e	0x04
0x012f	0x29
0x0130	0x49
0x0131	0xd0
0x0132	0xaa
0x0133	0x08
0x0134	0x0a
0x0135	0xd3
0x0136	0x55
0x0137	0x4a
0x0138	0x32
0x0139	0xf8
0x013a	0x19
0x013b	0x20
0x013c	0x56
0x013d	0x46
0x013e	0x5f
0x013f	0x46
0x0140	0x11
0x0141	0xfb
0x0142	0x06
0x0143	0xf6
0x0144	0x07
0x0145	0xfb
0x0146	0x00
0x0147	0x66
0x0148	0x4f
0x0149	0x4f
0x014a	0xba
0x014b	0x53
0x014c	0xea
0x014d	0x08
0x014e	0x0a
0x014f	0xd3
0x0150	0x4e
0x0151	0x4a
0x0152	0x32
0x0153	0xf8
0x0154	0x18
0x0155	0x20
0x0156	0x56
0x0157	0x46
0x0158	0x5f
0x0159	0x46
0x015a	0x11
0x015b	0xfb
0x015c	0x06
0x015d	0xf6
0x015e	0x07
0x015f	0xfb
0x0160	0x00
0x0161	0x66
0x0162	0x4b
0x0163	0x4f
0x0164	0xba
0x0165	0x53
0x0166	0x2a
0x0167	0x09
0x0168	0x0a
0x0169	0xd3
0x016a	0x48
0x016b	0x4a
0x016c	0x32
0x016d	0xf8
0x016e	0x1c
0x016f	0x20
0x0170	0x56
0x0171	0x46
0x0172	0x5f
0x0173	0x46
0x0174	0x11
0x0175	0xfb
0x0176	0x06
0x0177	0xf6
0x0178	0x07
0x0179	0xfb
0x017a	0x00
0x017b	0x66
0x017c	0x45
0x017d	0x4f
0x017e	0xba
0x017f	0x53
0x0180	0x6a
0x0181	0x09
0x0182	0x08
0x0183	0xd3
0x0184	0x41
0x0185	0x4a
0x0186	0x44
0x0187	0x4f
0x0188	0x32
0x0189	0xf8
0x018a	0x14
0x018b	0x20
0x018c	0x11
0x018d	0xfb
0x018e	0x0a
0x018f	0xf6
0x0190	0x0b
0x0191	0xfb
0x0192	0x00
0x0193	0x66
0x0194	0xba
0x0195	0x53
0x0196	0xaa
0x0197	0x09
0x0198	0x08
0x0199	0xd3
0x019a	0x41
0x019b	0x4a
0x019c	0x3f
0x019d	0x4f
0x019e	0x32
0x019f	0xf8
0x01a0	0x13
0x01a1	0x20
0x01a2	0x11
0x01a3	0xfb
0x01a4	0x0a
0x01a5	0xf6
0x01a6	0x0b
0x01a7	0xfb
0x01a8	0x00
0x01a9	0x66
0x01aa	0xba
0x01ab	0x53
0x01ac	0xea
0x01ad	0x09
0x01ae	0x0a
0x01af	0xd3
0x01b0	0x3b
0x01b1	0x4a
0x01b2	0x3c
0x01b3	0x4e
0x01b4	0x32
0x01b5	0xf8
0x01b6	0x1e
0x01b7	0x20
0x01b8	0x55
0x01b9	0x46
0x01ba	0x5f
0x01bb	0x46
0x01bc	0x11
0x01bd	0xfb
0x01be	0x05
0x01bf	0xf1
0x01c0	0x07
0x01c1	0xfb
0x01c2	0x00
0x01c3	0x11
0x01c4	0x72
0x01c5	0x52
0x01c6	0x40
0x01c7	0x1c
0x01c8	0x02
0x01c9	0x28
0x01ca	0xff
0x01cb	0xf6
0x01cc	0x4a
0x01cd	0xaf
0x01ce	0xbd
0x01cf	0xe8
0x01d0	0xf8
0x01d1	0x8f
0x01d2	0xc0
0x01d3	0x46
0x01d4	0x94
0x01d5	0x23
0x01d6	0x01
0x01d7	0x20
0x01d8	0x34
0x01d9	0x1f
0x01da	0x01
0x01db	0x20
0x01dc	0x2d
0x01dd	0xe9
0x01de	0xf8
0x01df	0x4f
0x01e0	0xd3
0x01e1	0xf7
0x01e2	0x54
0x01e3	0xfd
0x01e4	0x4f
0x01e5	0xf0
0x01e6	0x22
0x01e7	0x40
0x01e8	0x90
0x01e9	0xf8
0x01ea	0xb4
0x01eb	0xe3
0x01ec	0xdf
0x01ed	0xf8
0x01ee	0x40
0x01ef	0x92
0x01f0	0xdf
0x01f1	0xf8
0x01f2	0x44
0x01f3	0xb0
0x01f4	0xdf
0x01f5	0xf8
0x01f6	0x94
0x01f7	0xc0
0x01f8	0x6e
0x01f9	0x27
0x01fa	0x4f
0x01fb	0xf4
0x01fc	0xa5
0x01fd	0x78
0x01fe	0x00
0x01ff	0x22
0x0200	0x15
0x0201	0x46
0x0202	0x90
0x0203	0xf8
0x0204	0xb5
0x0205	0x13
0x0206	0x90
0x0207	0xf8
0x0208	0xb6
0x0209	0x03
0x020a	0x8d
0x020b	0xf8
0x020c	0x00
0x020d	0x10
0x020e	0xff
0x020f	0x26
0x0210	0x8d
0x0211	0xf8
0x0212	0x01
0x0213	0x00
0x0214	0x01
0x0215	0x20
0x0216	0x90
0x0217	0x40
0x0218	0x1e
0x0219	0xea
0x021a	0x00
0x021b	0x0f
0x021c	0x2e
0x021d	0xd0
0x021e	0x85
0x021f	0x4c
0x0220	0x51
0x0221	0x10
0x0222	0x02
0x0223	0xf0
0x0224	0x01
0x0225	0x03
0x0226	0x01
0x0227	0xeb
0x0228	0x41
0x0229	0x00
0x022a	0xc0
0x022b	0x18
0x022c	0x00
0x022d	0x19
0x022e	0x90
0x022f	0xf9
0x0230	0x01
0x0231	0x00
0x0232	0x7f
0x0233	0x28
0x0234	0x22
0x0235	0xd0
0x0236	0x01
0x0237	0xe0
0x0238	0x06
0x0239	0xd6
0x023a	0x00
0x023b	0x20
0x023c	0x1b
0x023d	0xf8
0x023e	0x12
0x023f	0x30
0x0240	0x04
0x0241	0x2b
0x0242	0x1b
0x0243	0xd0
0x0244	0x13
0x0245	0xfb
0x0246	0x07
0x0247	0xf3
0x0248	0x08
0x0249	0xfb
0x024a	0x01
0x024b	0x3a
0x024c	0x44
0x024d	0x00
0x024e	0x69
0x024f	0x46
0x0250	0x02
0x0251	0x23
0x0252	0x09
0x0253	0xeb
0x0254	0x4a
0x0255	0x0a
0x0256	0x08
0x0257	0x78
0x0258	0x00
0x0259	0x19
0x025a	0xb0
0x025b	0xf5
0x025c	0x80
0x025d	0x7f
0x025e	0x04
0x025f	0xda
0x0260	0x00
0x0261	0x28
0x0262	0x54
0x0263	0xbf
0x0264	0x08
0x0265	0x70
0x0266	0x0d
0x0267	0x70
0x0268	0x00
0x0269	0xe0
0x026a	0x0e
0x026b	0x70
0x026c	0x11
0x026d	0xf8
0x026e	0x01
0x026f	0x0b
0x0270	0x3c
0x0271	0xf8
0x0272	0x10
0x0273	0x00
0x0274	0x5b
0x0275	0x1e
0x0276	0x2a
0x0277	0xf8
0x0278	0x02
0x0279	0x0b
0x027a	0xec
0x027b	0xd1
0x027c	0x52
0x027d	0x1c
0x027e	0x04
0x027f	0x2a
0x0280	0xc8
0x0281	0xdb
0x0282	0xbd
0x0283	0xe8
0x0284	0xf8
0x0285	0x8f
0x0286	0xc0
0x0287	0x46
0x0288	0xe2
0x0289	0xab
0x028a	0x00
0x028b	0x20
0x028c	0x18
0x028d	0x6e
0x028e	0x02
0x028f	0x00
0x0290	0xe4
0x0291	0xab
0x0292	0x00
0x0293	0x20
0x0294	0xe6
0x0295	0xab
0x0296	0x00
0x0297	0x20
0x0298	0xe8
0x0299	0xab
0x029a	0x00
0x029b	0x20
0x029c	0xea
0x029d	0xab
0x029e	0x00
0x029f	0x20
0x02a0	0x18
0x02a1	0x70
0x02a2	0x02
0x02a3	0x00
0x02a4	0xec
0x02a5	0xab
0x02a6	0x00
0x02a7	0x20
0x02a8	0x2d
0x02a9	0xe9
0x02aa	0xf8
0x02ab	0x4f
0x02ac	0xd3
0x02ad	0xf7
0x02ae	0xa0
0x02af	0xfd
0x02b0	0x00
0x02b1	0x24
0x02b2	0x4f
0x02b3	0xf0
0x02b4	0x01
0x02b5	0x08
0x02b6	0x4f
0x02b7	0xf4
0x02b8	0x25
0x02b9	0x77
0x02ba	0x4f
0x02bb	0xf0
0x02bc	0x22
0x02bd	0x41
0x02be	0x91
0x02bf	0xf8
0x02c0	0xb4
0x02c1	0x03
0x02c2	0x5d
0x02c3	0x4b
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0x05d2	0xd9
0x05d3	0xd8
0x05d4	0xb1
0x05d5	0xf9
0x05d6	0x10
0x05d7	0x10
0x05d8	0x01
0x05d9	0x28
0x05da	0x0c
0x05db	0xbf
0x05dc	0xc1
0x05dd	0xf5
0x05de	0x40
0x05df	0x61
0x05e0	0xa1
0x05e1	0xf5
0x05e2	0x80
0x05e3	0x61
0x05e4	0x08
0x05e5	0xb2
0x05e6	0xf8
0x05e7	0xbd
0x05e8	0xaf
0x05e9	0x4a
0x05ea	0xb2
0x05eb	0xf9
0x05ec	0x00
0x05ed	0x20
0x05ee	0x48
0x05ef	0x43
0x05f0	0x00
0x05f1	0x28
0x05f2	0xcc
0x05f3	0xbf
0x05f4	0x00
0x05f5	0xeb
0x05f6	0x62
0x05f7	0x00
0x05f8	0xa0
0x05f9	0xeb
0x05fa	0x62
0x05fb	0x00
0x05fc	0x90
0x05fd	0xfb
0x05fe	0xf2
0x05ff	0xf0
0x0600	0x70
0x0601	0x47
0x0602	0x03
0x0603	0x46
0x0604	0x00
0x0605	0x28
0x0606	0xb8
0x0607	0xbf
0x0608	0x40
0x0609	0x42
0x060a	0x49
0x060b	0xb2
0x060c	0x01
0x060d	0x22
0x060e	0x49
0x060f	0x1e
0x0610	0xc9
0x0611	0xb2
0x0612	0x8a
0x0613	0x40
0x0614	0x51
0x0615	0x1e
0x0616	0x81
0x0617	0x42
0x0618	0x38
0x0619	0xbf
0x061a	0x08
0x061b	0x1c
0x061c	0x00
0x061d	0x2b
0x061e	0x48
0x061f	0xbf
0x0620	0x10
0x0621	0x44
0x0622	0x70
0x0623	0x47
0x0624	0xc0
0x0625	0x00
0x0626	0x03
0x0627	0xad
0x0628	0x00
0x0629	0x05
0x062a	0x02
0x062b	0xac
0x062c	0x5c
0x062d	0x23
0x062e	0x01
0x062f	0x20
0x0630	0x2d
0x0631	0xe9
0x0632	0xf0
0x0633	0x4f
0x0634	0xdf
0x0635	0xf8
0x0636	0x74
0x0637	0x82
0x0638	0xd8
0x0639	0xf8
0x063a	0x00
0x063b	0x32
0x063c	0x0c
0x063d	0x46
0x063e	0x81
0x063f	0x46
0x0640	0x01
0x0641	0x21
0x0642	0x00
0x0643	0x20
0x0644	0x0a
0x0645	0x46
0x0646	0xad
0x0647	0xf1
0x0648	0x1c
0x0649	0x0d
0x064a	0x98
0x064b	0x47
0x064c	0xff
0x064d	0xf7
0x064e	0xfc
0x064f	0xfe
0x0650	0x48
0x0651	0x46
0x0652	0x00
0x0653	0x2c
0x0654	0x05
0x0655	0x94
0x0656	0x00
0x0657	0xf0
0x0658	0xf7
0x0659	0x80
0x065a	0xdf
0x065b	0xf8
0x065c	0x54
0x065d	0x82
0x065e	0x95
0x065f	0x4f
0x0660	0x40
0x0661	0x1e
0x0662	0x4f
0x0663	0xf0
0x0664	0x00
0x0665	0x0b
0x0666	0x04
0x0667	0x90
0x0668	0x04
0x0669	0x98
0x066a	0x66
0x066b	0x4b
0x066c	0x03
0x066d	0x25
0x066e	0x06
0x066f	0x26
0x0670	0x10
0x0671	0xf8
0x0672	0x01
0x0673	0xcf
0x0674	0x04
0x0675	0x90
0x0676	0x9c
0x0677	0xfb
0x0678	0xf5
0x0679	0xf2
0x067a	0x53
0x067b	0xf8
0x067c	0x04
0x067d	0x1b
0x067e	0xd1
0x067f	0xf8
0x0680	0x18
0x0681	0x01
0x0682	0x20
0x0683	0xf4
0x0684	0x00
0x0685	0x70
0x0686	0xc1
0x0687	0xf8
0x0688	0x18
0x0689	0x01
0x068a	0x08
0x068b	0x6e
0x068c	0x76
0x068d	0x1e
0x068e	0x20
0x068f	0xf0
0x0690	0x00
0x0691	0x70
0x0692	0x08
0x0693	0x66
0x0694	0xf1
0x0695	0xd1
0x0696	0x5b
0x0697	0x48
0x0698	0x50
0x0699	0xf8
0x069a	0x2c
0x069b	0x40
0x069c	0xd4
0x069d	0xf8
0x069e	0x18
0x069f	0x01
0x06a0	0x40
0x06a1	0xf4
0x06a2	0x00
0x06a3	0x70
0x06a4	0xc4
0x06a5	0xf8
0x06a6	0x18
0x06a7	0x01
0x06a8	0x20
0x06a9	0x6e
0x06aa	0x40
0x06ab	0xf0
0x06ac	0x80
0x06ad	0x60
0x06ae	0x20
0x06af	0x66
0x06b0	0x20
0x06b1	0x68
0x06b2	0x01
0x06b3	0x2a
0x06b4	0x00
0x06b5	0x90
0x06b6	0x0c
0x06b7	0xd0
0x06b8	0xd8
0x06b9	0xf8
0x06ba	0x00
0x06bb	0x00
0x06bc	0x20
0x06bd	0xf0
0x06be	0x38
0x06bf	0x00
0x06c0	0x38
0x06c1	0x30
0x06c2	0xc8
0x06c3	0xf8
0x06c4	0x00
0x06c5	0x00
0x06c6	0xd8
0x06c7	0xf8
0x06c8	0x00
0x06c9	0x00
0x06ca	0x20
0x06cb	0xf0
0x06cc	0x07
0x06cd	0x00
0x06ce	0xc0
0x06cf	0x1d
0x06d0	0x0b
0x06d1	0xe0
0x06d2	0xd8
0x06d3	0xf8
0x06d4	0x00
0x06d5	0x00
0x06d6	0x20
0x06d7	0xf0
0x06d8	0x38
0x06d9	0x00
0x06da	0x30
0x06db	0x30
0x06dc	0xc8
0x06dd	0xf8
0x06de	0x00
0x06df	0x00
0x06e0	0xd8
0x06e1	0xf8
0x06e2	0x00
0x06e3	0x00
0x06e4	0x20
0x06e5	0xf0
0x06e6	0x07
0x06e7	0x00
0x06e8	0x80
0x06e9	0x1d
0x06ea	0xc8
0x06eb	0xf8
0x06ec	0x00
0x06ed	0x00
0x06ee	0x00
0x06ef	0x20
0x06f0	0xff
0x06f1	0xf7
0x06f2	0x23
0x06f3	0xff
0x06f4	0x05
0x06f5	0x46
0x06f6	0x01
0x06f7	0x20
0x06f8	0xff
0x06f9	0xf7
0x06fa	0x1f
0x06fb	0xff
0x06fc	0x28
0x06fd	0x49
0x06fe	0x4d
0x06ff	0x60
0x0700	0x0e
0x0701	0x46
0x0702	0xb0
0x0703	0x60
0x0704	0x21
0x0705	0x6e
0x0706	0x21
0x0707	0xf0
0x0708	0x80
0x0709	0x61
0x070a	0x21
0x070b	0x66
0x070c	0x21
0x070d	0x6e
0x070e	0x41
0x070f	0xf0
0x0710	0x00
0x0711	0x71
0x0712	0x21
0x0713	0x66
0x0714	0x61
0x0715	0x6e
0x0716	0x2b
0x0717	0x18
0x0718	0x4f
0x0719	0xea
0x071a	0x63
0x071b	0x0a
0x071c	0x00
0x071d	0x26
0x071e	0xc1
0x071f	0xf3
0x0720	0xc0
0x0721	0x43
0x0722	0x00
0x0723	0x2b
0x0724	0x5d
0x0725	0xd1
0x0726	0x35
0x0727	0x46
0x0728	0xb1
0x0729	0x46
0x072a	0x23
0x072b	0xe0
0x072c	0x28
0x072d	0x46
0x072e	0xff
0x072f	0xf7
0x0730	0x04
0x0731	0xff
0x0732	0xb7
0x0733	0xf9
0x0734	0x00
0x0735	0x10
0x0736	0xaa
0x0737	0xeb
0x0738	0x00
0x0739	0x00
0x073a	0xff
0x073b	0xf7
0x073c	0x55
0x073d	0xff
0x073e	0x36
0x073f	0x1a
0x0740	0x03
0x0741	0xd4
0x0742	0x10
0x0743	0x2e
0x0744	0xa8
0x0745	0xbf
0x0746	0x0f
0x0747	0x26
0x0748	0x04
0x0749	0xe0
0x074a	0x16
0x074b	0xf1
0x074c	0x0f
0x074d	0x0f
0x074e	0xb8
0x074f	0xbf
0x0750	0x6f
0x0751	0xf0
0x0752	0x0e
0x0753	0x06
0x0754	0x30
0x0755	0x46
0x0756	0x05
0x0757	0x21
0x0758	0xff
0x0759	0xf7
0x075a	0x53
0x075b	0xff
0x075c	0xd4
0x075d	0xf8
0x075e	0x80
0x075f	0x10
0x0760	0x60
0x0761	0xf3
0x0762	0x1c
0x0763	0x61
0x0764	0xc4
0x0765	0xf8
0x0766	0x80
0x0767	0x10
0x0768	0x20
0x0769	0x68
0x076a	0x09
0x076b	0xf1
0x076c	0x01
0x076d	0x03
0x076e	0x5f
0x076f	0xfa
0x0770	0x83
0x0771	0xf9
0x0772	0x01
0x0773	0x90
0x0774	0xb8
0x0775	0x79
0x0776	0x48
0x0777	0x45
0x0778	0xd8
0x0779	0xdc
0x077a	0x2e
0x077b	0x46
0x077c	0xb0
0x077d	0x42
0x077e	0x59
0x077f	0xdd
0x0780	0x01
0x0781	0x20
0x0782	0xff
0x0783	0xf7
0x0784	0xda
0x0785	0xfe
0x0786	0xb7
0x0787	0xf9
0x0788	0x02
0x0789	0x10
0x078a	0xaa
0x078b	0xeb
0x078c	0x00
0x078d	0x00
0x078e	0xff
0x078f	0xf7
0x0790	0x2b
0x0791	0xff
0x0792	0x2d
0x0793	0x18
0x0794	0x06
0x0795	0xd4
0x0796	0x08
0x0797	0x2d
0x0798	0xa8
0x0799	0xbf
0x079a	0x07
0x079b	0x25
0x079c	0x07
0x079d	0xe0
0x079e	0xc0
0x079f	0x46
0x07a0	0x78
0x07a1	0x23
0x07a2	0x01
0x07a3	0x20
0x07a4	0x15
0x07a5	0xf1
0x07a6	0x07
0x07a7	0x0f
0x07a8	0xb8
0x07a9	0xbf
0x07aa	0x6f
0x07ab	0xf0
0x07ac	0x06
0x07ad	0x05
0x07ae	0x00
0x07af	0x21
0x07b0	0x00
0x07b1	0x2d
0x07b2	0xd8
0x07b3	0xbf
0x07b4	0x01
0x07b5	0x21
0x07b6	0x20
0x07b7	0x6f
0x07b8	0x20
0x07b9	0xf4
0x07ba	0x00
0x07bb	0x50
0x07bc	0x40
0x07bd	0xea
0x07be	0x41
0x07bf	0x30
0x07c0	0x20
0x07c1	0x67
0x07c2	0x29
0x07c3	0x46
0x07c4	0x00
0x07c5	0x29
0x07c6	0xb8
0x07c7	0xbf
0x07c8	0x49
0x07c9	0x42
0x07ca	0xd4
0x07cb	0xf8
0x07cc	0x84
0x07cd	0x00
0x07ce	0x61
0x07cf	0xf3
0x07d0	0x8c
0x07d1	0x20
0x07d2	0xc4
0x07d3	0xf8
0x07d4	0x84
0x07d5	0x00
0x07d6	0xb8
0x07d7	0x79
0x07d8	0x21
0x07d9	0x68
0x07da	0x76
0x07db	0x1c
0x07dc	0xf6
0x07dd	0xb2
0x07de	0x02
0x07df	0x91
0x07e0	0xcc
0x07e1	0xe7
0x07e2	0x35
0x07e3	0x46
0x07e4	0x23
0x07e5	0xe0
0x07e6	0x01
0x07e7	0x20
0x07e8	0xff
0x07e9	0xf7
0x07ea	0xa7
0x07eb	0xfe
0x07ec	0xb7
0x07ed	0xf9
0x07ee	0x00
0x07ef	0x10
0x07f0	0xaa
0x07f1	0xeb
0x07f2	0x00
0x07f3	0x00
0x07f4	0xff
0x07f5	0xf7
0x07f6	0xf8
0x07f7	0xfe
0x07f8	0x36
0x07f9	0x1a
0x07fa	0x05
0x07fb	0xd4
0x07fc	0x10
0x07fd	0x2e
0x07fe	0xa8
0x07ff	0xbf
0x0800	0x0f
0x0801	0x26
0x0802	0x06
0x0803	0xe0
0x0804	0xc0
0x0805	0x75
0x0806	0x02
0x0807	0x00
0x0808	0x16
0x0809	0xf1
0x080a	0x0f
0x080b	0x0f
0x080c	0xb8
0x080d	0xbf
0x080e	0x6f
0x080f	0xf0
0x0810	0x0e
0x0811	0x06
0x0812	0x30
0x0813	0x46
0x0814	0x05
0x0815	0x21
0x0816	0xff
0x0817	0xf7
0x0818	0xf4
0x0819	0xfe
0x081a	0xd4
0x081b	0xf8
0x081c	0x80
0x081d	0x10
0x081e	0x60
0x081f	0xf3
0x0018	0x00	// Property_18h_0_0=0x0; 	Address(0x18[7:0])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x08	// MACRO_OPERAND_REG0=0x8000000; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x00a7	0x00	// MACRO_OPERAND_REG1=0x800; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x08
0x00a4	0x00
0x0193	0x78	// MACRO_OPCODE=0x78; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x00	// Property_124h_4_2=0x0; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x01	// Property_18h_0_0=0x1; 	Address(0x18[7:0])
0x0020	0x1c
0x0021	0x61
0x0022	0xc4
0x0023	0xf8
0x0024	0x80
0x0025	0x10
0x0026	0x20
0x0027	0x68
0x0028	0x6d
0x0029	0x1c
0x002a	0xed
0x002b	0xb2
0x002c	0x03
0x002d	0x90
0x002e	0xb8
0x002f	0x79
0x0030	0xa8
0x0031	0x42
0x0032	0xd8
0x0033	0xdc
0x0034	0x20
0x0035	0x6e
0x0036	0x05
0x0037	0x9e
0x0038	0x0b
0x0039	0xf1
0x003a	0x01
0x003b	0x0b
0x003c	0x20
0x003d	0xf0
0x003e	0x00
0x003f	0x70
0x0040	0x5e
0x0041	0x45
0x0042	0x20
0x0043	0x66
0x0044	0x3f
0x0045	0xf7
0x0046	0x10
0x0047	0xaf
0x0048	0xff
0x0049	0xf7
0x004a	0x48
0x004b	0xfe
0x004c	0x17
0x004d	0x48
0x004e	0xd0
0x004f	0xf8
0x0050	0x04
0x0051	0x32
0x0052	0x01
0x0053	0x21
0x0054	0x0a
0x0055	0x46
0x0056	0x00
0x0057	0x20
0x0058	0x98
0x0059	0x47
0x005a	0x07
0x005b	0xb0
0x005c	0xbd
0x005d	0xe8
0x005e	0xf0
0x005f	0x8f
0x0060	0xc4
0x0061	0x23
0x0062	0x01
0x0063	0x20
0x0064	0x01
0x0065	0x22
0x0066	0x49
0x0067	0x1e
0x0068	0x8a
0x0069	0x40
0x006a	0x01
0x006b	0x46
0x006c	0x50
0x006d	0x1e
0x006e	0x11
0x006f	0x42
0x0070	0x01
0x0071	0xea
0x0072	0x00
0x0073	0x00
0x0074	0x18
0x0075	0xbf
0x0076	0x40
0x0077	0x42
0x0078	0x70
0x0079	0x47
0x007a	0x01
0x007b	0x46
0x007c	0x1c
0x007d	0xb5
0x007e	0x00
0x007f	0x20
0x0080	0x01
0x0081	0x24
0x0082	0x02
0x0083	0x46
0x0084	0x04
0x0085	0xfa
0x0086	0x02
0x0087	0xf3
0x0088	0x19
0x0089	0x42
0x008a	0x03
0x008b	0xd0
0x008c	0x43
0x008d	0x1c
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0x06b1	0xfe
0x06b2	0x02
0x06b3	0xfb
0x06b4	0x1e
0x06b5	0x66
0x06b6	0x01
0x06b7	0x96
0x06b8	0xdc
0x06b9	0xf8
0x06ba	0xe0
0x06bb	0x60
0x06bc	0x4f
0x06bd	0xea
0x06be	0x86
0x06bf	0x0e
0x06c0	0xbe
0x06c1	0xfb
0x06c2	0xf0
0x06c3	0xfe
0x06c4	0x02
0x06c5	0xfb
0x06c6	0x1e
0x06c7	0x66
0x06c8	0x02
0x06c9	0x96
0x06ca	0xdc
0x06cb	0xf8
0x06cc	0xe4
0x06cd	0x60
0x06ce	0x4f
0x06cf	0xea
0x06d0	0x86
0x06d1	0x0c
0x06d2	0xbc
0x06d3	0xfb
0x06d4	0xf0
0x06d5	0xf0
0x06d6	0x02
0x06d7	0xfb
0x06d8	0x10
0x06d9	0x60
0x06da	0x03
0x06db	0x90
0x06dc	0xe6
0x06dd	0x19
0x06de	0x96
0x06df	0xf8
0x06e0	0x6c
0x06e1	0x00
0x06e2	0x0a
0x06e3	0x46
0x06e4	0x03
0x06e5	0x28
0x06e6	0x07
0x06e7	0xd0
0x06e8	0x0a
0x06e9	0x28
0x06ea	0x05
0x06eb	0xd0
0x06ec	0x0b
0x06ed	0x28
0x06ee	0x03
0x06ef	0xd0
0x06f0	0x0c
0x06f1	0x28
0x06f2	0x1c
0x06f3	0xbf
0x06f4	0x0d
0x06f5	0x28
0x06f6	0x42
0x06f7	0x46
0x06f8	0x12
0x06f9	0xfb
0x06fa	0x05
0x06fb	0xf0
0x06fc	0x04
0x06fd	0x27
0x06fe	0xec
0x06ff	0x46
0x0700	0x40
0x0701	0x01
0x0702	0x00
0x0703	0xf5
0x0704	0x80
0x0705	0x72
0x0706	0x96
0x0707	0xb2
0x0708	0x40
0x0709	0x46
0x070a	0x5c
0x070b	0xf8
0x070c	0x04
0x070d	0x2b
0x070e	0x85
0x070f	0x19
0x0710	0x7f
0x0711	0x1e
0x0712	0x00
0x0713	0xf1
0x0714	0x04
0x0715	0x00
0x0716	0x5a
0x0717	0x51
0x0718	0xf7
0x0719	0xd1
0x071a	0x1b
0x071b	0x4a
0x071c	0x15
0x071d	0x20
0x071e	0x14
0x071f	0xfb
0x0720	0x00
0x0721	0xf0
0x0722	0x10
0x0723	0x5c
0x0724	0x06
0x0725	0x28
0x0726	0x03
0x0727	0xd0
0x0728	0x40
0x0729	0x08
0x072a	0x2c
0x072b	0xbf
0x072c	0x0f
0x072d	0x21
0x072e	0x07
0x072f	0x21
0x0730	0x16
0x0731	0x48
0x0732	0x50
0x0733	0xf8
0x0734	0x24
0x0735	0x00
0x0736	0xff
0x0737	0xf7
0x0738	0xf3
0x0739	0xfe
0x073a	0x05
0x073b	0xb0
0x073c	0xbd
0x073d	0xe8
0x073e	0xf0
0x073f	0x83
0x0740	0x3b
0x0741	0x78
0x0742	0x02
0x0743	0x00
0x0744	0x17
0x0745	0x01
0x0746	0x01
0x0747	0x20
0x0748	0x52
0x0749	0x03
0x074a	0x01
0x074b	0x20
0x074c	0x34
0x074d	0xfe
0x074e	0x00
0x074f	0x20
0x0750	0xbc
0x0751	0xdc
0x0752	0x00
0x0753	0x20
0x0754	0xd4
0x0755	0xfb
0x0756	0x00
0x0757	0x20
0x0758	0x29
0x0759	0x1f
0x075a	0x01
0x075b	0x20
0x075c	0x18
0x075d	0xff
0x075e	0x00
0x075f	0x20
0x0760	0x64
0x0761	0xff
0x0762	0xf9
0x0763	0x57
0x0764	0xd0
0x0765	0x23
0x0766	0x01
0x0767	0x20
0x0768	0x9c
0x0769	0x77
0x076a	0x02
0x076b	0x00
0x076c	0x1c
0x076d	0x08
0x076e	0x06
0x076f	0xa8
0x0770	0xa4
0x0771	0xda
0x0772	0x00
0x0773	0x20
0x0774	0x90
0x0775	0xd6
0x0776	0x00
0x0777	0x20
0x0778	0xb8
0x0779	0x16
0x077a	0x01
0x077b	0x20
0x077c	0xac
0x077d	0x78
0x077e	0x02
0x077f	0x00
0x0780	0xb4
0x0781	0x01
0x0782	0x01
0x0783	0x20
0x0784	0xd8
0x0785	0x74
0x0786	0x02
0x0787	0x00
0x0788	0x32
0x0789	0xd4
0x078a	0x00
0x078b	0x20
0x078c	0x90
0x078d	0x78
0x078e	0x02
0x078f	0x00
0x0790	0x10
0x0791	0xb5
0x0792	0xb6
0x0793	0x4b
0x0794	0xb4
0x0795	0x4c
0x0796	0x03
0x0797	0x22
0x0798	0x10
0x0799	0xfb
0x079a	0x02
0x079b	0x10
0x079c	0x18
0x079d	0x5c
0x079e	0x20
0x079f	0x5c
0x07a0	0x80
0x07a1	0x00
0x07a2	0xc0
0x07a3	0xb2
0x07a4	0x10
0x07a5	0xbd
0x07a6	0x2d
0x07a7	0xe9
0x07a8	0xf0
0x07a9	0x4f
0x07aa	0xad
0x07ab	0xf1
0x07ac	0x34
0x07ad	0x0d
0x07ae	0x08
0x07af	0x90
0x07b0	0xe7
0x07b1	0xf7
0x07b2	0xc4
0x07b3	0xfa
0x07b4	0xae
0x07b5	0x4a
0x07b6	0x06
0x07b7	0x27
0x07b8	0x10
0x07b9	0x46
0x07ba	0x00
0x07bb	0x21
0x07bc	0x7f
0x07bd	0x1e
0x07be	0x00
0x07bf	0xf8
0x07c0	0x01
0x07c1	0x1b
0x07c2	0xfa
0x07c3	0xd1
0x07c4	0xa9
0x07c5	0x49
0x07c6	0x08
0x07c7	0x98
0x07c8	0xab
0x07c9	0x4c
0x07ca	0x89
0x07cb	0x1f
0x07cc	0x40
0x07cd	0x18
0x07ce	0x80
0x07cf	0x78
0x07d0	0xb1
0x07d1	0xf8
0x07d2	0x9e
0x07d3	0x31
0x07d4	0x20
0x07d5	0x5c
0x07d6	0x4f
0x07d7	0xf0
0x07d8	0x01
0x07d9	0x0a
0x07da	0x89
0x07db	0x46
0x07dc	0x58
0x07dd	0x43
0x07de	0x09
0x07df	0x90
0x07e0	0xa7
0x07e1	0x48
0x07e2	0xd0
0x07e3	0xf8
0x07e4	0xd8
0x07e5	0x31
0x07e6	0x04
0x07e7	0x27
0x07e8	0x51
0x07e9	0x46
0x07ea	0x6a
0x07eb	0x46
0x07ec	0x08
0x07ed	0x98
0x07ee	0x8d
0x07ef	0xf8
0x07f0	0x00
0x07f1	0x70
0x07f2	0x98
0x07f3	0x47
0x07f4	0xad
0x07f5	0xf1
0x07f6	0x01
0x07f7	0x06
0x07f8	0x02
0x07f9	0x96
0x07fa	0x02
0x07fb	0x20
0x07fc	0x06
0x07fd	0x90
0x07fe	0x02
0x07ff	0x98
0x0800	0x10
0x0801	0xf8
0x0802	0x01
0x0803	0x1f
0x0804	0x04
0x0805	0x29
0x0806	0x02
0x0807	0x90
0x0808	0x00
0x0809	0xf0
0x080a	0x8f
0x080b	0x80
0x080c	0x9c
0x080d	0x48
0x080e	0x08
0x080f	0x9c
0x0810	0xd0
0x0811	0xf8
0x0812	0xf8
0x0813	0x21
0x0814	0x20
0x0815	0x46
0x0816	0x90
0x0817	0x47
0x0818	0x98
0x0819	0x49
0x081a	0x98
0x081b	0x4f
0x081c	0x4f
0x081d	0xf0
0x081e	0x0d
0x081f	0x0b
0x0018	0x00	// Property_18h_0_0=0x0; 	Address(0x18[7:0])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x08	// MACRO_OPERAND_REG0=0x8000000; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x00a7	0x00	// MACRO_OPERAND_REG1=0x1000; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x10
0x00a4	0x00
0x0193	0x78	// MACRO_OPCODE=0x78; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x00	// Property_124h_4_2=0x0; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x01	// Property_18h_0_0=0x1; 	Address(0x18[7:0])
0x0020	0x09
0x0021	0x18
0x0022	0x89
0x0023	0x7a
0x0024	0x0a
0x0025	0x90
0x0026	0x62
0x0027	0x00
0x0028	0x0b
0x0029	0xfb
0x002a	0x00
0x002b	0xfb
0x002c	0x02
0x002d	0xeb
0x002e	0x0a
0x002f	0x06
0x0030	0x07
0x0031	0xeb
0x0032	0x0b
0x0033	0x00
0x0034	0x90
0x0035	0xf8
0x0036	0x22
0x0037	0x00
0x0038	0x0b
0x0039	0x91
0x003a	0xba
0x003b	0xf1
0x003c	0x01
0x003d	0x0f
0x003e	0x0c
0x003f	0x90
0x0040	0x10
0x0041	0x46
0x0042	0x00
0x0043	0xeb
0x0044	0x0a
0x0045	0x01
0x0046	0xa6
0x0047	0xf1
0x0048	0x01
0x0049	0x02
0x004a	0xa1
0x004b	0xf1
0x004c	0x01
0x004d	0x01
0x004e	0xd3
0x004f	0xb2
0x0050	0xc9
0x0051	0xb2
0x0052	0x4f
0x0053	0xea
0x0054	0x61
0x0055	0x01
0x0056	0x0c
0x0057	0xbf
0x0058	0x02
0x0059	0x22
0x005a	0x01
0x005b	0x22
0x005c	0x49
0x005d	0x44
0x005e	0x91
0x005f	0xf8
0x0060	0xed
0x0061	0x70
0x0062	0x8d
0x0063	0xf8
0x0064	0x04
0x0065	0x30
0x0066	0x80
0x0067	0x18
0x0068	0x40
0x0069	0x1e
0x006a	0x8d
0x006b	0xf8
0x006c	0x05
0x006d	0x00
0x006e	0x00
0x006f	0x2f
0x0070	0x0c
0x0071	0xbf
0x0072	0x01
0x0073	0x20
0x0074	0x02
0x0075	0x20
0x0076	0x07
0x0077	0x90
0x0078	0x0d
0x0079	0xf1
0x007a	0x03
0x007b	0x00
0x007c	0x03
0x007d	0x90
0x007e	0x03
0x007f	0x98
0x0080	0x10
0x0081	0xf8
0x0082	0x01
0x0083	0x5f
0x0084	0x03
0x0085	0x90
0x0086	0x09
0x0087	0xeb
0x0088	0x05
0x0089	0x01
0x008a	0x91
0x008b	0xf8
0x008c	0x6e
0x008d	0x00
0x008e	0x40
0x008f	0x1c
0x0090	0xc7
0x0091	0xb2
0x0092	0x00
0x0093	0x2f
0x0094	0x45
0x0095	0xd0
0x0096	0x7b
0x0097	0x48
0x0098	0xdf
0x0099	0xf8
0x009a	0xd4
0x009b	0x81
0x009c	0x0a
0x009d	0x9e
0x009e	0xe1
0x009f	0x31
0x00a0	0x00
0x00a1	0x24
0x00a2	0x04
0x00a3	0x91
0x00a4	0x40
0x00a5	0x19
0x00a6	0x11
0x00a7	0x30
0x00a8	0xb0
0x00a9	0x44
0x00aa	0x05
0x00ab	0x90
0x00ac	0x05
0x00ad	0x98
0x00ae	0x04
0x00af	0x99
0x00b0	0x03
0x00b1	0x78
0x00b2	0x98
0x00b3	0xf8
0x00b4	0x00
0x00b5	0x60
0x00b6	0x08
0x00b7	0x78
0x00b8	0x23
0x00b9	0xb1
0x00ba	0x72
0x00bb	0x49
0x00bc	0x04
0x00bd	0xeb
0x00be	0x45
0x00bf	0x00
0x00c0	0x40
0x00c1	0x18
0x00c2	0x40
0x00c3	0x7d
0x00c4	0x0c
0x00c5	0x99
0x00c6	0xb1
0x00c7	0x42
0x00c8	0x27
0x00c9	0xdd
0x00ca	0x0b
0x00cb	0x99
0x00cc	0x81
0x00cd	0x42
0x00ce	0x24
0x00cf	0xd1
0x00d0	0x6b
0x00d1	0x49
0x00d2	0xd1
0x00d3	0xf8
0x00d4	0x2c
0x00d5	0xc4
0x00d6	0x99
0x00d7	0xf8
0x00d8	0xcc
0x00d9	0x30
0x00da	0x0b
0x00db	0x9a
0x00dc	0xe0
0x00dd	0x00
0x00de	0x00
0x00df	0xeb
0x00e0	0x05
0x00e1	0x10
0x00e2	0x48
0x00e3	0x44
0x00e4	0x09
0x00e5	0x99
0x00e6	0xc0
0x00e7	0x68
0x00e8	0xe0
0x00e9	0x47
0x00ea	0x64
0x00eb	0x49
0x00ec	0x4f
0x00ed	0xf4
0x00ee	0x7a
0x00ef	0x72
0x00f0	0xb0
0x00f1	0xfb
0x00f2	0xf2
0x00f3	0xf0
0x00f4	0x59
0x00f5	0x44
0x00f6	0x01
0x00f7	0xeb
0x00f8	0x46
0x00f9	0x01
0x00fa	0xa1
0x00fb	0xf8
0x00fc	0x23
0x00fd	0x00
0x00fe	0x08
0x00ff	0x98
0x0100	0x51
0x0101	0x46
0x0102	0xff
0x0103	0xf7
0x0104	0x45
0x0105	0xff
0x0106	0x5d
0x0107	0x4a
0x0108	0x98
0x0109	0xf8
0x010a	0x00
0x010b	0x10
0x010c	0x5a
0x010d	0x44
0x010e	0x49
0x010f	0x1c
0x0110	0x88
0x0111	0xf8
0x0112	0x00
0x0113	0x10
0x0114	0x92
0x0115	0x19
0x0116	0x82
0x0117	0xf8
0x0118	0x2b
0x0119	0x00
0x011a	0x7f
0x011b	0x1e
0x011c	0x04
0x011d	0xf1
0x011e	0x01
0x011f	0x04
0x0120	0xc4
0x0121	0xd1
0x0122	0x07
0x0123	0x98
0x0124	0x40
0x0125	0x1e
0x0126	0x07
0x0127	0x90
0x0128	0xa9
0x0129	0xd1
0x012a	0x06
0x012b	0x98
0x012c	0x40
0x012d	0x1e
0x012e	0x06
0x012f	0x90
0x0130	0x7f
0x0131	0xf4
0x0132	0x65
0x0133	0xaf
0x0134	0x0a
0x0135	0xf1
0x0136	0x01
0x0137	0x0a
0x0138	0xba
0x0139	0xf1
0x013a	0x03
0x013b	0x0f
0x013c	0xff
0x013d	0xf6
0x013e	0x50
0x013f	0xaf
0x0140	0x0d
0x0141	0xb0
0x0142	0xbd
0x0143	0xe8
0x0144	0xf0
0x0145	0x8f
0x0146	0x2d
0x0147	0xe9
0x0148	0xf0
0x0149	0x4f
0x014a	0x81
0x014b	0x46
0x014c	0xad
0x014d	0xf1
0x014e	0x24
0x014f	0x0d
0x0150	0xe7
0x0151	0xf7
0x0152	0xea
0x0153	0xfa
0x0154	0x47
0x0155	0x4c
0x0156	0x4a
0x0157	0x4f
0x0158	0x47
0x0159	0x4a
0x015a	0x05
0x015b	0x90
0x015c	0x09
0x015d	0xeb
0x015e	0x04
0x015f	0x00
0x0160	0xd7
0x0161	0xf8
0x0162	0xd8
0x0163	0x31
0x0164	0xb4
0x0165	0xf8
0x0166	0x9e
0x0167	0x61
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0x078e	0x15
0x078f	0x44
0x0790	0x5f
0x0791	0xea
0x0792	0x05
0x0793	0x45
0x0794	0x07
0x0795	0x0a
0x0796	0x47
0x0797	0xea
0x0798	0x01
0x0799	0x67
0x079a	0x0e
0x079b	0x0a
0x079c	0xb4
0x079d	0x42
0x079e	0x08
0x079f	0xbf
0x07a0	0xbd
0x07a1	0x42
0x07a2	0x9e
0x07a3	0xbf
0x07a4	0x5f
0x07a5	0xea
0x07a6	0x04
0x07a7	0x24
0x07a8	0x44
0x07a9	0xea
0x07aa	0x15
0x07ab	0x64
0x07ac	0x5f
0x07ad	0xea
0x07ae	0x05
0x07af	0x25
0x07b0	0x47
0x07b1	0x08
0x07b2	0x47
0x07b3	0xea
0x07b4	0xc1
0x07b5	0x77
0x07b6	0x4e
0x07b7	0x08
0x07b8	0xb4
0x07b9	0x42
0x07ba	0x08
0x07bb	0xbf
0x07bc	0xbd
0x07bd	0x42
0x07be	0x00
0x07bf	0xf2
0x07c0	0x93
0x07c1	0x80
0x07c2	0x87
0x07c3	0x08
0x07c4	0x47
0x07c5	0xea
0x07c6	0x81
0x07c7	0x77
0x07c8	0x8e
0x07c9	0x08
0x07ca	0xb4
0x07cb	0x42
0x07cc	0x08
0x07cd	0xbf
0x07ce	0xbd
0x07cf	0x42
0x07d0	0x7c
0x07d1	0xd8
0x07d2	0xc7
0x07d3	0x08
0x07d4	0x47
0x07d5	0xea
0x07d6	0x41
0x07d7	0x77
0x07d8	0xce
0x07d9	0x08
0x07da	0xb4
0x07db	0x42
0x07dc	0x08
0x07dd	0xbf
0x07de	0xbd
0x07df	0x42
0x07e0	0x66
0x07e1	0xd8
0x07e2	0x07
0x07e3	0x09
0x07e4	0x47
0x07e5	0xea
0x07e6	0x01
0x07e7	0x77
0x07e8	0x0e
0x07e9	0x09
0x07ea	0xb4
0x07eb	0x42
0x07ec	0x08
0x07ed	0xbf
0x07ee	0xbd
0x07ef	0x42
0x07f0	0x50
0x07f1	0xd8
0x07f2	0x47
0x07f3	0x09
0x07f4	0x47
0x07f5	0xea
0x07f6	0xc1
0x07f7	0x67
0x07f8	0x4e
0x07f9	0x09
0x07fa	0xb4
0x07fb	0x42
0x07fc	0x08
0x07fd	0xbf
0x07fe	0xbd
0x07ff	0x42
0x0800	0x3a
0x0801	0xd8
0x0802	0x87
0x0803	0x09
0x0804	0x47
0x0805	0xea
0x0806	0x81
0x0807	0x67
0x0808	0x8e
0x0809	0x09
0x080a	0xb4
0x080b	0x42
0x080c	0x08
0x080d	0xbf
0x080e	0xbd
0x080f	0x42
0x0810	0x24
0x0811	0xd8
0x0812	0xc7
0x0813	0x09
0x0814	0x47
0x0815	0xea
0x0816	0x41
0x0817	0x67
0x0818	0xce
0x0819	0x09
0x081a	0xb4
0x081b	0x42
0x081c	0x08
0x081d	0xbf
0x081e	0xbd
0x081f	0x42
0x0018	0x00	// Property_18h_0_0=0x0; 	Address(0x18[7:0])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x08	// MACRO_OPERAND_REG0=0x8000000; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x00a7	0x00	// MACRO_OPERAND_REG1=0x1800; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x18
0x00a4	0x00
0x0193	0x78	// MACRO_OPCODE=0x78; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x00	// Property_124h_4_2=0x0; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x01	// Property_18h_0_0=0x1; 	Address(0x18[7:0])
0x0020	0x0d
0x0021	0xd8
0x0022	0xe6
0x0023	0x01
0x0024	0x46
0x0025	0xea
0x0026	0x55
0x0027	0x66
0x0028	0xef
0x0029	0x01
0x002a	0xb1
0x002b	0x42
0x002c	0x08
0x002d	0xbf
0x002e	0xb8
0x002f	0x42
0x0030	0x01
0x0031	0xd3
0x0032	0xc0
0x0033	0x1b
0x0034	0xb1
0x0035	0x41
0x0036	0x58
0x0037	0xeb
0x0038	0x08
0x0039	0x08
0x003a	0x5e
0x003b	0xeb
0x003c	0x0e
0x003d	0x0e
0x003e	0xa6
0x003f	0x01
0x0040	0x46
0x0041	0xea
0x0042	0x95
0x0043	0x66
0x0044	0x4f
0x0045	0xea
0x0046	0x85
0x0047	0x17
0x0048	0xb1
0x0049	0x42
0x004a	0x08
0x004b	0xbf
0x004c	0xb8
0x004d	0x42
0x004e	0x01
0x004f	0xd3
0x0050	0xc0
0x0051	0x1b
0x0052	0xb1
0x0053	0x41
0x0054	0x58
0x0055	0xeb
0x0056	0x08
0x0057	0x08
0x0058	0x4e
0x0059	0xeb
0x005a	0x0e
0x005b	0x0e
0x005c	0x66
0x005d	0x01
0x005e	0x46
0x005f	0xea
0x0060	0xd5
0x0061	0x66
0x0062	0x6f
0x0063	0x01
0x0064	0xb1
0x0065	0x42
0x0066	0x08
0x0067	0xbf
0x0068	0xb8
0x0069	0x42
0x006a	0x01
0x006b	0xd3
0x006c	0xc0
0x006d	0x1b
0x006e	0xb1
0x006f	0x41
0x0070	0x58
0x0071	0xeb
0x0072	0x08
0x0073	0x08
0x0074	0x4e
0x0075	0xeb
0x0076	0x0e
0x0077	0x0e
0x0078	0x26
0x0079	0x01
0x007a	0x46
0x007b	0xea
0x007c	0x15
0x007d	0x76
0x007e	0x2f
0x007f	0x01
0x0080	0xb1
0x0081	0x42
0x0082	0x08
0x0083	0xbf
0x0084	0xb8
0x0085	0x42
0x0086	0x01
0x0087	0xd3
0x0088	0xc0
0x0089	0x1b
0x008a	0xb1
0x008b	0x41
0x008c	0x58
0x008d	0xeb
0x008e	0x08
0x008f	0x08
0x0090	0x5e
0x0091	0xeb
0x0092	0x0e
0x0093	0x0e
0x0094	0xe6
0x0095	0x00
0x0096	0x46
0x0097	0xea
0x0098	0x55
0x0099	0x76
0x009a	0xef
0x009b	0x00
0x009c	0xb1
0x009d	0x42
0x009e	0x08
0x009f	0xbf
0x00a0	0xb8
0x00a1	0x42
0x00a2	0x01
0x00a3	0xd3
0x00a4	0xc0
0x00a5	0x1b
0x00a6	0xb1
0x00a7	0x41
0x00a8	0x58
0x00a9	0xeb
0x00aa	0x08
0x00ab	0x08
0x00ac	0x4e
0x00ad	0xeb
0x00ae	0x0e
0x00af	0x0e
0x00b0	0xa6
0x00b1	0x00
0x00b2	0x46
0x00b3	0xea
0x00b4	0x95
0x00b5	0x76
0x00b6	0xaf
0x00b7	0x00
0x00b8	0xb1
0x00b9	0x42
0x00ba	0x08
0x00bb	0xbf
0x00bc	0xb8
0x00bd	0x42
0x00be	0x01
0x00bf	0xd3
0x00c0	0xc0
0x00c1	0x1b
0x00c2	0xb1
0x00c3	0x41
0x00c4	0x58
0x00c5	0xeb
0x00c6	0x08
0x00c7	0x08
0x00c8	0x4e
0x00c9	0xeb
0x00ca	0x0e
0x00cb	0x0e
0x00cc	0x66
0x00cd	0x00
0x00ce	0x46
0x00cf	0xea
0x00d0	0xd5
0x00d1	0x76
0x00d2	0x6f
0x00d3	0x00
0x00d4	0xb1
0x00d5	0x42
0x00d6	0x08
0x00d7	0xbf
0x00d8	0xb8
0x00d9	0x42
0x00da	0x01
0x00db	0xd3
0x00dc	0xc0
0x00dd	0x1b
0x00de	0xb1
0x00df	0x41
0x00e0	0x58
0x00e1	0xeb
0x00e2	0x08
0x00e3	0x08
0x00e4	0x5e
0x00e5	0xeb
0x00e6	0x0e
0x00e7	0x0e
0x00e8	0xa1
0x00e9	0x42
0x00ea	0x08
0x00eb	0xbf
0x00ec	0xa8
0x00ed	0x42
0x00ee	0x01
0x00ef	0xd3
0x00f0	0x40
0x00f1	0x1b
0x00f2	0xa1
0x00f3	0x41
0x00f4	0x58
0x00f5	0xeb
0x00f6	0x08
0x00f7	0x08
0x00f8	0x5e
0x00f9	0xeb
0x00fa	0x0e
0x00fb	0x0e
0x00fc	0xa3
0x00fd	0x42
0x00fe	0x08
0x00ff	0xbf
0x0100	0xaa
0x0101	0x42
0x0102	0x3e
0x0103	0xbf
0x0104	0x2d
0x0105	0x0a
0x0106	0x45
0x0107	0xea
0x0108	0x04
0x0109	0x65
0x010a	0x24
0x010b	0x0a
0x010c	0x89
0x010d	0xd3
0x010e	0x73
0x010f	0x46
0x0110	0x42
0x0111	0x46
0x0112	0x1e
0x0113	0x46
0x0114	0x17
0x0115	0x46
0x0116	0x0b
0x0117	0x46
0x0118	0x02
0x0119	0x46
0x011a	0x31
0x011b	0x46
0x011c	0x38
0x011d	0x46
0x011e	0xbd
0x011f	0xe8
0x0120	0xf0
0x0121	0x81
0x0122	0x70
0x0123	0x47
0x0124	0x74
0x0125	0x4a
0x0126	0x38
0x0127	0xb5
0x0128	0x1c
0x0129	0x21
0x012a	0x10
0x012b	0xfb
0x012c	0x01
0x012d	0x24
0x012e	0xb4
0x012f	0xf9
0x0130	0x10
0x0131	0x50
0x0132	0xa3
0x0133	0x68
0x0134	0x21
0x0135	0x68
0x0136	0x62
0x0137	0x68
0x0138	0x14
0x0139	0x20
0x013a	0x95
0x013b	0xfb
0x013c	0xf0
0x013d	0xf0
0x013e	0x40
0x013f	0x42
0x0140	0x03
0x0141	0xfb
0x0142	0x02
0x0143	0x11
0x0144	0x40
0x0145	0xb2
0x0146	0x61
0x0147	0x61
0x0148	0x0f
0x0149	0x21
0x014a	0xe9
0x014b	0xf7
0x014c	0xf6
0x014d	0xfd
0x014e	0x47
0x014f	0xf6
0x0150	0xff
0x0151	0x71
0x0152	0x81
0x0153	0x42
0x0154	0x28
0x0155	0xbf
0x0156	0x81
0x0157	0xb2
0x0158	0x21
0x0159	0x83
0x015a	0x38
0x015b	0xbd
0x015c	0xf8
0x015d	0xb5
0x015e	0x9c
0x015f	0x46
0x0160	0xdf
0x0161	0xf8
0x0162	0x98
0x0163	0xe1
0x0164	0x66
0x0165	0x4b
0x0166	0x67
0x0167	0x4d
0x0168	0x00
0x0169	0x24
0x016a	0x5e
0x016b	0xf8
0x016c	0x20
0x016d	0x00
0x016e	0x5f
0x016f	0x68
0x0170	0xa0
0x0171	0xf8
0x0172	0x74
0x0173	0x17
0x0174	0x2d
0x0175	0x68
0x0176	0x59
0x0177	0x68
0x0178	0xa0
0x0179	0xf8
0x017a	0x76
0x017b	0x47
0x017c	0x0c
0x017d	0xfb
0x017e	0x07
0x017f	0x27
0x0180	0x01
