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LMK05028: simple use case question

Hironori Yoshimura
Intellectual 1851 points

Part Number: LMK05028

My customer is struggling as un-lock phenomenon.
Please kindly checkout attached files?

schematic file：I will send you separately thru email once assigned person.
TICS Pro prj file：HS8300_IP2_prj.tcs
Setting text file : init_reg_value.txt
GUI screen shot: HS8300_IP_ticspro設定GUI.pptx

Condition:
XO_P/N：48.0000MHz/X202  it is OK as un-use case.
TCXO_IN：10.0000MHz/X203　it is OK as un-use case.

IN0：74.25/1.001MHz
OUT0/1/2/3：161.1328125MHz（Fixed freq）
OUT4/5/6/7：148.5/1.001MHz（IN0 x2、lock with IN0）

My Customer add PLL calibration command after register update which is generated by TICS Pro.

PLL Calibration command:
0x000000
0x02A503
0x02A500

 

HS8300_IP_ticspro設定GUI.pptxHS8300_IP_prj.tcs

Fullscreen init_reg_value.txt Download 
0x000010
0x00010B
0x000235
0x000302
0x000455
0x000555
0x000655
0x000755
0x000802
0x000900
0x000AC0
0x000B00
0x000C3B
0x000D00
0x000ED0
0x000FD0
0x001000
0x001100
0x001200
0x001300
0x001400
0x001500
0x001600
0x001700
0x001800
0x001900
0x001A0F
0x001B55
0x001C55
0x001D00
0x001E00
0x001F00
0x002000
0x002105
0x002205
0x002334
0x002403
0x002500
0x002611
0x002702
0x0028CE
0x002900
0x002ABF
0x002B00
0x002C11
0x002D11
0x002E50
0x002F03
0x00304A
0x00316A
0x003200
0x003300
0x003410
0x003502
0x003600
0x003700
0x003800
0x003907
0x003A10
0x003B20
0x003C00
0x003D07
0x003E10
0x003F10
0x004020
0x004100
0x004207
0x004310
0x004410
0x004500
0x004600
0x004703
0x004810
0x004900
0x004A00
0x004B03
0x004C10
0x004D00
0x004E00
0x004F00
0x005000
0x005103
0x005212
0x005300
0x005400
0x005512
0x005612
0x005712
0x00583F
0x005900
0x005A02
0x005B03
0x005CAA
0x005D0F
0x005E17
0x005F05
0x006002
0x006103
0x006244
0x00630F
0x006417
0x006505
0x006600
0x006732
0x0068FD
0x0069A3
0x006AC3
0x006B11
0x006C0E
0x006D03
0x006E00
0x006F01
0x007000
0x007100
0x007200
0x007300
0x007400
0x007501
0x007614
0x00770B
0x007801
0x007943
0x007AD0
0x007B00
0x007C02
0x007D00
0x007E01
0x007F01
0x008077
0x008100
0x00823A
0x0083BD
0x00848F
0x008509
0x0086DA
0x0087E2
0x008803
0x008900
0x008A01
0x008B00
0x008C00
0x008D00
0x008E00
0x008F00
0x009001
0x009198
0x00922C
0x00934A
0x0094C0
0x00953E
0x009600
0x009702
0x009800
0x009901
0x009A01
0x009B77
0x009C00
0x009D00
0x009E00
0x009F0D
0x00A029
0x00A100
0x00A20D
0x00A329
0x00A400
0x00A526
0x00A602
0x00A700
0x00A826
0x00A900
0x00AA00
0x00AB00
0x00ACBF
0x00ADAA
0x00AE00
0x00AF00
0x00B009
0x00B1A3
0x00B292
0x00B3DB
0x00B4EA
0x00B529
0x00B633
0x00B755
0x00B8F0
0x00B900
0x00BA10
0x00BB95
0x00BC15
0x00BD01
0x00BE0D
0x00BF0D
0x00C00D
0x00C100
0x00C200
0x00C30C
0x00C400
0x00C500
0x00C667
0x00C700
0x00C800
0x00C967
0x00CA00
0x00CB00
0x00CC67
0x00CD10
0x00CE00
0x00CF00
0x00D006
0x00D100
0x00D200
0x00D32F
0x00D400
0x00D500
0x00D62F
0x00D700
0x00D800
0x00D92F
0x00DA01
0x00DB02
0x00DC26
0x00DD02
0x00DE58
0x00DF02
0x00E026
0x00E102
0x00E258
0x00E302
0x00E426
0x00E502
0x00E658
0x00E702
0x00E826
0x00E902
0x00EA58
0x00EB01
0x00EC00
0x00ED3A
0x00EEF1
0x00EF9A
0x00F000
0x00F198
0x00F296
0x00F380
0x00F400
0x00F54F
0x00F677
0x00F705
0x00F800
0x00F998
0x00FA96
0x00FB81
0x00FC00
0x00FD4F
0x00FE77
0x00FF05
0x010000
0x010198
0x010296
0x010381
0x010400
0x01054F
0x010677
0x010705
0x010800
0x010998
0x010A96
0x010B81
0x010C0A
0x010D0A
0x010E0A
0x010F0A
0x011000
0x011100
0x011200
0x011300
0x011400
0x011500
0x011600
0x011700
0x011800
0x011900
0x011A00
0x011B00
0x011C00
0x011D00
0x011E00
0x011F00
0x012000
0x012100
0x012200
0x012300
0x012421
0x0125C3
0x012600
0x012700
0x012800
0x012921
0x012AC3
0x012B00
0x012C00
0x012D00
0x012E2D
0x012F0A
0x013000
0x013100
0x013200
0x0133BA
0x013400
0x013500
0x013600
0x013700
0x013800
0x013900
0x013A00
0x013B00
0x013C00
0x013D00
0x013E06
0x013F0B
0x014000
0x014100
0x014200
0x01435F
0x0144E8
0x0145A0
0x014604
0x014700
0x014803
0x014982
0x014A00
0x014B00
0x014C00
0x014D0C
0x014E10
0x014F0C
0x01500C
0x015108
0x01520C
0x01530A
0x015406
0x01550A
0x015600
0x015700
0x015801
0x01592C
0x015A00
0x015B70
0x015C02
0x015D6B
0x015E09
0x015F01
0x016000
0x01612C
0x016214
0x01630C
0x016414
0x016501
0x016600
0x01671E
0x016828
0x016902
0x016A03
0x016B00
0x016C00
0x016D00
0x016EDF
0x016F32
0x0170FD
0x01716B
0x0172CF
0x01737F
0x0174FE
0x0175F3
0x017616
0x017706
0x017800
0x017924
0x017A00
0x017B0A
0x017C00
0x017D00
0x017E98
0x017FBD
0x018000
0x018198
0x018296
0x0183D1
0x018400
0x018514
0x018600
0x018700
0x01881E
0x01898D
0x018A00
0x018B1E
0x018C85
0x018D5D
0x018E00
0x018F00
0x019000
0x019100
0x019200
0x019300
0x019402
0x019500
0x019603
0x0197D3
0x01980C
0x019900
0x019A00
0x019B00
0x019C00
0x019D00
0x019E00
0x019F00
0x01A000
0x01A100
0x01A200
0x01A300
0x01A400
0x01A500
0x01A600
0x01A700
0x01A800
0x01A900
0x01AA00
0x01AB00
0x01AC00
0x01AD00
0x01AE00
0x01AF00
0x01B000
0x01B100
0x01B200
0x01B300
0x01B400
0x01B500
0x01B600
0x01B700
0x01B800
0x01B92D
0x01BA0A
0x01BB00
0x01BC00
0x01BD00
0x01BEBA
0x01BF00
0x01C000
0x01C100
0x01C200
0x01C300
0x01C400
0x01C500
0x01C600
0x01C700
0x01C800
0x01C906
0x01CA0B
0x01CB00
0x01CC00
0x01CD00
0x01CE6E
0x01CF7B
0x01D0B0
0x01D107
0x01D200
0x01D303
0x01D482
0x01D500
0x01D600
0x01D700
0x01D80C
0x01D910
0x01DA0C
0x01DB0C
0x01DC08
0x01DD0C
0x01DE0A
0x01DF06
0x01E00A
0x01E100
0x01E200
0x01E301
0x01E42C
0x01E500
0x01E670
0x01E702
0x01E86B
0x01E909
0x01EA01
0x01EB00
0x01EC2C
0x01ED14
0x01EE0C
0x01EF14
0x01F001
0x01F100
0x01F21E
0x01F326
0x01F402
0x01F500
0x01F600
0x01F700
0x01F805
0x01F986
0x01FA2C
0x01FB55
0x01FC35
0x01FD46
0x01FEBA
0x01FFFF
0x0200FF
0x02014E
0x020293
0x020300
0x020424
0x020500
0x02060A
0x020700
0x020800
0x020984
0x020A97
0x020B00
0x020C98
0x020D97
0x020E8B
0x020F00
0x021014
0x021100
0x021200
0x02131A
0x021485
0x021500
0x02161E
0x021785
0x02182B
0x021900
0x021A00
0x021B00
0x021C00
0x021D00
0x021E00
0x021F02
0x022000
0x022104
0x022267
0x02230F
0x022400
0x022500
0x022600
0x022700
0x022800
0x022900
0x022A00
0x022B00
0x022C00
0x022D00
0x022E00
0x022F00
0x023000
0x023100
0x023200
0x023300
0x023400
0x023500
0x023600
0x023700
0x023800
0x023900
0x023A00
0x023B00
0x023C00
0x023D00
0x023E00
0x023F00
0x024000
0x024100
0x024200
0x024300
0x024400
0x024500
0x024600
0x024700
0x024800
0x024900
0x024A00
0x024B00
0x024C00
0x024D00
0x024E00
0x024F00
0x025000
0x025100
0x025200
0x025300
0x025400
0x025500
0x025600
0x025700
0x025800
0x025900
0x025A2C
0x025BC4
0x025C55
0x025D4C
0x025E49
0x025F49
0x026082
0x02612D
0x026200
0x026300
0x026400
0x026500
0x026600
0x026700
0x026800
0x026900
0x026AC0
0x026B44
0x026C16
0x026D0E
0x026E83
0x026F10
0x02700C
0x027109
0x027200
0x027300
0x027400
0x027500
0x027600
0x027705
0x027801
0x027900
0x027A00
0x027B00
0x027C01
0x027D00
0x027E00
0x027F00
0x028000
0x028100
0x028205
0x028301
0x028400
0x028500
0x028600
0x028701
0x02A400
0x02A500
0x02A640
0x02A944
0x02AA44
0x02AB44
0x02AC44
0x02AD44
0x02AE44
0x02AF04
0x02B044
0x02B300
0x02CB00
0x02CC00
0x02CD00
0x02CE00
0x02CF00
0x02E000
0x02E500
0x02E600
0x02FC00
0x02FE00
0x02FF00
0x030200
0x030300
0x030700
0x030800
0x031000
0x031100
0x000000
0x02A503
0x02A500

