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楼主 |
发表于 2008-10-5 16:22:18
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又是F转T的问题
sk reset
1024k x 16 buffer detected
F>
T>
T>#
Enter Drive S/N
Enter Packwriter S/N
Missing Critical Parameter
Code - FB Track 00018.0.20E Sns 204 Rty F7FF.FF.80FF Rtf 1800 LBA 00000000
T>
T>
Age Typ Hds Lent Loopcnt TrkGn Thld Grey Intg TrkOfst SpnIntg
60 20 0 0000 0000000 0028 0013A0 1040 0000 055F
N50,,22
T>#
Enter Drive S/N 5JX91MLV
Enter Packwriter S/N 5JX91MLV
T>N2,,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 01 Head 00 adaptives set to defaults
Zone 02 Head 00 adaptives set to defaults
Zone 03 Head 00 adaptives set to defaults
Zone 04 Head 00 adaptives set to defaults
Zone 05 Head 00 adaptives set to defaults
Zone 06 Head 00 adaptives set to defaults
Zone 07 Head 00 adaptives set to defaults
Zone 08 Head 00 adaptives set to defaults
Zone 09 Head 00 adaptives set to defaults
Zone 0A Head 00 adaptives set to defaults
Zone 0B Head 00 adaptives set to defaults
Zone 0C Head 00 adaptives set to defaults
Zone 0D Head 00 adaptives set to defaults
Zone 0E Head 00 adaptives set to defaults
Zone 0F Head 00 adaptives set to defaults
Head Mask 0000 -
Read Bias - Head 0 1 2 3
B
HiTemp Bias Head 0 1 2 3
B
Head Mask 0000 - Switch to full int.
Spin Ready
Calibrating Physical Track 0 on heads 0 thru 0
Calibrating Head 0 ...
GC Seek Error 2 !!!
!!! Adaptives corrupt !!!
AbEnd Test 02
T>/8
8>C20
(SN: 5JX91MLV)
8>/T
T>N2,,22
T>Begin Test 02
ASCII logging on
Not Power Cycling
Not Power Cycling
Zone 00 Head 00 adaptives set to defaults
Zone 01 Head 00 adaptives set to defaults
Zone 02 Head 00 adaptives set to defaults
Zone 03 Head 00 adaptives set to defaults
Zone 04 Head 00 adaptives set to defaults
Zone 05 Head 00 adaptives set to defaults
Zone 06 Head 00 adaptives set to defaults
Zone 07 Head 00 adaptives set to defaults
Zone 08 Head 00 adaptives set to defaults
Zone 09 Head 00 adaptives set to defaults
Zone 0A Head 00 adaptives set to defaults
Zone 0B Head 00 adaptives set to defaults
Zone 0C Head 00 adaptives set to defaults
Zone 0D Head 00 adaptives set to defaults
Zone 0E Head 00 adaptives set to defaults
Zone 0F Head 00 adaptives set to defaults
Head Mask 0000 -
Read Bias - Head 0 1 2 3
B
HiTemp Bias Head 0 1 2 3
B
Head Mask 0000 - Switch to full int.
Spin Ready
Calibrating Physical Track 0 on heads 0 thru 0
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 - 00BE8 1100 (044C) 683.439
Zone 01: 00BE9 - 027FE 1056 (0420) 666.63
Zone 02: 027FF - 04707 1026 (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 = 04A96402
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 0-0, 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 0055 0002 0009 0010 0004 0005 0001 0001 0001
02000.00 0049 0002 0004 000a 0001 0011 0001 0005 0001
04000.00 0041 0005 0004 000a 0000 0001 000a 0001 0004
06000.00 0034 0005 0009 0009 0001 0001 0000 0002 0001
08000.00 0034 0005 0004 0009 0001 0004 0009 0000 0001
0a000.00 0029 0008 0004 0001 0000 0004 0004 0001 0001
0e000.00 0029 0005 0009 0004 0000 0004 0001 0005 0001
10000.00 0029 0005 0010 0005 0000 0009 0001 0002 0001
12000.00 0020 0004 0009 0005 0000 0004 0004 0010 0001
14000.00 0029 0005 0011 0005 0001 0011 0009 0001 0001
16000.00 002d 0002 001d 0005 0005 000a 0004 0001 0001
RTE Amplitude = 0006 servo clocks. Sector = 00BDh. Trk/2 = B2B3h.
RTE Amplitude = 0005 servo clocks. Sector = 00B7h. Trk/2 = 8EF8h.
RTE Amplitude = 0004 servo clocks. Sector = 00B4h. Trk/2 = 6B3Dh.
RTE Amplitude = 0004 servo clocks. Sector = 00ADh. Trk/2 = 4782h.
RTE Amplitude = 0003 servo clocks. Sector = 00ADh. Trk/2 = 23C7h.
