高手帮我看看这个盘是什么回事?
这个开SF一下就停下来了.盘的型号是:ST380011A-8.01-5JVKR1G1
Selected family......................... : Barracuda 7200.7
Selected model.......................... : ST380011A
Model by ID............................. : <HDD ID NOT READ>
Detection of HDD COM port baud rate..... : 9600
COM transfer baud rate set to 921000
Initializing Safe Mode...
Switching HDD power supply OFF
Switching HDD power supply ON
Test: Starting LDR
DB file.................. : <root>/Seagate U5, Baracuda XX/Barracuda 7200.7/ST380011A 8.01 5JVK3SX2/LDR/SgLDR.ldr
Will be downloaded to RAM : App, CERT code, CERT tables
Will be stored to HDD.... :
App code start method.... : Start (Safe)
Additional actions:
Force write
Init zone allocation
Save System Sector
Loader reading.......................... : Ok
App code downloading.................... : Ok
F>
8.0109-28-04 15:05
(
T>
Starting App code....................... : Ok
CERT code downloading................... : Ok
T>
CERT tables downloading................. : Ok
T>
Force write............................. : Ok
Init. zone allocation................... : Ok
HDD SpinUp.............................. : Ok
Saving System Sector.................... : Ok
Starting LDR............................ : Ok
开自检终端信息:
T>/8
8>C20
(SN: 5JVKR1G1)
8>/
T>N2,AA,22
T>No valid SeaDex script in buffer.
Begin Test 02
ASCII logging on
Not Power Cycling
Not Power Cycling
Zone 00 Head 00 adaptives set to defaults
Zone 00 Head 01 adaptives set to defaults
Zone 01 Head 00 adaptives set to defaults
Zone 01 Head 01 adaptives set to defaults
Zone 02 Head 00 adaptives set to defaults
Zone 02 Head 01 adaptives set to defaults
Zone 03 Head 00 adaptives set to defaults
Zone 03 Head 01 adaptives set to defaults
Zone 04 Head 00 adaptives set to defaults
Zone 04 Head 01 adaptives set to defaults
Zone 05 Head 00 adaptives set to defaults
Zone 05 Head 01 adaptives set to defaults
Zone 06 Head 00 adaptives set to defaults
Zone 06 Head 01 adaptives set to defaults
Zone 07 Head 00 adaptives set to defaults
Zone 07 Head 01 adaptives set to defaults
Zone 08 Head 00 adaptives set to defaults
Zone 08 Head 01 adaptives set to defaults
Zone 09 Head 00 adaptives set to defaults
Zone 09 Head 01 adaptives set to defaults
Zone 0A Head 00 adaptives set to defaults
Zone 0A Head 01 adaptives set to defaults
Zone 0B Head 00 adaptives set to defaults
Zone 0B Head 01 adaptives set to defaults
Zone 0C Head 00 adaptives set to defaults
Zone 0C Head 01 adaptives set to defaults
Zone 0D Head 00 adaptives set to defaults
Zone 0D Head 01 adaptives set to defaults
Zone 0E Head 00 adaptives set to defaults
Zone 0E Head 01 adaptives set to defaults
Zone 0F Head 00 adaptives set to defaults
Zone 0F Head 01 adaptives set to defaults
Head Mask FFFF -
Read Bias - Head 0 1 2 3
9 9
HiTemp Bias Head 0 1 2 3
9 9
Head Mask FFFF - Switch to full int.
Spin Ready
Ref Trk Tan Timing Skew (h0 to h0) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h0) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h1) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h1) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h2) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h2) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h3) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h3) = 0000 servo clocks.
Calibrating Physical Track 0 on heads 0 thru 1
Radial Offset Table:
Head 0 Offset = 0
Head 1 Offset = 0
Head 2 Offset = 0
Head 3 Offset = 0
SkpCylList deleted
Sys= 0F68E-0F70D 0280 SPTK on sys trks
<empty>
drive must be reformatted
Skipping MDW oversample s/n cylinders.
Zone 00:00018 - 00BE81100 (044C) 683.439
Zone 01:00BE9 - 027FE1056 (0420) 666.63
Zone 02:027FF - 047071026 (0402) 646.275
Zone 03:04708 - 06CA3 990 (03DE) 622.431
Zone 04:06CA4 - 08B66 953 (03B9) 602.353
Zone 05:08B67 - 0A479 916 (0394) 580.392
Zone 06:0A47A - 0C405 880 (0370) 545.882
Zone 07:0C406 - 0D99A 836 (0344) 527.59
Zone 08:0D99B - 0ECD9 806 (0326) 506.144
Zone 09:0ECDA - 10337 770 (0302) 480.724
Zone 0A:10338 - 11397 733 (02DD) 461.672
Zone 0B:11398 - 12854 691 (02B3) 437.423
Zone 0C:12855 - 13F38 660 (0294) 410.353
Zone 0D:13F39 - 14AE7 623 (026F) 396.401
Zone 0E:14AE8 - 155D6 605 (025D) 383.316
Zone 0F:155D7 - 16358 572 (023C) 363.922
Sys= 0F68E-0F70D 0280 SPTK on sys trks
Total LBAs = 095333FC
EP=1, TA=1, HiGain=1, OTRd=1, Early Rd=0, Splash=1, Reload=1, NPML=1, MRBias=1
Bst/Zap=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=FF, Write=80, ID=FF
No entries in Log
All Hds 0-1, All Cyls 00018-16358, Rnd data
Performing AFC Zone Cal
ACFC Calibration:
CRRO Orders Prior to Cal: (PES*2)^2
Cyl.Hd 2 3 4 5 6 7 8 12 24
00018.00 0005 0005 0001 0000 0008 0000 0004 000a 0001
02000.00 0001 0008 0001 0000 0001 0002 000a 0000 0001
04000.00 0002 0008 0001 0001 0000 0000 0001 0001 0001
06000.00 0004 0008 0002 0001 0000 0000 0004 0001 0001
08000.00 0005 0005 0002 0002 0000 0000 0002 0000 0001
0a000.00 0005 000d 000a 0001 0000 0001 0001 0005 0001
0e000.00 0005 0002 000a 0005 0001 0000 0004 0000 0001
10000.00 000a 0005 0008 0005 0001 0000 0002 0000 0004
12000.00 000a 0004 000d 0001 0005 0000 0001 0004 0001
14000.00 0011 0004 0022 0005 000d 0000 0001 0000 0005
16000.00 0011 000d 0029 000a 0020 0002 0000 0001 0004
00018.01 0019 000a 0004 0000 0001 0002 0002 0002 0001
02000.01 0010 0009 0001 0001 0000 0000 0001 0000 0004
04000.01 0010 0005 0001 0000 0000 0000 0000 0001 0004
06000.01 0010 000a 0002 0001 0000 0000 0000 0002 0001
08000.01 0010 000a 0005 0000 0000 0000 0001 0001 0001
0a000.01 0010 000a 0004 0002 0000 0001 0004 0005 0001
0e000.01 0011 0008 0009 0000 0000 0001 0001 0001 0004
10000.01 0011 000a 0009 0001 0000 0000 0000 0000 0004
12000.01 0011 0004 000a 0004 0001 0000 0001 0001 0004
14000.01 001a 000d 001d 0002 0002 0000 0001 0004 0004
16000.01 0019 0019 0029 0002 0008 0000 0000 0002 0009
RTE Amplitude = 0000 servo clocks. Sector = 008Eh. Trk/2 = B2B3h.
RTE Amplitude = 0000 servo clocks. Sector = 004Dh. Trk/2 = 8EF8h.
RTE Amplitude = 0000 servo clocks. Sector = 0073h. Trk/2 = 6B3Dh.
RTE Amplitude = 0000 servo clocks. Sector = 007Dh. Trk/2 = 4782h.
RTE Amplitude = 0000 servo clocks. Sector = 00C0h. Trk/2 = 23C7h.
RTE Amplitude = 0000 servo clocks. Sector = 008Eh. Trk/2 = 000Ch.