  • 0
    TI__Mastermind 18070 points

    Hello,

    My coworker will get back to you in a few hours.

    Regards,
    Hao

  • +1 in reply to Hao Z
    TI__Expert 6140 points

    Hello Hironori-san,

    I'm struggling to understand what is the actual question..? Or what is unlocked...?

    Is the questions is an XO required for this operation? Then the answer is yes. The APLL requires an XO to be connected and the configuration to be generated using correct XO frequency value, otherwise device will not function.

    With regards to TCXO, it is only required in 3 loop mode. Based off of your image, I can see for step 5 only 2 loop mode operation was selected, so TCXO is irrelevant here.

    Was a runscript done? When I use the same inputs you have provided in the image, I can slightly different DPLL lbw (DPLL2 lbw 9.994 vs yours that is 10.03 - a bit curious since these are very exact numbers unlikely DPLL1 and DPLL2 match exactly, which your image shows it does), which suggests either different starting point or yours hasn't updated to your new settings, meaning a runscript wasn't run.

    Post runscript, a simple software reset is recommended. This is R12, although I don't see any issues with doing a PLL soft reset either.

    If the above information is not helpful, please let me know exactly what is failing or what the issue is. A status readback is always recommended in order to debug the issue with device.

    Thanks and regards,

    Amin

  • 0 in reply to Amin Eshraghi
    TI__Intellectual 1851 points

    Here is Customer's question

    OUT4/5/6/7 is outputting 148.5/1.001MHz but not locked onto IN0.
    This means when the edge of IN0 is triggered on the oscilloscope, OUT4/5/6/7 is moving out of the way.
    Customer would like to lock OUT4/5/6/7 to IN0.

    Condition:
    IN0    ：74.25/1.001MHz
    OUT4/5/6/7    ：148.5/1.001MHz（IN0:2x - Lock with IN0）

     

  • 0 in reply to Hironori Yoshimura
    TI__Expert 6140 points

    Hello,

    What is the status readback show? Is the DPLL locked or not?

    If the DPLL is locked, the output should not be moving vs the reference as there's still an integer relationship between the 2. The fact that it's moving would indicate to me some frequency error (+/- ppm) meaning DPLL isn't locked.

    Another test to try, if the reference is shifted by x ppm, does the output shift by x ppm as well?

    Regards,

    Amin

  • 0 in reply to Amin Eshraghi
    Prodigy 110 points

    Hello Amin-san,
    I don't understand the basic setting method.
    Please attach TICS Pro prj under the following conditions.

    OUT4 / 5/6/7 is outputting 148.5 / 1.001MHz but not locked onto IN0.
    This means when the edge of IN0 is triggered on the oscilloscope, OUT4 / 5/6/7 is moving out of the way.
    Customer would like to lock OUT 4/5/6/7 to IN 0.

    Condition:
    IN0: 74.25 / 1.001MHz
    OUT4 / 5/6/7: 148.5 / 1.001MHz (IN0: 2x --Lock with IN0)

    Thanks and regards,

    Kazuhiro Nishimura (Panasonic)

  • 0 in reply to KAZUHIRO NISHIMURA
    TI__Expert 6140 points

    Hello Kazuhiro-san,

    I can perform a runscript per your inputs offline as well with no device connected to generate a configuration, but it wouldn't be any different from the configuration you have. I assume after the entries on the main: start page a runscript was done? Followed by a reset, and currently device is in this condition, correct?

