I am trying to implement Flash28_API library.
Getting error of
#10099-D program will not fit into available memory. run placement with alignment/blocking fails for section "Flash28_API" size 0x559 page 0.
According to MAP file Sector D having enough memory spares.
******************************************************************************
TMS320C2000 Linker PC v6.2.5
******************************************************************************
>> Linked Fri Aug 20 13:06:01 2021
OUTPUT FILE NAME: <D:/SPIFLashEn1/Stat/../Debug/stat.out>
ENTRY POINT SYMBOL: "_c_int00" address: 003e9f43
MEMORY CONFIGURATION
name origin length used unused attr fill
---------------------- -------- --------- -------- -------- ---- --------
PAGE 0:
RAMM1 00000400 00000400 000001ad 00000253 RWIX
RAML0 00008000 00002000 00001e80 00000180 RWIX
OTP 003d7800 00000800 00000000 00000800 RWIX
FLASHE 003e8000 00003000 000021c7 00000e39 RWIX
FLASHE1 003eb000 00000500 00000000 00000500 RWIX
FLASHE2 003eb500 00000500 000001ad 00000353 RWIX
FLASHD 003ec000 00004000 000023d9 00001c27 RWIX
FLASHC 003f0000 00004000 00001fe7 00002019 RWIX
FLASHA 003f6000 00001ff6 00000000 00001ff6 RWIX
BEGIN 003f7ff6 00000002 00000002 00000000 RWIX
ROM 003ff000 00000fc0 00000b50 00000470 RWIX
RESET 003fffc0 00000002 00000000 00000002 RWIX
VECTORS 003fffc2 0000003e 00000000 0000003e RWIX
PAGE 1:
RAMM0 00000000 00000400 000000c8 00000338 RWIX
DEV_EMU 00000880 00000180 000000d6 000000aa RWIX
FLASH_REGS 00000a80 00000060 00000008 00000058 RWIX
CSM 00000ae0 00000010 00000010 00000000 RWIX
CPU_TIMER0 00000c00 00000008 00000008 00000000 RWIX
CPU_TIMER1 00000c08 00000008 00000008 00000000 RWIX
CPU_TIMER2 00000c10 00000008 00000000 00000008 RWIX
PIE_CTRL 00000ce0 00000020 0000001a 00000006 RWIX
PIE_VECT 00000d00 00000100 00000100 00000000 RWIX
ECAN_A 00006000 00000100 00000034 000000cc RWIX
ECAN_AMBOX 00006100 00000100 00000100 00000000 RWIX
SYSTEM 00007010 00000020 00000020 00000000 RWIX
SPI_A 00007040 00000010 00000010 00000000 RWIX
SCI_A 00007050 00000010 00000010 00000000 RWIX
XINTRUPT 00007070 00000010 00000010 00000000 RWIX
GPIOMUX 000070c0 00000020 00000020 00000000 RWIX
GPIODAT 000070e0 00000020 00000020 00000000 RWIX
ADC 00007100 00000020 0000001a 00000006 RWIX
EV_A 00007400 00000040 00000032 0000000e RWIX
EV_B 00007500 00000040 00000032 0000000e RWIX
SCI_B 00007750 00000010 00000010 00000000 RWIX
MCBSP_A 00007800 00000040 00000025 0000001b RWIX
FLASHB 003f4000 00002000 00000110 00001ef0 RWIX
CSM_PWL 003f7ff8 00000008 00000008 00000000 RWIX
RAMH0 003f8000 00002000 00001b2a 000004d6 RWIX
SECTION ALLOCATION MAP
output attributes/
section page origin length input sections
-------- ---- ---------- ---------- ----------------
.text 0 003e8000 000021c7
003e8000 000016b5 mainpwm.obj (.text)
003e96b5 00000273 DefaultIsr.obj (.text:retain)
003e9928 00000179 svgen_dq.obj (.text)
003e9aa1 00000092 rts2800_ml.lib : tan.obj (.text)
003e9b33 0000008b : fs_add.obj (.text)
003e9bbe 00000083 : fs_div.obj (.text)
003e9c41 00000082 : fd_mpy.obj (.text)
003e9cc3 00000075 Adc.obj (.text)
003e9d38 00000069 DSP28_CpuTimers.obj (.text)
003e9da1 0000005a rts2800_ml.lib : fs_mpy.obj (.text)
003e9dfb 00000057 SysCtrl.obj (.text)
003e9e52 00000054 f28xpwm.obj (.text)
003e9ea6 00000052 rts2800_ml.lib : sqrt.obj (.text)
003e9ef8 0000004b : exit.obj (.text)
003e9f43 00000046 : boot.obj (.text)
003e9f89 0000003e : memcpy.obj (.text)
003e9fc7 0000003b : fs_tol.obj (.text)
003ea002 00000030 : ldexp.obj (.text)
003ea032 0000002a : l_div.obj (.text)
003ea05c 00000024 : fs_toi.obj (.text)
003ea080 00000022 : i_div.obj (.text)
003ea0a2 00000020 Gpio.obj (.text)
003ea0c2 00000020 PieVect.obj (.text)
003ea0e2 0000001f PieCtrl.obj (.text)
003ea101 0000001f rts2800_ml.lib : fd_tol.obj (.text)
003ea120 0000001d Ev.obj (.text)
003ea13d 0000001d rts2800_ml.lib : fs_tofd.obj (.text)
003ea15a 0000001a : i_tofs.obj (.text)
003ea174 00000017 : fs_cmp.obj (.text)
003ea18b 00000010 : u_tofs.obj (.text)
003ea19b 00000009 : _lock.obj (.text)
003ea1a4 00000009 : fs_sub.obj (.text)
003ea1ad 00000008 DSP28_CodeStartBranch.obj (.text)
003ea1b5 00000008 Example_Flash281x_CsmKeys.obj (.text)
003ea1bd 00000005 mainpwm.obj (.text:retain)
003ea1c2 00000005 rts2800_ml.lib : fs_neg.obj (.text)
IQmath 0 003eb500 000001ad RUN ADDR = 00000400
003eb500 00000060 IQmath.lib : IQ20mag.obj (IQmath)
003eb560 00000060 : IQ24mag.obj (IQmath)
003eb5c0 00000047 : IQ24div.obj (IQmath)
003eb607 00000042 : IQ24sqrt.obj (IQmath)
003eb649 00000029 : IQ24sinPU.obj (IQmath)
003eb672 00000027 : IQ24cosPU.obj (IQmath)
003eb699 00000014 : IQ24toF.obj (IQmath)
ramfuncs 0 003ec000 00001e80 RUN ADDR = 00008000
003ec000 00001a33 mainpwm.obj (ramfuncs)
003eda33 0000044d mainpwm.obj (ramfuncs:retain)
Flash28_API
* 0 003ede80 00000559 FAILED TO ALLOCATE
modfuncs 0 003f0000 00001542
003f0000 00001542 modb_funcs.obj (modfuncs)
pi_com_a_sect
* 0 003f1542 0000060f
003f1542 0000060f data_log.obj (pi_com_a_sect)
.cinit 0 003f1b51 000003b4
003f1b51 00000303 mainpwm.obj (.cinit)
003f1e54 00000069 data_log.obj (.cinit)
003f1ebd 00000020 modb_funcs.obj (.cinit)
003f1edd 0000000e rts2800_ml.lib : exit.obj (.cinit)
003f1eeb 0000000a Flash2810_API_V210.lib : Flash28_Globals.obj (.cinit)
003f1ef5 0000000a rts2800_ml.lib : _lock.obj (.cinit)
003f1eff 00000004 : errno.obj (.cinit)
003f1f03 00000002 --HOLE-- [fill = 0]
.switch 0 003f1f06 000000e2
003f1f06 000000e2 modb_funcs.obj (.switch:_update_one)
codestart
* 0 003f7ff6 00000002
003f7ff6 00000002 DSP28_CodeStartBranch.obj (codestart)
IQmathTables
* 0 003ff000 00000b50 NOLOAD SECTION
003ff000 00000b50 IQmath.lib : IQmathTables.obj (IQmathTables)
.reset 0 003fffc0 00000002 DSECT
003fffc0 00000002 rts2800_ml.lib : boot.obj (.reset)
vectors 0 003fffc2 00000000 DSECT
.stack 1 00000000 000000c8 UNINITIALIZED
00000000 000000c8 --HOLE--
DevEmuRegsFile
* 1 00000880 000000d6 UNINITIALIZED
00000880 000000d6 GlobalVariableDefs.obj (DevEmuRegsFile)
FlashRegsFile
* 1 00000a80 00000008 UNINITIALIZED
00000a80 00000008 GlobalVariableDefs.obj (FlashRegsFile)
CsmRegsFile
* 1 00000ae0 00000010 UNINITIALIZED
00000ae0 00000010 GlobalVariableDefs.obj (CsmRegsFile)
CpuTimer0RegsFile
* 1 00000c00 00000008 UNINITIALIZED
00000c00 00000008 GlobalVariableDefs.obj (CpuTimer0RegsFile)
CpuTimer1RegsFile
* 1 00000c08 00000008 UNINITIALIZED
00000c08 00000008 GlobalVariableDefs.obj (CpuTimer1RegsFile)
PieCtrlRegsFile
* 1 00000ce0 0000001a UNINITIALIZED
00000ce0 0000001a GlobalVariableDefs.obj (PieCtrlRegsFile)
PieVectTable
* 1 00000d00 00000100 UNINITIALIZED
00000d00 00000100 GlobalVariableDefs.obj (PieVectTable)
ECanaRegsFile
* 1 00006000 00000034 UNINITIALIZED
00006000 00000034 GlobalVariableDefs.obj (ECanaRegsFile)
ECanaMboxesFile
* 1 00006100 00000100 UNINITIALIZED
00006100 00000100 GlobalVariableDefs.obj (ECanaMboxesFile)
SysCtrlRegsFile
* 1 00007010 00000020 UNINITIALIZED
00007010 00000020 GlobalVariableDefs.obj (SysCtrlRegsFile)
SpiaRegsFile
* 1 00007040 00000010 UNINITIALIZED
00007040 00000010 GlobalVariableDefs.obj (SpiaRegsFile)
SciaRegsFile
* 1 00007050 00000010 UNINITIALIZED
00007050 00000010 GlobalVariableDefs.obj (SciaRegsFile)
XIntruptRegsFile
* 1 00007070 00000010 UNINITIALIZED
00007070 00000010 GlobalVariableDefs.obj (XIntruptRegsFile)
GpioMuxRegsFile
* 1 000070c0 00000020 UNINITIALIZED
000070c0 00000020 GlobalVariableDefs.obj (GpioMuxRegsFile)
GpioDataRegsFile
* 1 000070e0 00000020 UNINITIALIZED
000070e0 00000020 GlobalVariableDefs.obj (GpioDataRegsFile)
AdcRegsFile
* 1 00007100 0000001a UNINITIALIZED
00007100 0000001a GlobalVariableDefs.obj (AdcRegsFile)
EvaRegsFile
* 1 00007400 00000032 UNINITIALIZED
00007400 00000032 GlobalVariableDefs.obj (EvaRegsFile)
EvbRegsFile
* 1 00007500 00000032 UNINITIALIZED
00007500 00000032 GlobalVariableDefs.obj (EvbRegsFile)
ScibRegsFile
* 1 00007750 00000010 UNINITIALIZED
00007750 00000010 GlobalVariableDefs.obj (ScibRegsFile)
McbspaRegsFile
* 1 00007800 00000025 UNINITIALIZED
00007800 00000025 GlobalVariableDefs.obj (McbspaRegsFile)
.econst 1 003f4000 00000110
003f4000 00000100 PieVect.obj (.econst)
003f4100 00000008 mainpwm.obj (.econst)
003f4108 00000004 data_log.obj (.econst)
003f410c 00000004 modb_funcs.obj (.econst)
CsmPwlFile
* 1 003f7ff8 00000008 UNINITIALIZED
003f7ff8 00000008 GlobalVariableDefs.obj (CsmPwlFile)
.bss 1 003f8000 00000000 UNINITIALIZED
.ebss 1 003f8000 00001b2a UNINITIALIZED
003f8000 00001800 mainpwm.obj (.ebss)
003f9800 00000260 data_log.obj (.ebss)
003f9a60 00000010 DSP28_CpuTimers.obj (.ebss)
003f9a70 00000004 Flash2810_API_V210.lib : Flash28_Globals.obj (.ebss)
003f9a74 00000004 rts2800_ml.lib : _lock.obj (.ebss)
003f9a78 00000001 : errno.obj (.ebss)
003f9a79 00000007 --HOLE--
003f9a80 00000080 : exit.obj (.ebss)
003f9b00 0000002a modb_funcs.obj (.ebss)
GLOBAL DATA SYMBOLS: SORTED BY DATA PAGE
address data page name
-------- ---------------- ----
00000032 0 (00000000) _Flash2810_Program
000000d6 3 (000000c0) _Fl28x_EraseVerify
0000011e 4 (00000100) _Fl28x_ErasePulse
00000170 5 (00000140) _Flash2810_Erase
00000201 8 (00000200) _Fl28x_LeaveCmdMode
0000020e 8 (00000200) _Fl28x_EnterCmdMode
0000023c 8 (00000200) _Fl28x_FlashRegSleep
0000025b 9 (00000240) _Fl28x_OpenPulse
0000026c 9 (00000240) _Fl28x_ClosePulse
00000283 a (00000280) _Fl28x_MaskAll
0000028e a (00000280) _Fl28x_ProgVerify
000002cb b (000002c0) _Fl28x_ProgPulse
0000030d c (00000300) _Fl28x_CompactVerify
00000347 d (00000340) _Fl28x_CompactPulse
0000038a e (00000380) _Fl2810_EraseSector
000003ea f (000003c0) _Fl2810_CompactSector
00000400 10 (00000400) __IQ20mag
00000443 11 (00000440) _Fl2810_Init
00000460 11 (00000440) __IQ24mag
00000479 11 (00000440) _Fl28x_WatchDogDisable
00000481 12 (00000480) _Fl28x_DisableNMI
0000048a 12 (00000480) _Fl28x_ClearLoop
000004c0 13 (000004c0) __IQ24div
000004ce 13 (000004c0) _Fl2810_ClearSector
00000507 14 (00000500) __IQ24sqrt
00000509 14 (00000500) _Flash2810_Verify
0000053d 14 (00000500) _Fl28x_Delay
00000549 15 (00000540) __IQ24sinPU
0000054a 15 (00000540) _Fl28x_DisableInt
0000054e 15 (00000540) _Fl28x_RestoreInt
00000551 15 (00000540) _Flash2810_APIVersion
00000556 15 (00000540) _Flash2810_APIVersionHex
00000572 15 (00000540) __IQ24cosPU
00000599 16 (00000580) __IQ24toF
00000880 22 (00000880) _DevEmuRegs
00000a80 2a (00000a80) _FlashRegs
00000ae0 2b (00000ac0) _CsmRegs
00000c00 30 (00000c00) _CpuTimer0Regs
00000c08 30 (00000c00) _CpuTimer1Regs
00000ce0 33 (00000cc0) _PieCtrlRegs
00000d00 34 (00000d00) _PieVectTable
00006000 180 (00006000) _ECanaRegs
00006100 184 (00006100) _ECanaMboxes
00007010 1c0 (00007000) _SysCtrlRegs
00007040 1c1 (00007040) _SpiaRegs
00007050 1c1 (00007040) _SciaRegs
00007070 1c1 (00007040) _XIntruptRegs
000070c0 1c3 (000070c0) _GpioMuxRegs
000070e0 1c3 (000070c0) _GpioDataRegs
00007100 1c4 (00007100) _AdcRegs
00007400 1d0 (00007400) _EvaRegs
00007500 1d4 (00007500) _EvbRegs
00007750 1dd (00007740) _ScibRegs
00007800 1e0 (00007800) _McbspaRegs
003e8000 fa00 (003e8000) _Example_Error
003e8007 fa00 (003e8000) _Example_MemCopy
003e801c fa00 (003e8000) _Example_CsmUnlock
003e8056 fa01 (003e8040) _Example_Done
003e805a fa01 (003e8040) _fnInternalFlashWrite
003e80ed fa03 (003e80c0) _main
003e8180 fa06 (003e8180) _RunASVC
003e8582 fa16 (003e8580) _update_rmsmeters
003e8705 fa1c (003e8700) _startup_sequence
003e881c fa20 (003e8800) _func_capture_waveform
003e8b91 fa2e (003e8b80) _tustin_calculator
003e8cc8 fa33 (003e8cc0) _update_harm_limits
003e8da6 fa36 (003e8d80) _setWorkingParameters
003e8e54 fa39 (003e8e40) _CalculateRMS
003e8e75 fa39 (003e8e40) _InitPhaseLockedLoop
003e8ead fa3a (003e8e80) _initHarmonicReferenceExtraction
003e938c fa4e (003e9380) _initReferenceVoltageCalculation
003e93c1 fa4f (003e93c0) _setLowPassFilter
003e93cc fa4f (003e93c0) _setPiRegulator
003e93e8 fa4f (003e93c0) _setHarmonicOscillator
003e93f3 fa4f (003e93c0) _initRmsMeter
003e93fe fa4f (003e93c0) _setCurrentLimiter
003e9409 fa50 (003e9400) _initDigitalIO
003e9421 fa50 (003e9400) _check_serial
003e9440 fa51 (003e9440) _check_serial_a
003e9486 fa52 (003e9480) _error
003e948d fa52 (003e9480) _scia_init