0x0181	0x23
0x0182	0x80
0x0183	0xf8
0x0184	0xb8
0x0185	0x43
0x0186	0x4e
0x0187	0x1c
0x0188	0x80
0x0189	0xf8
0x018a	0x47
0x018b	0x44
0x018c	0x8d
0x018d	0x42
0x018e	0x80
0x018f	0xf8
0x0190	0x46
0x0191	0x34
0x0192	0x0c
0x0193	0xfb
0x0194	0x06
0x0195	0x26
0x0196	0xc0
0x0197	0xf8
0x0198	0x50
0x0199	0x73
0x019a	0x98
0x019b	0xbf
0x019c	0x16
0x019d	0x1c
0x019e	0xc1
0x019f	0xb2
0x01a0	0xc0
0x01a1	0xf8
0x01a2	0x54
0x01a3	0x63
0x01a4	0x5e
0x01a5	0xf8
0x01a6	0x21
0x01a7	0x20
0x01a8	0x82
0x01a9	0xf8
0x01aa	0x58
0x01ab	0x3e
0x01ac	0x00
0x01ad	0xbf
0x01ae	0x00
0x01af	0xbf
0x01b0	0x00
0x01b1	0xbf
0x01b2	0x00
0x01b3	0xbf
0x01b4	0x00
0x01b5	0xbf
0x01b6	0xd0
0x01b7	0xf8
0x01b8	0x58
0x01b9	0x1e
0x01ba	0x41
0x01bb	0xf4
0x01bc	0x80
0x01bd	0x71
0x01be	0xc0
0x01bf	0xf8
0x01c0	0x58
0x01c1	0x1e
0x01c2	0x10
0x01c3	0x21
0x01c4	0xc0
0x01c5	0xf2
0x01c6	0x00
0x01c7	0x01
0x01c8	0x49
0x01c9	0x1e
0x01ca	0xfd
0x01cb	0xd1
0x01cc	0x82
0x01cd	0xf8
0x01ce	0x58
0x01cf	0x4e
0x01d0	0x04
0x01d1	0x21
0x01d2	0x80
0x01d3	0xf8
0x01d4	0x71
0x01d5	0x17
0x01d6	0xf8
0x01d7	0xbd
0x01d8	0x70
0x01d9	0xb5
0x01da	0x04
0x01db	0x46
0x01dc	0xff
0x01dd	0xf7
0x01de	0xa2
0x01df	0xff
0x01e0	0x45
0x01e1	0x49
0x01e2	0x1c
0x01e3	0x20
0x01e4	0x14
0x01e5	0xfb
0x01e6	0x00
0x01e7	0x15
0x01e8	0x2a
0x01e9	0x68
0x01ea	0x6b
0x01eb	0x68
0x01ec	0x29
0x01ed	0x8b
0x01ee	0x20
0x01ef	0x46
0x01f0	0xff
0x01f1	0xf7
0x01f2	0xb4
0x01f3	0xff
0x01f4	0x44
0x01f5	0x48
0x01f6	0x2e
0x01f7	0x68
0x01f8	0x6b
0x01f9	0x68
0x01fa	0x01
0x01fb	0x22
0x01fc	0x00
0x01fd	0xeb
0x01fe	0x04
0x01ff	0x10
0x0200	0x00
0x0201	0x25
0x0202	0x05
0x0203	0x70
0x0204	0x3f
0x0205	0x49
0x0206	0xc5
0x0207	0x60
0x0208	0x0c
0x0209	0x39
0x020a	0x42
0x020b	0x70
0x020c	0x9b
0x020d	0x19
0x020e	0x46
0x020f	0x60
0x0210	0x0d
0x0211	0x68
0x0212	0x83
0x0213	0x60
0x0214	0xa2
0x0215	0x40
0x0216	0x2a
0x0217	0x43
0x0218	0x0a
0x0219	0x60
0x021a	0x70
0x021b	0xbd
0x021c	0xf8
0x021d	0xb5
0x021e	0x38
0x021f	0x4a
0x0220	0x38
0x0221	0x4e
0x0222	0x00
0x0223	0x20
0x0224	0x0a
0x0225	0x21
0x0226	0x01
0x0227	0x23
0x0228	0x10
0x0229	0x60
0x022a	0x0c
0x022b	0x3e
0x022c	0x50
0x022d	0x60
0x022e	0x14
0x022f	0x25
0x0230	0x71
0x0231	0x60
0x0232	0x4f
0x0233	0xf4
0x0234	0x80
0x0235	0x44
0x0236	0x30
0x0237	0x60
0x0238	0x04
0x0239	0x27
0x023a	0xb3
0x023b	0x60
0x023c	0x32
0x023d	0x4a
0x023e	0xf0
0x023f	0x60
0x0240	0x2d
0x0241	0x49
0x0242	0x50
0x0243	0x60
0x0244	0x90
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0x0556	0x0b
0x0557	0xb1
0x0558	0x80
0x0559	0xf8
0x055a	0x8c
0x055b	0xe1
0x055c	0x19
0x055d	0xe0
0x055e	0x81
0x055f	0x00
0x0560	0x01
0x0561	0xeb
0x0562	0xc0
0x0563	0x01
0x0564	0x01
0x0565	0xeb
0x0566	0x87
0x0567	0x01
0x0568	0x50
0x0569	0x58
0x056a	0x00
0x056b	0x21
0x056c	0x80
0x056d	0xf8
0x056e	0x64
0x056f	0x1d
0x0570	0x62
0x0571	0x46
0x0572	0x52
0x0573	0x1e
0x0574	0xfd
0x0575	0xd1
0x0576	0x00
0x0577	0xbf
0x0578	0x00
0x0579	0xbf
0x057a	0x80
0x057b	0xf8
0x057c	0x66
0x057d	0x1d
0x057e	0x80
0x057f	0xf8
0x0580	0x74
0x0581	0x1d
0x0582	0x80
0x0583	0xf8
0x0584	0x76
0x0585	0x1d
0x0586	0x80
0x0587	0xf8
0x0588	0x62
0x0589	0x1d
0x058a	0x80
0x058b	0xf8
0x058c	0x88
0x058d	0xe1
0x058e	0x80
0x058f	0xf8
0x0590	0x88
0x0591	0xe2
0x0592	0x80
0x0593	0xf8
0x0594	0x60
0x0595	0x1d
0x0596	0x62
0x0597	0x46
0x0598	0x52
0x0599	0x1e
0x059a	0xfd
0x059b	0xd1
0x059c	0x00
0x059d	0xbf
0x059e	0x00
0x059f	0xbf
0x05a0	0x01
0x05a1	0x22
0x05a2	0x80
0x05a3	0xf8
0x05a4	0x60
0x05a5	0x2d
0x05a6	0xbc
0x05a7	0xf1
0x05a8	0x01
0x05a9	0x0c
0x05aa	0xfc
0x05ab	0xd1
0x05ac	0x00
0x05ad	0xbf
0x05ae	0x00
0x05af	0xbf
0x05b0	0x80
0x05b1	0xf8
0x05b2	0x60
0x05b3	0x1d
0x05b4	0xf8
0x05b5	0xbd
0x05b6	0x2d
0x05b7	0xe9
0x05b8	0xf8
0x05b9	0x43
0x05ba	0xdf
0x05bb	0xf8
0x05bc	0x78
0x05bd	0x80
0x05be	0xdf
0x05bf	0xf8
0x05c0	0x78
0x05c1	0x90
0x05c2	0x06
0x05c3	0x46
0x05c4	0x00
0x05c5	0x25
0x05c6	0x03
0x05c7	0x24
0x05c8	0x77
0x05c9	0x00
0x05ca	0x78
0x05cb	0x19
0x05cc	0xc0
0x05cd	0xb2
0x05ce	0x19
0x05cf	0xf8
0x05d0	0x10
0x05d1	0x20
0x05d2	0x04
0x05d3	0x2a
0x05d4	0x0a
0x05d5	0xd0
0x05d6	0x16
0x05d7	0xfb
0x05d8	0x04
0x05d9	0x50
0x05da	0x40
0x05db	0x44
0x05dc	0x90
0x05dd	0xf9
0x05de	0x01
0x05df	0x30
0x05e0	0x7f
0x05e1	0x2b
0x05e2	0x03
0x05e3	0xd0
0x05e4	0x31
0x05e5	0x46
0x05e6	0x01
0x05e7	0x20
0x05e8	0xff
0x05e9	0xf7
0x05ea	0x60
0x05eb	0xff
0x05ec	0x6d
0x05ed	0x1c
0x05ee	0x02
0x05ef	0x2d
0x05f0	0xeb
0x05f1	0xdb
0x05f2	0x12
0x05f3	0x48
0x05f4	0xc2
0x05f5	0x5d
0x05f6	0x04
0x05f7	0x2a
0x05f8	0x09
0x05f9	0xd0
0x05fa	0x16
0x05fb	0xfb
0x05fc	0x04
0x05fd	0xf0
0x05fe	0x18
0x05ff	0xf9
0x0600	0x00
0x0601	0x30
0x0602	0x7f
0x0603	0x2b
0x0604	0x03
0x0605	0xd0
0x0606	0x31
0x0607	0x46
0x0608	0x00
0x0609	0x20
0x060a	0xff
0x060b	0xf7
0x060c	0x4f
0x060d	0xff
0x060e	0xbd
0x060f	0xe8
0x0610	0xf8
0x0611	0x83
0x0612	0x08
0x0613	0x4a
0x0614	0x7f
0x0615	0x21
0x0616	0x02
0x0617	0x20
0x0618	0x02
0x0619	0xf8
0x061a	0x01
0x061b	0x1b
0x061c	0x02
0x061d	0xf8
0x061e	0x01
0x061f	0x1b
0x0620	0x40
0x0621	0x1e
0x0622	0x02
0x0623	0xf8
0x0624	0x01
0x0625	0x1b
0x0626	0xf7
0x0627	0xd1
0x0628	0x70
0x0629	0x47
0x062a	0xc0
0x062b	0x46
0x062c	0x32
0x062d	0xd4
0x062e	0x00
0x062f	0x20
0x0630	0xa8
0x0631	0x75
0x0632	0x02
0x0633	0x00
0x0634	0x94
0x0635	0x23
0x0636	0x01
0x0637	0x20
0x0638	0xfe
0x0639	0xd5
0x063a	0x00
0x063b	0x20
0x063c	0x58
0x063d	0xd6
0x063e	0x00
0x063f	0x20
0x0640	0x55
0x0641	0x48
0x0642	0x10
0x0643	0xb5
0x0644	0x00
0x0645	0x78
0x0646	0x0c
0x0647	0x46
0x0648	0xfe
0x0649	0xf7
0x064a	0x17
0x064b	0xfd
0x064c	0x00
0x064d	0x20
0x064e	0x20
0x064f	0x70
0x0650	0x10
0x0651	0xbd
0x0652	0x51
0x0653	0x48
0x0654	0x2d
0x0655	0xe9
0x0656	0xf8
0x0657	0x4f
0x0658	0x07
0x0659	0x78
0x065a	0x51
0x065b	0x4e
0x065c	0x4f
0x065d	0x48
0x065e	0x00
0x065f	0x22
0x0660	0x0d
0x0661	0x46
0x0662	0x3c
0x0663	0x01
0x0664	0xc6
0x0665	0xeb
0x0666	0x82
0x0667	0x01
0x0668	0x0b
0x0669	0x68
0x066a	0x42
0x066b	0xf3
0x066c	0x5d
0x066d	0x0c
0x066e	0x02
0x066f	0xf0
0x0670	0x01
0x0671	0x01
0x0672	0x52
0x0673	0x1c
0x0674	0xc9
0x0675	0x00
0x0676	0x04
0x0677	0x2a
0x0678	0x01
0x0679	0xeb
0x067a	0x8c
0x067b	0x01
0x067c	0x21
0x067d	0x44
0x067e	0x01
0x067f	0x44
0x0680	0xcb
0x0681	0x67
0x0682	0xef
0x0683	0xdb
0x0684	0xdf
0x0685	0xf8
0x0686	0x20
0x0687	0x81
0x0688	0x90
0x0689	0xf8
0x068a	0xc2
0x068b	0x20
0x068c	0x45
0x068d	0x49
0x068e	0xd8
0x068f	0xf8
0x0690	0x50
0x0691	0x37
0x0692	0x98
0x0693	0x47
0x0694	0x45
0x0695	0x4a
0x0696	0xd6
0x0697	0x19
0x0698	0xd4
0x0699	0x19
0x069a	0x42
0x069b	0x49
0x069c	0xd8
0x069d	0xf8
0x069e	0x68
0x069f	0x39
0x06a0	0x30
0x06a1	0x79
0x06a2	0x94
0x06a3	0xf8
0x06a4	0x00
0x06a5	0x90
0x06a6	0x96
0x06a7	0xf8
0x06a8	0x08
0x06a9	0xb0
0x06aa	0x96
0x06ab	0xf8
0x06ac	0x0c
0x06ad	0xa0
0x06ae	0x00
0x06af	0x90
0x06b0	0x38
0x06b1	0x46
0x06b2	0x98
0x06b3	0x47
0x06b4	0x20
0x06b5	0x46
0x06b6	0x01
0x06b7	0x78
0x06b8	0x49
0x06b9	0x45
0x06ba	0x0b
0x06bb	0xd1
0x06bc	0x31
0x06bd	0x79
0x06be	0x00
0x06bf	0x9a
0x06c0	0x91
0x06c1	0x42
0x06c2	0x07
0x06c3	0xd1
0x06c4	0x31
0x06c5	0x7a
0x06c6	0x59
0x06c7	0x45
0x06c8	0x04
0x06c9	0xd1
0x06ca	0x31
0x06cb	0x7b
0x06cc	0x51
0x06cd	0x45
0x06ce	0x08
0x06cf	0xbf
0x06d0	0x00
0x06d1	0x24
0x06d2	0x00
0x06d3	0xd0
0x06d4	0x01
0x06d5	0x24
0x06d6	0x90
0x06d7	0xf8
0x06d8	0xcc
0x06d9	0x62
0x06da	0x00
0x06db	0x2e
0x06dc	0x3d
0x06dd	0xd1
0x06de	0xd8
0x06df	0xf8
0x06e0	0x60
0x06e1	0x29
0x06e2	0x38
0x06e3	0x46
0x06e4	0x29
0x06e5	0x46
0x06e6	0x90
0x06e7	0x47
0x06e8	0x28
0x06e9	0x78
0x06ea	0x00
0x06eb	0x28
0x06ec	0x48
0x06ed	0xd1
0x06ee	0xd8
0x06ef	0xf8
0x06f0	0x70
0x06f1	0x29
0x06f2	0x38
0x06f3	0x46
0x06f4	0x29
0x06f5	0x46
0x06f6	0x90
0x06f7	0x47
0x06f8	0x28
0x06f9	0x78
0x06fa	0x00
0x06fb	0x28
0x06fc	0x40
0x06fd	0xd1
0x06fe	0xd8
0x06ff	0xf8
0x0700	0x38
0x0701	0x26
0x0702	0x38
0x0703	0x46
0x0704	0x29
0x0705	0x46
0x0706	0x90
0x0707	0x47
0x0708	0x28
0x0709	0x78
0x070a	0x00
0x070b	0x28
0x070c	0x38
0x070d	0xd1
0x070e	0xd8
0x070f	0xf8
0x0710	0x3c
0x0711	0x26
0x0712	0x38
0x0713	0x46
0x0714	0x29
0x0715	0x46
0x0716	0x90
0x0717	0x47
0x0718	0x28
0x0719	0x78
0x071a	0x88
0x071b	0xbb
0x071c	0xd8
0x071d	0xf8
0x071e	0x50
0x071f	0x16
0x0720	0x38
0x0721	0x46
0x0722	0x88
0x0723	0x47
0x0724	0xd8
0x0725	0xf8
0x0726	0x54
0x0727	0x16
0x0728	0x38
0x0729	0x46
0x072a	0x88
0x072b	0x47
0x072c	0xd8
0x072d	0xf8
0x072e	0x58
0x072f	0x16
0x0730	0x38
0x0731	0x46
0x0732	0x88
0x0733	0x47
0x0734	0x1e
0x0735	0x48
0x0736	0x00
0x0737	0x78
0x0738	0x10
0x0739	0xb3
0x073a	0x01
0x073b	0x28
0x073c	0x18
0x073d	0xbf
0x073e	0x01
0x073f	0x2c
0x0740	0x1e
0x0741	0xd1
0x0742	0x1c
0x0743	0x48
0x0744	0x03
0x0745	0x88
0x0746	0x00
0x0747	0x21
0x0748	0x01
0x0749	0x26
0x074a	0x0a
0x074b	0x46
0x074c	0x06
0x074d	0xfa
0x074e	0x07
0x074f	0xf0
0x0750	0xc0
0x0751	0xb2
0x0752	0xfe
0x0753	0xf7
0x0754	0x0d
0x0755	0xff
0x0756	0xbd
0x0757	0xe8
0x0758	0xf8
0x0759	0x8f
0x075a	0x6a
0x075b	0x88
0x075c	0x08
0x075d	0x23
0x075e	0x01
0x075f	0x21
0x0760	0x6c
0x0761	0x68
0x0762	0x2b
0x0763	0x70
0x0764	0x42
0x0765	0xf4
0x0766	0x80
0x0767	0x42
0x0768	0x01
0x0769	0xfa
0x076a	0x07
0x076b	0xf3
0x076c	0x6a
0x076d	0x80
0x076e	0x23
0x076f	0x43
0x0770	0x6b
0x0771	0x60
0x0772	0x90
0x0773	0xf8
0x0774	0xcc
0x0775	0x02
0x0776	0x6a
0x0777	0x68
0x0778	0x00
0x0779	0x1d
0x077a	0x81
0x077b	0x40
0x077c	0x11
0x077d	0x43
0x077e	0x69
0x077f	0x60
0x0780	0xbd
0x0781	0xe8
0x0782	0xf8
0x0783	0x8f
0x0784	0x04
0x0785	0x48
0x0786	0x00
0x0787	0x78
0x0788	0x02
0x0789	0x28
0x078a	0xa4
0x078b	0xbf
0x078c	0x04
0x078d	0x20
0x078e	0x08
0x078f	0x70
0x0790	0x01
0x0791	0xda
0x0792	0x00
0x0793	0xf0
0x0794	0x38
0x0795	0xb8
0x0796	0x70
0x0797	0x47
0x0798	0xb4
0x0799	0x03
0x079a	0x00
0x079b	0xa2
0x079c	0xb4
0x079d	0x01
0x079e	0x01
0x079f	0x20
0x07a0	0x4b
0x07a1	0xfc
0x07a2	0xff
0x07a3	0x5d
0x07a4	0x18
0x07a5	0xff
0x07a6	0x00
0x07a7	0x20
0x07a8	0x90
0x07a9	0xd6
0x07aa	0x00
0x07ab	0x20
0x07ac	0xd4
0x07ad	0xfb
0x07ae	0x00
0x07af	0x20
0x07b0	0xcd
0x07b1	0x23
0x07b2	0x01
0x07b3	0x20
0x07b4	0xc8
0x07b5	0x23
0x07b6	0x01
0x07b7	0x20
0x07b8	0x3a
0x07b9	0xb1
0x07ba	0x03
0x07bb	0x46
0x07bc	0x10
0x07bd	0x46
0x07be	0x13
0x07bf	0xf8
0x07c0	0x01
0x07c1	0x2b
0x07c2	0x40
0x07c3	0x1e
0x07c4	0x01
0x07c5	0xf8
0x07c6	0x01
0x07c7	0x2b
0x07c8	0xf9
0x07c9	0xd1
0x07ca	0x70
0x07cb	0x47
0x07cc	0x38
0x07cd	0xb5
0x07ce	0x05
0x07cf	0x46
0x07d0	0x0c
0x07d1	0x46
0x07d2	0x28
0x07d3	0x68
0x07d4	0x21
0x07d5	0x68
0x07d6	0x0c
0x07d7	0x22
0x07d8	0xff
0x07d9	0xf7
0x07da	0xee
0x07db	0xff
0x07dc	0x68
0x07dd	0x68
0x07de	0x61
0x07df	0x68
0x07e0	0x05
0x07e1	0x22
0x07e2	0xff
0x07e3	0xf7
0x07e4	0xe9
0x07e5	0xff
0x07e6	0xa8
0x07e7	0x68
0x07e8	0xa1
0x07e9	0x68
0x07ea	0x18
0x07eb	0x22
0x07ec	0xff
0x07ed	0xf7
0x07ee	0xe4
0x07ef	0xff
0x07f0	0xe8
0x07f1	0x68
0x07f2	0xe1
0x07f3	0x68
0x07f4	0xd2
0x07f5	0x22
0x07f6	0xff
0x07f7	0xf7
0x07f8	0xdf
0x07f9	0xff
0x07fa	0x28
0x07fb	0x69
0x07fc	0x21
0x07fd	0x69
0x07fe	0x96
0x07ff	0x22
0x0800	0xff
0x0801	0xf7
0x0802	0xda
0x0803	0xff
0x0804	0x38
0x0805	0xbd
0x0806	0xb0
0x0807	0xb5
0x0808	0x3b
0x0809	0x49
0x080a	0x3c
0x080b	0x4d
0x080c	0x00
0x080d	0xf0
0x080e	0x01
0x080f	0x02
0x0810	0x04
0x0811	0x27
0x0812	0x12
0x0813	0x04
0x0814	0x08
0x0815	0x70
0x0816	0x55
0x0817	0xf8
0x0818	0x04
0x0819	0x4b
0x081a	0xd4
0x081b	0xf8
0x081c	0x80
0x081d	0x1b
0x081e	0x21
0x081f	0xf4
0x0018	0x00	// Property_18h_0_0=0x0; 	Address(0x18[7:0])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x08	// MACRO_OPERAND_REG0=0x8000000; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x00a7	0x00	// MACRO_OPERAND_REG1=0x2000; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x20
0x00a4	0x00
0x0193	0x78	// MACRO_OPCODE=0x78; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x00	// Property_124h_4_2=0x0; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x01	// Property_18h_0_0=0x1; 	Address(0x18[7:0])
0x0020	0x80
0x0021	0x31
0x0022	0x11
0x0023	0x43
0x0024	0xc4
0x0025	0xf8
0x0026	0x80
0x0027	0x1b
0x0028	0xd4
0x0029	0xf8
0x002a	0x48
0x002b	0x3b
0x002c	0x7f
0x002d	0x1e
0x002e	0x80
0x002f	0xea
0x0030	0x03
0x0031	0x01
0x0032	0x01
0x0033	0xf0
0x0034	0x01
0x0035	0x01
0x0036	0x81
0x0037	0xea
0x0038	0x03
0x0039	0x01
0x003a	0xc4
0x003b	0xf8
0x003c	0x48
0x003d	0x1b
0x003e	0xea
0x003f	0xd1
0x0040	0x01
0x0041	0x28
0x0042	0x19
0x0043	0xbf
0x0044	0x2f
0x0045	0x48
0x0046	0x00
0x0047	0x21
0x0048	0x02
0x0049	0x21
0x004a	0x2f
0x004b	0x48
0x004c	0x2c
0x004d	0x4a
0x004e	0x11
0x004f	0x70
0x0050	0x2e
0x0051	0x49
0x0052	0xff
0x0053	0xf7
0x0054	0xbb
0x0055	0xff
0x0056	0xb0
0x0057	0xbd
0x0058	0x8c
0x0059	0x46
0x005a	0x2d
0x005b	0x49
0x005c	0xf8
0x005d	0xb5
0x005e	0x09
0x005f	0x5c
0x0060	0x01
0x0061	0x29
0x0062	0x12
0x0063	0xd1
0x0064	0x2b
0x0065	0x4e
0x0066	0x45
0x0067	0x01
0x0068	0x02
0x0069	0x23
0x006a	0x00
0x006b	0x24
0x006c	0x62
0x006d	0x19
0x006e	0x02
0x006f	0x27
0x0070	0x92
0x0071	0x19
0x0072	0xb2
0x0073	0xf9
0x0074	0x00
0x0075	0x10
0x0076	0x7f
0x0077	0x1e
0x0078	0x4f
0x0079	0xea
0x007a	0x41
0x007b	0x01
0x007c	0x22
0x007d	0xf8
0x007e	0x10
0x007f	0x1b
0x0080	0xf7
0x0081	0xd1
0x0082	0x5b
0x0083	0x1e
0x0084	0x04
0x0085	0xf1
0x0086	0x08
0x0087	0x04
0x0088	0xf0
0x0089	0xd1
0x008a	0x61
0x008b	0x46
0x008c	0xe0
0x008d	0xf7
0x008e	0x4c
0x008f	0xfa
0x0090	0xf8
0x0091	0xbd
0x0092	0x98
0x0093	0xb5
0x0094	0x20
0x0095	0x4c
0x0096	0x00
0x0097	0x21
0x0098	0x84
0x0099	0xf8
0x009a	0x24
0x009b	0x10
0x009c	0x20
0x009d	0x48
0x009e	0x84
0x009f	0xf8
0x00a0	0x25
0x00a1	0x10
0x00a2	0x03
0x00a3	0x22
0x00a4	0x84
0x00a5	0xf8
0x00a6	0x29
0x00a7	0x10
0x00a8	0x1c
0x00a9	0x4b
0x00aa	0x84
0x00ab	0xf8
0x00ac	0x2a
0x00ad	0x10
0x00ae	0x0a
0x00af	0x21
0x00b0	0x40
0x00b1	0x1e
0x00b2	0x10
0x00b3	0xf8
0x00b4	0x01
0x00b5	0x4f
0x00b6	0x05
0x00b7	0x27
0x00b8	0x7f
0x00b9	0x1e
0x00ba	0x03
0x00bb	0xf8
0x00bc	0x01
0x00bd	0x4b
0x00be	0xfb
0x00bf	0xd1
0x00c0	0x49
0x00c1	0x1e
0x00c2	0xf6
0x00c3	0xd1
0x00c4	0x52
0x00c5	0x1e
0x00c6	0x00
0x00c7	0xf1
0x00c8	0x01
0x00c9	0x00
0x00ca	0xf0
0x00cb	0xd1
0x00cc	0x98
0x00cd	0xbd
0x00ce	0x0a
0x00cf	0x4a
0x00d0	0x80
0x00d1	0xb5
0x00d2	0x12
0x00d3	0x78
0x00d4	0x01
0x00d5	0x2a
0x00d6	0x0c
0x00d7	0xd1
0x00d8	0x12
0x00d9	0x4b
0x00da	0x42
0x00db	0x10
0x00dc	0x9a
0x00dd	0x5c
0x00de	0x92
0x00df	0x1e
0x00e0	0xd7
0x00e1	0xb2
0x00e2	0x1f
0x00e3	0xb1
0x00e4	0x01
0x00e5	0x2f
0x00e6	0x04
0x00e7	0xd1
0x00e8	0x05
0x00e9	0x22
0x00ea	0x00
0x00eb	0xe0
0x00ec	0x07
0x00ed	0x22
0x00ee	0x0e
0x00ef	0x4b
0x00f0	0x1a
0x00f1	0x70
0x00f2	0xd7
0x00f3	0xf7
0x00f4	0x17
0x00f5	0xf8
0x00f6	0x80
0x00f7	0xbd
0x00f8	0xd1
0x00f9	0x23
0x00fa	0x01
0x00fb	0x20
0x00fc	0xbc
0x00fd	0x77
0x00fe	0x02
0x00ff	0x00
0x0100	0xdd
0x0101	0x0b
0x0102	0x01
0x0103	0x20
0x0104	0x58
0x0105	0x30
0x0106	0x03
0x0107	0x00
0x0108	0x44
0x0109	0x30
0x010a	0x03
0x010b	0x00
0x010c	0x30
0x010d	0x30
0x010e	0x03
0x010f	0x00
0x0110	0xac
0x0111	0xfe
0x0112	0x00
0x0113	0x20
0x0114	0x28
0x0115	0xfd
0x0116	0x00
0x0117	0x20
0x0118	0x4a
0x0119	0x0c
0x011a	0x01
0x011b	0x20
0x011c	0xfb
0x011d	0x20
0x011e	0x01
0x011f	0x20
0x0120	0x0f
0x0121	0x30
0x0122	0x03
0x0123	0x00
0x0124	0xa2
0x0125	0x01
0x0126	0x01
0x0127	0x20
0x0128	0xd4
0x0129	0x1e
0x012a	0x01
0x012b	0x20
0x012c	0x98
0x012d	0xb5
0x012e	0xe5
0x012f	0xf7
0x0130	0xa5
0x0131	0xfe
0x0132	0x37
0x0133	0x48
0x0134	0x37
0x0135	0x4a
0x0136	0x00
0x0137	0x27
0x0138	0x4f
0x0139	0xf6
0x013a	0xdf
0x013b	0x73
0x013c	0x40
0x013d	0x1e
0x013e	0x10
0x013f	0xf8
0x0140	0x01
0x0141	0x1f
0x0142	0x01
0x0143	0x29
0x0144	0x09
0x0145	0xd1
0x0146	0x00
0x0147	0x2f
0x0148	0x14
0x0149	0xbf
0x014a	0x02
0x014b	0xf1
0x014c	0xb8
0x014d	0x04
0x014e	0x14
0x014f	0x1c
0x0150	0x21
0x0151	0x88
0x0152	0x19
0x0153	0x40
0x0154	0x41
0x0155	0xf4
0x0156	0x00
0x0157	0x51
0x0158	0x21
0x0159	0x80
0x015a	0x7f
0x015b	0x1c
0x015c	0x02
0x015d	0x2f
0x015e	0xee
0x015f	0xdb
0x0160	0x98
0x0161	0xbd
0x0162	0xf8
0x0163	0xb5
0x0164	0x2c
0x0165	0x4b
0x0166	0x98
0x0167	0x78
0x0168	0xdc
0x0169	0x78
0x016a	0x84
0x016b	0x42
0x016c	0xc8
0x016d	0xbf
0x016e	0x04
0x016f	0x1c
0x0170	0x2a
0x0171	0x48
0x0172	0x42
0x0173	0x1d
0x0174	0x05
0x0175	0x78
0x0176	0x11
0x0177	0x78
0x0178	0xa9
0x0179	0x42
0x017a	0xb4
0x017b	0xbf
0x017c	0x2f
0x017d	0x1c
0x017e	0x0f
0x017f	0x1c
0x0180	0x90
0x0181	0x7a
0x0182	0x52
0x0183	0x79
0x0184	0x90
0x0185	0x42
0x0186	0xb4
0x0187	0xbf
0x0188	0x16
0x0189	0x1c
0x018a	0x06
0x018b	0x1c
0x018c	0xbe
0x018d	0x42
0x018e	0x04
0x018f	0xda
0x0190	0xa9
0x0191	0x42
0x0192	0xb8
0x0193	0xbf
0x0194	0x29
0x0195	0x1c
0x0196	0x0a
0x0197	0x46
0x0198	0x01
0x0199	0xe0
0x019a	0x90
0x019b	0x42
0x019c	0x00
0x019d	0xda
0x019e	0x10
0x019f	0x46
0x01a0	0x1a
0x01a1	0x79
0x01a2	0x59
0x01a3	0x79
0x01a4	0x09
0x01a5	0x38
0x01a6	0xc5
0x01a7	0xb2
0x01a8	0x91
0x01a9	0x42
0x01aa	0xc8
0x01ab	0xbf
0x01ac	0x11
0x01ad	0x1c
0x01ae	0x1c
0x01af	0x48
0x01b0	0x02
0x01b1	0x78
0x01b2	0x40
0x01b3	0x79
0x01b4	0x90
0x01b5	0x42
0x01b6	0xb8
0x01b7	0xbf
0x01b8	0x10
0x01b9	0x1c
0x01ba	0xa1
0x01bb	0x42
0x01bc	0xa0
0x01bd	0xf1
0x01be	0x09
0x01bf	0x00
0x01c0	0xc2
0x01c1	0xb2
0x01c2	0xc8
0x01c3	0xbf
0x01c4	0x21
0x01c5	0x1c
0x01c6	0x17
0x01c7	0x48
0x01c8	0x04
0x01c9	0x78
0x01ca	0x07
0x01cb	0x29
0x01cc	0x18
0x01cd	0xbf
0x01ce	0x44
0x01cf	0x5c
0x01d0	0xaa
0x01d1	0x42
0x01d2	0xb8
0x01d3	0xbf
0x01d4	0x2a
0x01d5	0x1c
0x01d6	0x14
0x01d7	0x48
0x01d8	0xd3
0x01d9	0xf8
0x01da	0xb0
0x01db	0x11
0x01dc	0x00
0x01dd	0x78
0x01de	0xa1
0x01df	0xfb
0x01e0	0x00
0x01e1	0x01
0x01e2	0xc6
0x01e3	0x0e
0x01e4	0x07
0x01e5	0x0f
0x01e6	0x4b
0x01e7	0x01
0x01e8	0x45
0x01e9	0x01
0x01ea	0x09
0x01eb	0x01
0x01ec	0x1e
0x01ed	0x43
0x01ee	0x00
0x01ef	0x01
0x01f0	0x39
0x01f1	0x43
0x01f2	0x40
0x01f3	0x19
0x01f4	0x41
0x01f5	0xeb
0x01f6	0x06
0x01f7	0x01
0x01f8	0x00
0x01f9	0xf0
0x01fa	0x64
0x01fb	0xfa
0x01fc	0xc8
0x01fd	0x22
0x01fe	0x00
0x01ff	0x23
0x0200	0x14
0x0201	0xfb
0x0202	0x02
0x0203	0xf2
0x0204	0xff
0x0205	0xf7
0x0206	0x94
0x0207	0xfa
0x0208	0xe5
0x0209	0xf7
0x020a	0x79
0x020b	0xff
0x020c	0xf8
0x020d	0xbd
0x020e	0xc0
0x020f	0x46
0x0210	0x9e
0x0211	0x13
0x0212	0x01
0x0213	0x20
0x0214	0x06
0x0215	0x07
0x0216	0x06
0x0217	0xa8
0x0218	0xb4
0x0219	0x01
0x021a	0x01
0x021b	0x20
0x021c	0x3c
0x021d	0x1b
0x021e	0x01
0x021f	0x20
0x0220	0xeb
0x0221	0x1c
0x0222	0x01
0x0223	0x20
0x0224	0xac
0x0225	0x78
0x0226	0x02
0x0227	0x00
0x0228	0x2f
0x0229	0x1f
0x022a	0x01
0x022b	0x20
0x022c	0x0a
0x022d	0x46
0x022e	0x2d
0x022f	0xe9
0x0230	0xf8
0x0231	0x4f
0x0232	0x00
0x0233	0x21
0x0234	0x4f
0x0235	0xf0
0x0236	0xaa
0x0237	0x0a
0x0238	0xa0
0x0239	0xf1
0x023a	0xaa
0x023b	0x08
0x023c	0x0f
0x023d	0x46
0x023e	0xd3
0x023f	0x46
0x0240	0x00
0x0241	0x92
0x0242	0x08
0x0243	0xf1
0x0244	0xaa
0x0245	0x08
0x0246	0x98
0x0247	0xf8
0x0248	0xa6
0x0249	0x20
0x024a	0x04
0x024b	0x2a
0x024c	0x56
0x024d	0xda
0x024e	0x98
0x024f	0xf8
0x0250	0x04
0x0251	0x60
0x0252	0x00
0x0253	0x2e
0x0254	0x52
0x0255	0xd0
0x0256	0x76
0x0257	0x1e
0x0258	0x72
0x0259	0x1c
0x025a	0x5f
0x025b	0xfa
0x025c	0x86
0x025d	0xf9
0x025e	0xd2
0x025f	0xb2
0x0260	0x06
0x0261	0x2a
0x0262	0x48
0x0263	0xda
0x0264	0x5b
0x0265	0x46
0x0266	0x03
0x0267	0xfb
0x0268	0x07
0x0269	0x03
0x026a	0x1c
0x026b	0x7c
0x026c	0x00
0x026d	0x23
0x026e	0x37
0x026f	0xe0
0x0270	0x63
0x0271	0x18
0x0272	0x1b
0x0273	0x18
0x0274	0xdb
0x0275	0x7d
0x0276	0x09
0x0277	0x25
0x0278	0x19
0x0279	0xfb
0x027a	0x05
0x027b	0xf5
0x027c	0x5e
0x027d	0x19
0x027e	0x76
0x027f	0x18
0x0280	0x36
0x0281	0x18
0x0282	0x96
0x0283	0xf9
0x0284	0x22
0x0285	0xe0
0x0286	0x02
0x0287	0xeb
0x0288	0xc2
0x0289	0x0c
0x028a	0xed
0x028b	0x18
0x028c	0x6d
0x028d	0x18
0x028e	0x5e
0x028f	0x18
0x0290	0x2d
0x0291	0x18
0x0292	0x66
0x0293	0x44
0x0294	0x36
0x0295	0x18
0x0296	0x86
0x0297	0xf8
0x0298	0x22
0x0299	0xe0
0x029a	0x95
0x029b	0xf9
0x029c	0x58
0x029d	0x60
0x029e	0x5d
0x029f	0x18
0x02a0	0x0b
0x02a1	0xfb
0x02a2	0x07
0x02a3	0xf1
0x02a4	0x05
0x02a5	0xeb
0x02a6	0x0c
0x02a7	0x03
0x02a8	0x1b
0x02a9	0x18
0x02aa	0x0d
0x02ab	0x18
0x02ac	0x83
0x02ad	0xf8
0x02ae	0x58
0x02af	0x60
0x02b0	0xab
0x02b1	0x7d
0x02b2	0x64
0x02b3	0x1c
0x02b4	0xe4
0x02b5	0xb2
0x02b6	0x19
0x02b7	0xe0
0x02b8	0x03
0x02b9	0x24
0x02ba	0x19
0x02bb	0xfb
0x02bc	0x04
0x02bd	0x34
0x02be	0x64
0x02bf	0x18
0x02c0	0x24
0x02c1	0x18
0x02c2	0x94
0x02c3	0xf8
0x02c4	0x8e
0x02c5	0x60
0x02c6	0x02
0x02c7	0xeb
0x02c8	0x42
0x02c9	0x05
0x02ca	0xec
0x02cb	0x18
0x02cc	0x64
0x02cd	0x18
0x02ce	0x5d
0x02cf	0x1c
0x02d0	0x0a
0x02d1	0xfb
0x02d2	0x07
0x02d3	0xf1
0x02d4	0xeb
0x02d5	0xb2
0x02d6	0x24
0x02d7	0x18
0x02d8	0x0d
0x02d9	0x18
0x02da	0x84
0x02db	0xf8
0x02dc	0x8e
0x02dd	0x60
0x02de	0x2c
0x02df	0x7c
0x02e0	0x9c
0x02e1	0x42
0x02e2	0xe9
0x02e3	0xdc
0x02e4	0x0a
0x02e5	0xfb
0x02e6	0x07
0x02e7	0x03
0x02e8	0x9b
0x02e9	0x7d
0x02ea	0x00
0x02eb	0x24
0x02ec	0xa3
0x02ed	0x42
0x02ee	0xbf
0x02ef	0xdc
0x02f0	0x52
0x02f1	0x1c
0x02f2	0x06
0x02f3	0x2a
0x02f4	0xb6
0x02f5	0xdb
0x02f6	0x06
0x02f7	0x22
0x02f8	0x88
0x02f9	0xf8
0x02fa	0x04
0x02fb	0x20
0x02fc	0x7f
0x02fd	0x1c
0x02fe	0xaa
0x02ff	0x31
0x0300	0x06
0x0301	0x2f
0x0302	0x9e
0x0303	0xdb
0x0304	0x00
0x0305	0x99
0x0306	0xe2
0x0307	0xf7
0x0308	0x5d
0x0309	0xfe
0x030a	0xbd
0x030b	0xe8
0x030c	0xf8
0x030d	0x8f
0x030e	0x00
0x030f	0x00
0x0310	0x10
0x0311	0xb5
0x0312	0x30
0x0313	0x4a
0x0314	0x2e
0x0315	0x4c
0x0316	0x13
0x0317	0x78
0x0318	0x54
0x0319	0xf8
0x031a	0x20
0x031b	0x40
0x031c	0x84
0x031d	0xf8
0x031e	0x58
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0x0632	0x6f
0x0633	0xf3
0x0634	0xdf
0x0635	0x34
0x0636	0x84
0x0637	0xf4
0x0638	0x80
0x0639	0x44
0x063a	0xa4
0x063b	0xf5
0x063c	0x80
0x063d	0x44
0x063e	0xb4
0x063f	0x84
0x0640	0x6d
0x0641	0x1c
0x0642	0x02
0x0643	0x2d
0x0644	0xde
0x0645	0xdb
0x0646	0xbd
0x0647	0xe8
0x0648	0xfe
0x0649	0x8f
0x064a	0x00
0x064b	0x00
0x064c	0x10
0x064d	0xb5
0x064e	0x04
0x064f	0x46
0x0650	0xdb
0x0651	0xf7
0x0652	0xda
0x0653	0xf9
0x0654	0x20
0x0655	0x46
0x0656	0xff
0x0657	0xf7
0x0658	0xae
0x0659	0xfb
0x065a	0x10
0x065b	0xbd
0x065c	0x10
0x065d	0xb5
0x065e	0x0b
0x065f	0x4a
0x0660	0x0b
0x0661	0x4c
0x0662	0x0c
0x0663	0x21
0x0664	0x83
0x0665	0x18
0x0666	0x10
0x0667	0xfb
0x0668	0x01
0x0669	0x42
0x066a	0x93
0x066b	0xf8
0x066c	0xb8
0x066d	0x11
0x066e	0x54
0x066f	0x68
0x0670	0xc1
0x0671	0xf1
0x0672	0x01
0x0673	0x01
0x0674	0x92
0x0675	0x68
0x0676	0x84
0x0677	0xf8
0x0678	0x70
0x0679	0x17
0x067a	0x93
0x067b	0xf8
0x067c	0xb8
0x067d	0x11
0x067e	0xc1
0x067f	0xf1
0x0680	0x01
0x0681	0x01
0x0682	0x82
0x0683	0xf8
0x0684	0x70
0x0685	0x17
0x0686	0xdc
0x0687	0xf7
0x0688	0xde
0x0689	0xfa
0x068a	0x10
0x068b	0xbd
0x068c	0xb4
0x068d	0x01
0x068e	0x01
0x068f	0x20
0x0690	0xa8
0x0691	0x75
0x0692	0x02
0x0693	0x00
0x0694	0x08
0x0695	0xb5
0x0696	0xea
0x0697	0xf7
0x0698	0x7b
0x0699	0xfb
0x069a	0x4f
0x069b	0xf4
0x069c	0x11
0x069d	0x60
0x069e	0x00
0x069f	0x78
0x06a0	0x08
0x06a1	0xbd
0x06a2	0x38
0x06a3	0xb5
0x06a4	0x04
0x06a5	0x4d
0x06a6	0x05
0x06a7	0x4c
0x06a8	0x05
0x06a9	0x4b
0x06aa	0x2d
0x06ab	0x78
0x06ac	0x24
0x06ad	0x78
0x06ae	0x1b
0x06af	0x78
0x06b0	0xea
0x06b1	0xf7
0x06b2	0xb6
0x06b3	0xfb
0x06b4	0x38
0x06b5	0xbd
0x06b6	0xc0
0x06b7	0x46
0x06b8	0x20
0x06b9	0x00
0x06ba	0x00
0x06bb	0x64
0x06bc	0x20
0x06bd	0x00
0x06be	0x00
0x06bf	0x54
0x06c0	0x20
0x06c1	0x00
0x06c2	0x00
0x06c3	0x74
0x06c4	0x08
0x06c5	0xb5
0x06c6	0xb2
0x06c7	0xf1
0x06c8	0x20
0x06c9	0x03
0x06ca	0x27
0x06cb	0xbf
0x06cc	0x00
0x06cd	0xfa
0x06ce	0x03
0x06cf	0xf1
0x06d0	0x00
0x06d1	0x20
0x06d2	0x5b
0x06d3	0x42
0x06d4	0x91
0x06d5	0x40
0x06d6	0x3e
0x06d7	0xbf
0x06d8	0x20
0x06d9	0xfa
0x06da	0x03
0x06db	0xf3
0x06dc	0x19
0x06dd	0x43
0x06de	0x90
0x06df	0x40
0x06e0	0x08
0x06e1	0xbd
0x06e2	0x00
0x06e3	0x00
0x06e4	0x38
0x06e5	0xb5
0x06e6	0x05
0x06e7	0x4d
0x06e8	0x00
0x06e9	0x24
0x06ea	0x28
0x06eb	0x68
0x06ec	0x01
0x06ed	0x46
0x06ee	0x20
0x06ef	0x46
0x06f0	0x88
0x06f1	0x47
0x06f2	0x64
0x06f3	0x1c
0x06f4	0x04
0x06f5	0x2c
0x06f6	0xf8
0x06f7	0xdb
0x06f8	0x38
0x06f9	0xbd
0x06fa	0xc0
0x06fb	0x46
0x06fc	0xec
0x06fd	0xde
0x06fe	0x00
0x06ff	0x20
0x0700	0x70
0x0701	0x47
0x0702	0x03
0x0703	0x48
0x0704	0x00
0x0705	0x78
0x0706	0x08
0x0707	0xb9
0x0708	0xee
0x0709	0xf7
0x070a	0x6e
0x070b	0xb8
0x070c	0x70
0x070d	0x47
0x070e	0xc0
0x070f	0x46
0x0710	0xa1
0x0711	0x13
0x0712	0x01
0x0713	0x20
0x0714	0x03
0x0715	0x48
0x0716	0x08
0x0717	0x21
0x0718	0x41
0x0719	0x76
0x071a	0x09
0x071b	0x21
0x071c	0xc1
0x071d	0x76
0x071e	0x41
0x071f	0x77
0x0720	0x70
0x0721	0x47
0x0722	0xc0
0x0723	0x46
0x0724	0x88
0x0725	0x18
0x0726	0x01
0x0727	0x20
0x0728	0x01
0x0729	0x48
0x072a	0x00
0x072b	0x78
0x072c	0xeb
0x072d	0xf7
0x072e	0x95
0x072f	0xbb
0x0730	0x82
0x0731	0x00
0x0732	0x00
0x0733	0xa9
0x0734	0x00
0x0735	0x04
0x0736	0x07
0x0737	0x07
0x0738	0x00
0x0739	0x00
0x073a	0x03
0x073b	0x07
0x073c	0x00
0x073d	0x00
0x073e	0x00
0x073f	0x07
0x0740	0x00
0x0741	0x05
0x0742	0x05
0x0743	0x07
0x0744	0x07
0x0745	0x00
0x0746	0x0a
0x0747	0x0c
0x0748	0x0a
0x0749	0x16
0x074a	0x14
0x074b	0x16
0x074c	0x14
0x074d	0x00
0x074e	0x16
0x074f	0x00
0x0750	0x16
0x0751	0x16
0x0752	0x14
0x0753	0x16
0x0754	0x14
0x0755	0x00
0x0756	0x00
0x0757	0x00
0x0758	0x00
0x0759	0x16
0x075a	0x14
0x075b	0x16
0x075c	0x14
0x075d	0x00
0x075e	0x07
0x075f	0x00
0x0760	0x00
0x0761	0x00
0x0762	0x00
0x0763	0x00
0x0764	0x00
0x0765	0x01
0x0766	0x03
0x0767	0x01
0x0768	0x10
0x0769	0x0a
0x076a	0x10
0x076b	0x00
0x076c	0x00
0x076d	0x00
0x076e	0x00
0x076f	0x00
0x0770	0x00
0x0771	0x00
0x0772	0x00
0x0773	0x07
0x0774	0x03
0x0775	0x01
0x0776	0x10
0x0777	0x0a
0x0778	0x10
0x0779	0x00
0x077a	0x07
0x077b	0x00
0x077c	0x01
0x077d	0x00
0x077e	0x0a
0x077f	0x00
0x0780	0x00
0x0781	0x07
0x0782	0x00
0x0783	0x01
0x0784	0x00
0x0785	0x0a
0x0786	0x00
0x0787	0x00
0x0788	0x01
0x0789	0x10
0x078a	0x01
0x078b	0x10
0x078c	0x0a
0x078d	0x00
0x078e	0x00
0x078f	0x07
0x0790	0x12
0x0791	0x01
0x0792	0x10
0x0793	0x0a
0x0794	0x00
0x0795	0x00
0x0796	0x01
0x0797	0x00
0x0798	0x0a
0x0799	0x00
0x079a	0x00
0x079b	0x00
0x079c	0x00
0x079d	0x01
0x079e	0x10
0x079f	0x0a
0x07a0	0x00
0x07a1	0x00
0x07a2	0x00
0x07a3	0x00
0x07a4	0x00
0x07a5	0x03
0x07a6	0x00
0x07a7	0x00
0x07a8	0x00
0x07a9	0x00
0x07aa	0x00
0x07ab	0x00
0x07ac	0x00
0x07ad	0x00
0x07ae	0x00
0x07af	0x00
0x07b0	0x00
0x07b1	0x00
0x07b2	0x00
0x07b3	0x00
0x07b4	0x00
0x07b5	0x00
0x07b6	0x00
0x07b7	0x00
0x07b8	0x00
0x07b9	0x00
0x07ba	0x12
0x07bb	0x00
0x07bc	0x00
0x07bd	0x00
0x07be	0x00
0x07bf	0x00
0x07c0	0x01
0x07c1	0x03
0x07c2	0x01
0x07c3	0x10
0x07c4	0x0a
0x07c5	0x10
0x07c6	0x00
0x07c7	0x01
0x07c8	0x03
0x07c9	0x01
0x07ca	0x10
0x07cb	0x0a
0x07cc	0x10
0x07cd	0x00
0x07ce	0x00
0x07cf	0x12
0x07d0	0x01
0x07d1	0x10
0x07d2	0x0a
0x07d3	0x00
0x07d4	0x00
0x07d5	0x00
0x07d6	0x12
0x07d7	0x01
0x07d8	0x10
0x07d9	0x0a
0x07da	0x00
0x07db	0x00
0x07dc	0x01
0x07dd	0x10
0x07de	0x01
0x07df	0x10
0x07e0	0x0a
0x07e1	0x00
0x07e2	0x00
0x07e3	0x01
0x07e4	0x10
0x07e5	0x0a
0x07e6	0x00
0x07e7	0x00
0x07e8	0x00
0x07e9	0x00
0x07ea	0x00
0x07eb	0x00
0x07ec	0x00
0x07ed	0x00
0x07ee	0x00
0x07ef	0x00
0x07f0	0x00
0x07f1	0x00
0x07f2	0x00
0x07f3	0x00
0x07f4	0x00
0x07f5	0x00
0x07f6	0x00
0x07f7	0x00
0x07f8	0x00
0x07f9	0x00
0x07fa	0x00
0x07fb	0x00
0x07fc	0x00
0x07fd	0x00
0x07fe	0x00
0x07ff	0x00
0x0800	0x03
0x0801	0x00
0x0802	0x00
0x0803	0x00
0x0804	0x00
0x0805	0x00
0x0806	0x00
0x0807	0x00
0x0808	0x00
0x0809	0x00
0x080a	0x00
0x080b	0x00
0x080c	0x00
0x080d	0x07
0x080e	0x00
0x080f	0x00
0x0810	0x00
0x0811	0x00
0x0812	0x00
0x0813	0x00
0x0814	0x01
0x0815	0x03
0x0816	0x01
0x0817	0x10
0x0818	0x0a
0x0819	0x10
0x081a	0x00
0x081b	0x09
0x081c	0x03
0x081d	0x01
0x081e	0x10
0x081f	0x0a
0x0018	0x00	// Property_18h_0_0=0x0; 	Address(0x18[7:0])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x08	// MACRO_OPERAND_REG0=0x8000000; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x00a7	0x00	// MACRO_OPERAND_REG1=0x2800; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x28
0x00a4	0x00
0x0193	0x78	// MACRO_OPCODE=0x78; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x00	// Property_124h_4_2=0x0; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x01	// Property_18h_0_0=0x1; 	Address(0x18[7:0])
0x0020	0x10
0x0021	0x00
0x0022	0x07
0x0023	0x00
0x0024	0x01
0x0025	0x00
0x0026	0x0a
0x0027	0x00
0x0028	0x00
0x0029	0x01
0x002a	0x10
0x002b	0x0a
0x002c	0x10
0x002d	0x0a
0x002e	0x00
0x002f	0x00
0x0030	0x00
0x0031	0x00
0x0032	0x00
0x0033	0x00
0x0034	0x00
0x0035	0x02
0x0036	0x00
0x0037	0x02
0x0038	0x06
0x0039	0x00
0x003a	0x00
0x003b	0x00
0x003c	0x00
0x003d	0x00
0x003e	0x00
0x003f	0x00
0x0040	0x00
0x0041	0x02
0x0042	0x06
0x0043	0x00
0x0044	0x00
0x0045	0x00
0x0046	0x00
0x0047	0x00
0x0048	0x00
0x0049	0x00
0x004a	0x00
0x004b	0x00
0x004c	0x06
0x004d	0x00
0x004e	0x00
0x004f	0x00
0x0050	0x7c
0x0051	0x1c
0x0052	0x01
0x0053	0x20
0x0054	0xd1
0x0055	0x1e
0x0056	0x01
0x0057	0x20
0x0058	0x84
0x0059	0x1a
0x005a	0x01
0x005b	0x20
0x005c	0x26
0x005d	0x07
0x005e	0x01
0x005f	0x20
0x0060	0x4a
0x0061	0x0c
0x0062	0x01
0x0063	0x20
0x0064	0x14
0x0065	0x2f
0x0066	0x03
0x0067	0x00
0x0068	0x20
0x0069	0x2f
0x006a	0x03
0x006b	0x00
0x006c	0x25
0x006d	0x2f
0x006e	0x03
0x006f	0x00
0x0070	0x3d
0x0071	0x2f
0x0072	0x03
0x0073	0x00
0x0074	0xfb
0x0075	0x20
0x0076	0x01
0x0077	0x20
0x0078	0x00
0x0079	0x20
0x007a	0x01
0x007b	0x20
0x007c	0x0c
0x007d	0x20
0x007e	0x01
0x007f	0x20
0x0080	0x11
0x0081	0x20
0x0082	0x01
0x0083	0x20
0x0084	0x29
0x0085	0x20
0x0086	0x01
0x0087	0x20
0x0088	0x93
0x0089	0x21
0x008a	0x01
0x008b	0x20
0x008c	0x00
0x008d	0x00
0x008e	0x00
0x008f	0x00
0x0090	0x00
0x0018	0x00	// Property_18h_0_0=0x0; 	Address(0x18[7:0])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x710000; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x71
0x00a1	0x00
0x00a0	0x00
0x00a7	0x00	// MACRO_OPERAND_REG1=0x3000; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x30
0x00a4	0x00
0x0193	0x78	// MACRO_OPCODE=0x78; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x1; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x01
0x0193	0x78	// MACRO_OPCODE=0x78; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x3; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x03
0x0193	0x01	// MACRO_OPCODE=0x1; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00fb		// Read: 0x00
0x00fa		// Read: 0x00
0x00f9		// Read: 0x00
0x00f8		// Read: 0x00