    In order to understand what's going on I need status readback. There's a tab on ticspro called status, there you can readback status registers. It'll tell us whether device is in a locked condition or not. Note APLL lock would give you frequencies close enough to 148.5/1.001 that from an oscilloscope standpoint you wouldn't see anything different, but if expecting to see both reference input and output in a deterministic phase condition (i.e. one is not moving vs the other on an oscilloscope), they would need to have an integer multiple relationship. Without locking DPLL you're not going to get this. Hence why I want to know status readback and understand whether reference is validated, DPLL is selecting correct reference, DPLL is locking to reference, etc.

    Thanks and regards,

    Amin

  • 0 in reply to Amin Eshraghi
    Prodigy 110 points

    Hello Amin-san,

    I can't connect TICS Pro to the board.
    TICS Pro is used only for setting confirmation.

    Readback from our board

    address data

    0x0000 0x10
    0x0001 0x0b
    0x0002 0x35
    0x0003 0x02
    0x0004 0x00
    0x0005 0x00
    0x0006 0xd5
    0x0007 0x10
    0x0008 0x02
    0x0009 0x00
    0x000a 0xc0
    0x000b 0x00
    0x000c 0x3b
    0x000d 0x22
    0x000e 0x00
    0x000f 0x00
    0x0016 0x00
    0x0017 0x00
    0x0018 0x00
    0x0058 0x3f
    0x00a5 0x52
    0x00a6 0x01
    0x00a7 0x00
    0x00a8 0x52
    0x02a4 0x00
    0x02a5 0x00
    0x02e6 0x40
    0x02fc 0x00
    0x02ff 0x01
    0x0300 0x07

    > Followed by a reset, and currently device is in this condition
    ->Please teach me how to release this condition.

    Thanks and regards,

    Kazuhiro Nishimura (Panasonic)

  • 0 in reply to KAZUHIRO NISHIMURA
    TI__Expert 6140 points

    Hello Kazuhiro-san,

    Why are so many registers skipped?

    The register information of interest should be in the regmap but you can also find it by hovering over the field in TICSpro and seeing the register info in the context note section.

    R14 and R15 are DPLL status registers. Seems like both 0x000e and 0x000f are reading back 0x00 - meaning none of the DPLL bits are flagged.

    R742[4:7] shows REF valid state. 0x02e6 readback shows 0x40 which means only IN2 is valid. This doesn't make sense as it is not even a "used" option on your front page - it's left as "unused". Was this a readback?

    R767 [0:5] and R771 [0:5] will tell us about DPLL reference select, which reference the DPLL has selected. 0x02FF is reading 0x01 which corresponds to REF0 correctly. 0x0303 is missing.

    Since the reference valid is not being shown correctly I'm still uncertain to exactly say what state is the device in.

    Was a runscript main start page when the entries were put in each section.

    Regards,

    Amin

  • 0 in reply to Amin Eshraghi
    Prodigy 110 points


    Hello Amin-san,

    When I click "Read Status Regs" tab , I readback the register of the yellow circle.

    Readback again
    0x000e 0x00
    0x000f 0x00
    0x02e6 0x10
    0x0303 0x01

    Please teach me the address that  to can determine what state is the device in.

    Excuse me
    Would you please instruct me on specific operations?

    Regards,

    Kazuhiro Nishimura (Panasonic)

  • 0 in reply to KAZUHIRO NISHIMURA
    TI__Intellectual 1851 points

    Amin,  I need your help. Let's me comment out in addition to customer's direct message.

    Would you please kindly advice us more detail description with detail address ?
    According to your advice , "R14 and R15 are DPLL status registers. Seems like both 0x000e and 0x000f are reading back 0x00 - meaning none of the DPLL bits are flagged."  Customer should write which address ?

    My customer's concerning points are following.

    o Do you find any missing setting or wrong setting in Register on the TCSPro?
    o Customer's EVM readback seems to be under RESET condition. Could you please verify your side too?

    It is very critical time to consider this function is available or not.  If my explanation is not enough, let's have a short call with us?

  • 0 in reply to Hironori Yoshimura
    TI__Expert 6140 points

    Hello,

    So this reset condition is completely new - where is that coming from? Or what is telling you guys the EVM is in reset condition? The power consumption should be close to ~800 mA for most blocks active type of configuration. If device is in reset it will read something significantly lower, somewhere between ~50 - 150 mA.

    Second thing, status registers are read registers. They're are meant to be read and it will let you know what condition the device is in and what needs to debug. Programming status registers is pointless. Btw, all this should be in the EVM user's guide.

    Rather than sharing raw register readback, why not look at the status tab? That will convert the register data to meaningful input rather than trying to convert hex data and looking at the bit:

    Note below that will be DPLL REFSEL STAT readback as well - this will tell us what reference the DPLL has selected.

    The data that was shared, implied the REF2 is valid while the main start page shows IN2 as unused - so there's something wrong here. This cannot happen. Was a runscript performed after the inputs were put in to the main start tab:

    No runscript - no configuration has actually been generated.

    Thanks and regards,

    Amin

  • 0 in reply to Amin Eshraghi
    Prodigy 110 points

    Hello Amin-san,

    I can connect TICS Pro to the board.
    I was able to confirm the same operation with EVM.

    1423.HS8300_IP2_prj.tcs

    -----Run Srcript-----

    File in C:\ProgramData\Texas Instruments\TICS Pro\Configurations\Devices\Network Synchronizer Clock (Digital PLLs)\LMK05028\matlab_inputs.m

    File out C:\ProgramData\Texas Instruments\TICS Pro\Configurations\Devices\Network Synchronizer Clock (Digital PLLs)\LMK05028\romdump.txt

    File in C:\ProgramData\Texas Instruments\TICS Pro\Configurations\Devices\Network Synchronizer Clock (Digital PLLs)\LMK05028\matlab_inputs.m

    DPLL1 :

    Computing Ref BW

    Computing Ref Fast Lock BW

    DPLL2 :

    Computing Ref BW

    Computing Ref Fast Lock BW

    done

     ----------------------------------------

    Soft-reset Chip -> No change
    Soft-reset CHs ->No change
    Soft-reset PLLs ->No change

    The power consumption is about 500 mA.

    Oscilloscope (Triggered at CH4 rising edge)
     CH1 IN0  74.17582418e6 HCSL
     CH4 OUT4_P  148.351648e6 AC-LVDS