RTE Amplitude = 0003 servo clocks. Sector = 00ACh. 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 VGA SATT Tap5 Tap6 Tap3 Tap7 Tap2 Tap8 Tap9 RATT XDC
00 F7F2 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 10800000 BER 03000000
Adjust ATTR 01 VGAS 49 VGAR f6 FREQR 94 Read 0047
MRASYM 80 10800000 BER 03000000
MRASYM 80 10800000 BER 03000000 hold
Zone 8 [0000D9A3.0,FC64,0264,C0]
Retry to find bath using coarse offset
[0000D9C3.0,FB64,0364,EF]
Left Bath = FFC6, Right Bath = 001D : Pick (FFF1) ( Min/Max AGC DEFF )
Zone 9 [0000ECE2.0,FD05,0305,C0]
Retry to find bath using coarse offset
[0000ED02.0,FC05,0405,F1]
Left Bath = 0061, Right Bath = 00CC : Pick (0096) ( Min/Max AGC DFFF )
Test 0000e33a.00 108061c4 BER 03000758
Zone 0 [00000020.0,F689,FC89,C0]
Left Bath = FA40, Right Bath = FA75 : Pick (FA5A) ( Min/Max AGC BBFF )
Zone 1 [00000BF1.0,F6D4,FCD4,C0]
Retry to find bath using coarse offset
[00000C11.0,F5D4,FDD4,E0]
Left Bath = FA51, Right Bath = FAD0 : Pick (FA90) ( Min/Max AGC C1FF )
Test 00000bc8.00 00885294 BER 03002ffd
Test 00000bc8.00 008e9878 BER 02002ffd
Test 0000e33a.00 0081259c BER 030018bc
Adjust ATTR 01 VGAS 46 VGAR c2 FREQR 77 Read 0043 SRVTEST 41 Read 0043
fail lower limit
MRASYM 80 00818142 BER 030011e0
MRASYM 84 00818489 BER 0300211d hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 5a 088374c0 BER 03000000 adapt
XDCTAP 6d 08837150 BER 03000000 hold
CUTOFF Lower 0022 Upper 013b Step 0003 Right 18 Mask 0008
Default 0127 0881716e BER 03000000
Floor 0 00 ffffffff 007fffff
Left 0 0022 1080749c
Middle 0 0116 0881c046
Right 0 013b 0882c392
Lowest 0 0022 1080749c
Restore 0127 0881e31d BER 03000000
SV TAP5 Lower 0020 Upper 00df Step 0006 Right 1f Mask 1000
Default 005c 08827799 BER 03000000
Floor 0 00 ffffffff 007fffff
Left 0 0020 0882c056
Middle 0 007f 10807adc
Right 0 00df 108151b2
Lowest 0 0020 0882c056
Restore 005c 10815b1d BER 03000000
08828766 BER 03000000 _ATT 01 VGAS 4d VGAR 64 FREQR 86 Taps frozen read adapt
Current Tap Weight 00003178 diff ffffce88 tap limits
1080c05c BER 03000000 _ATT 01 VGAS 4c VGAR 61 FREQR 85 Taps frozen read adapt
Current Tap Weight 000000d2 diff 000030a6 tap limits
0881a719 BER 03000000 _ATT 01 VGAS 46 VGAR 5f FREQR 68 Taps frozen read adapt
Current Tap Weight 0000017f diff ffffff53 Save servo Force servo update
Dbck Default DATA load
Test 0000e33a.00 10805e97 BER 030005f9
Ratio 0001
Zone 8 [0000D9A3.0,FCF1,02F1,C0]
Retry to find bath using coarse offset
[0000D9C3.0,FBF1,03F1,F2]
Left Bath = FFB5, Right Bath = 0021 : Pick (FFEB) ( Min/Max AGC E2FF )
Zone 9 [0000ECE2.0,FD96,0396,C0]
Retry to find bath using coarse offset
[0000ED02.0,FC96,0496,F0]
Left Bath = 0064, Right Bath = 00D0 : Pick (009A) ( Min/Max AGC E2FF )
HiTemp Bias BackOff Head 0 1 2 3
B
Media 0000
Adapt Data Zone 00
Test 00000600.00 00800000 BER 02000fff
Test 00000600.00 00096ccc BER 00000fff
Adapt Data 00000600.00
Dbck DATA load
NPML 00
Test 00000038.00 00855930 BER 03002552
Test 00000600.00 02906d3a BER 02002ffd
Check ATTR 01 VGAS 52 VGAR 9d FREQR 86 Read 0043 within VGAR FREQR
MRASYM 80 000c4a90 BER 00000fff
MRASYM 80 008849a3 BER 0300286c hold
OD OFST Lower f9fa Upper fab9 Step 0006 Right 1f Mask 4340
Default fa5a 0081ca57 BER 03002034
Floor 1 0d 0003de99 0003de99
Left 1 fa42 0000d8fb
Middle 1 fa71 000ce7db
Right 1 faa1 0001ddfd
Lowest 1 fa42 0000d8fb
Curve fa8a 0001e51f
New fa71 0087000e BER 030022a1
Check ATTR 01 VGAS 51 VGAR a5 FREQR 7e Read 0043 within VGAR FREQR
Test 00000600.00 000bd863 BER 00000fff
Noise target 00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000 Upper 001b Step 0001 Right 1b Mask 0342
Default 000e 00839c1e BER 03001926
Floor 1 06 000ab81b 000b48d8
Left 1 0017 000a7abe
Middle 1 0018 000ab253
Right 1 001a 000a8a34
Lowest 1 0017 000a7abe
Curve Size Bathtub
New 0018 0007c4f7 BER 00000fff AUTO
Test 00000600.00 00084fee BER 00000fff
MRASYM 80 0007f0ed BER 00000fff
MRASYM 80 008a0efe BER 01002bc4 hold
PRECOMP Lower 0000 Upper 000a Step 0001 Right 0a Mask 0004