EP=0, TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, NPML=0, MRBias=0
Bst/Zap=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=02, Write=40, ID=1E
Channel Srvo Table
Head Addr VGASATTTap5Tap6Tap3Tap7Tap2Tap8Tap9RATT XDC
00 F7F2 2D 02 5C C4 9E A0 50 98 60 41 5A
01 F808 2D 02 5C C4 9E A0 50 98 60 41 5A
Adapt Servo Zone 08
Adapt Servo 0000e33a.00
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.00 009053a5 BER 02001ffe
Adjust ATTR 01 VGAS a4 VGAR e4 FREQR 7fRead 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 80 000a0e3f BER 00000fff
MRASYM 7a 00095f3e BER 00000fff update 7a hold
Zone8
Retry to find bath using coarse offset
Left Bath = FF00, Right Bath = FF7A : Pick (FF3D) ( Min/Max AGC FCFF )
Zone9
Retry to find bath using coarse offset
Left Bath = FFB3, Right Bath = 0013 : Pick (FFE3) ( Min/Max AGC FAFF )
Test 0000e33a.00 008ba575 BER 01001ffe
Zone0
Retry to find bath using coarse offset
Left Bath = F9CD, Right Bath = FA09 : Pick (F9EB) ( Min/Max AGC F1FF )
Zone1
Retry to find bath using coarse offset
Left Bath = FA02, Right Bath = FA4E : Pick (FA28) ( Min/Max AGC F2FF )
Test 00000bc8.00 00085b45 BER 00000fff
Test 00000bc8.00 000763e6 BER 00000fff
Test 0000e33a.00 008ba3b3 BER 02001ffe
Adjust ATTR 01 VGAS 9e VGAR dc FREQR 7fRead 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 7a 0007b6d3 BER 00000fff
MRASYM 76 000753a5 BER 00000fff update 76 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 5a 0084fc2d BER 02000000 adapt
XDCTAP 78 0004e0c6 BER 00000000 hold
CUTOFFLower 0022Upper 013bStep 0003Right 18Mask 0008
Default0127 0004e3d2 BER 00000000
Floor1 07 000507d7 0005d485
Left 1 012b 0004fa03
Middle 1 012e 00049d60
Right1 0135 0004b9c2
Lowest 1 012e 00049d60
New 012e 0004a7af BER 00000000
SV TAP5 Lower 0020Upper 00dfStep 0006Right 1fMask 1000
Default005c 00051dcd BER 00000000
Floor1 14 0004ff4a 0004ff4a
Left 1 0032 0004c714
Middle 1 007f 0004fb9c
Right1 00cd 0004f40b
Lowest 1 0038 0004c689
Curve 0032 0004c714
New 007f 00050091 BER 00000000
00050c19 BER 00000000 _ATT 01 VGAS 9c VGAR a5 FREQR 7f Taps frozen read adapt
Current Tap Weight 00001a57 diff ffffe5a9 tap limits
000524c1 BER 00000000 _ATT 01 VGAS 9b VGAR 9e FREQR 80 Taps frozen read adapt
Current Tap Weight 00000167 diff 000018f0 tap limits
0004f803 BER 00000000 _ATT 01 VGAS 9a VGAR a2 FREQR 7f Taps frozen read adapt
Current Tap Weight 00000074 diff 000000f3 Save servo Force servo update
Dbck DefaultDATA load
Test 0000e33a.00 008eb3b9 BER 01001ffe
Ratio 0000
Adapt Servo 0000e33a.01
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.01 0005c84b BER 00000fff
Adjust ATTR 01 VGAS 5e VGAR c3 FREQR 7fRead 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 80 00060c64 BER 00000fff
MRASYM 82 0005f7d1 BER 00000fff update 82 hold
Zone8
Retry to find bath using coarse offset
Left Bath = FF5D, Right Bath = FFCF : Pick (FF96) ( Min/Max AGC C7FF )
Zone9
Left Bath = 0035, Right Bath = 0034 : Pick (0034) ( Min/Max AGC BCFF )
Test 0000e33a.01 0002c853 BER 00000fff
Zone0
Left Bath = F9DD, Right Bath = FA23 : Pick (FA00) ( Min/Max AGC B5FF )
Zone1
Left Bath = FA22, Right Bath = FA5E : Pick (FA40) ( Min/Max AGC B9FF )
Test 00000bc8.01 00029073 BER 00000fff
Test 00000bc8.01 0002cb5b BER 00000fff
Test 0000e33a.01 0002eed5 BER 00000fff
Adjust ATTR 01 VGAS 67 VGAR c1 FREQR 81Read 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 82 0002feb7 BER 00000fff
MRASYM 80 0002fa75 BER 00000fff update 80 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 5a 0002dfc3 BER 00000000 adapt
XDCTAP 67 0002f107 BER 00000000 hold
CUTOFFLower 0022Upper 013bStep 0003Right 18Mask 0008
Default0127 0002f9ea BER 00000000
Floor1 0d 00031461 00037238
Left 1 0128 0002fa8b
Middle 1 012e 0002d861
Right1 0138 0002d6b6
Lowest 1 0134 0002c61d
New 012e 0002d6b7 BER 00000000
SV TAP5 Lower 0020Upper 00dfStep 0006Right 1fMask 1000
Default005c 00030929 BER 00000000
Floor1 20 00030782 00030c5c
Left 1 0020 00030782
Middle 1 002e 000306d1
Right1 003d 00030666
Lowest 1 0032 0003043c
Curve 002c 000306d1
New 002e 0002d825 BER 00000000
0002d834 BER 00000000 _ATT 01 VGAS 5e VGAR 73 FREQR 82 Taps frozen read adapt
Current Tap Weight 00001c5a diff ffffe3a6 tap limits
0002ddab BER 00000000 _ATT 01 VGAS 62 VGAR 79 FREQR 81 Taps frozen read adapt
Current Tap Weight 00000024 diff 00001c36 tap limits
0002dd73 BER 00000000 _ATT 01 VGAS 63 VGAR 72 FREQR 82 Taps frozen read adapt
Current Tap Weight 000000af diff ffffff75 Save servo Force servo update
Dbck DefaultDATA load
Test 0000e33a.01 0002c0a4 BER 00000fff
Ratio 0000
Zone8
Retry to find bath using coarse offset
Left Bath = FF01, Right Bath = FF61 : Pick (FF31) ( Min/Max AGC FAFF )
Zone9
Retry to find bath using coarse offset
Left Bath = FFA5, Right Bath = 0013 : Pick (FFDC) ( Min/Max AGC F9FF )
Zone8
Retry to find bath using coarse offset
Left Bath = FF61, Right Bath = FFD0 : Pick (FF98) ( Min/Max AGC C7FF )
Zone9
Retry to find bath using coarse offset
Left Bath = FFFA, Right Bath = 0072 : Pick (0036) ( Min/Max AGC C1FF )
HiTemp Bias BackOff Head 0 1 2 3
9 9
Media 0000
Adapt Data Zone 00
Test 00000600.00 0008c675 BER 00000fff
Test 00000600.00 00078665 BER 00000fff
Adapt Data 00000600.00
Dbck DATA load
NPML 00
Test 00000038.00 008f4f59 BER 01001ffe
Test 00000600.00 00075f7f BER 00000fff
CheckATTR 01 VGAS b4 VGAR e0 FREQR 80Read 0043 within VGAR FREQR
MRASYM 80 0009ac74 BER 00000fff
MRASYM 75 0009a0a8 BER 00000fff update 75 hold
OD OFST Lower f98bUpper fa4aStep 0006Right 1fMask 4340
Defaultf9eb 0092e105 BER 01001ffe
Floor1 09 0009d19a 0009d19a
Left 1 f9d9 00092f3c
Middle 1 f9e7 00096d7b
Right1 f9f6 0009252f
Lowest 1 f9eb 00090908
Curve f9df 000a59e9
New f9e7 0008f21c BER 00000fff AUTO
CheckATTR 01 VGAS bf VGAR dc FREQR 7dRead 0043 within VGAR FREQR
Test 00000600.00 00095957 BER 00000fff
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 000b29fa BER 00000fff
Floor1 0b 000ac84e 000af0ba
Left 1 000b 000ab7ab
Middle 1 0012 000b745b
Right1 0019 000ac2eb
Lowest 1 0011 000aa3c2
Curve 0017 000ad27c
New 0012 000a3f45 BER 00000fff AUTO
Test 00000600.00 0009cde4 BER 00000fff
MRASYM 75 000a8a0c BER 00000fff
MRASYM 75 00097aca BER 00000fff update 75 hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0000 00097f30 BER 00000fff
Floor1 09 00093256 00095932
Left 1 0003 00090880
Middle 1 0006 00096bd8
Right1 000a 00093256
Lowest 1 0003 00090880
Curve 0008 0009845a
New 0006 0008b4cb BER 00000fff
Test 00000600.00 00093752 BER 00000fff
XDCTAP 90 0008d702 BER 00000fff adapt
XDCTAP 7a 00087715 BER 00000fff hold
CUTOFFLower 0327Upper 040eStep 0002Right 10Mask 0348
Default0336 0008a29e BER 00000fff
Floor1 09 000895b0 0008d0d3
Left 1 032d 00081ca0
Middle 1 032d 00081ca0
Right1 032f 00084aa7
Lowest 1 032d 00081ca0
New 032d 00089615 BER 00000fff AUTO
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 00082d7f BER 00000fff
Floor1 0f 000a3574 000a3574
Left 1 0005 0009f23f
Middle 1 0009 0008375a
Right1 000e 000974ba
Lowest 1 000b 00081bef
Curve 0009 0008375a
New 0009 0008d779 BER 00000fff
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 000f632e BER 00000468
Floor1 10 00101aa7 00101aa7
Left 1 0005 000fe30e
Middle 1 0009 000e8bed
Right1 000d 000ee109
Lowest 1 000a 000e654f
Curve 0009 000e8bed
New 0009 000e5d62 BER 0000038c AUTO
OD OFST Lower f9d3Upper f9fcStep 0002Right 14Mask 4340
Defaultf9e7 0009315c BER 00000fff
Floor1 13 0009f4a5 0009f4a5
Left 1 f9d5 00095ea4
Middle 1 f9e1 0009b31a
Right1 f9ee 000986be
Lowest 1 f9e5 000959af
Curve f9d5 00095ea4
New f9e1 00094267 BER 00000fff
CUTOFFLower 032dUpper 032fStep 0001Right 02Mask 0348
Default032d 000903b0 BER 00000fff
Floor1 01 0009a6bc 0009a6bc
Left 1 032f 00096ed6
Middle 1 032f 00096ed6
Right1 032f 00096ed6
Lowest 1 032f 00096ed6
New 032f 0009713d BER 00000fff
BOOST Lower 0004Upper 000fStep 0001Right 0bMask 0360
Default0009 0008e83c BER 00000fff
Floor1 09 0009bcc4 0009bcc4
Left 1 0006 0009ad70
Middle 1 0008 0009ac1f
Right1 000b 00096306
Lowest 1 0009 0008d58a
Curve 0009 0008d58a
New 0008 00095768 BER 00000fff
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default0009 000f08d7 BER 00000314
Floor1 10 00102263 00102263
Left 1 0005 000f71eb
Middle 1 0009 000e81e1
Right1 000e 000f6d4e
Lowest 1 0008 000e3477
Curve 0009 000e81e1