// Read	MACRO_RESULT_REG0=0x0; 	Address(0xf8[7:0],0xf9[7:0],0xfa[7:0],0xfb[7:0],0xfc[7:0])

0x00ff		// Read: 0x00
0x00fe		// Read: 0x00
0x00fd		// Read: 0x00
0x00fc		// Read: 0x00

// Read	MACRO_RESULT_REG1=0x0; 	Address(0xfc[7:0],0xfd[7:0],0xfe[7:0],0xff[7:0],0x100[7:0])

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])

// START: Enabling Temp Sense

0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x00c0	0x81	// Property_a0h_7_7=0x1; 	Address(0xc0[7:7])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x02a3	0x00	// Property_280h_31_0=0x7e; 	Address(0x2a0[7:0],0x2a1[7:0],0x2a2[7:0],0x2a3[7:0],0x2a4[7:0])
0x02a2	0x00
0x02a1	0x00
0x02a0	0x7e
0x02a7	0x01	// Property_284h_31_0=0x1000000; 	Address(0x2a4[7:0],0x2a5[7:0],0x2a6[7:0],0x2a7[7:0],0x2a8[7:0])
0x02a6	0x00
0x02a5	0x00
0x02a4	0x00

// END: Enabling Temp Sense


// START: Loading PLL EFuse trims

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x237; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x02
0x00a0	0x37
0x0193	0x33	// MACRO_OPCODE=0x33; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x308; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x03
0x00a0	0x08
0x0193	0x33	// MACRO_OPCODE=0x33; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x10f; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x0f
0x0193	0x34	// MACRO_OPCODE=0x34; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x1; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x01
0x0193	0x72	// MACRO_OPCODE=0x72; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0xe0100; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x0e
0x00a1	0x01
0x00a0	0x00
0x0193	0x71	// MACRO_OPCODE=0x71; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])


// END: Done Loading PLL EFuse trims

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x10101; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x01
0x00a1	0x01
0x00a0	0x01
0x0193	0x73	// MACRO_OPCODE=0x73; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0012	0x01	// rxdig=0x1; 	Address(0x12[7:0])
0x0761	0x0a	// Property_740h_13_12=0x0; 	Address(0x761[7:4])
0x0012	0x02	// rxdig=0x2; 	Address(0x12[7:0])
0x0761	0x0a	// Property_740h_13_12=0x0; 	Address(0x761[7:4])
0x0012	0x04	// rxdig=0x4; 	Address(0x12[7:0])
0x0761	0x0a	// Property_740h_13_12=0x0; 	Address(0x761[7:4])
0x0012	0x08	// rxdig=0x8; 	Address(0x12[7:0])
0x0761	0x0a	// Property_740h_13_12=0x0; 	Address(0x761[7:4])
0x0012	0x00	// rxdig=0x0; 	Address(0x12[7:0])

// START: Configuring PLL

0x0015	0x08	// rx=0x2; 	Address(0x15[7:2])
0x0043	0x00	// Property_20h_31_0=0x0; 	Address(0x40[7:0],0x41[7:0],0x42[7:0],0x43[7:0],0x44[7:0])
0x0042	0x00
0x0041	0x00
0x0040	0x00
0x0015	0x00	// rx=0x0; 	Address(0x15[7:2])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x00c1	0x60	// Property_a0h_15_13=0x3; 	Address(0xc1[7:5])

// START: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x01	// pll_reg_spi_req_a=0x1; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

WAIT 0.1

0x0171		// Read: 0x00

// Read	pll_reg_spi_a_ack=0x0(Meaning: );; 	Address(0x171[7:0])


// END: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x003f	0x08	// Property_1ch_27_27=0x1; 	Address(0x3f[7:3])
0x0028	0x01	// Property_8h_0_0=0x1; 	Address(0x28[7:0])
0x0035	0x10	// Property_14h_12_12=0x1; 	Address(0x35[7:4])
0x0036	0x40	// Property_14h_22_22=0x1; 	Address(0x36[7:6])
0x0038	0x08	// Property_18h_3_3=0x1; 	Address(0x38[7:3])
0x0039	0x20	// Property_18h_13_13=0x1; 	Address(0x39[7:5])
0x003b	0x08	// Property_18h_27_27=0x1; 	Address(0x3b[7:3])
0x0046	0x60	// Property_24h_21_21=0x1; 	Address(0x46[7:5])
0x0046	0x60	// Property_24h_22_22=0x1; 	Address(0x46[7:6])
0x0043	0x18	// Property_20h_28_28=0x1; 	Address(0x43[7:4])
0x0043	0x18	// Property_20h_27_27=0x1; 	Address(0x43[7:3])
0x004c	0x00	// Property_2ch_3_0=0x0; 	Address(0x4c[7:0])
0x003c	0xe0	// Property_1ch_5_5=0x1; 	Address(0x3c[7:5])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x010c	0x00	// EN_REFDIV_DMP=0x0; 	Address(0x10c[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x003c	0x60	// Property_1ch_7_7=0x0; 	Address(0x3c[7:7])
0x003c	0x20	// Property_1ch_6_6=0x0; 	Address(0x3c[7:6])
0x003d	0x00	// Property_1ch_8_8=0x0; 	Address(0x3d[7:0])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x010d	0x01	// CTL_REFDIV_DIV=0x1; 	Address(0x10d[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x0056	0x43	// Property_34h_22_22=0x1; 	Address(0x56[7:6])
0x0056	0xc3	// Property_34h_23_23=0x1; 	Address(0x56[7:7])
0x0056	0xc3	// Property_34h_19_19=0x0; 	Address(0x56[7:3])
0x0056	0xf3	// Property_34h_21_20=0x3; 	Address(0x56[7:4])
0x0057	0x02	// Property_34h_25_25=0x1; 	Address(0x57[7:1])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x07f5	0x01	// Property_7d4h_15_0=0x11f; 	Address(0x7f4[7:0],0x7f5[7:0],0x7f6[7:0])
0x07f4	0x1f
0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x006d	0x01	// LCMGEN_DIV=0x11f; 	Address(0x6c[7:0],0x6d[7:0],0x6e[7:0])
0x006c	0x1f
0x0062	0x00	// Property_40h_23_20=0x0; 	Address(0x62[7:4])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x010f	0x24	// CTL_FBDIV_DIV=0x24; 	Address(0x10f[7:0])
0x010e	0x00	// CTL_FBDIV_DIVBY2=0x0; 	Address(0x10e[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x0050	0xfe	// Property_30h_2_1=0x3; 	Address(0x50[7:1])
0x0050	0xfe	// Property_30h_4_3=0x3; 	Address(0x50[7:3])
0x0050	0xfe	// Property_30h_6_5=0x3; 	Address(0x50[7:5])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x0110	0x00	// CTL_OUTDIV_MUX_TX=0x0; 	Address(0x110[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x0051	0x3d	// Property_30h_9_9=0x0; 	Address(0x51[7:1])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x0111	0x00	// CTL_OUTDIV_DIV_TX=0x0; 	Address(0x111[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x007f	0x00	// Property_5ch_30_30=0x0; 	Address(0x7f[7:6])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x0112	0x01	// CTL_OUTDIV_MUX_RX=0x1; 	Address(0x112[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x0051	0x3d	// Property_30h_10_10=0x1; 	Address(0x51[7:2])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x0113	0x02	// CTL_OUTDIV_DIV_RX=0x2; 	Address(0x113[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x007f	0x00	// Property_5ch_31_31=0x0; 	Address(0x7f[7:7])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x0114	0x01	// CTL_OUTDIV_MUX_FB=0x1; 	Address(0x114[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x0051	0x3d	// Property_30h_11_11=0x1; 	Address(0x51[7:3])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x0115	0x02	// CTL_OUTDIV_DIV_FB=0x2; 	Address(0x115[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x0051	0x2d	// Property_30h_12_12=0x0; 	Address(0x51[7:4])
0x0063	0x01	// Property_40h_27_24=0x1; 	Address(0x63[7:0])
0x0072	0x02	// Property_50h_23_16=0x2; 	Address(0x72[7:0],0x73[7:0])
0x006f	0x05	// Property_4ch_31_24=0x5; 	Address(0x6f[7:0],0x70[7:0])
0x0070	0x02	// Property_50h_7_0=0x2; 	Address(0x70[7:0],0x71[7:0])
0x0071	0x02	// Property_50h_15_8=0x2; 	Address(0x71[7:0],0x72[7:0])
0x006d	0x01	// LCMGEN_DIV=0x11f; 	Address(0x6c[7:0],0x6d[7:0],0x6e[7:0])
0x006c	0x1f
0x007c	0x04	// Property_5ch_6_0=0x4; 	Address(0x7c[7:0])
0x0055	0xff	// Property_34h_8_8=0x1; 	Address(0x55[7:0])
0x0055	0xff	// Property_34h_15_15=0x1; 	Address(0x55[7:7])
0x0055	0xff	// Property_34h_9_9=0x1; 	Address(0x55[7:1])
0x0055	0xff	// Property_34h_13_10=0xf; 	Address(0x55[7:2])
0x0055	0xff	// Property_34h_14_14=0x1; 	Address(0x55[7:6])
0x0059	0x01	// Property_38h_8_8=0x1; 	Address(0x59[7:0])
0x0058	0x00	// Property_38h_7_7=0x0; 	Address(0x58[7:7])
0x0059	0x01	// Property_38h_10_10=0x0; 	Address(0x59[7:2])
0x0059	0x01	// Property_38h_11_11=0x0; 	Address(0x59[7:3])
0x005c	0x00	// Property_3ch_7_3=0x0; 	Address(0x5c[7:3])
0x005d	0x04	// Property_3ch_10_9=0x2; 	Address(0x5d[7:1])
0x005d	0x0c	// Property_3ch_11_11=0x1; 	Address(0x5d[7:3])
0x003d	0x01	// Property_1ch_8_8=0x1; 	Address(0x3d[7:0])
0x0053	0x03	// Property_30h_25_24=0x3; 	Address(0x53[7:0])
0x0052	0x00	// Property_30h_22_21=0x0; 	Address(0x52[7:5])
0x0065	0x22	// Property_44h_11_10=0x0; 	Address(0x65[7:2])
0x0052	0x00	// Property_30h_16_16=0x0; 	Address(0x52[7:0])
0x0052	0x00	// Property_30h_20_20=0x0; 	Address(0x52[7:4])
0x0053	0x03	// Property_30h_27_26=0x0; 	Address(0x53[7:2])
0x005e	0x00	// Property_3ch_18_17=0x0; 	Address(0x5e[7:1])
0x0052	0x00	// Property_30h_19_19=0x0; 	Address(0x52[7:3])
0x0052	0x00	// Property_30h_23_23=0x0; 	Address(0x52[7:7])
0x003e	0x00	// Property_1ch_20_20_1ch_25_25=0x0; 	Address(0x3e[7:4],0x3f[7:1])
0x003f	0x08
0x0065	0x20	// Property_44h_9_8=0x0; 	Address(0x65[7:0])
0x0087	0x00	// Property_64h_30_29=0x0; 	Address(0x87[7:5])
0x005e	0x00	// Property_3ch_20_19=0x0; 	Address(0x5e[7:3])
0x0087	0x00	// Property_64h_26_25=0x0; 	Address(0x87[7:1])
0x0087	0x00	// Property_64h_28_27=0x0; 	Address(0x87[7:3])
0x003e	0x00	// Property_1ch_17_16=0x0; 	Address(0x3e[7:0])
0x0051	0x2d	// Property_30h_15_14=0x0; 	Address(0x51[7:6])
0x0052	0x00	// Property_30h_18_17=0x0; 	Address(0x52[7:1])
0x0065	0x00	// Property_44h_13_12=0x0; 	Address(0x65[7:4])
0x0084	0x10	// Property_64h_5_4=0x1; 	Address(0x84[7:4])
0x0084	0x90	// Property_64h_7_6=0x2; 	Address(0x84[7:6])
0x0069	0x47	// Property_48h_15_8=0x47; 	Address(0x69[7:0],0x6a[7:0])
0x0045	0x20	// Property_24h_13_13=0x1; 	Address(0x45[7:5])
0x0032	0x00	// Property_10h_19_18=0x0; 	Address(0x32[7:2])
0x0049	0x38	// Property_28h_13_11=0x7; 	Address(0x49[7:3])
0x0049	0x3d	// Property_28h_10_8=0x5; 	Address(0x49[7:0])
0x004a	0x00	// Property_28h_21_19=0x0; 	Address(0x4a[7:3])
0x004b	0x00	// Property_28h_30_28=0x0; 	Address(0x4b[7:4])
0x004d	0xc0	// Property_2ch_9_8=0x0; 	Address(0x4d[7:0])
0x004a	0x06	// Property_28h_18_16=0x6; 	Address(0x4a[7:0])
0x004b	0x0a	// Property_28h_27_24=0xa; 	Address(0x4b[7:0])
0x0040	0x60	// Property_20h_7_5=0x3; 	Address(0x40[7:5])
0x0041	0x00	// Property_20h_10_9=0x0; 	Address(0x41[7:1])
0x0043	0xf8	// Property_20h_31_29=0x7; 	Address(0x43[7:5])
0x0075	0x08	// Property_54h_12_11=0x1; 	Address(0x75[7:3])
0x0075	0x0a	// Property_54h_10_8=0x2; 	Address(0x75[7:0])
0x0045	0x24	// Property_24h_11_8=0x4; 	Address(0x45[7:0])
0x0031	0x00	// Property_10h_15_14=0x0; 	Address(0x31[7:6])
0x0046	0x63	// Property_24h_17_16=0x3; 	Address(0x46[7:0])
0x0045	0x24	// Property_24h_15_14=0x0; 	Address(0x45[7:6])
0x0064	0x07	// Property_44h_4_0=0x7; 	Address(0x64[7:0])
0x0065	0x00	// Property_44h_14_14=0x0; 	Address(0x65[7:6])
0x004e	0x00	// Property_2ch_16_16=0x0; 	Address(0x4e[7:0])
0x002d	0x00	// Property_ch_13_12=0x0; 	Address(0x2d[7:4])
0x0035	0xb0	// Property_14h_15_13=0x5; 	Address(0x35[7:5])
0x003e	0x00	// Property_1ch_19_18=0x0; 	Address(0x3e[7:2])
0x0073	0x00	// Property_50h_29_29=0x0; 	Address(0x73[7:5])
0x0056	0xf3	// Property_34h_17_17=0x1; 	Address(0x56[7:1])
0x0058	0x04	// Property_38h_2_2=0x1; 	Address(0x58[7:2])
0x0062	0x00	// Property_40h_23_20=0x0; 	Address(0x62[7:4])
0x0066	0x00	// Property_44h_16_16=0x0; 	Address(0x66[7:0])
0x0066	0x01	// Property_44h_16_16=0x1; 	Address(0x66[7:0])

WAIT 0.001
0x0066	0x03	// Property_44h_17_17=0x1; 	Address(0x66[7:1])

WAIT 0.005
0x0063	0x41	// CLR_FLAG_LOCK_LOST=0x1; 	Address(0x63[7:6])
0x0063	0x01	// CLR_FLAG_LOCK_LOST=0x0; 	Address(0x63[7:6])

WAIT 0.001
0x0066		// Read: 0x00

// Read	LOCK=0x0; 	Address(0x66[7:4])

0x0066		// Read: 0x00

// Read	LOCK_LOST_STICKY=0x0; 	Address(0x66[7:6])

0x0066	0x01	// Property_44h_17_17=0x0; 	Address(0x66[7:1])
0x0063	0x81	// CLR_FLAG_LOCK_OUT=0x1; 	Address(0x63[7:7])
0x0063	0xc1	// CLR_FLAG_LOCK_LOST=0x1; 	Address(0x63[7:6])
0x0063	0xc2	// Property_40h_27_24=0x2; 	Address(0x63[7:0])

// START: Sending Sysref to device


// External-Action: Ensure Sysref is running before this point.