    Read All Registers.↓

    Fullscreen 4137.HexRegisterValues.txt Download 
    R0	0x000010
R1	0x00010B
R2	0x000235
R3	0x000302
R4	0x000455
R5	0x000555
R6	0x000655
R7	0x000755
R8	0x000802
R9	0x000900
R10	0x000AC0
R11	0x000B00
R12	0x000C3B
R13	0x000D22
R14	0x000E00
R15	0x000F00
R16	0x001000
R17	0x001100
R18	0x001200
R19	0x001300
R20	0x001400
R21	0x001500
R22	0x001600
R23	0x001700
R24	0x001800
R25	0x001900
R26	0x001A0F
R27	0x001B55
R28	0x001C55
R29	0x001D00
R30	0x001E00
R31	0x001F00
R32	0x002000
R33	0x002105
R34	0x002205
R35	0x002334
R36	0x002403
R37	0x002500
R38	0x002611
R39	0x002702
R40	0x0028CE
R41	0x002900
R42	0x002ABF
R43	0x002B00
R44	0x002C14
R45	0x002D11
R46	0x002E50
R47	0x002F03
R48	0x00304A
R49	0x00316A
R50	0x003200
R51	0x003300
R52	0x003410
R53	0x003502
R54	0x003600
R55	0x003700
R56	0x003800
R57	0x003907
R58	0x003A10
R59	0x003B20
R60	0x003C00
R61	0x003D07
R62	0x003E10
R63	0x003F10
R64	0x004020
R65	0x004100
R66	0x004207
R67	0x004310
R68	0x004410
R69	0x004500
R70	0x004600
R71	0x004703
R72	0x004810
R73	0x004900
R74	0x004A00
R75	0x004B03
R76	0x004C10
R77	0x004D00
R78	0x004E00
R79	0x004F00
R80	0x005000
R81	0x005103
R82	0x005212
R83	0x005300
R84	0x005400
R85	0x005512
R86	0x005612
R87	0x005712
R88	0x00583F
R89	0x005900
R90	0x005A02
R91	0x005B03
R92	0x005CAA
R93	0x005D0F
R94	0x005E17
R95	0x005F05
R96	0x006002
R97	0x006103
R98	0x006244
R99	0x00630F
R100	0x006417
R101	0x006505
R102	0x006600
R103	0x006732
R104	0x0068FD
R105	0x0069A3
R106	0x006AC3
R107	0x006B11
R108	0x006C0E
R109	0x006D03
R110	0x006E00
R111	0x006F01
R112	0x007000
R113	0x007100
R114	0x007200
R115	0x007300
R116	0x007400
R117	0x007501
R118	0x0076FD
R119	0x0077B0
R120	0x007897
R121	0x007961
R122	0x007ADE
R123	0x007B00
R124	0x007C02
R125	0x007D00
R126	0x007E01
R127	0x007F01
R128	0x008077
R129	0x008100
R130	0x00823A
R131	0x0083BD
R132	0x00848F
R133	0x008509
R134	0x0086DA
R135	0x0087E2
R136	0x008803
R137	0x008900
R138	0x008A01
R139	0x008B00
R140	0x008C00
R141	0x008D00
R142	0x008E00
R143	0x008F00
R144	0x009001
R145	0x0091BD
R146	0x00929D
R147	0x0093D3
R148	0x0094B7
R149	0x009544
R150	0x009600
R151	0x009702
R152	0x009800
R153	0x009901
R154	0x009A01
R155	0x009B77
R156	0x009C00
R157	0x009D00
R158	0x009E00
R159	0x009F0D
R160	0x00A029
R161	0x00A100
R162	0x00A20D
R163	0x00A329
R164	0x00A400
R165	0x00A57D
R166	0x00A608
R167	0x00A700
R168	0x00A800
R169	0x00A900
R170	0x00AA00
R171	0x00AB08
R172	0x00ACFB
R173	0x00AD00
R174	0x00AE00
R175	0x00AF00
R176	0x00B009
R177	0x00B1A3
R178	0x00B292
R179	0x00B3DB
R180	0x00B4EA
R181	0x00B529
R182	0x00B633
R183	0x00B755
R184	0x00B8F0
R185	0x00B900
R186	0x00BA10
R187	0x00BB95
R188	0x00BC15
R189	0x00BD01
R190	0x00BE0D
R191	0x00BF0D
R192	0x00C00D
R193	0x00C100
R194	0x00C200
R195	0x00C30C
R196	0x00C400
R197	0x00C500
R198	0x00C667
R199	0x00C700
R200	0x00C800
R201	0x00C967
R202	0x00CA00
R203	0x00CB00
R204	0x00CC67
R205	0x00CD10
R206	0x00CE00
R207	0x00CF00
R208	0x00D006
R209	0x00D100
R210	0x00D200
R211	0x00D32F
R212	0x00D400
R213	0x00D500
R214	0x00D62F
R215	0x00D700
R216	0x00D800
R217	0x00D92F
R218	0x00DA01
R219	0x00DB02
R220	0x00DC26
R221	0x00DD02
R222	0x00DE58
R223	0x00DF02
R224	0x00E026
R225	0x00E102
R226	0x00E258
R227	0x00E302
R228	0x00E426
R229	0x00E502
R230	0x00E658
R231	0x00E702
R232	0x00E826
R233	0x00E902
R234	0x00EA58
R235	0x00EB01
R236	0x00EC00
R237	0x00ED3A
R238	0x00EEF1
R239	0x00EF9A
R240	0x00F000
R241	0x00F198
R242	0x00F296
R243	0x00F380
R244	0x00F400
R245	0x00F54F
R246	0x00F677
R247	0x00F705
R248	0x00F800
R249	0x00F998
R250	0x00FA96
R251	0x00FB81
R252	0x00FC00
R253	0x00FD4F
R254	0x00FE77
R255	0x00FF05
R256	0x010000
R257	0x010198
R258	0x010296
R259	0x010381
R260	0x010400
R261	0x01054F
R262	0x010677
R263	0x010705
R264	0x010800
R265	0x010998
R266	0x010A96
R267	0x010B81
R268	0x010C0A
R269	0x010D0A
R270	0x010E0A
R271	0x010F0A
R272	0x011000
R273	0x011100
R274	0x011200
R275	0x011300
R276	0x011400
R277	0x011500
R278	0x011600
R279	0x011700
R280	0x011800
R281	0x011900
R282	0x011A00
R283	0x011B00
R284	0x011C00
R285	0x011D00
R286	0x011E00
R287	0x011F00
R288	0x012000
R289	0x012100
R290	0x012200
R291	0x012300
R292	0x012421
R293	0x0125C3
R294	0x012600
R295	0x012700
R296	0x012800
R297	0x012921
R298	0x012AC3
R299	0x012B00
R300	0x012C00
R301	0x012D00
R302	0x012E2D
R303	0x012F0A
R304	0x013000
R305	0x013100
R306	0x013200
R307	0x0133BA
R308	0x013400
R309	0x013500
R310	0x013600
R311	0x013700
R312	0x013800
R313	0x013900
R314	0x013A00
R315	0x013B00
R316	0x013C00
R317	0x013D00
R318	0x013E06
R319	0x013F0B
R320	0x014000
R321	0x014100
R322	0x014200
R323	0x01435F
R324	0x0144E8
R325	0x0145A0
R326	0x014604
R327	0x014700
R328	0x014803
R329	0x014982
R330	0x014A00
R331	0x014B00
R332	0x014C00
R333	0x014D0C
R334	0x014E10
R335	0x014F0C
R336	0x01500C
R337	0x015108
R338	0x01520C
R339	0x01530A
R340	0x015406
R341	0x01550A
R342	0x015600
R343	0x015700
R344	0x015801
R345	0x01592C
R346	0x015A00
R347	0x015B70
R348	0x015C02
R349	0x015D6B
R350	0x015E09
R351	0x015F01
R352	0x016000
R353	0x01612C
R354	0x016214
R355	0x01630C
R356	0x016414
R357	0x016501
R358	0x016600
R359	0x01671E
R360	0x016828
R361	0x016902
R362	0x016A03
R363	0x016B00
R364	0x016C00
R365	0x016D00
R366	0x016EDF
R367	0x016F32
R368	0x0170FD
R369	0x01716B
R370	0x0172CF
R371	0x01737F
R372	0x0174FE
R373	0x0175F3
R374	0x017616
R375	0x017706
R376	0x017800
R377	0x017924
R378	0x017A00
R379	0x017B0A
R380	0x017C00
R381	0x017D00
R382	0x017E98
R383	0x017FBD
R384	0x018000
R385	0x018198
R386	0x018296
R387	0x0183D1
R388	0x018400
R389	0x018514
R390	0x018600
R391	0x018700
R392	0x01881E
R393	0x01898D
R394	0x018A00
R395	0x018B1E
R396	0x018C85
R397	0x018D5D
R398	0x018E00
R399	0x018F00
R400	0x019000
R401	0x019100
R402	0x019200
R403	0x019300
R404	0x019402
R405	0x019500
R406	0x019603
R407	0x0197D3
R408	0x01980C
R409	0x019900
R410	0x019A00
R411	0x019B00
R412	0x019C00
R413	0x019D00
R414	0x019E00
R415	0x019F00
R416	0x01A000
R417	0x01A100
R418	0x01A200
R419	0x01A300
R420	0x01A400
R421	0x01A500
R422	0x01A600
R423	0x01A700
R424	0x01A800
R425	0x01A900
R426	0x01AA00
R427	0x01AB00
R428	0x01AC00
R429	0x01AD00
R430	0x01AE00
R431	0x01AF00
R432	0x01B000
R433	0x01B100
R434	0x01B200
R435	0x01B300
R436	0x01B400
R437	0x01B500
R438	0x01B600
R439	0x01B700
R440	0x01B800
R441	0x01B92D
R442	0x01BA0A
R443	0x01BB00
R444	0x01BC00
R445	0x01BD00
R446	0x01BEBA
R447	0x01BF00
R448	0x01C000
R449	0x01C100
R450	0x01C200
R451	0x01C300
R452	0x01C400
R453	0x01C500
R454	0x01C600
R455	0x01C700
R456	0x01C800
R457	0x01C906
R458	0x01CA0B
R459	0x01CB00
R460	0x01CC00
R461	0x01CD00
R462	0x01CE6E
R463	0x01CF7B
R464	0x01D0B0
R465	0x01D107
R466	0x01D200
R467	0x01D303
R468	0x01D482
R469	0x01D500
R470	0x01D600
R471	0x01D700
R472	0x01D80C
R473	0x01D910
R474	0x01DA0C
R475	0x01DB0C
R476	0x01DC08
R477	0x01DD0C
R478	0x01DE0A
R479	0x01DF06
R480	0x01E00A
R481	0x01E100
R482	0x01E200
R483	0x01E301
R484	0x01E42C
R485	0x01E500
R486	0x01E670
R487	0x01E702
R488	0x01E86B
R489	0x01E909
R490	0x01EA01
R491	0x01EB00
R492	0x01EC2C
R493	0x01ED14
R494	0x01EE0C
R495	0x01EF14
R496	0x01F001
R497	0x01F100
R498	0x01F21E
R499	0x01F326
R500	0x01F402
R501	0x01F500
R502	0x01F600
R503	0x01F700
R504	0x01F805
R505	0x01F986
R506	0x01FA2C
R507	0x01FB55
R508	0x01FC35
R509	0x01FD46
R510	0x01FEBA
R511	0x01FFFF
R512	0x0200FF
R513	0x02014E
R514	0x020293
R515	0x020300
R516	0x020424
R517	0x020500
R518	0x02060A
R519	0x020700
R520	0x020800
R521	0x020984
R522	0x020A97
R523	0x020B00
R524	0x020C98
R525	0x020D97
R526	0x020E8B
R527	0x020F00
R528	0x021014
R529	0x021100
R530	0x021200
R531	0x02131A
R532	0x021485
R533	0x021500
R534	0x02161E
R535	0x021785
R536	0x02182B
R537	0x021900
R538	0x021A00
R539	0x021B00
R540	0x021C00
R541	0x021D00
R542	0x021E00
R543	0x021F02
R544	0x022000
R545	0x022104
R546	0x022267
R547	0x02230F
R548	0x022400
R549	0x022500
R550	0x022600
R551	0x022700
R552	0x022800
R553	0x022900
R554	0x022A00
R555	0x022B00
R556	0x022C00
R557	0x022D00
R558	0x022E00
R559	0x022F00
R560	0x023000
R561	0x023100
R562	0x023200
R563	0x023300
R564	0x023400
R565	0x023500
R566	0x023600
R567	0x023700
R568	0x023800
R569	0x023900
R570	0x023A00
R571	0x023B00
R572	0x023C00
R573	0x023D00
R574	0x023E00
R575	0x023F00
R576	0x024000
R577	0x024100
R578	0x024200
R579	0x024300
R580	0x024400
R581	0x024500
R582	0x024600
R583	0x024700
R584	0x024800
R585	0x024900
R586	0x024A00
R587	0x024B00
R588	0x024C00
R589	0x024D00
R590	0x024E00
R591	0x024F00
R592	0x025000
R593	0x025100
R594	0x025200
R595	0x025300
R596	0x025400
R597	0x025500
R598	0x025600
R599	0x025700
R600	0x025800
R601	0x025900
R602	0x025A2C
R603	0x025BC4
R604	0x025C55
R605	0x025D4C
R606	0x025E49
R607	0x025F49
R608	0x026082
R609	0x02612D
R610	0x026200
R611	0x026300
R612	0x026400
R613	0x026500
R614	0x026600
R615	0x026700
R616	0x026800
R617	0x026900
R618	0x026AC0
R619	0x026B44
R620	0x026C16
R621	0x026D0E
R622	0x026E83
R623	0x026F10
R624	0x02700C
R625	0x027109
R626	0x027200
R627	0x027300
R628	0x027400
R629	0x027500
R630	0x027600
R631	0x027705
R632	0x027801
R633	0x027900
R634	0x027A00
R635	0x027B00
R636	0x027C01
R637	0x027D00
R638	0x027E00
R639	0x027F00
R640	0x028000
R641	0x028100
R642	0x028205
R643	0x028301
R644	0x028400
R645	0x028500
R646	0x028600
R647	0x028701
R676	0x02A400
R677	0x02A500
R678	0x02A640
R681	0x02A944
R682	0x02AA44
R683	0x02AB44
R684	0x02AC44
R685	0x02AD44
R686	0x02AE44
R687	0x02AF04
R688	0x02B044
R691	0x02B300
R715	0x02CB00
R716	0x02CC00
R717	0x02CD00
R718	0x02CE00
R719	0x02CF00
R736	0x02E000
R741	0x02E500
R742	0x02E610
R764	0x02FC00
R766	0x02FE00
R767	0x02FF01
R770	0x030200
R771	0x030301
R775	0x030700
R776	0x030800
R784	0x031000
R785	0x031100