Default 0000 0007fed4 BER 00000fff
Floor 1 08 00058879 000667cc
Left 1 0009 00057919
Middle 1 0009 00057919
Right 1 000a 00058879
Lowest 1 0009 00057919
Curve Size Bathtub
New 0009 00059941 BER 00000fff
Test 00000600.00 0005e077 BER 00000fff
XDCTAP 90 0005e7d5 BER 00000fff adapt
XDCTAP 73 0005f0e8 BER 00000fff hold
CUTOFF Lower 0327 Upper 040e Step 0002 Right 10 Mask 0348
Default 0336 0005d52d BER 00000fff
Floor 1 08 0005c575 00060519
Left 1 0327 0005ac49
Middle 1 032b 0005ba6e
Right 1 0331 0005c243
Lowest 1 032d 00059ae2
New 032b 00059bb4 BER 00000fff AUTO
BOOST Lower 0000 Upper 0016 Step 0001 Right 16 Mask 0360
Default 0009 0007862a BER 00000fff
Floor 1 14 00091e7b 00091e7b
Left 1 0005 0008f790
Middle 1 000c 000718a8
Right 1 0013 0008f12a
Lowest 1 000c 000718a8
Curve 0005 0008f790
New 000c 02058860 BER 00000fff
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 0350
Default 000a 000ebcfe BER 00000cda
Floor 1 10 000fa507 000fa507
Left 1 0006 000e8542
Middle 1 000a 000dbba1
Right 1 000e 000f0d02
Lowest 1 0009 000daefa
Curve 0009 000daefa
New 000a 000df52b BER 00000677 AUTO
OD OFST Lower fa3c Upper faa7 Step 0004 Right 1a Mask 4340
Default fa71 0081bb44 BER 03001d7d
Floor 1 0d 0002e686 0002e686
Left 1 fa70 0001a22e
Middle 1 fa87 00012dd5
Right 1 fa9f 00014307
Lowest 1 fa84 00012dd5
Curve fa90 0001c8f7
New fa87 0081c375 BER 030025ad
CUTOFF Lower 0327 Upper 0331 Step 0001 Right 0a Mask 0348
Default 032b 00065bc3 BER 00000fff
Floor 1 02 000629db 000629db
Left 1 032a 0005e640
Middle 1 032a 0005e640
Right 1 032b 00061c61
Lowest 1 032a 0005e640
New 032a 02065359 BER 00000fff
BOOST Lower 0004 Upper 0014 Step 0001 Right 10 Mask 0360
Default 000c 0008a0ad BER 00000fff
Floor 1 07 0009d4eb 0009d4eb
Left 1 000a 00092fc6
Middle 0 000e 02088c9e
Right 1 0013 000951cb
Lowest 1 000b 0008ae18
Curve 000e 02088c9e
Restore 000c 020663fa BER 00000fff
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 0350
Default 000a 0010a12c BER 00000fff
Floor 1 0d 0011c02a 0011c02a
Left 1 0006 00117de8
Middle 1 000a 000f8988
Right 1 000e 001156e8
Lowest 1 000b 000ef3f3
Curve 0000 0014d171
New 000a 000ee07d BER 00000a35 AUTO
Noise target 00000000
Dbck Noise OFF
Check ATTR 01 VGAS 51 VGAR 92 FREQR 85 Read 0043 within VGAR FREQR
MRASYM 80 020667b5 BER 00000fff
MRASYM 82 008c25e2 BER 010023f9 update 82 adapt
Test 00000600.00 00060c6f BER 00000fff
MRASYM 82 0005a317 BER 00000fff
MRASYM 7e 0005d427 BER 00000fff hold
NPML 03 0005b6b5 BER 00000fff NPML update
NPML 03 000de328 BER 00000fff
MRASYM 82 000e00c7 BER 00000fff
MRASYM 80 000dc71d BER 00000fff update 80 adapt
BETTER UPDATE TAPS
[00000038,0,FA27,FAE7, 1, 2] ->Min=07FF(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
[0000003C,0,FA27,FAE7, 1, 2] ->Min=07FF(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
[00000040,0,FA27,FAE7, 1, 2] ->Min=07FF(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
[00000044,0,FA27,FAE7, 1, 2] ->Min=07FF(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
[00000048,0,FA27,FAE7, 1, 2] ->Min=07FF(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
[0000004C,0,FA27,FAE7, 1, 2] ->Min=07FF(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
[00000050,0,FA27,FAE7, 1, 2] ->Min=07FF(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
[00000054,0,FA27,FAE7, 1, 2] ->Min=07FF(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
[00000058,0,FA27,FAE7, 1, 2] ->Min=07FF(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
No good samples - retain current offset FA87
Dbck DATA save
Media 0000
Adapt Servo Zone 08
Adapt Servo 0000e33a.00
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.00 10816800 BER 03000fff
Adjust ATTR 01 VGAS 4d VGAR c2 FREQR 80 Read 0043 SRVTEST 41 Read 0043
fail lower limit
MRASYM 80 1080d043 BER 03001779
MRASYM 7f 1080ad97 BER 030005bc hold
Test 0000e33a.00 1080f000 BER 0300053e
Test 00000bc8.00 000da460 BER 00000fff
Test 00000bc8.00 000d2daf BER 00000fff
RDBIAS Lower 0003 Upper 000b Step 0001 Right 08 Mask 2000