003e94a1 fa52 (003e9480) _scia_xmit
003e94ab fa52 (003e9480) _scib_init
003e94bf fa52 (003e9480) _scib_xmit
003e94c9 fa53 (003e94c0) _transmit_string
003e94e3 fa53 (003e94c0) _scia_fifo_init
003e94ec fa53 (003e94c0) _scib_fifo_init
003e94f5 fa53 (003e94c0) _initUser
003e952e fa54 (003e9500) _init_mf
003e95b7 fa56 (003e9580) _update_limits
003e95c2 fa57 (003e95c0) _display_7_segment
003e967d fa59 (003e9640) _waveform_data_fill
003e967e fa59 (003e9640) _cal_cm_voltage
003e96b5 fa5a (003e9680) _INT13_ISR
003e96bc fa5a (003e9680) _INT14_ISR
003e96c3 fa5b (003e96c0) _DATALOG_ISR
003e96ca fa5b (003e96c0) _RTOSINT_ISR
003e96d1 fa5b (003e96c0) _EMUINT_ISR
003e96d8 fa5b (003e96c0) _NMI_ISR
003e96df fa5b (003e96c0) _ILLEGAL_ISR
003e96e6 fa5b (003e96c0) _USER0_ISR
003e96ed fa5b (003e96c0) _USER1_ISR
003e96f4 fa5b (003e96c0) _USER2_ISR
003e96fb fa5b (003e96c0) _USER3_ISR
003e9702 fa5c (003e9700) _USER4_ISR
003e9709 fa5c (003e9700) _USER5_ISR
003e9710 fa5c (003e9700) _USER6_ISR
003e9717 fa5c (003e9700) _USER7_ISR
003e971e fa5c (003e9700) _USER8_ISR
003e9725 fa5c (003e9700) _USER9_ISR
003e972c fa5c (003e9700) _USER10_ISR
003e9733 fa5c (003e9700) _USER11_ISR
003e973a fa5c (003e9700) _PDPINTA_ISR
003e9745 fa5d (003e9740) _PDPINTB_ISR
003e9750 fa5d (003e9740) _XINT1_ISR
003e975b fa5d (003e9740) _XINT2_ISR
003e9766 fa5d (003e9740) _TINT0_ISR
003e976d fa5d (003e9740) _WAKEINT_ISR
003e9778 fa5d (003e9740) _CMP1INT_ISR
003e9783 fa5e (003e9780) _CMP2INT_ISR
003e978e fa5e (003e9780) _CMP3INT_ISR
003e9799 fa5e (003e9780) _T1PINT_ISR
003e97a4 fa5e (003e9780) _T1CINT_ISR
003e97af fa5e (003e9780) _T1UFINT_ISR
003e97ba fa5e (003e9780) _T1OFINT_ISR
003e97c5 fa5f (003e97c0) _T2PINT_ISR
003e97d0 fa5f (003e97c0) _T2CINT_ISR
003e97db fa5f (003e97c0) _T2UFINT_ISR
003e97e6 fa5f (003e97c0) _T2OFINT_ISR
003e97f1 fa5f (003e97c0) _CAPINT1_ISR
003e97fc fa5f (003e97c0) _CAPINT2_ISR
003e9807 fa60 (003e9800) _CAPINT3_ISR
003e9812 fa60 (003e9800) _CMP4INT_ISR
003e981d fa60 (003e9800) _CMP5INT_ISR
003e9828 fa60 (003e9800) _CMP6INT_ISR
003e9833 fa60 (003e9800) _T3PINT_ISR
003e983e fa60 (003e9800) _T3CINT_ISR
003e9849 fa61 (003e9840) _T3UFINT_ISR
003e9854 fa61 (003e9840) _T3OFINT_ISR
003e985f fa61 (003e9840) _T4PINT_ISR
003e986a fa61 (003e9840) _T4CINT_ISR
003e9875 fa61 (003e9840) _T4UFINT_ISR
003e9880 fa62 (003e9880) _T4OFINT_ISR
003e988b fa62 (003e9880) _CAPINT4_ISR
003e9896 fa62 (003e9880) _CAPINT5_ISR
003e98a1 fa62 (003e9880) _CAPINT6_ISR
003e98ac fa62 (003e9880) _SPIRXINTA_ISR
003e98b7 fa62 (003e9880) _SPITXINTA_ISR
003e98c2 fa63 (003e98c0) _MRINTA_ISR
003e98cd fa63 (003e98c0) _MXINTA_ISR
003e98d8 fa63 (003e98c0) _SCIRXINTA_ISR
003e98e3 fa63 (003e98c0) _SCITXINTA_ISR
003e98ee fa63 (003e98c0) _SCIRXINTB_ISR
003e98f9 fa63 (003e98c0) _SCITXINTB_ISR
003e9904 fa64 (003e9900) _ECAN0INTA_ISR
003e990f fa64 (003e9900) _ECAN1INTA_ISR
003e991a fa64 (003e9900) _PIE_RESERVED
003e9921 fa64 (003e9900) _rsvd_ISR
003e9928 fa64 (003e9900) _svgendq_calc
003e9aa1 fa6a (003e9a80) _tan
003e9b33 fa6c (003e9b00) FS$$ADD
003e9bbe fa6e (003e9b80) FS$$DIV
003e9c41 fa71 (003e9c40) FD$$MPY
003e9cc3 fa73 (003e9cc0) _DelayUs
003e9cd2 fa73 (003e9cc0) _InitAdc
003e9d38 fa74 (003e9d00) _InitCpuTimers
003e9d5c fa75 (003e9d40) _ConfigCpuTimer
003e9da1 fa76 (003e9d80) FS$$MPY
003e9dfb fa77 (003e9dc0) _InitSysCtrl
003e9e52 fa79 (003e9e40) _F28X_EV1_PWM_Init
003e9e73 fa79 (003e9e40) _F28X_EV1_PWM_Update
003e9ea6 fa7a (003e9e80) _sqrt
003e9ef8 fa7b (003e9ec0) _exit
003e9f1e fa7c (003e9f00) C$$EXIT
003e9f20 fa7c (003e9f00) _atexit
003e9f42 fa7d (003e9f40) _abort
003e9f43 fa7d (003e9f40) _c_int00
003e9f89 fa7e (003e9f80) _memcpy
003e9f8c fa7e (003e9f80) ___memcpy
003e9f96 fa7e (003e9f80) ___memcpy_nf
003e9fa0 fa7e (003e9f80) ___memcpy_fn
003e9faa fa7e (003e9f80) ___memcpy_ff
003e9fc7 fa7f (003e9fc0) FS$$TOL
003ea002 fa80 (003ea000) _ldexp
003ea032 fa80 (003ea000) L$$DIV
003ea041 fa81 (003ea040) L$$MOD
003ea04f fa81 (003ea040) UL$$DIV
003ea056 fa81 (003ea040) UL$$MOD
003ea05c fa81 (003ea040) FS$$TOI
003ea080 fa82 (003ea080) I$$DIV
003ea091 fa82 (003ea080) I$$MOD
003ea0a2 fa82 (003ea080) _InitGpio
003ea0c2 fa83 (003ea0c0) _InitPieVectTable
003ea0e2 fa83 (003ea0c0) _InitPieCtrl
003ea101 fa84 (003ea100) FD$$TOL
003ea120 fa84 (003ea100) _InitEv
003ea13d fa84 (003ea100) FS$$TOFD
003ea15a fa85 (003ea140) I$$TOFS
003ea174 fa85 (003ea140) FS$$CMP
003ea18b fa86 (003ea180) U$$TOFS
003ea19b fa86 (003ea180) __nop
003ea19c fa86 (003ea180) __register_lock
003ea1a0 fa86 (003ea180) __register_unlock
003ea1a4 fa86 (003ea180) FS$$SUB
003ea1b5 fa86 (003ea180) _PRG_key0
003ea1b6 fa86 (003ea180) _PRG_key1
003ea1b7 fa86 (003ea180) _PRG_key2
003ea1b8 fa86 (003ea180) _PRG_key3
003ea1b9 fa86 (003ea180) _PRG_key4
003ea1ba fa86 (003ea180) _PRG_key5
003ea1bb fa86 (003ea180) _PRG_key6
003ea1bc fa86 (003ea180) _PRG_key7
003ea1bd fa86 (003ea180) _ADCINT_ISR
003ea1c2 fa87 (003ea1c0) FS$$NEG
003f4000 fd00 (003f4000) _PieVectTableInit
003f7ff8 fdff (003f7fc0) _CsmPwl
003f8000 fe00 (003f8000) _dcov_timer
003f8001 fe00 (003f8000) _earth_fault
003f8002 fe00 (003f8000) _changeover_timer
003f8003 fe00 (003f8000) _over_voltage
003f8004 fe00 (003f8000) _under_voltage
003f8005 fe00 (003f8000) _char_waiting
003f8006 fe00 (003f8000) _interchar_silent_timer
003f8007 fe00 (003f8000) _user_stop
003f8008 fe00 (003f8000) _ErrorCount
003f8009 fe00 (003f8000) _LoopCount
003f800a fe00 (003f8000) _user_start
003f800b fe00 (003f8000) _last_char
003f800c fe00 (003f8000) _over_current_count
003f800d fe00 (003f8000) _poweron
003f800e fe00 (003f8000) _igbt_fault_counter
003f800f fe00 (003f8000) _chars_rxd
003f8010 fe00 (003f8000) _user_shutdown
003f8011 fe00 (003f8000) _rsync
003f8012 fe00 (003f8000) _firstadc
003f8013 fe00 (003f8000) _atemp9
003f8014 fe00 (003f8000) _check_entry
003f8015 fe00 (003f8000) _atemp7
003f8016 fe00 (003f8000) _atemp8
003f8017 fe00 (003f8000) _atemp6
003f8018 fe00 (003f8000) _status_flag
003f8019 fe00 (003f8000) _status_realtime
003f801a fe00 (003f8000) _breaker_close_delay_timer
003f801b fe00 (003f8000) _current_limit_flag
003f801c fe00 (003f8000) _atemp0
003f801d fe00 (003f8000) _atemp1
003f801e fe00 (003f8000) _count_plot
003f801f fe00 (003f8000) _fault_count
003f8020 fe00 (003f8000) _release_count
003f8021 fe00 (003f8000) _atemp5
003f8022 fe00 (003f8000) _build_now
003f8023 fe00 (003f8000) _atemp3
003f8024 fe00 (003f8000) _atemp4
003f8025 fe00 (003f8000) _atemp2
003f8026 fe00 (003f8000) _curlimit_release_timer
003f8027 fe00 (003f8000) _en_rpc
003f8028 fe00 (003f8000) _snap_start
003f8029 fe00 (003f8000) _snap_end
003f802a fe00 (003f8000) _start_pll
003f802b fe00 (003f8000) _start_DFT
003f802c fe00 (003f8000) _count_tushar
003f802d fe00 (003f8000) _period_DFT
003f802e fe00 (003f8000) _dc_offset_cal
003f802f fe00 (003f8000) _block_pulses
003f8030 fe00 (003f8000) _earthfault_timer
003f8031 fe00 (003f8000) _power_up_timer
003f8032 fe00 (003f8000) _charge_open_timer
003f8033 fe00 (003f8000) _digital_flag_A
003f8034 fe00 (003f8000) _capture_over
003f8035 fe00 (003f8000) _digital_flag_D
003f8036 fe00 (003f8000) _digital_flag_B
003f8037 fe00 (003f8000) _digital_flag_F
003f8038 fe00 (003f8000) _breaker_open_command
003f8039 fe00 (003f8000) _discharge_command
003f803a fe00 (003f8000) _breaker_close_command
003f803b fe00 (003f8000) _charge_command
003f803c fe00 (003f8000) _address
003f803d fe00 (003f8000) _frame_complete
003f803e fe00 (003f8000) _rms_meter_zero
003f803f fe00 (003f8000) _live_frame
003f8040 fe01 (003f8040) _temp_exceeded
003f8041 fe01 (003f8040) _blink_timer
003f8042 fe01 (003f8040) _uv_timer
003f8043 fe01 (003f8040) _temp_resumed
003f8044 fe01 (003f8040) _ov_timer
003f8045 fe01 (003f8040) _blink
003f8046 fe01 (003f8040) _comp_select_flag
003f8047 fe01 (003f8040) _start_pulses
003f8048 fe01 (003f8040) _PWM_on
003f8049 fe01 (003f8040) _harm_limits_update_flag
003f804a fe01 (003f8040) _counter_main_contactor
003f804b fe01 (003f8040) _counter_PWM_start
003f804c fe01 (003f8040) _count_sin
003f804d fe01 (003f8040) _flag_PWM_started
003f804e fe01 (003f8040) _pfset
003f804f fe01 (003f8040) _flag_safe_turn_OFF
003f8050 fe01 (003f8040) _set_const_current
003f8051 fe01 (003f8040) _flag_precharg_over
003f8052 fe01 (003f8040) _all_OK
003f8053 fe01 (003f8040) _flag_startup_over
003f8054 fe01 (003f8040) _gbu8wrttoflash
003f8055 fe01 (003f8040) _snap_pointer
003f8056 fe01 (003f8040) _tustin_counter
003f8057 fe01 (003f8040) _TWO_sec_over
003f8058 fe01 (003f8040) _t_1sec
003f8059 fe01 (003f8040) _counter_1_sec
003f805a fe01 (003f8040) _protection_check
003f805b fe01 (003f8040) _alternate
003f805c fe01 (003f8040) _oc_count
003f805d fe01 (003f8040) _frq_check_count
003f805e fe01 (003f8040) _start_thirteenth_comp
003f805f fe01 (003f8040) _start_seventeenth_comp
003f8060 fe01 (003f8040) _start_seventh_comp
003f8061 fe01 (003f8040) _start_eleventh_comp
003f8062 fe01 (003f8040) _start_fifth_comp
003f8063 fe01 (003f8040) _start_twentyfifth_comp
003f8064 fe01 (003f8040) _order_n
003f8065 fe01 (003f8040) _count_5_sec
003f8066 fe01 (003f8040) _start_twentythird_comp
003f8067 fe01 (003f8040) _start_nineteenth_comp
003f8068 fe01 (003f8040) _harm13_flag
003f8069 fe01 (003f8040) _dc_ov_timer
003f806a fe01 (003f8040) _harm7_flag
003f806b fe01 (003f8040) _harm11_flag
003f806c fe01 (003f8040) _harm5_flag
003f806d fe01 (003f8040) _frame_complete_a
003f806e fe01 (003f8040) _interchar_silent_timer_a
003f806f fe01 (003f8040) _fundcomp_timer
003f8070 fe01 (003f8040) _fundcomp_flag
003f8071 fe01 (003f8040) _uDI_0_reg
003f8072 fe01 (003f8040) _uDI_5_reg
003f8073 fe01 (003f8040) _status_flag_old
003f8074 fe01 (003f8040) _latch_fault
003f8075 fe01 (003f8040) _present_fault
003f8076 fe01 (003f8040) _harm1_flag
003f8077 fe01 (003f8040) _autostart_timer
003f8078 fe01 (003f8040) _uDI_7_reg
003f8079 fe01 (003f8040) _enable_timer
003f807a fe01 (003f8040) _uDI_6_reg
003f807b fe01 (003f8040) _last_sec
003f807c fe01 (003f8040) _timeout
003f807d fe01 (003f8040) _rtcread_flag
003f807e fe01 (003f8040) _count_spi
003f807f fe01 (003f8040) _reset_setting
003f8080 fe02 (003f8080) _chars_rxd_a
003f8081 fe02 (003f8080) _rms_samplecount
003f8082 fe02 (003f8080) _char_waiting_a_tmp
003f8083 fe02 (003f8080) _live_frame_a
003f8084 fe02 (003f8080) _char_waiting_a
003f8085 fe02 (003f8080) _calc_mf_enable
003f8086 fe02 (003f8080) _capture_sync
003f8087 fe02 (003f8080) _no_of_samples
003f8088 fe02 (003f8080) _value_ptr
003f8089 fe02 (003f8080) _rms_update_flag
003f808a fe02 (003f8080) _step_counter
003f808b fe02 (003f8080) _count_cycles
003f808c fe02 (003f8080) _value_7_segment
003f808d fe02 (003f8080) _flag_1mS
003f808e fe02 (003f8080) _load_DFT_data
003f808f fe02 (003f8080) _mode
003f8090 fe02 (003f8080) _xyz
003f8091 fe02 (003f8080) _start_snap
003f8092 fe02 (003f8080) _increment_7_segment
003f8093 fe02 (003f8080) _harm_select
003f8094 fe02 (003f8080) _DFT_freq
003f8095 fe02 (003f8080) _xyz_seq
003f8096 fe02 (003f8080) _DFT_cal_over
003f8097 fe02 (003f8080) _DFT_point
003f8098 fe02 (003f8080) _factor_counter
003f8099 fe02 (003f8080) _count_1mS
003f809a fe02 (003f8080) _sample_cal
003f809b fe02 (003f8080) _pll_select
003f809c fe02 (003f8080) _order_number
003f809e fe02 (003f8080) _statcom_current_N
003f80a0 fe02 (003f8080) _load_current_B_norm
003f80a2 fe02 (003f8080) _statcom_current_R
003f80a4 fe02 (003f8080) _inst_vol_mf
003f80a6 fe02 (003f8080) _load_current_Y_norm
003f80a8 fe02 (003f8080) _statcom_current_B
003f80aa fe02 (003f8080) _statcom_current_Y
003f80ac fe02 (003f8080) _inst_invcur_mf
003f80ae fe02 (003f8080) _initial_capacitor_voltage_reference
003f80b0 fe02 (003f8080) _capacitor_voltage_reference_setpoint
003f80b2 fe02 (003f8080) _harm_ref_I_Y
003f80b4 fe02 (003f8080) _initial_capacitor_reference
003f80b6 fe02 (003f8080) _v_beta
003f80b8 fe02 (003f8080) _capacitor_voltage_reference
003f80ba fe02 (003f8080) _harm_ref_I_B
003f80bc fe02 (003f8080) _v_alpha
003f80be fe02 (003f8080) _voltage_buildup_level
003f80c0 fe03 (003f80c0) _sin_val_prev
003f80c2 fe03 (003f80c0) _statcom_current_Y_h
003f80c4 fe03 (003f80c0) _statcom_current_R_h
003f80c6 fe03 (003f80c0) _qcomp_ref