    Thanks and regards,

    Kazuhiro Nishimura (Panasonic)

  • 0 in reply to KAZUHIRO NISHIMURA
    TI__Expert 6140 points

    Hi Kasuhiro-san,

    Thanks for the video and the full register dump.

    This register dump does make more sense:

    • R742 shows REF0 Valid
    • R767/771 Show DPLL1 and DPLL2 both select REF0
    • R14/R15 show DPLL lock

    So I'm inclined to say LMK05028 is behaving as expected.

    With regard to the frequencies moving vs each other - oscilloscopes don't give the most accurate measurement from my lab testing. Even when there source is synced. Do you have access to a frequency counter? Can you measure with a frequency counter, perhaps a ratio of the 2 frequencies connected at different channels? You should see a perfect 2.0 or 0.5 (depending on which way the fraction is setup)

    Also, if can shift the reference frequency, by very small amount like few Hz, does the output follow?

    Again, I think LMK05028 is behaving as it should be.

    I will double check internally to see if anyone else has other idea in terms of why the output frequency is moving with reference to the input, my guess at is an oscilloscope is not accurate enough in terms of frequency to show them perfectly in phase, it would require a phase noise analyzer or a frequency counter with synced source - but perhaps they can make other recommendations.

    Thanks and regards,

    Amin

  • 0 in reply to Amin Eshraghi
    TI__Expert 6140 points

    btw, the .tcs file doesn't match the register dump.

    For example, .tcs clearly shows R14/R15 reading 0xD0... therefore not in lock condition. Where as register dump shows 0x00 and lock condition.

    I'm assuming file was saved, before a readback was performed?

    Amin

  • 0 in reply to Amin Eshraghi
    Prodigy 110 points

    Hello Amin-san,

    I don't want to output CLK with a fixed frequency, but I want to output CLK that follows IN0.
    Frequency is not important.

    IN0 is VIDEO CLK.
    The specifications of VIDEO CLK are about 74.17582418MHz ± 30ppm.
    This CLK may vary depending on the place of use.
    With the same design, I simply want to output a CLK that doubles IN0.

    Example 1 Center
      IN0: 74.17582418MHz OUT4: 148.3516484MHz
    Example 2
      IN0: 74.17800000MHz OUT4: 148.3560000MHz
    Example 3
      IN0: 74.17400000MHz OUT4: 148.3480000MHz

    LMK05208 can output at a fixed frequency.
    Isn't LMK05208 that follows an IN0(external input)?

    Can LMK05208 be used?

    Thanks and regards,

    Kazuhiro Nishimura (Panasonic)

  • 0 in reply to KAZUHIRO NISHIMURA
    Prodigy 110 points

    When using an oscilloscope
    I expect.
    Trigger OUt4 is stopped at IN0 without flowing, or
    At OUT4, trigger IN0 does not flow and is stopped.

    With the current settings, the trigger IN0 is flowing at OUT4 without stopping.
    Can you watch VIDEO(71_148M.mp4)?

    .

  • 0 in reply to KAZUHIRO NISHIMURA
    TI__Expert 6140 points

    Hi Kazuhiro-san,

    I understand your issue. I did watch the video.

    You expect both signals to be stable, the phase not moving. The phase difference isn't important, but no movement is important.

    The moving suggests the frequency is changing. I *think* (haven't verified this theory) this is an artifact of the oscilloscope since the DPLL is locked, and I don't believe the output frequency is actually moving. That's why I suggested it perhaps a frequency counter or a PNA - phase noise analyzer.

    My experience with oscilloscope, as long as there's integer relationship between the 2 frequencies, the oscilloscope will remain stable. For example 156.25 MHz and 312.5 MHz. You also have have integer relationship here as your frequencies are 2x of the other.

    So if output is not moving, you should see that on oscilloscope - but you are not. Since DPLL shows locked, and I can't pinpoint any other issues with LMK05028, I'm thinking it might be the oscilloscope.

    And yes, LMK05028 frequency should be able to follow for 30 ppm range of the reference as long as the reference ppm validation is set to something higher than that.

    I will discuss internally to see if there's something I'm missing, but if DPLL is locked then the frequency is locked to the reference.

    Can you confirm you saved the .tcs before performing a read all registers? Since the .tcs and all registers show different register data..

    Regards,

    Amin

  • 0 in reply to KAZUHIRO NISHIMURA
    Prodigy 110 points

    Hello Amin-san,

    IN0  Freq. 74175824.175824Hz   <- 74.25/1.001
    CH45,6,7 Freq.148351648.351648Hz
    With this setting, the oscilloscope waveform also stopped flowing.
    I change the frequency of IN0 and check.