0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x085b	0x00	// Property_838h_31_0=0x0; 	Address(0x858[7:0],0x859[7:0],0x85a[7:0],0x85b[7:0],0x85c[7:0])
0x085a	0x00
0x0859	0x00
0x0858	0x00
0x085b	0x00	// Property_838h_31_0=0x101; 	Address(0x858[7:0],0x859[7:0],0x85a[7:0],0x85b[7:0],0x85c[7:0])
0x085a	0x00
0x0859	0x01
0x0858	0x01
0x085b	0x00	// Property_838h_31_0=0x0; 	Address(0x858[7:0],0x859[7:0],0x85a[7:0],0x85b[7:0],0x85c[7:0])
0x085a	0x00
0x0859	0x00
0x0858	0x00
0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x006a	0x00	// Property_48h_17_17=0x0; 	Address(0x6a[7:1])
0x006e	0x00	// LCMGEN_USE_SPI_SYSREF=0x0; 	Address(0x6e[7:0])
0x006a	0x00	// Property_48h_17_17=0x0; 	Address(0x6a[7:1])
0x006a	0x02	// Property_48h_17_17=0x1; 	Address(0x6a[7:1])
0x0058	0x06	// Property_38h_1_1=0x1; 	Address(0x58[7:1])

WAIT 0.001
0x0058	0x04	// Property_38h_1_1=0x0; 	Address(0x58[7:1])

// END: Sending Sysref to device

0x0063	0xc0	// Property_40h_27_24=0x0; 	Address(0x63[7:0])
0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x00c1	0x00	// Property_a0h_15_13=0x0; 	Address(0xc1[7:5])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x0063	0x40	// CLR_FLAG_LOCK_OUT=0x0; 	Address(0x63[7:7])
0x0063	0x00	// CLR_FLAG_LOCK_LOST=0x0; 	Address(0x63[7:6])
0x0066	0x03	// Property_44h_17_17=0x1; 	Address(0x66[7:1])

// START: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x00	// pll_reg_spi_req_a=0x0; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

// END: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x010d	0x03	// Property_ech_15_0=0x31f; 	Address(0x10c[7:0],0x10d[7:0],0x10e[7:0])
0x010c	0x1f
0x01ad	0x03	// Property_18ch_15_0=0x31f; 	Address(0x1ac[7:0],0x1ad[7:0],0x1ae[7:0])
0x01ac	0x1f
0x024d	0x03	// Property_22ch_15_0=0x31f; 	Address(0x24c[7:0],0x24d[7:0],0x24e[7:0])
0x024c	0x1f
0x02ed	0x03	// Property_2cch_15_0=0x31f; 	Address(0x2ec[7:0],0x2ed[7:0],0x2ee[7:0])
0x02ec	0x1f
0x0421	0x01	// Property_400h_15_0=0x190; 	Address(0x420[7:0],0x421[7:0],0x422[7:0])
0x0420	0x90
0x04d9	0x01	// Property_4b8h_15_0=0x190; 	Address(0x4d8[7:0],0x4d9[7:0],0x4da[7:0])
0x04d8	0x90
0x0591	0x01	// Property_570h_15_0=0x190; 	Address(0x590[7:0],0x591[7:0],0x592[7:0])
0x0590	0x90
0x0649	0x01	// Property_628h_15_0=0x190; 	Address(0x648[7:0],0x649[7:0],0x64a[7:0])
0x0648	0x90
0x0701	0x01	// Property_6e0h_15_0=0x190; 	Address(0x700[7:0],0x701[7:0],0x702[7:0])
0x0700	0x90
0x07b9	0x01	// Property_798h_15_0=0x190; 	Address(0x7b8[7:0],0x7b9[7:0],0x7ba[7:0])
0x07b8	0x90

// END: Configuring PLL

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0018	0x40	// Property_18h_6_6=0x1; 	Address(0x18[7:6])
0x0086	0x01	// Property_64h_16_16=0x1; 	Address(0x86[7:0])
0x0082	0x10	// Property_60h_21_16=0x10; 	Address(0x82[7:0])
0x0083	0x01	// Property_60h_24_24=0x1; 	Address(0x83[7:0])
0x0084	0x00	// Property_64h_0_0=0x0; 	Address(0x84[7:0])
0x0084	0x01	// Property_64h_0_0=0x1; 	Address(0x84[7:0])
0x0084	0x00	// Property_64h_0_0=0x0; 	Address(0x84[7:0])
0x0018	0x00	// Property_18h_6_6=0x0; 	Address(0x18[7:6])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x0193	0x12	// MACRO_OPCODE=0x12; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])

// START: Enabling access to SERDES

0x0016	0x10	// jesd_subchip=0x1; 	Address(0x16[7:4])
0x00c0	0x42	// apb_clk_disable=0x0; 	Address(0xc0[7:0])
0x00c0	0x40	// apb_clk_dithered_mode_en=0x0; 	Address(0xc0[7:1])
0x00c4	0x01	// apb_clk_from_MCU_clk_en=0x1; 	Address(0xc4[7:0])
0x0020	0x12	// serdesab_apb_page_addr_index=0x2; 	Address(0x20[7:0])
0x0021	0x12	// serdescd_apb_page_addr_index=0x2; 	Address(0x21[7:0])
0x0020	0x12	// serdesab_apb_mode_16b=0x1; 	Address(0x20[7:4])
0x0021	0x12	// serdescd_apb_mode_16b=0x1; 	Address(0x21[7:4])
0x0020	0x12	// serdesab_apb_pin_intf_en=0x0; 	Address(0x20[7:2])
0x0021	0x12	// serdescd_apb_pin_intf_en=0x0; 	Address(0x21[7:2])
0x0016	0x00	// jesd_subchip=0x0; 	Address(0x16[7:4])
0x0016	0x20	// serdes_jesd=0x1; 	Address(0x16[7:5])
0x7007	0x00	// BUS_WIDTH_LANE3=0x0; 	Address(0x9803[7:3])
0x7006	0x00
0x7007	0x00	// BUS_WIDTH_LANE2=0x0; 	Address(0x9803[7:2])
0x7006	0x00
0x7007	0x00	// BUS_WIDTH_LANE1=0x0; 	Address(0x9803[7:1])
0x7006	0x00
0x7007	0x00	// BUS_WIDTH_LANE0=0x0; 	Address(0x9803[7:0])
0x7006	0x00
0x0016	0x40	// serdes_jesd=0x2; 	Address(0x16[7:5])
0x7007	0x00	// BUS_WIDTH_LANE3=0x0; 	Address(0x9803[7:3])
0x7006	0x00
0x7007	0x00	// BUS_WIDTH_LANE2=0x0; 	Address(0x9803[7:2])
0x7006	0x00
0x7007	0x00	// BUS_WIDTH_LANE1=0x0; 	Address(0x9803[7:1])
0x7006	0x00
0x7007	0x00	// BUS_WIDTH_LANE0=0x0; 	Address(0x9803[7:0])
0x7006	0x00

// END: Done enabling access to SERDES


// START: Setting Serdes Reference Clock Divs

0x0016	0x00	// serdes_jesd=0x0; 	Address(0x16[7:5])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x0107	0x00	// Property_e4h_31_0=0x101; 	Address(0x104[7:0],0x105[7:0],0x106[7:0],0x107[7:0],0x108[7:0])
0x0106	0x00
0x0105	0x01
0x0104	0x01

// END: Setting Serdes Reference Clock Divs

0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])

// START: Resetting Serdes

0x0016	0x20	// serdes_jesd=0x1; 	Address(0x16[7:5])
0x701b	0x08	// DOMAIN_RESET=0x888; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x88
0x701b	0x00	// DOMAIN_RESET=0x0; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x00
0x701b	0x07	// DOMAIN_RESET=0x777; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x77
0x701b	0x00	// DOMAIN_RESET=0x0; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x00

// END: Done resetting Serdes


// START: Resetting Serdes

0x0016	0x40	// serdes_jesd=0x2; 	Address(0x16[7:5])
0x701b	0x08	// DOMAIN_RESET=0x888; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x88
0x701b	0x00	// DOMAIN_RESET=0x0; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x00
0x701b	0x07	// DOMAIN_RESET=0x777; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x77
0x701b	0x00	// DOMAIN_RESET=0x0; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x00

// END: Done resetting Serdes

0x0016	0x00	// serdes_jesd=0x0; 	Address(0x16[7:5])

// START: Configuring the SERDES

0x0016	0x10	// jesd_subchip=0x1; 	Address(0x16[7:4])
0x00c0	0x40	// apb_clk_disable=0x0; 	Address(0xc0[7:0])
0x0020	0x12	// serdesab_apb_page_addr_index=0x2; 	Address(0x20[7:0])
0x0021	0x12	// serdescd_apb_page_addr_index=0x2; 	Address(0x21[7:0])
0x0016	0x00	// jesd_subchip=0x0; 	Address(0x16[7:4])
0x0016	0x60	// serdes_jesd=0x3; 	Address(0x16[7:5])
0x7029	0xff
0x7028	0xf0
0x701b	0x0a
0x701a	0xaa
0x701b	0x00
0x701a	0x00
0x7007	0x00
0x7006	0x00
0x0016	0x20	// serdes_jesd=0x1; 	Address(0x16[7:5])
0x49f1	0x92
0x49f0	0x40
0x49f3	0xea
0x49f2	0x80
0x49e3	0xf0
0x49e2	0x00
0x49b5	0x47
0x49b4	0x47
0x49ff	0xfd
0x49fe	0xb0
0x49ed	0x1d
0x49ec	0xc0
0x49e7	0x52
0x49e6	0x36
0x49e5	0x6e
0x49e4	0xb6
0x49df	0xa8
0x49de	0x28
0x49eb	0x14
0x49ea	0x9e
0x49e9	0x72
0x49e8	0x44
0x49fd	0x14
0x49fc	0x9e
0x49fb	0x72
0x49fa	0x48
0x49f9	0x4a
0x49f8	0x66
0x49f7	0x79
0x49f6	0xb6
0x49d9	0x6c
0x49d8	0x06
0x4201	0x10
0x4200	0x6b
0x4203	0x64
0x4202	0x80
0x4205	0x62
0x4204	0x00
0x4207	0x7b
0x4206	0x33
0x4209	0x70
0x4208	0x0a
0x420b	0xbd
0x420a	0x68
0x420d	0x76
0x420c	0x2d
0x420f	0x66
0x420e	0xab
0x4211	0xd0
0x4210	0x08
0x4213	0x00
0x4212	0x18
0x4215	0x66
0x4214	0x2c
0x4217	0x3d
0x4216	0x15
0x4219	0x00
0x4218	0x80
0x421b	0x00
0x421a	0x02
0x421d	0x34
0x421c	0x00
0x421f	0x00
0x421e	0x00
0x4221	0x10
0x4220	0x1a
0x4239	0x03
0x4238	0x40
0x423b	0x00
0x423a	0x60
0x423d	0x00
0x423c	0x00
0x423f	0x00
0x423e	0x00
0x4277	0x00
0x4276	0x00
0x4279	0x00
0x4278	0x00
0x427b	0x00
0x427a	0x00
0x427d	0x00
0x427c	0x00
0x4283	0x93
0x4282	0xdf
0x4285	0xb3
0x4284	0xc0
0x428f	0x24
0x428e	0xa2
0x4291	0xcc
0x4290	0x34
0x4293	0xe3
0x4292	0xd7
0x4295	0x76
0x4294	0x60
0x4297	0x06
0x4296	0xdb
0x4341	0x03
0x4340	0x41
0x43e7	0x00
0x43e6	0x80
0x43e9	0xfc
0x43e8	0x00
0x43eb	0x9f
0x43ea	0xfe
0x43ed	0x00
0x43ec	0x60
0x43ef	0x10
0x43ee	0x00
0x43f1	0x68
0x43f0	0x64
0x43f3	0x92
0x43f2	0x30
0x43f5	0x00
0x43f4	0x00
0x43f7	0x6d
0x43f6	0x87
0x43f9	0x6d
0x43f8	0xb6
0x43fb	0x42
0x43fa	0x46
0x43fd	0x62
0x43fc	0x7c
0x43ff	0x88
0x43fe	0xc8
0x4001	0x10
0x4000	0x6b
0x4003	0x64
0x4002	0x80
0x4005	0x62
0x4004	0x00
0x4007	0x7b
0x4006	0x33
0x4009	0x70
0x4008	0x0a
0x400b	0xbd
0x400a	0x68
0x400d	0x76
0x400c	0x2d
0x400f	0x66
0x400e	0xab
0x4011	0xd0
0x4010	0x08
0x4013	0x00
0x4012	0x18
0x4015	0x66
0x4014	0x2c
0x4017	0x3d
0x4016	0x15
0x4019	0x00
0x4018	0x80
0x401b	0x00
0x401a	0x02
0x401d	0x34
0x401c	0x00
0x401f	0x00
0x401e	0x00
0x4021	0x10
0x4020	0x1a
0x4039	0x03
0x4038	0x40
0x403b	0x00
0x403a	0x60
0x403d	0x00
0x403c	0x00
0x403f	0x00
0x403e	0x00
0x4077	0x00
0x4076	0x00
0x4079	0x00
0x4078	0x00
0x407b	0x00
0x407a	0x00
0x407d	0x00
0x407c	0x00
0x4083	0x93
0x4082	0xdf
0x4085	0xb3
0x4084	0xc0
0x408f	0x24
0x408e	0xa2
0x4091	0xcc
0x4090	0x34
0x4093	0xe3
0x4092	0xd7
0x4095	0x76
0x4094	0x60
0x4097	0x06
0x4096	0xdb
0x4141	0x03
0x4140	0x41
0x41e7	0x00
0x41e6	0x80
0x41e9	0xfc
0x41e8	0x00
0x41eb	0x9f
0x41ea	0xfe
0x41ed	0x00
0x41ec	0x00
0x41ef	0x10
0x41ee	0x00
0x41f1	0x68
0x41f0	0x64
0x41f3	0x92
0x41f2	0x30
0x41f5	0x00
0x41f4	0x00
0x41f7	0x6d
0x41f6	0x87
0x41f9	0x6d
0x41f8	0xb6
0x41fb	0x42
0x41fa	0x46
0x41fd	0x62
0x41fc	0x7c
0x41ff	0x88
0x41fe	0xc8
0x4401	0x10
0x4400	0x6b
0x4403	0x64
0x4402	0x80
0x4405	0x62
0x4404	0x00
0x4407	0x7b
0x4406	0x33
0x4409	0x70
0x4408	0x0a
0x440b	0xbd
0x440a	0x68
0x440d	0x76
0x440c	0x2d
0x440f	0x66
0x440e	0xab
0x4411	0xd0
0x4410	0x08
0x4413	0x00
0x4412	0x18
0x4415	0x66
0x4414	0x2c
0x4417	0x3d
0x4416	0x15
0x4419	0x00
0x4418	0x80
0x441b	0x00
0x441a	0x02
0x441d	0x34
0x441c	0x00
0x441f	0x00
0x441e	0x00
0x4421	0x10
0x4420	0x1a
0x4439	0x03
0x4438	0x40
0x443b	0x00
0x443a	0x60
0x443d	0x00
0x443c	0x00
0x443f	0x00
0x443e	0x00
0x4477	0x00
0x4476	0x00
0x4479	0x00
0x4478	0x00
0x447b	0x00
0x447a	0x00
0x447d	0x00
0x447c	0x00
0x4483	0x93
0x4482	0xdf
0x4485	0xb3
0x4484	0xc0
0x448f	0x24
0x448e	0xa2
0x4491	0xcc
0x4490	0x34
0x4493	0xe3
0x4492	0xd7
0x4495	0x76
0x4494	0x60
0x4497	0x06
0x4496	0xdb
0x4541	0x03
0x4540	0x41
0x45e7	0x00
0x45e6	0x80
0x45e9	0xfc
0x45e8	0x00
0x45eb	0x9f
0x45ea	0xfe
0x45ed	0x00
0x45ec	0x00
0x45ef	0x10
0x45ee	0x00
0x45f1	0x68
0x45f0	0x64
0x45f3	0x92
0x45f2	0x30
0x45f5	0x00
0x45f4	0x00
0x45f7	0x6d
0x45f6	0x87
0x45f9	0x6d
0x45f8	0xb6
0x45fb	0x42
0x45fa	0x46
0x45fd	0x62
0x45fc	0x7c
0x45ff	0x88
0x45fe	0xc8
0x4601	0x10
0x4600	0x6b
0x4603	0x64
0x4602	0x80
0x4605	0x62
0x4604	0x00
0x4607	0x7b
0x4606	0x33
0x4609	0x70
0x4608	0x0a
0x460b	0xbd
0x460a	0x68
0x460d	0x76
0x460c	0x2d
0x460f	0x66
0x460e	0xab
0x4611	0xd0
0x4610	0x08
0x4613	0x00
0x4612	0x18
0x4615	0x66
0x4614	0x2c
0x4617	0x3d
0x4616	0x15
0x4619	0x00
0x4618	0x80
0x461b	0x00
0x461a	0x02
0x461d	0x34
0x461c	0x00
0x461f	0x00
0x461e	0x00
0x4621	0x10
0x4620	0x1a
0x4639	0x03
0x4638	0x40
0x463b	0x00
0x463a	0x60
0x463d	0x00
0x463c	0x00
0x463f	0x00
0x463e	0x00
0x4677	0x00
0x4676	0x00
0x4679	0x00
0x4678	0x00
0x467b	0x00
0x467a	0x00
0x467d	0x00
0x467c	0x00
0x4683	0x93
0x4682	0xdf
0x4685	0xb3
0x4684	0xc0
0x468f	0x24
0x468e	0xa2
0x4691	0xcc
0x4690	0x34
0x4693	0xe3
0x4692	0xd7
0x4695	0x76
0x4694	0x60
0x4697	0x06
0x4696	0xdb
0x4741	0x03
0x4740	0x41
0x47e7	0x00
0x47e6	0x80
0x47e9	0xfc
0x47e8	0x00
0x47eb	0x9f
0x47ea	0xfe
0x47ed	0x00
0x47ec	0x00
0x47ef	0x10
0x47ee	0x00
0x47f1	0x68
0x47f0	0x64
0x47f3	0x92
0x47f2	0x30
0x47f5	0x00
0x47f4	0x00
0x47f7	0x6d
0x47f6	0x87
0x47f9	0x6d
0x47f8	0xb6
0x47fb	0x42
0x47fa	0x46
0x47fd	0x62
0x47fc	0x7c
0x47ff	0x88
0x47fe	0xc8
0x0016	0x40	// serdes_jesd=0x2; 	Address(0x16[7:5])
0x49f1	0x82
0x49f0	0x40
0x49f3	0xe2
0x49f2	0x80
0x49e3	0xb0
0x49e2	0x00
0x49b5	0x47
0x49b4	0x47
0x49ff	0xed
0x49fe	0xb0
0x49ed	0x0d
0x49ec	0xc0
0x49e7	0x52
0x49e6	0x36
0x49e5	0x6e
0x49e4	0xb6
0x49df	0xa8
0x49de	0x28
0x49eb	0x14
0x49ea	0x1e
0x49e9	0x72
0x49e8	0x44
0x49fd	0x14
0x49fc	0x1e
0x49fb	0x72
0x49fa	0x48
0x49f9	0x4a
0x49f8	0x66
0x49f7	0x79
0x49f6	0xb6
0x49d9	0x6c
0x49d8	0x06
0x4601	0x10
0x4600	0x6b
0x4603	0x64
0x4602	0x80
0x4605	0x62
0x4604	0x00
0x4607	0x7b
0x4606	0x33
0x4609	0x70
0x4608	0x0a
0x460b	0xbd
0x460a	0x68
0x460d	0x76
0x460c	0x2d
0x460f	0x66
0x460e	0xab
0x4611	0xd0
0x4610	0x08
0x4613	0x00
0x4612	0x18
0x4615	0x66
0x4614	0x2c
0x4617	0x3d
0x4616	0x15
0x4619	0x00
0x4618	0x80
0x461b	0x00
0x461a	0x02
0x461d	0x34
0x461c	0x00
0x461f	0x00
0x461e	0x00
0x4621	0x10
0x4620	0x1a
0x4639	0x03
0x4638	0x40
0x463b	0x00
0x463a	0x60
0x463d	0x00
0x463c	0x00
0x463f	0x00
0x463e	0x00
0x4677	0x00
0x4676	0x00
0x4679	0x00
0x4678	0x00
0x467b	0x00
0x467a	0x00
0x467d	0x00
0x467c	0x00
0x4683	0x93
0x4682	0xdf
0x4685	0xb3
0x4684	0xc0
0x468f	0x24
0x468e	0xa2
0x4691	0xcc
0x4690	0x34
0x4693	0xe3
0x4692	0xd7
0x4695	0x76
0x4694	0x60
0x4697	0x06
0x4696	0xdb
0x4741	0x03
0x4740	0x41
0x47e7	0x00
0x47e6	0x80
0x47e9	0xfc
0x47e8	0x00
0x47eb	0x1f
0x47ea	0xfe
0x47ed	0x00
0x47ec	0x00
0x47ef	0x10
0x47ee	0x00
0x47f1	0x68
0x47f0	0x64
0x47f3	0x92
0x47f2	0x30
0x47f5	0x00
0x47f4	0x00
0x47f7	0x6d
0x47f6	0x83
0x47f9	0x6d
0x47f8	0xb6
0x47fb	0x42
0x47fa	0x46
0x47fd	0x62
0x47fc	0x78
0x47ff	0x08
0x47fe	0xc8
0x4401	0x10
0x4400	0x6b
0x4403	0x64
0x4402	0x80
0x4405	0x62
0x4404	0x00
0x4407	0x7b
0x4406	0x33
0x4409	0x70
0x4408	0x0a
0x440b	0xbd
0x440a	0x68
0x440d	0x76
0x440c	0x2d
0x440f	0x66
0x440e	0xab
0x4411	0xd0
0x4410	0x08
0x4413	0x00
0x4412	0x18
0x4415	0x66
0x4414	0x2c
0x4417	0x3d
0x4416	0x15
0x4419	0x00
0x4418	0x80
0x441b	0x00
0x441a	0x02
0x441d	0x34
0x441c	0x00
0x441f	0x00
0x441e	0x00
0x4421	0x10
0x4420	0x1a
0x4439	0x03
0x4438	0x40
0x443b	0x00
0x443a	0x60
0x443d	0x00
0x443c	0x00
0x443f	0x00
0x443e	0x00
0x4477	0x00
0x4476	0x00
0x4479	0x00
0x4478	0x00
0x447b	0x00
0x447a	0x00
0x447d	0x00
0x447c	0x00
0x4483	0x93
0x4482	0xdf
0x4485	0xb3
0x4484	0xc0
0x448f	0x24
0x448e	0xa2
0x4491	0xcc
0x4490	0x34
0x4493	0xe3
0x4492	0xd7
0x4495	0x76
0x4494	0x60
0x4497	0x06
0x4496	0xdb
0x4541	0x03
0x4540	0x41
0x45e7	0x00
0x45e6	0x80
0x45e9	0xfc
0x45e8	0x00
0x45eb	0x1f
0x45ea	0xfe
0x45ed	0x00
0x45ec	0x00
0x45ef	0x10
0x45ee	0x00
0x45f1	0x68
0x45f0	0x64
0x45f3	0x92
0x45f2	0x30
0x45f5	0x00
0x45f4	0x00
0x45f7	0x6d
0x45f6	0x83
0x45f9	0x6d
0x45f8	0xb6
0x45fb	0x42
0x45fa	0x46
0x45fd	0x62
0x45fc	0x78
0x45ff	0x08
0x45fe	0xc8
0x4001	0x10
0x4000	0x6b
0x4003	0x64
0x4002	0x80
0x4005	0x62
0x4004	0x00
0x4007	0x7b
0x4006	0x33
0x4009	0x70
0x4008	0x0a
0x400b	0xbd
0x400a	0x68
0x400d	0x76
0x400c	0x2d
0x400f	0x66
0x400e	0xab
0x4011	0xd0
0x4010	0x08
0x4013	0x00
0x4012	0x18
0x4015	0x66
0x4014	0x2c
0x4017	0x3d
0x4016	0x15
0x4019	0x00
0x4018	0x80
0x401b	0x00
0x401a	0x02
0x401d	0x34
0x401c	0x00
0x401f	0x00
0x401e	0x00
0x4021	0x10
0x4020	0x1a
0x4039	0x03
0x4038	0x40
0x403b	0x00
0x403a	0x60
0x403d	0x00
0x403c	0x00
0x403f	0x00
0x403e	0x00
0x4077	0x00
0x4076	0x00
0x4079	0x00
0x4078	0x00
0x407b	0x00
0x407a	0x00
0x407d	0x00
0x407c	0x00
0x4083	0x93
0x4082	0xdf
0x4085	0xb3
0x4084	0xc0
0x408f	0x24
0x408e	0xa2
0x4091	0xcc
0x4090	0x34
0x4093	0xe3
0x4092	0xd7
0x4095	0x76
0x4094	0x60
0x4097	0x06
0x4096	0xdb
0x4141	0x03
0x4140	0x41
0x41e7	0x00
0x41e6	0x80
0x41e9	0xfc
0x41e8	0x00
0x41eb	0x1f
0x41ea	0xfe
0x41ed	0x00
0x41ec	0x00
0x41ef	0x10
0x41ee	0x00
0x41f1	0x68
0x41f0	0x64
0x41f3	0x92
0x41f2	0x30
0x41f5	0x00
0x41f4	0x00
0x41f7	0x6d
0x41f6	0x83
0x41f9	0x6d
0x41f8	0xb6
0x41fb	0x42
0x41fa	0x46
0x41fd	0x62
0x41fc	0x78
0x41ff	0x08
0x41fe	0xc8
0x4201	0x10
0x4200	0x6b
0x4203	0x64
0x4202	0x80
0x4205	0x62
0x4204	0x00
0x4207	0x7b
0x4206	0x33
0x4209	0x70
0x4208	0x0a
0x420b	0xbd
0x420a	0x68
0x420d	0x76
0x420c	0x2d
0x420f	0x66
0x420e	0xab
0x4211	0xd0
0x4210	0x08
0x4213	0x00
0x4212	0x18
0x4215	0x66
0x4214	0x2c
0x4217	0x3d
0x4216	0x15
0x4219	0x00
0x4218	0x80
0x421b	0x00
0x421a	0x02
0x421d	0x34
0x421c	0x00
0x421f	0x00
0x421e	0x00
0x4221	0x10
0x4220	0x1a
0x4239	0x03
0x4238	0x40
0x423b	0x00
0x423a	0x60
0x423d	0x00
0x423c	0x00
0x423f	0x00
0x423e	0x00
0x4277	0x00
0x4276	0x00
0x4279	0x00
0x4278	0x00
0x427b	0x00
0x427a	0x00
0x427d	0x00
0x427c	0x00
0x4283	0x93
0x4282	0xdf
0x4285	0xb3
0x4284	0xc0
0x428f	0x24
0x428e	0xa2
0x4291	0xcc
0x4290	0x34
0x4293	0xe3
0x4292	0xd7
0x4295	0x76
0x4294	0x60
0x4297	0x06
0x4296	0xdb
0x4341	0x03
0x4340	0x41
0x43e7	0x00
0x43e6	0x80
0x43e9	0xfc
0x43e8	0x00
0x43eb	0x1f
0x43ea	0xfe
0x43ed	0x00
0x43ec	0x60
0x43ef	0x10
0x43ee	0x00
0x43f1	0x68
0x43f0	0x64
0x43f3	0x92
0x43f2	0x30
0x43f5	0x00
0x43f4	0x00
0x43f7	0x6d
0x43f6	0x83
0x43f9	0x6d
0x43f8	0xb6
0x43fb	0x42
0x43fa	0x46
0x43fd	0x62
0x43fc	0x78
0x43ff	0x08
0x43fe	0xc8
0x0016	0x60	// serdes_jesd=0x3; 	Address(0x16[7:5])
0x7007	0x00	// BUS_WIDTH_LANE0=0x0; 	Address(0x9803[7:0])
0x7006	0x00
0x7007	0x00	// BUS_WIDTH_LANE1=0x0; 	Address(0x9803[7:1])
0x7006	0x00
0x7007	0x00	// BUS_WIDTH_LANE2=0x0; 	Address(0x9803[7:2])
0x7006	0x00
0x7007	0x00	// BUS_WIDTH_LANE3=0x0; 	Address(0x9803[7:3])
0x7006	0x00
0x0016	0x00	// serdes_jesd=0x0; 	Address(0x16[7:5])

// END: Done configuring the SERDES


// START: Loading Serdes Firmware.

0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x10300; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x01
0x00a1	0x03
0x00a0	0x00
0x0193	0x79	// MACRO_OPCODE=0x79; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x10301; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x01
0x00a1	0x03
0x00a0	0x01
0x0193	0x79	// MACRO_OPCODE=0x79; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0016	0x60	// serdes_jesd=0x3; 	Address(0x16[7:5])
0x702d	0x00
0x702c	0x05
0x7025	0x00
0x7024	0x08
0x702b	0xe0
0x702a	0x20
0x702d	0x00
0x702c	0x02
0x7025	0x00
0x7024	0x50
0x702b	0xe0
0x702a	0x20
0x701b	0x07	// DOMAIN_RESET=0x777; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x77
0x701b	0x00	// DOMAIN_RESET=0x0; 	Address(0x980d[3:0],0x980e[7:0])
0x701a	0x00

WAIT 5
0x0016	0x00	// serdes_jesd=0x0; 	Address(0x16[7:5])

// END: Done loading Serdes Firmware.


// START: Setting Top Control Modes

0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x0081	0x00	// fdd_mode=0x0; 	Address(0x81[7:0])
0x0080	0x01	// mode_2t2r=0x1; 	Address(0x80[7:0])
0x008c	0x01	// use_per_ch_txab_tdd=0x1; 	Address(0x8c[7:0])
0x008d	0x01	// use_per_ch_txcd_tdd=0x1; 	Address(0x8d[7:0])
0x00a0	0x01	// use_per_ch_rxab_tdd=0x1; 	Address(0xa0[7:0])
0x00a1	0x01	// use_per_ch_rxcd_tdd=0x1; 	Address(0xa1[7:0])
0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x0129	0x00	// Property_108h_11_8=0x0; 	Address(0x129[7:0])
0x012a	0x00	// Property_108h_19_16=0x0; 	Address(0x12a[7:0])
0x012b	0x00	// Property_108h_25_24=0x0; 	Address(0x12b[7:0])
0x00dc	0x00	// Property_bch_1_0=0x0; 	Address(0xdc[7:0])
0x00df	0x00	// Property_bch_25_24=0x0; 	Address(0xdf[7:0])
0x00c4	0x00	// Property_a4h_1_0=0x0; 	Address(0xc4[7:0])
0x00c7	0x00	// Property_a4h_25_24=0x0; 	Address(0xc7[7:0])
0x00cc	0x00	// Property_ach_1_0=0x0; 	Address(0xcc[7:0])
0x00cf	0x00	// Property_ach_25_24=0x0; 	Address(0xcf[7:0])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x0399	0x00	// Property_378h_15_0=0x0; 	Address(0x398[7:0],0x399[7:0],0x39a[7:0])
0x0398	0x00
0x039b	0x00	// Property_378h_31_16=0xe1; 	Address(0x39a[7:0],0x39b[7:0],0x39c[7:0])
0x039a	0xe1
0x0451	0x00	// Property_430h_15_0=0x0; 	Address(0x450[7:0],0x451[7:0],0x452[7:0])
0x0450	0x00
0x0453	0x00	// Property_430h_31_16=0xe1; 	Address(0x452[7:0],0x453[7:0],0x454[7:0])
0x0452	0xe1
0x0509	0x00	// Property_4e8h_15_0=0x0; 	Address(0x508[7:0],0x509[7:0],0x50a[7:0])
0x0508	0x00
0x050b	0x00	// Property_4e8h_31_16=0xe1; 	Address(0x50a[7:0],0x50b[7:0],0x50c[7:0])
0x050a	0xe1
0x05c1	0x00	// Property_5a0h_15_0=0x0; 	Address(0x5c0[7:0],0x5c1[7:0],0x5c2[7:0])
0x05c0	0x00
0x05c3	0x00	// Property_5a0h_31_16=0xe1; 	Address(0x5c2[7:0],0x5c3[7:0],0x5c4[7:0])
0x05c2	0xe1
0x0679	0x00	// Property_658h_15_0=0x0; 	Address(0x678[7:0],0x679[7:0],0x67a[7:0])
0x0678	0x00
0x067b	0x00	// Property_658h_31_16=0xe1; 	Address(0x67a[7:0],0x67b[7:0],0x67c[7:0])
0x067a	0xe1
0x0731	0x00	// Property_710h_15_0=0x0; 	Address(0x730[7:0],0x731[7:0],0x732[7:0])
0x0730	0x00
0x0733	0x00	// Property_710h_31_16=0xe1; 	Address(0x732[7:0],0x733[7:0],0x734[7:0])
0x0732	0xe1