003f80c8 fe03 (003f80c0) _statcom_current_B_h
003f80ca fe03 (003f80c0) _harm_ref_I_R
003f80cc fe03 (003f80c0) _voltage_ramp_slope
003f80ce fe03 (003f80c0) _voltage_reference_setting
003f80d0 fe03 (003f80c0) _load_current_R_norm
003f80d2 fe03 (003f80c0) _rms_sum_loadcur_B
003f80d4 fe03 (003f80c0) _rms_sum_current_Y_scaled
003f80d6 fe03 (003f80c0) _rms_sum_loadcur_Y
003f80d8 fe03 (003f80c0) _rms_sum_gridcur_B
003f80da fe03 (003f80c0) _rms_sum_loadcur_R
003f80dc fe03 (003f80c0) _rms_sum_gridcur_Y
003f80de fe03 (003f80c0) _rms_sum_invcur_R
003f80e0 fe03 (003f80c0) _rms_sum_invcur_Y
003f80e2 fe03 (003f80c0) _rms_sum_ahf_harm_cur_B
003f80e4 fe03 (003f80c0) _rms_sum_ahf_harm_cur_R
003f80e6 fe03 (003f80c0) _rms_sum_ahf_harm_cur_Y
003f80e8 fe03 (003f80c0) _offset_Y
003f80ea fe03 (003f80c0) _offset_B
003f80ec fe03 (003f80c0) _offset_R
003f80ee fe03 (003f80c0) _average_Y
003f80f0 fe03 (003f80c0) _average_B
003f80f2 fe03 (003f80c0) _average_R
003f80f4 fe03 (003f80c0) _rms_sum_gridcur_R
003f80f6 fe03 (003f80c0) _rms_sum_current_B_scaled
003f80f8 fe03 (003f80c0) _rms_sum_current_R_scaled
003f80fa fe03 (003f80c0) _rms_sum_voltage_Y
003f80fc fe03 (003f80c0) _rms_sum_voltage_B
003f80fe fe03 (003f80c0) _rms_sum_voltage_R
003f8100 fe04 (003f8100) _statcom_current_B_f
003f8102 fe04 (003f8100) _grid_voltage_R_f
003f8104 fe04 (003f8100) _statcom_current_Y_f
003f8106 fe04 (003f8100) _grid_current_B_f
003f8108 fe04 (003f8100) _statcom_current_R_f
003f810a fe04 (003f8100) _grid_current_Y_f
003f810c fe04 (003f8100) _load_current_Y
003f810e fe04 (003f8100) _load_current_B
003f8110 fe04 (003f8100) _load_current_R
003f8112 fe04 (003f8100) _grid_voltage_B_f
003f8114 fe04 (003f8100) _grid_current_N
003f8116 fe04 (003f8100) _grid_voltage_Y
003f8118 fe04 (003f8100) _grid_voltage_B
003f811a fe04 (003f8100) _grid_voltage_R
003f811c fe04 (003f8100) _v_g_q
003f811e fe04 (003f8100) _v_g_d
003f8120 fe04 (003f8100) _rms_sum_invcur_B
003f8122 fe04 (003f8100) _grid_current_R_f
003f8124 fe04 (003f8100) _grid_voltage_Y_f
003f8126 fe04 (003f8100) _grid_current_B
003f8128 fe04 (003f8100) _grid_current_R
003f812a fe04 (003f8100) _grid_current_Y
003f812c fe04 (003f8100) _rms_fifth
003f812e fe04 (003f8100) _rms_seventh
003f8130 fe04 (003f8100) _IGBT_temperature_R_f_degree
003f8132 fe04 (003f8100) _IGBT_temperature_Y_f_degree
003f8134 fe04 (003f8100) _test_ct
003f8136 fe04 (003f8100) _MODULE_RATING
003f8138 fe04 (003f8100) _temp_ma
003f813a fe04 (003f8100) _blinking_rate
003f813c fe04 (003f8100) _IGBT_temperature_B_f_degree
003f813e fe04 (003f8100) _average_temperature
003f8140 fe05 (003f8140) _sin_theta_new
003f8142 fe05 (003f8140) _cos_theta_new
003f8144 fe05 (003f8140) _tmp_counter
003f8146 fe05 (003f8140) _counter_period
003f8148 fe05 (003f8140) _counter_sampled
003f814a fe05 (003f8140) _mag_harm
003f814c fe05 (003f8140) _ang_harm
003f814e fe05 (003f8140) _ang_1
003f8150 fe05 (003f8140) _ang
003f8152 fe05 (003f8140) _harm_number
003f8154 fe05 (003f8140) _m_adjust
003f8156 fe05 (003f8140) _rms_nineteenth
003f8158 fe05 (003f8140) _rms_twentythird
003f815a fe05 (003f8140) _rms_seventeenth
003f815c fe05 (003f8140) _rms_eleventh
003f815e fe05 (003f8140) _rms_thirteenth
003f8160 fe05 (003f8140) _Iinv_mag
003f8162 fe05 (003f8140) _rms_twentyfifth
003f8164 fe05 (003f8140) _cm_voltage
003f8166 fe05 (003f8140) _grid_current_d
003f8168 fe05 (003f8140) _pll_omega
003f816a fe05 (003f8140) _harm_accu
003f816c fe05 (003f8140) _omega
003f816e fe05 (003f8140) _load_current_d
003f8170 fe05 (003f8140) _load_current_q
003f8172 fe05 (003f8140) _grid_current_zero_f
003f8174 fe05 (003f8140) _grid_current_q
003f8176 fe05 (003f8140) _grid_current_zero
003f8178 fe05 (003f8140) _temp2
003f817a fe05 (003f8140) _rxbuffer
003f817c fe05 (003f8140) _rxbuffer_a
003f817e fe05 (003f8140) _longtemp
003f8180 fe06 (003f8180) _inst_gridcur_mf
003f8182 fe06 (003f8180) _counter
003f8184 fe06 (003f8180) _temp_test_1
003f8186 fe06 (003f8180) _temp1
003f8188 fe06 (003f8180) _omega_1_f
003f818a fe06 (003f8180) _tempbuffer
003f818c fe06 (003f8180) _datablock
003f818e fe06 (003f8180) _reference_voltage_B
003f8190 fe06 (003f8180) _xx
003f8192 fe06 (003f8180) _reference_voltage_Y
003f8194 fe06 (003f8180) _unlim_ref_current_B
003f8196 fe06 (003f8180) _reference_voltage_R
003f8198 fe06 (003f8180) _pDestAddr
003f819a fe06 (003f8180) _pSourceAddr
003f819c fe06 (003f8180) _download_staddr
003f819e fe06 (003f8180) _omega_T_1_f
003f81a0 fe06 (003f8180) _xyz_iq
003f81a2 fe06 (003f8180) _unlim_ref_current_Y
003f81a4 fe06 (003f8180) _comp_ref_zero
003f81a6 fe06 (003f8180) _fund_piout
003f81a8 fe06 (003f8180) _pf_grid_side
003f81aa fe06 (003f8180) _load_current_zero
003f81ac fe06 (003f8180) _pf_Load_side
003f81ae fe06 (003f8180) _reference_current_B
003f81b0 fe06 (003f8180) _unlim_ref_current_R
003f81b2 fe06 (003f8180) _reference_current_Y
003f81b4 fe06 (003f8180) _volt_gain
003f81b6 fe06 (003f8180) _reference_current_R
003f81b8 fe06 (003f8180) _factor_scaling
003f81ba fe06 (003f8180) _para_scaling
003f81bc fe06 (003f8180) _harm_load
003f81be fe06 (003f8180) _harm_sq_sum
003f81c0 fe07 (003f81c0) _harm_ref_d
003f81c2 fe07 (003f81c0) _kw_grid_Y_f
003f81c4 fe07 (003f81c0) _temp_ref_q_h
003f81c6 fe07 (003f81c0) _kw_grid_B_f
003f81c8 fe07 (003f81c0) _kw_grid_B
003f81ca fe07 (003f81c0) _count_correction
003f81cc fe07 (003f81c0) _harm_ref_qe
003f81ce fe07 (003f81c0) _no_fault_timer
003f81d0 fe07 (003f81c0) _temp_wavefom
003f81d2 fe07 (003f81c0) _global_K_B
003f81d4 fe07 (003f81c0) _id_ref_temp
003f81d6 fe07 (003f81c0) _temp_total_harm
003f81d8 fe07 (003f81c0) _temp_funda_cur
003f81da fe07 (003f81c0) _harm_limit_value
003f81dc fe07 (003f81c0) _harm_ref_q
003f81de fe07 (003f81c0) _period_count_iq
003f81e0 fe07 (003f81c0) _sample_count_iq
003f81e2 fe07 (003f81c0) _tmp_mag
003f81e4 fe07 (003f81c0) _sum_i_q_real
003f81e6 fe07 (003f81c0) _sum_i_q_img
003f81e8 fe07 (003f81c0) _fixed_val
003f81ea fe07 (003f81c0) _stat_current_d
003f81ec fe07 (003f81c0) _sum_i_d_img
003f81ee fe07 (003f81c0) _sum_i_d_real
003f81f0 fe07 (003f81c0) _deno
003f81f2 fe07 (003f81c0) _fault_timer
003f81f4 fe07 (003f81c0) _global_K_Y
003f81f6 fe07 (003f81c0) _kw_grid_Y
003f81f8 fe07 (003f81c0) _global_K_R
003f81fa fe07 (003f81c0) _kw_grid_R
003f81fc fe07 (003f81c0) _temp_ref_d_h
003f81fe fe07 (003f81c0) _cross_temp
003f8200 fe08 (003f8200) _kw_grid_R_f
003f8202 fe08 (003f8200) _fault_timesum
003f8204 fe08 (003f8200) _temp_de_h
003f8206 fe08 (003f8200) _counter_tmp
003f8208 fe08 (003f8200) _iz_ref
003f820a fe08 (003f8200) _iz_load_limited
003f820c fe08 (003f8200) _mz
003f820e fe08 (003f8200) _neg_max
003f8210 fe08 (003f8200) _neg_min
003f8212 fe08 (003f8200) _neg_limit_value
003f8214 fe08 (003f8200) _fund_limit_value
003f8216 fe08 (003f8200) _total_neg
003f8218 fe08 (003f8200) _load_q_level_f
003f821a fe08 (003f8200) _kw_load_B_f
003f821c fe08 (003f8200) _load_q_neg_f
003f821e fe08 (003f8200) _load_q_level
003f8220 fe08 (003f8200) _load_d_level_f
003f8222 fe08 (003f8200) _load_d_neg_f
003f8224 fe08 (003f8200) _dft_mag
003f8226 fe08 (003f8200) _kw_load_R_f
003f8228 fe08 (003f8200) _load_d_level
003f822a fe08 (003f8200) _ccvq
003f822c fe08 (003f8200) _ccvd
003f822e fe08 (003f8200) _var_out_de
003f8230 fe08 (003f8200) _var_out_qe
003f8232 fe08 (003f8200) _ffvd
003f8234 fe08 (003f8200) _p_waveform
003f8236 fe08 (003f8200) _DAC_var1
003f8238 fe08 (003f8200) _harm_ref_de
003f823a fe08 (003f8200) _DAC_var2
003f823c fe08 (003f8200) _cross
003f823e fe08 (003f8200) _dft_real
003f8240 fe09 (003f8240) _dft_img
003f8242 fe09 (003f8240) _cos_factor
003f8244 fe09 (003f8240) _sin_factor
003f8246 fe09 (003f8240) _kw_load_Y_f
003f8248 fe09 (003f8240) _iz_load
003f824a fe09 (003f8240) _i_dc_ref
003f824c fe09 (003f8240) _mag_stat
003f824e fe09 (003f8240) _bias
003f8250 fe09 (003f8240) _temp_comp
003f8252 fe09 (003f8240) _dc_link_voltage_raw
003f8254 fe09 (003f8240) _dc_link_voltage_upper
003f8256 fe09 (003f8240) _breaker_close_voltage
003f8258 fe09 (003f8240) _dc_link_voltage
003f825a fe09 (003f8240) _new_vol_mul
003f825c fe09 (003f8240) _dc_link_voltage_diff_f
003f825e fe09 (003f8240) _dc_link_voltage_diff
003f8260 fe09 (003f8240) _dc_link_voltage_upper_f
003f8262 fe09 (003f8240) _dc_link_voltage_lower_f
003f8264 fe09 (003f8240) _dc_link_voltage_lower
003f8266 fe09 (003f8240) _factor_R
003f8268 fe09 (003f8240) _factor_Y
003f826a fe09 (003f8240) _thd_sum
003f826c fe09 (003f8240) _thd
003f826e fe09 (003f8240) _grid_volt_B
003f8270 fe09 (003f8240) _snap
003f8272 fe09 (003f8240) _snap_test
003f8274 fe09 (003f8240) _voltage_level
003f8276 fe09 (003f8240) _dummy_half
003f8278 fe09 (003f8240) _cubicle_temperature
003f827a fe09 (003f8240) _cubicle_temperature_filter
003f827c fe09 (003f8240) _power_factor_set
003f827e fe09 (003f8240) _sampling_time
003f8280 fe0a (003f8280) _power_factor
003f8282 fe0a (003f8280) _iq_val3
003f8284 fe0a (003f8280) _grid_voltage_N
003f8286 fe0a (003f8280) _iq_val1
003f8288 fe0a (003f8280) _iq_val2
003f828a fe0a (003f8280) _q_set
003f828c fe0a (003f8280) _IGBT_temperature_B
003f828e fe0a (003f8280) _IGBT_temperature_R_f
003f8290 fe0a (003f8280) _IGBT_temperature_R
003f8292 fe0a (003f8280) _IGBT_temperature_Y
003f8294 fe0a (003f8280) _factor_B
003f8296 fe0a (003f8280) _half_ov_setting
003f8298 fe0a (003f8280) _dummy_comp
003f829a fe0a (003f8280) _IGBT_temperature_B_f
003f829c fe0a (003f8280) _overvoltage_setting
003f829e fe0a (003f8280) _IGBT_temperature_Y_f
003f82a0 fe0a (003f8280) _dac_show
003f82a2 fe0a (003f8280) _id_ref_neg_temp
003f82a4 fe0a (003f8280) _k_zero
003f82a6 fe0a (003f8280) _iq_ref_neg_temp
003f82a8 fe0a (003f8280) _scale_factor
003f82aa fe0a (003f8280) _iq_ref_temp
003f82ac fe0a (003f8280) _temp_vdref
003f82ae fe0a (003f8280) _ide_neg_ref
003f82b0 fe0a (003f8280) _temp_de_1
003f82b2 fe0a (003f8280) _stat_current_zero
003f82b4 fe0a (003f8280) _temp_qe_1
003f82b6 fe0a (003f8280) _order_number_iq
003f82b8 fe0a (003f8280) _pulse_on_timer
003f82ba fe0a (003f8280) _extra_filter
003f82bc fe0a (003f8280) _iqe_neg_ref
003f82be fe0a (003f8280) _temp_stat
003f82c0 fe0b (003f82c0) _stat_current_q
003f82c2 fe0b (003f82c0) _grid_volt_R
003f82c4 fe0b (003f82c0) _temp_qe_h
003f82c6 fe0b (003f82c0) _GlobalQ
003f82c8 fe0b (003f82c0) _grid_volt_Y
003f82ca fe0b (003f82c0) _pll_theta
003f82ce fe0b (003f82c0) _snap_data
003f82d2 fe0b (003f82c0) _theta_1
003f82d6 fe0b (003f82c0) _theta_xyz_s
003f82da fe0b (003f82c0) _theta_1_neg
003f82de fe0b (003f82c0) _load_cur_scaled_meter_Y
003f82e4 fe0b (003f82c0) _load_cur_scaled_meter_R
003f82ea fe0b (003f82c0) _load_cur_scaled_meter_B
003f82f0 fe0b (003f82c0) _AHF_harm_cur_meter_R
003f82f6 fe0b (003f82c0) _grid_volt_meter_R
003f8300 fe0c (003f8300) _AHF_harm_cur_meter_B
003f8306 fe0c (003f8300) _AHF_harm_cur_meter_Y
003f830c fe0c (003f8300) _vdc_bus
003f8312 fe0c (003f8300) _grid_cur_meter_Y
003f8318 fe0c (003f8300) _grid_cur_meter_B
003f831e fe0c (003f8300) _grid_volt_meter_B
003f8324 fe0c (003f8300) _grid_cur_meter_R
003f832a fe0c (003f8300) _grid_volt_meter_Y
003f8330 fe0c (003f8300) _b19
003f8336 fe0c (003f8300) _a23
003f8340 fe0d (003f8340) _b17
003f8346 fe0d (003f8340) _a19
003f834c fe0d (003f8340) _a17
003f8352 fe0d (003f8340) _an
003f8358 fe0d (003f8340) _bn
003f835e fe0d (003f8340) _a25
003f8364 fe0d (003f8340) _b25
003f836a fe0d (003f8340) _b23
003f8370 fe0d (003f8340) _b5
003f8376 fe0d (003f8340) _a7
003f8380 fe0e (003f8380) _b3
003f8386 fe0e (003f8380) _a5
003f838c fe0e (003f8380) _a3
003f8392 fe0e (003f8380) _a13
003f8398 fe0e (003f8380) _b13
003f839e fe0e (003f8380) _a11
003f83a4 fe0e (003f8380) _b11
003f83aa fe0e (003f8380) _pll_lpf2
003f83b0 fe0e (003f8380) _load_cur_meter_B
003f83b6 fe0e (003f8380) _load_cur_meter_R
003f83c0 fe0f (003f83c0) _stat_cur_meter_Y
003f83c6 fe0f (003f83c0) _stat_cur_meter_B
003f83cc fe0f (003f83c0) _load_cur_meter_Y
003f83d2 fe0f (003f83c0) _stat_cur_meter_R
003f83d8 fe0f (003f83c0) _lpf_invI_R
003f83de fe0f (003f83c0) _lpf_invI_Y
003f83e4 fe0f (003f83c0) _b7
003f83ea fe0f (003f83c0) _pll_lpf1
003f83f0 fe0f (003f83c0) _i_stat_de
003f83f6 fe0f (003f83c0) _i_stat_qe
003f8400 fe10 (003f8400) _lpf_invI_B