New 0009 000e46ef BER 000001b3 AUTO
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS c0 VGAR d9 FREQR 7aRead 0043 within VGAR FREQR
MRASYM 75 0009779d BER 00000fff
MRASYM 68 0008af17 BER 00000fff update 68 adapt
Test 00000600.00 0007dc98 BER 00000fff
MRASYM 68 000903e0 BER 00000fff
MRASYM 73 0008a9f1 BER 00000fff update 73 hold
NPML 03 00087f05 BER 00000fff NPML update
NPML 03 000b6743 BER 00000fff
MRASYM 73 000bc8fa BER 00000fff
MRASYM 77 000beff1 BER 00000fff adapt
UPDATE TAPS
->Min=07FF(F981) BL=7FFF BR=7FFF Range=0000 Pick=F981
->Min=0772(F9DD) BL=7FFF BR=7FFF Range=0000 Pick=F9DD
->Min=07FF(F981) BL=7FFF BR=7FFF Range=0000 Pick=F981
->Min=07FF(F981) BL=7FFF BR=7FFF Range=0000 Pick=F981
->Min=07FF(F981) BL=7FFF BR=7FFF Range=0000 Pick=F981
->Min=07FF(F981) BL=7FFF BR=7FFF Range=0000 Pick=F981
->Min=07FF(F981) BL=7FFF BR=7FFF Range=0000 Pick=F981
->Min=07FF(F981) BL=7FFF BR=7FFF Range=0000 Pick=F981
->Min=07FF(F981) BL=7FFF BR=7FFF Range=0000 Pick=F981
Average MR Offset is F9DD
Dbck DATA save
Media 0000
Test 00000600.01 00025add BER 00000026
Test 00000600.01 00032064 BER 000003e4
Adapt Data 00000600.01
Dbck DATA load
NPML 00
Test 00000038.01 000238ba BER 00000026
Test 00000600.01 0002b135 BER 0000008b
CheckATTR 01 VGAS 7a VGAR a0 FREQR 82 within VGAR FREQR
MRASYM 80 0002b4f7 BER 0000005e
MRASYM aa 0002d8a3 BER 0000013a hold
OD OFST Lower f9a0Upper fa5fStep 0006Right 1fMask 4340
Defaultfa00 0002483b BER 0000002c
Floor1 0e 0003d03a 0003d03a
Left 1 f9e8 0003c563
Middle 1 fa05 00024a70
Right1 fa23 0003b843
Lowest 1 fa00 00024a70
Curve fa00 00024a70
New fa05 00025b4f BER 0000002f
CheckATTR 01 VGAS 7a VGAR a2 FREQR 85 within VGAR FREQR
Test 00000600.01 0002dd12 BER 000000a9
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 00862d7d BER 03002ae4
Floor1 07 0005982a 0005b0c7
Left 1 000f 000578ab
Middle 1 0011 0005a892
Right1 0014 0005830b
Lowest 1 000f 000578ab
Curve 0011 0005a892
New 0011 0087f14c BER 01001f63
Test 00000600.01 00031c45 BER 0000023b
MRASYM 80 00031323 BER 000001c0
MRASYM a1 0002f59c BER 000000e7 update a1 hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0000 00029c8d BER 00000080
Floor1 0b 0002560b 0002560b
Left 1 0003 00024283
Middle 1 0006 000244c7
Right1 0009 00024c6e
Lowest 1 0007 0001f4de
Curve 0006 000244c7
New 0006 00021a5b BER 00000027
Test 00000600.01 00021f0d BER 0000001e
XDCTAP 90 00022c53 BER 00000031 adapt
XDCTAP 7a 0002302e BER 00000025 hold
CUTOFFLower 0327Upper 040eStep 0002Right 10Mask 0348
Default0336 0002334f BER 0000003a
Floor1 08 00022334 00023faa
Left 1 0327 000210fc
Middle 1 032b 0002217a
Right1 032f 00021c05
Lowest 1 0327 000210fc
New 032b 000221de BER 00000036 AUTO
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 00024f53 BER 0000004a
Floor1 14 000432a0 000432a0
Left 1 0004 0003eccb
Middle 1 0009 0002624b
Right1 000f 0003d366
Lowest 1 000a 00025e10
Curve 0009 0002624b
New 0009 000228a3 BER 00000033 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 00086105 BER 0000000e
Floor1 10 0009adb5 000aa640
Left 1 0004 000939c5
Middle 1 0009 0008925f
Right1 000f 0009adb5
Lowest 1 0006 00083af2
Curve 0009 0008925f
New 0009 000839fc BER 00000005 AUTO
OD OFST Lower f9e2Upper fa29Step 0003Right 17Mask 4340
Defaultfa05 00028d20 BER 00000033
Floor1 18 000378e4 000378e4
Left 1 f9f1 00033a57
Middle 1 fa05 0002abd2
Right1 fa1a 00037837
Lowest 1 f9fd 0002787a
Curve fa00 0002a75b
New fa05 000293bf BER 0000002d
CUTOFFLower 0327Upper 032fStep 0001Right 08Mask 0348
Default032b 00026582 BER 00000056
Floor1 04 00024b1e 00026626
Left 1 0327 0002335a
Middle 1 0327 0002335a
Right1 0327 0002335a
Lowest 1 0327 0002335a
New 0327 00023a88 BER 0000003c AUTO
BOOST Lower 0003Upper 0010Step 0001Right 0dMask 0360
Default0009 000288b1 BER 000000b1
Floor1 0e 0003530e 0003530e
Left 1 0006 00033ba3
Middle 1 000a 00026cc6
Right1 000e 00033ed1
Lowest 1 000a 00026cc6
Curve 0009 0002850a
New 000a 000241fc BER 00000044 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default0009 00085eaa BER 00000004
Floor1 10 00098eca 000ac6f1
Left 1 0004 0008d2ab
Middle 1 0009 00085c9a
Right1 000f 00098eca
Lowest 1 0009 00085c9a
Curve 0009 00085c9a
New 0009 00088872 BER 00000008
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS 7c VGAR ae FREQR 7f within VGAR FREQR
MRASYM a1 00023765 BER 0000004c
MRASYM 89 000231a1 BER 00000038 update 89 adapt
Test 00000600.01 0001d99a BER 0000001c
MRASYM 89 0001edde BER 0000001d
MRASYM 80 0001ef4b BER 00000028 hold
NPML 03 00020b2d BER 0000003d NPML update
NPML 03 0003ea90 BER 00000027
MRASYM 89 00043c08 BER 0000004e
MRASYM 82 000408c4 BER 00000019 update 82 adapt
BETTER UPDATE TAPS
->Min=000C(FA11) BL=F9F5 BR=FA17 Range=0023 Pick=FA06
->Min=000F(FA03) BL=F9F3 BR=FA0D Range=001B Pick=FA00
->Min=0015(FA17) BL=F9FB BR=FA1D Range=0023 Pick=FA0C
Average MR Offset is FA06
Dbck DATA save
Media 0000
Adapt Servo Zone 08
Adapt Servo 0000e33a.00
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.00 008b25c1 BER 01001ffe
Adjust ATTR 01 VGAS b2 VGAR de FREQR 82Read 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 80 00071591 BER 00000fff
MRASYM 77 0006502c BER 00000fff update 77 hold
Test 0000e33a.00 008e83f3 BER 02001ffe
Test 00000bc8.00 000c1ec7 BER 00000fff
Test 00000bc8.00 000d4494 BER 00000fff
RDBIASLower 0004Upper 0009Step 0001Right 05Mask 2000
Default0009 000ce78d BER 00000fff
Adjust 0004 000dd7c3 BER 00000fff
Adjust 0005 000cf768 BER 00000fff
Adjust 0006 000cb661 BER 00000fff
Adjust 0007 000caa22 BER 00000fff
Adjust 0008 000d3e7e BER 00000fff
Adjust 0009 000cd68c BER 00000fff
Floor1 06 000cd68c 000d0b74
Left 1 0006 000cb661
Middle 1 0007 000caa22
Right1 0009 000cd68c
Lowest 1 0007 000caa22
Curve Size Bathtub
New 0007 009786b3 BER 010028c1
RdBias Upper 0009 Lower 0004 Step 0001
SPT 044c Revs 00de
RdBias 09 VGAR da DeciLog OTF 06.1 Raw 03.6
RdBias 08 VGAR db DeciLog OTF 06.3 Raw 03.7
RdBias 09 VGAR da DeciLog OTF 06.0 Raw 03.6
Test 0000e33a.00 008f2b06 BER 02001ffe
Adjust ATTR 01 VGAS b7 VGAR e1 FREQR 7fRead 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 77 0007b470 BER 00000fff
MRASYM 77 0007ad3f BER 00000fff update 77 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 78 0085b704 BER 01000000 adapt
XDCTAP 61 0005ba40 BER 00000000 hold
CUTOFFLower 0022Upper 013bStep 0003Right 18Mask 0008
Default0127 0085293a BER 01000000
Floor1 04 000652da 0006c8ac
Left 1 0128 0005967d
Middle 1 0128 0005967d
Right1 0129 0005967d
Lowest 1 0128 0005967d
New 0128 0085343a BER 01000000
SV TAP5 Lower 0020Upper 00dfStep 0006Right 1fMask 1000
Default005c 000592a6 BER 00000000
Floor1 0d 000561e0 00056bb2
Left 1 0020 000561e0
Middle 0 0073 00859b84
Right1 00c7 00054506
Lowest 1 00c2 00054506
OVER dead0000
Restore005c 000573e3 BER 00000000
000559df BER 00000000 _ATT 01 VGAS b6 VGAR b0 FREQR 80 Taps frozen read adapt
Current Tap Weight 00000797 diff fffff869 tap limits
000579b3 BER 00000000 _ATT 01 VGAS ad VGAR a8 FREQR 7b Taps frozen read adapt
Current Tap Weight 00000036 diff 00000761 tap limits
00055589 BER 00000000 _ATT 01 VGAS af VGAR aa FREQR 82 Taps frozen read adapt
Current Tap Weight 0000000c diff 0000002a Save servo Force servo update
Dbck DefaultDATA load
Test 0000e33a.00 008f5a4d BER 02001ffe
Ratio 0001
Adapt Servo 0000e33a.01
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.01 00029433 BER 00000110
Adjust ATTR 01 VGAS 73 VGAR b1 FREQR 84 SRVTEST 41
fail lower limit
MRASYM 80 00029e1f BER 0000012a
MRASYM 87 0002a486 BER 00000132 hold
Test 0000e33a.01 0002c614 BER 0000015a
Test 00000bc8.01 00041156 BER 0000000a
Test 00000bc8.01 00042820 BER 00000014
RDBIASLower 0004Upper 0009Step 0001Right 05Mask 2000
Default0009 00041566 BER 00000013
Adjust 0004 00066e8c BER 00000082
Adjust 0005 0005d6ce BER 00000057
Adjust 0006 00053082 BER 0000003f
Adjust 0007 0004b6cb BER 00000017
Adjust 0008 0004667e BER 0000000f
Adjust 0009 00042ddb BER 0000001c
Floor1 06 00042ddb 0005202a
Left 1 0009 00042ddb
Middle 1 0009 00042ddb
Right1 0009 00042ddb
Lowest 1 0009 00042ddb
Curve Size Bathtub
New 0009 000420f6 BER 00000007
RdBias Upper 0009 Lower 0004 Step 0001
SPT 044c Revs 00de
RdBias 09 VGAR ad DeciLog OTF 09.0 Raw 05.7
RdBias 08 VGAR b3 DeciLog OTF 09.0 Raw 05.5
RdBias 09 VGAR ad DeciLog OTF 09.0 Raw 05.7
Test 0000e33a.01 0002eac3 BER 000001d5