// END: Setting Top Control Modes

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0180	0x00	// Property_160h_3_0=0x0; 	Address(0x180[7:0])
0x0181	0x00	// Property_160h_11_8=0x0; 	Address(0x181[7:0])
0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0013	0x40	// dsa_page1=0x1; 	Address(0x13[7:6])
0x054e	0x00	// Property_52ch_16_16=0x0; 	Address(0x54e[7:0])
0x0013	0x80	// dsa_page1=0x2; 	Address(0x13[7:6])
0x054e	0x00	// Property_52ch_16_16=0x0; 	Address(0x54e[7:0])
0x0013	0xc0	// dsa_page1=0x3; 	Address(0x13[7:6])
0x0444	0x03
0x0445	0x00
0x0446	0x00
0x0447	0x00
0x0448	0x0f
0x0449	0x08
0x044a	0x00
0x044b	0x00
0x044c	0x13
0x044d	0x04
0x044e	0x01
0x044f	0x00
0x0450	0x27
0x0451	0x88
0x0452	0x01
0x0453	0x00
0x0454	0x37
0x0455	0x08
0x0456	0x02
0x0457	0x00
0x0458	0x47
0x0459	0x8c
0x045a	0x02
0x045b	0x00
0x045c	0x57
0x045d	0x10
0x045e	0x03
0x045f	0x01
0x0460	0x67
0x0461	0x94
0x0462	0x03
0x0463	0x01
0x0464	0x7b
0x0465	0x18
0x0466	0x04
0x0467	0x01
0x0468	0x8b
0x0469	0x9c
0x046a	0x04
0x046b	0x01
0x046c	0x9f
0x046d	0x20
0x046e	0x05
0x046f	0x02
0x0470	0xb3
0x0471	0xa4
0x0472	0x05
0x0473	0x02
0x0474	0xc7
0x0475	0x28
0x0476	0x06
0x0477	0x02
0x0478	0xdb
0x0479	0x2c
0x047a	0x07
0x047b	0x03
0x047c	0xef
0x047d	0xb0
0x047e	0x07
0x047f	0x03
0x0480	0x03
0x0481	0xb5
0x0482	0x08
0x0483	0x04
0x0484	0x17
0x0485	0xb9
0x0486	0x09
0x0487	0x04
0x0488	0x2b
0x0489	0xbd
0x048a	0x0a
0x048b	0x05
0x048c	0x3f
0x048d	0xc1
0x048e	0x0b
0x048f	0x05
0x0490	0x53
0x0491	0x45
0x0492	0x0c
0x0493	0x05
0x0494	0x6b
0x0495	0x49
0x0496	0x0d
0x0497	0x06
0x0498	0x7f
0x0499	0x4d
0x049a	0x0e
0x049b	0x07
0x049c	0x93
0x049d	0x51
0x049e	0x0f
0x049f	0x07
0x04a0	0xa7
0x04a1	0xd5
0x04a2	0x0f
0x04a3	0x08
0x04a4	0xb3
0x04a5	0x55
0x04a6	0x10
0x04a7	0x08
0x04a8	0xc7
0x04a9	0x59
0x04aa	0x11
0x04ab	0x09
0x04ac	0xdb
0x04ad	0x5d
0x04ae	0x12
0x04af	0x0a
0x04b0	0xf3
0x04b1	0x61
0x04b2	0x13
0x04b3	0x0b
0x04b4	0x13
0x04b5	0xe6
0x04b6	0x14
0x04b7	0x0c
0x04b8	0x27
0x04b9	0xea
0x04ba	0x15
0x04bb	0x0d
0x04bc	0x3b
0x04bd	0xee
0x04be	0x16
0x04bf	0x0e
0x04c0	0x4f
0x04c1	0x72
0x04c2	0x17
0x04c3	0x11
0x04c4	0x63
0x04c5	0xf6
0x04c6	0x17
0x04c7	0x11
0x04c8	0x77
0x04c9	0x7a
0x04ca	0x18
0x04cb	0x13
0x04cc	0x8b
0x04cd	0xfa
0x04ce	0x18
0x04cf	0x15
0x04d0	0x9f
0x04d1	0xfe
0x04d2	0x19
0x04d3	0x18
0x04d4	0xb3
0x04d5	0x7e
0x04d6	0x1a
0x04d7	0x18
0x04d8	0xc7
0x04d9	0xfe
0x04da	0x1a
0x04db	0x19
0x04dc	0xdb
0x04dd	0x7e
0x04de	0x1b
0x04df	0x1d
0x04e0	0xef
0x04e1	0xfe
0x04e2	0x1b
0x04e3	0x1d
0x04e4	0xff
0x04e5	0x7e
0x04e6	0x1c
0x04e7	0x1f
0x04e8	0x13
0x04e9	0xff
0x04ea	0x1c
0x04eb	0x1f
0x04ec	0x23
0x04ed	0x7f
0x04ee	0x1d
0x04ef	0x1f
0x04f0	0x33
0x04f1	0xff
0x04f2	0x1d
0x04f3	0x1f
0x04f4	0x3f
0x04f5	0x7f
0x04f6	0x1e
0x04f7	0x1f
0x04f8	0x4b
0x04f9	0xff
0x04fa	0x1e
0x04fb	0x1f
0x04fc	0x53
0x04fd	0x7f
0x04fe	0x1f
0x04ff	0x1f
0x0500	0x5f
0x0501	0xff
0x0502	0x1f
0x0503	0x1f
0x0504	0x67
0x0505	0xff
0x0506	0x1f
0x0507	0x1f
0x0508	0x73
0x0509	0xff
0x050a	0x1f
0x050b	0x1f
0x0744	0x03
0x0745	0x00
0x0746	0x00
0x0747	0x00
0x0748	0x0b
0x0749	0x84
0x074a	0x00
0x074b	0x00
0x074c	0x1f
0x074d	0x08
0x074e	0x01
0x074f	0x00
0x0750	0x33
0x0751	0x8c
0x0752	0x01
0x0753	0x00
0x0754	0x47
0x0755	0x90
0x0756	0x02
0x0757	0x00
0x0758	0x5b
0x0759	0x14
0x075a	0x03
0x075b	0x01
0x075c	0x6f
0x075d	0x18
0x075e	0x04
0x075f	0x01
0x0760	0x83
0x0761	0x9c
0x0762	0x04
0x0763	0x01
0x0764	0x9b
0x0765	0xa0
0x0766	0x05
0x0767	0x02
0x0768	0xb3
0x0769	0xa4
0x076a	0x06
0x076b	0x02
0x076c	0xc7
0x076d	0xa8
0x076e	0x07
0x076f	0x03
0x0770	0xdf
0x0771	0xac
0x0772	0x08
0x0773	0x03
0x0774	0xf7
0x0775	0xb0
0x0776	0x09
0x0777	0x04
0x0778	0x17
0x0779	0xb5
0x077a	0x0a
0x077b	0x04
0x077c	0x37
0x077d	0xb9
0x077e	0x0b
0x077f	0x04
0x0780	0x4f
0x0781	0xbd
0x0782	0x0c
0x0783	0x05
0x0784	0x6b
0x0785	0xc1
0x0786	0x0d
0x0787	0x07
0x0788	0x87
0x0789	0xc5
0x078a	0x0e
0x078b	0x07
0x078c	0x9f
0x078d	0xc9
0x078e	0x0f
0x078f	0x07
0x0790	0xa7
0x0791	0x49
0x0792	0x10
0x0793	0x07
0x0794	0xbb
0x0795	0x4d
0x0796	0x11
0x0797	0x08
0x0798	0xd3
0x0799	0x51
0x079a	0x12
0x079b	0x09
0x079c	0xeb
0x079d	0x55
0x079e	0x13
0x079f	0x0a
0x07a0	0x0b
0x07a1	0xda
0x07a2	0x14
0x07a3	0x0b
0x07a4	0x23
0x07a5	0xde
0x07a6	0x15
0x07a7	0x0c
0x07a8	0x3b
0x07a9	0xe2
0x07aa	0x16
0x07ab	0x0e
0x07ac	0x4f
0x07ad	0x66
0x07ae	0x17
0x07af	0x0e
0x07b0	0x63
0x07b1	0xea
0x07b2	0x17
0x07b3	0x11
0x07b4	0x77
0x07b5	0x6e
0x07b6	0x18
0x07b7	0x11
0x07b8	0x8b
0x07b9	0xf2
0x07ba	0x18
0x07bb	0x13
0x07bc	0x9f
0x07bd	0x72
0x07be	0x19
0x07bf	0x15
0x07c0	0xb3
0x07c1	0xf6
0x07c2	0x19
0x07c3	0x16
0x07c4	0xc3
0x07c5	0x76
0x07c6	0x1a
0x07c7	0x18
0x07c8	0xd7
0x07c9	0xf6
0x07ca	0x1a
0x07cb	0x19
0x07cc	0xeb
0x07cd	0x76
0x07ce	0x1b
0x07cf	0x1b
0x07d0	0xff
0x07d1	0xf6
0x07d2	0x1b
0x07d3	0x1d
0x07d4	0x13
0x07d5	0x77
0x07d6	0x1c
0x07d7	0x1f
0x07d8	0x23
0x07d9	0xf7
0x07da	0x1c
0x07db	0x1f
0x07dc	0x33
0x07dd	0x77
0x07de	0x1d
0x07df	0x1f
0x07e0	0x3f
0x07e1	0xf7
0x07e2	0x1d
0x07e3	0x1f
0x07e4	0x4b
0x07e5	0x77
0x07e6	0x1e
0x07e7	0x1f
0x07e8	0x57
0x07e9	0xf7
0x07ea	0x1e
0x07eb	0x1f
0x07ec	0x5f
0x07ed	0x77
0x07ee	0x1f
0x07ef	0x1f
0x07f0	0x67
0x07f1	0xf7
0x07f2	0x1f
0x07f3	0x1f
0x07f4	0x73
0x07f5	0xf7
0x07f6	0x1f
0x07f7	0x1f
0x07f8	0x7b
0x07f9	0xf7
0x07fa	0x1f
0x07fb	0x1f
0x07fc	0x87
0x07fd	0xf7
0x07fe	0x1f
0x07ff	0x1f
0x0800	0x8f
0x0801	0xf7
0x0802	0x1f
0x0803	0x1f
0x0804	0x97
0x0805	0xf7
0x0806	0x1f
0x0807	0x1f
0x0808	0x9b
0x0809	0xf7
0x080a	0x1f
0x080b	0x1f
0x0844	0x03
0x0845	0x00
0x0846	0x00
0x0847	0x00
0x0848	0x0b
0x0849	0x84
0x084a	0x00
0x084b	0x00
0x084c	0x1f
0x084d	0x08
0x084e	0x01
0x084f	0x00
0x0850	0x33
0x0851	0x8c
0x0852	0x01
0x0853	0x00
0x0854	0x47
0x0855	0x90
0x0856	0x02
0x0857	0x00
0x0858	0x5b
0x0859	0x14
0x085a	0x03
0x085b	0x01
0x085c	0x6f
0x085d	0x18
0x085e	0x04
0x085f	0x01
0x0860	0x83
0x0861	0x9c
0x0862	0x04
0x0863	0x01
0x0864	0x9b
0x0865	0xa0
0x0866	0x05
0x0867	0x02
0x0868	0xb3
0x0869	0xa4
0x086a	0x06
0x086b	0x02
0x086c	0xc7
0x086d	0xa8
0x086e	0x07
0x086f	0x03
0x0870	0xdf
0x0871	0xac
0x0872	0x08
0x0873	0x03
0x0874	0xf7
0x0875	0xb0
0x0876	0x09
0x0877	0x04
0x0878	0x17
0x0879	0xb5
0x087a	0x0a
0x087b	0x04
0x087c	0x37
0x087d	0xb9
0x087e	0x0b
0x087f	0x04
0x0880	0x4f
0x0881	0xbd
0x0882	0x0c
0x0883	0x05
0x0884	0x6b
0x0885	0xc1
0x0886	0x0d
0x0887	0x07
0x0888	0x87
0x0889	0xc5
0x088a	0x0e
0x088b	0x07
0x088c	0x9f
0x088d	0xc9
0x088e	0x0f
0x088f	0x07
0x0890	0xa7
0x0891	0x49
0x0892	0x10
0x0893	0x07
0x0894	0xbb
0x0895	0x4d
0x0896	0x11
0x0897	0x08
0x0898	0xd3
0x0899	0x51
0x089a	0x12
0x089b	0x09
0x089c	0xeb
0x089d	0x55
0x089e	0x13
0x089f	0x0a
0x08a0	0x0b
0x08a1	0xda
0x08a2	0x14
0x08a3	0x0b
0x08a4	0x23
0x08a5	0xde
0x08a6	0x15
0x08a7	0x0c
0x08a8	0x3b
0x08a9	0xe2
0x08aa	0x16
0x08ab	0x0e
0x08ac	0x4f
0x08ad	0x66
0x08ae	0x17
0x08af	0x0e
0x08b0	0x63
0x08b1	0xea
0x08b2	0x17
0x08b3	0x11
0x08b4	0x77
0x08b5	0x6e
0x08b6	0x18
0x08b7	0x11
0x08b8	0x8b
0x08b9	0xf2
0x08ba	0x18
0x08bb	0x13
0x08bc	0x9f
0x08bd	0x72
0x08be	0x19
0x08bf	0x15
0x08c0	0xb3
0x08c1	0xf6
0x08c2	0x19
0x08c3	0x16
0x08c4	0xc3
0x08c5	0x76
0x08c6	0x1a
0x08c7	0x18
0x08c8	0xd7
0x08c9	0xf6
0x08ca	0x1a
0x08cb	0x19
0x08cc	0xeb
0x08cd	0x76
0x08ce	0x1b
0x08cf	0x1b
0x08d0	0xff
0x08d1	0xf6
0x08d2	0x1b
0x08d3	0x1d
0x08d4	0x13
0x08d5	0x77
0x08d6	0x1c
0x08d7	0x1f
0x08d8	0x23
0x08d9	0xf7
0x08da	0x1c
0x08db	0x1f
0x08dc	0x33
0x08dd	0x77
0x08de	0x1d
0x08df	0x1f
0x08e0	0x3f
0x08e1	0xf7
0x08e2	0x1d
0x08e3	0x1f
0x08e4	0x4b
0x08e5	0x77
0x08e6	0x1e
0x08e7	0x1f
0x08e8	0x57
0x08e9	0xf7
0x08ea	0x1e
0x08eb	0x1f
0x08ec	0x5f
0x08ed	0x77
0x08ee	0x1f
0x08ef	0x1f
0x08f0	0x67
0x08f1	0xf7
0x08f2	0x1f
0x08f3	0x1f
0x08f4	0x73
0x08f5	0xf7
0x08f6	0x1f
0x08f7	0x1f
0x08f8	0x7b
0x08f9	0xf7
0x08fa	0x1f
0x08fb	0x1f
0x08fc	0x87
0x08fd	0xf7
0x08fe	0x1f
0x08ff	0x1f
0x0900	0x8f
0x0901	0xf7
0x0902	0x1f
0x0903	0x1f
0x0904	0x97
0x0905	0xf7
0x0906	0x1f
0x0907	0x1f
0x0908	0x9b
0x0909	0xf7
0x090a	0x1f
0x090b	0x1f
0x00d1	0x06	// dig_gain_range=0x6; 	Address(0xd1[7:0])
0x0124	0x01	// spi_agc_dsa_A=0x1; 	Address(0x124[7:0])
0x0124	0x00	// spi_agc_dsa_A=0x0; 	Address(0x124[7:0])
0x0174	0x01	// spi_agc_dsa_B=0x1; 	Address(0x174[7:0])
0x0174	0x00	// spi_agc_dsa_B=0x0; 	Address(0x174[7:0])
0x0013	0x00	// dsa_page1=0x0; 	Address(0x13[7:6])
0x0013	0x10	// dsa_page0=0x1; 	Address(0x13[7:4])
0x006c	0x01	// spi_agc_dsa_fb=0x1; 	Address(0x6c[7:0])
0x006c	0x00	// spi_agc_dsa_fb=0x0; 	Address(0x6c[7:0])
0x0013	0x00	// dsa_page0=0x0; 	Address(0x13[7:4])
0x0013	0x80	// dsa_page1=0x2; 	Address(0x13[7:6])
0x00d1	0x06	// dig_gain_range=0x6; 	Address(0xd1[7:0])
0x0124	0x01	// spi_agc_dsa_A=0x1; 	Address(0x124[7:0])
0x0124	0x00	// spi_agc_dsa_A=0x0; 	Address(0x124[7:0])
0x0174	0x01	// spi_agc_dsa_B=0x1; 	Address(0x174[7:0])
0x0174	0x00	// spi_agc_dsa_B=0x0; 	Address(0x174[7:0])
0x0013	0x00	// dsa_page1=0x0; 	Address(0x13[7:6])
0x0013	0x20	// dsa_page0=0x2; 	Address(0x13[7:4])
0x006c	0x01	// spi_agc_dsa_fb=0x1; 	Address(0x6c[7:0])
0x006c	0x00	// spi_agc_dsa_fb=0x0; 	Address(0x6c[7:0])
0x0013	0x00	// dsa_page0=0x0; 	Address(0x13[7:4])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0940	0x00	// Property_920h_2_0=0x0; 	Address(0x940[7:0])
0x0941	0x00	// Property_920h_10_8=0x0; 	Address(0x941[7:0])
0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0013	0xc0	// dsa_page1=0x3; 	Address(0x13[7:6])
0x0545	0x06	// Property_524h_13_8=0x6; 	Address(0x545[7:0])
0x054a	0x06	// Property_528h_21_16=0x6; 	Address(0x54a[7:0])
0x05a4	0x2c	// Property_584h_5_0=0x2c; 	Address(0x5a4[7:0])
0x05a5	0x18	// Property_584h_13_8=0x18; 	Address(0x5a5[7:0])
0x056e	0x00	// Property_54ch_17_0=0x12; 	Address(0x56c[1:0],0x56d[1:0],0x56e[7:0])
0x056d	0x00
0x056c	0x12
0x0572	0x00	// Property_550h_22_0=0x7; 	Address(0x570[6:0],0x571[6:0],0x572[7:0])
0x0571	0x00
0x0570	0x07
0x0576	0x00	// Property_554h_17_0=0x0; 	Address(0x574[1:0],0x575[1:0],0x576[7:0])
0x0575	0x00
0x0574	0x00
0x057e	0x00	// Property_55ch_21_0=0x5c; 	Address(0x57c[5:0],0x57d[5:0],0x57e[7:0])
0x057d	0x00
0x057c	0x5c
0x057a	0x00	// Property_558h_22_0=0x1; 	Address(0x578[6:0],0x579[6:0],0x57a[7:0])
0x0579	0x00
0x0578	0x01
0x0596	0x00	// Property_574h_22_0=0x7; 	Address(0x594[6:0],0x595[6:0],0x596[7:0])
0x0595	0x00
0x0594	0x07
0x059a	0x00	// Property_578h_22_0=0x7; 	Address(0x598[6:0],0x599[6:0],0x59a[7:0])
0x0599	0x00
0x0598	0x07
0x0556	0x00	// Property_534h_17_0=0x12; 	Address(0x554[1:0],0x555[1:0],0x556[7:0])
0x0555	0x00
0x0554	0x12
0x055a	0x00	// Property_538h_22_0=0x7; 	Address(0x558[6:0],0x559[6:0],0x55a[7:0])
0x0559	0x00
0x0558	0x07
0x055e	0x00	// Property_53ch_17_0=0x0; 	Address(0x55c[1:0],0x55d[1:0],0x55e[7:0])
0x055d	0x00
0x055c	0x00
0x0566	0x00	// Property_544h_21_0=0x5c; 	Address(0x564[5:0],0x565[5:0],0x566[7:0])
0x0565	0x00
0x0564	0x5c
0x0562	0x00	// Property_540h_22_0=0x1; 	Address(0x560[6:0],0x561[6:0],0x562[7:0])
0x0561	0x00
0x0560	0x01
0x058e	0x00	// Property_56ch_22_0=0x7; 	Address(0x58c[6:0],0x58d[6:0],0x58e[7:0])
0x058d	0x00
0x058c	0x07
0x0592	0x00	// Property_570h_22_0=0x7; 	Address(0x590[6:0],0x591[6:0],0x592[7:0])
0x0591	0x00
0x0590	0x07
0x0577	0x01	// Property_554h_24_24=0x1; 	Address(0x577[7:0])
0x056f	0x00	// Property_54ch_24_24=0x0; 	Address(0x56f[7:0])
0x05a1	0x00	// Property_580h_8_8=0x0; 	Address(0x5a1[7:0])
0x055f	0x01	// Property_53ch_24_24=0x1; 	Address(0x55f[7:0])
0x0557	0x00	// Property_534h_24_24=0x0; 	Address(0x557[7:0])
0x05a0	0x00	// Property_580h_0_0=0x0; 	Address(0x5a0[7:0])
0x0013	0x00	// dsa_page1=0x0; 	Address(0x13[7:6])
0x0013	0x10	// dsa_page0=0x1; 	Address(0x13[7:4])
0x00d0	0x18	// txa_dsa_dig0_gain=0x18; 	Address(0xd0[7:0],0xd1[7:0])
0x00d4	0x18	// txb_dsa_dig0_gain=0x18; 	Address(0xd4[7:0],0xd5[7:0])
0x0013	0x20	// dsa_page0=0x2; 	Address(0x13[7:4])
0x00d0	0x18	// txa_dsa_dig0_gain=0x18; 	Address(0xd0[7:0],0xd1[7:0])
0x00d4	0x18	// txb_dsa_dig0_gain=0x18; 	Address(0xd4[7:0],0xd5[7:0])
0x0013	0x00	// dsa_page0=0x0; 	Address(0x13[7:4])
0x0013	0xc0	// dsa_page1=0x3; 	Address(0x13[7:6])
0x0a37	0x40
0x0a3f	0x40
0x0a4f	0x40
0x0a5f	0x40
0x0a77	0x40
0x0a7f	0x40
0x0a97	0x40
0x0a9f	0x40
0x0aa7	0x40
0x0aaf	0x40
0x0c37	0x40
0x0c3f	0x40
0x0c4f	0x40
0x0c5f	0x40
0x0c77	0x40
0x0c7f	0x40
0x0c97	0x40
0x0c9f	0x40
0x0ca7	0x40
0x0caf	0x40
0x0013	0x00	// dsa_page1=0x0; 	Address(0x13[7:6])

// START: Configuring RRF Mode to TOP MCU

0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x3; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x03
0x0193	0x22	// MACRO_OPCODE=0x22; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0xf030f; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x0f
0x00a1	0x03
0x00a0	0x0f
0x0193	0x21	// MACRO_OPCODE=0x21; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x0; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x0193	0x2f	// MACRO_OPCODE=0x2f; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])


// END: Configuring RRF Mode to TOP MCU

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])

// START: Configuring RX Chain Parameters to TOP MCU

0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x703; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x07
0x00a0	0x03
0x0193	0x2c	// MACRO_OPCODE=0x2c; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x401; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x04
0x00a0	0x01
0x0193	0x29	// MACRO_OPCODE=0x29; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x101; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x01
0x0193	0x23	// MACRO_OPCODE=0x23; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x0b	// MACRO_OPERAND_REG0=0xb200001; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x20
0x00a1	0x00
0x00a0	0x01
0x00a7	0xac	// MACRO_OPERAND_REG1=0xac400020; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x40
0x00a5	0x00
0x00a4	0x20
0x00ab	0x77	// MACRO_OPERAND_REG2=0x77400027; 	Address(0xa8[7:0],0xa9[7:0],0xaa[7:0],0xab[7:0],0xac[7:0])
0x00aa	0x40
0x00a9	0x00
0x00a8	0x27
0x00af	0xac	// MACRO_OPERAND_REG3=0xac40001b; 	Address(0xac[7:0],0xad[7:0],0xae[7:0],0xaf[7:0],0xb0[7:0])
0x00ae	0x40
0x00ad	0x00
0x00ac	0x1b
0x00b3	0x00	// MACRO_OPERAND_REG4=0x27; 	Address(0xb0[7:0],0xb1[7:0],0xb2[7:0],0xb3[7:0],0xb4[7:0])
0x00b2	0x00
0x00b1	0x00
0x00b0	0x27
0x0193	0x31	// MACRO_OPCODE=0x31; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x402; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x04
0x00a0	0x02
0x0193	0x29	// MACRO_OPCODE=0x29; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x102; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x02
0x0193	0x23	// MACRO_OPCODE=0x23; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x77	// MACRO_OPERAND_REG0=0x77400002; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x40
0x00a1	0x00
0x00a0	0x02
0x00a7	0xac	// MACRO_OPERAND_REG1=0xac40001b; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x40
0x00a5	0x00
0x00a4	0x1b
0x00ab	0x77	// MACRO_OPERAND_REG2=0x77400027; 	Address(0xa8[7:0],0xa9[7:0],0xaa[7:0],0xab[7:0],0xac[7:0])
0x00aa	0x40
0x00a9	0x00
0x00a8	0x27
0x00af	0xac	// MACRO_OPERAND_REG3=0xac40001b; 	Address(0xac[7:0],0xad[7:0],0xae[7:0],0xaf[7:0],0xb0[7:0])
0x00ae	0x40
0x00ad	0x00
0x00ac	0x1b
0x00b3	0x00	// MACRO_OPERAND_REG4=0x27; 	Address(0xb0[7:0],0xb1[7:0],0xb2[7:0],0xb3[7:0],0xb4[7:0])
0x00b2	0x00
0x00b1	0x00
0x00b0	0x27
0x0193	0x31	// MACRO_OPCODE=0x31; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x404; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x04
0x00a0	0x04
0x0193	0x29	// MACRO_OPCODE=0x29; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x104; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x04
0x0193	0x23	// MACRO_OPCODE=0x23; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0xac	// MACRO_OPERAND_REG0=0xac400004; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x40
0x00a1	0x00
0x00a0	0x04
0x00a7	0xac	// MACRO_OPERAND_REG1=0xac400027; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x40
0x00a5	0x00
0x00a4	0x27
0x00ab	0x77	// MACRO_OPERAND_REG2=0x77400027; 	Address(0xa8[7:0],0xa9[7:0],0xaa[7:0],0xab[7:0],0xac[7:0])
0x00aa	0x40
0x00a9	0x00
0x00a8	0x27
0x00af	0xac	// MACRO_OPERAND_REG3=0xac40001b; 	Address(0xac[7:0],0xad[7:0],0xae[7:0],0xaf[7:0],0xb0[7:0])
0x00ae	0x40
0x00ad	0x00
0x00ac	0x1b
0x00b3	0x00	// MACRO_OPERAND_REG4=0x27; 	Address(0xb0[7:0],0xb1[7:0],0xb2[7:0],0xb3[7:0],0xb4[7:0])
0x00b2	0x00
0x00b1	0x00
0x00b0	0x27
0x0193	0x31	// MACRO_OPCODE=0x31; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x408; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x04
0x00a0	0x08
0x0193	0x29	// MACRO_OPCODE=0x29; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x108; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x08
0x0193	0x23	// MACRO_OPCODE=0x23; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x67	// MACRO_OPERAND_REG0=0x67e00008; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0xe0
0x00a1	0x00
0x00a0	0x08
0x00a7	0xac	// MACRO_OPERAND_REG1=0xac400008; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x40
0x00a5	0x00
0x00a4	0x08
0x00ab	0x77	// MACRO_OPERAND_REG2=0x77400027; 	Address(0xa8[7:0],0xa9[7:0],0xaa[7:0],0xab[7:0],0xac[7:0])
0x00aa	0x40
0x00a9	0x00
0x00a8	0x27
0x00af	0xac	// MACRO_OPERAND_REG3=0xac40001b; 	Address(0xac[7:0],0xad[7:0],0xae[7:0],0xaf[7:0],0xb0[7:0])
0x00ae	0x40
0x00ad	0x00
0x00ac	0x1b
0x00b3	0x00	// MACRO_OPERAND_REG4=0x27; 	Address(0xb0[7:0],0xb1[7:0],0xb2[7:0],0xb3[7:0],0xb4[7:0])
0x00b2	0x00
0x00b1	0x00
0x00b0	0x27
0x0193	0x31	// MACRO_OPCODE=0x31; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])


// END: Configuring RX Chain Parameters to TOP MCU

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])

// START: Configuring FB Chain Parameters to TOP MCU

0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x703; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x07
0x00a0	0x03
0x0193	0x2d	// MACRO_OPCODE=0x2d; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x601; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x06
0x00a0	0x01
0x0193	0x2a	// MACRO_OPCODE=0x2a; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x91	// MACRO_OPERAND_REG0=0x91c00001; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0xc0
0x00a1	0x00
0x00a0	0x01
0x00a7	0x00	// MACRO_OPERAND_REG1=0x21; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x00
0x00a4	0x21
0x0193	0x32	// MACRO_OPCODE=0x32; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x602; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x06
0x00a0	0x02
0x0193	0x2a	// MACRO_OPCODE=0x2a; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x91	// MACRO_OPERAND_REG0=0x91c00002; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0xc0
0x00a1	0x00
0x00a0	0x02
0x00a7	0x00	// MACRO_OPERAND_REG1=0x21; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x00
0x00a4	0x21
0x0193	0x32	// MACRO_OPCODE=0x32; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])


// END: Configuring FB Chain Parameters to TOP MCU

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])

// START: Configuring TX Chain Parameters to TOP MCU

0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x1; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x01
0x0193	0x8d	// MACRO_OPCODE=0x8d; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0xf03; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x0f
0x00a0	0x03
0x0193	0x2e	// MACRO_OPCODE=0x2e; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x401; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x04
0x00a0	0x01
0x0193	0x2b	// MACRO_OPCODE=0x2b; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x110; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x10
0x0193	0x23	// MACRO_OPCODE=0x23; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x0b	// MACRO_OPERAND_REG0=0xb200001; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x20
0x00a1	0x00
0x00a0	0x01
0x00a7	0xac	// MACRO_OPERAND_REG1=0xac400020; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x40
0x00a5	0x00
0x00a4	0x20
0x00ab	0x77	// MACRO_OPERAND_REG2=0x77400027; 	Address(0xa8[7:0],0xa9[7:0],0xaa[7:0],0xab[7:0],0xac[7:0])
0x00aa	0x40
0x00a9	0x00
0x00a8	0x27
0x00af	0xac	// MACRO_OPERAND_REG3=0xac40001b; 	Address(0xac[7:0],0xad[7:0],0xae[7:0],0xaf[7:0],0xb0[7:0])
0x00ae	0x40
0x00ad	0x00
0x00ac	0x1b
0x00b3	0x00	// MACRO_OPERAND_REG4=0x27; 	Address(0xb0[7:0],0xb1[7:0],0xb2[7:0],0xb3[7:0],0xb4[7:0])
0x00b2	0x00
0x00b1	0x00
0x00b0	0x27
0x0193	0x30	// MACRO_OPCODE=0x30; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x402; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x04
0x00a0	0x02
0x0193	0x2b	// MACRO_OPCODE=0x2b; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x120; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x20
0x0193	0x23	// MACRO_OPCODE=0x23; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x77	// MACRO_OPERAND_REG0=0x77400002; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x40
0x00a1	0x00
0x00a0	0x02
0x00a7	0xac	// MACRO_OPERAND_REG1=0xac40001b; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x40
0x00a5	0x00
0x00a4	0x1b
0x00ab	0x77	// MACRO_OPERAND_REG2=0x77400027; 	Address(0xa8[7:0],0xa9[7:0],0xaa[7:0],0xab[7:0],0xac[7:0])
0x00aa	0x40
0x00a9	0x00
0x00a8	0x27
0x00af	0xac	// MACRO_OPERAND_REG3=0xac40001b; 	Address(0xac[7:0],0xad[7:0],0xae[7:0],0xaf[7:0],0xb0[7:0])
0x00ae	0x40
0x00ad	0x00
0x00ac	0x1b
0x00b3	0x00	// MACRO_OPERAND_REG4=0x27; 	Address(0xb0[7:0],0xb1[7:0],0xb2[7:0],0xb3[7:0],0xb4[7:0])
0x00b2	0x00
0x00b1	0x00
0x00b0	0x27
0x0193	0x30	// MACRO_OPCODE=0x30; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x404; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x04
0x00a0	0x04
0x0193	0x2b	// MACRO_OPCODE=0x2b; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x140; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x40
0x0193	0x23	// MACRO_OPCODE=0x23; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0xac	// MACRO_OPERAND_REG0=0xac400004; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x40
0x00a1	0x00
0x00a0	0x04
0x00a7	0xac	// MACRO_OPERAND_REG1=0xac400027; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x40
0x00a5	0x00
0x00a4	0x27
0x00ab	0x77	// MACRO_OPERAND_REG2=0x77400027; 	Address(0xa8[7:0],0xa9[7:0],0xaa[7:0],0xab[7:0],0xac[7:0])
0x00aa	0x40
0x00a9	0x00
0x00a8	0x27
0x00af	0xac	// MACRO_OPERAND_REG3=0xac40001b; 	Address(0xac[7:0],0xad[7:0],0xae[7:0],0xaf[7:0],0xb0[7:0])
0x00ae	0x40
0x00ad	0x00
0x00ac	0x1b
0x00b3	0x00	// MACRO_OPERAND_REG4=0x27; 	Address(0xb0[7:0],0xb1[7:0],0xb2[7:0],0xb3[7:0],0xb4[7:0])
0x00b2	0x00
0x00b1	0x00
0x00b0	0x27
0x0193	0x30	// MACRO_OPCODE=0x30; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x408; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x04
0x00a0	0x08
0x0193	0x2b	// MACRO_OPCODE=0x2b; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x180; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x80
0x0193	0x23	// MACRO_OPCODE=0x23; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x67	// MACRO_OPERAND_REG0=0x67e00008; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0xe0
0x00a1	0x00
0x00a0	0x08
0x00a7	0xac	// MACRO_OPERAND_REG1=0xac400035; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x40
0x00a5	0x00
0x00a4	0x35
0x00ab	0x77	// MACRO_OPERAND_REG2=0x77400027; 	Address(0xa8[7:0],0xa9[7:0],0xaa[7:0],0xab[7:0],0xac[7:0])
0x00aa	0x40
0x00a9	0x00
0x00a8	0x27
0x00af	0xac	// MACRO_OPERAND_REG3=0xac40001b; 	Address(0xac[7:0],0xad[7:0],0xae[7:0],0xaf[7:0],0xb0[7:0])
0x00ae	0x40
0x00ad	0x00
0x00ac	0x1b
0x00b3	0x00	// MACRO_OPERAND_REG4=0x27; 	Address(0xb0[7:0],0xb1[7:0],0xb2[7:0],0xb3[7:0],0xb4[7:0])
0x00b2	0x00
0x00b1	0x00
0x00b0	0x27
0x0193	0x30	// MACRO_OPCODE=0x30; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])


// END: Configuring TX Chain Parameters to TOP MCU

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])

// START: Configuring Digital Chain

0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x707; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x07
0x00a0	0x07
0x0193	0x3a	// MACRO_OPCODE=0x3a; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x0; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x0193	0x90	// MACRO_OPCODE=0x90; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x0309	0x05
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x1; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x01
0x0193	0x90	// MACRO_OPCODE=0x90; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0xf3f; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x0f
0x00a0	0x3f
0x0193	0x36	// MACRO_OPCODE=0x36; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])


// END: Configuring Digital Chain

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])

// START: Setting FIFO Pointers

0x0012	0x01	// rxdig=0x1; 	Address(0x12[7:0])
0x0060	0x06	// Property_40h_3_0=0x6; 	Address(0x60[7:0])
0x0060	0x60	// Property_40h_7_4=0x6; 	Address(0x60[7:4])
0x0061	0x06	// Property_40h_11_8=0x6; 	Address(0x61[7:0])
0x0061	0x60	// Property_40h_15_12=0x6; 	Address(0x61[7:4])
0x0012	0x02	// rxdig=0x2; 	Address(0x12[7:0])
0x0060	0x06	// Property_40h_3_0=0x6; 	Address(0x60[7:0])
0x0060	0x60	// Property_40h_7_4=0x6; 	Address(0x60[7:4])
0x0061	0x06	// Property_40h_11_8=0x6; 	Address(0x61[7:0])
0x0061	0x60	// Property_40h_15_12=0x6; 	Address(0x61[7:4])
0x0012	0x04	// rxdig=0x4; 	Address(0x12[7:0])
0x0060	0x06	// Property_40h_3_0=0x6; 	Address(0x60[7:0])
0x0060	0x60	// Property_40h_7_4=0x6; 	Address(0x60[7:4])
0x0061	0x06	// Property_40h_11_8=0x6; 	Address(0x61[7:0])
0x0061	0x60	// Property_40h_15_12=0x6; 	Address(0x61[7:4])
0x0012	0x08	// rxdig=0x8; 	Address(0x12[7:0])
0x0060	0x06	// Property_40h_3_0=0x6; 	Address(0x60[7:0])
0x0060	0x60	// Property_40h_7_4=0x6; 	Address(0x60[7:4])
0x0061	0x06	// Property_40h_11_8=0x6; 	Address(0x61[7:0])
0x0061	0x60	// Property_40h_15_12=0x6; 	Address(0x61[7:4])
0x0012	0x00	// rxdig=0x0; 	Address(0x12[7:0])
0x0012	0x10	// fbdig=0x1; 	Address(0x12[7:4])
0x0060	0x06	// Property_40h_3_0=0x6; 	Address(0x60[7:0])
0x0060	0x60	// Property_40h_7_4=0x6; 	Address(0x60[7:4])
0x0061	0x06	// Property_40h_11_8=0x6; 	Address(0x61[7:0])
0x0061	0x60	// Property_40h_15_12=0x6; 	Address(0x61[7:4])
0x0012	0x20	// fbdig=0x2; 	Address(0x12[7:4])
0x0060	0x06	// Property_40h_3_0=0x6; 	Address(0x60[7:0])
0x0060	0x60	// Property_40h_7_4=0x6; 	Address(0x60[7:4])
0x0061	0x06	// Property_40h_11_8=0x6; 	Address(0x61[7:0])
0x0061	0x60	// Property_40h_15_12=0x6; 	Address(0x61[7:4])
0x0012	0x00	// fbdig=0x0; 	Address(0x12[7:4])
0x0019	0x10	// txdig=0x1; 	Address(0x19[7:4])
0x0062	0x02	// Property_40h_19_16=0x2; 	Address(0x62[7:0])
0x0019	0x20	// txdig=0x2; 	Address(0x19[7:4])
0x0062	0x02	// Property_40h_19_16=0x2; 	Address(0x62[7:0])
0x0019	0x40	// txdig=0x4; 	Address(0x19[7:4])
0x0062	0x02	// Property_40h_19_16=0x2; 	Address(0x62[7:0])
0x0019	0x80	// txdig=0x8; 	Address(0x19[7:4])
0x0062	0x02	// Property_40h_19_16=0x2; 	Address(0x62[7:0])
0x0019	0x10	// txdig=0x1; 	Address(0x19[7:4])
0x0060	0x0c	// Property_40h_3_0=0xc; 	Address(0x60[7:0])
0x0019	0x20	// txdig=0x2; 	Address(0x19[7:4])
0x0060	0x0c	// Property_40h_3_0=0xc; 	Address(0x60[7:0])
0x0019	0x40	// txdig=0x4; 	Address(0x19[7:4])
0x0060	0x0c	// Property_40h_3_0=0xc; 	Address(0x60[7:0])
0x0019	0x80	// txdig=0x8; 	Address(0x19[7:4])
0x0060	0x0c	// Property_40h_3_0=0xc; 	Address(0x60[7:0])
0x0019	0x00	// txdig=0x0; 	Address(0x19[7:4])
0x0016	0x10	// jesd_subchip=0x1; 	Address(0x16[7:4])
0x0030	0x00	// rxa_afifo_offset=0x0; 	Address(0x30[7:0])
0x0030	0x00	// rxb_afifo_offset=0x0; 	Address(0x30[7:4])
0x0031	0x00	// rxc_afifo_offset=0x0; 	Address(0x31[7:0])
0x0031	0x00	// rxd_afifo_offset=0x0; 	Address(0x31[7:4])
0x0032	0x00	// fba_afifo_offset=0x0; 	Address(0x32[7:0])
0x0032	0x00	// fbc_afifo_offset=0x0; 	Address(0x32[7:4])

// END: Setting FIFO Pointers

0x0016	0x00	// jesd_subchip=0x0; 	Address(0x16[7:4])
0x0011	0x3f	// ec_ana=0x3f; 	Address(0x11[7:0])
0x0075	0x00	// Property_75h_7_7_76h_3_0=0x6; 	Address(0x75[7:7],0x76[7:0])
0x0076	0x03
0x0071	0x04	// Property_71h_2_1=0x2; 	Address(0x71[7:1])
0x0071	0x14	// Property_71h_4_4=0x1; 	Address(0x71[7:4])
0x0084	0x80	// Property_84h_7_6_85h_1_0=0xe; 	Address(0x84[7:6],0x85[7:0])
0x0085	0x03
0x0011	0x00	// ec_ana=0x0; 	Address(0x11[7:0])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x086b		// Read: 0x00
0x086a		// Read: 0x00
0x0869		// Read: 0x00
0x0868		// Read: 0x00

// Read	Property_848h_31_0=0x0; 	Address(0x868[7:0],0x869[7:0],0x86a[7:0],0x86b[7:0],0x86c[7:0])

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x124; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x24
0x0193	0x72	// MACRO_OPCODE=0x72; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x01	// MACRO_OPERAND_REG0=0x1000600; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x06
0x00a0	0x00
0x00a7	0x09	// MACRO_OPERAND_REG1=0x9040302; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x04
0x00a5	0x03
0x00a4	0x02
0x0193	0x71	// MACRO_OPCODE=0x71; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0011	0x3f	// ec_ana=0x3f; 	Address(0x11[7:0])
0x0060	0x01	// Property_60h_0_0=0x1; 	Address(0x60[7:0])
0x0060	0x00	// Property_60h_0_0=0x0; 	Address(0x60[7:0])
0x0011	0x00	// ec_ana=0x0; 	Address(0x11[7:0])
0x0013	0x0f	// txdh=0xf; 	Address(0x13[7:0])
0x015a	0x02	// Property_138h_17_17=0x1; 	Address(0x15a[7:1])
0x0013	0x00	// txdh=0x0; 	Address(0x13[7:0])

// START: Setting TDD Pin Override values.

0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x0f	// Property_c4h_11_8=0xf; 	Address(0xe5[7:0])

// END: Setting TDD Pin Override values.


// START: DAC Analog Writes

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0013	0x0f	// txdh=0xf; 	Address(0x13[7:0])
0x015a	0x22	// Property_138h_21_21=0x1; 	Address(0x15a[7:5])
0x01bd	0x00	// Property_19ch_15_0=0x1; 	Address(0x1bc[7:0],0x1bd[7:0],0x1be[7:0])
0x01bc	0x01
0x0070	0x27	// Property_50h_5_0=0x27; 	Address(0x70[7:0])
0x0071	0x27	// Property_50h_13_8=0x27; 	Address(0x71[7:0])
0x0072	0x27	// Property_50h_21_16=0x27; 	Address(0x72[7:0])
0x0074	0x27	// Property_54h_5_0=0x27; 	Address(0x74[7:0])
0x0075	0x27	// Property_54h_13_8=0x27; 	Address(0x75[7:0])
0x0076	0x27	// Property_54h_21_16=0x27; 	Address(0x76[7:0])
0x0078	0x27	// Property_58h_5_0=0x27; 	Address(0x78[7:0])
0x0079	0x27	// Property_58h_13_8=0x27; 	Address(0x79[7:0])
0x007a	0x27	// Property_58h_21_16=0x27; 	Address(0x7a[7:0])
0x015a	0x26	// Property_138h_18_18=0x1; 	Address(0x15a[7:2])
0x015a	0x26	// Property_138h_18_18=0x1; 	Address(0x15a[7:2])
0x0025	0x00	// Property_4h_8_8=0x0; 	Address(0x25[7:0])
0x015a	0x27	// Property_138h_16_16=0x1; 	Address(0x15a[7:0])
0x015a	0x27	// Property_138h_16_16=0x1; 	Address(0x15a[7:0])
0x015a	0x27	// Property_138h_16_16=0x1; 	Address(0x15a[7:0])
0x015a	0x27	// Property_138h_16_16=0x1; 	Address(0x15a[7:0])
0x015a	0x27	// Property_138h_16_16=0x1; 	Address(0x15a[7:0])
0x0168	0x01	// Property_148h_0_0=0x1; 	Address(0x168[7:0])
0x017c	0x01	// Property_15ch_0_0=0x1; 	Address(0x17c[7:0])
0x01b1	0x00	// Property_190h_15_0=0x10; 	Address(0x1b0[7:0],0x1b1[7:0],0x1b2[7:0])
0x01b0	0x10
0x0158	0x01	// Property_138h_0_0=0x1; 	Address(0x158[7:0])
0x0159	0x01	// Property_138h_8_8=0x1; 	Address(0x159[7:0])
0x0158	0x01	// Property_138h_0_0=0x1; 	Address(0x158[7:0])
0x0159	0x01	// Property_138h_8_8=0x1; 	Address(0x159[7:0])
0x0158	0x01	// Property_138h_0_0=0x1; 	Address(0x158[7:0])
0x0159	0x01	// Property_138h_8_8=0x1; 	Address(0x159[7:0])
0x0158	0x01	// Property_138h_0_0=0x1; 	Address(0x158[7:0])
0x0159	0x01	// Property_138h_8_8=0x1; 	Address(0x159[7:0])
0x0177	0x00	// Property_154h_31_0_158h_3_0=0x4000f80c0; 	Address(0x174[7:0],0x175[7:0],0x176[7:0],0x177[7:0],0x178[7:0],0x178[7:0])
0x0176	0x0f
0x0175	0x80
0x0174	0xc0
0x0178	0x04
0x018b	0x00	// Property_168h_31_0_16ch_3_0=0x4000f80c0; 	Address(0x188[7:0],0x189[7:0],0x18a[7:0],0x18b[7:0],0x18c[7:0],0x18c[7:0])
0x018a	0x0f
0x0189	0x80
0x0188	0xc0
0x018c	0x04
0x011a	0x00	// Property_f8h_20_0=0x0; 	Address(0x118[4:0],0x119[4:0],0x11a[7:0])
0x0119	0x00
0x0118	0x00
0x0126	0x00	// Property_104h_20_0=0x0; 	Address(0x124[4:0],0x125[4:0],0x126[7:0])
0x0125	0x00
0x0124	0x00
0x01c5	0x3d	// Property_1a4h_15_0=0x3de0; 	Address(0x1c4[7:0],0x1c5[7:0],0x1c6[7:0])
0x01c4	0xe0
0x0029	0x00	// Property_8h_8_8=0x0; 	Address(0x29[7:0])
0x018e	0x01	// Property_16ch_16_16=0x1; 	Address(0x18e[7:0])
0x0112	0x00	// Property_f0h_18_0=0x0; 	Address(0x110[2:0],0x111[2:0],0x112[7:0])
0x0111	0x00
0x0110	0x00
0x0151	0x0e	// Property_130h_15_0=0xe40; 	Address(0x150[7:0],0x151[7:0],0x152[7:0])
0x0150	0x40
0x01ad	0x00	// Property_18ch_15_0=0x0; 	Address(0x1ac[7:0],0x1ad[7:0],0x1ae[7:0])
0x01ac	0x00
0x0162	0x00	// Property_140h_19_16=0x0; 	Address(0x162[7:0])
0x0163	0x00	// Property_140h_27_24=0x0; 	Address(0x163[7:0])
0x0013	0x00	// txdh=0x0; 	Address(0x13[7:0])
0x0013	0x01	// txdh=0x1; 	Address(0x13[7:0])
0x0133	0x00	// Property_110h_31_0_114h_14_0=0x1fe0; 	Address(0x130[7:0],0x131[7:0],0x132[7:0],0x133[7:0],0x134[7:0],0x134[6:0],0x135[7:0])
0x0132	0x00
0x0131	0x1f
0x0130	0xe0
0x0135	0x00
0x0134	0x00
0x0013	0x02	// txdh=0x2; 	Address(0x13[7:0])
0x0133	0x00	// Property_110h_31_0_114h_14_0=0x1fe0; 	Address(0x130[7:0],0x131[7:0],0x132[7:0],0x133[7:0],0x134[7:0],0x134[6:0],0x135[7:0])
0x0132	0x00
0x0131	0x1f
0x0130	0xe0
0x0135	0x00
0x0134	0x00
0x0013	0x04	// txdh=0x4; 	Address(0x13[7:0])
0x0133	0x00	// Property_110h_31_0_114h_14_0=0x1fe0; 	Address(0x130[7:0],0x131[7:0],0x132[7:0],0x133[7:0],0x134[7:0],0x134[6:0],0x135[7:0])
0x0132	0x00
0x0131	0x1f
0x0130	0xe0
0x0135	0x00
0x0134	0x00
0x0013	0x08	// txdh=0x8; 	Address(0x13[7:0])
0x0133	0x00	// Property_110h_31_0_114h_14_0=0x1fe0; 	Address(0x130[7:0],0x131[7:0],0x132[7:0],0x133[7:0],0x134[7:0],0x134[6:0],0x135[7:0])
0x0132	0x00
0x0131	0x1f
0x0130	0xe0
0x0135	0x00
0x0134	0x00

// START: Requesting/releasing SPI Access to PLL Pages

0x0013	0x00	// txdh=0x0; 	Address(0x13[7:0])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x01	// pll_reg_spi_req_a=0x1; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

WAIT 0.1

0x0171		// Read: 0x00

// Read	pll_reg_spi_a_ack=0x0(Meaning: );; 	Address(0x171[7:0])


// END: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0014	0xff	// txcalib=0xff; 	Address(0x14[7:0],0x15[7:0])
0x0119	0x00	// Property_f8h_15_0=0x1; 	Address(0x118[7:0],0x119[7:0],0x11a[7:0])
0x0118	0x01
0x0119	0x00	// Property_f8h_15_0=0x0; 	Address(0x118[7:0],0x119[7:0],0x11a[7:0])
0x0118	0x00

// START: Requesting/releasing SPI Access to PLL Pages

0x0014	0x00	// txcalib=0x0; 	Address(0x14[7:0],0x15[7:0])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x00	// pll_reg_spi_req_a=0x0; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