003f8406 fe10 (003f8400) _diff_B
003f840e fe10 (003f8400) _diff_R
003f8416 fe10 (003f8400) _diff_Y
003f841e fe10 (003f8400) _fault_captimer
003f8426 fe10 (003f8400) _harm_loop_Y_11
003f8430 fe10 (003f8400) _harm_loop_B_11
003f8440 fe11 (003f8440) _harm_loop_B_7
003f844a fe11 (003f8440) _harm_loop_R_11
003f8454 fe11 (003f8440) _harm_loop_B_13
003f845e fe11 (003f8440) _harm_loop_R_17
003f8468 fe11 (003f8440) _harm_loop_R_13
003f8472 fe11 (003f8440) _harm_loop_Y_13
003f8480 fe12 (003f8480) _harm_loop_B_3
003f848a fe12 (003f8480) _harm_loop_R_5
003f8494 fe12 (003f8480) _harm_loop_R_3
003f849e fe12 (003f8480) _harm_loop_Y_3
003f84a8 fe12 (003f8480) _harm_loop_R_7
003f84b2 fe12 (003f8480) _harm_loop_Y_7
003f84c0 fe13 (003f84c0) _harm_loop_Y_5
003f84ca fe13 (003f84c0) _harm_loop_B_5
003f84d4 fe13 (003f84c0) _pwm1
003f84de fe13 (003f84c0) _harm_loop_R_n
003f84e8 fe13 (003f84c0) _harm_loop_Y_n
003f84f2 fe13 (003f84c0) _harm_loop_Y_25
003f8500 fe14 (003f8500) _harm_loop_B_25
003f850a fe14 (003f8500) _cur_lim_Y
003f8514 fe14 (003f8500) _cur_lim_B
003f851e fe14 (003f8500) _harm_loop_B_n
003f8528 fe14 (003f8500) _cur_lim_R
003f8532 fe14 (003f8500) _harm_loop_Y_19
003f8540 fe15 (003f8540) _harm_loop_B_19
003f854a fe15 (003f8540) _harm_loop_B_17
003f8554 fe15 (003f8540) _harm_loop_R_19
003f855e fe15 (003f8540) _harm_loop_B_23
003f8568 fe15 (003f8540) _harm_loop_R_25
003f8572 fe15 (003f8540) _harm_loop_R_23
003f8580 fe16 (003f8580) _harm_loop_Y_23
003f858a fe16 (003f8580) _harm_loop_Y_17
003f8594 fe16 (003f8580) _pr_notch_B
003f85a0 fe16 (003f8580) _pr_notch_Y
003f85ac fe16 (003f8580) _pr_ahf_Y
003f85c0 fe17 (003f85c0) _pr_ahf_R
003f85cc fe17 (003f85c0) _pr_ahf_B
003f85d8 fe17 (003f85c0) _pr_R
003f85e4 fe17 (003f85c0) _notch
003f85f0 fe17 (003f85c0) _pr_B
003f8600 fe18 (003f8600) _pr_Y
003f860c fe18 (003f8600) _pr_notch_R
003f8618 fe18 (003f8600) _svgen_dq1
003f8624 fe18 (003f8600) _pll_pi
003f8632 fe18 (003f8600) _statcur_Y
003f8640 fe19 (003f8640) _cur_ref_pi_zero
003f864e fe19 (003f8640) _statcur_B
003f865c fe19 (003f8640) _statcur_R
003f866a fe19 (003f8640) _funda_arr
003f8680 fe1a (003f8680) _dc_volt_reg
003f86c0 fe1b (003f86c0) _order_17
003f8700 fe1c (003f8700) _order_13
003f8740 fe1d (003f8740) _order_19
003f8780 fe1e (003f8780) _order_25
003f87c0 fe1f (003f87c0) _order_23
003f8800 fe20 (003f8800) _order_xyz
003f8840 fe21 (003f8840) _fundamental_stat
003f8880 fe22 (003f8880) _fundamental_neg
003f88c0 fe23 (003f88c0) _order_3
003f8900 fe24 (003f8900) _fundamental_stat_neg
003f8940 fe25 (003f8940) _harm_stat
003f8980 fe26 (003f8980) _order_7
003f89c0 fe27 (003f89c0) _order_11
003f8a00 fe28 (003f8a00) _fundamental
003f8a40 fe29 (003f8a40) _order_5
003f8a80 fe2a (003f8a80) _dft_result
003f8b00 fe2c (003f8b00) _rx_buffer_a
003f8c00 fe30 (003f8c00) _data_block
003f8f40 fe3d (003f8f40) _dft_array
003f9200 fe48 (003f9200) _new_snap_data
003f9800 fe60 (003f9800) _tempvar1
003f9801 fe60 (003f9800) _tempvar2
003f9802 fe60 (003f9800) _temp_pointer
003f9803 fe60 (003f9800) _screen_barchart_ON
003f9804 fe60 (003f9800) _Power_ON_TFT
003f9805 fe60 (003f9800) _fifth_1
003f9806 fe60 (003f9800) _harm_1
003f9807 fe60 (003f9800) _fifth_2
003f9808 fe60 (003f9800) _tempvar3
003f9809 fe60 (003f9800) _tempvar4
003f980a fe60 (003f9800) _harm_2
003f980b fe60 (003f9800) _show_DFT
003f980c fe60 (003f9800) _const_Q_mode
003f980d fe60 (003f9800) _flag_initialisation_over
003f980e fe60 (003f9800) _setting_com_received
003f9810 fe60 (003f9800) _module_OFF
003f9812 fe60 (003f9800) _module_ON
003f9814 fe60 (003f9800) _tempf22
003f9816 fe60 (003f9800) _p2
003f9818 fe60 (003f9800) _templong
003f981a fe60 (003f9800) _PT_ratio
003f981c fe60 (003f9800) _CT_ratio
003f981e fe60 (003f9800) _Total_capacity
003f9820 fe60 (003f9800) _Hybrid_parameter
003f9822 fe60 (003f9800) _fifth_address_f
003f9824 fe60 (003f9800) _fifth_value
003f9826 fe60 (003f9800) _received_value
003f9828 fe60 (003f9800) _fifth_address
003f982a fe60 (003f9800) _cur_lim_adj_n
003f982c fe60 (003f9800) _const_Q
003f982e fe60 (003f9800) _cur_lim_adj
003f9830 fe60 (003f9800) _temp_float_var
003f9832 fe60 (003f9800) _harm_address_f
003f9834 fe60 (003f9800) _harm_address
003f9836 fe60 (003f9800) _add_limit
003f9838 fe60 (003f9800) _number_of_slaves
003f983a fe60 (003f9800) _operation_mode
003f983c fe60 (003f9800) _working_mode
003f983e fe60 (003f9800) _power_on_mode
003f9840 fe61 (003f9840) _CT_location
003f9842 fe61 (003f9840) _addr_float_temp
003f9844 fe61 (003f9840) _Machine_mode
003f9846 fe61 (003f9840) _compensation_mode
003f9848 fe61 (003f9840) _DFT_multiplier
003f9880 fe62 (003f9880) _Harm_limit
003f9900 fe64 (003f9900) _Harm_limit_new
003f9980 fe66 (003f9980) _setting_parameter
003f9a60 fe69 (003f9a40) _CpuTimer0
003f9a68 fe69 (003f9a40) _CpuTimer1
003f9a70 fe69 (003f9a40) _Flash_CallbackPtr
003f9a72 fe69 (003f9a40) _Flash_CPUScaleFactor
003f9a74 fe69 (003f9a40) __unlock
003f9a76 fe69 (003f9a40) __lock
003f9a78 fe69 (003f9a40) _errno
003f9a82 fe6a (003f9a80) __dtors_ptr
003f9a84 fe6a (003f9a80) __cleanup_ptr
003f9b00 fe6c (003f9b00) _pakt_num
003f9b01 fe6c (003f9b00) _pt_primary
003f9b02 fe6c (003f9b00) _panel_ct_primary
003f9b03 fe6c (003f9b00) _seventh_enable
003f9b04 fe6c (003f9b00) _eleventh_enable
003f9b05 fe6c (003f9b00) _disp
003f9b06 fe6c (003f9b00) _select
003f9b07 fe6c (003f9b00) _grid_ct_primary
003f9b08 fe6c (003f9b00) _fifth_enable
003f9b09 fe6c (003f9b00) _pf_setting
003f9b0a fe6c (003f9b00) _temp_mf
003f9b0c fe6c (003f9b00) _temp15
003f9b0e fe6c (003f9b00) _tempf1
003f9b10 fe6c (003f9b00) _spec_cur_mf
003f9b12 fe6c (003f9b00) _temp_iq
003f9b14 fe6c (003f9b00) _temp_load_f
003f9b16 fe6c (003f9b00) _tempf2
003f9b18 fe6c (003f9b00) _stat_cur_mf
003f9b1a fe6c (003f9b00) _harm_cur_mf
003f9b1c fe6c (003f9b00) _grid_vol_mf
003f9b1e fe6c (003f9b00) _grid_cur_mf
003f9b20 fe6c (003f9b00) _inv_ref_mf
003f9b22 fe6c (003f9b00) _tempf3
003f9b24 fe6c (003f9b00) _ref_cur_mf
003f9b26 fe6c (003f9b00) _freq_display
003f9b28 fe6c (003f9b00) _link_vol_mf
003ff000 ffc0 (003ff000) _IQsinTable
003ff100 ffc4 (003ff100) _IQcosTable
003ff400 ffd0 (003ff400) _IQsinTableEnd
003ff502 ffd4 (003ff500) _IQcosTableEnd
003ff502 ffd4 (003ff500) _IQdivRoundSatTable
003ff510 ffd4 (003ff500) _IQdivTable
003ff712 ffdc (003ff700) _IQdivTableEnd
003ff712 ffdc (003ff700) _IQisqrtRoundSatTable
003ff712 ffdc (003ff700) _IQsqrtRoundSatTable
003ff722 ffdc (003ff700) _IQisqrtTable
003ff722 ffdc (003ff700) _IQsqrtTable
003ff824 ffe0 (003ff800) _IQatan2HalfPITable
003ff824 ffe0 (003ff800) _IQisqrtTableEnd
003ff824 ffe0 (003ff800) _IQsqrtTableEnd
003ff862 ffe1 (003ff840) _IQatan2Table
003ff9e8 ffe7 (003ff9c0) _IQ30mpyRndSatTable
003ff9e8 ffe7 (003ff9c0) _IQatan2TableEnd
003ff9e8 ffe7 (003ff9c0) _IQmpyRndSatTable
003ff9f4 ffe7 (003ff9c0) _IQ29mpyRndSatTable
003ffa00 ffe8 (003ffa00) _IQ28mpyRndSatTable
003ffa0c ffe8 (003ffa00) _IQ27mpyRndSatTable
003ffa18 ffe8 (003ffa00) _IQ26mpyRndSatTable
003ffa24 ffe8 (003ffa00) _IQ25mpyRndSatTable
003ffa30 ffe8 (003ffa00) _IQ24mpyRndSatTable
003ffa3c ffe8 (003ffa00) _IQ23mpyRndSatTable
003ffa48 ffe9 (003ffa40) _IQ22mpyRndSatTable
003ffa54 ffe9 (003ffa40) _IQ21mpyRndSatTable
003ffa60 ffe9 (003ffa40) _IQ20mpyRndSatTable
003ffa6c ffe9 (003ffa40) _IQ19mpyRndSatTable
003ffa78 ffe9 (003ffa40) _IQ18mpyRndSatTable
003ffa84 ffea (003ffa80) _IQ17mpyRndSatTable
003ffa90 ffea (003ffa80) _IQ16mpyRndSatTable
003ffa9c ffea (003ffa80) _IQ15mpyRndSatTable
003ffaa8 ffea (003ffa80) _IQ14mpyRndSatTable
003ffab4 ffea (003ffa80) _IQ13mpyRndSatTable
003ffac0 ffeb (003ffac0) _IQ12mpyRndSatTable
003ffacc ffeb (003ffac0) _IQ11mpyRndSatTable
003ffad8 ffeb (003ffac0) _IQ10mpyRndSatTable
003ffae4 ffeb (003ffac0) _IQ9mpyRndSatTable
003ffaf0 ffeb (003ffac0) _IQ8mpyRndSatTable
003ffafc ffeb (003ffac0) _IQ7mpyRndSatTable
003ffb08 ffec (003ffb00) _IQ6mpyRndSatTable
003ffb14 ffec (003ffb00) _IQ5mpyRndSatTable
003ffb20 ffec (003ffb00) _IQ4mpyRndSatTable
003ffb2c ffec (003ffb00) _IQ3mpyRndSatTable
003ffb38 ffec (003ffb00) _IQ2mpyRndSatTable
003ffb44 ffed (003ffb40) _IQ1mpyRndSatTable
003ffb50 ffed (003ffb40) _IQmpyRndSatTableEnd
GLOBAL SYMBOLS: SORTED ALPHABETICALLY BY Name
address name
-------- ----
003f8000 .bss
003e8000 .text
003e9f1e C$$EXIT
003e9c41 FD$$MPY
003ea101 FD$$TOL
003e9b33 FS$$ADD
003ea174 FS$$CMP
003e9bbe FS$$DIV
003e9da1 FS$$MPY
003ea1c2 FS$$NEG
003ea1a4 FS$$SUB
003ea13d FS$$TOFD
003ea05c FS$$TOI
003e9fc7 FS$$TOL
003ea080 I$$DIV
003ea091 I$$MOD
003ea15a I$$TOFS
003ea032 L$$DIV
003ea041 L$$MOD
003ea18b U$$TOFS
003ea04f UL$$DIV
003ea056 UL$$MOD
003ea1bd _ADCINT_ISR
003f8300 _AHF_harm_cur_meter_B
003f82f0 _AHF_harm_cur_meter_R
003f8306 _AHF_harm_cur_meter_Y
00007100 _AdcRegs
003e97f1 _CAPINT1_ISR
003e97fc _CAPINT2_ISR
003e9807 _CAPINT3_ISR
003e988b _CAPINT4_ISR
003e9896 _CAPINT5_ISR
003e98a1 _CAPINT6_ISR
003e9778 _CMP1INT_ISR
003e9783 _CMP2INT_ISR
003e978e _CMP3INT_ISR
003e9812 _CMP4INT_ISR
003e981d _CMP5INT_ISR
003e9828 _CMP6INT_ISR
003f150b _CRC16
003f9840 _CT_location
003f981c _CT_ratio
003e8e54 _CalculateRMS
003e9d5c _ConfigCpuTimer
003f9a60 _CpuTimer0
00000c00 _CpuTimer0Regs
003f9a68 _CpuTimer1
00000c08 _CpuTimer1Regs
003f7ff8 _CsmPwl
00000ae0 _CsmRegs
003f8236 _DAC_var1
003f823a _DAC_var2
003e96c3 _DATALOG_ISR
003f8096 _DFT_cal_over
003f8094 _DFT_freq
003f9848 _DFT_multiplier
003f8097 _DFT_point
003e9cc3 _DelayUs
00000880 _DevEmuRegs
003e9904 _ECAN0INTA_ISR
003e990f _ECAN1INTA_ISR
00006100 _ECanaMboxes
00006000 _ECanaRegs
003e96d1 _EMUINT_ISR
003f8008 _ErrorCount
00007400 _EvaRegs
00007500 _EvbRegs
003e801c _Example_CsmUnlock
003e8056 _Example_Done
003e8000 _Example_Error
003e8007 _Example_MemCopy
003e9e52 _F28X_EV1_PWM_Init
003e9e73 _F28X_EV1_PWM_Update
000004ce _Fl2810_ClearSector
000003ea _Fl2810_CompactSector
0000038a _Fl2810_EraseSector
00000443 _Fl2810_Init
0000048a _Fl28x_ClearLoop
0000026c _Fl28x_ClosePulse
00000347 _Fl28x_CompactPulse
0000030d _Fl28x_CompactVerify
0000053d _Fl28x_Delay
0000054a _Fl28x_DisableInt
00000481 _Fl28x_DisableNMI
0000020e _Fl28x_EnterCmdMode
0000011e _Fl28x_ErasePulse
000000d6 _Fl28x_EraseVerify
0000023c _Fl28x_FlashRegSleep
00000201 _Fl28x_LeaveCmdMode
00000283 _Fl28x_MaskAll
0000025b _Fl28x_OpenPulse
000002cb _Fl28x_ProgPulse
0000028e _Fl28x_ProgVerify
0000054e _Fl28x_RestoreInt
00000479 _Fl28x_WatchDogDisable
00000551 _Flash2810_APIVersion
00000556 _Flash2810_APIVersionHex
00000170 _Flash2810_Erase
00000032 _Flash2810_Program
00000509 _Flash2810_Verify
003ee3d9 _Flash28_API_LoadEnd
00000559 _Flash28_API_LoadSize
003ede80 _Flash28_API_LoadStart
00000000 _Flash28_API_RunStart
00000a80 _FlashRegs
003f9a72 _Flash_CPUScaleFactor
003f9a70 _Flash_CallbackPtr
003f82c6 _GlobalQ
000070e0 _GpioDataRegs
000070c0 _GpioMuxRegs
003f9880 _Harm_limit
003f9900 _Harm_limit_new
003f9820 _Hybrid_parameter
003f828c _IGBT_temperature_B
003f829a _IGBT_temperature_B_f
003f813c _IGBT_temperature_B_f_degree
003f8290 _IGBT_temperature_R
003f828e _IGBT_temperature_R_f
003f8130 _IGBT_temperature_R_f_degree
003f8292 _IGBT_temperature_Y
003f829e _IGBT_temperature_Y_f
003f8132 _IGBT_temperature_Y_f_degree
003e96df _ILLEGAL_ISR
003e96b5 _INT13_ISR
003e96bc _INT14_ISR
003ffad8 _IQ10mpyRndSatTable
003ffacc _IQ11mpyRndSatTable
003ffac0 _IQ12mpyRndSatTable
003ffab4 _IQ13mpyRndSatTable
003ffaa8 _IQ14mpyRndSatTable
003ffa9c _IQ15mpyRndSatTable
003ffa90 _IQ16mpyRndSatTable
003ffa84 _IQ17mpyRndSatTable
003ffa78 _IQ18mpyRndSatTable
003ffa6c _IQ19mpyRndSatTable
003ffb44 _IQ1mpyRndSatTable
003ffa60 _IQ20mpyRndSatTable
003ffa54 _IQ21mpyRndSatTable
003ffa48 _IQ22mpyRndSatTable
003ffa3c _IQ23mpyRndSatTable
003ffa30 _IQ24mpyRndSatTable
003ffa24 _IQ25mpyRndSatTable
003ffa18 _IQ26mpyRndSatTable
003ffa0c _IQ27mpyRndSatTable
003ffa00 _IQ28mpyRndSatTable
003ff9f4 _IQ29mpyRndSatTable
003ffb38 _IQ2mpyRndSatTable
003ff9e8 _IQ30mpyRndSatTable
003ffb2c _IQ3mpyRndSatTable
003ffb20 _IQ4mpyRndSatTable
003ffb14 _IQ5mpyRndSatTable
003ffb08 _IQ6mpyRndSatTable
003ffafc _IQ7mpyRndSatTable
003ffaf0 _IQ8mpyRndSatTable
003ffae4 _IQ9mpyRndSatTable
003ff824 _IQatan2HalfPITable
003ff862 _IQatan2Table
003ff9e8 _IQatan2TableEnd
003ff100 _IQcosTable