Default 000b 000d5127 BER 00000fff
Adjust 0003 0013fe87 BER 00000fff
Adjust 0004 0012e089 BER 00000fff
Adjust 0005 00116354 BER 00000fff
Adjust 0006 00104dfc BER 00000fff
Adjust 0007 000f9c51 BER 00000fff
Adjust 0008 000e99d6 BER 00000fff
Adjust 0009 000dfd6d BER 00000fff
Adjust 000a 000e1dcd BER 00000fff
Adjust 000b 000ded14 BER 00000fff
Floor 1 09 000ded14 001016fb
Left 1 000b 000ded14
Middle 1 000b 000ded14
Right 1 000b 000ded14
Lowest 1 000b 000ded14
Curve Size Bathtub
New 000b 000dd3ba BER 00000fff
RdBias Upper 000b Lower 0003 Step 0001
SPT 044c Revs 00de
RdBias 0b VGAR 92 DeciLog OTF 00.0 Raw 00.0
RdBias 0a VGAR 96 DeciLog OTF 00.0 Raw 00.0
RdBias 0b VGAR 94 DeciLog OTF 00.0 Raw 00.0
Test 0000e33a.00 1080420b BER 03000fff
Adjust ATTR 01 VGAS 4c VGAR bf FREQR a2 Read 0043 SRVTEST 41 Read 0043
fail lower limit
MRASYM 80 10811c16 BER 030013ae
MRASYM 7f 10811c1f BER 03001920 hold
Dbck Default DATA load
Test 0000e33a.00 108105fe BER 0300195f
Ratio 0000
Adapt Servo 0000e35a.00
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e35a.00 10808b06 BER 03000097
Adjust ATTR 01 VGAS 4d VGAR c2 FREQR 82 Read 0043 SRVTEST 41 Read 0043
fail lower limit
MRASYM 80 108025d2 BER 030001f8
MRASYM 7f 1080fcbd BER 030001e1 hold
Test 0000e35a.00 0083adda BER 030021f4
Test 00000bc8.00 000df3c4 BER 00000fff
Test 00000bc8.00 000d22cd BER 00000fff
RDBIAS Lower 0003 Upper 000b Step 0001 Right 08 Mask 2000
Default 000b 000d6239 BER 00000fff
Adjust 0003 0014276d BER 00000fff
Adjust 0004 0012d109 BER 00000fff
Adjust 0005 00116157 BER 00000fff
Adjust 0006 00104034 BER 00000fff
Adjust 0007 000f40b6 BER 00000fff
Adjust 0008 000ee978 BER 00000fff
Adjust 0009 000e40d4 BER 00000fff
Adjust 000a 000da01d BER 00000fff
Adjust 000b 000d9819 BER 00000fff
Floor 1 09 000d9819 001006cd
Left 1 000b 000d9819
Middle 1 000b 000d9819
Right 1 000b 000d9819
Lowest 1 000b 000d9819
Curve Size Bathtub
New 000b 000da4ef BER 00000fff
RdBias Upper 000b Lower 0003 Step 0001
SPT 044c Revs 00de
RdBias 0b VGAR 9c DeciLog OTF 00.0 Raw 00.0
RdBias 0a VGAR 9b DeciLog OTF 00.0 Raw 00.0
RdBias 0b VGAR 9f DeciLog OTF 00.0 Raw 00.0
Test 0000e35a.00 1080aa61 BER 03000f49
Adjust ATTR 01 VGAS 4d VGAR c0 FREQR 81 Read 0043 SRVTEST 41 Read 0043
fail lower limit
MRASYM 80 10806b27 BER 03000bd6
MRASYM 80 108038bb BER 03000356 hold
Dbck Default DATA load
Test 0000e35a.00 008ce8f2 BER 03003399
Ratio 0000
Adapt Servo 0000e37a.00
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e37a.00 0280bd66 BER 030021ef
Adjust ATTR 01 VGAS 53 VGAR ba FREQR 80 Read 0043 SRVTEST 41 Read 0043
fail lower limit
MRASYM 80 0081945d BER 03001ae6
MRASYM 7f 10811f48 BER 030018e2 hold
Test 0000e37a.00 10807172 BER 03001a60
Test 00000bc8.00 000dda96 BER 00000fff
Test 00000bc8.00 000d7e4d BER 00000fff
RDBIAS Lower 0003 Upper 000b Step 0001 Right 08 Mask 2000
Default 000b 000d8c74 BER 00000fff
Adjust 0003 00138bb2 BER 00000fff
Adjust 0004 00130ae2 BER 00000fff
Adjust 0005 0010afd0 BER 00000fff
Adjust 0006 00102ce1 BER 00000fff
Adjust 0007 0010092c BER 00000fff
Adjust 0008 000e85b9 BER 00000fff
Adjust 0009 000e27f3 BER 00000fff
Adjust 000a 000d9ba8 BER 00000fff
Adjust 000b 000d6694 BER 00000fff
Floor 1 09 000d6694 000fe87b
Left 1 000b 000d6694
Middle 1 000b 000d6694
Right 1 000b 000d6694
Lowest 1 000b 000d6694
Curve Size Bathtub
New 000b 000e249c BER 00000fff
RdBias Upper 000b Lower 0003 Step 0001
SPT 044c Revs 00de
RdBias 0b VGAR 9b DeciLog OTF 00.0 Raw 00.0
RdBias 0a VGAR a5 DeciLog OTF 00.0 Raw 00.0
RdBias 0b VGAR a0 DeciLog OTF 00.0 Raw 00.0
Test 0000e37a.00 0083dd3a BER 030017b3
Adjust ATTR 01 VGAS 54 VGAR b2 FREQR 7f Read 0043 SRVTEST 41 Read 0043
fail lower limit
MRASYM 80 0093939d BER 01002ffd
MRASYM 82 108074a4 BER 030011a0 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 6d 0883ccfc BER 03000000 adapt
XDCTAP 76 0883d3a5 BER 03000000 hold
CUTOFF Lower 0022 Upper 013b Step 0003 Right 18 Mask 0008
Default 0127 0883c092 BER 03000000
Floor 0 00 ffffffff 007fffff