Adjust ATTR 01 VGAS 74 VGAR bb FREQR 83 SRVTEST 41
fail lower limit
MRASYM 80 0002f151 BER 00000218
MRASYM 7e 0002f582 BER 00000204 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 67 0002f6b2 BER 00000000 adapt
XDCTAP 5e 000306d5 BER 00000000 hold
CUTOFFLower 0022Upper 013bStep 0003Right 18Mask 0008
Default0127 00030d0b BER 00000000
Floor1 10 00032c7a 0003765c
Left 1 0128 00031827
Middle 1 012e 0002f454
Right1 0138 0002e54b
Lowest 1 0131 0002db65
New 012e 0002f039 BER 00000000
SV TAP5 Lower 0020Upper 00dfStep 0006Right 1fMask 1000
Default005c 000324c3 BER 00000000
Floor1 1f 000322fc 000324fa
Left 1 0032 000321ff
Middle 1 0088 00032118
Right1 00df 000322fc
Lowest 1 0086 00032118
OVER dead0000
New 0088 000323bf BER 00000000
00032559 BER 00000000 _ATT 01 VGAS 71 VGAR 5d FREQR 79 Taps frozen read adapt
Current Tap Weight 00002624 diff ffffd9dc tap limits
000329e7 BER 00000000 _ATT 01 VGAS 77 VGAR 66 FREQR 7c Taps frozen read adapt
Current Tap Weight 00000066 diff 000025be tap limits
00032782 BER 00000000 _ATT 01 VGAS 71 VGAR 64 FREQR 7d Taps frozen read adapt
Current Tap Weight 00000020 diff 00000046 Save servo Force servo update
Dbck DefaultDATA load
Test 0000e33a.01 0002a6a9 BER 00000fff
Ratio 0001
Zone8
Retry to find bath using coarse offset
offset unchanged
Zone9
Retry to find bath using coarse offset
Left Bath = FFAE, Right Bath = 002A : Pick (FFEC) ( Min/Max AGC F9FF )
Zone8
Retry to find bath using coarse offset
Left Bath = FF5B, Right Bath = FFCF : Pick (FF95) ( Min/Max AGC C2FF )
Zone9
Left Bath = 002F, Right Bath = 0030 : Pick (002F) ( Min/Max AGC BDFF )
HiTemp Bias BackOff Head 0 1 2 3
7 9
Media 0000
Channel Srvo Table
Head Addr VGASATTTap5Tap6Tap3Tap7Tap2Tap8Tap9RATT XDC
00 F7F2 AA 02 5C BB 90 98 87 91 79 41 61
01 F808 64 02 88 9C 8A C0 90 63 9F 41 5E
Adapt Data Zone 08
Test 0000e33a.00 0005d4a6 BER 00000fff
Test 0000e33a.00 0005badf BER 00000fff
Adapt Data 0000e33a.00
Dbck DATA load
NPML 00
Test 0000d9bb.00 008a7350 BER 01001e12
Test 0000e33a.00 00062bb3 BER 00000fff
CheckATTR 01 VGAS bb VGAR e9 FREQR 84Read 0043 within VGAR FREQR
MRASYM 80 00082ec7 BER 00000fff
MRASYM 76 00077a8a BER 00000fff update 76 hold
OD OFST Lower fed1Upper ff90Step 0006Right 1fMask 4340
Defaultff31 008e2729 BER 01001ffe
Floor1 0e 0007b197 0007b197
Left 1 ff2b 000740ae
Middle 1 ff48 000709ba
Right1 ff66 00077a6e
Lowest 1 ff4f 000697b3
Curve ff31 00073c68
New ff48 0006b719 BER 00000fff AUTO
CheckATTR 01 VGAS af VGAR d6 FREQR 7eRead 0043 within VGAR FREQR
Test 0000e33a.00 00075897 BER 00000fff
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 0007dca4 BER 00000fff
Floor1 0d 0007832a 0007e787
Left 1 0013 00077274
Middle 1 0016 000788a1
Right1 001a 00076d80
Lowest 1 0014 0007366d
Curve 0013 00077274
New 0016 0007c8b8 BER 00000fff AUTO
Test 0000e33a.00 00071867 BER 00000fff
MRASYM 76 0006f1db BER 00000fff
MRASYM 71 000706cc BER 00000fff hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0003 000760d4 BER 00000fff
Floor1 0b 000708e8 000708e8
Left 1 0005 000703de
Middle 1 0007 00066cb1
Right1 0009 0006899a
Lowest 1 0007 00066cb1
Curve 0007 00066cb1
New 0007 00068d67 BER 00000fff
Test 0000e33a.00 00068113 BER 00000fff
XDCTAP 90 0006cc28 BER 00000fff adapt
XDCTAP 6b 0006582f BER 00000fff hold
CUTOFFLower 023eUpper 0327Step 0001Right 1cMask 0348
Default0318 00069937 BER 00000fff
Floor1 0f 00065011 00067c4f
Left 1 023f 000625a6
Middle 1 0319 00063e68
Right1 0326 0006235d
Lowest 1 0326 0006235d
New 0319 00069034 BER 00000fff AUTO
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 00065499 BER 00000fff
Floor1 0d 000702fe 000702fe
Left 1 0005 000674cf
Middle 1 0008 00065026
Right1 000c 0006ff9a
Lowest 1 000a 000636a1
Curve 0007 00065963
New 0008 000655a5 BER 00000fff
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 000f4b62 BER 0000029a
Floor1 10 0010a10c 0010a10c
Left 1 0006 000fcb1b
Middle 1 0009 000fab6d
Right1 000d 00103c58
Lowest 1 0008 000f6b21
Curve 0008 000f6b21
New 0009 000ff4d7 BER 00000505
OD OFST Lower ff25Upper ff6cStep 0003Right 17Mask 4340
Defaultff48 000653bd BER 00000fff
Floor1 18 0006c704 0006c704
Left 1 ff2e 00068755
Middle 1 ff47 00062d1a
Right1 ff60 0006ad1c
Lowest 1 ff3a 00062a51
Curve ff46 00062d1a
New ff47 0005f604 BER 00000e39 AUTO
CUTOFFLower 023fUpper 0326Step 0001Right 1aMask 0348
Default0319 0006c8c7 BER 00000fff
Floor1 0f 00067322 0006a3cb
Left 1 023f 000648ae
Middle 1 0319 00069fbe
Right1 0326 0006485d
Lowest 1 031d 00064435
New 0319 0006e666 BER 00000fff
BOOST Lower 0004Upper 000dStep 0001Right 09Mask 0360
Default0008 0006a3f4 BER 00000fff
Floor1 09 000768ed 000768ed
Left 1 0005 00076648
Middle 1 0008 00072350
Right1 000b 00070f4d
Lowest 1 000b 00070f4d
Curve 0005 00076648
New 0008 0006c123 BER 00000fff
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default0009 000fc01a BER 00000426
Floor1 10 00106bb9 00106bb9
Left 1 0005 001019e5
Middle 1 0009 000f163e
Right1 000e 00105cb6
Lowest 1 0008 000f0db4
Curve 0008 000f0db4
New 0009 000ec1c5 BER 0000020c AUTO
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS a8 VGAR d9 FREQR 84Read 0043 within VGAR FREQR
MRASYM 76 0006a32e BER 00000fff
MRASYM 79 00069981 BER 00000fff update 79 adapt
Test 0000e33a.00 00875a2f BER 01001066
MRASYM 79 0006884a BER 00000fff
MRASYM 77 00065d35 BER 00000fff update 77 hold
NPML 03 000629fb BER 00000fff NPML update
NPML 03 0007907d BER 00000fff
MRASYM 77 00080dc4 BER 00000fff
MRASYM 6c 00078298 BER 00000fff update 6c adapt
EST QMCNT UPDATE TAPS
->Min=03A3(FF3D) BL=7FFF BR=7FFF Range=0000 Pick=FF3D
->Min=0493(FF45) BL=7FFF BR=7FFF Range=0000 Pick=FF45
->Min=04A8(FF4D) BL=7FFF BR=7FFF Range=0000 Pick=FF4D
Average MR Offset is FF45
Dbck DATA save
Media 0000
Test 0000e33a.01 0002a00b BER 00000108
Test 0000e33a.01 0002ba21 BER 00000137
Adapt Data 0000e33a.01
Dbck DATA load
NPML 00
Test 0000d9bb.01 00020a07 BER 0000004a
Test 0000e33a.01 0002cd31 BER 00000166
CheckATTR 01 VGAS 7b VGAR b9 FREQR 82 within VGAR FREQR
MRASYM 80 0002d65a BER 0000016b
MRASYM 81 0002de16 BER 00000183 hold
OD OFST Lower ff35Upper fff4Step 0006Right 1fMask 4340
Defaultff95 00021d29 BER 0000003d
Floor1 11 0003b1b2 0003b1b2
Left 1 ff77 0003a834
Middle 1 ff97 00021f28
Right1 ffb8 0003ab32
Lowest 1 ff95 00021f28
Curve ff95 00021f28
New ff97 000223f3 BER 00000044
CheckATTR 01 VGAS 77 VGAR b8 FREQR 82 within VGAR FREQR
Test 0000e33a.01 0002d23f BER 00000194
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 00034501 BER 0000028e
Floor1 0f 0002e475 00036b70
Left 1 0014 0002d93e
Middle 1 0017 0002b1cd
Right1 001b 00027afa
Lowest 1 001b 00027afa
Curve 0014 0002d93e
New 0017 0002415c BER 000000a2 AUTO
Test 0000e33a.01 00024778 BER 000000aa
MRASYM 80 000249d5 BER 00000098
MRASYM 81 00024f28 BER 000000e3 hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0003 0002435c BER 000000b2
Floor1 0b 0001d532 00022418
Left 1 0008 0001d10c
Middle 1 0009 0001d514
Right1 000a 0001d532
Lowest 1 0008 0001d10c
Curve Size Bathtub
New 0009 0001cfdc BER 00000028
Test 0000e33a.01 0001d5ac BER 00000028
XDCTAP 90 0001dd7c BER 00000027 adapt
XDCTAP 71 0001e0e2 BER 00000036 hold
CUTOFFLower 023eUpper 0327Step 0001Right 1cMask 0348
Default0318 0001de82 BER 00000027
Floor1 0e 0001d1d0 0001e785
Left 1 030d 0001cfd6
Middle 1 0311 0001d1f3
Right1 0315 0001d1c6
Lowest 1 0310 0001c209
New 0311 0001cda8 BER 00000030 AUTO
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 0001db6e BER 00000034
Floor1 16 00032b38 00032b38
Left 1 0005 0002c3e6
Middle 1 000a 0001d5f8
Right1 0010 0002ee80
Lowest 1 000a 0001d5f8
Curve 000a 0001d5f8
New 000a 0001db78 BER 0000004f
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 00092b45 BER 00000015
Floor1 10 0009b837 000accd5
Left 1 0004 00097e9e
Middle 1 0009 0009374a
Right1 000f 0009b837
Lowest 1 0006 00091a41
Curve 0009 0009374a
New 0009 00093173 BER 00000016
OD OFST Lower ff71Upper ffbeStep 0003Right 19Mask 4340
Defaultff97 00023afd BER 00000080
Floor1 19 00030f5c 00030f5c
Left 1 ff80 0002f62e
Middle 1 ff96 00023795
Right1 ffac 000303a6
Lowest 1 ff92 000231d1
Curve ff92 000231d1
New ff96 00023ced BER 0000006c
CUTOFFLower 030dUpper 0315Step 0001Right 08Mask 0348
Default0311 00020b83 BER 0000004f
Floor1 05 0001f1c8 0002055d
Left 1 030d 0001f144
Middle 1 030d 0001f144