003ff502 _IQcosTableEnd
003ff502 _IQdivRoundSatTable
003ff510 _IQdivTable
003ff712 _IQdivTableEnd
003ff712 _IQisqrtRoundSatTable
003ff722 _IQisqrtTable
003ff824 _IQisqrtTableEnd
003ff9e8 _IQmpyRndSatTable
003ffb50 _IQmpyRndSatTableEnd
003ff000 _IQsinTable
003ff400 _IQsinTableEnd
003ff712 _IQsqrtRoundSatTable
003ff722 _IQsqrtTable
003ff824 _IQsqrtTableEnd
003f8160 _Iinv_mag
003e9cd2 _InitAdc
003e9d38 _InitCpuTimers
003ea120 _InitEv
00008182 _InitFlash
003ea0a2 _InitGpio
003e8e75 _InitPhaseLockedLoop
003ea0e2 _InitPieCtrl
003ea0c2 _InitPieVectTable
003e9dfb _InitSysCtrl
003f8009 _LoopCount
003f8136 _MODULE_RATING
003e98c2 _MRINTA_ISR
003e98cd _MXINTA_ISR
003f9844 _Machine_mode
00007800 _McbspaRegs
003e96d8 _NMI_ISR
003e973a _PDPINTA_ISR
003e9745 _PDPINTB_ISR
003e991a _PIE_RESERVED
003ea1b5 _PRG_key0
003ea1b6 _PRG_key1
003ea1b7 _PRG_key2
003ea1b8 _PRG_key3
003ea1b9 _PRG_key4
003ea1ba _PRG_key5
003ea1bb _PRG_key6
003ea1bc _PRG_key7
003f981a _PT_ratio
003f8048 _PWM_on
00000ce0 _PieCtrlRegs
00000d00 _PieVectTable
003f4000 _PieVectTableInit
003f9804 _Power_ON_TFT
003e96ca _RTOSINT_ISR
003ede80 _RamfuncsLoadEnd
00001e80 _RamfuncsLoadSize
003ec000 _RamfuncsLoadStart
00009e80 _RamfuncsRunEnd
00001e80 _RamfuncsRunSize
00008000 _RamfuncsRunStart
003e8180 _RunASVC
003e98d8 _SCIRXINTA_ISR
003e98ee _SCIRXINTB_ISR
003e98e3 _SCITXINTA_ISR
003e98f9 _SCITXINTB_ISR
003e98ac _SPIRXINTA_ISR
003e98b7 _SPITXINTA_ISR
0000921e _Safe_Turn_OFF
00007050 _SciaRegs
00007750 _ScibRegs
00007040 _SpiaRegs
00007010 _SysCtrlRegs
003e97a4 _T1CINT_ISR
003e97ba _T1OFINT_ISR
003e9799 _T1PINT_ISR
00009a79 _T1Period_isr
003e97af _T1UFINT_ISR
003e97d0 _T2CINT_ISR
003e97e6 _T2OFINT_ISR
003e97c5 _T2PINT_ISR
003e97db _T2UFINT_ISR
003e983e _T3CINT_ISR
003e9854 _T3OFINT_ISR
003e9833 _T3PINT_ISR
00009a6a _T3Period_isr
003e9849 _T3UFINT_ISR
003e986a _T4CINT_ISR
003e9880 _T4OFINT_ISR
003e985f _T4PINT_ISR
003e9875 _T4UFINT_ISR
003e9766 _TINT0_ISR
003f8057 _TWO_sec_over
003f981e _Total_capacity
00009a42 _Trip_routine
003e96e6 _USER0_ISR
003e972c _USER10_ISR
003e9733 _USER11_ISR
003e96ed _USER1_ISR
003e96f4 _USER2_ISR
003e96fb _USER3_ISR
003e9702 _USER4_ISR
003e9709 _USER5_ISR
003e9710 _USER6_ISR
003e9717 _USER7_ISR
003e971e _USER8_ISR
003e9725 _USER9_ISR
003e976d _WAKEINT_ISR
003e9750 _XINT1_ISR
003e975b _XINT2_ISR
00007070 _XIntruptRegs
00000400 __IQ20mag
00000572 __IQ24cosPU
000004c0 __IQ24div
00000460 __IQ24mag
00000549 __IQ24sinPU
00000507 __IQ24sqrt
00000599 __IQ24toF
000000c8 __STACK_END
000000c8 __STACK_SIZE
ffffffff ___binit__
003f8000 ___bss__
ffffffff ___c_args__
003f1b51 ___cinit__
003f8000 ___end__
003ea1c7 ___etext__
003e9f8c ___memcpy
003e9faa ___memcpy_ff
003e9fa0 ___memcpy_fn
003e9f96 ___memcpy_nf
ffffffff ___pinit__
003e8000 ___text__
003f9a84 __cleanup_ptr
003f9a82 __dtors_ptr
003f9a76 __lock
003ea19b __nop
003ea19c __register_lock
003ea1a0 __register_unlock
003f9a74 __unlock
003f839e _a11
003f8392 _a13
003f834c _a17
003f8346 _a19
003f8336 _a23
003f835e _a25
003f838c _a3
003f8386 _a5
003f8376 _a7
003e9f42 _abort
003f9836 _add_limit
003f9842 _addr_float_temp
003f803c _address
003f8052 _all_OK
003f805b _alternate
003f8352 _an
003f8150 _ang
003f814e _ang_1
003f814c _ang_harm
003f801c _atemp0
003f801d _atemp1
003f8025 _atemp2
003f8023 _atemp3
003f8024 _atemp4
003f8021 _atemp5
003f8017 _atemp6
003f8015 _atemp7
003f8016 _atemp8
003f8013 _atemp9
003e9f20 _atexit
003f8077 _autostart_timer
003f80f0 _average_B
003f80f2 _average_R
003f80ee _average_Y
003f813e _average_temperature
003f83a4 _b11
003f8398 _b13
003f8340 _b17
003f8330 _b19
003f836a _b23
003f8364 _b25
003f8380 _b3
003f8370 _b5
003f83e4 _b7
003f824e _bias
003f8045 _blink
003f8041 _blink_timer
003f813a _blinking_rate
003f802f _block_pulses
003f8358 _bn
003f803a _breaker_close_command
003f801a _breaker_close_delay_timer
003f8256 _breaker_close_voltage
003f8038 _breaker_open_command
003f8022 _build_now
003e9f43 _c_int00
003e967e _cal_cm_voltage
003f8085 _calc_mf_enable
003f80b8 _capacitor_voltage_reference
003f80b0 _capacitor_voltage_reference_setpoint
003f8034 _capture_over
003f8086 _capture_sync
003f822c _ccvd
003f822a _ccvq
003f8002 _changeover_timer
003f8005 _char_waiting
003f8084 _char_waiting_a
003f8082 _char_waiting_a_tmp
003f803b _charge_command
003f8032 _charge_open_timer
003f800f _chars_rxd
003f8080 _chars_rxd_a
003f8014 _check_entry
003e9421 _check_serial
003e9440 _check_serial_a
003f8164 _cm_voltage
003f81a4 _comp_ref_zero
003f8046 _comp_select_flag
003f9846 _compensation_mode
003f982c _const_Q
003f980c _const_Q_mode
003f8242 _cos_factor
003f8142 _cos_theta_new
003f8099 _count_1mS
003f8065 _count_5_sec
003f81ca _count_correction
003f808b _count_cycles
003f801e _count_plot
003f804c _count_sin
003f807e _count_spi
003f802c _count_tushar
003f8182 _counter
003f8059 _counter_1_sec
003f804b _counter_PWM_start
003f804a _counter_main_contactor
003f8146 _counter_period
003f8148 _counter_sampled
003f8206 _counter_tmp
00009a33 _cpu_timer0_isr
00009a3d _cpu_timer1_isr
003f823c _cross
003f81fe _cross_temp
003f8278 _cubicle_temperature
003f827a _cubicle_temperature_filter
003f8514 _cur_lim_B
003f8528 _cur_lim_R
003f850a _cur_lim_Y
003f982e _cur_lim_adj
003f982a _cur_lim_adj_n
003f8640 _cur_ref_pi_zero
003f8026 _curlimit_release_timer
003f801b _current_limit_flag
003f82a0 _dac_show
003f8c00 _data_block
003f818c _datablock
003f8258 _dc_link_voltage
003f825e _dc_link_voltage_diff
003f825c _dc_link_voltage_diff_f
003f8264 _dc_link_voltage_lower
003f8262 _dc_link_voltage_lower_f
003f8252 _dc_link_voltage_raw
003f8254 _dc_link_voltage_upper
003f8260 _dc_link_voltage_upper_f
003f802e _dc_offset_cal
003f8069 _dc_ov_timer
003f8680 _dc_volt_reg
003f8000 _dcov_timer
003f81f0 _deno
003f8f40 _dft_array
003f8240 _dft_img
003f8224 _dft_mag
003f823e _dft_real
003f8a80 _dft_result
003f8406 _diff_B
003f840e _diff_R
003f8416 _diff_Y
003f8033 _digital_flag_A
003f8036 _digital_flag_B
003f8035 _digital_flag_D
003f8037 _digital_flag_F
003f8039 _discharge_command
003f9b05 _disp
003e95c2 _display_7_segment
003f819c _download_staddr
003f8298 _dummy_comp
003f8276 _dummy_half
003f8001 _earth_fault
003f8030 _earthfault_timer
003f9b04 _eleventh_enable
003f8027 _en_rpc
003f8079 _enable_timer
003f9a78 _errno
003e9486 _error
003e9ef8 _exit
003f82ba _extra_filter
003f8294 _factor_B
003f8266 _factor_R
003f8268 _factor_Y
003f8098 _factor_counter
003f81b8 _factor_scaling
003f841e _fault_captimer
003f801f _fault_count
003f81f2 _fault_timer
003f8202 _fault_timesum
003f8232 _ffvd
003f9805 _fifth_1
003f9807 _fifth_2
003f9828 _fifth_address
003f9822 _fifth_address_f
003f9b08 _fifth_enable
003f9824 _fifth_value
003f8012 _firstadc
003f81e8 _fixed_val
003f808d _flag_1mS
003f804d _flag_PWM_started
003f980d _flag_initialisation_over
003f8051 _flag_precharg_over
003f804f _flag_safe_turn_OFF
003f8053 _flag_startup_over
003e805a _fnInternalFlashWrite
003f803d _frame_complete
003f806d _frame_complete_a
003f9b26 _freq_display
003f805d _frq_check_count
003e881c _func_capture_waveform
0000990d _func_harm_limitation
003f8214 _fund_limit_value
003f81a6 _fund_piout
003f866a _funda_arr
003f8a00 _fundamental
003f8880 _fundamental_neg
003f8840 _fundamental_stat
003f8900 _fundamental_stat_neg
003f8070 _fundcomp_flag
003f806f _fundcomp_timer
003f8054 _gbu8wrttoflash
0000945a _getReferenceCurrent
0000992c _get_harmonic_reference
00009a23 _get_harmonic_reference_xyz
003f81d2 _global_K_B
003f81f8 _global_K_R
003f81f4 _global_K_Y
003f9b07 _grid_ct_primary
003f8318 _grid_cur_meter_B
003f8324 _grid_cur_meter_R
003f8312 _grid_cur_meter_Y
003f9b1e _grid_cur_mf
003f8126 _grid_current_B
003f8106 _grid_current_B_f
003f8114 _grid_current_N
003f8128 _grid_current_R
003f8122 _grid_current_R_f
003f812a _grid_current_Y
003f810a _grid_current_Y_f
003f8166 _grid_current_d
003f8174 _grid_current_q
003f8176 _grid_current_zero
003f8172 _grid_current_zero_f
003f9b1c _grid_vol_mf
003f826e _grid_volt_B
003f82c2 _grid_volt_R
003f82c8 _grid_volt_Y
003f831e _grid_volt_meter_B
003f82f6 _grid_volt_meter_R
003f832a _grid_volt_meter_Y
003f8118 _grid_voltage_B
003f8112 _grid_voltage_B_f
003f8284 _grid_voltage_N
003f811a _grid_voltage_R
003f8102 _grid_voltage_R_f
003f8116 _grid_voltage_Y
003f8124 _grid_voltage_Y_f
003f8296 _half_ov_setting
003f806b _harm11_flag
003f8068 _harm13_flag
003f8076 _harm1_flag
003f806c _harm5_flag
003f806a _harm7_flag
003f9806 _harm_1
003f980a _harm_2
003f816a _harm_accu
003f9834 _harm_address
003f9832 _harm_address_f
003f9b1a _harm_cur_mf
003f81da _harm_limit_value
003f8049 _harm_limits_update_flag
003f81bc _harm_load
003f8430 _harm_loop_B_11
003f8454 _harm_loop_B_13
003f854a _harm_loop_B_17
003f8540 _harm_loop_B_19
003f855e _harm_loop_B_23
003f8500 _harm_loop_B_25
003f8480 _harm_loop_B_3
003f84ca _harm_loop_B_5
003f8440 _harm_loop_B_7
003f851e _harm_loop_B_n
003f844a _harm_loop_R_11
003f8468 _harm_loop_R_13
003f845e _harm_loop_R_17
003f8554 _harm_loop_R_19
003f8572 _harm_loop_R_23
003f8568 _harm_loop_R_25
003f8494 _harm_loop_R_3
003f848a _harm_loop_R_5
003f84a8 _harm_loop_R_7
003f84de _harm_loop_R_n
003f8426 _harm_loop_Y_11
003f8472 _harm_loop_Y_13
003f858a _harm_loop_Y_17
003f8532 _harm_loop_Y_19
003f8580 _harm_loop_Y_23
003f84f2 _harm_loop_Y_25
003f849e _harm_loop_Y_3
003f84c0 _harm_loop_Y_5
003f84b2 _harm_loop_Y_7
003f84e8 _harm_loop_Y_n
003f8152 _harm_number
003f80ba _harm_ref_I_B
003f80ca _harm_ref_I_R
003f80b2 _harm_ref_I_Y
003f81c0 _harm_ref_d
003f8238 _harm_ref_de
003f81dc _harm_ref_q
003f81cc _harm_ref_qe
003f8093 _harm_select
003f81be _harm_sq_sum
003f8940 _harm_stat
003f824a _i_dc_ref
003f83f0 _i_stat_de
003f83f6 _i_stat_qe
003f82a2 _id_ref_neg_temp
003f81d4 _id_ref_temp
003f82ae _ide_neg_ref
003f800e _igbt_fault_counter
003f8092 _increment_7_segment
003e9409 _initDigitalIO
003e8ead _initHarmonicReferenceExtraction
003e938c _initReferenceVoltageCalculation
003e93f3 _initRmsMeter
003e94f5 _initUser
003e952e _init_mf
003f80b4 _initial_capacitor_reference
003f80ae _initial_capacitor_voltage_reference
003f8180 _inst_gridcur_mf
003f80ac _inst_invcur_mf
003f80a4 _inst_vol_mf
003f8006 _interchar_silent_timer
003f806e _interchar_silent_timer_a
003f9b20 _inv_ref_mf
003f82a6 _iq_ref_neg_temp
003f82aa _iq_ref_temp
003f8286 _iq_val1
003f8288 _iq_val2
003f8282 _iq_val3
003f82bc _iqe_neg_ref
003f8248 _iz_load
003f820a _iz_load_limited
003f8208 _iz_ref
003f82a4 _k_zero
003f81c8 _kw_grid_B
003f81c6 _kw_grid_B_f
003f81fa _kw_grid_R
003f8200 _kw_grid_R_f
003f81f6 _kw_grid_Y
003f81c2 _kw_grid_Y_f
003f821a _kw_load_B_f
003f8226 _kw_load_R_f
003f8246 _kw_load_Y_f
003f800b _last_char
003f807b _last_sec
003f8074 _latch_fault
003ea002 _ldexp
003f9b28 _link_vol_mf
003f803f _live_frame
003f8083 _live_frame_a
003f808e _load_DFT_data
003f83b0 _load_cur_meter_B
003f83b6 _load_cur_meter_R
003f83cc _load_cur_meter_Y
003f82ea _load_cur_scaled_meter_B
003f82e4 _load_cur_scaled_meter_R
003f82de _load_cur_scaled_meter_Y
003f810e _load_current_B
003f80a0 _load_current_B_norm
003f8110 _load_current_R
003f80d0 _load_current_R_norm
003f810c _load_current_Y
003f80a6 _load_current_Y_norm
003f816e _load_current_d
003f8170 _load_current_q
003f81aa _load_current_zero
003f8228 _load_d_level
003f8220 _load_d_level_f
003f8222 _load_d_neg_f
003f821e _load_q_level
003f8218 _load_q_level_f
003f821c _load_q_neg_f
003f817e _longtemp
003f8400 _lpf_invI_B
003f83d8 _lpf_invI_R
003f83de _lpf_invI_Y
003f8154 _m_adjust
003f814a _mag_harm
003f824c _mag_stat
003e80ed _main
003e9f89 _memcpy
003f808f _mode
003f9810 _module_OFF
003f9812 _module_ON
003f820c _mz
003f8212 _neg_limit_value
003f820e _neg_max
003f8210 _neg_min
003f9200 _new_snap_data
003f825a _new_vol_mul
003f81ce _no_fault_timer
003f8087 _no_of_samples
003f85e4 _notch
003f9838 _number_of_slaves
003f805c _oc_count
003f80ea _offset_B
003f80ec _offset_R
003f80e8 _offset_Y
003f816c _omega
003f8188 _omega_1_f
003f819e _omega_T_1_f
00008ab7 _one_mS
003f983a _operation_mode
003f89c0 _order_11
003f8700 _order_13
003f86c0 _order_17
003f8740 _order_19
003f87c0 _order_23
003f8780 _order_25
003f88c0 _order_3
003f8a40 _order_5
003f8980 _order_7
003f8064 _order_n