Left 0 0022 1080b71b
Middle 0 0116 1080cd04
Right 0 013b 088202c0
Lowest 0 0022 1080b71b
Restore 0127 0883e9db BER 03000000
SV TAP5 Lower 0020 Upper 00df Step 0006 Right 1f Mask 1000
Default 005c 08826807 BER 03000000
Floor 0 00 ffffffff 007fffff
Left 0 0020 1080d67d
Middle 0 007f 08836194
Right 0 00df 0881dcf7
Lowest 0 0020 1080d67d
Restore 005c 1080c061 BER 03000000
108054dd BER 03000000 _ATT 01 VGAS 4e VGAR 5e FREQR 6e Taps frozen read adapt
Current Tap Weight 00001f09 diff ffffe0f7 tap limits
0881ffa8 BER 03000000 _ATT 01 VGAS 4e VGAR 62 FREQR 84 Taps frozen read adapt
Current Tap Weight 000000a1 diff 00001e68 tap limits
0883090d BER 03000000 _ATT 01 VGAS 4e VGAR 5c FREQR 84 Taps frozen read adapt
Current Tap Weight 0000015c diff ffffff45 Save servo Force servo update
Dbck Default DATA load
Test 0000e37a.00 0093397b BER 01002ffd
Ratio 0000
Zone 8 [0000D9A3.0,FCEB,02EB,C0]
Retry to find bath using coarse offset
[0000D9C3.0,FBEB,03EB,EF]
Left Bath = FFB5, Right Bath = 0025 : Pick (FFED) ( Min/Max AGC D8FF )
Zone 9 [0000ECE2.0,FD9A,039A,C0]
Retry to find bath using coarse offset
[0000ED02.0,FC9A,049A,EE]
Left Bath = 005A, Right Bath = 00D1 : Pick (0095) ( Min/Max AGC E1FF )
HiTemp Bias BackOff Head 0 1 2 3
B
Media 0000
Channel Srvo Table
Head Addr VGA SATT Tap5 Tap6 Tap3 Tap7 Tap2 Tap8 Tap9 RATT XDC
00 F7F2 5C 02 5C 8C 7E BC 7B 58 A9 41 76
Adapt Data Zone 08
Test 0000e33a.00 008ff488 BER 02001ffe
Test 0000e33a.00 00807ec3 BER 02001b07
Test 0000e35a.00 008001c9 BER 02001097
Test 0000e35a.00 00800000 BER 03000fff
Test 0000e37a.00 0087eb1a BER 0100202b
Test 0000e37a.00 00800000 BER 02000fff
Test 0000e39a.00 00800000 BER 03000000
Test 0000e39a.00 00800000 BER 02000fff
Adapt Data 0000e39a.00
Dbck DATA load
NPML 00
Test 0000da1b.00 1080d69e BER 03001373
Test 0000e39a.00 008ed1d5 BER 030023d0
Check ATTR 01 VGAS 4d VGAR b0 FREQR 83 Read 0043 within VGAR FREQR
MRASYM 80 0097825b BER 010023d7
MRASYM 86 009247de BER 02003ffc update 86 hold
OD OFST Lower ff8d Upper 004c Step 0006 Right 1f Mask 4340
Default ffed 008a5ad1 BER 02002e4d
Floor 1 0a 00017bfa 00017bfa
Left 1 ffd5 00015841
Middle 1 fff2 00014ed4
Right 1 0010 0000ffb6
Lowest 1 fff3 0000d06e
Curve ffdb 0002327b
New fff2 00811f59 BER 030011b4
Check ATTR 01 VGAS 4e VGAR b6 FREQR 84 Read 0043 within VGAR FREQR
Test 0000e39a.00 0081d380 BER 030024d2
Noise target 00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000 Upper 001b Step 0001 Right 1b Mask 0342
Default 000e 0086196b BER 03002ffd
Floor 1 05 000ae8fe 000b8063
Left 1 001a 000ab90b
Middle 1 001a 000ab90b
Right 1 001b 000a67bd
Lowest 1 001b 000a67bd
Curve Size Bathtub
New 001a 0008cc1b BER 00000fff AUTO
Test 0000e39a.00 0008a35d BER 00000fff
MRASYM 86 0008b6ed BER 00000fff
MRASYM 84 00088df2 BER 00000fff update 84 hold
PRECOMP Lower 0000 Upper 000a Step 0001 Right 0a Mask 0004
Default 0003 0290c7a5 BER 010025a0
Floor 1 09 00081382 00081382
Left 1 0004 0008120d
Middle 0 0006 020734a2
Right 1 0009 0006905b
Lowest 1 0009 0006905b
Curve 0006 020734a2
Restore 0003 00084d73 BER 00000fff
Test 0000e39a.00 0008b6b1 BER 00000fff
XDCTAP 90 0008d407 BER 00000fff adapt
XDCTAP 79 0008d7d9 BER 00000fff hold
CUTOFF Lower 023e Upper 0327 Step 0001 Right 1c Mask 0348
Default 0318 0008e0bc BER 00000fff
Floor 1 08 0008c02f 0008e60e
Left 1 031e 0008b545
Middle 1 0322 0008c15d
Right 1 0326 0008bb24
Lowest 1 0325 0008b3dc
New 0322 0008a9e7 BER 00000fff AUTO
BOOST Lower 0000 Upper 0016 Step 0001 Right 16 Mask 0360
Default 0009 020a4661 BER 00000fff
Floor 0 00 ffffffff 007fffff
Left 0 0000 020d18e6
Middle 0 000b 028f8fb6
Right 0 0016 02823bde
Lowest 0 0000 020d18e6
Restore 0009 0008b56d BER 00000fff
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 0350
Default 000a 0012e66b BER 00000fff
Floor 1 08 00134872 00134872
Left 1 000a 0012b12f
Middle 1 000b 0012927f
Right 1 000d 00134473
Lowest 1 000c 00126e19
Curve 0000 0214eabe
New 000b 02128299 BER 00000fff
OD OFST Lower ffcf Upper 0016 Step 0003 Right 17 Mask 4340