Right1 030e 0001e748
Lowest 1 030e 0001e748
New 030d 0001dff7 BER 0000002d AUTO
BOOST Lower 0004Upper 0011Step 0001Right 0dMask 0360
Default000a 0001ed12 BER 00000046
Floor1 0e 0002826b 0002826b
Left 1 0007 00026285
Middle 1 000a 0001f8e1
Right1 000e 0002576a
Lowest 1 000b 0001f371
Curve 000a 0001f8e1
New 000a 0001e170 BER 00000025 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default0009 00092cfd BER 00000014
Floor1 10 0009b5f3 000a8727
Left 1 0003 0009b357
Middle 1 0009 0009313b
Right1 000f 0009b5f3
Lowest 1 0009 0009313b
Curve 0009 0009313b
New 0009 00092d0b BER 00000027
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS 77 VGAR bf FREQR 82 within VGAR FREQR
MRASYM 80 0001ecf9 BER 0000004c
MRASYM 83 0001e3ee BER 00000044 update 83 adapt
Test 0000e33a.01 0001ba69 BER 00000025
MRASYM 83 0001c715 BER 0000003f
MRASYM 87 0001cf0a BER 00000026 hold
NPML 03 0001c970 BER 0000002f NPML update
NPML 03 000360f3 BER 00000029
MRASYM 83 0003708c BER 00000023
MRASYM 88 0003777d BER 0000002a adapt
BETTER UPDATE TAPS
->Min=000C(FF9A) BL=FF8C BR=FFAA Range=001F Pick=FF9B
->Min=0021(FF8A) BL=FF86 BR=FF9A Range=0015 Pick=FF90
->Min=002A(FF98) BL=FF8A BR=FF9E Range=0015 Pick=FF94
Average MR Offset is FF95
Dbck DATA save
Media 0000
Performing Servo Cals, view results in log 3
ASCII logging off
Cylinder ID->OD Bias OD->ID Bias
00100 0010 0008
00300 000F -0003
00500 000B -0009
00700 000E -000B
00900 000E -0009
00B00 000D -000A
00D00 000B -000A
00F00 000A -000C
01100 000B -000C
01300 000B -000B
01500 000B -000B
01700 0009 -000E
01900 0007 -000F
01B00 0009 -000E
01D00 0008 -000F
01F00 0007 -000E
02100 0005 -0010
02300 0004 -0010
02500 0003 -0012
02700 0000 -0013
02900 0004 -0013
02B00 0005 -0012
02D00 0007 -0011
02F00 0006 -0010
03100 0003 -0013
03300 0003 -0013
03500 0002 -0013
03700 0002 -0015
03900 -0001 -0016
03B00 -0001 -0017
03D00 -0001 -001A
03F00 -0002 -0019
04100 0000 -0018
04300 -0002 -0019
04500 -0001 -0018
04700 0000 -0017
04900 0000 -0018
04B00 -0002 -0017
04D00 -0003 -0018
04F00 -0003 -0019
05100 -0004 -001A
05300 -0005 -001A
05500 -0002 -001A
05700 -0004 -001B
05900 -0005 -001B
05B00 -0006 -001B
05D00 -0009 -001D
05F00 -0008 -0020
06100 -0007 -001D
06300 -0007 -001C
06500 -0007 -001D
06700 -000A -001E
06900 -000A -0020
06B00 -0009 -001F
06D00 -000A -0020
06F00 -000B -0021
07100 -000E -0023
07300 -000D -0024
07500 -000D -0023
07700 -000C -0023
07900 -000B -0022
07B00 -000B -0022
07D00 -000B -001F
07F00 -000C -0023
08100 -000C -0022
08300 -000E -0025
08500 -000F -0023
08700 -0011 -0028
08900 -0012 -0027
08B00 -0010 -0028
08D00 -0011 -0028
08F00 -0012 -0027
09100 -0010 -0027
09300 -0010 -0025
09500 -0010 -0028
09700 -0014 -0029
09900 -0015 -002A
09B00 -0014 -002C
09D00 -0013 -0029
09F00 -0013 -002A
0A100 -0013 -002A
0A300 -0013 -002B
0A500 -0013 -0029
0A700 -0015 -002B
0A900 -0019 -002F
0AB00 -0018 -0032
0AD00 -0018 -0031
0AF00 -0018 -0030
0B100 -0018 -002E
0B300 -0018 -002F
0B500 -0018 -0030
0B700 -0018 -0031
0B900 -001B -0031
0BB00 -001B -0031
0BD00 -0019 -0031
0BF00 -0019 -0031
0C100 -0019 -0030
0C300 -0018 -0030
0C500 -0018 -0031
0C700 -001A -0032
0C900 -001A -0032
0CB00 -0019 -0031
0CD00 -001A -0032
0CF00 -0019 -0032
0D100 -001B -0034
0D300 -001B -0031
0D500 -0017 -0031
0D700 -0018 -0032
0D900 -001A -0032
0DB00 -001B -0035
0DD00 -001E -0034
0DF00 -001A -0035
0E100 -0018 -0031
0E300 -0017 -002F
0E500 -0019 -0032
0E700 -001A -0035
0E900 -001C -0034
0EB00 -001A -0032
0ED00 -0016 -002E
0EF00 -0014 -002B
0F100 -0013 -002A
0F300 -0012 -002A
0F500 -0011 -002A
0F700 -0010 -0028
0F900 -0010 -0027
0FB00 -000E -0027
0FD00 -000B -0023
0FF00 -0009 -0021
10100 -0006 -0021
10300 -0004 -001D
10500 -0003 -001B
10700 -0001 -0019
10900 0002 -0015
10B00 0006 -0012
10D00 000B -000D
10F00 000E -000A
11100 0012 -0006
11300 0016 -0004
11500 0018 -0001
11700 001D 0005
11900 0026 000D
11B00 002B 0011
11D00 0030 0017
11F00 0036 001E
12100 003D 0024
12300 0042 002A
12500 004A 0031
12700 0053 003B
12900 005E 0044
12B00 0066 004B
12D00 006F 0054
12F00 007B 005E
13100 0086 006A
13300 008D 0078
13500 0099 0082
13700 00A6 008C
13900 00B3 009A
13B00 00C4 00AA
13D00 00D1 00B8
13F00 00DE 00C5
14100 00F1 00D6
14300 0102 00E7
14500 0115 00F8
14700 012C 010C
14900 013D 0122
14B00 0154 0138
14D00 0169 014E
14F00 017F 0163
15100 0196 017A
15300 01AD 0192
15500 01C6 01AB
15700 01E5 01C8
15900 0200 01E6
15B00 021E 0202
15D00 023B 0221
15F00 0257 0242
16100 0274 0263
16300 0291 0282
Head Linearizing
Cyl = 00B2C0
Head = 00 Gain Adjust = 00F2
Head = 01 Gain Adjust = 00E0
Head Linearizing
Cyl = 0002D4
Head = 00 Gain Adjust = 00F1
Head = 01 Gain Adjust = 00EA
Head Linearizing
Cyl = 0162AC
Head = 00 Gain Adjust = 00C9
Head = 01 Gain Adjust = 00CA
CYL = 003C0 KA = 4A10 scaled by 4000CYL = 00BC0 KA = 47E0 scaled by 4000
CYL = 013C0 KA = 46B0 scaled by 4000CYL = 01BC0 KA = 4600 scaled by 4000
CYL = 023C0 KA = 4530 scaled by 4000CYL = 02BC0 KA = 4450 scaled by 4000
CYL = 033C0 KA = 4420 scaled by 4000CYL = 03BC0 KA = 4370 scaled by 4000
CYL = 043C0 KA = 42B0 scaled by 4000CYL = 04BC0 KA = 42C0 scaled by 4000
CYL = 0B2C0 KA = 43B0 scaled by 4000
CYL = 11929 KA = 42C0 scaled by 4000CYL = 12129 KA = 42E0 scaled by 4000
CYL = 12929 KA = 4310 scaled by 4000CYL = 13129 KA = 4350 scaled by 4000
CYL = 13929 KA = 4360 scaled by 4000CYL = 14129 KA = 43C0 scaled by 4000
CYL = 14929 KA = 44A0 scaled by 4000CYL = 15129 KA = 4570 scaled by 4000
CYL = 15929 KA = 46C0 scaled by 4000CYL = 16129 KA = 47B0 scaled by 4000
Head Linearizing
Cyl = 00B2C0
Head = 00 Gain Adjust = 00F2
Head = 01 Gain Adjust = 00E1
Head Linearizing
Cyl = 0002D4
Head = 00 Gain Adjust = 00F4
Head = 01 Gain Adjust = 00E7
Head Linearizing
Cyl = 0162AC
Head = 00 Gain Adjust = 00D0
Head = 01 Gain Adjust = 00CC
Table Linearization in Process
Head Gain Measure
Head Max-38h-28h-18h-08h+08h+18h+28h+38h
0051AC46F447D24A834955473B4A3C50BF51AC
01488243FE428F4785478B431043D7488246A6
Normalized Integrated Gain
Head-40h-30h-20h-10h 00 +10h+20h+30h+40h
000000037906FD0AA30E3A11B71559194D1D4C
01000003C0076B0B5C0F4E130116BF1ABE1EA3
PES to Position Table
Head-40h-30h-20h-10h 00 +10h+20h+30h+40h
00FFC0FFCFFFDFFFEEFFFE000D001D002F0040
01FFC0FFD0FFDFFFEF0000000F001F00300040
ASCII logging on
Calibrating Physical Track 0 on heads 0 thru 1
Radial Offset Table:
Head 0 Offset = 0
Head 1 Offset = 0
Head 2 Offset = 0
Head 3 Offset = 0
Ref Trk Tan Timing Skew (h0 to h0) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h0) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h1) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h1) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h2) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h2) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h3) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h3) = 0000 servo clocks.
Performing AFC Zone Cal
Performing ACFC Cal
ASCII logging off
ACFC Calibration:
CRRO Orders Prior to Cal: (PES*2)^2
Cyl.Hd 2 3 4 5 6 7 8 12 24
00018.00 0002 0005 0001 0001 0002 0000 0001 000d 0004
02000.00 0002 0001 0001 0001 0000 0001 0009 000a 0001
04000.00 0005 0001 0001 0002 0000 0002 0004 0004 0001
06000.00 0002 0001 0001 0001 0000 0001 0002 0005 0001
08000.00 0005 0002 0001 0004 0000 0000 0005 0000 0001
0a000.00 0005 0001 0004 0000 0000 0004 0001 0000 0001
0e000.00 0005 0002 0005 0002 0001 0000 0002 0001 0001
10000.00 0005 0001 0004 0002 0000 0000 0002 0001 0001
12000.00 000a 0005 000d 0001 0005 0001 0001 0002 0004
14000.00 0011 0005 0014 0004 000d 0001 0001 0000 0001
16000.00 000a 000d 0022 000a 0019 0001 0000 0000 0004
00018.01 0010 0009 0000 0000 0001 0001 0001 0000 0004
02000.01 0009 0004 0002 0000 0000 0000 0001 0019 0004
04000.01 0010 0005 0002 0000 0000 0000 0000 0000 0004
06000.01 0009 0005 0001 0000 0000 0000 0001 0004 0004
08000.01 0011 0004 0001 0000 0000 0000 0000 0002 0001
0a000.01 0011 0009 0004 0001 0000 0000 0004 0004 0004
0e000.01 000a 0004 000a 0004 0000 0000 0001 0000 0004
10000.01 0011 000a 0005 0001 0000 0000 0000 0001 0004
12000.01 0011 000a 000a 0001 0001 0000 0001 0000 0004
14000.01 0011 0011 001a 0002 0002 0000 0001 0002 0004
16000.01 001a 0005 0022 0004 0008 0002 0000 0004 0009
ASCII logging on
RTE Amplitude = 0000 servo clocks. Sector = 005Bh. Trk/2 = B2B3h.