003f809c _order_number
003f82b6 _order_number_iq
003f8800 _order_xyz
003f8044 _ov_timer
003f800c _over_current_count
003f8003 _over_voltage
003f829c _overvoltage_setting
003f9816 _p2
003f8198 _pDestAddr
003f819a _pSourceAddr
003f8234 _p_waveform
003f9b00 _pakt_num
003f9b02 _panel_ct_primary
003f81ba _para_scaling
003f802d _period_DFT
003f81de _period_count_iq
003f81ac _pf_Load_side
003f81a8 _pf_grid_side
003f9b09 _pf_setting
003f804e _pfset
00009391 _phaseLockedLoop
003f03e0 _pi_com
003f1542 _pi_com_a
003f83ea _pll_lpf1
003f83aa _pll_lpf2
003f8168 _pll_omega
003f8624 _pll_pi
003f809b _pll_select
003f82ca _pll_theta
003f8280 _power_factor
003f827c _power_factor_set
003f983e _power_on_mode
003f8031 _power_up_timer
003f800d _poweron
003f85f0 _pr_B
003f85d8 _pr_R
003f8600 _pr_Y
003f85cc _pr_ahf_B
003f85c0 _pr_ahf_R
003f85ac _pr_ahf_Y
003f8594 _pr_notch_B
003f860c _pr_notch_R
003f85a0 _pr_notch_Y
003f8075 _present_fault
0000926b _protectionSystem_fast
003f805a _protection_check
003f9b01 _pt_primary
003f82b8 _pulse_on_timer
003f84d4 _pwm1
003f828a _q_set
003f80c6 _qcomp_ref
00008388 _readAdc
00009252 _readAndUpdateDigitalIO
003f9826 _received_value
003f9b24 _ref_cur_mf
003f81ae _reference_current_B
003f81b6 _reference_current_R
003f81b2 _reference_current_Y
003f818e _reference_voltage_B
003f8196 _reference_voltage_R
003f8192 _reference_voltage_Y
003f8020 _release_count
003f807f _reset_setting
00008199 _rmsCal
003f815c _rms_eleventh
003f812c _rms_fifth
003f803e _rms_meter_zero
003f8156 _rms_nineteenth
003f8081 _rms_samplecount
003f815a _rms_seventeenth
003f812e _rms_seventh
003f80e2 _rms_sum_ahf_harm_cur_B
003f80e4 _rms_sum_ahf_harm_cur_R
003f80e6 _rms_sum_ahf_harm_cur_Y
003f80f6 _rms_sum_current_B_scaled
003f80f8 _rms_sum_current_R_scaled
003f80d4 _rms_sum_current_Y_scaled
003f80d8 _rms_sum_gridcur_B
003f80f4 _rms_sum_gridcur_R
003f80dc _rms_sum_gridcur_Y
003f8120 _rms_sum_invcur_B
003f80de _rms_sum_invcur_R
003f80e0 _rms_sum_invcur_Y
003f80d2 _rms_sum_loadcur_B
003f80da _rms_sum_loadcur_R
003f80d6 _rms_sum_loadcur_Y
003f80fc _rms_sum_voltage_B
003f80fe _rms_sum_voltage_R
003f80fa _rms_sum_voltage_Y
003f815e _rms_thirteenth
003f8162 _rms_twentyfifth
003f8158 _rms_twentythird
003f8089 _rms_update_flag
003e9921 _rsvd_ISR
003f8011 _rsync
003f807d _rtcread_flag
003f8b00 _rx_buffer_a
003f817a _rxbuffer
003f817c _rxbuffer_a
003f809a _sample_cal
003f81e0 _sample_count_iq
003f827e _sampling_time
003f82a8 _scale_factor
003e94e3 _scia_fifo_init
003e948d _scia_init
003e94a1 _scia_xmit
003e94ec _scib_fifo_init
003e94ab _scib_init
003e94bf _scib_xmit
003f9803 _screen_barchart_ON
003f9b06 _select
003e93fe _setCurrentLimiter
003e93e8 _setHarmonicOscillator
003e93c1 _setLowPassFilter
003e93cc _setPiRegulator
003e8da6 _setWorkingParameters
003f8050 _set_const_current
003f980e _setting_com_received
003f9980 _setting_parameter
003f9b03 _seventh_enable
003f980b _show_DFT
003f8244 _sin_factor
003f8140 _sin_theta_new
003f80c0 _sin_val_prev
003f8270 _snap
003f153d _snapShot
003f82ce _snap_data
003f8029 _snap_end
003f8055 _snap_pointer
003f8028 _snap_start
003f8272 _snap_test
003f9b10 _spec_cur_mf
003e9ea6 _sqrt
003f802b _start_DFT
003f8061 _start_eleventh_comp
003f8062 _start_fifth_comp
003f8067 _start_nineteenth_comp
003f802a _start_pll
003f8047 _start_pulses
003f805f _start_seventeenth_comp
003f8060 _start_seventh_comp
003f8091 _start_snap
003f805e _start_thirteenth_comp
003f8063 _start_twentyfifth_comp
003f8066 _start_twentythird_comp
003e8705 _startup_sequence
000088d0 _startup_sequence1
003f83c6 _stat_cur_meter_B
003f83d2 _stat_cur_meter_R
003f83c0 _stat_cur_meter_Y
003f9b18 _stat_cur_mf
003f81ea _stat_current_d
003f82c0 _stat_current_q
003f82b2 _stat_current_zero
003f80a8 _statcom_current_B
003f8100 _statcom_current_B_f
003f80c8 _statcom_current_B_h
003f809e _statcom_current_N
003f80a2 _statcom_current_R
003f8108 _statcom_current_R_f
003f80c4 _statcom_current_R_h
003f80aa _statcom_current_Y
003f8104 _statcom_current_Y_f
003f80c2 _statcom_current_Y_h
003f864e _statcur_B
003f865c _statcur_R
003f8632 _statcur_Y
003f8018 _status_flag
003f8073 _status_flag_old
003f8019 _status_realtime
003f808a _step_counter
003f81ec _sum_i_d_img
003f81ee _sum_i_d_real
003f81e6 _sum_i_q_img
003f81e4 _sum_i_q_real
003f8618 _svgen_dq1
003e9928 _svgendq_calc
003f8058 _t_1sec
003e9aa1 _tan
003f8186 _temp1
003f9b0c _temp15
003f8178 _temp2
003f8250 _temp_comp
003f82b0 _temp_de_1
003f8204 _temp_de_h
003f8040 _temp_exceeded
003f9830 _temp_float_var
003f81d8 _temp_funda_cur
003f9b12 _temp_iq
003f9b14 _temp_load_f
003f8138 _temp_ma
003f9b0a _temp_mf
003f9802 _temp_pointer
003f82b4 _temp_qe_1
003f82c4 _temp_qe_h
003f81fc _temp_ref_d_h
003f81c4 _temp_ref_q_h
003f8043 _temp_resumed
003f82be _temp_stat
003f8184 _temp_test_1
003f81d6 _temp_total_harm
003f82ac _temp_vdref
003f81d0 _temp_wavefom
003f818a _tempbuffer
003f9b0e _tempf1
003f9b16 _tempf2
003f9814 _tempf22
003f9b22 _tempf3
003f9818 _templong
003f9800 _tempvar1
003f9801 _tempvar2
003f9808 _tempvar3
003f9809 _tempvar4
003f8134 _test_ct
003f826c _thd
003f826a _thd_sum
003f82d2 _theta_1
003f82da _theta_1_neg
003f82d6 _theta_xyz_s
003f807c _timeout
003f8144 _tmp_counter
003f81e2 _tmp_mag
003f8216 _total_neg
003e94c9 _transmit_string
003e8b91 _tustin_calculator
003f8056 _tustin_counter
003f8071 _uDI_0_reg
003f8072 _uDI_5_reg
003f807a _uDI_6_reg
003f8078 _uDI_7_reg
003f8004 _under_voltage
003f8194 _unlim_ref_current_B
003f81b0 _unlim_ref_current_R
003f81a2 _unlim_ref_current_Y
00008000 _update_Kp_Ki
003f050b _update_datablock
003e8cc8 _update_harm_limits
003e95b7 _update_limits
003f0000 _update_one
003e8582 _update_rmsmeters
003f8010 _user_shutdown
003f800a _user_start
003f8007 _user_stop
003f8042 _uv_timer
003f80bc _v_alpha
003f80b6 _v_beta
003f811e _v_g_d
003f811c _v_g_q
003f808c _value_7_segment
003f8088 _value_ptr
003f822e _var_out_de
003f8230 _var_out_qe
003f830c _vdc_bus
003f81b4 _volt_gain
003f80be _voltage_buildup_level
003f8274 _voltage_level
003f80cc _voltage_ramp_slope
003f80ce _voltage_reference_setting
003e967d _waveform_data_fill
003f983c _working_mode
003f8190 _xx
003f8090 _xyz
003f81a0 _xyz_iq
003f8095 _xyz_seq
ffffffff binit
003f1b51 cinit
003f7ff6 code_start
003f8000 end
003ea1c7 etext
ffffffff pinit
GLOBAL SYMBOLS: SORTED BY Symbol Address
address name
-------- ----
00000000 _Flash28_API_RunStart
00000032 _Flash2810_Program
000000c8 __STACK_END
000000c8 __STACK_SIZE
000000d6 _Fl28x_EraseVerify
0000011e _Fl28x_ErasePulse
00000170 _Flash2810_Erase
00000201 _Fl28x_LeaveCmdMode
0000020e _Fl28x_EnterCmdMode
0000023c _Fl28x_FlashRegSleep
0000025b _Fl28x_OpenPulse
0000026c _Fl28x_ClosePulse
00000283 _Fl28x_MaskAll
0000028e _Fl28x_ProgVerify
000002cb _Fl28x_ProgPulse
0000030d _Fl28x_CompactVerify
00000347 _Fl28x_CompactPulse
0000038a _Fl2810_EraseSector
000003ea _Fl2810_CompactSector
00000400 __IQ20mag
00000443 _Fl2810_Init
00000460 __IQ24mag
00000479 _Fl28x_WatchDogDisable
00000481 _Fl28x_DisableNMI
0000048a _Fl28x_ClearLoop
000004c0 __IQ24div
000004ce _Fl2810_ClearSector
00000507 __IQ24sqrt
00000509 _Flash2810_Verify
0000053d _Fl28x_Delay
00000549 __IQ24sinPU
0000054a _Fl28x_DisableInt
0000054e _Fl28x_RestoreInt
00000551 _Flash2810_APIVersion
00000556 _Flash2810_APIVersionHex
00000559 _Flash28_API_LoadSize
00000572 __IQ24cosPU
00000599 __IQ24toF
00000880 _DevEmuRegs
00000a80 _FlashRegs
00000ae0 _CsmRegs
00000c00 _CpuTimer0Regs
00000c08 _CpuTimer1Regs
00000ce0 _PieCtrlRegs
00000d00 _PieVectTable
00001e80 _RamfuncsLoadSize
00001e80 _RamfuncsRunSize
00006000 _ECanaRegs
00006100 _ECanaMboxes
00007010 _SysCtrlRegs
00007040 _SpiaRegs
00007050 _SciaRegs
00007070 _XIntruptRegs
000070c0 _GpioMuxRegs
000070e0 _GpioDataRegs
00007100 _AdcRegs
00007400 _EvaRegs
00007500 _EvbRegs
00007750 _ScibRegs
00007800 _McbspaRegs
00008000 _RamfuncsRunStart
00008000 _update_Kp_Ki
00008182 _InitFlash
00008199 _rmsCal
00008388 _readAdc
000088d0 _startup_sequence1
00008ab7 _one_mS
0000921e _Safe_Turn_OFF
00009252 _readAndUpdateDigitalIO
0000926b _protectionSystem_fast
00009391 _phaseLockedLoop
0000945a _getReferenceCurrent
0000990d _func_harm_limitation
0000992c _get_harmonic_reference
00009a23 _get_harmonic_reference_xyz
00009a33 _cpu_timer0_isr
00009a3d _cpu_timer1_isr
00009a42 _Trip_routine
00009a6a _T3Period_isr
00009a79 _T1Period_isr
00009e80 _RamfuncsRunEnd
003e8000 .text
003e8000 _Example_Error
003e8000 ___text__
003e8007 _Example_MemCopy
003e801c _Example_CsmUnlock
003e8056 _Example_Done
003e805a _fnInternalFlashWrite
003e80ed _main
003e8180 _RunASVC
003e8582 _update_rmsmeters
003e8705 _startup_sequence
003e881c _func_capture_waveform
003e8b91 _tustin_calculator
003e8cc8 _update_harm_limits
003e8da6 _setWorkingParameters
003e8e54 _CalculateRMS
003e8e75 _InitPhaseLockedLoop
003e8ead _initHarmonicReferenceExtraction
003e938c _initReferenceVoltageCalculation
003e93c1 _setLowPassFilter
003e93cc _setPiRegulator
003e93e8 _setHarmonicOscillator
003e93f3 _initRmsMeter
003e93fe _setCurrentLimiter
003e9409 _initDigitalIO
003e9421 _check_serial
003e9440 _check_serial_a
003e9486 _error
003e948d _scia_init
003e94a1 _scia_xmit
003e94ab _scib_init
003e94bf _scib_xmit
003e94c9 _transmit_string
003e94e3 _scia_fifo_init
003e94ec _scib_fifo_init
003e94f5 _initUser
003e952e _init_mf
003e95b7 _update_limits
003e95c2 _display_7_segment
003e967d _waveform_data_fill
003e967e _cal_cm_voltage
003e96b5 _INT13_ISR
003e96bc _INT14_ISR
003e96c3 _DATALOG_ISR
003e96ca _RTOSINT_ISR
003e96d1 _EMUINT_ISR
003e96d8 _NMI_ISR
003e96df _ILLEGAL_ISR
003e96e6 _USER0_ISR
003e96ed _USER1_ISR
003e96f4 _USER2_ISR
003e96fb _USER3_ISR
003e9702 _USER4_ISR
003e9709 _USER5_ISR
003e9710 _USER6_ISR
003e9717 _USER7_ISR
003e971e _USER8_ISR
003e9725 _USER9_ISR
003e972c _USER10_ISR
003e9733 _USER11_ISR
003e973a _PDPINTA_ISR
003e9745 _PDPINTB_ISR
003e9750 _XINT1_ISR
003e975b _XINT2_ISR
003e9766 _TINT0_ISR
003e976d _WAKEINT_ISR
003e9778 _CMP1INT_ISR
003e9783 _CMP2INT_ISR
003e978e _CMP3INT_ISR
003e9799 _T1PINT_ISR
003e97a4 _T1CINT_ISR
003e97af _T1UFINT_ISR
003e97ba _T1OFINT_ISR
003e97c5 _T2PINT_ISR
003e97d0 _T2CINT_ISR
003e97db _T2UFINT_ISR
003e97e6 _T2OFINT_ISR
003e97f1 _CAPINT1_ISR
003e97fc _CAPINT2_ISR
003e9807 _CAPINT3_ISR
003e9812 _CMP4INT_ISR
003e981d _CMP5INT_ISR
003e9828 _CMP6INT_ISR
003e9833 _T3PINT_ISR
003e983e _T3CINT_ISR
003e9849 _T3UFINT_ISR
003e9854 _T3OFINT_ISR
003e985f _T4PINT_ISR
003e986a _T4CINT_ISR
003e9875 _T4UFINT_ISR
003e9880 _T4OFINT_ISR
003e988b _CAPINT4_ISR
003e9896 _CAPINT5_ISR
003e98a1 _CAPINT6_ISR
003e98ac _SPIRXINTA_ISR
003e98b7 _SPITXINTA_ISR
003e98c2 _MRINTA_ISR
003e98cd _MXINTA_ISR
003e98d8 _SCIRXINTA_ISR
003e98e3 _SCITXINTA_ISR
003e98ee _SCIRXINTB_ISR
003e98f9 _SCITXINTB_ISR
003e9904 _ECAN0INTA_ISR
003e990f _ECAN1INTA_ISR
003e991a _PIE_RESERVED
003e9921 _rsvd_ISR
003e9928 _svgendq_calc
003e9aa1 _tan
003e9b33 FS$$ADD
003e9bbe FS$$DIV
003e9c41 FD$$MPY
003e9cc3 _DelayUs
003e9cd2 _InitAdc
003e9d38 _InitCpuTimers
003e9d5c _ConfigCpuTimer
003e9da1 FS$$MPY
003e9dfb _InitSysCtrl
003e9e52 _F28X_EV1_PWM_Init
003e9e73 _F28X_EV1_PWM_Update
003e9ea6 _sqrt
003e9ef8 _exit
003e9f1e C$$EXIT
003e9f20 _atexit
003e9f42 _abort
003e9f43 _c_int00
003e9f89 _memcpy
003e9f8c ___memcpy
003e9f96 ___memcpy_nf
003e9fa0 ___memcpy_fn
003e9faa ___memcpy_ff
003e9fc7 FS$$TOL
003ea002 _ldexp
003ea032 L$$DIV
003ea041 L$$MOD
003ea04f UL$$DIV
003ea056 UL$$MOD
003ea05c FS$$TOI
003ea080 I$$DIV
003ea091 I$$MOD
003ea0a2 _InitGpio
003ea0c2 _InitPieVectTable
003ea0e2 _InitPieCtrl
003ea101 FD$$TOL
003ea120 _InitEv
003ea13d FS$$TOFD
003ea15a I$$TOFS
003ea174 FS$$CMP
003ea18b U$$TOFS
003ea19b __nop
003ea19c __register_lock
003ea1a0 __register_unlock
003ea1a4 FS$$SUB
003ea1b5 _PRG_key0
003ea1b6 _PRG_key1
003ea1b7 _PRG_key2
003ea1b8 _PRG_key3
003ea1b9 _PRG_key4
003ea1ba _PRG_key5
003ea1bb _PRG_key6
003ea1bc _PRG_key7
003ea1bd _ADCINT_ISR
003ea1c2 FS$$NEG
003ea1c7 ___etext__
003ea1c7 etext
003ec000 _RamfuncsLoadStart
003ede80 _Flash28_API_LoadStart
003ede80 _RamfuncsLoadEnd
003ee3d9 _Flash28_API_LoadEnd
003f0000 _update_one
003f03e0 _pi_com
003f050b _update_datablock
003f150b _CRC16
003f153d _snapShot
003f1542 _pi_com_a