// END: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0019	0xf0	// txdig=0xf; 	Address(0x19[7:4])
0x07d3	0x01	// EnDacDataRandomization=0x1; 	Address(0x7d3[7:0])
0x0019	0x00	// txdig=0x0; 	Address(0x19[7:4])
0x0019	0x10	// txdig=0x1; 	Address(0x19[7:4])
0x0320	0x00	// Property_300h_3_0=0x0; 	Address(0x320[7:0])
0x0019	0x20	// txdig=0x2; 	Address(0x19[7:4])
0x0320	0x00	// Property_300h_3_0=0x0; 	Address(0x320[7:0])
0x0019	0x40	// txdig=0x4; 	Address(0x19[7:4])
0x0320	0x00	// Property_300h_3_0=0x0; 	Address(0x320[7:0])
0x0019	0x80	// txdig=0x8; 	Address(0x19[7:4])
0x0320	0x00	// Property_300h_3_0=0x0; 	Address(0x320[7:0])
0x0019	0x00	// txdig=0x0; 	Address(0x19[7:4])
0x0013	0x01	// txdh=0x1; 	Address(0x13[7:0])
0x0107	0xf0	// Property_e4h_31_0_e8h_19_0=0x10000f0000040; 	Address(0x104[7:0],0x105[7:0],0x106[7:0],0x107[7:0],0x108[7:0],0x108[3:0],0x109[3:0],0x10a[7:0])
0x0106	0x00
0x0105	0x00
0x0104	0x40
0x010a	0x01
0x0109	0x00
0x0108	0x00
0x0013	0x02	// txdh=0x2; 	Address(0x13[7:0])
0x0107	0xf0	// Property_e4h_31_0_e8h_19_0=0x10000f0000040; 	Address(0x104[7:0],0x105[7:0],0x106[7:0],0x107[7:0],0x108[7:0],0x108[3:0],0x109[3:0],0x10a[7:0])
0x0106	0x00
0x0105	0x00
0x0104	0x40
0x010a	0x01
0x0109	0x00
0x0108	0x00
0x0013	0x04	// txdh=0x4; 	Address(0x13[7:0])
0x0107	0x00	// Property_e4h_31_0_e8h_19_0=0x1000000000040; 	Address(0x104[7:0],0x105[7:0],0x106[7:0],0x107[7:0],0x108[7:0],0x108[3:0],0x109[3:0],0x10a[7:0])
0x0106	0x00
0x0105	0x00
0x0104	0x40
0x010a	0x01
0x0109	0x00
0x0108	0x00
0x0013	0x08	// txdh=0x8; 	Address(0x13[7:0])
0x0107	0x00	// Property_e4h_31_0_e8h_19_0=0x1000000000040; 	Address(0x104[7:0],0x105[7:0],0x106[7:0],0x107[7:0],0x108[7:0],0x108[3:0],0x109[3:0],0x10a[7:0])
0x0106	0x00
0x0105	0x00
0x0104	0x40
0x010a	0x01
0x0109	0x00
0x0108	0x00
0x0013	0x0f	// txdh=0xf; 	Address(0x13[7:0])
0x0024	0x00	// Property_4h_1_0=0x0; 	Address(0x24[7:0])
0x0013	0x00	// txdh=0x0; 	Address(0x13[7:0])
0x0019	0xf0	// txdig=0xf; 	Address(0x19[7:4])
0x030c	0x01	// Property_2ech_0_0=0x1; 	Address(0x30c[7:0])
0x0019	0x00	// txdig=0x0; 	Address(0x19[7:4])
0x0013	0x0f	// txdh=0xf; 	Address(0x13[7:0])
0x011a	0x00	// Property_f8h_20_0=0x2000; 	Address(0x118[4:0],0x119[4:0],0x11a[7:0])
0x0119	0x20
0x0118	0x00
0x0126	0x00	// Property_104h_20_0=0x2000; 	Address(0x124[4:0],0x125[4:0],0x126[7:0])
0x0125	0x20
0x0124	0x00
0x0013	0x00	// txdh=0x0; 	Address(0x13[7:0])
0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x00fd	0x01	// Property_dch_15_0=0x180; 	Address(0xfc[7:0],0xfd[7:0],0xfe[7:0])
0x00fc	0x80
0x0101	0x01	// Property_e0h_15_0=0x180; 	Address(0x100[7:0],0x101[7:0],0x102[7:0])
0x0100	0x80
0x019d	0x01	// Property_17ch_15_0=0x180; 	Address(0x19c[7:0],0x19d[7:0],0x19e[7:0])
0x019c	0x80
0x01a1	0x01	// Property_180h_15_0=0x180; 	Address(0x1a0[7:0],0x1a1[7:0],0x1a2[7:0])
0x01a0	0x80
0x023d	0x01	// Property_21ch_15_0=0x180; 	Address(0x23c[7:0],0x23d[7:0],0x23e[7:0])
0x023c	0x80
0x0241	0x01	// Property_220h_15_0=0x180; 	Address(0x240[7:0],0x241[7:0],0x242[7:0])
0x0240	0x80
0x02dd	0x01	// Property_2bch_15_0=0x180; 	Address(0x2dc[7:0],0x2dd[7:0],0x2de[7:0])
0x02dc	0x80
0x02e1	0x01	// Property_2c0h_15_0=0x180; 	Address(0x2e0[7:0],0x2e1[7:0],0x2e2[7:0])
0x02e0	0x80
0x0135	0x0c	// Property_114h_15_0=0xc00; 	Address(0x134[7:0],0x135[7:0],0x136[7:0])
0x0134	0x00
0x01d5	0x0c	// Property_1b4h_15_0=0xc00; 	Address(0x1d4[7:0],0x1d5[7:0],0x1d6[7:0])
0x01d4	0x00
0x0275	0x0c	// Property_254h_15_0=0xc00; 	Address(0x274[7:0],0x275[7:0],0x276[7:0])
0x0274	0x00
0x0315	0x0c	// Property_2f4h_15_0=0xc00; 	Address(0x314[7:0],0x315[7:0],0x316[7:0])
0x0314	0x00
0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0013	0x0f	// txdh=0xf; 	Address(0x13[7:0])
0x0167	0x02	// Property_144h_27_0=0x2000000; 	Address(0x164[3:0],0x165[3:0],0x166[3:0],0x167[7:0])
0x0166	0x00
0x0165	0x00
0x0164	0x00
0x01b1	0x00	// Property_190h_15_0=0x30; 	Address(0x1b0[7:0],0x1b1[7:0],0x1b2[7:0])
0x01b0	0x30
0x0112	0x01	// Property_f0h_18_0=0x10000; 	Address(0x110[2:0],0x111[2:0],0x112[7:0])
0x0111	0x00
0x0110	0x00
0x0013	0x00	// txdh=0x0; 	Address(0x13[7:0])
0x0013	0x01	// txdh=0x1; 	Address(0x13[7:0])
0x01b9	0x40	// Property_198h_15_0=0x4000; 	Address(0x1b8[7:0],0x1b9[7:0],0x1ba[7:0])
0x01b8	0x00
0x0013	0x02	// txdh=0x2; 	Address(0x13[7:0])
0x01b9	0x40	// Property_198h_15_0=0x4000; 	Address(0x1b8[7:0],0x1b9[7:0],0x1ba[7:0])
0x01b8	0x00
0x0013	0x00	// txdh=0x0; 	Address(0x13[7:0])
0x0019	0xf0	// txdig=0xf; 	Address(0x19[7:4])
0x07b2	0x00	// rf_droop_comp_bypass=0x0; 	Address(0x7b2[7:0])
0x07b0	0x1c	// rf_headroom_band0=0x1c; 	Address(0x7b0[7:0])
0x07b1	0x1c	// rf_headroom_band1=0x1c; 	Address(0x7b1[7:0])
0x0019	0x00	// txdig=0x0; 	Address(0x19[7:4])

// END: DAC Analog Writes

0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x0a	// MACRO_OPERAND_REG0=0xa101014; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x10
0x00a1	0x10
0x00a0	0x14
0x00a7	0x1f	// MACRO_OPERAND_REG1=0x1f010100; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x01
0x00a5	0x01
0x00a4	0x00
0x00ab	0x03	// MACRO_OPERAND_REG2=0x303041f; 	Address(0xa8[7:0],0xa9[7:0],0xaa[7:0],0xab[7:0],0xac[7:0])
0x00aa	0x03
0x00a9	0x04
0x00a8	0x1f
0x00af	0x00	// MACRO_OPERAND_REG3=0x101; 	Address(0xac[7:0],0xad[7:0],0xae[7:0],0xaf[7:0],0xb0[7:0])
0x00ae	0x00
0x00ad	0x01
0x00ac	0x01
0x0193	0x88	// MACRO_OPCODE=0x88; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x0; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x0193	0x90	// MACRO_OPCODE=0x90; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1f96	0x00
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1bd4	0x10
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x1; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x01
0x0193	0x90	// MACRO_OPCODE=0x90; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])


// START: Configuring AUX ADC

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x00c0	0xc1	// Property_a0h_6_6=0x1; 	Address(0xc0[7:6])
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0500	0x01	// Property_4e0h_0_0=0x1; 	Address(0x500[7:0])
0x0500	0x01	// Property_4e0h_1_1=0x0; 	Address(0x500[7:1])
0x0500	0x09	// Property_4e0h_3_3=0x1; 	Address(0x500[7:3])
0x0506	0x01	// Property_4e4h_16_16=0x1; 	Address(0x506[7:0])
0x0502	0x00	// Property_4e0h_23_21=0x0; 	Address(0x502[7:5])
0x0502	0x00	// Property_4e0h_20_18=0x0; 	Address(0x502[7:2])
0x0501	0x08	// Property_4e0h_12_11=0x1; 	Address(0x501[7:3])
0x0501	0x0a	// Property_4e0h_10_8=0x2; 	Address(0x501[7:0])
0x0508	0x00	// Property_4e8h_5_5=0x0; 	Address(0x508[7:5])
0x0505	0xa0	// Property_4e4h_15_13=0x5; 	Address(0x505[7:5])
0x0505	0xa1	// Property_4e4h_9_8=0x1; 	Address(0x505[7:0])
0x0506	0x05	// Property_4e4h_18_17=0x2; 	Address(0x506[7:1])
0x0506	0x15	// Property_4e4h_20_19=0x2; 	Address(0x506[7:3])
0x0506	0x15	// Property_4e4h_23_21=0x0; 	Address(0x506[7:5])
0x0505	0xa1	// Property_4e4h_12_10=0x0; 	Address(0x505[7:2])
0x0508	0x00	// Property_4e8h_6_6=0x0; 	Address(0x508[7:6])
0x0508	0x00	// Property_4e8h_4_4=0x0; 	Address(0x508[7:4])
0x0503	0x00	// Property_4e0h_31_30=0x0; 	Address(0x503[7:6])
0x0502	0x00	// Property_4e0h_17_16=0x0; 	Address(0x502[7:0])
0x0500	0x01	// Property_4e0h_3_3=0x0; 	Address(0x500[7:3])
0x0500	0x03	// Property_4e0h_1_1=0x1; 	Address(0x500[7:1])

// END: Configuring AUX ADC

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])

// START: Setting TDD Pin Override values.

0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x0f	// Property_cch_11_8=0xf; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])

// END: Setting TDD Pin Override values.

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0011	0x3f	// ec_ana=0x3f; 	Address(0x11[7:0])
0x0063	0x80	// Property_63h_7_7=0x1; 	Address(0x63[7:7])
0x0067	0x10	// Property_67h_4_4=0x1; 	Address(0x67[7:4])
0x0077	0x0c	// Property_77h_5_1=0x6; 	Address(0x77[7:1])
0x0076	0x53	// Property_76h_6_4=0x5; 	Address(0x76[7:4])
0x0082	0x80	// Property_82h_7_6=0x2; 	Address(0x82[7:6])
0x0082	0xa0	// Property_82h_5_3=0x4; 	Address(0x82[7:3])
0x0081	0x30	// Property_81h_5_4=0x3; 	Address(0x81[7:4])
0x0086	0xc0	// Property_86h_7_5_87h_0_0=0xe; 	Address(0x86[7:5],0x87[7:0])
0x0087	0x01
0x0084	0x85	// Property_84h_2_0=0x5; 	Address(0x84[7:0])
0x0087	0x05	// Property_87h_2_1=0x2; 	Address(0x87[7:1])
0x00f9	0x00	// Property_f9h_7_7_fah_2_0=0xc; 	Address(0xf9[7:7],0xfa[7:0])
0x00fa	0x06
0x00e8	0x80	// Property_e8h_7_5=0x4; 	Address(0xe8[7:5])
0x014e	0x01	// Property_14eh_2_0=0x1; 	Address(0x14e[7:0])
0x014d	0x1c	// Property_14dh_4_2=0x7; 	Address(0x14d[7:2])
0x014c	0x20	// Property_14ch_5_3=0x4; 	Address(0x14c[7:3])
0x0138	0x18	// Property_138h_5_3=0x3; 	Address(0x138[7:3])
0x013e	0x40	// Property_13eh_6_6=0x1; 	Address(0x13e[7:6])
0x004a	0x60	// Property_4ah_6_4=0x6; 	Address(0x4a[7:4])
0x0049	0x80	// Property_49h_7_6_4ah_0_0=0x6; 	Address(0x49[7:6],0x4a[7:0])
0x004a	0x61
0x00c2	0xc0	// Property_c2h_7_5=0x6; 	Address(0xc2[7:5])
0x00c1	0x60	// Property_c1h_6_4=0x6; 	Address(0xc1[7:4])
0x00b6	0x0c	// Property_b6h_3_2=0x3; 	Address(0xb6[7:2])
0x004f	0x0c	// Property_4fh_3_2=0x3; 	Address(0x4f[7:2])
0x012e	0x80	// Property_12eh_7_7_12fh_1_0=0x7; 	Address(0x12e[7:7],0x12f[7:0])
0x012f	0x03
0x012e	0xf0	// Property_12eh_6_4=0x7; 	Address(0x12e[7:4])
0x012f	0x03	// Property_12fh_3_2=0x0; 	Address(0x12f[7:2])
0x0011	0x00	// ec_ana=0x0; 	Address(0x11[7:0])
0x0010	0x3f	// ec_dig=0x3f; 	Address(0x10[7:0])
0x00c1	0x5a	// Property_c1h_6_0=0x5a; 	Address(0xc1[7:0])
0x0078	0x60	// Property_78h_7_7=0x0; 	Address(0x78[7:7])
0x00c0	0x17	// Property_c0h_3_3=0x0; 	Address(0xc0[7:3])
0x00d5	0x00	// Property_d5h_1_0=0x0; 	Address(0xd5[7:0])
0x00d5	0x08	// Property_d5h_3_2=0x2; 	Address(0xd5[7:2])
0x0150	0x30	// Property_150h_3_3=0x0; 	Address(0x150[7:3])
0x00f8	0x51	// Property_f8h_7_0_f9h_7_0_fah_7_0_fbh_7_0_fch_7_0=0xa8c0c5051; 	Address(0xf8[7:0],0xf9[7:0],0xf9[7:0],0xfa[7:0],0xfa[7:0],0xfb[7:0],0xfb[7:0],0xfc[7:0],0xfc[7:0],0xfd[7:0])
0x00f9	0x50
0x00fa	0x0c
0x00fb	0x8c
0x00fc	0x0a
0x0168	0x02	// Property_168h_1_1=0x1; 	Address(0x168[7:1])
0x00ef	0x08	// Property_efh_6_6=0x0; 	Address(0xef[7:6])
0x0178	0x71	// Property_178h_4_4=0x1; 	Address(0x178[7:4])
0x0075	0xb5	// Property_75h_4_4=0x1; 	Address(0x75[7:4])
0x0168	0x06	// Property_168h_2_2=0x1; 	Address(0x168[7:2])
0x0168	0x02	// Property_168h_2_2=0x0; 	Address(0x168[7:2])
0x0169	0xbb	// Property_169h_3_0=0xb; 	Address(0x169[7:0])
0x0074	0x7a	// Property_74h_7_7=0x0; 	Address(0x74[7:7])
0x013c	0xfe	// Property_13ch_7_0_13dh_7_0_13eh_7_0=0x6bfffe; 	Address(0x13c[7:0],0x13d[7:0],0x13d[7:0],0x13e[7:0],0x13e[7:0],0x13f[7:0])
0x013d	0xff
0x013e	0x6b
0x0124	0xfe	// Property_124h_7_0_125h_7_0_126h_7_0=0x6bfffe; 	Address(0x124[7:0],0x125[7:0],0x125[7:0],0x126[7:0],0x126[7:0],0x127[7:0])
0x0125	0xff
0x0126	0x6b
0x0129	0x24	// Property_129h_2_0=0x4; 	Address(0x129[7:0])
0x0130	0x76	// Property_130h_2_2=0x1; 	Address(0x130[7:2])
0x0130	0x7e	// Property_130h_3_3=0x1; 	Address(0x130[7:3])
0x0010	0x0f	// ec_dig=0xf; 	Address(0x10[7:0])
0x0044	0x01	// Property_44h_0_0=0x1; 	Address(0x44[7:0])
0x003c	0x01	// Property_3ch_0_0=0x1; 	Address(0x3c[7:0])
0x003c	0x00	// Property_3ch_0_0=0x0; 	Address(0x3c[7:0])
0x0044	0x00	// Property_44h_0_0=0x0; 	Address(0x44[7:0])
0x00e8	0x00	// Property_e8h_0_0=0x0; 	Address(0xe8[7:0])
0x00e8	0x01	// Property_e8h_0_0=0x1; 	Address(0xe8[7:0])
0x0010	0x00	// ec_dig=0x0; 	Address(0x10[7:0])
0x0015	0x04	// rx=0x1; 	Address(0x15[7:2])
0x0063	0x00	// Property_40h_31_0=0x40000; 	Address(0x60[7:0],0x61[7:0],0x62[7:0],0x63[7:0],0x64[7:0])
0x0062	0x04
0x0061	0x00
0x0060	0x00
0x0038	0xb0
0x0028	0x04
0x0015	0x08	// rx=0x2; 	Address(0x15[7:2])
0x0063	0x00	// Property_40h_31_0=0x40000; 	Address(0x60[7:0],0x61[7:0],0x62[7:0],0x63[7:0],0x64[7:0])
0x0062	0x04
0x0061	0x00
0x0060	0x00
0x0038	0xb0
0x0028	0x04
0x0015	0x00	// rx=0x0; 	Address(0x15[7:2])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x006b	0x00	// Property_48h_31_0=0x8; 	Address(0x68[7:0],0x69[7:0],0x6a[7:0],0x6b[7:0],0x6c[7:0])
0x006a	0x00
0x0069	0x00
0x0068	0x08
0x0067	0x00	// Property_44h_31_0=0x4000; 	Address(0x64[7:0],0x65[7:0],0x66[7:0],0x67[7:0],0x68[7:0])
0x0066	0x00
0x0065	0x40
0x0064	0x00
0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])
0x0012	0x0f	// rxdig=0xf; 	Address(0x12[7:0])
0x20f4	0x32	// DSAGainRange0=0x32; 	Address(0x20f4[7:0])
0x20f5	0x32	// DSAGainRange1=0x32; 	Address(0x20f5[7:0])
0x20f6	0x32	// DSAGainRange2=0x32; 	Address(0x20f6[7:0])
0x20f7	0x32	// DSAGainRange3=0x32; 	Address(0x20f7[7:0])
0x20f8	0x32	// DSAGainRange4=0x32; 	Address(0x20f8[7:0])
0x20f9	0x32	// DSAGainRange5=0x32; 	Address(0x20f9[7:0])
0x0012	0x00	// rxdig=0x0; 	Address(0x12[7:0])
0x0012	0x30	// fbdig=0x3; 	Address(0x12[7:4])
0x20f4	0x32	// DSAGainRange0=0x32; 	Address(0x20f4[7:0])
0x20f5	0x32	// DSAGainRange1=0x32; 	Address(0x20f5[7:0])
0x20f6	0x32	// DSAGainRange2=0x32; 	Address(0x20f6[7:0])
0x20f7	0x32	// DSAGainRange3=0x32; 	Address(0x20f7[7:0])
0x20f8	0x32	// DSAGainRange4=0x32; 	Address(0x20f8[7:0])
0x20f9	0x32	// DSAGainRange5=0x32; 	Address(0x20f9[7:0])
0x0012	0x00	// fbdig=0x0; 	Address(0x12[7:4])

// START: Setting TDD Pin Override values.

0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x03	// Property_d4h_9_8=0x3; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])

// END: Setting TDD Pin Override values.

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0010	0x30	// ec_dig=0x30; 	Address(0x10[7:0])
0x0044	0x01	// Property_44h_0_0=0x1; 	Address(0x44[7:0])
0x003c	0x01	// Property_3ch_0_0=0x1; 	Address(0x3c[7:0])
0x003c	0x00	// Property_3ch_0_0=0x0; 	Address(0x3c[7:0])
0x0044	0x00	// Property_44h_0_0=0x0; 	Address(0x44[7:0])
0x00e8	0x00	// Property_e8h_0_0=0x0; 	Address(0xe8[7:0])
0x00e8	0x01	// Property_e8h_0_0=0x1; 	Address(0xe8[7:0])
0x0010	0x00	// ec_dig=0x0; 	Address(0x10[7:0])

// START: PLL Ana Trims


// START: Requesting/releasing SPI Access to PLL Pages

0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x01	// pll_reg_spi_req_a=0x1; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

WAIT 0.1

0x0171		// Read: 0x00

// Read	pll_reg_spi_a_ack=0x0(Meaning: );; 	Address(0x171[7:0])


// END: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x005e	0x01	// Property_3ch_16_16=0x1; 	Address(0x5e[7:0])
0x005d	0xe0	// Property_3ch_15_13=0x7; 	Address(0x5d[7:5])

// START: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x00	// pll_reg_spi_req_a=0x0; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

// END: Requesting/releasing SPI Access to PLL Pages

0x050f	0x00	// Property_4ech_31_0=0xc0000; 	Address(0x50c[7:0],0x50d[7:0],0x50e[7:0],0x50f[7:0],0x510[7:0])
0x050e	0x0c
0x050d	0x00
0x050c	0x00
0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x00bb	0x00	// Property_98h_31_0=0x0; 	Address(0xb8[7:0],0xb9[7:0],0xba[7:0],0xbb[7:0],0xbc[7:0])
0x00ba	0x00
0x00b9	0x00
0x00b8	0x00
0x00bb	0x00	// Property_98h_31_0=0x8000; 	Address(0xb8[7:0],0xb9[7:0],0xba[7:0],0xbb[7:0],0xbc[7:0])
0x00ba	0x00
0x00b9	0x80
0x00b8	0x00
0x00bb	0x00	// Property_98h_31_0=0x0; 	Address(0xb8[7:0],0xb9[7:0],0xba[7:0],0xbb[7:0],0xbc[7:0])
0x00ba	0x00
0x00b9	0x00
0x00b8	0x00

// END: PLL Ana Trims

0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])

// START: Configuring JESD Muxes and Pointers


// START: Configuring JESD TX Lane Mux

0x0016	0x10	// jesd_subchip=0x1; 	Address(0x16[7:4])
0x0048	0x10	// txoctetpath0_sel=0x0; 	Address(0x48[7:0])
0x0048	0x10	// txoctetpath1_sel=0x1; 	Address(0x48[7:4])
0x0049	0x32	// txoctetpath2_sel=0x2; 	Address(0x49[7:0])
0x0049	0x32	// txoctetpath3_sel=0x3; 	Address(0x49[7:4])
0x004a	0x54	// txoctetpath4_sel=0x4; 	Address(0x4a[7:0])
0x004a	0x54	// txoctetpath5_sel=0x5; 	Address(0x4a[7:4])
0x004b	0x76	// txoctetpath6_sel=0x6; 	Address(0x4b[7:0])
0x004b	0x76	// txoctetpath7_sel=0x7; 	Address(0x4b[7:4])
0x004c	0x10	// txoctetpath0_clk_sel=0x0; 	Address(0x4c[7:0])
0x004c	0x10	// txoctetpath1_clk_sel=0x1; 	Address(0x4c[7:4])
0x004d	0x32	// txoctetpath2_clk_sel=0x2; 	Address(0x4d[7:0])
0x004d	0x32	// txoctetpath3_clk_sel=0x3; 	Address(0x4d[7:4])
0x004e	0x54	// txoctetpath4_clk_sel=0x4; 	Address(0x4e[7:0])
0x004e	0x54	// txoctetpath5_clk_sel=0x5; 	Address(0x4e[7:4])
0x004f	0x76	// txoctetpath6_clk_sel=0x6; 	Address(0x4f[7:0])
0x004f	0x76	// txoctetpath7_clk_sel=0x7; 	Address(0x4f[7:4])

// END: Configuring JESD TX Lane Mux


// START: Configuring JESD RX Lane Mux

0x0068	0x10	// rxoctetpath0_sel=0x0; 	Address(0x68[7:0])
0x0068	0x10	// rxoctetpath1_sel=0x1; 	Address(0x68[7:4])
0x0069	0x32	// rxoctetpath2_sel=0x2; 	Address(0x69[7:0])
0x0069	0x32	// rxoctetpath3_sel=0x3; 	Address(0x69[7:4])
0x006a	0x54	// rxoctetpath4_sel=0x4; 	Address(0x6a[7:0])
0x006a	0x54	// rxoctetpath5_sel=0x5; 	Address(0x6a[7:4])
0x006b	0x76	// rxoctetpath6_sel=0x6; 	Address(0x6b[7:0])
0x006b	0x76	// rxoctetpath7_sel=0x7; 	Address(0x6b[7:4])
0x006c	0x10	// rxoctetpath0_clk_sel=0x0; 	Address(0x6c[7:0])
0x006c	0x10	// rxoctetpath1_clk_sel=0x1; 	Address(0x6c[7:4])
0x006d	0x32	// rxoctetpath2_clk_sel=0x2; 	Address(0x6d[7:0])
0x006d	0x32	// rxoctetpath3_clk_sel=0x3; 	Address(0x6d[7:4])
0x006e	0x54	// rxoctetpath4_clk_sel=0x4; 	Address(0x6e[7:0])
0x006e	0x54	// rxoctetpath5_clk_sel=0x5; 	Address(0x6e[7:4])
0x006f	0x76	// rxoctetpath6_clk_sel=0x6; 	Address(0x6f[7:0])
0x006f	0x76	// rxoctetpath7_clk_sel=0x7; 	Address(0x6f[7:4])

// END: Configuring JESD RX Lane Mux


// START: Configuring the DDC-JESD Data Muxes

0x0034	0x00	// mux_sel_rxa_b1_i_for_2r1f_ab=0x0; 	Address(0x34[7:0])
0x0034	0x00	// mux_sel_rxa_b1_q_for_2r1f_ab=0x0; 	Address(0x34[7:4])
0x0035	0x22	// mux_sel_rxa_b2_i_for_2r1f_ab=0x2; 	Address(0x35[7:0])
0x0035	0x22	// mux_sel_rxa_b2_q_for_2r1f_ab=0x2; 	Address(0x35[7:4])
0x0036	0x44	// mux_sel_rxb_b1_i_for_2r1f_ab=0x4; 	Address(0x36[7:0])
0x0036	0x44	// mux_sel_rxb_b1_q_for_2r1f_ab=0x4; 	Address(0x36[7:4])
0x0037	0x66	// mux_sel_rxb_b2_i_for_2r1f_ab=0x6; 	Address(0x37[7:0])
0x0037	0x66	// mux_sel_rxb_b2_q_for_2r1f_ab=0x6; 	Address(0x37[7:4])
0x0038	0x40	// mux_sel_rxc_b1_i_for_2r1f_ab=0x0; 	Address(0x38[7:0])
0x0038	0x00	// mux_sel_rxc_b1_q_for_2r1f_ab=0x0; 	Address(0x38[7:4])
0x0039	0x52	// mux_sel_rxc_b2_i_for_2r1f_ab=0x2; 	Address(0x39[7:0])
0x0039	0x22	// mux_sel_rxc_b2_q_for_2r1f_ab=0x2; 	Address(0x39[7:4])
0x003a	0x64	// mux_sel_rxd_b1_i_for_2r1f_ab=0x4; 	Address(0x3a[7:0])
0x003a	0x44	// mux_sel_rxd_b1_q_for_2r1f_ab=0x4; 	Address(0x3a[7:4])
0x003b	0x76	// mux_sel_rxd_b2_i_for_2r1f_ab=0x6; 	Address(0x3b[7:0])
0x003b	0x66	// mux_sel_rxd_b2_q_for_2r1f_ab=0x6; 	Address(0x3b[7:4])
0x0040	0x00	// mux_sel_rxc_b1_i_for_2r1f_cd=0x0; 	Address(0x40[7:0])
0x0040	0x00	// mux_sel_rxc_b1_q_for_2r1f_cd=0x0; 	Address(0x40[7:4])
0x0041	0x22	// mux_sel_rxc_b2_i_for_2r1f_cd=0x2; 	Address(0x41[7:0])
0x0041	0x22	// mux_sel_rxc_b2_q_for_2r1f_cd=0x2; 	Address(0x41[7:4])
0x0042	0x24	// mux_sel_rxd_b1_i_for_2r1f_cd=0x4; 	Address(0x42[7:0])
0x0042	0x44	// mux_sel_rxd_b1_q_for_2r1f_cd=0x4; 	Address(0x42[7:4])
0x0043	0x36	// mux_sel_rxd_b2_i_for_2r1f_cd=0x6; 	Address(0x43[7:0])
0x0043	0x66	// mux_sel_rxd_b2_q_for_2r1f_cd=0x6; 	Address(0x43[7:4])
0x0044	0x50	// mux_sel_fba_i0_for_2r1f_ab=0x0; 	Address(0x44[7:0])
0x0044	0x50	// mux_sel_fba_q0_for_2r1f_ab=0x0; 	Address(0x44[7:2])
0x0044	0x50	// mux_sel_fba_i1_for_2r1f_ab=0x1; 	Address(0x44[7:4])
0x0044	0x50	// mux_sel_fba_q1_for_2r1f_ab=0x1; 	Address(0x44[7:6])
0x0045	0xfa	// mux_sel_fbc_i0_for_2r1f_ab=0x2; 	Address(0x45[7:0])
0x0045	0xfa	// mux_sel_fbc_q0_for_2r1f_ab=0x2; 	Address(0x45[7:2])
0x0045	0xfa	// mux_sel_fbc_i1_for_2r1f_ab=0x3; 	Address(0x45[7:4])
0x0045	0xfa	// mux_sel_fbc_q1_for_2r1f_ab=0x3; 	Address(0x45[7:6])
0x0046	0xfa	// mux_sel_fba_i0_for_2r1f_cd=0x2; 	Address(0x46[7:0])
0x0046	0xfa	// mux_sel_fba_q0_for_2r1f_cd=0x2; 	Address(0x46[7:2])
0x0046	0xfa	// mux_sel_fba_i1_for_2r1f_cd=0x3; 	Address(0x46[7:4])
0x0046	0xfa	// mux_sel_fba_q1_for_2r1f_cd=0x3; 	Address(0x46[7:6])
0x0047	0x50	// mux_sel_fbc_i0_for_2r1f_cd=0x0; 	Address(0x47[7:0])
0x0047	0x50	// mux_sel_fbc_q0_for_2r1f_cd=0x0; 	Address(0x47[7:2])
0x0047	0x50	// mux_sel_fbc_i1_for_2r1f_cd=0x1; 	Address(0x47[7:4])
0x0047	0x50	// mux_sel_fbc_q1_for_2r1f_cd=0x1; 	Address(0x47[7:6])

// END: Configuring the DDC-JESD Data Muxes


// START: Configuring the JESD-DUC Data Muxes

0x00cc	0x00	// mux_sel_for_txa_b0_i=0x0; 	Address(0xcc[7:0])
0x00cc	0x00	// mux_sel_for_txa_b0_q=0x0; 	Address(0xcc[7:4])
0x00cd	0x11	// mux_sel_for_txa_b1_i=0x1; 	Address(0xcd[7:0])
0x00cd	0x11	// mux_sel_for_txa_b1_q=0x1; 	Address(0xcd[7:4])
0x00ce	0x22	// mux_sel_for_txb_b0_i=0x2; 	Address(0xce[7:0])
0x00ce	0x22	// mux_sel_for_txb_b0_q=0x2; 	Address(0xce[7:4])
0x00cf	0x33	// mux_sel_for_txb_b1_i=0x3; 	Address(0xcf[7:0])
0x00cf	0x33	// mux_sel_for_txb_b1_q=0x3; 	Address(0xcf[7:4])
0x00d0	0x44	// mux_sel_for_txc_b0_i=0x4; 	Address(0xd0[7:0])
0x00d0	0x44	// mux_sel_for_txc_b0_q=0x4; 	Address(0xd0[7:4])
0x00d1	0x55	// mux_sel_for_txc_b1_i=0x5; 	Address(0xd1[7:0])
0x00d1	0x55	// mux_sel_for_txc_b1_q=0x5; 	Address(0xd1[7:4])
0x00d2	0x66	// mux_sel_for_txd_b0_i=0x6; 	Address(0xd2[7:0])
0x00d2	0x66	// mux_sel_for_txd_b0_q=0x6; 	Address(0xd2[7:4])
0x00d3	0x77	// mux_sel_for_txd_b1_i=0x7; 	Address(0xd3[7:0])
0x00d3	0x77	// mux_sel_for_txd_b1_q=0x7; 	Address(0xd3[7:4])
0x0060	0x10	// mux_sel_for_txa_ctrl=0x0; 	Address(0x60[7:0])
0x0060	0x10	// mux_sel_for_txb_ctrl=0x1; 	Address(0x60[7:4])
0x0061	0x32	// mux_sel_for_txc_ctrl=0x2; 	Address(0x61[7:0])
0x0061	0x32	// mux_sel_for_txd_ctrl=0x3; 	Address(0x61[7:4])
0x00bc	0xe4	// tdd_tx_on_a_2t_ab_mux_sel=0x0; 	Address(0xbc[7:0])
0x00bc	0xe4	// tdd_tx_on_b_2t_ab_mux_sel=0x1; 	Address(0xbc[7:2])
0x00bc	0xe4	// tdd_tx_on_c_2t_ab_mux_sel=0x2; 	Address(0xbc[7:4])
0x00bc	0xe4	// tdd_tx_on_d_2t_ab_mux_sel=0x3; 	Address(0xbc[7:6])
0x00be	0x4e	// tdd_tx_on_a_2t_cd_mux_sel=0x2; 	Address(0xbe[7:0])
0x00be	0x4e	// tdd_tx_on_b_2t_cd_mux_sel=0x3; 	Address(0xbe[7:2])
0x00be	0x6e	// tdd_tx_on_c_2t_cd_mux_sel=0x2; 	Address(0xbe[7:4])
0x00be	0xee	// tdd_tx_on_d_2t_cd_mux_sel=0x3; 	Address(0xbe[7:6])

// END: Configuring the JESD-DUC Data Muxes


// START: Configuring JESD TX Sync Mux

0x0054	0x00	// adc_jesd_sync_n0_mux_sel=0x0; 	Address(0x54[7:0])
0x0054	0x00	// adc_jesd_sync_n1_mux_sel=0x0; 	Address(0x54[7:4])
0x0055	0x30	// adc_jesd_sync_n2_mux_sel=0x0; 	Address(0x55[7:0])
0x0055	0x00	// adc_jesd_sync_n3_mux_sel=0x0; 	Address(0x55[7:4])
0x0056	0x50	// adc_jesd_sync_n4_mux_sel=0x0; 	Address(0x56[7:0])
0x0056	0x00	// adc_jesd_sync_n5_mux_sel=0x0; 	Address(0x56[7:4])

// END: Configuring JESD TX Sync Mux


// START: Configuring JESD RX Sync Mux

0x00ca	0xe4	// dac_jesd_sync_n0_mux_sel=0x0; 	Address(0xca[7:0])
0x00ca	0xe0	// dac_jesd_sync_n1_mux_sel=0x0; 	Address(0xca[7:2])
0x00ca	0xc0	// dac_jesd_sync_n2_mux_sel=0x0; 	Address(0xca[7:4])
0x00ca	0x00	// dac_jesd_sync_n3_mux_sel=0x0; 	Address(0xca[7:6])

// END: Configuring JESD RX Sync Mux

0x009c	0x03	// rx_clk_dithered_mode_en=0x1; 	Address(0x9c[7:1])
0x009e	0x03	// fb_clk_dithered_mode_en=0x1; 	Address(0x9e[7:1])
0x009c	0x03	// rx_clk_disable=0x1; 	Address(0x9c[7:0])
0x00a0	0x02	// tx_clk_disable=0x0; 	Address(0xa0[7:0])
0x00a0	0x02	// tx_clk_dithered_mode_en=0x1; 	Address(0xa0[7:1])

// END: Configuring JESD Muxes and Pointers


// START: Setting JESD SyncB Pin Mode

0x0016	0x00	// jesd_subchip=0x0; 	Address(0x16[7:4])
0x0015	0x04	// rx=0x1; 	Address(0x15[7:2])
0x0067	0x18	// Property_44h_31_0=0x18000000; 	Address(0x64[7:0],0x65[7:0],0x66[7:0],0x67[7:0],0x68[7:0])
0x0066	0x00
0x0065	0x00
0x0064	0x00
0x0015	0x08	// rx=0x2; 	Address(0x15[7:2])
0x0067	0x18	// Property_44h_31_0=0x18000000; 	Address(0x64[7:0],0x65[7:0],0x66[7:0],0x67[7:0],0x68[7:0])
0x0066	0x00
0x0065	0x00
0x0064	0x00

// END: Setting JESD SyncB Pin Mode

0x0015	0x00	// rx=0x0; 	Address(0x15[7:2])

// START: Configuring ADC JESD TX

0x0016	0x01	// adc_jesd=0x1; 	Address(0x16[7:0])
0x006d	0x07	// link0_init_state=0x1; 	Address(0x6d[7:0])
0x006d	0x07	// link1_init_state=0x1; 	Address(0x6d[7:1])
0x006d	0x07	// link2_init_state=0x1; 	Address(0x6d[7:2])
0x0022	0x04	// sysref_jesd_mode=0x4; 	Address(0x22[7:0])
0x006f	0x02	// init_state_gearbox_spi_ovr=0x1; 	Address(0x6f[7:1])
0x006c	0x0f	// lane0_gearbox_init_state=0x1; 	Address(0x6c[7:0])
0x006c	0x0f	// lane1_gearbox_init_state=0x1; 	Address(0x6c[7:1])
0x006c	0x0f	// lane2_gearbox_init_state=0x1; 	Address(0x6c[7:2])
0x006c	0x0f	// lane3_gearbox_init_state=0x1; 	Address(0x6c[7:3])
0x006c	0x0e	// lane0_gearbox_init_state=0x0; 	Address(0x6c[7:0])
0x006c	0x0c	// lane1_gearbox_init_state=0x0; 	Address(0x6c[7:1])
0x006c	0x08	// lane2_gearbox_init_state=0x0; 	Address(0x6c[7:2])
0x006c	0x00	// lane3_gearbox_init_state=0x0; 	Address(0x6c[7:3])
0x006e	0x0f	// lane0_serdes_fifo_init_state=0x1; 	Address(0x6e[7:0])
0x006e	0x0f	// lane1_serdes_fifo_init_state=0x1; 	Address(0x6e[7:1])
0x006e	0x0f	// lane2_serdes_fifo_init_state=0x1; 	Address(0x6e[7:2])
0x006e	0x0f	// lane3_serdes_fifo_init_state=0x1; 	Address(0x6e[7:3])
0x005c	0x1f	// rx_root_clk_dither_en=0x1; 	Address(0x5c[7:0])
0x005c	0x1f	// fb_root_clk_dither_en=0x1; 	Address(0x5c[7:1])
0x005c	0x1b	// ddc_rd_clk_dither_en=0x0; 	Address(0x5c[7:2])
0x005c	0x13	// jesd_clk_dither_en=0x0; 	Address(0x5c[7:3])
0x005c	0x03	// jesd_clk_div2_dither_en=0x0; 	Address(0x5c[7:4])
0x0021	0x03	// jesd_system_mode=0x3; 	Address(0x21[7:0])
0x005d	0x01	// rx_adc_clk_sysref_mux=0x1; 	Address(0x5d[7:0])
0x005d	0x01	// fb_adc_clk_sysref_mux=0x0; 	Address(0x5d[7:1])
0x0024	0x0f	// jesd_clear_data=0xf; 	Address(0x24[7:0])
0x0069	0x88	// serdes_fifo_read_dly_lane0=0x8; 	Address(0x69[7:0])
0x0069	0x88	// serdes_fifo_read_dly_lane1=0x8; 	Address(0x69[7:4])
0x006a	0x88	// serdes_fifo_read_dly_lane2=0x8; 	Address(0x6a[7:0])
0x006a	0x88	// serdes_fifo_read_dly_lane3=0x8; 	Address(0x6a[7:4])
0x0040	0x01	// rx1_root_clk_div_m=0x1; 	Address(0x40[7:0])
0x0041	0x00	// rx1_root_clk_div_n_m1=0x0; 	Address(0x41[7:0])
0x0046	0x01	// ddc_rd_clk_rx1_div_m=0x1; 	Address(0x46[7:0])
0x0047	0x02	// ddc_rd_clk_rx1_div_n_m1=0x2; 	Address(0x47[7:0])
0x004c	0x01	// jesd_clk_rx1_div_m=0x1; 	Address(0x4c[7:0])
0x004d	0x02	// jesd_clk_rx1_div_n_m1=0x2; 	Address(0x4d[7:0])
0x0034	0x0a	// rx1_jesd_mode=0xa; 	Address(0x34[7:0])
0x0084	0x1f	// link0_k_m1=0x1f; 	Address(0x84[7:0],0x85[7:0])
0x0079	0x1f	// link0_ila_k_m1=0x1f; 	Address(0x79[7:0],0x7a[7:0])
0x0042	0x01	// rx2_root_clk_div_m=0x1; 	Address(0x42[7:0])
0x0043	0x00	// rx2_root_clk_div_n_m1=0x0; 	Address(0x43[7:0])
0x0048	0x01	// ddc_rd_clk_rx2_div_m=0x1; 	Address(0x48[7:0])
0x0049	0x02	// ddc_rd_clk_rx2_div_n_m1=0x2; 	Address(0x49[7:0])
0x004e	0x01	// jesd_clk_rx2_div_m=0x1; 	Address(0x4e[7:0])
0x004f	0x02	// jesd_clk_rx2_div_n_m1=0x2; 	Address(0x4f[7:0])
0x0035	0x0a	// rx2_jesd_mode=0xa; 	Address(0x35[7:0])
0x009c	0x1f	// link1_k_m1=0x1f; 	Address(0x9c[7:0],0x9d[7:0])
0x0091	0x1f	// link1_ila_k_m1=0x1f; 	Address(0x91[7:0],0x92[7:0])
0x0044	0x01	// fb_root_clk_div_m=0x1; 	Address(0x44[7:0])
0x0045	0x00	// fb_root_clk_div_n_m1=0x0; 	Address(0x45[7:0])
0x004a	0x01	// ddc_rd_clk_fb_div_m=0x1; 	Address(0x4a[7:0])
0x004b	0x02	// ddc_rd_clk_fb_div_n_m1=0x2; 	Address(0x4b[7:0])
0x0050	0x01	// jesd_clk_fb_div_m=0x1; 	Address(0x50[7:0])
0x0051	0x02	// jesd_clk_fb_div_n_m1=0x2; 	Address(0x51[7:0])
0x0036	0x18	// fb_jesd_mode=0x18; 	Address(0x36[7:0])
0x00b4	0x1f	// link2_k_m1=0x1f; 	Address(0xb4[7:0],0xb5[7:0])
0x00a9	0x1f	// link2_ila_k_m1=0x1f; 	Address(0xa9[7:0],0xaa[7:0])
0x0020	0x00	// jesd_std_sel=0x0; 	Address(0x20[7:0])
0x0077	0x81	// link0_scr=0x1; 	Address(0x77[7:7])
0x008f	0x81	// link1_scr=0x1; 	Address(0x8f[7:7])
0x00a7	0x81	// link2_scr=0x1; 	Address(0xa7[7:7])
0x0023	0x0f	// lane_ena=0xf; 	Address(0x23[7:0])
0x003c	0x02	// sel_rx1_jesd_mode_1s_2s_ovr=0x1; 	Address(0x3c[7:1])
0x003c	0x02	// sel_rx1_jesd_mode_1s_2s_val=0x0; 	Address(0x3c[7:0])
0x003c	0x0a	// sel_rx2_jesd_mode_1s_2s_ovr=0x1; 	Address(0x3c[7:3])
0x003c	0x0a	// sel_rx2_jesd_mode_1s_2s_val=0x0; 	Address(0x3c[7:2])
0x003c	0x2a	// sel_fb_jesd_mode_1s_2s_ovr=0x1; 	Address(0x3c[7:5])
0x003c	0x3a	// sel_fb_jesd_mode_1s_2s_val=0x1; 	Address(0x3c[7:4])
0x0083	0x01	// link0_jesd_ila_config_override=0x1; 	Address(0x83[7:0])
0x009b	0x01	// link1_jesd_ila_config_override=0x1; 	Address(0x9b[7:0])
0x00b2	0x80	// link2_jesd_ila_config_override=0x1; 	Address(0xb2[7:7])
0x0078	0x03	// link0_ila_f_m1=0x3; 	Address(0x78[7:0],0x79[7:0])
0x0090	0x03	// link1_ila_f_m1=0x3; 	Address(0x90[7:0],0x91[7:0])
0x00a8	0x03	// link2_ila_f_m1=0x3; 	Address(0xa8[7:0],0xa9[7:0])
0x007a	0x07	// link0_ila_m_m1=0x7; 	Address(0x7a[7:0],0x7b[7:0])
0x0092	0x07	// link1_ila_m_m1=0x7; 	Address(0x92[7:0],0x93[7:0])
0x00aa	0x07	// link2_ila_m_m1=0x7; 	Address(0xaa[7:0],0xab[7:0])
0x0077	0x83	// link0_ila_l_m1=0x3; 	Address(0x77[7:0])
0x008f	0x83	// link1_ila_l_m1=0x3; 	Address(0x8f[7:0])
0x00a7	0x83	// link2_ila_l_m1=0x3; 	Address(0xa7[7:0])
0x007b	0x0f	// link0_ila_n_m1=0xf; 	Address(0x7b[7:0])
0x0093	0x0f	// link1_ila_n_m1=0xf; 	Address(0x93[7:0])
0x00ab	0x0f	// link2_ila_n_m1=0xf; 	Address(0xab[7:0])
0x00bc	0x00	// lid0=0x0; 	Address(0xbc[7:0])
0x00bd	0x01	// lid1=0x1; 	Address(0xbd[7:0])
0x00be	0x02	// lid2=0x2; 	Address(0xbe[7:0])
0x00bf	0x03	// lid3=0x3; 	Address(0xbf[7:0])
0x00e4	0x42	// msf_rx1_offset_default_mode0=0x2; 	Address(0xe4[7:0])
0x00e4	0x22	// msf_rx1_offset_default_mode1=0x2; 	Address(0xe4[7:4])
0x00e5	0x83	// msf_rx1_offset_default_mode2=0x3; 	Address(0xe5[7:0])
0x00e5	0x43	// msf_rx1_offset_default_mode3=0x4; 	Address(0xe5[7:4])
0x00e6	0x42	// msf_rx2_offset_default_mode0=0x2; 	Address(0xe6[7:0])
0x00e6	0x22	// msf_rx2_offset_default_mode1=0x2; 	Address(0xe6[7:4])
0x00e7	0x83	// msf_rx2_offset_default_mode2=0x3; 	Address(0xe7[7:0])
0x00e7	0x43	// msf_rx2_offset_default_mode3=0x4; 	Address(0xe7[7:4])
0x00e8	0x42	// msf_fb_offset_default_mode0=0x2; 	Address(0xe8[7:0])
0x00e8	0x22	// msf_fb_offset_default_mode1=0x2; 	Address(0xe8[7:4])
0x00e9	0x83	// msf_fb_offset_default_mode2=0x3; 	Address(0xe9[7:0])
0x00e9	0x43	// msf_fb_offset_default_mode3=0x4; 	Address(0xe9[7:4])
0x0037	0x06	// rx1_ctrlmode_12b_trunc_en=0x0; 	Address(0x37[7:0])
0x0037	0x04	// rx2_ctrlmode_12b_trunc_en=0x0; 	Address(0x37[7:1])
0x0037	0x00	// fb_ctrlmode_12b_trunc_en=0x0; 	Address(0x37[7:2])