    tcs and Read ALL Registers

    4454.HS8300_IP_prj.tcs

    Fullscreen 8713.HexRegisterValues_0610.txt Download 
    R0	0x000010
R1	0x00010B
R2	0x000235
R3	0x000302
R4	0x000455
R5	0x000555
R6	0x000655
R7	0x000755
R8	0x000802
R9	0x000900
R10	0x000AC0
R11	0x000B00
R12	0x000C3B
R13	0x000D22
R14	0x000E00
R15	0x000F00
R16	0x001000
R17	0x001100
R18	0x001200
R19	0x001300
R20	0x001400
R21	0x001500
R22	0x001600
R23	0x001700
R24	0x001800
R25	0x001900
R26	0x001A0F
R27	0x001B55
R28	0x001C55
R29	0x001D00
R30	0x001E00
R31	0x001F00
R32	0x002000
R33	0x002105
R34	0x002205
R35	0x002334
R36	0x002403
R37	0x002500
R38	0x002611
R39	0x002702
R40	0x0028CE
R41	0x002900
R42	0x002ABF
R43	0x002B00
R44	0x002C14
R45	0x002D11
R46	0x002E50
R47	0x002F03
R48	0x00304A
R49	0x00316A
R50	0x003200
R51	0x003300
R52	0x003410
R53	0x003502
R54	0x003600
R55	0x003700
R56	0x003800
R57	0x003907
R58	0x003A10
R59	0x003B20
R60	0x003C00
R61	0x003D07
R62	0x003E10
R63	0x003F10
R64	0x004020
R65	0x004100
R66	0x004207
R67	0x004310
R68	0x004410
R69	0x004500
R70	0x004600
R71	0x004703
R72	0x004810
R73	0x004900
R74	0x004A00
R75	0x004B03
R76	0x004C10
R77	0x004D00
R78	0x004E00
R79	0x004F00
R80	0x005000
R81	0x005103
R82	0x005212
R83	0x005300
R84	0x005400
R85	0x005512
R86	0x005612
R87	0x005712
R88	0x00583F
R89	0x005903
R90	0x005A02
R91	0x005B03
R92	0x005CAA
R93	0x005D0F
R94	0x005E17
R95	0x005F05
R96	0x006002
R97	0x006103
R98	0x006244
R99	0x00630F
R100	0x006417
R101	0x006505
R102	0x006600
R103	0x006732
R104	0x0068FD
R105	0x0069A3
R106	0x006AC2
R107	0x006BC9
R108	0x006CAD
R109	0x006D03
R110	0x006E00
R111	0x006F01
R112	0x007000
R113	0x007100
R114	0x007200
R115	0x007300
R116	0x007400
R117	0x007501
R118	0x0076FD
R119	0x0077AD
R120	0x0078B2
R121	0x007912
R122	0x007AAC
R123	0x007B00
R124	0x007C02
R125	0x007D00
R126	0x007E01
R127	0x007F01
R128	0x008077
R129	0x008100
R130	0x00823A
R131	0x0083BD
R132	0x00848F
R133	0x008509
R134	0x0086DA
R135	0x0087E2
R136	0x008803
R137	0x008900
R138	0x008A01
R139	0x008B00
R140	0x008C00
R141	0x008D00
R142	0x008E00
R143	0x008F00
R144	0x009001
R145	0x0091BD
R146	0x00929A
R147	0x00937E
R148	0x00947E
R149	0x0095EC
R150	0x009600
R151	0x009702
R152	0x009800
R153	0x009901
R154	0x009A01
R155	0x009B77
R156	0x009C00
R157	0x009D00
R158	0x009E00
R159	0x009F0D
R160	0x00A029
R161	0x00A100
R162	0x00A20D
R163	0x00A329
R164	0x00A400
R165	0x00A57D
R166	0x00A608
R167	0x00A700
R168	0x00A800
R169	0x00A900
R170	0x00AA00
R171	0x00AB94
R172	0x00ACF4
R173	0x00AD00
R174	0x00AE00
R175	0x00AF00
R176	0x00B009
R177	0x00B1A3
R178	0x00B292
R179	0x00B3DB
R180	0x00B4EA
R181	0x00B529
R182	0x00B633
R183	0x00B755
R184	0x00B8F0
R185	0x00B900
R186	0x00BA10
R187	0x00BB95
R188	0x00BC15
R189	0x00BD01
R190	0x00BE09
R191	0x00BF09
R192	0x00C009
R193	0x00C100
R194	0x00C200
R195	0x00C30C
R196	0x00C400
R197	0x00C500
R198	0x00C667
R199	0x00C700
R200	0x00C800
R201	0x00C967
R202	0x00CA00
R203	0x00CB00
R204	0x00CC67
R205	0x00CD10
R206	0x00CE00
R207	0x00CF00
R208	0x00D006
R209	0x00D100
R210	0x00D200
R211	0x00D32F
R212	0x00D400
R213	0x00D500
R214	0x00D62F
R215	0x00D700
R216	0x00D800
R217	0x00D92F
R218	0x00DA01
R219	0x00DB02
R220	0x00DC26
R221	0x00DD02
R222	0x00DE58
R223	0x00DF02
R224	0x00E026
R225	0x00E102
R226	0x00E258
R227	0x00E302
R228	0x00E426
R229	0x00E502
R230	0x00E658
R231	0x00E702
R232	0x00E826
R233	0x00E902
R234	0x00EA58
R235	0x00EB01
R236	0x00EC00
R237	0x00ED3A
R238	0x00EEF1
R239	0x00EF9A
R240	0x00F000
R241	0x00F198
R242	0x00F296
R243	0x00F380
R244	0x00F400
R245	0x00F54F
R246	0x00F677
R247	0x00F705
R248	0x00F800
R249	0x00F998
R250	0x00FA96
R251	0x00FB81
R252	0x00FC00
R253	0x00FD4F
R254	0x00FE77
R255	0x00FF05
R256	0x010000
R257	0x010198
R258	0x010296
R259	0x010381
R260	0x010400
R261	0x01054F
R262	0x010677
R263	0x010705
R264	0x010800
R265	0x010998
R266	0x010A96
R267	0x010B81
R268	0x010C0A
R269	0x010D0A
R270	0x010E0A
R271	0x010F0A
R272	0x011000
R273	0x011100
R274	0x011200
R275	0x011300
R276	0x011400
R277	0x011500
R278	0x011600
R279	0x011700
R280	0x011800
R281	0x011900
R282	0x011A00
R283	0x011B00
R284	0x011C00
R285	0x011D00
R286	0x011E00
R287	0x011F00
R288	0x012000
R289	0x012100
R290	0x012200
R291	0x012300
R292	0x012421
R293	0x0125C3
R294	0x012600
R295	0x012700
R296	0x012800
R297	0x012921
R298	0x012AC3
R299	0x012B00
R300	0x012C00
R301	0x012D00
R302	0x012E2D
R303	0x012F0A
R304	0x013000
R305	0x013100
R306	0x013200
R307	0x0133BA
R308	0x013400
R309	0x013500
R310	0x013600
R311	0x013700
R312	0x013800
R313	0x013900
R314	0x013A00
R315	0x013B00
R316	0x013C00
R317	0x013D00
R318	0x013E06
R319	0x013F0B
R320	0x014000
R321	0x014100
R322	0x014200
R323	0x01435F
R324	0x0144E8
R325	0x0145A0
R326	0x014604
R327	0x014700
R328	0x014803
R329	0x014982
R330	0x014A00
R331	0x014B00
R332	0x014C00
R333	0x014D0C
R334	0x014E10
R335	0x014F0C
R336	0x01500C
R337	0x015108