003f1b51 ___cinit__
003f1b51 cinit
003f4000 _PieVectTableInit
003f7ff6 code_start
003f7ff8 _CsmPwl
003f8000 .bss
003f8000 ___bss__
003f8000 ___end__
003f8000 _dcov_timer
003f8000 end
003f8001 _earth_fault
003f8002 _changeover_timer
003f8003 _over_voltage
003f8004 _under_voltage
003f8005 _char_waiting
003f8006 _interchar_silent_timer
003f8007 _user_stop
003f8008 _ErrorCount
003f8009 _LoopCount
003f800a _user_start
003f800b _last_char
003f800c _over_current_count
003f800d _poweron
003f800e _igbt_fault_counter
003f800f _chars_rxd
003f8010 _user_shutdown
003f8011 _rsync
003f8012 _firstadc
003f8013 _atemp9
003f8014 _check_entry
003f8015 _atemp7
003f8016 _atemp8
003f8017 _atemp6
003f8018 _status_flag
003f8019 _status_realtime
003f801a _breaker_close_delay_timer
003f801b _current_limit_flag
003f801c _atemp0
003f801d _atemp1
003f801e _count_plot
003f801f _fault_count
003f8020 _release_count
003f8021 _atemp5
003f8022 _build_now
003f8023 _atemp3
003f8024 _atemp4
003f8025 _atemp2
003f8026 _curlimit_release_timer
003f8027 _en_rpc
003f8028 _snap_start
003f8029 _snap_end
003f802a _start_pll
003f802b _start_DFT
003f802c _count_tushar
003f802d _period_DFT
003f802e _dc_offset_cal
003f802f _block_pulses
003f8030 _earthfault_timer
003f8031 _power_up_timer
003f8032 _charge_open_timer
003f8033 _digital_flag_A
003f8034 _capture_over
003f8035 _digital_flag_D
003f8036 _digital_flag_B
003f8037 _digital_flag_F
003f8038 _breaker_open_command
003f8039 _discharge_command
003f803a _breaker_close_command
003f803b _charge_command
003f803c _address
003f803d _frame_complete
003f803e _rms_meter_zero
003f803f _live_frame
003f8040 _temp_exceeded
003f8041 _blink_timer
003f8042 _uv_timer
003f8043 _temp_resumed
003f8044 _ov_timer
003f8045 _blink
003f8046 _comp_select_flag
003f8047 _start_pulses
003f8048 _PWM_on
003f8049 _harm_limits_update_flag
003f804a _counter_main_contactor
003f804b _counter_PWM_start
003f804c _count_sin
003f804d _flag_PWM_started
003f804e _pfset
003f804f _flag_safe_turn_OFF
003f8050 _set_const_current
003f8051 _flag_precharg_over
003f8052 _all_OK
003f8053 _flag_startup_over
003f8054 _gbu8wrttoflash
003f8055 _snap_pointer
003f8056 _tustin_counter
003f8057 _TWO_sec_over
003f8058 _t_1sec
003f8059 _counter_1_sec
003f805a _protection_check
003f805b _alternate
003f805c _oc_count
003f805d _frq_check_count
003f805e _start_thirteenth_comp
003f805f _start_seventeenth_comp
003f8060 _start_seventh_comp
003f8061 _start_eleventh_comp
003f8062 _start_fifth_comp
003f8063 _start_twentyfifth_comp
003f8064 _order_n
003f8065 _count_5_sec
003f8066 _start_twentythird_comp
003f8067 _start_nineteenth_comp
003f8068 _harm13_flag
003f8069 _dc_ov_timer
003f806a _harm7_flag
003f806b _harm11_flag
003f806c _harm5_flag
003f806d _frame_complete_a
003f806e _interchar_silent_timer_a
003f806f _fundcomp_timer
003f8070 _fundcomp_flag
003f8071 _uDI_0_reg
003f8072 _uDI_5_reg
003f8073 _status_flag_old
003f8074 _latch_fault
003f8075 _present_fault
003f8076 _harm1_flag
003f8077 _autostart_timer
003f8078 _uDI_7_reg
003f8079 _enable_timer
003f807a _uDI_6_reg
003f807b _last_sec
003f807c _timeout
003f807d _rtcread_flag
003f807e _count_spi
003f807f _reset_setting
003f8080 _chars_rxd_a
003f8081 _rms_samplecount
003f8082 _char_waiting_a_tmp
003f8083 _live_frame_a
003f8084 _char_waiting_a
003f8085 _calc_mf_enable
003f8086 _capture_sync
003f8087 _no_of_samples
003f8088 _value_ptr
003f8089 _rms_update_flag
003f808a _step_counter
003f808b _count_cycles
003f808c _value_7_segment
003f808d _flag_1mS
003f808e _load_DFT_data
003f808f _mode
003f8090 _xyz
003f8091 _start_snap
003f8092 _increment_7_segment
003f8093 _harm_select
003f8094 _DFT_freq
003f8095 _xyz_seq
003f8096 _DFT_cal_over
003f8097 _DFT_point
003f8098 _factor_counter
003f8099 _count_1mS
003f809a _sample_cal
003f809b _pll_select
003f809c _order_number
003f809e _statcom_current_N
003f80a0 _load_current_B_norm
003f80a2 _statcom_current_R
003f80a4 _inst_vol_mf
003f80a6 _load_current_Y_norm
003f80a8 _statcom_current_B
003f80aa _statcom_current_Y
003f80ac _inst_invcur_mf
003f80ae _initial_capacitor_voltage_reference
003f80b0 _capacitor_voltage_reference_setpoint
003f80b2 _harm_ref_I_Y
003f80b4 _initial_capacitor_reference
003f80b6 _v_beta
003f80b8 _capacitor_voltage_reference
003f80ba _harm_ref_I_B
003f80bc _v_alpha
003f80be _voltage_buildup_level
003f80c0 _sin_val_prev
003f80c2 _statcom_current_Y_h
003f80c4 _statcom_current_R_h
003f80c6 _qcomp_ref
003f80c8 _statcom_current_B_h
003f80ca _harm_ref_I_R
003f80cc _voltage_ramp_slope
003f80ce _voltage_reference_setting
003f80d0 _load_current_R_norm
003f80d2 _rms_sum_loadcur_B
003f80d4 _rms_sum_current_Y_scaled
003f80d6 _rms_sum_loadcur_Y
003f80d8 _rms_sum_gridcur_B
003f80da _rms_sum_loadcur_R
003f80dc _rms_sum_gridcur_Y
003f80de _rms_sum_invcur_R
003f80e0 _rms_sum_invcur_Y
003f80e2 _rms_sum_ahf_harm_cur_B
003f80e4 _rms_sum_ahf_harm_cur_R
003f80e6 _rms_sum_ahf_harm_cur_Y
003f80e8 _offset_Y
003f80ea _offset_B
003f80ec _offset_R
003f80ee _average_Y
003f80f0 _average_B
003f80f2 _average_R
003f80f4 _rms_sum_gridcur_R
003f80f6 _rms_sum_current_B_scaled
003f80f8 _rms_sum_current_R_scaled
003f80fa _rms_sum_voltage_Y
003f80fc _rms_sum_voltage_B
003f80fe _rms_sum_voltage_R
003f8100 _statcom_current_B_f
003f8102 _grid_voltage_R_f
003f8104 _statcom_current_Y_f
003f8106 _grid_current_B_f
003f8108 _statcom_current_R_f
003f810a _grid_current_Y_f
003f810c _load_current_Y
003f810e _load_current_B
003f8110 _load_current_R
003f8112 _grid_voltage_B_f
003f8114 _grid_current_N
003f8116 _grid_voltage_Y
003f8118 _grid_voltage_B
003f811a _grid_voltage_R
003f811c _v_g_q
003f811e _v_g_d
003f8120 _rms_sum_invcur_B
003f8122 _grid_current_R_f
003f8124 _grid_voltage_Y_f
003f8126 _grid_current_B
003f8128 _grid_current_R
003f812a _grid_current_Y
003f812c _rms_fifth
003f812e _rms_seventh
003f8130 _IGBT_temperature_R_f_degree
003f8132 _IGBT_temperature_Y_f_degree
003f8134 _test_ct
003f8136 _MODULE_RATING
003f8138 _temp_ma
003f813a _blinking_rate
003f813c _IGBT_temperature_B_f_degree
003f813e _average_temperature
003f8140 _sin_theta_new
003f8142 _cos_theta_new
003f8144 _tmp_counter
003f8146 _counter_period
003f8148 _counter_sampled
003f814a _mag_harm
003f814c _ang_harm
003f814e _ang_1
003f8150 _ang
003f8152 _harm_number
003f8154 _m_adjust
003f8156 _rms_nineteenth
003f8158 _rms_twentythird
003f815a _rms_seventeenth
003f815c _rms_eleventh
003f815e _rms_thirteenth
003f8160 _Iinv_mag
003f8162 _rms_twentyfifth
003f8164 _cm_voltage
003f8166 _grid_current_d
003f8168 _pll_omega
003f816a _harm_accu
003f816c _omega
003f816e _load_current_d
003f8170 _load_current_q
003f8172 _grid_current_zero_f
003f8174 _grid_current_q
003f8176 _grid_current_zero
003f8178 _temp2
003f817a _rxbuffer
003f817c _rxbuffer_a
003f817e _longtemp
003f8180 _inst_gridcur_mf
003f8182 _counter
003f8184 _temp_test_1
003f8186 _temp1
003f8188 _omega_1_f
003f818a _tempbuffer
003f818c _datablock
003f818e _reference_voltage_B
003f8190 _xx
003f8192 _reference_voltage_Y
003f8194 _unlim_ref_current_B
003f8196 _reference_voltage_R
003f8198 _pDestAddr
003f819a _pSourceAddr
003f819c _download_staddr
003f819e _omega_T_1_f
003f81a0 _xyz_iq
003f81a2 _unlim_ref_current_Y
003f81a4 _comp_ref_zero
003f81a6 _fund_piout
003f81a8 _pf_grid_side
003f81aa _load_current_zero
003f81ac _pf_Load_side
003f81ae _reference_current_B
003f81b0 _unlim_ref_current_R
003f81b2 _reference_current_Y
003f81b4 _volt_gain
003f81b6 _reference_current_R
003f81b8 _factor_scaling
003f81ba _para_scaling
003f81bc _harm_load
003f81be _harm_sq_sum
003f81c0 _harm_ref_d
003f81c2 _kw_grid_Y_f
003f81c4 _temp_ref_q_h
003f81c6 _kw_grid_B_f
003f81c8 _kw_grid_B
003f81ca _count_correction
003f81cc _harm_ref_qe
003f81ce _no_fault_timer
003f81d0 _temp_wavefom
003f81d2 _global_K_B
003f81d4 _id_ref_temp
003f81d6 _temp_total_harm
003f81d8 _temp_funda_cur
003f81da _harm_limit_value
003f81dc _harm_ref_q
003f81de _period_count_iq
003f81e0 _sample_count_iq
003f81e2 _tmp_mag
003f81e4 _sum_i_q_real
003f81e6 _sum_i_q_img
003f81e8 _fixed_val
003f81ea _stat_current_d
003f81ec _sum_i_d_img
003f81ee _sum_i_d_real
003f81f0 _deno
003f81f2 _fault_timer
003f81f4 _global_K_Y
003f81f6 _kw_grid_Y
003f81f8 _global_K_R
003f81fa _kw_grid_R
003f81fc _temp_ref_d_h
003f81fe _cross_temp
003f8200 _kw_grid_R_f
003f8202 _fault_timesum
003f8204 _temp_de_h
003f8206 _counter_tmp
003f8208 _iz_ref
003f820a _iz_load_limited
003f820c _mz
003f820e _neg_max
003f8210 _neg_min
003f8212 _neg_limit_value
003f8214 _fund_limit_value
003f8216 _total_neg
003f8218 _load_q_level_f
003f821a _kw_load_B_f
003f821c _load_q_neg_f
003f821e _load_q_level
003f8220 _load_d_level_f
003f8222 _load_d_neg_f
003f8224 _dft_mag
003f8226 _kw_load_R_f
003f8228 _load_d_level
003f822a _ccvq
003f822c _ccvd
003f822e _var_out_de
003f8230 _var_out_qe
003f8232 _ffvd
003f8234 _p_waveform
003f8236 _DAC_var1
003f8238 _harm_ref_de
003f823a _DAC_var2
003f823c _cross
003f823e _dft_real
003f8240 _dft_img
003f8242 _cos_factor
003f8244 _sin_factor
003f8246 _kw_load_Y_f
003f8248 _iz_load
003f824a _i_dc_ref
003f824c _mag_stat
003f824e _bias
003f8250 _temp_comp
003f8252 _dc_link_voltage_raw
003f8254 _dc_link_voltage_upper
003f8256 _breaker_close_voltage
003f8258 _dc_link_voltage
003f825a _new_vol_mul
003f825c _dc_link_voltage_diff_f
003f825e _dc_link_voltage_diff
003f8260 _dc_link_voltage_upper_f
003f8262 _dc_link_voltage_lower_f
003f8264 _dc_link_voltage_lower
003f8266 _factor_R
003f8268 _factor_Y
003f826a _thd_sum
003f826c _thd
003f826e _grid_volt_B
003f8270 _snap
003f8272 _snap_test
003f8274 _voltage_level
003f8276 _dummy_half
003f8278 _cubicle_temperature
003f827a _cubicle_temperature_filter
003f827c _power_factor_set
003f827e _sampling_time
003f8280 _power_factor
003f8282 _iq_val3
003f8284 _grid_voltage_N
003f8286 _iq_val1
003f8288 _iq_val2
003f828a _q_set
003f828c _IGBT_temperature_B
003f828e _IGBT_temperature_R_f
003f8290 _IGBT_temperature_R
003f8292 _IGBT_temperature_Y
003f8294 _factor_B
003f8296 _half_ov_setting
003f8298 _dummy_comp
003f829a _IGBT_temperature_B_f
003f829c _overvoltage_setting
003f829e _IGBT_temperature_Y_f
003f82a0 _dac_show
003f82a2 _id_ref_neg_temp
003f82a4 _k_zero
003f82a6 _iq_ref_neg_temp
003f82a8 _scale_factor
003f82aa _iq_ref_temp
003f82ac _temp_vdref
003f82ae _ide_neg_ref
003f82b0 _temp_de_1
003f82b2 _stat_current_zero
003f82b4 _temp_qe_1
003f82b6 _order_number_iq
003f82b8 _pulse_on_timer
003f82ba _extra_filter
003f82bc _iqe_neg_ref
003f82be _temp_stat
003f82c0 _stat_current_q
003f82c2 _grid_volt_R
003f82c4 _temp_qe_h
003f82c6 _GlobalQ
003f82c8 _grid_volt_Y
003f82ca _pll_theta
003f82ce _snap_data
003f82d2 _theta_1
003f82d6 _theta_xyz_s
003f82da _theta_1_neg
003f82de _load_cur_scaled_meter_Y
003f82e4 _load_cur_scaled_meter_R
003f82ea _load_cur_scaled_meter_B
003f82f0 _AHF_harm_cur_meter_R
003f82f6 _grid_volt_meter_R
003f8300 _AHF_harm_cur_meter_B
003f8306 _AHF_harm_cur_meter_Y
003f830c _vdc_bus
003f8312 _grid_cur_meter_Y
003f8318 _grid_cur_meter_B
003f831e _grid_volt_meter_B
003f8324 _grid_cur_meter_R
003f832a _grid_volt_meter_Y
003f8330 _b19
003f8336 _a23
003f8340 _b17
003f8346 _a19
003f834c _a17
003f8352 _an
003f8358 _bn
003f835e _a25
003f8364 _b25
003f836a _b23
003f8370 _b5
003f8376 _a7
003f8380 _b3
003f8386 _a5
003f838c _a3
003f8392 _a13
003f8398 _b13
003f839e _a11
003f83a4 _b11
003f83aa _pll_lpf2
003f83b0 _load_cur_meter_B
003f83b6 _load_cur_meter_R
003f83c0 _stat_cur_meter_Y
003f83c6 _stat_cur_meter_B
003f83cc _load_cur_meter_Y
003f83d2 _stat_cur_meter_R
003f83d8 _lpf_invI_R
003f83de _lpf_invI_Y
003f83e4 _b7
003f83ea _pll_lpf1
003f83f0 _i_stat_de
003f83f6 _i_stat_qe
003f8400 _lpf_invI_B
003f8406 _diff_B
003f840e _diff_R
003f8416 _diff_Y
003f841e _fault_captimer
003f8426 _harm_loop_Y_11
003f8430 _harm_loop_B_11
003f8440 _harm_loop_B_7
003f844a _harm_loop_R_11
003f8454 _harm_loop_B_13
003f845e _harm_loop_R_17
003f8468 _harm_loop_R_13
003f8472 _harm_loop_Y_13
003f8480 _harm_loop_B_3
003f848a _harm_loop_R_5
003f8494 _harm_loop_R_3
003f849e _harm_loop_Y_3
003f84a8 _harm_loop_R_7
003f84b2 _harm_loop_Y_7
003f84c0 _harm_loop_Y_5
003f84ca _harm_loop_B_5
003f84d4 _pwm1
003f84de _harm_loop_R_n