// END: Done Configuring ADC JESD TX


// START: Configuring ADC JESD TX

0x0016	0x02	// adc_jesd=0x2; 	Address(0x16[7:0])
0x006d	0x07	// link0_init_state=0x1; 	Address(0x6d[7:0])
0x006d	0x07	// link1_init_state=0x1; 	Address(0x6d[7:1])
0x006d	0x07	// link2_init_state=0x1; 	Address(0x6d[7:2])
0x0022	0x04	// sysref_jesd_mode=0x4; 	Address(0x22[7:0])
0x006f	0x02	// init_state_gearbox_spi_ovr=0x1; 	Address(0x6f[7:1])
0x006c	0x0f	// lane0_gearbox_init_state=0x1; 	Address(0x6c[7:0])
0x006c	0x0f	// lane1_gearbox_init_state=0x1; 	Address(0x6c[7:1])
0x006c	0x0f	// lane2_gearbox_init_state=0x1; 	Address(0x6c[7:2])
0x006c	0x0f	// lane3_gearbox_init_state=0x1; 	Address(0x6c[7:3])
0x006c	0x0e	// lane0_gearbox_init_state=0x0; 	Address(0x6c[7:0])
0x006c	0x0c	// lane1_gearbox_init_state=0x0; 	Address(0x6c[7:1])
0x006c	0x08	// lane2_gearbox_init_state=0x0; 	Address(0x6c[7:2])
0x006c	0x00	// lane3_gearbox_init_state=0x0; 	Address(0x6c[7:3])
0x006e	0x0f	// lane0_serdes_fifo_init_state=0x1; 	Address(0x6e[7:0])
0x006e	0x0f	// lane1_serdes_fifo_init_state=0x1; 	Address(0x6e[7:1])
0x006e	0x0f	// lane2_serdes_fifo_init_state=0x1; 	Address(0x6e[7:2])
0x006e	0x0f	// lane3_serdes_fifo_init_state=0x1; 	Address(0x6e[7:3])
0x005c	0x1f	// rx_root_clk_dither_en=0x1; 	Address(0x5c[7:0])
0x005c	0x1f	// fb_root_clk_dither_en=0x1; 	Address(0x5c[7:1])
0x005c	0x1b	// ddc_rd_clk_dither_en=0x0; 	Address(0x5c[7:2])
0x005c	0x13	// jesd_clk_dither_en=0x0; 	Address(0x5c[7:3])
0x005c	0x03	// jesd_clk_div2_dither_en=0x0; 	Address(0x5c[7:4])
0x0021	0x03	// jesd_system_mode=0x3; 	Address(0x21[7:0])
0x005d	0x01	// rx_adc_clk_sysref_mux=0x1; 	Address(0x5d[7:0])
0x005d	0x01	// fb_adc_clk_sysref_mux=0x0; 	Address(0x5d[7:1])
0x0024	0x0f	// jesd_clear_data=0xf; 	Address(0x24[7:0])
0x0069	0x88	// serdes_fifo_read_dly_lane0=0x8; 	Address(0x69[7:0])
0x0069	0x88	// serdes_fifo_read_dly_lane1=0x8; 	Address(0x69[7:4])
0x006a	0x88	// serdes_fifo_read_dly_lane2=0x8; 	Address(0x6a[7:0])
0x006a	0x88	// serdes_fifo_read_dly_lane3=0x8; 	Address(0x6a[7:4])
0x0040	0x01	// rx1_root_clk_div_m=0x1; 	Address(0x40[7:0])
0x0041	0x00	// rx1_root_clk_div_n_m1=0x0; 	Address(0x41[7:0])
0x0046	0x01	// ddc_rd_clk_rx1_div_m=0x1; 	Address(0x46[7:0])
0x0047	0x02	// ddc_rd_clk_rx1_div_n_m1=0x2; 	Address(0x47[7:0])
0x004c	0x01	// jesd_clk_rx1_div_m=0x1; 	Address(0x4c[7:0])
0x004d	0x02	// jesd_clk_rx1_div_n_m1=0x2; 	Address(0x4d[7:0])
0x0034	0x0a	// rx1_jesd_mode=0xa; 	Address(0x34[7:0])
0x0084	0x1f	// link0_k_m1=0x1f; 	Address(0x84[7:0],0x85[7:0])
0x0079	0x1f	// link0_ila_k_m1=0x1f; 	Address(0x79[7:0],0x7a[7:0])
0x0042	0x01	// rx2_root_clk_div_m=0x1; 	Address(0x42[7:0])
0x0043	0x00	// rx2_root_clk_div_n_m1=0x0; 	Address(0x43[7:0])
0x0048	0x01	// ddc_rd_clk_rx2_div_m=0x1; 	Address(0x48[7:0])
0x0049	0x02	// ddc_rd_clk_rx2_div_n_m1=0x2; 	Address(0x49[7:0])
0x004e	0x01	// jesd_clk_rx2_div_m=0x1; 	Address(0x4e[7:0])
0x004f	0x02	// jesd_clk_rx2_div_n_m1=0x2; 	Address(0x4f[7:0])
0x0035	0x0a	// rx2_jesd_mode=0xa; 	Address(0x35[7:0])
0x009c	0x1f	// link1_k_m1=0x1f; 	Address(0x9c[7:0],0x9d[7:0])
0x0091	0x1f	// link1_ila_k_m1=0x1f; 	Address(0x91[7:0],0x92[7:0])
0x0044	0x01	// fb_root_clk_div_m=0x1; 	Address(0x44[7:0])
0x0045	0x00	// fb_root_clk_div_n_m1=0x0; 	Address(0x45[7:0])
0x004a	0x01	// ddc_rd_clk_fb_div_m=0x1; 	Address(0x4a[7:0])
0x004b	0x02	// ddc_rd_clk_fb_div_n_m1=0x2; 	Address(0x4b[7:0])
0x0050	0x01	// jesd_clk_fb_div_m=0x1; 	Address(0x50[7:0])
0x0051	0x02	// jesd_clk_fb_div_n_m1=0x2; 	Address(0x51[7:0])
0x0036	0x18	// fb_jesd_mode=0x18; 	Address(0x36[7:0])
0x00b4	0x1f	// link2_k_m1=0x1f; 	Address(0xb4[7:0],0xb5[7:0])
0x00a9	0x1f	// link2_ila_k_m1=0x1f; 	Address(0xa9[7:0],0xaa[7:0])
0x0020	0x00	// jesd_std_sel=0x0; 	Address(0x20[7:0])
0x0077	0x81	// link0_scr=0x1; 	Address(0x77[7:7])
0x008f	0x81	// link1_scr=0x1; 	Address(0x8f[7:7])
0x00a7	0x81	// link2_scr=0x1; 	Address(0xa7[7:7])
0x0023	0x00	// lane_ena=0x0; 	Address(0x23[7:0])
0x003c	0x02	// sel_rx1_jesd_mode_1s_2s_ovr=0x1; 	Address(0x3c[7:1])
0x003c	0x02	// sel_rx1_jesd_mode_1s_2s_val=0x0; 	Address(0x3c[7:0])
0x003c	0x0a	// sel_rx2_jesd_mode_1s_2s_ovr=0x1; 	Address(0x3c[7:3])
0x003c	0x0a	// sel_rx2_jesd_mode_1s_2s_val=0x0; 	Address(0x3c[7:2])
0x003c	0x2a	// sel_fb_jesd_mode_1s_2s_ovr=0x1; 	Address(0x3c[7:5])
0x003c	0x3a	// sel_fb_jesd_mode_1s_2s_val=0x1; 	Address(0x3c[7:4])
0x0083	0x01	// link0_jesd_ila_config_override=0x1; 	Address(0x83[7:0])
0x009b	0x01	// link1_jesd_ila_config_override=0x1; 	Address(0x9b[7:0])
0x00b2	0x80	// link2_jesd_ila_config_override=0x1; 	Address(0xb2[7:7])
0x0078	0x03	// link0_ila_f_m1=0x3; 	Address(0x78[7:0],0x79[7:0])
0x0090	0x03	// link1_ila_f_m1=0x3; 	Address(0x90[7:0],0x91[7:0])
0x00a8	0x03	// link2_ila_f_m1=0x3; 	Address(0xa8[7:0],0xa9[7:0])
0x007a	0x07	// link0_ila_m_m1=0x7; 	Address(0x7a[7:0],0x7b[7:0])
0x0092	0x07	// link1_ila_m_m1=0x7; 	Address(0x92[7:0],0x93[7:0])
0x00aa	0x07	// link2_ila_m_m1=0x7; 	Address(0xaa[7:0],0xab[7:0])
0x0077	0x83	// link0_ila_l_m1=0x3; 	Address(0x77[7:0])
0x008f	0x83	// link1_ila_l_m1=0x3; 	Address(0x8f[7:0])
0x00a7	0x83	// link2_ila_l_m1=0x3; 	Address(0xa7[7:0])
0x007b	0x0f	// link0_ila_n_m1=0xf; 	Address(0x7b[7:0])
0x0093	0x0f	// link1_ila_n_m1=0xf; 	Address(0x93[7:0])
0x00ab	0x0f	// link2_ila_n_m1=0xf; 	Address(0xab[7:0])
0x00bc	0x04	// lid0=0x4; 	Address(0xbc[7:0])
0x00bd	0x05	// lid1=0x5; 	Address(0xbd[7:0])
0x00be	0x06	// lid2=0x6; 	Address(0xbe[7:0])
0x00bf	0x07	// lid3=0x7; 	Address(0xbf[7:0])
0x00e4	0x42	// msf_rx1_offset_default_mode0=0x2; 	Address(0xe4[7:0])
0x00e4	0x22	// msf_rx1_offset_default_mode1=0x2; 	Address(0xe4[7:4])
0x00e5	0x83	// msf_rx1_offset_default_mode2=0x3; 	Address(0xe5[7:0])
0x00e5	0x43	// msf_rx1_offset_default_mode3=0x4; 	Address(0xe5[7:4])
0x00e6	0x42	// msf_rx2_offset_default_mode0=0x2; 	Address(0xe6[7:0])
0x00e6	0x22	// msf_rx2_offset_default_mode1=0x2; 	Address(0xe6[7:4])
0x00e7	0x83	// msf_rx2_offset_default_mode2=0x3; 	Address(0xe7[7:0])
0x00e7	0x43	// msf_rx2_offset_default_mode3=0x4; 	Address(0xe7[7:4])
0x00e8	0x42	// msf_fb_offset_default_mode0=0x2; 	Address(0xe8[7:0])
0x00e8	0x22	// msf_fb_offset_default_mode1=0x2; 	Address(0xe8[7:4])
0x00e9	0x83	// msf_fb_offset_default_mode2=0x3; 	Address(0xe9[7:0])
0x00e9	0x43	// msf_fb_offset_default_mode3=0x4; 	Address(0xe9[7:4])
0x0037	0x06	// rx1_ctrlmode_12b_trunc_en=0x0; 	Address(0x37[7:0])
0x0037	0x04	// rx2_ctrlmode_12b_trunc_en=0x0; 	Address(0x37[7:1])
0x0037	0x00	// fb_ctrlmode_12b_trunc_en=0x0; 	Address(0x37[7:2])

// END: Done Configuring ADC JESD TX

0x0016	0x00	// adc_jesd=0x0; 	Address(0x16[7:0])

// START: Configuring DAC JESD RX

0x0016	0x04	// dac_jesd=0x1; 	Address(0x16[7:2])
0x006c	0x0f	// link0_k_m1=0xf; 	Address(0x6c[7:0],0x6d[7:0])
0x006d	0x0f	// link1_k_m1=0xf; 	Address(0x6d[7:0],0x6e[7:0])
0x0057	0x0f	// link1_ila_k_m1=0xf; 	Address(0x57[7:0],0x58[7:0])
0x0049	0x0f	// link0_ila_k_m1=0xf; 	Address(0x49[7:0],0x4a[7:0])
0x0069	0x00	// link0_rbd_m1=0x3; 	Address(0x68[7:0],0x69[7:0],0x6a[7:0])
0x0068	0x03
0x006b	0x00	// link1_rbd_m1=0x3; 	Address(0x6a[7:0],0x6b[7:0],0x6c[7:0])
0x006a	0x03
0x0071	0x00	// link0_init_f_counter=0x0; 	Address(0x71[7:0],0x72[7:0])
0x0073	0x00	// link1_init_f_counter=0x0; 	Address(0x73[7:0],0x74[7:0])
0x0021	0x04	// sysref_mode=0x4; 	Address(0x21[7:0])
0x0024	0x5e	// gearbox_init_state_ovr=0x1; 	Address(0x24[7:6])
0x0025	0xff	// gearbox_init_state_lane0_val=0x1; 	Address(0x25[7:0])
0x0025	0xff	// gearbox_init_state_lane1_val=0x1; 	Address(0x25[7:1])
0x0025	0xff	// gearbox_init_state_lane2_val=0x1; 	Address(0x25[7:2])
0x0025	0xff	// gearbox_init_state_lane3_val=0x1; 	Address(0x25[7:3])
0x0025	0xfe	// gearbox_init_state_lane0_val=0x0; 	Address(0x25[7:0])
0x0025	0xfc	// gearbox_init_state_lane1_val=0x0; 	Address(0x25[7:1])
0x0025	0xf8	// gearbox_init_state_lane2_val=0x0; 	Address(0x25[7:2])
0x0025	0xf0	// gearbox_init_state_lane3_val=0x0; 	Address(0x25[7:3])
0x0020	0x03	// link0_init_state=0x1; 	Address(0x20[7:0])
0x0020	0x03	// link1_init_state=0x1; 	Address(0x20[7:1])
0x0064	0xff	// jesd_clear_data=0xf; 	Address(0x64[7:4])
0x0040	0x04	// link0_comma_align_lock_reset_disable=0x1; 	Address(0x40[7:2])
0x0040	0x0c	// link1_comma_align_lock_reset_disable=0x1; 	Address(0x40[7:3])
0x00ac	0x04	// link0_emb_align_lock_reset_disable=0x1; 	Address(0xac[7:2])
0x00ac	0x0c	// link1_emb_align_lock_reset_disable=0x1; 	Address(0xac[7:3])
0x002c	0x01	// root_clk_tx1_div_m=0x1; 	Address(0x2c[7:0])
0x002d	0x02	// root_clk_tx1_div_n_m1=0x2; 	Address(0x2d[7:0])
0x002e	0x01	// root_clk_tx2_div_m=0x1; 	Address(0x2e[7:0])
0x002f	0x02	// root_clk_tx2_div_n_m1=0x2; 	Address(0x2f[7:0])
0x0030	0x01	// duc_clk_tx1_div_m=0x1; 	Address(0x30[7:0])
0x0031	0x00	// duc_clk_tx1_div_n_m1=0x0; 	Address(0x31[7:0])
0x0032	0x01	// duc_clk_tx2_div_m=0x1; 	Address(0x32[7:0])
0x0033	0x00	// duc_clk_tx2_div_n_m1=0x0; 	Address(0x33[7:0])
0x0034	0x01	// jesd_clk_tx1_div_m=0x1; 	Address(0x34[7:0])
0x0035	0x00	// jesd_clk_tx1_div_n_m1=0x0; 	Address(0x35[7:0])
0x0036	0x01	// jesd_clk_tx2_div_m=0x1; 	Address(0x36[7:0])
0x0037	0x00	// jesd_clk_tx2_div_n_m1=0x0; 	Address(0x37[7:0])
0x0022	0x47	// link0_jesd_mode=0x7; 	Address(0x22[7:0])
0x0023	0x47	// link1_jesd_mode=0x7; 	Address(0x23[7:0])
0x0022	0x47	// link0_jesd_sample_mode=0x1; 	Address(0x22[7:6])
0x0023	0x47	// link1_jesd_sample_mode=0x1; 	Address(0x23[7:6])
0x0038	0x1f	// tx_root_clk_div_dither_en=0x1; 	Address(0x38[7:0])
0x0038	0x1d	// duc_clk_io_div_dither_en=0x0; 	Address(0x38[7:1])
0x0038	0x19	// duc_clk_div_dither_en=0x0; 	Address(0x38[7:2])
0x0038	0x11	// jesd_clk_div_dither_en=0x0; 	Address(0x38[7:3])
0x0038	0x01	// jesd_clk_div2_div_dither_en=0x0; 	Address(0x38[7:4])
0x0026	0x00	// num_links=0x0; 	Address(0x26[7:2])
0x0042	0x7f	// comma_align_valid_thresh=0x7f; 	Address(0x42[7:0])
0x0078	0xdf	// link0_sync_request_ena=0xdf; 	Address(0x78[7:0],0x79[7:0])
0x0079	0xdf	// link1_sync_request_ena=0xdf; 	Address(0x79[7:0],0x7a[7:0])
0x007a	0x00	// link0_error_ena=0x0; 	Address(0x7a[7:0],0x7b[7:0])
0x007b	0x00	// link1_error_ena=0x0; 	Address(0x7b[7:0],0x7c[7:0])
0x0103	0x00	// alarms_clear=0x20202020000000bf; 	Address(0x100[7:0],0x101[7:0],0x102[7:0],0x103[7:0],0x104[7:0],0x104[7:0],0x105[7:0],0x106[7:0],0x107[7:0],0x108[7:0])
0x0102	0x00
0x0101	0x00
0x0100	0xbf
0x0107	0x20
0x0106	0x20
0x0105	0x20
0x0104	0x20
0x00fb	0x00	// alarms_mask=0x20202020000000bf; 	Address(0xf8[7:0],0xf9[7:0],0xfa[7:0],0xfb[7:0],0xfc[7:0],0xfc[7:0],0xfd[7:0],0xfe[7:0],0xff[7:0],0x100[7:0])
0x00fa	0x00
0x00f9	0x00
0x00f8	0xbf
0x00ff	0x20
0x00fe	0x20
0x00fd	0x20
0x00fc	0x20
0x0113	0x00	// alarms_to_pap_clear=0x20202020000000bf; 	Address(0x110[7:0],0x111[7:0],0x112[7:0],0x113[7:0],0x114[7:0],0x114[7:0],0x115[7:0],0x116[7:0],0x117[7:0],0x118[7:0])
0x0112	0x00
0x0111	0x00
0x0110	0xbf
0x0117	0x20
0x0116	0x20
0x0115	0x20
0x0114	0x20
0x010b	0x00	// alarms_to_pap_mask=0x20202020000000bf; 	Address(0x108[7:0],0x109[7:0],0x10a[7:0],0x10b[7:0],0x10c[7:0],0x10c[7:0],0x10d[7:0],0x10e[7:0],0x10f[7:0],0x110[7:0])
0x010a	0x00
0x0109	0x00
0x0108	0xbf
0x010f	0x20
0x010e	0x20
0x010d	0x20
0x010c	0x20
0x0024	0x5c	// alarm_zeros_jesd_data_ena=0x0; 	Address(0x24[7:1])
0x003c	0x88	// serdes_fifo_offset_lane0=0x8; 	Address(0x3c[7:0])
0x003c	0x88	// serdes_fifo_offset_lane1=0x8; 	Address(0x3c[7:4])
0x003d	0x88	// serdes_fifo_offset_lane2=0x8; 	Address(0x3d[7:0])
0x003d	0x88	// serdes_fifo_offset_lane3=0x8; 	Address(0x3d[7:4])
0x0026	0x00	// jesd_std_sel=0x0; 	Address(0x26[7:0])
0x0047	0x81	// link0_scr=0x1; 	Address(0x47[7:7])
0x0055	0x81	// link1_scr=0x1; 	Address(0x55[7:7])
0x0064	0xff	// lane_ena=0xf; 	Address(0x64[7:0])
0x0081	0xf1	// rbd_buf_overflow_err_cnt_thresh=0xf; 	Address(0x81[7:4])
0x0083	0x1f	// dec_8b10b_code_err_cnt_thresh=0xf; 	Address(0x83[7:0])
0x0083	0xff	// dec_8b10b_disp_err_cnt_thresh=0xf; 	Address(0x83[7:4])
0x0081	0xff	// link_config_err_cnt_thresh=0xf; 	Address(0x81[7:0])
0x0080	0x1f	// multiframe_align_err_cnt_thresh=0xf; 	Address(0x80[7:0])
0x0080	0xff	// frame_align_err_cnt_thresh=0xf; 	Address(0x80[7:4])
0x00a8	0x02	// Property_88h_1_1=0x1; 	Address(0xa8[7:1])
0x0024	0x58	// zero_invalid_data=0x0; 	Address(0x24[7:2])
0x0024	0x50	// fifo_error_zeros_data_ena=0x0; 	Address(0x24[7:3])

// END: Done Configuring DAC JESD RX


// START: Configuring DAC JESD RX

0x0016	0x08	// dac_jesd=0x2; 	Address(0x16[7:2])
0x006c	0x0f	// link0_k_m1=0xf; 	Address(0x6c[7:0],0x6d[7:0])
0x006d	0x0f	// link1_k_m1=0xf; 	Address(0x6d[7:0],0x6e[7:0])
0x0057	0x0f	// link1_ila_k_m1=0xf; 	Address(0x57[7:0],0x58[7:0])
0x0049	0x0f	// link0_ila_k_m1=0xf; 	Address(0x49[7:0],0x4a[7:0])
0x0069	0x00	// link0_rbd_m1=0x3; 	Address(0x68[7:0],0x69[7:0],0x6a[7:0])
0x0068	0x03
0x006b	0x00	// link1_rbd_m1=0x3; 	Address(0x6a[7:0],0x6b[7:0],0x6c[7:0])
0x006a	0x03
0x0071	0x00	// link0_init_f_counter=0x0; 	Address(0x71[7:0],0x72[7:0])
0x0073	0x00	// link1_init_f_counter=0x0; 	Address(0x73[7:0],0x74[7:0])
0x0021	0x04	// sysref_mode=0x4; 	Address(0x21[7:0])
0x0024	0x5e	// gearbox_init_state_ovr=0x1; 	Address(0x24[7:6])
0x0025	0xff	// gearbox_init_state_lane0_val=0x1; 	Address(0x25[7:0])
0x0025	0xff	// gearbox_init_state_lane1_val=0x1; 	Address(0x25[7:1])
0x0025	0xff	// gearbox_init_state_lane2_val=0x1; 	Address(0x25[7:2])
0x0025	0xff	// gearbox_init_state_lane3_val=0x1; 	Address(0x25[7:3])
0x0025	0xfe	// gearbox_init_state_lane0_val=0x0; 	Address(0x25[7:0])
0x0025	0xfc	// gearbox_init_state_lane1_val=0x0; 	Address(0x25[7:1])
0x0025	0xf8	// gearbox_init_state_lane2_val=0x0; 	Address(0x25[7:2])
0x0025	0xf0	// gearbox_init_state_lane3_val=0x0; 	Address(0x25[7:3])
0x0020	0x03	// link0_init_state=0x1; 	Address(0x20[7:0])
0x0020	0x03	// link1_init_state=0x1; 	Address(0x20[7:1])
0x0064	0xff	// jesd_clear_data=0xf; 	Address(0x64[7:4])
0x0040	0x04	// link0_comma_align_lock_reset_disable=0x1; 	Address(0x40[7:2])
0x0040	0x0c	// link1_comma_align_lock_reset_disable=0x1; 	Address(0x40[7:3])
0x00ac	0x04	// link0_emb_align_lock_reset_disable=0x1; 	Address(0xac[7:2])
0x00ac	0x0c	// link1_emb_align_lock_reset_disable=0x1; 	Address(0xac[7:3])
0x002c	0x01	// root_clk_tx1_div_m=0x1; 	Address(0x2c[7:0])
0x002d	0x02	// root_clk_tx1_div_n_m1=0x2; 	Address(0x2d[7:0])
0x002e	0x01	// root_clk_tx2_div_m=0x1; 	Address(0x2e[7:0])
0x002f	0x02	// root_clk_tx2_div_n_m1=0x2; 	Address(0x2f[7:0])
0x0030	0x01	// duc_clk_tx1_div_m=0x1; 	Address(0x30[7:0])
0x0031	0x00	// duc_clk_tx1_div_n_m1=0x0; 	Address(0x31[7:0])
0x0032	0x01	// duc_clk_tx2_div_m=0x1; 	Address(0x32[7:0])
0x0033	0x00	// duc_clk_tx2_div_n_m1=0x0; 	Address(0x33[7:0])
0x0034	0x01	// jesd_clk_tx1_div_m=0x1; 	Address(0x34[7:0])
0x0035	0x00	// jesd_clk_tx1_div_n_m1=0x0; 	Address(0x35[7:0])
0x0036	0x01	// jesd_clk_tx2_div_m=0x1; 	Address(0x36[7:0])
0x0037	0x00	// jesd_clk_tx2_div_n_m1=0x0; 	Address(0x37[7:0])
0x0022	0x47	// link0_jesd_mode=0x7; 	Address(0x22[7:0])
0x0023	0x47	// link1_jesd_mode=0x7; 	Address(0x23[7:0])
0x0022	0x47	// link0_jesd_sample_mode=0x1; 	Address(0x22[7:6])
0x0023	0x47	// link1_jesd_sample_mode=0x1; 	Address(0x23[7:6])
0x0038	0x1f	// tx_root_clk_div_dither_en=0x1; 	Address(0x38[7:0])
0x0038	0x1d	// duc_clk_io_div_dither_en=0x0; 	Address(0x38[7:1])
0x0038	0x19	// duc_clk_div_dither_en=0x0; 	Address(0x38[7:2])
0x0038	0x11	// jesd_clk_div_dither_en=0x0; 	Address(0x38[7:3])
0x0038	0x01	// jesd_clk_div2_div_dither_en=0x0; 	Address(0x38[7:4])
0x0026	0x00	// num_links=0x0; 	Address(0x26[7:2])
0x0042	0x7f	// comma_align_valid_thresh=0x7f; 	Address(0x42[7:0])
0x0078	0xdf	// link0_sync_request_ena=0xdf; 	Address(0x78[7:0],0x79[7:0])
0x0079	0xdf	// link1_sync_request_ena=0xdf; 	Address(0x79[7:0],0x7a[7:0])
0x007a	0x00	// link0_error_ena=0x0; 	Address(0x7a[7:0],0x7b[7:0])
0x007b	0x00	// link1_error_ena=0x0; 	Address(0x7b[7:0],0x7c[7:0])
0x0103	0x00	// alarms_clear=0x20202020000000bf; 	Address(0x100[7:0],0x101[7:0],0x102[7:0],0x103[7:0],0x104[7:0],0x104[7:0],0x105[7:0],0x106[7:0],0x107[7:0],0x108[7:0])
0x0102	0x00
0x0101	0x00
0x0100	0xbf
0x0107	0x20
0x0106	0x20
0x0105	0x20
0x0104	0x20
0x00fb	0x00	// alarms_mask=0x20202020000000bf; 	Address(0xf8[7:0],0xf9[7:0],0xfa[7:0],0xfb[7:0],0xfc[7:0],0xfc[7:0],0xfd[7:0],0xfe[7:0],0xff[7:0],0x100[7:0])
0x00fa	0x00
0x00f9	0x00
0x00f8	0xbf
0x00ff	0x20
0x00fe	0x20
0x00fd	0x20
0x00fc	0x20
0x0113	0x00	// alarms_to_pap_clear=0x20202020000000bf; 	Address(0x110[7:0],0x111[7:0],0x112[7:0],0x113[7:0],0x114[7:0],0x114[7:0],0x115[7:0],0x116[7:0],0x117[7:0],0x118[7:0])
0x0112	0x00
0x0111	0x00
0x0110	0xbf
0x0117	0x20
0x0116	0x20
0x0115	0x20
0x0114	0x20
0x010b	0x00	// alarms_to_pap_mask=0x20202020000000bf; 	Address(0x108[7:0],0x109[7:0],0x10a[7:0],0x10b[7:0],0x10c[7:0],0x10c[7:0],0x10d[7:0],0x10e[7:0],0x10f[7:0],0x110[7:0])
0x010a	0x00
0x0109	0x00
0x0108	0xbf
0x010f	0x20
0x010e	0x20
0x010d	0x20
0x010c	0x20
0x0024	0x5c	// alarm_zeros_jesd_data_ena=0x0; 	Address(0x24[7:1])
0x003c	0x88	// serdes_fifo_offset_lane0=0x8; 	Address(0x3c[7:0])
0x003c	0x88	// serdes_fifo_offset_lane1=0x8; 	Address(0x3c[7:4])
0x003d	0x88	// serdes_fifo_offset_lane2=0x8; 	Address(0x3d[7:0])
0x003d	0x88	// serdes_fifo_offset_lane3=0x8; 	Address(0x3d[7:4])
0x0026	0x00	// jesd_std_sel=0x0; 	Address(0x26[7:0])
0x0047	0x81	// link0_scr=0x1; 	Address(0x47[7:7])
0x0055	0x81	// link1_scr=0x1; 	Address(0x55[7:7])
0x0064	0xf0	// lane_ena=0x0; 	Address(0x64[7:0])
0x0081	0xf1	// rbd_buf_overflow_err_cnt_thresh=0xf; 	Address(0x81[7:4])
0x0083	0x1f	// dec_8b10b_code_err_cnt_thresh=0xf; 	Address(0x83[7:0])
0x0083	0xff	// dec_8b10b_disp_err_cnt_thresh=0xf; 	Address(0x83[7:4])
0x0081	0xff	// link_config_err_cnt_thresh=0xf; 	Address(0x81[7:0])
0x0080	0x1f	// multiframe_align_err_cnt_thresh=0xf; 	Address(0x80[7:0])
0x0080	0xff	// frame_align_err_cnt_thresh=0xf; 	Address(0x80[7:4])
0x00a8	0x02	// Property_88h_1_1=0x1; 	Address(0xa8[7:1])
0x0024	0x58	// zero_invalid_data=0x0; 	Address(0x24[7:2])
0x0024	0x50	// fifo_error_zeros_data_ena=0x0; 	Address(0x24[7:3])

// END: Done Configuring DAC JESD RX

0x0016	0x00	// dac_jesd=0x0; 	Address(0x16[7:2])
0x0016	0x10	// jesd_subchip=0x1; 	Address(0x16[7:4])
0x007c	0xc3	// lp_rx_on_a_sel_2r1f_ab_mask=0x3; 	Address(0x7c[7:0])
0x007c	0xc3	// lp_rx_on_b_sel_2r1f_ab_mask=0xc; 	Address(0x7c[7:4])
0x007d	0x03	// lp_rx_on_c_sel_2r1f_ab_mask=0x3; 	Address(0x7d[7:0])
0x007d	0xc3	// lp_rx_on_d_sel_2r1f_ab_mask=0xc; 	Address(0x7d[7:4])
0x007e	0x09	// lp_fb_on_a_sel_2r1f_ab_mask=0x1; 	Address(0x7e[7:0])
0x007e	0x09	// lp_fb_on_c_sel_2r1f_ab_mask=0x2; 	Address(0x7e[7:2])
0x0016	0x00	// jesd_subchip=0x0; 	Address(0x16[7:4])
0x0016	0x01	// adc_jesd=0x1; 	Address(0x16[7:0])
0x0120	0x00	// ctrl_rx1_msf_sig_invalid=0x0; 	Address(0x120[7:0])
0x0120	0x00	// ctrl_rx2_msf_sig_invalid=0x0; 	Address(0x120[7:2])
0x0120	0x30	// ctrl_rx3_rx4_msf_sig_invalid=0x3; 	Address(0x120[7:4])
0x0121	0x03	// ctrl_fb1_msf_sig_invalid=0x3; 	Address(0x121[7:0])
0x0121	0x0f	// ctrl_fb2_msf_sig_invalid=0x3; 	Address(0x121[7:2])
0x0016	0x00	// adc_jesd=0x0; 	Address(0x16[7:0])
0x0016	0x10	// jesd_subchip=0x1; 	Address(0x16[7:4])
0x0029	0x03	// dual_2t2r1f_mode_ab=0x1; 	Address(0x29[7:0])
0x0029	0x03	// dual_2t2r1f_mode_cd=0x1; 	Address(0x29[7:1])
0x0081	0x03	// lp_rx_on_c_sel_2r1f_cd_mask=0x3; 	Address(0x81[7:0])
0x0081	0xc3	// lp_rx_on_d_sel_2r1f_cd_mask=0xc; 	Address(0x81[7:4])
0x0082	0x04	// lp_fb_on_c_sel_2r1f_cd_mask=0x1; 	Address(0x82[7:2])
0x0082	0x06	// lp_fb_on_a_sel_2r1f_cd_mask=0x2; 	Address(0x82[7:0])
0x0016	0x00	// jesd_subchip=0x0; 	Address(0x16[7:4])
0x0016	0x02	// adc_jesd=0x2; 	Address(0x16[7:0])
0x0120	0x00	// ctrl_rx1_msf_sig_invalid=0x0; 	Address(0x120[7:0])
0x0120	0x00	// ctrl_rx2_msf_sig_invalid=0x0; 	Address(0x120[7:2])
0x0120	0x30	// ctrl_rx3_rx4_msf_sig_invalid=0x3; 	Address(0x120[7:4])
0x0121	0x03	// ctrl_fb1_msf_sig_invalid=0x3; 	Address(0x121[7:0])
0x0121	0x0f	// ctrl_fb2_msf_sig_invalid=0x3; 	Address(0x121[7:2])
0x0016	0x00	// adc_jesd=0x0; 	Address(0x16[7:0])
0x0016	0x10	// jesd_subchip=0x1; 	Address(0x16[7:4])
0x0029	0x03	// dual_2t2r1f_mode_ab=0x1; 	Address(0x29[7:0])
0x0029	0x03	// dual_2t2r1f_mode_cd=0x1; 	Address(0x29[7:1])
0x0016	0x00	// jesd_subchip=0x0; 	Address(0x16[7:4])
0x0013	0x40	// dsa_page1=0x1; 	Address(0x13[7:6])
0x00d0	0x03	// gain_ctrl=0x3; 	Address(0xd0[7:0])
0x0013	0x80	// dsa_page1=0x2; 	Address(0x13[7:6])
0x00d0	0x03	// gain_ctrl=0x3; 	Address(0xd0[7:0])
0x0013	0x00	// dsa_page1=0x0; 	Address(0x13[7:6])
0x0012	0x01	// rxdig=0x1; 	Address(0x12[7:0])
0x0773	0x01	// Property_750h_24_24=0x1; 	Address(0x773[7:0])
0x0773	0x01	// Property_750h_24_24=0x1; 	Address(0x773[7:0])
0x0012	0x08	// rxdig=0x8; 	Address(0x12[7:0])
0x0773	0x01	// Property_750h_24_24=0x1; 	Address(0x773[7:0])
0x0773	0x01	// Property_750h_24_24=0x1; 	Address(0x773[7:0])
0x0012	0x00	// rxdig=0x0; 	Address(0x12[7:0])

// START: Configuring Interrupt Pins

0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0101	0x02	// alarm_mask_lsb_for_alarm0=0x23f; 	Address(0x100[7:0],0x101[7:0],0x102[7:0])
0x0100	0x3f
0x0103	0x00	// alarm_mask_msb_for_alarm0=0x0; 	Address(0x102[7:0],0x103[7:0],0x104[7:0])
0x0102	0x00
0x0105	0x02	// alarm_mask_lsb_for_alarm1=0x23f; 	Address(0x104[7:0],0x105[7:0],0x106[7:0])
0x0104	0x3f
0x0107	0x00	// alarm_mask_msb_for_alarm1=0x0; 	Address(0x106[7:0],0x107[7:0],0x108[7:0])
0x0106	0x00