RTE Amplitude = 0000 servo clocks. Sector = 00A4h. Trk/2 = 8EF8h.
RTE Amplitude = 0000 servo clocks. Sector = 00B1h. Trk/2 = 6B3Dh.
RTE Amplitude = 0000 servo clocks. Sector = 0059h. Trk/2 = 4782h.
RTE Amplitude = 0000 servo clocks. Sector = 0052h. Trk/2 = 23C7h.
RTE Amplitude = 0000 servo clocks. Sector = 008Eh. Trk/2 = 000Ch.
All Hds 0-1, All Cyls 00018-16358, Rnd data
EP=0, TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, NPML=0, MRBias=0
Bst/Zap=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=02, Write=40, ID=1E
MROffset Summary
Head 00 (00,01)
Zone0
Retry to find bath using coarse offset
Left Bath = F9B5, Right Bath = FA17 : Pick (F9E6) ( Min/Max AGC DBFF )
Zone1
Retry to find bath using coarse offset
Left Bath = FA03, Right Bath = FA5D : Pick (FA30) ( Min/Max AGC EEFF )
Zone2
Retry to find bath using coarse offset
Left Bath = FA8A, Right Bath = FAE9 : Pick (FAB9) ( Min/Max AGC F3FF )
Zone3
Retry to find bath using coarse offset
Left Bath = FB27, Right Bath = FB88 : Pick (FB57) ( Min/Max AGC F1FF )
Zone4
Retry to find bath using coarse offset
Left Bath = FC0D, Right Bath = FC75 : Pick (FC41) ( Min/Max AGC FAFF )
Zone5
Retry to find bath using coarse offset
Left Bath = FCDC, Right Bath = FD3A : Pick (FD0B) ( Min/Max AGC F6FF )
Zone6
Retry to find bath using coarse offset
Left Bath = FD9A, Right Bath = FDFA : Pick (FDCA) ( Min/Max AGC FCFF )
Zone7
Retry to find bath using coarse offset
Left Bath = FE8B, Right Bath = FEAD : Pick (FE9C) ( Min/Max AGC F7FF )
Zone8
Retry to find bath using coarse offset
Left Bath = FF03, Right Bath = FF7E : Pick (FF40) ( Min/Max AGC D5FF )
Zone9
Retry to find bath using coarse offset
Left Bath = FFCA, Right Bath = FFFE : Pick (FFE4) ( Min/Max AGC FAFF )
ZoneA
Retry to find bath using coarse offset
Left Bath = 0085, Right Bath = 00B9 : Pick (009F) ( Min/Max AGC FBFF )
ZoneB
Retry to find bath using coarse offset
Left Bath = 011D, Right Bath = 014C : Pick (0134) ( Min/Max AGC F7FF )
ZoneC
Retry to find bath using coarse offset
Left Bath = 01EA, Right Bath = 01EC : Pick (01EB) ( Min/Max AGC FAFF )
ZoneD
Retry to find bath using coarse offset
offset unchanged
ZoneE
Retry to find bath using coarse offset
offset unchanged
ZoneF
Retry to find bath using coarse offset
offset unchanged
Zone 10
Retry to find bath using coarse offset
offset unchanged
Head 01 (00,01)
Zone0
Left Bath = F9D5, Right Bath = FA23 : Pick (F9FC) ( Min/Max AGC B1FF )
Zone1
Left Bath = FA1E, Right Bath = FA66 : Pick (FA42) ( Min/Max AGC B5FF )
Zone2
Left Bath = FAA5, Right Bath = FAE7 : Pick (FAC6) ( Min/Max AGC B8FF )
Zone3
Left Bath = FB7A, Right Bath = FBA8 : Pick (FB91) ( Min/Max AGC B8FF )
Zone4
Retry to find bath using coarse offset
Left Bath = FC37, Right Bath = FCA9 : Pick (FC70) ( Min/Max AGC C2FF )
Zone5
Retry to find bath using coarse offset
Left Bath = FD11, Right Bath = FD88 : Pick (FD4C) ( Min/Max AGC C1FF )
Zone6
Retry to find bath using coarse offset
Left Bath = FDC9, Right Bath = FE3B : Pick (FE02) ( Min/Max AGC CCFF )
Zone7
Retry to find bath using coarse offset
Left Bath = FEB4, Right Bath = FF2E : Pick (FEF1) ( Min/Max AGC C4FF )
Zone8
Left Bath = FF6F, Right Bath = FFBD : Pick (FF96) ( Min/Max AGC B1FF )
Zone9
Left Bath = 002E, Right Bath = 003E : Pick (0036) ( Min/Max AGC BAFF )
ZoneA
Left Bath = 00F3, Right Bath = 0113 : Pick (0103) ( Min/Max AGC BFFF )
ZoneB
Left Bath = 016A, Right Bath = 0199 : Pick (0181) ( Min/Max AGC B8FF )
ZoneC
Left Bath = 024E, Right Bath = 0260 : Pick (0257) ( Min/Max AGC BCFF )
ZoneD
Retry to find bath using coarse offset
Left Bath = 030E, Right Bath = 0385 : Pick (0349) ( Min/Max AGC C1FF )
ZoneE
Retry to find bath using coarse offset
Left Bath = 0391, Right Bath = 0405 : Pick (03CB) ( Min/Max AGC C5FF )
ZoneF
Retry to find bath using coarse offset
Left Bath = 0404, Right Bath = 046F : Pick (0439) ( Min/Max AGC C6FF )
Zone 10
Retry to find bath using coarse offset
Left Bath = 04A7, Right Bath = 0514 : Pick (04DD) ( Min/Max AGC CDFF )
End MROffset Summary
All Hds 0-1, All Cyls 00018-16358, Rnd data
EP=0, TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, NPML=0, MRBias=0
Bst/Zap=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=02, Write=40, ID=1E
PLO Phase
Head0 Zone 0 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
0000000000240121007D000400000000000000030003
Zone 1 target = f
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
000000000000002003E004E0003A0000000000110002
Zone 2 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
00000000002E027D0160000E00000000000000080003
Zone 3 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
00000000000000450141001D00000000000000030002
Zone 4 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
0000000000000029008F001D00000000000000020002
Zone 5 target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone 6 target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone 7 target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone 8 target = e
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
00000000000000300107002B00000000000000020002
Zone 9 target = e
0C 0D 0E 0F 10 11 12 13 14 Loops Value
00000000003308610916004E000000000000001B0001
Zone A target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
000000000000001D0139008800000000000000030002
Zone B target = e
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
000000000019021F0125000000000000000000050002
Zone C target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000000000000019027F013800000000000000060002
Zone D target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone E target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone F target = e
Too many R/W errors. Reverted to previous zones value 0002
PLO Phase
Head1 Zone 0 target = f
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
000000000000000000D30151001C0000000000030003
Zone 1 target = f
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
0000000000000026006E002900000000000000010003
Zone 2 target = f
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
00000000000000BC01C7001E00000000000000040003
Zone 3 target = f
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
000000000000002104E703C6000700000000000D0003
Zone 4 target = f
Too many R/W errors. Reverted to previous zones value 0003
Zone 5 target = e
Too many R/W errors. Reverted to previous zones value 0003
Zone 6 target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
00000000000000000018006400180000000000010002
Zone 7 target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone 8 target = e
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
0000000000030260037F001C00000000000000080002
Zone 9 target = e
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
000000000000002C0100003500000000000000020002
Zone A target = e
09 0A 0B 0C 0D 0E 0F 10 11 Loops Value
000000000000000100BB013F00190000000000030002
Zone B target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
00000000000000710183002400000000000000030002
Zone C target = e
09 0A 0B 0C 0D 0E 0F 10 11 Loops Value
000000000000000000D2020A001D0000000000040002
Zone D target = e
09 0A 0B 0C 0D 0E 0F 10 11 Loops Value
0000000000000025018F008000000000000000030003
Zone E target = e
09 0A 0B 0C 0D 0E 0F 10 11 Loops Value
000000000000005F00FD001900000000000000020003
Zone F target = e
09 0A 0B 0C 0D 0E 0F 10 11 Loops Value
000000000000001C0082001A00000000000000010003
EP=0, TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, NPML=0, MRBias=0
Bst/Zap=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=0, ECC 1=0, ECC 0=1
Data=05, Write=40, ID=1E
01B1 Entries:
_____Head___0___________Head___1______
43 0F6A3.003 003 0243 0F6A7.004 004 01
43 0F6A3.004 005 0143 0F6AD.140 140 01
43 0F6A3.000 000 0843 0F6B7.000 000 01
43 0F6A3.002 004 0560 0F6B7.000 000 01
43 0F6A3.001 002 0543 0F6B8.122 122 01