003f84e8 _harm_loop_Y_n
003f84f2 _harm_loop_Y_25
003f8500 _harm_loop_B_25
003f850a _cur_lim_Y
003f8514 _cur_lim_B
003f851e _harm_loop_B_n
003f8528 _cur_lim_R
003f8532 _harm_loop_Y_19
003f8540 _harm_loop_B_19
003f854a _harm_loop_B_17
003f8554 _harm_loop_R_19
003f855e _harm_loop_B_23
003f8568 _harm_loop_R_25
003f8572 _harm_loop_R_23
003f8580 _harm_loop_Y_23
003f858a _harm_loop_Y_17
003f8594 _pr_notch_B
003f85a0 _pr_notch_Y
003f85ac _pr_ahf_Y
003f85c0 _pr_ahf_R
003f85cc _pr_ahf_B
003f85d8 _pr_R
003f85e4 _notch
003f85f0 _pr_B
003f8600 _pr_Y
003f860c _pr_notch_R
003f8618 _svgen_dq1
003f8624 _pll_pi
003f8632 _statcur_Y
003f8640 _cur_ref_pi_zero
003f864e _statcur_B
003f865c _statcur_R
003f866a _funda_arr
003f8680 _dc_volt_reg
003f86c0 _order_17
003f8700 _order_13
003f8740 _order_19
003f8780 _order_25
003f87c0 _order_23
003f8800 _order_xyz
003f8840 _fundamental_stat
003f8880 _fundamental_neg
003f88c0 _order_3
003f8900 _fundamental_stat_neg
003f8940 _harm_stat
003f8980 _order_7
003f89c0 _order_11
003f8a00 _fundamental
003f8a40 _order_5
003f8a80 _dft_result
003f8b00 _rx_buffer_a
003f8c00 _data_block
003f8f40 _dft_array
003f9200 _new_snap_data
003f9800 _tempvar1
003f9801 _tempvar2
003f9802 _temp_pointer
003f9803 _screen_barchart_ON
003f9804 _Power_ON_TFT
003f9805 _fifth_1
003f9806 _harm_1
003f9807 _fifth_2
003f9808 _tempvar3
003f9809 _tempvar4
003f980a _harm_2
003f980b _show_DFT
003f980c _const_Q_mode
003f980d _flag_initialisation_over
003f980e _setting_com_received
003f9810 _module_OFF
003f9812 _module_ON
003f9814 _tempf22
003f9816 _p2
003f9818 _templong
003f981a _PT_ratio
003f981c _CT_ratio
003f981e _Total_capacity
003f9820 _Hybrid_parameter
003f9822 _fifth_address_f
003f9824 _fifth_value
003f9826 _received_value
003f9828 _fifth_address
003f982a _cur_lim_adj_n
003f982c _const_Q
003f982e _cur_lim_adj
003f9830 _temp_float_var
003f9832 _harm_address_f
003f9834 _harm_address
003f9836 _add_limit
003f9838 _number_of_slaves
003f983a _operation_mode
003f983c _working_mode
003f983e _power_on_mode
003f9840 _CT_location
003f9842 _addr_float_temp
003f9844 _Machine_mode
003f9846 _compensation_mode
003f9848 _DFT_multiplier
003f9880 _Harm_limit
003f9900 _Harm_limit_new
003f9980 _setting_parameter
003f9a60 _CpuTimer0
003f9a68 _CpuTimer1
003f9a70 _Flash_CallbackPtr
003f9a72 _Flash_CPUScaleFactor
003f9a74 __unlock
003f9a76 __lock
003f9a78 _errno
003f9a82 __dtors_ptr
003f9a84 __cleanup_ptr
003f9b00 _pakt_num
003f9b01 _pt_primary
003f9b02 _panel_ct_primary
003f9b03 _seventh_enable
003f9b04 _eleventh_enable
003f9b05 _disp
003f9b06 _select
003f9b07 _grid_ct_primary
003f9b08 _fifth_enable
003f9b09 _pf_setting
003f9b0a _temp_mf
003f9b0c _temp15
003f9b0e _tempf1
003f9b10 _spec_cur_mf
003f9b12 _temp_iq
003f9b14 _temp_load_f
003f9b16 _tempf2
003f9b18 _stat_cur_mf
003f9b1a _harm_cur_mf
003f9b1c _grid_vol_mf
003f9b1e _grid_cur_mf
003f9b20 _inv_ref_mf
003f9b22 _tempf3
003f9b24 _ref_cur_mf
003f9b26 _freq_display
003f9b28 _link_vol_mf
003ff000 _IQsinTable
003ff100 _IQcosTable
003ff400 _IQsinTableEnd
003ff502 _IQcosTableEnd
003ff502 _IQdivRoundSatTable
003ff510 _IQdivTable
003ff712 _IQdivTableEnd
003ff712 _IQisqrtRoundSatTable
003ff712 _IQsqrtRoundSatTable
003ff722 _IQisqrtTable
003ff722 _IQsqrtTable
003ff824 _IQatan2HalfPITable
003ff824 _IQisqrtTableEnd
003ff824 _IQsqrtTableEnd
003ff862 _IQatan2Table
003ff9e8 _IQ30mpyRndSatTable
003ff9e8 _IQatan2TableEnd
003ff9e8 _IQmpyRndSatTable
003ff9f4 _IQ29mpyRndSatTable
003ffa00 _IQ28mpyRndSatTable
003ffa0c _IQ27mpyRndSatTable
003ffa18 _IQ26mpyRndSatTable
003ffa24 _IQ25mpyRndSatTable
003ffa30 _IQ24mpyRndSatTable
003ffa3c _IQ23mpyRndSatTable
003ffa48 _IQ22mpyRndSatTable
003ffa54 _IQ21mpyRndSatTable
003ffa60 _IQ20mpyRndSatTable
003ffa6c _IQ19mpyRndSatTable
003ffa78 _IQ18mpyRndSatTable
003ffa84 _IQ17mpyRndSatTable
003ffa90 _IQ16mpyRndSatTable
003ffa9c _IQ15mpyRndSatTable
003ffaa8 _IQ14mpyRndSatTable
003ffab4 _IQ13mpyRndSatTable
003ffac0 _IQ12mpyRndSatTable
003ffacc _IQ11mpyRndSatTable
003ffad8 _IQ10mpyRndSatTable
003ffae4 _IQ9mpyRndSatTable
003ffaf0 _IQ8mpyRndSatTable
003ffafc _IQ7mpyRndSatTable
003ffb08 _IQ6mpyRndSatTable
003ffb14 _IQ5mpyRndSatTable
003ffb20 _IQ4mpyRndSatTable
003ffb2c _IQ3mpyRndSatTable
003ffb38 _IQ2mpyRndSatTable
003ffb44 _IQ1mpyRndSatTable
003ffb50 _IQmpyRndSatTableEnd
ffffffff ___binit__
ffffffff ___c_args__
ffffffff ___pinit__
ffffffff binit
ffffffff pinit
[961 symbols]
Linker command file ,
/*
//
// TMDX BETA RELEASE
// Intended for product evaluation purposes
//
//###########################################################################
//
// FILE: F2810.cmd
//
// TITLE: Linker Command File For F2810 Device
//
//###########################################################################
//
// Ver | dd mmm yyyy | Who | Description of changes
// =====|=============|======|===============================================
// 0.51| 01 May 2002 | L.H. | EzDSP Alpha Release
// 0.56| 20 May 2002 | L.H. | Peripheral frame 1 & 2 names were swapped
// 0.58| 18 Jun 2002 | L.H. | .reset and vectors section are set to type = DSECT
// | | | IQ math table in ROM is set to type = NOLOAD
// | | | Added codestart section to redirect execution after
// | | | a from boot to flash
// | | | Fixed FLASHA length
// | | | CPU Timer1 and CPU Timer2 are reserved for BIOS/RTOS
// | | | Added XINTF Zones
//###########################################################################
*/
/* Define the memory block start/length for the F2812
PAGE 0 will be used to organize program sections
PAGE 1 will be used to organize data sections
Notes:
Memory blocks on F2812 are uniform (ie same
physical memory) in both PAGE 0 and PAGE 1.
That is the same memory region should not be
defined for both PAGE 0 and PAGE 1.
Doing so will result in corruption of program
and/or data.
*/
MEMORY
{
PAGE 0: /* Program Memory */
/* Memory (RAM/FLASH/OTP) blocks can be moved to PAGE1 for data allocation */
RAML0 : origin = 0x008000, length = 0x002000 /* on-chip RAM block L0 */
RAMM1 : origin = 0x000400, length = 0x000400 /* on-chip RAM block M1 */
OTP : origin = 0x3D7800, length = 0x000800 /* on-chip OTP */
FLASHE : origin = 0x3E8000, length = 0x003000 /* on-chip FLASH */
FLASHE1 : origin = 0x3EB000, length = 0x000500 /* on-chip FLASH */
FLASHE2 : origin = 0x3EB500, length = 0x000500
FLASHD : origin = 0x3EC000, length = 0x004000 /* on-chip FLASH */
FLASHC : origin = 0x3F0000, length = 0x004000 /* on-chip FLASH */
FLASHA : origin = 0x3F6000, length = 0x001FF6 /* on-chip FLASH */
BEGIN : origin = 0x3F7FF6, length = 0x000002 /* Part of FLASHA. Used for "boot to Flash" bootloader mode. */
ROM : origin = 0x3FF000, length = 0x000FC0 /* Boot ROM available */
RESET : origin = 0x3FFFC0, length = 0x000002 /* part of boot ROM ) */
VECTORS : origin = 0x3FFFC2, length = 0x00003E /* part of boot ROM ) */
/* PRAMH0 : origin = 0x3F9D00, length = 0x000300 */
PAGE 1 : /* Data Memory */
/* Memory (RAM/FLASH/OTP) blocks can be moved to PAGE0 for program allocation */
/* Registers remain on PAGE1 */
RAMM0 : origin = 0x000000, length = 0x000400 /* on-chip RAM block M0 */
DEV_EMU : origin = 0x000880, length = 0x000180 /* Device emulation registers */
FLASH_REGS : origin = 0x000A80, length = 0x000060 /* FLASH registers */
CSM : origin = 0x000AE0, length = 0x000010 /* Code security module registers */
CPU_TIMER0 : origin = 0x000C00, length = 0x000008 /* CPU Timer0 registers (CPU Timer1 and Timer2 are reserved for BIOS)*/
CPU_TIMER1 : origin = 0x000C08, length = 0x000008
CPU_TIMER2 : origin = 0x000C10, length = 0x000008
PIE_CTRL : origin = 0x000CE0, length = 0x000020 /* PIE control registers */
PIE_VECT : origin = 0x000D00, length = 0x000100 /* PIE vector table */
ECAN_A : origin = 0x006000, length = 0x000100 /* eCAN registers */
ECAN_AMBOX : origin = 0x006100, length = 0x000100 /* eCAN mailboxes */
SYSTEM : origin = 0x007010, length = 0x000020 /* System control registers */
SPI_A : origin = 0x007040, length = 0x000010 /* SPI registers */
SCI_A : origin = 0x007050, length = 0x000010 /* SCI-A registers */
XINTRUPT : origin = 0x007070, length = 0x000010 /* External interrupt registers */
GPIOMUX : origin = 0x0070C0, length = 0x000020 /* GPIO mux registers */
GPIODAT : origin = 0x0070E0, length = 0x000020 /* GPIO data registers */
ADC : origin = 0x007100, length = 0x000020 /* ADC registers */
EV_A : origin = 0x007400, length = 0x000040 /* Event Manager A registers */
EV_B : origin = 0x007500, length = 0x000040 /* Event Manager B registers */
SCI_B : origin = 0x007750, length = 0x000010 /* SCI-B registers */
MCBSP_A : origin = 0x007800, length = 0x000040 /* McBSP registers */
FLASHB : origin = 0x3F4000, length = 0x002000 /* on-chip FLASH */
CSM_PWL : origin = 0x3F7FF8, length = 0x000008 /* CSM password locations in FLASHA */
RAMH0 : origin = 0x3F8000, length = 0x002000 /* on-chip RAM block H0 */
}
/* Allocate sections to memory blocks.
Note:
codestart user defined section in DSP28_CodeStartBranch.asm used to redirect code
execution when booting to flash
ramfuncs user defined section to store functions that will be copied from Flash into RAM
*/
SECTIONS
{
Flash28_API:
{
-lFlash2810_API_V210.lib(.econst)
-lFlash2810_API_V210.lib(.text)
} LOAD = FLASHD,
RUN = RAML0,
LOAD_START(_Flash28_API_LoadStart),
LOAD_END(_Flash28_API_LoadEnd),
RUN_START(_Flash28_API_RunStart),
LOAD_SIZE(_Flash28_API_LoadSize),
PAGE = 0
ramfuncs: LOAD = FLASHD,
RUN = RAML0,
LOAD_START(_RamfuncsLoadStart),
LOAD_END(_RamfuncsLoadEnd),
RUN_START(_RamfuncsRunStart),
LOAD_SIZE(_RamfuncsLoadSize),
RUN_SIZE(_RamfuncsRunSize),
RUN_END(_RamfuncsRunEnd),
PAGE = 0
/* Allocate program areas: */
.cinit : > FLASHC PAGE = 0 //FEB_14_EVENING PREVIOSULY FLASHA
.text : > FLASHE PAGE = 0
modfuncs : > FLASHC PAGE = 0
pi_com_a_sect : > FLASHC PAGE = 0
.switch : > FLASHC PAGE = 0
codestart : > BEGIN PAGE = 0
//ramfuncs : LOAD = FLASHD, RUN = RAML0, PAGE = 0
/* ramfuncs_new : LOAD = FLASHD, RUN = RAML0, PAGE = 0*/
/* Allocate uninitalized data sections: */
.stack : > RAMM0 PAGE = 1
.bss : > RAMH0 PAGE = 1
.ebss : > RAMH0 PAGE = 1
.sysmem : > RAMH0 PAGE = 1
.esysmem : > RAMH0 PAGE = 1
/* Initalized sections go in Flash */
.const : > FLASHB PAGE = 1
.econst : > FLASHB PAGE = 1
/* Allocate IQ math areas: */
/*
IQmath : LOAD = FLASHC PAGE = 0, RUN = RAMH0 PAGE = 1
IQmathTables : > ROM PAGE = 0, TYPE = NOLOAD
*/
/*IQmathTables : load = ROM, type = NOLOAD, PAGE = 0
IQmath : LOAD = FLASHC, RUN = RAMH0, PAGE = 1
*/
IQmath : LOAD = FLASHE2, RUN = RAMM1, PAGE = 0
IQmathTables : > ROM PAGE = 0, TYPE = NOLOAD
/* .reset indicates the start of _c_int00 for C Code.
/* When using the boot ROM this section and the CPU vector
/* table is not needed. Thus the default type is set to
/* DESECT */
.reset : > RESET, PAGE = 0, TYPE = DSECT
vectors : > VECTORS PAGE = 0, TYPE = DSECT
/* ------------------------------------------------------------- */
/* The following allocations are required for the DSP28 Header file
examples. Each allocation maps a structure defined in the DSP28
header files to the memory location of those registers.
*/
/* Allocate Peripheral Frame 0 Register Structures: */
DevEmuRegsFile : > DEV_EMU PAGE = 1
FlashRegsFile : > FLASH_REGS PAGE = 1
CsmRegsFile : > CSM PAGE = 1
/*
XintfRegsFile : > XINTF PAGE = 1
*/
CpuTimer0RegsFile : > CPU_TIMER0 PAGE = 1
CpuTimer1RegsFile : > CPU_TIMER1, PAGE = 1
CpuTimer2RegsFile : > CPU_TIMER2, PAGE = 1
PieCtrlRegsFile : > PIE_CTRL PAGE = 1
PieVectTable : > PIE_VECT PAGE = 1
/* Allocate Peripheral Frame 2 Register Structures: */
ECanaRegsFile : > ECAN_A PAGE = 1
ECanaMboxesFile : > ECAN_AMBOX PAGE = 1
/* Allocate Peripheral Frame 1 Register Structures: */
SysCtrlRegsFile : > SYSTEM PAGE = 1
SpiaRegsFile : > SPI_A PAGE = 1
SciaRegsFile : > SCI_A PAGE = 1
XIntruptRegsFile : > XINTRUPT PAGE = 1
GpioMuxRegsFile : > GPIOMUX PAGE = 1
GpioDataRegsFile : > GPIODAT PAGE = 1
AdcRegsFile : > ADC PAGE = 1
EvaRegsFile : > EV_A PAGE = 1
EvbRegsFile : > EV_B PAGE = 1
ScibRegsFile : > SCI_B PAGE = 1
McbspaRegsFile : > MCBSP_A PAGE = 1
/* CSM Password Locations */
CsmPwlFile : > CSM_PWL PAGE = 1
}
Thanks in advance,
Girish Brahme