R338	0x01520C
R339	0x01530A
R340	0x015406
R341	0x01550A
R342	0x015600
R343	0x015700
R344	0x015801
R345	0x01592C
R346	0x015A00
R347	0x015B70
R348	0x015C02
R349	0x015D6B
R350	0x015E09
R351	0x015F01
R352	0x016000
R353	0x01612C
R354	0x016214
R355	0x01630C
R356	0x016414
R357	0x016501
R358	0x016600
R359	0x01671E
R360	0x016828
R361	0x016902
R362	0x016A03
R363	0x016B00
R364	0x016C00
R365	0x016D00
R366	0x016EDF
R367	0x016F33
R368	0x017033
R369	0x017133
R370	0x017233
R371	0x017333
R372	0x0174FF
R373	0x0175FF
R374	0x0176FF
R375	0x0177FF
R376	0x0178FF
R377	0x017924
R378	0x017A00
R379	0x017B0A
R380	0x017C00
R381	0x017D00
R382	0x017E98
R383	0x017FBD
R384	0x018000
R385	0x018198
R386	0x018296
R387	0x0183D1
R388	0x018400
R389	0x018514
R390	0x018600
R391	0x018700
R392	0x01881E
R393	0x01898D
R394	0x018A00
R395	0x018B1E
R396	0x018C85
R397	0x018D5D
R398	0x018E00
R399	0x018F00
R400	0x019000
R401	0x019100
R402	0x019200
R403	0x019300
R404	0x019402
R405	0x019500
R406	0x019603
R407	0x0197D3
R408	0x01980C
R409	0x019900
R410	0x019A00
R411	0x019B00
R412	0x019C00
R413	0x019D00
R414	0x019E00
R415	0x019F00
R416	0x01A000
R417	0x01A100
R418	0x01A200
R419	0x01A300
R420	0x01A400
R421	0x01A500
R422	0x01A600
R423	0x01A700
R424	0x01A800
R425	0x01A900
R426	0x01AA00
R427	0x01AB00
R428	0x01AC00
R429	0x01AD00
R430	0x01AE00
R431	0x01AF00
R432	0x01B000
R433	0x01B100
R434	0x01B200
R435	0x01B300
R436	0x01B400
R437	0x01B500
R438	0x01B600
R439	0x01B700
R440	0x01B800
R441	0x01B92D
R442	0x01BA0A
R443	0x01BB00
R444	0x01BC00
R445	0x01BD00
R446	0x01BEBA
R447	0x01BF00
R448	0x01C000
R449	0x01C100
R450	0x01C200
R451	0x01C300
R452	0x01C400
R453	0x01C500
R454	0x01C600
R455	0x01C700
R456	0x01C800
R457	0x01C906
R458	0x01CA0B
R459	0x01CB00
R460	0x01CC00
R461	0x01CD00
R462	0x01CE6E
R463	0x01CF7B
R464	0x01D0B0
R465	0x01D107
R466	0x01D200
R467	0x01D303
R468	0x01D482
R469	0x01D500
R470	0x01D600
R471	0x01D700
R472	0x01D80C
R473	0x01D910
R474	0x01DA0C
R475	0x01DB0C
R476	0x01DC08
R477	0x01DD0C
R478	0x01DE0A
R479	0x01DF06
R480	0x01E00A
R481	0x01E100
R482	0x01E200
R483	0x01E301
R484	0x01E42C
R485	0x01E500
R486	0x01E670
R487	0x01E702
R488	0x01E86B
R489	0x01E909
R490	0x01EA01
R491	0x01EB00
R492	0x01EC2C
R493	0x01ED14
R494	0x01EE0C
R495	0x01EF14
R496	0x01F001
R497	0x01F100
R498	0x01F21E
R499	0x01F326
R500	0x01F402
R501	0x01F500
R502	0x01F600
R503	0x01F700
R504	0x01F805
R505	0x01F986
R506	0x01FA2C
R507	0x01FB50
R508	0x01FC0D
R509	0x01FD5D
R510	0x01FE89
R511	0x01FFFF
R512	0x0200E1
R513	0x020181
R514	0x02022E
R515	0x020300
R516	0x020424
R517	0x020500
R518	0x02060A
R519	0x020700
R520	0x020800
R521	0x020984
R522	0x020A97
R523	0x020B00
R524	0x020C98
R525	0x020D97
R526	0x020E8B
R527	0x020F00
R528	0x021014
R529	0x021100
R530	0x021200
R531	0x02131A
R532	0x021485
R533	0x021500
R534	0x02161E
R535	0x021785
R536	0x02182B
R537	0x021900
R538	0x021A00
R539	0x021B00
R540	0x021C00
R541	0x021D00
R542	0x021E00
R543	0x021F02
R544	0x022000
R545	0x022104
R546	0x022267
R547	0x02230F
R548	0x022400
R549	0x022500
R550	0x022600
R551	0x022700
R552	0x022800
R553	0x022900
R554	0x022A00
R555	0x022B00
R556	0x022C00
R557	0x022D00
R558	0x022E00
R559	0x022F00
R560	0x023000
R561	0x023100
R562	0x023200
R563	0x023300
R564	0x023400
R565	0x023500
R566	0x023600
R567	0x023700
R568	0x023800
R569	0x023900
R570	0x023A00
R571	0x023B00
R572	0x023C00
R573	0x023D00
R574	0x023E00
R575	0x023F00
R576	0x024000
R577	0x024100
R578	0x024200
R579	0x024300
R580	0x024400
R581	0x024500
R582	0x024600
R583	0x024700
R584	0x024800
R585	0x024900
R586	0x024A00
R587	0x024B00
R588	0x024C00
R589	0x024D00
R590	0x024E00
R591	0x024F00
R592	0x025000
R593	0x025100
R594	0x025200
R595	0x025300
R596	0x025400
R597	0x025500
R598	0x025600
R599	0x025700
R600	0x025800
R601	0x025900
R602	0x025A2C
R603	0x025BC4
R604	0x025C55
R605	0x025D4C
R606	0x025E49
R607	0x025F49
R608	0x026082
R609	0x02612D
R610	0x026200
R611	0x026300
R612	0x026400
R613	0x026500
R614	0x026600
R615	0x026700
R616	0x026800
R617	0x026900
R618	0x026AC0
R619	0x026B44
R620	0x026C16
R621	0x026D0E
R622	0x026E83
R623	0x026F10
R624	0x02700C
R625	0x027109
R626	0x027200
R627	0x027300
R628	0x027400
R629	0x027500
R630	0x027600
R631	0x027705
R632	0x027801
R633	0x027900
R634	0x027A00
R635	0x027B00
R636	0x027C01
R637	0x027D00
R638	0x027E00
R639	0x027F00
R640	0x028000
R641	0x028100
R642	0x028205
R643	0x028301
R644	0x028400
R645	0x028500
R646	0x028600
R647	0x028701
R676	0x02A400
R677	0x02A500
R678	0x02A640
R681	0x02A944
R682	0x02AA44
R683	0x02AB44
R684	0x02AC44
R685	0x02AD44
R686	0x02AE44
R687	0x02AF04
R688	0x02B044
R691	0x02B300
R715	0x02CB00
R716	0x02CC00
R717	0x02CD00
R718	0x02CE00
R719	0x02CF00
R736	0x02E000
R741	0x02E500
R742	0x02E610
R764	0x02FC00
R766	0x02FE00
R767	0x02FF01
R770	0x030200
R771	0x030301
R775	0x030700
R776	0x030800
R784	0x031000
R785	0x031100