Default fff2 00808476 BER 0300117f
Floor 1 15 00018f0e 00018f0e
Left 1 ffd5 000174b3
Middle 0 fff4 0001718d
Right 1 0013 0000ba20
Lowest 1 fff9 0000aa6a
Curve ffd5 000174b3
Restore fff2 008161af BER 0300201b
CUTOFF Lower 031e Upper 0326 Step 0001 Right 08 Mask 0348
Default 0322 0008a237 BER 00000fff
Floor 1 04 0008942e 00089d55
Left 1 0322 00088509
Middle 1 0322 00088509
Right 1 0322 00088509
Lowest 1 0322 00088509
New 0322 0008a038 BER 00000fff AUTO
BOOST Lower 0000 Upper 0016 Step 0001 Right 16 Mask 0360
Default 0009 00099aa5 BER 00000fff
Floor 1 0e 000a8e44 000a8e44
Left 1 0004 000a8230
Middle 1 0007 0009de28
Right 1 000b 00097869
Lowest 1 000b 00097869
Curve 000b 00097869
New 0007 0008a2cb BER 00000fff AUTO
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 0350
Default 000b 00129ef8 BER 00000fff
Floor 1 04 001342de 001342de
Left 1 000a 00130df2
Middle 0 000c 00a46df1
Right 1 000e 00130426
Lowest 1 000b 0012a0c1
Curve 0000 0214deb2
Restore 000b 00a3bd95 BER 010025e3
Noise target 00000000
Dbck Noise OFF
Check ATTR 01 VGAS 4e VGAR ae FREQR 7c Read 0043 within VGAR FREQR
MRASYM 84 0008baa0 BER 00000fff
MRASYM 83 0008bd8d BER 00000fff adapt
Test 0000e39a.00 00086c53 BER 00000fff
MRASYM 84 00085c53 BER 00000fff
MRASYM 83 0008676c BER 00000fff hold
NPML 03 000863fa BER 00000fff NPML update
NPML 03 000ae611 BER 00000fff
MRASYM 84 000ad563 BER 00000fff
MRASYM 81 0095a2bc BER 010024d5 adapt
BETTER UPDATE TAPS
[0000DA1B,0,FF92,0052, 1, 2] ->Min=07FF(FF92) BL=7FFF BR=7FFF Range=0000 Pick=FF92
[0000DA1F,0,FF92,0052, 1, 2] ->Min=07FF(FF92) BL=7FFF BR=7FFF Range=0000 Pick=FF92
[0000DA23,0,FF92,0052, 1, 2] ->Min=07FF(FF92) BL=7FFF BR=7FFF Range=0000 Pick=FF92
[0000DA27,0,FF92,0052, 1, 2] ->Min=07FF(FF92) BL=7FFF BR=7FFF Range=0000 Pick=FF92
[0000DA2B,0,FF92,0052, 1, 2] ->Min=07FF(FF92) BL=7FFF BR=7FFF Range=0000 Pick=FF92
[0000DA2F,0,FF92,0052, 1, 2] ->Min=07FF(FF92) BL=7FFF BR=7FFF Range=0000 Pick=FF92
[0000DA33,0,FF92,0052, 1, 2] ->Min=07FF(FF92) BL=7FFF BR=7FFF Range=0000 Pick=FF92
[0000DA37,0,FF92,0052, 1, 2] ->Min=07FF(FF92) BL=7FFF BR=7FFF Range=0000 Pick=FF92
[0000DA3B,0,FF92,0052, 1, 2] ->Min=07FF(FF92) BL=7FFF BR=7FFF Range=0000 Pick=FF92
No good samples - retain current offset FFF2
Dbck DATA save
Media 0000
Performing Servo Cals, view results in log 3
ASCII logging off
Cylinder ID->OD Bias OD->ID Bias
00100 00B6 00AF
00300 00B6 00A3
00500 00B0 009F
00700 00AE 009D
00900 00AF 009C
00B00 00A8 009A
00D00 00A9 0095
00F00 00A3 0094
01100 009F 008F
01300 009E 008B
01500 009C 008B
01700 00A0 008B
01900 00A1 008C
01B00 0099 0089
01D00 0098 0087
01F00 009E 0085
02100 0096 0082
02300 009A 0085
02500 0098 008B
02700 0094 0080
02900 0093 0082
02B00 008F 007E
02D00 0092 007B
02F00 0093 0083
03100 0094 007E
03300 0090 007D
03500 008F 007F
03700 008B 0078
03900 0089 0075
03B00 008A 0073
03D00 0086 0074
03F00 0086 0075
04100 0083 0074
04300 007F 006B
04500 007F 006C
04700 0082 006C
04900 007E 006B
04B00 007C 006C
04D00 007A 0069
04F00 0077 0066
05100 0078 0065
05300 0077 0064
05500 0078 0064
05700 0076 0063
05900 0076 0062
05B00 0077 0063
05D00 0077 0063
05F00 0076 0062
06100 0071 005F
06300 0071 005F
06500 0070 005B
06700 006F 005B
06900 006F 005C
06B00 006E 005B
06D00 006B 005A
06F00 006A 0056
07100 0069 0057
07300 0068 0055
07500 0068 0055
07700 0065 0053
07900 0063 0052
07B00 0062 004E
07D00 0063 004F
07F00 0064 004F
08100 0061 004E
08300 0060 004E
08500 005F 004D
08700 005F 004A
08900 005A 0046
08B00 005B 0046
08D00 005A 0045
08F00 005A 0045
09100 005A 0045
09300 0057 0043
09500 0057 0044
09700 0058 0041
09900 0057 0041
09B00 0051 003D
09D00 0050 003D
09F00 0050 003E
0A100 0050 003E
0A300 0051 003B
0A500 004C 0037
0A700 004B 0037
0A900 004A 0036
0AB00 004B 0037
0AD00 004B 0038
0AF00 004A 0035
0B100 0047 0032
0B300 0047 0032
0B500 0044 0030
0B700 0044 0032
0B900 0047 0032
0BB00 0041 002D
0BD00 003E 002B
0BF00 0040 002A
0C100 0040 002B
0C300 0040 002C
0C500 0040 0029
0C700 003C 0025
0C900 003A 0026