// END: Done configuring Interrupt Pins

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0013	0x40	// dsa_page1=0x1; 	Address(0x13[7:6])
0x0124	0x00	// spi_agc_dsa_A=0x0; 	Address(0x124[7:0])
0x0174	0x00	// spi_agc_dsa_B=0x0; 	Address(0x174[7:0])
0x0013	0x80	// dsa_page1=0x2; 	Address(0x13[7:6])
0x0124	0x00	// spi_agc_dsa_A=0x0; 	Address(0x124[7:0])
0x0174	0x00	// spi_agc_dsa_B=0x0; 	Address(0x174[7:0])
0x0013	0x00	// dsa_page1=0x0; 	Address(0x13[7:6])
0x0013	0x10	// dsa_page0=0x1; 	Address(0x13[7:4])
0x00c8	0x00	// txa_dsa_index=0x0; 	Address(0xc8[7:0])
0x00cc	0x00	// txb_dsa_index=0x0; 	Address(0xcc[7:0])
0x0013	0x20	// dsa_page0=0x2; 	Address(0x13[7:4])
0x00c8	0x00	// txa_dsa_index=0x0; 	Address(0xc8[7:0])
0x00cc	0x00	// txb_dsa_index=0x0; 	Address(0xcc[7:0])
0x0013	0x10	// dsa_page0=0x1; 	Address(0x13[7:4])
0x006c	0x00	// spi_agc_dsa_fb=0x0; 	Address(0x6c[7:0])
0x0013	0x20	// dsa_page0=0x2; 	Address(0x13[7:4])
0x006c	0x00	// spi_agc_dsa_fb=0x0; 	Address(0x6c[7:0])
0x0013	0x00	// dsa_page0=0x0; 	Address(0x13[7:4])
0x0015	0x10	// io_wrap=0x1; 	Address(0x15[7:4])
0x0420	0x01	// preferred_input_sel_gpio_8=0x0; 	Address(0x420[7:2])
0x0420	0x01	// buf_dir_ctrl_gpio_8=0x1; 	Address(0x420[7:0])
0x08c9	0x00	// ovr_sel_intpi_tdd_en_fbab=0x0; 	Address(0x8c9[7:1])
0x08ca	0x09	// crossbar_sel_intpi_tdd_en_fbab=0x9; 	Address(0x8ca[7:0],0x8cb[7:0])
0x0420	0x01	// preferred_input_sel_gpio_8=0x0; 	Address(0x420[7:2])
0x0420	0x01	// buf_dir_ctrl_gpio_8=0x1; 	Address(0x420[7:0])
0x08cd	0x00	// ovr_sel_intpi_tdd_en_fbcd=0x0; 	Address(0x8cd[7:1])
0x08ce	0x09	// crossbar_sel_intpi_tdd_en_fbcd=0x9; 	Address(0x8ce[7:0],0x8cf[7:0])
0x0514	0x21	// preferred_output_sel_gpio_69=0x1; 	Address(0x514[7:5])
0x0514	0x22	// buf_dir_ctrl_gpio_69=0x2; 	Address(0x514[7:0])
0x10f5	0x00	// ovr_sel_intpo_dac_sync_n_cd_1=0x0; 	Address(0x10f5[7:1])
0x040c	0x01	// preferred_input_sel_gpio_3=0x0; 	Address(0x40c[7:2])
0x040c	0x01	// buf_dir_ctrl_gpio_3=0x1; 	Address(0x40c[7:0])
0x08b9	0x00	// ovr_sel_intpi_tdd_en_txa=0x0; 	Address(0x8b9[7:1])
0x08ba	0x04	// crossbar_sel_intpi_tdd_en_txa=0x4; 	Address(0x8ba[7:0],0x8bb[7:0])
0x040c	0x01	// preferred_input_sel_gpio_3=0x0; 	Address(0x40c[7:2])
0x040c	0x01	// buf_dir_ctrl_gpio_3=0x1; 	Address(0x40c[7:0])
0x08bd	0x00	// ovr_sel_intpi_tdd_en_txb=0x0; 	Address(0x8bd[7:1])
0x08be	0x04	// crossbar_sel_intpi_tdd_en_txb=0x4; 	Address(0x8be[7:0],0x8bf[7:0])
0x040c	0x01	// preferred_input_sel_gpio_3=0x0; 	Address(0x40c[7:2])
0x040c	0x01	// buf_dir_ctrl_gpio_3=0x1; 	Address(0x40c[7:0])
0x08c1	0x00	// ovr_sel_intpi_tdd_en_txc=0x0; 	Address(0x8c1[7:1])
0x08c2	0x04	// crossbar_sel_intpi_tdd_en_txc=0x4; 	Address(0x8c2[7:0],0x8c3[7:0])
0x040c	0x01	// preferred_input_sel_gpio_3=0x0; 	Address(0x40c[7:2])
0x040c	0x01	// buf_dir_ctrl_gpio_3=0x1; 	Address(0x40c[7:0])
0x08c5	0x00	// ovr_sel_intpi_tdd_en_txd=0x0; 	Address(0x8c5[7:1])
0x08c6	0x04	// crossbar_sel_intpi_tdd_en_txd=0x4; 	Address(0x8c6[7:0],0x8c7[7:0])
0x0510	0x01	// preferred_input_sel_gpio_68=0x0; 	Address(0x510[7:2])
0x0510	0x01	// buf_dir_ctrl_gpio_68=0x1; 	Address(0x510[7:0])
0x08ad	0x00	// ovr_sel_intpi_adc_sync_n_cd_0=0x0; 	Address(0x8ad[7:1])
0x08ae	0x3e	// crossbar_sel_intpi_adc_sync_n_cd_0=0x3e; 	Address(0x8ae[7:0],0x8af[7:0])
0x050c	0x21	// preferred_output_sel_gpio_67=0x1; 	Address(0x50c[7:5])
0x050c	0x22	// buf_dir_ctrl_gpio_67=0x2; 	Address(0x50c[7:0])
0x10f1	0x00	// ovr_sel_intpo_dac_sync_n_cd_0=0x0; 	Address(0x10f1[7:1])
0x0534	0x05	// preferred_input_sel_gpio_77=0x1; 	Address(0x534[7:2])
0x0534	0x05	// buf_dir_ctrl_gpio_77=0x1; 	Address(0x534[7:0])
0x08b1	0x00	// ovr_sel_intpi_adc_sync_n_cd_1=0x0; 	Address(0x8b1[7:1])
0x04c0	0x05	// preferred_input_sel_gpio_48=0x1; 	Address(0x4c0[7:2])
0x04c0	0x05	// buf_dir_ctrl_gpio_48=0x1; 	Address(0x4c0[7:0])
0x08a1	0x00	// ovr_sel_intpi_adc_sync_n_ab_0=0x0; 	Address(0x8a1[7:1])
0x04bc	0x21	// preferred_output_sel_gpio_47=0x1; 	Address(0x4bc[7:5])
0x04bc	0x22	// buf_dir_ctrl_gpio_47=0x2; 	Address(0x4bc[7:0])
0x10c5	0x00	// ovr_sel_intpo_dac_sync_n_ab_0=0x0; 	Address(0x10c5[7:1])
0x04e4	0x05	// preferred_input_sel_gpio_57=0x1; 	Address(0x4e4[7:2])
0x04e4	0x05	// buf_dir_ctrl_gpio_57=0x1; 	Address(0x4e4[7:0])
0x08a5	0x00	// ovr_sel_intpi_adc_sync_n_ab_1=0x0; 	Address(0x8a5[7:1])
0x04c4	0x21	// preferred_output_sel_gpio_49=0x1; 	Address(0x4c4[7:5])
0x04c4	0x22	// buf_dir_ctrl_gpio_49=0x2; 	Address(0x4c4[7:0])
0x10c9	0x00	// ovr_sel_intpo_dac_sync_n_ab_1=0x0; 	Address(0x10c9[7:1])
0x0454	0x05	// preferred_input_sel_gpio_21=0x1; 	Address(0x454[7:2])
0x0454	0x05	// buf_dir_ctrl_gpio_21=0x1; 	Address(0x454[7:0])
0x0905	0x00	// ovr_sel_intpi_global_pdn=0x0; 	Address(0x905[7:1])
0x04cc	0x01	// preferred_input_sel_gpio_51=0x0; 	Address(0x4cc[7:2])
0x04cc	0x01	// buf_dir_ctrl_gpio_51=0x1; 	Address(0x4cc[7:0])
0x09d5	0x00	// ovr_sel_intpi_tdd_en_rxa=0x0; 	Address(0x9d5[7:1])
0x09d6	0x2d	// crossbar_sel_intpi_tdd_en_rxa=0x2d; 	Address(0x9d6[7:0],0x9d7[7:0])
0x04cc	0x01	// preferred_input_sel_gpio_51=0x0; 	Address(0x4cc[7:2])
0x04cc	0x01	// buf_dir_ctrl_gpio_51=0x1; 	Address(0x4cc[7:0])
0x09d9	0x00	// ovr_sel_intpi_tdd_en_rxb=0x0; 	Address(0x9d9[7:1])
0x09da	0x2d	// crossbar_sel_intpi_tdd_en_rxb=0x2d; 	Address(0x9da[7:0],0x9db[7:0])
0x04cc	0x01	// preferred_input_sel_gpio_51=0x0; 	Address(0x4cc[7:2])
0x04cc	0x01	// buf_dir_ctrl_gpio_51=0x1; 	Address(0x4cc[7:0])
0x09dd	0x00	// ovr_sel_intpi_tdd_en_rxc=0x0; 	Address(0x9dd[7:1])
0x09de	0x2d	// crossbar_sel_intpi_tdd_en_rxc=0x2d; 	Address(0x9de[7:0],0x9df[7:0])
0x04cc	0x01	// preferred_input_sel_gpio_51=0x0; 	Address(0x4cc[7:2])
0x04cc	0x01	// buf_dir_ctrl_gpio_51=0x1; 	Address(0x4cc[7:0])
0x09e1	0x00	// ovr_sel_intpi_tdd_en_rxd=0x0; 	Address(0x9e1[7:1])
0x09e2	0x2d	// crossbar_sel_intpi_tdd_en_rxd=0x2d; 	Address(0x9e2[7:0],0x9e3[7:0])
0x02bc	0x00	// pull_ctrl_gpio_47=0x0; 	Address(0x2bc[7:0])
0x02c4	0x00	// pull_ctrl_gpio_49=0x0; 	Address(0x2c4[7:0])
0x030c	0x00	// pull_ctrl_gpio_67=0x0; 	Address(0x30c[7:0])
0x0314	0x00	// pull_ctrl_gpio_69=0x0; 	Address(0x314[7:0])
0x02c0	0x00	// pull_ctrl_gpio_48=0x0; 	Address(0x2c0[7:0])
0x02e4	0x00	// pull_ctrl_gpio_57=0x0; 	Address(0x2e4[7:0])
0x0334	0x00	// pull_ctrl_gpio_77=0x0; 	Address(0x334[7:0])
0x0310	0x00	// pull_ctrl_gpio_68=0x0; 	Address(0x310[7:0])
0x0015	0x00	// io_wrap=0x0; 	Address(0x15[7:4])
0x0016	0x03	// adc_jesd=0x3; 	Address(0x16[7:0])
0x006d	0x06	// link0_init_state=0x0; 	Address(0x6d[7:0])
0x006d	0x02	// link2_init_state=0x0; 	Address(0x6d[7:2])
0x006d	0x00	// link1_init_state=0x0; 	Address(0x6d[7:1])
0x006e	0x0e	// lane0_serdes_fifo_init_state=0x0; 	Address(0x6e[7:0])
0x006e	0x0c	// lane1_serdes_fifo_init_state=0x0; 	Address(0x6e[7:1])
0x006e	0x08	// lane2_serdes_fifo_init_state=0x0; 	Address(0x6e[7:2])
0x006e	0x00	// lane3_serdes_fifo_init_state=0x0; 	Address(0x6e[7:3])
0x0016	0x00	// adc_jesd=0x0; 	Address(0x16[7:0])
0x0016	0x0c	// dac_jesd=0x3; 	Address(0x16[7:2])
0x0020	0x02	// link0_init_state=0x0; 	Address(0x20[7:0])
0x0020	0x00	// link1_init_state=0x0; 	Address(0x20[7:1])
0x0016	0x00	// dac_jesd=0x0; 	Address(0x16[7:2])

// START: Clearing Sysref Flags

0x0016	0x03	// adc_jesd=0x3; 	Address(0x16[7:0])
0x0124	0x08	// clear_jesd_clk_rx1_p0=0x1; 	Address(0x124[7:3])
0x0128	0x08	// clear_jesd_sysref_rx1_p0=0x1; 	Address(0x128[7:3])
0x0124	0x00	// clear_jesd_clk_rx1_p0=0x0; 	Address(0x124[7:3])
0x0128	0x00	// clear_jesd_sysref_rx1_p0=0x0; 	Address(0x128[7:3])
0x0016	0x00	// adc_jesd=0x0; 	Address(0x16[7:0])
0x0016	0x04	// dac_jesd=0x1; 	Address(0x16[7:2])
0x00eb	0xf0	// clear_jesd_sysref_flag=0xf; 	Address(0xeb[7:4])
0x00eb	0xff	// clear_jesd_clk_flag=0xf; 	Address(0xeb[7:0])
0x00eb	0x0f	// clear_jesd_sysref_flag=0x0; 	Address(0xeb[7:4])
0x00eb	0x00	// clear_jesd_clk_flag=0x0; 	Address(0xeb[7:0])
0x0016	0x00	// dac_jesd=0x0; 	Address(0x16[7:2])
0x0015	0x02	// ana_4t4r=0x1; 	Address(0x15[7:1])
0x00dc	0x10	// Property_bch_4_4=0x1; 	Address(0xdc[7:4])
0x00df	0x10	// Property_bch_28_28=0x1; 	Address(0xdf[7:4])
0x0100	0x10	// Property_e0h_4_4=0x1; 	Address(0x100[7:4])
0x00c4	0x10	// Property_a4h_4_4=0x1; 	Address(0xc4[7:4])
0x00c7	0x10	// Property_a4h_28_28=0x1; 	Address(0xc7[7:4])
0x00cc	0x10	// Property_ach_4_4=0x1; 	Address(0xcc[7:4])
0x00cf	0x10	// Property_ach_28_28=0x1; 	Address(0xcf[7:4])
0x00d8	0x10	// Property_b8h_4_4=0x1; 	Address(0xd8[7:4])
0x00d4	0x10	// Property_b4h_4_4=0x1; 	Address(0xd4[7:4])
0x00dc	0x00	// Property_bch_4_4=0x0; 	Address(0xdc[7:4])
0x00df	0x00	// Property_bch_28_28=0x0; 	Address(0xdf[7:4])
0x0100	0x00	// Property_e0h_4_4=0x0; 	Address(0x100[7:4])
0x00c4	0x00	// Property_a4h_4_4=0x0; 	Address(0xc4[7:4])
0x00c7	0x00	// Property_a4h_28_28=0x0; 	Address(0xc7[7:4])
0x00cc	0x00	// Property_ach_4_4=0x0; 	Address(0xcc[7:4])
0x00cf	0x00	// Property_ach_28_28=0x0; 	Address(0xcf[7:4])
0x00d8	0x00	// Property_b8h_4_4=0x0; 	Address(0xd8[7:4])
0x00d4	0x00	// Property_b4h_4_4=0x0; 	Address(0xd4[7:4])

// END: Done clearing Sysref Flags

0x0015	0x00	// ana_4t4r=0x0; 	Address(0x15[7:1])

// START: Sending Sysref to device


// External-Action: Ensure Sysref is running before this point.


// START: Requesting/releasing SPI Access to PLL Pages

0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x01	// pll_reg_spi_req_a=0x1; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

WAIT 0.1

0x0171		// Read: 0x00

// Read	pll_reg_spi_a_ack=0x0(Meaning: );; 	Address(0x171[7:0])


// END: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])
0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x085b	0x00	// Property_838h_31_0=0x0; 	Address(0x858[7:0],0x859[7:0],0x85a[7:0],0x85b[7:0],0x85c[7:0])
0x085a	0x00
0x0859	0x00
0x0858	0x00
0x085b	0x00	// Property_838h_31_0=0x101; 	Address(0x858[7:0],0x859[7:0],0x85a[7:0],0x85b[7:0],0x85c[7:0])
0x085a	0x00
0x0859	0x01
0x0858	0x01
0x085b	0x00	// Property_838h_31_0=0x0; 	Address(0x858[7:0],0x859[7:0],0x85a[7:0],0x85b[7:0],0x85c[7:0])
0x085a	0x00
0x0859	0x00
0x0858	0x00
0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0015	0x01	// pll=0x1; 	Address(0x15[7:0])
0x006a	0x00	// Property_48h_17_17=0x0; 	Address(0x6a[7:1])
0x006e	0x00	// LCMGEN_USE_SPI_SYSREF=0x0; 	Address(0x6e[7:0])
0x006a	0x00	// Property_48h_17_17=0x0; 	Address(0x6a[7:1])
0x006a	0x02	// Property_48h_17_17=0x1; 	Address(0x6a[7:1])
0x0058	0x06	// Property_38h_1_1=0x1; 	Address(0x58[7:1])

WAIT 0.001
0x0058	0x04	// Property_38h_1_1=0x0; 	Address(0x58[7:1])

// START: Requesting/releasing SPI Access to PLL Pages

0x0015	0x00	// pll=0x0; 	Address(0x15[7:0])
0x0015	0x40	// digtop=0x1; 	Address(0x15[7:6])
0x0170	0x00	// pll_reg_spi_req_a=0x0; 	Address(0x170[7:0])
0x0540	0x00	// Property_520h_0_0=0x0; 	Address(0x540[7:0])

// END: Requesting/releasing SPI Access to PLL Pages


// END: Sending Sysref to device

0x0015	0x00	// digtop=0x0; 	Address(0x15[7:6])

// START: Checking Sysref Flags

0x0016	0x01	// adc_jesd=0x1; 	Address(0x16[7:0])
0x012c		// Read: 0x00

// Read	monitor_jesd_clk_rx1_p0=0x0; 	Address(0x12c[7:3])

0x0130		// Read: 0x00

// Read	monitor_jesd_sysref_rx1_p0=0x0; 	Address(0x130[7:3])


// END: Done checking Sysref Flags

0x0016	0x00	// adc_jesd=0x0; 	Address(0x16[7:0])
0x0016	0x03	// adc_jesd=0x3; 	Address(0x16[7:0])
0x0024	0x00	// jesd_clear_data=0x0; 	Address(0x24[7:0])
0x00f0	0x0f	// alarms_serdes_fifo_errors_clear=0xf; 	Address(0xf0[7:0])
0x00f0	0x00	// alarms_serdes_fifo_errors_clear=0x0; 	Address(0xf0[7:0])
0x0016	0x00	// adc_jesd=0x0; 	Address(0x16[7:0])
0x0016	0x04	// dac_jesd=0x1; 	Address(0x16[7:2])
0x0064	0x0f	// jesd_clear_data=0x0; 	Address(0x64[7:4])
0x0128	0x01	// clear_all_alarms=0x1; 	Address(0x128[7:0])
0x0128	0x00	// clear_all_alarms=0x0; 	Address(0x128[7:0])
0x0128	0x04	// clear_all_alarms_to_pap=0x1; 	Address(0x128[7:2])
0x0128	0x00	// clear_all_alarms_to_pap=0x0; 	Address(0x128[7:2])
0x0016	0x08	// dac_jesd=0x2; 	Address(0x16[7:2])
0x0064	0x00	// jesd_clear_data=0x0; 	Address(0x64[7:4])
0x0128	0x01	// clear_all_alarms=0x1; 	Address(0x128[7:0])
0x0128	0x00	// clear_all_alarms=0x0; 	Address(0x128[7:0])
0x0128	0x04	// clear_all_alarms_to_pap=0x1; 	Address(0x128[7:2])
0x0128	0x00	// clear_all_alarms_to_pap=0x0; 	Address(0x128[7:2])
0x0016	0x00	// dac_jesd=0x0; 	Address(0x16[7:2])

// START: Writing Post Link up SERDES writes

0x0016	0x60	// serdes_jesd=0x3; 	Address(0x16[7:5])
0x0016	0x20	// serdes_jesd=0x1; 	Address(0x16[7:5])
0x0016	0x60	// serdes_jesd=0x3; 	Address(0x16[7:5])
0x41fb	0x02
0x41fa	0x46
0x43fb	0x02
0x43fa	0x46
0x45fb	0x02
0x45fa	0x46
0x47fb	0x02
0x47fa	0x46

// END: Done writing Post Link up SERDES writes

0x0016	0x00	// serdes_jesd=0x0; 	Address(0x16[7:5])
0x0013	0x0f	// txdh=0xf; 	Address(0x13[7:0])
0x015a	0x25	// Property_138h_17_17=0x0; 	Address(0x15a[7:1])
0x0013	0x00	// txdh=0x0; 	Address(0x13[7:0])

// START: Setting TDD Pin Override values.

0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x0f	// Property_c4h_11_8=0xf; 	Address(0xe5[7:0])

// END: Setting TDD Pin Override values.

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x10f; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x01
0x00a0	0x0f
0x00a7	0x00	// MACRO_OPERAND_REG1=0x1; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x00
0x00a4	0x01
0x0193	0x52	// MACRO_OPCODE=0x52; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x30f; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x03
0x00a0	0x0f
0x0193	0x53	// MACRO_OPCODE=0x53; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0019	0x10	// txdig=0x1; 	Address(0x19[7:4])
0x0320	0x00	// Property_300h_3_0=0x0; 	Address(0x320[7:0])
0x0019	0x20	// txdig=0x2; 	Address(0x19[7:4])
0x0320	0x00	// Property_300h_3_0=0x0; 	Address(0x320[7:0])
0x0019	0x40	// txdig=0x4; 	Address(0x19[7:4])
0x0320	0x00	// Property_300h_3_0=0x0; 	Address(0x320[7:0])
0x0019	0x80	// txdig=0x8; 	Address(0x19[7:4])
0x0320	0x00	// Property_300h_3_0=0x0; 	Address(0x320[7:0])

// START: Setting TDD Pin Override values.

0x0019	0x00	// txdig=0x0; 	Address(0x19[7:4])
0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x0f	// Property_cch_11_8=0xf; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])

// END: Setting TDD Pin Override values.

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0010	0x0f	// ec_dig=0xf; 	Address(0x10[7:0])
0x003c	0x01	// Property_3ch_0_0=0x1; 	Address(0x3c[7:0])
0x003c	0x00	// Property_3ch_0_0=0x0; 	Address(0x3c[7:0])
0x0010	0x00	// ec_dig=0x0; 	Address(0x10[7:0])

// START: Setting TDD Pin Override values.

0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x03	// Property_d4h_9_8=0x3; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])

// END: Setting TDD Pin Override values.

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0010	0x30	// ec_dig=0x30; 	Address(0x10[7:0])
0x003c	0x01	// Property_3ch_0_0=0x1; 	Address(0x3c[7:0])
0x003c	0x00	// Property_3ch_0_0=0x0; 	Address(0x3c[7:0])
0x0010	0x00	// ec_dig=0x0; 	Address(0x10[7:0])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x0; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x0193	0x90	// MACRO_OPCODE=0x90; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0144	0x08	// Property_124h_4_2=0x2; 	Address(0x144[7:2])
0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0018	0x08	// Property_18h_3_3=0x1; 	Address(0x18[7:3])
0x1f8f	0x05
0x0018	0x00	// Property_18h_3_3=0x0; 	Address(0x18[7:3])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x1; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x01
0x0193	0x90	// MACRO_OPCODE=0x90; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x01	// MACRO_OPERAND_REG0=0x101030f; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x01
0x00a1	0x03
0x00a0	0x0f
0x0193	0x9f	// MACRO_OPCODE=0x9f; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0xb030f; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x0b
0x00a1	0x03
0x00a0	0x0f
0x0193	0x49	// MACRO_OPCODE=0x49; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x30f; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x03
0x00a0	0x0f
0x0193	0x4b	// MACRO_OPCODE=0x4b; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x0; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x00a7	0x00	// MACRO_OPERAND_REG1=0x0; 	Address(0xa4[7:0],0xa5[7:0],0xa6[7:0],0xa7[7:0],0xa8[7:0])
0x00a6	0x00
0x00a5	0x00
0x00a4	0x00
0x0193	0x13	// MACRO_OPCODE=0x13; 	Address(0x193[7:0],0x194[7:0])
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0012	0x01	// rxdig=0x1; 	Address(0x12[7:0])
0x14c4	0x00	// dc_corr_fw_pause=0x0; 	Address(0x14c4[7:0])
0x0012	0x02	// rxdig=0x2; 	Address(0x12[7:0])
0x14c4	0x00	// dc_corr_fw_pause=0x0; 	Address(0x14c4[7:0])
0x0012	0x04	// rxdig=0x4; 	Address(0x12[7:0])
0x14c4	0x00	// dc_corr_fw_pause=0x0; 	Address(0x14c4[7:0])
0x0012	0x08	// rxdig=0x8; 	Address(0x12[7:0])
0x14c4	0x00	// dc_corr_fw_pause=0x0; 	Address(0x14c4[7:0])
0x0012	0x00	// rxdig=0x0; 	Address(0x12[7:0])
0x0012	0x10	// fbdig=0x1; 	Address(0x12[7:4])
0x14c4	0x00	// dc_corr_fw_pause=0x0; 	Address(0x14c4[7:0])
0x0012	0x20	// fbdig=0x2; 	Address(0x12[7:4])
0x14c4	0x00	// dc_corr_fw_pause=0x0; 	Address(0x14c4[7:0])
0x0012	0x00	// fbdig=0x0; 	Address(0x12[7:4])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x0193	0x3d	// MACRO_OPCODE=0x3d; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])


// START: Setting TDD Pin Override values.

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x03	// Property_d4h_9_8=0x3; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])

// END: Setting TDD Pin Override values.


// START: Setting TDD Pin Override values.

0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x0f	// Property_cch_11_8=0xf; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])

// END: Setting TDD Pin Override values.


// START: Removing TDD Pin Overrides.

0x00ec	0x00	// Property_cch_0_0=0x0; 	Address(0xec[7:0])
0x00f4	0x00	// Property_d4h_0_0=0x0; 	Address(0xf4[7:0])
0x00e4	0x00	// Property_c4h_0_0=0x0; 	Address(0xe4[7:0])

// END: Removing TDD Pin Overrides.

0x0015	0x00	// timing_controller=0x0; 	Address(0x15[7:7])
0x0018	0x20	// macro=0x1; 	Address(0x18[7:5])
0x00f0		// Read: 0x00

// Read	MACRO_READY=0x0; 	Address(0xf0[7:0])


WAIT 0.1

0x00a3	0x00	// MACRO_OPERAND_REG0=0x0; 	Address(0xa0[7:0],0xa1[7:0],0xa2[7:0],0xa3[7:0],0xa4[7:0])
0x00a2	0x00
0x00a1	0x00
0x00a0	0x00
0x0193	0x15	// MACRO_OPCODE=0x15; 	Address(0x193[7:0],0x194[7:0])

WAIT 0.001
0x00f0		// Read: 0x00

// Read	MACRO_DONE=0x0; 	Address(0xf0[7:2])


WAIT 0.1

0x00f0		// Read: 0x00

// Read	MACRO_ERROR=0x0; 	Address(0xf0[7:3])

0x00f1		// Read: 0x00

// Read	MACRO_ERROR_OPCODE=0x0; 	Address(0xf1[7:0],0xf2[7:0])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPCODE=0x0; 	Address(0xf0[7:4])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_OPCODE_NOT_ALLOWED=0x0; 	Address(0xf0[7:5])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_OPERAND=0x0; 	Address(0xf0[7:6])

0x00f0		// Read: 0x00

// Read	MACRO_ERROR_IN_EXECUTION=0x0; 	Address(0xf0[7:7])

0x00f3		// Read: 0x00
0x00f2		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE=0x0; 	Address(0xf2[7:0],0xf3[7:0],0xf4[7:0])

0x00f7		// Read: 0x00
0x00f6		// Read: 0x00
0x00f5		// Read: 0x00
0x00f4		// Read: 0x00

// Read	MACRO_ERROR_EXTENDED_CODE_2=0x0; 	Address(0xf4[7:0],0xf5[7:0],0xf6[7:0],0xf7[7:0],0xf8[7:0])

0x0018	0x00	// macro=0x0; 	Address(0x18[7:5])
0x0016	0x03	// adc_jesd=0x3; 	Address(0x16[7:0])
0x0024	0x00	// jesd_clear_data=0x0; 	Address(0x24[7:0])
0x00f0	0x0f	// alarms_serdes_fifo_errors_clear=0xf; 	Address(0xf0[7:0])
0x00f0	0x00	// alarms_serdes_fifo_errors_clear=0x0; 	Address(0xf0[7:0])
0x0016	0x00	// adc_jesd=0x0; 	Address(0x16[7:0])
0x0016	0x04	// dac_jesd=0x1; 	Address(0x16[7:2])
0x0064	0x0f	// jesd_clear_data=0x0; 	Address(0x64[7:4])
0x0128	0x01	// clear_all_alarms=0x1; 	Address(0x128[7:0])
0x0128	0x00	// clear_all_alarms=0x0; 	Address(0x128[7:0])
0x0128	0x04	// clear_all_alarms_to_pap=0x1; 	Address(0x128[7:2])
0x0128	0x00	// clear_all_alarms_to_pap=0x0; 	Address(0x128[7:2])
0x0016	0x08	// dac_jesd=0x2; 	Address(0x16[7:2])
0x0064	0x00	// jesd_clear_data=0x0; 	Address(0x64[7:4])
0x0128	0x01	// clear_all_alarms=0x1; 	Address(0x128[7:0])
0x0128	0x00	// clear_all_alarms=0x0; 	Address(0x128[7:0])
0x0128	0x04	// clear_all_alarms_to_pap=0x1; 	Address(0x128[7:2])
0x0128	0x00	// clear_all_alarms_to_pap=0x0; 	Address(0x128[7:2])
0x0016	0x00	// dac_jesd=0x0; 	Address(0x16[7:2])
0x0019	0xf0	// txdig=0xf; 	Address(0x19[7:4])
0x0a40	0x0f	// HBF59OvrClr=0xf; 	Address(0xa40[7:0])
0x0a41	0x0f	// HBF23HROvrClr=0xf; 	Address(0xa41[7:0])
0x0a44	0x0f	// mixerOvrClr=0xf; 	Address(0xa44[7:0])
0x0a45	0x0f	// isincOvrClr=0xf; 	Address(0xa45[7:0])
0x0a46	0x0f	// dacDitherOvrClr=0xf; 	Address(0xa46[7:0])
0x0a40	0x00	// HBF59OvrClr=0x0; 	Address(0xa40[7:0])
0x0a41	0x00	// HBF23HROvrClr=0x0; 	Address(0xa41[7:0])
0x0a44	0x00	// mixerOvrClr=0x0; 	Address(0xa44[7:0])
0x0a45	0x00	// isincOvrClr=0x0; 	Address(0xa45[7:0])
0x0a46	0x00	// dacDitherOvrClr=0x0; 	Address(0xa46[7:0])
0x054d	0x07	// Property_52ch_10_0=0x7ff; 	Address(0x54c[2:0],0x54d[7:0])
0x054c	0xff
0x0580	0x07	// Property_560h_2_0=0x7; 	Address(0x580[7:0])
0x0589	0x07	// Property_568h_10_8=0x7; 	Address(0x589[7:0])
0x06b4	0x01	// pap_hw_alarm_act_alc_clr=0x1; 	Address(0x6b4[7:0])
0x06b4	0x03	// pap_hw_alarm_act_lmt_clr=0x1; 	Address(0x6b4[7:1])
0x054d	0x00	// Property_52ch_10_0=0x0; 	Address(0x54c[2:0],0x54d[7:0])
0x054c	0x00
0x0580	0x00	// Property_560h_2_0=0x0; 	Address(0x580[7:0])
0x0589	0x00	// Property_568h_10_8=0x0; 	Address(0x589[7:0])
0x06b4	0x02	// pap_hw_alarm_act_alc_clr=0x0; 	Address(0x6b4[7:0])
0x06b4	0x00	// pap_hw_alarm_act_lmt_clr=0x0; 	Address(0x6b4[7:1])
0x052c	0x1f	// Property_50ch_4_0=0x1f; 	Address(0x52c[7:0])
0x052c	0x00	// Property_50ch_4_0=0x0; 	Address(0x52c[7:0])
0x0019	0x00	// txdig=0x0; 	Address(0x19[7:4])

// START: Reading the JESD RX states to check if link is established


WAIT 0.001
0x0016	0x04	// dac_jesd=0x1; 	Address(0x16[7:2])
0x011b		// Read: 0x00
0x011a		// Read: 0x00
0x0119		// Read: 0x00
0x0118		// Read: 0x00
0x011f		// Read: 0x00
0x011e		// Read: 0x00
0x011d		// Read: 0x00
0x011c		// Read: 0x00

// Read	alarms=0x0; 	Address(0x118[7:0],0x119[7:0],0x11a[7:0],0x11b[7:0],0x11c[7:0],0x11c[7:0],0x11d[7:0],0x11e[7:0],0x11f[7:0],0x120[7:0])

0x00ee		// Read: 0x00

// Read	comma_align_lock_flag=0x0; 	Address(0xee[7:0])

0x00a2		// Read: 0x00

// Read	jesd_cs_state=0x0; 	Address(0xa2[7:0],0xa3[7:0])

0x00a4		// Read: 0x00

// Read	jesd_fs_state=0x0; 	Address(0xa4[7:0],0xa5[7:0])


// END: Done reading the JESD RX states to check if link is established

0x0016	0x00	// dac_jesd=0x0; 	Address(0x16[7:2])

// END: Device Config Complete


// START: Setting TDD Pin in override state and setting override values.

0x0015	0x80	// timing_controller=0x1; 	Address(0x15[7:7])
0x00ec	0x01	// Property_cch_0_0=0x1; 	Address(0xec[7:0])
0x00f4	0x01	// Property_d4h_0_0=0x1; 	Address(0xf4[7:0])
0x00e4	0x01	// Property_c4h_0_0=0x1; 	Address(0xe4[7:0])
0x00ed	0x00	// Property_cch_11_8=0x0; 	Address(0xed[7:0])
0x00f5	0x00	// Property_d4h_9_8=0x0; 	Address(0xf5[7:0])
0x00e5	0x00	// Property_c4h_11_8=0x0; 	Address(0xe5[7:0])
0x00ed	0x0f	// Property_cch_11_8=0xf; 	Address(0xed[7:0])
0x00f5	0x03	// Property_d4h_9_8=0x3; 	Address(0xf5[7:0])
0x00e5	0x0f	// Property_c4h_11_8=0xf; 	Address(0xe5[7:0])

// END: Setting TDD Pin in override state and setting override values.

2.We use configAfefromFile function to config AFE7921, it also can't config succeed,it config logs is below

the fail log is below

[BEGIN] 2024/11/20 14:42:13
[2024/11/20 14:42:14] root@TinaLinux:/mnt/app# 
[2024/11/20 14:42:14] root@TinaLinux:/mnt/app# 
[2024/11/20 14:42:15] root@TinaLinux:/mnt/app# 
[2024/11/20 14:42:15] root@TinaLinux:/mnt/app# 
[2024/11/20 14:42:15] root@TinaLinux:/mnt/app# 
[2024/11/20 14:42:19] root@TinaLinux:/mnt/app# ./ts_fpga ad792xreset
[2024/11/20 14:42:19] mkdir: can't create directory '/tmp/data': File exists
[2024/11/20 14:42:19] This ts_fpga tool version is 20241024 10:06,debug-9528.
[2024/11/20 14:42:19] open fpga spi device ok!
[2024/11/20 14:42:19] config ad792x reset start...
[2024/11/20 14:42:20] config ad792x reset end...
[2024/11/20 14:42:20] 
[2024/11/20 14:42:20] ts_fpag:close spi device.
[2024/11/20 14:42:21] root@TinaLinux:/mnt/app# 
[2024/11/20 14:42:21] root@TinaLinux:/mnt/app# 
[2024/11/20 14:42:21] root@TinaLinux:/mnt/app# 
[2024/11/20 14:42:21] root@TinaLinux:/mnt/app# 
[2024/11/20 14:42:31] root@TinaLinux:/mnt/app# ./ts_fpga ad792xcfg
[2024/11/20 14:42:31] mkdir: can't create directory '/tmp/data': File exists
[2024/11/20 14:42:31] This ts_fpga tool version is 20241024 10:06,debug-9528.
[2024/11/20 14:42:31] open fpga spi device ok!
[2024/11/20 14:42:31] type:a1
[2024/11/20 14:42:33] 
[2024/11/20 14:42:33] first piece ad7921Config start...
[2024/11/20 14:42:33] first 7921 filePath:/mnt/app/afe7921_profile.txt
[2024/11/20 14:42:36] 
[2024/11/20 14:42:36] AFE ID: 0[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00F0], lsb[3], msb[3], data[0x4F] not matching with expected value[0x00]
[2024/11/20 14:42:36] 
[2024/11/20 14:42:36] AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00f0[3:3] = 0x0000
[2024/11/20 14:42:53] 
[2024/11/20 14:42:53] AFE ID: 0[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00F0], lsb[3], msb[3], data[0x1F] not matching with expected value[0x00]
[2024/11/20 14:42:53] 
[2024/11/20 14:42:53] AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00f0[3:3] = 0x0000
[2024/11/20 14:43:04] 
[2024/11/20 14:43:04] AFE ID: 0[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x0130], lsb[3], msb[3], data[0x00] not matching with expected value[0x08]
[2024/11/20 14:43:04] 
[2024/11/20 14:43:04] AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x0130[3:3] = 0x0008
[2024/11/20 14:43:07] 
[2024/11/20 14:43:07] AFE ID: 0[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00EE], lsb[0], msb[3], data[0x00] not matching with expected value[0x0F]
[2024/11/20 14:43:07] 
[2024/11/20 14:43:07] AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00ee[0:3] = 0x000f
[2024/11/20 14:43:07] 
[2024/11/20 14:43:07] AFE ID: 0[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00A2], lsb[0], msb[7], data[0x00] not matching with expected value[0xAA]
[2024/11/20 14:43:07] 
[2024/11/20 14:43:07] AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00a2[0:7] = 0x00aa
[2024/11/20 14:43:07] 
[2024/11/20 14:43:07] AFE ID: 0[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00A4], lsb[0], msb[7], data[0x00] not matching with expected value[0x55]
[2024/11/20 14:43:07] 
[2024/11/20 14:43:07] AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00a4[0:7] = 0x0055
[2024/11/20 14:43:07] 
[2024/11/20 14:43:07] AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFile][333]ERROR:AFE Function Execution failed: AFE79FNP(configAfeFromFileFormat0)(afeInst, file, breakAtPollFail, breakAtReadCheckFail)
[2024/11/20 14:43:07] config chip1 ret=0
[2024/11/20 14:43:07] first piece ad7921Config end...
[2024/11/20 14:43:07] type:a2
[2024/11/20 14:43:09] 
[2024/11/20 14:43:09] second piece ad7921Config start...
[2024/11/20 14:43:09] second 7921 filePath:/mnt/app/afe7921_profile2.txt
[2024/11/20 14:43:12] 
[2024/11/20 14:43:12] AFE ID: 1[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00F0], lsb[3], msb[3], data[0x4F] not matching with expected value[0x00]
[2024/11/20 14:43:12] 
[2024/11/20 14:43:12] AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00f0[3:3] = 0x0000
[2024/11/20 14:43:29] 
[2024/11/20 14:43:29] AFE ID: 1[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00F0], lsb[3], msb[3], data[0x1F] not matching with expected value[0x00]
[2024/11/20 14:43:29] 
[2024/11/20 14:43:29] AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00f0[3:3] = 0x0000
[2024/11/20 14:43:40] 
[2024/11/20 14:43:40] AFE ID: 1[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x0130], lsb[3], msb[3], data[0x00] not matching with expected value[0x08]
[2024/11/20 14:43:40] 
[2024/11/20 14:43:40] AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x0130[3:3] = 0x0008
[2024/11/20 14:43:42] 
[2024/11/20 14:43:42] AFE ID: 1[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00EE], lsb[0], msb[3], data[0x00] not matching with expected value[0x0F]
[2024/11/20 14:43:42] 
[2024/11/20 14:43:42] AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00ee[0:3] = 0x000f
[2024/11/20 14:43:42] 
[2024/11/20 14:43:42] AFE ID: 1[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00A2], lsb[0], msb[7], data[0x00] not matching with expected value[0xAA]
[2024/11/20 14:43:42] 
[2024/11/20 14:43:42] AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00a2[0:7] = 0x00aa
[2024/11/20 14:43:42] 
[2024/11/20 14:43:42] AFE ID: 1[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00A4], lsb[0], msb[7], data[0x00] not matching with expected value[0x55]
[2024/11/20 14:43:42] 
[2024/11/20 14:43:42] AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00a4[0:7] = 0x0055
[2024/11/20 14:43:42] 
[2024/11/20 14:43:42] AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFile][333]ERROR:AFE Function Execution failed: AFE79FNP(configAfeFromFileFormat0)(afeInst, file, breakAtPollFail, breakAtReadCheckFail)
[2024/11/20 14:43:42] config chip2 ret=0
[2024/11/20 14:43:42] second piece ad7921Config end...
[2024/11/20 14:43:42] type:a0
[2024/11/20 14:43:42] 
[2024/11/20 14:43:42] ts_fpag:close spi device.

[END] 2024/11/20 14:46:01

0 zhansheng chen 1 month ago in reply to Aman Thombre

Prodigy 130 points

Hi Aman,

We had some question about how to config AFE7921. We config AFE7921 with some error and found that the RX is OK but the TX is not good, and I read my FPGA,the 204B is linked.

The error log is below

first piece ad7921Config start...
first 7921 filePath:/mnt/app/afe7921_profile.txt

AFE ID: 0[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00F0], lsb[3], msb[3], data[0x4F] not matching with expected value[0x00]

AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00f0[3:3] = 0x0000

AFE ID: 0[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00F0], lsb[3], msb[3], data[0x1F] not matching with expected value[0x00]

AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00f0[3:3] = 0x0000

AFE ID: 0[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFile][333]ERROR:AFE Function Execution failed: AFE79FNP(configAfeFromFileFormat0)(afeInst, file, breakAtPollFail, breakAtReadCheckFail)
config chip1 ret=0
first piece ad7921Config end...
type:a2

second piece ad7921Config start...
second 7921 filePath:/mnt/app/afe7921_profile2.txt

AFE ID: 1[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00F0], lsb[3], msb[3], data[0x4F] not matching with expected value[0x00]

AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00f0[3:3] = 0x0000

AFE ID: 1[Afe79xx/Src/tiAfe79_basicFunctions.c][ti_afe79_afeSpiCheckWrapper][559]INFO:addr[0x00F0], lsb[3], msb[3], data[0x1F] not matching with expected value[0x00]

AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFileFormat0][180]ERROR:AFE FROM FILE Read Check Fail: 0x00f0[3:3] = 0x0000

AFE ID: 1[Afe79xx/Src/tiAfe79_init.c][ti_afe79_configAfeFromFile][333]ERROR:AFE Function Execution failed: AFE79FNP(configAfeFromFileFormat0)(afeInst, file, breakAtPollFail, breakAtReadCheckFail)
config chip2 ret=0
second piece ad7921Config end...
type:a0

1.We don't have EVM,can we used Latte export logDumpInst to config AFE7921 or must be link to EVM and run Latte to export logDumpInst.

2.Can your help us to to export logDumpInst ? We are uesd API version is V2.5.

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AFE7921: How to use API to configure AFE7921