43 0F6A3.009 018 0160 0F6B8.122 122 01
59 0F6A3.000 012 0143 0F6B9.248 248 01
43 0F6A4.000 000 0860 0F6B9.248 248 01
43 0F6A4.001 002 0443 0F6C6.1DA 1DA 01
43 0F6A4.008 00B 0260 0F6C6.1DA 1DA 01
43 0F6A4.003 008 0343 0F6C7.261 261 01
43 0F6A4.005 00C 0160 0F6C7.261 261 01
43 0F6A4.007 012 0143 0F6CC.0D7 0D7 01
43 0F6A4.006 011 0160 0F6CC.0D7 0D7 01
43 0F6A4.00B 018 0143 0F6D0.003 003 01
43 0F6A4.002 00F 0160 0F6D0.003 003 01
59 0F6A4.003 015 0143 0F6DC.000 000 01
43 0F6A5.000 000 0E60 0F6DC.000 000 01
43 0F6A5.001 002 0343 0F6EE.1C8 1C8 01
43 0F6A5.006 00C 0160 0F6EE.1C8 1C8 01
43 0F6A5.00B 012 0143 0F705.000 000 01
43 0F6A5.002 009 0160 0F705.000 000 01
43 0F6A5.009 018 0143 0F70A.1B9 1B9 01
43 0F6A5.007 019 0160 0F70A.1B9 1B9 01
59 0F6A5.000 011 0143 0F6A7.247 248 01
43 0F6A6.001 001 0360 0F6A7.247 248 01
43 0F6A6.007 008 0143 0F6AD.002 002 01
43 0F6A6.000 000 0B60 0F6AD.002 002 01
43 0F6A6.003 007 0243 0F6B8.181 181 01
43 0F6A6.002 00B 0360 0F6B8.181 181 01
43 0F6A6.010 01B 0143 0F6C5.000 000 01
43 0F6A6.004 016 0160 0F6C5.000 000 01
59 0F6A6.000 012 0143 0F6D0.000 000 01
43 0F6A7.005 005 0260 0F6D0.000 000 01
43 0F6A7.001 001 0743 0F6E2.246 246 01
43 0F6A7.000 000 0A60 0F6E2.246 246 01
43 0F6A7.004 00A 0243 0F6E3.227 227 01
43 0F6A7.00C 017 0160 0F6E3.227 227 01
59 0F6A7.000 013 01
43 0F6A8.001 001 03
43 0F6A8.000 000 0A
43 0F6A8.002 009 01
43 0F6A8.006 00F 02
43 0F6A8.005 00E 02
43 0F6A8.004 010 01
43 0F6A8.021 02E 01
43 0F6A8.003 014 01
59 0F6A8.000 00D 01
43 0F6A9.000 000 0C
43 0F6A9.00A 00D 01
43 0F6A9.001 004 06
43 0F6A9.005 011 01
43 0F6A9.007 017 01
43 0F6A9.004 016 01
59 0F6A9.001 013 01
43 0F6AA.000 000 09
43 0F6AA.002 003 04
43 0F6AA.004 006 02
43 0F6AA.001 004 06
43 0F6AA.003 00B 01
59 0F6AA.001 015 01
43 0F6AB.000 000 0E
43 0F6AB.003 006 02
43 0F6AB.001 00D 03
43 0F6AB.002 010 03
59 0F6AB.002 016 01
43 0F6AC.001 001 03
43 0F6AC.000 000 0D
43 0F6AC.005 009 01
43 0F6AC.00A 010 01
43 0F6AC.002 00B 04
59 0F6AC.002 016 01
43 0F6AD.003 003 02
43 0F6AD.000 000 0D
43 0F6AD.005 008 02
43 0F6AD.00B 00F 01
43 0F6AD.004 009 01
43 0F6AD.001 006 02
43 0F6AD.008 013 01
59 0F6AD.000 012 01
43 0F6AE.000 000 09
43 0F6AE.00E 010 01
43 0F6AE.024 027 01
43 0F6AE.005 009 01
43 0F6AE.007 00D 01
43 0F6AE.001 007 02
43 0F6AE.002 00A 01
43 0F6AE.003 00E 04
43 0F6AE.006 013 02
59 0F6AE.003 016 01
43 0F6AF.000 000 08
43 0F6AF.001 002 05
43 0F6AF.005 008 01
43 0F6AF.003 006 01
43 0F6AF.002 005 02
43 0F6AF.014 01B 01
43 0F6AF.013 01C 01
43 0F6AF.009 011 01
43 0F6AF.004 00C 01
43 0F6AF.00C 020 01
59 0F6AF.00C 020 01
43 0F6B0.000 000 11
43 0F6B0.002 007 02
43 0F6B0.005 015 01
43 0F6B0.003 016 01
43 0F6B0.001 013 01
59 0F6B0.001 013 01
43 0F6B1.000 000 0B
43 0F6B1.001 006 05
43 0F6B1.003 00D 02
43 0F6B1.026 031 01
43 0F6B1.002 00C 01
43 0F6B1.004 015 01
59 0F6B1.000 012 01
43 0F6B2.006 006 01
43 0F6B2.004 004 01
43 0F6B2.000 000 0D
43 0F6B2.003 00D 03
43 0F6B2.002 010 01
43 0F6B2.001 011 02
59 0F6B2.001 015 01
43 0F6B3.001 001 06
43 0F6B3.000 000 09
43 0F6B3.003 009 03
43 0F6B3.014 01C 01
43 0F6B3.00A 015 01
43 0F6B3.002 010 01
43 0F6B3.006 016 01
59 0F6B3.000 011 01
43 0F6B4.000 000 08
43 0F6B4.00A 00C 02
43 0F6B4.001 004 07
43 0F6B4.005 00D 01
43 0F6B4.004 00B 02
43 0F6B4.002 00A 01
43 0F6B4.00B 018 01
59 0F6B4.000 011 01
43 0F6B5.000 000 09
43 0F6B5.004 005 03
43 0F6B5.001 002 04
43 0F6B5.00D 019 01
43 0F6B5.003 00F 01
43 0F6B5.008 015 01
43 0F6B5.005 012 01
60 0F6B5.004 014 01
43 0F6B6.000 000 02
60 0F6B6.000 000 02
43 0F6B7.000 000 01
60 0F6B7.000 000 01
43 0F6B8.005 005 01
60 0F6B8.005 005 01
43 0F6B9.000 000 02
60 0F6B9.000 000 02
43 0F6BA.00C 00C 01
60 0F6BA.00C 00C 01
43 0F6BB.001 001 01
60 0F6BB.001 001 01
43 0F6BC.00F 00F 01
60 0F6BC.00F 00F 01
43 0F6BD.000 000 01
60 0F6BD.000 000 01
43 0F6BE.01B 01B 01
60 0F6BE.01B 01B 01
43 0F6BF.000 000 01
60 0F6BF.000 000 01
43 0F6C0.001 001 02
60 0F6C0.001 001 02
43 0F6C1.000 000 01
60 0F6C1.000 000 01
43 0F6C2.001 001 01
60 0F6C2.001 001 01
43 0F6C3.000 000 01
60 0F6C3.000 000 01
43 0F6C4.000 000 02
60 0F6C4.000 000 02
43 0F6C5.000 000 01
60 0F6C5.000 000 01
43 0F6C6.000 000 02
60 0F6C6.000 000 02
43 0F6C7.000 000 02
60 0F6C7.000 000 02
43 0F6C8.003 003 01
60 0F6C8.003 003 01
43 0F6C9.001 001 01
60 0F6C9.001 001 01
43 0F6CA.001 001 01
60 0F6CA.001 001 01
43 0F6CB.004 004 02
60 0F6CB.004 004 02
43 0F6CC.002 002 01
60 0F6CC.002 002 01
43 0F6CD.000 000 02
60 0F6CD.000 000 02
43 0F6CE.028 028 01
60 0F6CE.028 028 01
43 0F6CF.001 001 01
60 0F6CF.001 001 01
43 0F6D0.000 000 02
60 0F6D0.000 000 02
43 0F6D1.000 000 02
60 0F6D1.000 000 02
43 0F6D2.000 000 02
60 0F6D2.000 000 02
43 0F6D3.000 000 02
60 0F6D3.000 000 02
43 0F6D4.005 005 01
60 0F6D4.005 005 01
43 0F6D5.000 000 02
60 0F6D5.000 000 02
43 0F6D6.000 000 02
60 0F6D6.000 000 02
43 0F6D7.000 000 01
60 0F6D7.000 000 01
43 0F6D8.003 003 01
60 0F6D8.003 003 01
43 0F6D9.000 000 02
60 0F6D9.000 000 02
43 0F6DA.000 000 01
60 0F6DA.000 000 01
43 0F6DB.000 000 01
60 0F6DB.000 000 01
43 0F6DC.001 001 01
60 0F6DC.001 001 01
43 0F6DD.000 000 02
60 0F6DD.000 000 02
43 0F6DE.000 000 02
60 0F6DE.000 000 02
43 0F6DF.000 000 02
60 0F6DF.000 000 02
43 0F6E0.000 000 01
60 0F6E0.000 000 01
43 0F6E1.000 000 02
60 0F6E1.000 000 02
43 0F6E2.000 000 02
60 0F6E2.000 000 02
43 0F6E3.003 003 01
60 0F6E3.003 003 01
43 0F6E4.000 000 02
60 0F6E4.000 000 02
43 0F6E5.001 001 01
60 0F6E5.001 001 01
43 0F6E6.000 000 01
60 0F6E6.000 000 01
43 0F6E7.000 000 01
60 0F6E7.000 000 01
43 0F6E8.000 000 01
60 0F6E8.000 000 01
43 0F6E9.003 003 01
60 0F6E9.003 003 01
43 0F6EA.000 000 01
60 0F6EA.000 000 01
43 0F6EB.000 000 01
60 0F6EB.000 000 01
43 0F6EC.000 000 01
60 0F6EC.000 000 01
43 0F6ED.01E 01E 01
60 0F6ED.01E 01E 01
43 0F6EE.000 000 01
60 0F6EE.000 000 01
43 0F6EF.000 000 01
60 0F6EF.000 000 01
43 0F6F0.001 001 01
60 0F6F0.001 001 01
43 0F6F1.000 000 01
60 0F6F1.000 000 01
43 0F6F2.004 004 01
60 0F6F2.004 004 01
43 0F6F3.000 000 01
60 0F6F3.000 000 01
43 0F6F4.002 002 01
60 0F6F4.002 002 01
43 0F6F5.000 000 01
60 0F6F5.000 000 01
43 0F6F6.000 000 01
60 0F6F6.000 000 01
43 0F6F7.005 005 01
60 0F6F7.005 005 01
43 0F6F8.000 000 01
60 0F6F8.000 000 01
43 0F6F9.000 000 01
60 0F6F9.000 000 01
43 0F6FA.001 001 01
60 0F6FA.001 001 01
43 0F6FB.003 003 01
60 0F6FB.003 003 01
43 0F6FC.002 002 01
60 0F6FC.002 002 01
43 0F6FD.000 000 01
60 0F6FD.000 000 01
43 0F6FE.000 000 01
60 0F6FE.000 000 01
43 0F6FF.003 003 01
60 0F6FF.003 003 01
43 0F700.001 001 01
60 0F700.001 001 01
43 0F701.006 006 01
60 0F701.006 006 01
43 0F702.003 003 01
60 0F702.003 003 01
43 0F703.002 002 01
60 0F703.002 002 01
43 0F704.002 002 01
60 0F704.002 002 01
43 0F705.001 001 01
60 0F705.001 001 01
43 0F706.004 004 01
60 0F706.004 004 01
43 0F707.004 004 01
60 0F707.004 004 01
43 0F708.000 000 01
60 0F708.000 000 01
43 0F709.000 000 01
60 0F709.000 000 01
43 0F70A.001 001 01
60 0F70A.001 001 01
43 0F70B.000 000 01
60 0F70B.000 000 01
43 0F70C.000 000 01
60 0F70C.000 000 01
43 0F70D.002 002 01
60 0F70D.002 002 01
60 0F6A3.002 015 01
60 0F6A4.001 013 01
60 0F6A5.000 011 01
60 0F6A6.003 015 01
60 0F6A7.004 018 01
43 0F6A8.01D 031 01
60 0F6A8.01D 031 01
60 0F6A9.001 013 01
60 0F6AA.001 015 01
60 0F6AB.002 016 01
60 0F6AC.000 013 01
60 0F6AD.000 012 01
60 0F6AE.001 00F 01
60 0F6AF.002 014 01
60 0F6B0.000 012 01
43 0F6B1.008 01B 01
60 0F6B1.008 01B 01
43 0F6B2.005 019 01
60 0F6B2.005 019 01
60 0F6B3.001 012 01
60 0F6B4.001 013 01
60 0F6B5.001 010 01
43 0F6B7.002 002 01
60 0F6B7.002 002 01
43 0F6B8.001 001 01
60 0F6B8.001 001 01
43 0F6BA.000 000 01
60 0F6BA.000 000 01
43 0F6BB.003 003 01
60 0F6BB.003 003 01
43 0F6BC.000 000 01
60 0F6BC.000 000 01
43 0F6BD.002 002 01
60 0F6BD.002 002 01
43 0F6BE.000 000 01
60 0F6BE.000 000 01
43 0F6BF.002 002 01
60 0F6BF.002 002 01
43 0F6C1.004 004 01
60 0F6C1.004 004 01
43 0F6C2.003 003 01
60 0F6C2.003 003 01