0CB00 003A 0026
0CD00 003A 0028
0CF00 003B 0027
0D100 003B 0024
0D300 0037 0024
0D500 0038 0023
0D700 0036 0023
0D900 0034 0020
0DB00 0033 001F
0DD00 0034 001F
0DF00 0033 001D
0E100 0031 001C
0E300 0032 001C
0E500 0033 001C
0E700 0032 001C
0E900 002F 001A
0EB00 002F 0019
0ED00 002F 001A
0EF00 0032 001C
0F100 0034 001D
0F300 0032 001A
0F500 0030 001C
0F700 0032 001D
0F900 0035 001E
0FB00 0037 0020
0FD00 0037 0020
0FF00 0036 001F
10100 0037 0022
10300 003C 0023
10500 0040 0028
10700 0040 0029
10900 0043 002A
10B00 0046 002E
10D00 0049 0032
10F00 0050 0034
11100 0053 0039
11300 0056 003D
11500 005C 003F
11700 005F 0047
11900 0069 004C
11B00 006E 0053
11D00 0074 005C
11F00 007F 0062
12100 0086 006D
12300 0091 0075
12500 009C 007D
12700 00A4 008A
12900 00B0 0093
12B00 00B8 00A0
12D00 00C7 00AA
12F00 00D5 00BA
13100 00E5 00C8
13300 00F7 00DB
13500 010A 00F1
13700 011C 00FD
13900 012D 0113
13B00 0147 0128
13D00 0159 013D
13F00 0177 015A
14100 0192 0178
14300 01AA 018C
14500 01CC 01AB
14700 01EB 01CF
14900 020B 01EE
14B00 0237 0215
14D00 0256 023E
14F00 0284 0261
15100 02A8 028E
15300 02D8 02BD
15500 030B 02ED
15700 0335 0326
15900 0373 0356
15B00 03A6 0393
15D00 03E1 03CC
15F00 0428 040D
16100 0457 0453
16300 04A5 0494
Head Linearizing
Cyl = 00B2C0
Head = 00 Gain Adjust = 0120
Head Linearizing
Cyl = 0002D4
Head = 00 Gain Adjust = 0113
Head Linearizing
Cyl = 0162AC
Head = 00 Gain Adjust = 0111
CYL = 003C0 KA = 52C0 scaled by 4000 CYL = 00BC0 KA = 50F0 scaled by 4000
CYL = 013C0 KA = 4FD0 scaled by 4000 CYL = 01BC0 KA = 4E50 scaled by 4000
CYL = 023C0 KA = 4D50 scaled by 4000 CYL = 02BC0 KA = 4C50 scaled by 4000
CYL = 033C0 KA = 4BA0 scaled by 4000 CYL = 03BC0 KA = 4AD0 scaled by 4000
CYL = 043C0 KA = 4A50 scaled by 4000 CYL = 04BC0 KA = 49D0 scaled by 4000
CYL = 0B2C0 KA = 4A10 scaled by 4000
CYL = 11929 KA = 49D0 scaled by 4000 CYL = 12129 KA = 49E0 scaled by 4000
CYL = 12929 KA = 4A40 scaled by 4000 CYL = 13129 KA = 4AB0 scaled by 4000
CYL = 13929 KA = 4B80 scaled by 4000 CYL = 14129 KA = 4C50 scaled by 4000
CYL = 14929 KA = 4CE0 scaled by 4000 CYL = 15129 KA = 4ED0 scaled by 4000
CYL = 15929 KA = 4FE0 scaled by 4000 CYL = 16129 KA = 51B0 scaled by 4000
Head Linearizing
Cyl = 00B2C0
Head = 00 Gain Adjust = 0120
Head Linearizing
Cyl = 0002D4
Head = 00 Gain Adjust = 0110
Head Linearizing
Cyl = 0162AC
Head = 00 Gain Adjust = 0112
Table Linearization in Process
Head Gain Measure
Head Max -38h -28h -18h -08h +08h +18h +28h +38h
00 3B41 35F1 37AC 3855 37FD 368C 3925 3B41 37AC
Normalized Integrated Gain
Head -40h -30h -20h -10h 00 +10h +20h +30h +40h
00 0000 03A4 0766 0B33 0EFA 12A8 1683 1A82 1E44
PES to Position Table
Head -40h -30h -20h -10h 00 +10h +20h +30h +40h
00 FFC0 FFCF FFDF FFEF FFFF 000F 001F 0030 0040
ASCII logging on
Calibrating Physical Track 0 on heads 0 thru 0
Radial Offset Table:
Head 0 Offset = 0
Head 1 Offset = 0
Head 2 Offset = 0
Head 3 Offset = 0
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 003a 0002 0004 0002 0000 0002 0000 0001 0005
02000.00 003a 0001 0001 0002 0000 0008 0000 0012 0004
04000.00 0034 0002 0001 0004 0000 0001 0001 0005 0009
06000.00 002d 0002 0001 0001 0000 0002 0000 0001 0009
08000.00 0029 0002 0001 0001 0000 0009 0002 0009 000a
0a000.00 0029 0002 0004 0002 0000 0002 0001 0005 0005
0e000.00 0020 0002 0004 0001 0000 0000 0001 000d 0009
10000.00 0019 0002 0004 0001 0000 0000 0000 0000 0005
12000.00 0020 0001 0004 0001 0000 0002 0001 0011 0009
14000.00 0020 0001 0009 0001 0000 0005 0002 0004 000a
16000.00 0022 0001 000a 0001 0001 0005 0001 0001 0005
ASCII logging on
RTE Amplitude = 0006 servo clocks. Sector = 00BCh. Trk/2 = B2B3h.
RTE Amplitude = 0005 servo clocks. Sector = 00BDh. Trk/2 = 8EF8h.
RTE Amplitude = 0004 servo clocks. Sector = 00ADh. Trk/2 = 6B3Dh.
RTE Amplitude = 0004 servo clocks. Sector = 00BDh. Trk/2 = 4782h.
RTE Amplitude = 0003 servo clocks. Sector = 00ADh. Trk/2 = 23C7h.
RTE Amplitude = 0003 servo clocks. Sector = 00ADh. Trk/2 = 000Ch.