    Thanks and regards,

    Kazuhiro Nishimura (Panasonic)

  • 0 in reply to KAZUHIRO NISHIMURA
    Prodigy 110 points

    Hello Amin-san,

    With this setting, It was confirmed that it locks at about ±100ppm.

    Thank you for your support.

    Thanks and regards,

    Kazuhiro Nishimura (Panasonic)

  • 0 in reply to KAZUHIRO NISHIMURA
    TI__Expert 6140 points

    Hi Kazuhiro-san,

    So it locks and problem is resolved? I'm taking oscilloscope stops flowing as meaning the phase doesn't move anymore. I will close this thread.

    With regards to the PPM, that's dependent on the PPM valid / invalid settings. This is Main Start Tab underneath the Reference monitors (underneath where the runscript button is). Validation timer should be enabled. Frequency detect threshold is what determines the range of ppm error on reference that it will remain valid and DPLL will lock/track.

    Regards,

    Amin

  • 0 in reply to Amin Eshraghi
    Prodigy 110 points

    Hello Amin-san,

    This model is OK, but the problem of another model has not been solved.

    IN3: 148351648.351648MHz OUT4: 148351648.351648MHz
    I want to get OUT4 with IN3 phase-locked

    OUT4, which is phase-locked to IN3, is not locked. The flow of the oscilloscope has not stopped.

    I will set here.

    Thanks and regards,

    Kazuhiro Nishimura (Panasonic)

  • +1 in reply to KAZUHIRO NISHIMURA
    TI__Expert 6140 points

    Hi Kazuhiro-san,

    Email communication mentioned issue is resolved? Was that only covering initial issue and this is now second issue?

    Again, best way to understand what's happening is to review status feedback on the status tab:

    • Is REF3 valid?
    • Is DPLL2 selecting REF3?
    • Is DPLL2 locked?

    Also, from your original config you will have to change selection in step 2, to make sure DPLL2 can select IN3:

    And press the runscript button again. This will recalculate DPLL and reference settings.

    With regards to PPM what you have highlighted is correct, that is the setting for how much DPLL tracks with reference and at what point does it no longer track and switch to holdover mode (which you keep frequency lock, long term lock determined by XO stability or TCXO stability in 3 loop mode).

    Regards,

    Amin

  • 0 in reply to Amin Eshraghi
    Prodigy 110 points

    Hello Amin-san,

    I was able to solve these issue.
    Thank you very much.

    Regards,

    Kazuhiro Nishimura (Panasonic)

  • 0 in reply to KAZUHIRO NISHIMURA
    TI__Expert 6140 points

    Glad to hear it. I will close the thread.

    Amin