43 0F6C3.00E 00E 01
60 0F6C3.00E 00E 01
43 0F6C5.001 001 01
60 0F6C5.001 001 01
43 0F6C8.000 000 01
60 0F6C8.000 000 01
43 0F6C9.008 008 01
60 0F6C9.008 008 01
43 0F6CA.005 005 01
60 0F6CA.005 005 01
43 0F6CC.000 000 01
60 0F6CC.000 000 01
43 0F6CE.000 000 01
60 0F6CE.000 000 01
43 0F6CF.002 002 01
60 0F6CF.002 002 01
43 0F6D4.000 000 01
60 0F6D4.000 000 01
43 0F6D7.001 001 01
60 0F6D7.001 001 01
43 0F6D8.000 000 01
60 0F6D8.000 000 01
43 0F6DA.002 002 01
60 0F6DA.002 002 01
43 0F6DB.004 004 01
60 0F6DB.004 004 01
43 0F6DC.003 003 01
60 0F6DC.003 003 01
43 0F6E0.01F 01F 01
60 0F6E0.01F 01F 01
43 0F6E3.002 002 01
60 0F6E3.002 002 01
ASCII logging off
EP=0, TA=0, HiGain=1, OTRd=0, Early Rd=0, Splash=1, Reload=1, NPML=1, MRBias=1
Bst/Zap=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=40, Write=40, ID=1E
Power Cycling
EP=1, TA=1, HiGain=1, OTRd=1, Early Rd=0, Splash=1, Reload=1, NPML=1, MRBias=1
Bst/Zap=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=FF, Write=80, ID=FF
ASCII logging on
(SN: 5JVKR1G1)
.PW
ASCII logging off
.255
Channel Srvo Table
Head Addr VGASATTTap5Tap6Tap3Tap7Tap2Tap8Tap9RATT XDC
00 F7F2 AA 02 5C BB 90 98 87 91 79 41 61
01 F808 64 02 88 9C 8A C0 90 63 9F 41 5E
Power Cycling
OkEnd Test 02
Begin Test 23
ASCII logging on
Not Power Cycling
EP=1, TA=1, HiGain=1, OTRd=1, Early Rd=0, Splash=1, Reload=1, NPML=1, MRBias=1
Bst/Zap=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=FF, Write=80, ID=FF
( 33 C )Too cold, do random seek
( 34 C )Too cold, do random seek
( 35 C )Too cold, do random seek
( 37 C )Too cold, do random seek
( 38 C )Too cold, do random seek
( 39 C )Too cold, do random seek
( 40 C )Too cold, do random seek
( 41 C )Too cold, do random seek
( 41 C )Too cold, do random seek
( 42 C )Too cold, do random seek
( 43 C )Too cold, do random seek
( 43 C )Too cold, do random seek
Step #1 - Failed to Read BootAdaptive
Power Cycling
ASCII logging off
AbEnd Test 23
Begin Test 03
ASCII logging on
OkEnd Test 4D
Begin Test 4D
ASCII logging off
ASCII logging on
Not Power Cycling
ASCII logging off
ASCII logging on
Fail Log Summary .....
Cum Health = 6008
Log 01 - Health 6008
Log 02 - Health 6008
Log 23 - Health 2000
Code - 43Track 0F6A7.0.167Sns 17BRty FFFF.20.20FFRtf 1862LBA 0917860D
Code - 43Track 0F6A8.0.134Sns 148Rty FFFF.20.20FFRtf 1862LBA 0917860D
Code - 43Track 0F6A9.0.123Sns 137Rty FFFF.20.20FFRtf 1862LBA 0917860D
Code - 43Track 0F6AB.0.100Sns 114Rty FFFF.20.20FFRtf 1862LBA 0917860D
Code - 43Track 0F6AC.0.000Sns 013Rty FFFF.20.20FFRtf 1862LBA 0917860D
=====================================================================
=====================================================================
Scanning Log 8 .... No log on disk
=====================================================================
Scanning Log 31 .... No log on disk
=====================================================================
Scanning Log 32 .... No log on disk
=====================================================================
Scanning Log 33 .... No log on disk
=====================================================================
Scanning Log 34 .... No log on disk
=====================================================================
Scanning Log 3A .... No log on disk
=====================================================================
=====================================================================
Head #Defect #Align radial defect(%)EC59 EC60
0 . . . .
1 . . . .
=====================================================================
Power Cycling
ASCII logging off
OkEnd Test 4D
Begin Test 39
ASCII logging on
ASCII logging off
OkEnd Test 39
Begin Test 22
ASCII logging on
Not Power Cycling
No log on disk
The average VGA amplitude for zone 0 head 0 is EA.ATTR = 1
The delta of VGA amplitudes for Zone 0 head 0 exceeds the limit (80)
The average VGA amplitude for zone 0 head 1 is EB.ATTR = 1
The delta of VGA amplitudes for Zone 0 head 1 exceeds the limit (80)
The average VGA amplitude for zone 9 head 0 is F1.ATTR = 1
The delta of VGA amplitudes for Zone 9 head 0 exceeds the limit (80)
The average VGA amplitude for zone 9 head 1 is E4.ATTR = 1
The delta of VGA amplitudes for Zone 9 head 1 exceeds the limit (80)
The average VGA amplitude for zone F head 0 is FE.ATTR = 1
The delta of VGA amplitudes for Zone F head 0 exceeds the limit (80)
The average VGA amplitude for zone F head 1 is FE.ATTR = 1
The delta of VGA amplitudes for Zone F head 1 exceeds the limit (80)
Power Cycling
ASCII logging off
AbEnd Test 22
Begin Test 4E
ASCII logging on
Not Power Cycling
ASCII logging off
ASCII logging on
Log 02 - Health 6008 - HlthDtl 0000 - Time = 00:41:30 Log Type = 01
Log 23 - Health 2000 - HlthDtl 0000 - Time = 00:18:00 Log Type = 01
Log 03 - No Log on Disk
Log 73 - No Log on Disk
Log 04 - No Log on Disk
Log 05 - No Log on Disk
Log 06 - No Log on Disk
Log 07 - No Log on Disk
Log 0F - No Log on Disk
Log 10 - No Log on Disk
Log 11 - No Log on Disk
Log 12 - No Log on Disk
Log 13 - No Log on Disk
Log 14 - No Log on Disk
Log 15 - No Log on Disk
Log 16 - No Log on Disk
Log 17 - No Log on Disk
Log 18 - No Log on Disk
Log 19 - No Log on Disk
Log 1A - No Log on Disk
Log 1B - No Log on Disk
Log 1C - No Log on Disk
Log 1D - No Log on Disk
Log 1E - No Log on Disk
Log 2A - No Log on Disk
Log 1F - No Log on Disk
Log 2F - No Log on Disk
Log 0B - No Log on Disk
Log 09 - No Log on Disk
Log 58 - No Log on Disk
Log 08 - No Log on Disk
Log 0A - No Log on Disk
Log 72 - No Log on Disk
Log 0C - No Log on Disk
Log 0E - No Log on Disk
Log 0D - No Log on Disk
Log 40 - No Log on Disk
Log 31 - No Log on Disk
Log 32 - No Log on Disk
Log 33 - No Log on Disk
Log 34 - No Log on Disk
Log 36 - No Log on Disk
Log 37 - No Log on Disk
Log 26 - No Log on Disk
Log 3A - No Log on Disk
Log 38 - No Log on Disk
Log 68 - No Log on Disk
Log 69 - No Log on Disk
Code - 43Track 0F6AB.0.111Sns 125Rty FFFF.20.20FFRtf 1862LBA 0953392C
3B: Log Read Not OK
Code - 43Track 0F6AC.0.000Sns 013Rty FFFF.20.20FFRtf 1862LBA 0953392C
3C: Log Read Not OK
Log 3D - No Log on Disk
Log 3E - No Log on Disk
Log 3F - No Log on Disk
Log 43 - No Log on Disk
Log 20 - No Log on Disk
Log 47 - No Log on Disk
Log 4B - No Log on Disk
Log 48 - No Log on Disk
Log 41 - No Log on Disk
Log 27 - No Log on Disk
Log 49 - No Log on Disk
Log 4A - No Log on Disk
Log 4D - Health 0000 - HlthDtl 0000 - Time = 00:00:39 Log Type = 01
Log 39 - Health 0000 - HlthDtl 0000 - Time = 00:00:04 Log Type = 01
Log 22 - Health 1004 - HlthDtl 0003 - Time = 00:00:08 Log Type = 01
Log 61 - No Log on Disk
Log 28 - No Log on Disk
Log 62 - No Log on Disk
Log 29 - No Log on Disk
Log 63 - No Log on Disk
Log 59 - No Log on Disk
Log 56 - No Log on Disk
Log 6F - No Log on Disk
Total Cert Time = 01:00:21
ASCII logging off
Power Cycling
AbEnd Test 4E
T> 0头挂了，1头也有点不良，先砍0头做自校试试吧 楼上的朋友,从哪里能看出上0头挂了?
我继检后又被停了.4E的内容里有这几行:
og 16 - Health 0000 - HlthDtl 0000 - Time = 00:03:55 Log Type = 01
Code - 43Track 0F6A8.0.0D5Sns 0E9Rty FFFF.20.20FFRtf 1822LBA 0953392C
17: Log Read Not OK
Code - 43Track 0F6A8.0.0F0Sns 104Rty FFFF.20.20FFRtf 1862LBA 0953392C
18: Log Read Not OK
Code - 43Track 0F6A8.0.105Sns 119Rty FFFF.20.20FFRtf 1822LBA 0953392C
19: Log Read Not OK
Code - 43Track 0F6A8.0.123Sns 137Rty FFFF.20.20FFRtf 1862LBA 0953392C
1A: Log Read Not OK
Code - 43Track 0F6A8.0.135Sns 149Rty FFFF.20.20FFRtf 1822LBA 0953392C
1B: Log Read Not OK
Log 1C - Health 0000 - HlthDtl 0000 - Time = 00:04:10 Log Type = 01
Code - 43Track 0F6A8.0.167Sns 17BRty FFFF.20.20FFRtf 1862LBA 0953392C
1D: Log Read Not OK
Log 1E - Health 0000 - HlthDtl 0000 - Time = 00:04:15 Log Type = 01
Log 2A - Health 0000 - HlthDtl 0000 - Time = 00:03:36 Log Type = 01
Code - 43Track 0F6A8.0.195Sns 1A9Rty FFFF.20.20FFRtf 1822LBA 0953392C
1F: Log Read Not OK Code - 43Track 0F6A8.0.167
就是0头磁道错误的意思
也可以按楼上说的换3.54的固件跑试试，有一定的几率修好。
页:
[1]