All Hds 0-0, 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 (00,00)
Zone 0 [00000020.0,F787,FD87,C0]
Left Bath = FA0F, Right Bath = FAA2 : Pick (FA58) ( Min/Max AGC 9AFF )
Zone 1 [00000BF1.0,F790,FD90,C0]
Left Bath = FA80, Right Bath = FAB8 : Pick (FA9C) ( Min/Max AGC BAFF )
Zone 2 [00002807.0,F786,FD86,C0]
Retry to find bath using coarse offset
[00002827.0,F686,FE86,E0]
Left Bath = FADF, Right Bath = FB6A : Pick (FB24) ( Min/Max AGC BDFF )
Zone 3 [00004710.0,F852,FE52,C0]
Wrt Err[00004738.0,F852,FE52,C0,83]
Retry to find bath using coarse offset
[00004758.0,F752,FF52,E4]
Left Bath = FB9D, Right Bath = FC28 : Pick (FBE2) ( Min/Max AGC C2FF )
Zone 4 [00006CAC.0,F94B,FF4B,C0]
Retry to find bath using coarse offset
[00006CCC.0,F84B,004B,E7]
Left Bath = FC99, Right Bath = FD15 : Pick (FCD7) ( Min/Max AGC D9FF )
Zone 5 [00008B6F.0,FA1E,001E,C0]
Retry to find bath using coarse offset
[00008B8F.0,F91E,011E,ED]
Left Bath = FD65, Right Bath = FDE0 : Pick (FDA2) ( Min/Max AGC DCFF )
Zone 6 [0000A482.0,FAD2,00D2,C0]
Retry to find bath using coarse offset
[0000A4A2.0,F9D2,01D2,ED]
Left Bath = FE14, Right Bath = FE8E : Pick (FE51) ( Min/Max AGC DFFF )
Zone 7 [0000C40E.0,FBBD,01BD,C0]
Retry to find bath using coarse offset
[0000C42E.0,FABD,02BD,EE]
Left Bath = FF0B, Right Bath = FF84 : Pick (FF47) ( Min/Max AGC E1FF )
Zone 8 [0000D9A3.0,FCF2,02F2,C0]
Left Bath = FFC4, Right Bath = 001B : Pick (FFEF) ( Min/Max AGC B2FF )
Zone 9 [0000ECE2.0,FD95,0395,C0]
Retry to find bath using coarse offset
[0000ED02.0,FC95,0495,ED]
Left Bath = 005C, Right Bath = 00D3 : Pick (0097) ( Min/Max AGC D6FF )
Zone A [00010340.0,FDC7,03C7,C0]
Retry to find bath using coarse offset
[00010360.0,FCC7,04C7,E9]
Left Bath = 0123, Right Bath = 018A : Pick (0156) ( Min/Max AGC D2FF )
Zone B [000113A0.0,FE5A,045A,C0]
Retry to find bath using coarse offset
[000113C0.0,FD5A,055A,EA]
Left Bath = 01AA, Right Bath = 022A : Pick (01EA) ( Min/Max AGC D1FF )
Zone C [0001285D.0,FF22,0522,C0]
Retry to find bath using coarse offset
[0001287D.0,FE22,0622,E9]
Left Bath = 027F, Right Bath = 02ED : Pick (02B6) ( Min/Max AGC D3FF )
Zone D [00013F41.0,0010,0610,C0]
Retry to find bath using coarse offset
[00013F61.0,FF10,0710,ED]
Left Bath = 0378, Right Bath = 03E8 : Pick (03B0) ( Min/Max AGC DAFF )
Zone E [00014AF0.0,0093,0693,C0]
Retry to find bath using coarse offset
[00014B10.0,FF93,0793,F4]
Left Bath = 03F5, Right Bath = 0468 : Pick (042E) ( Min/Max AGC DCFF )
Zone F [000155DF.0,0113,0713,C0]
Retry to find bath using coarse offset
[000155FF.0,0013,0813,EE]
Left Bath = 046A, Right Bath = 04D6 : Pick (04A0) ( Min/Max AGC D5FF )
Zone 10 [00016350.0,01B5,07B5,C0]
Retry to find bath using coarse offset
[00016330.0,00B5,08B5,F1]
Left Bath = 051E, Right Bath = 057B : Pick (054C) ( Min/Max AGC E8FF )
End MROffset Summary
All Hds 0-0, 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
Head 0 Zone 0 target = f
Too many R/W errors. Reverted to current value 0003
Zone 1 target = f
Too many R/W errors. Reverted to previous zones value 0003
Zone 2 target = f
Too many R/W errors. Reverted to previous zones value 0003
Zone 3 target = f
Too many R/W errors. Reverted to previous zones value 0003
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
Too many R/W errors. Reverted to previous zones value 0003
Zone 7 target = e
Too many R/W errors. Reverted to previous zones value 0003
Zone 8 target = e
Too many R/W errors. Reverted to previous zones value 0003
Zone 9 target = e
Too many R/W errors. Reverted to previous zones value 0003
Zone A target = e
Too many R/W errors. Reverted to previous zones value 0003
Zone B target = e
Too many R/W errors. Reverted to previous zones value 0003
Zone C target = e
Too many R/W errors. Reverted to previous zones value 0003
Zone D target = e
Too many R/W errors. Reverted to previous zones value 0003
Zone E target = e
Too many R/W errors. Reverted to previous zones value 0003
Zone F target = e
Too many R/W errors. Reverted to previous zones value 0003
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
00F7 Entries:
_____Head___0______
43 0F6A3.000 000 15
47 0F6A3.000 005 03
59 0F6A3.000 014 01
43 0F6A4.000 000 18
59 0F6A4.000 014 01
43 0F6A5.000 000 18
59 0F6A5.000 014 01
43 0F6A6.000 000 18
59 0F6A6.000 014 01
43 0F6A7.000 000 17
47 0F6A7.000 007 01
59 0F6A7.000 014 01
43 0F6A8.000 000 18
59 0F6A8.000 014 01
43 0F6A9.000 000 17
59 0F6A9.000 014 01
43 0F6AA.000 000 17
47 0F6AA.000 008 01
59 0F6AA.000 014 01
43 0F6AB.000 000 16
47 0F6AB.000 00C 02
59 0F6AB.000 014 01
43 0F6AC.000 000 18
59 0F6AC.000 014 01
43 0F6AD.000 000 17
47 0F6AD.000 010 01
59 0F6AD.000 014 01
43 0F6AE.000 000 17
47 0F6AE.000 009 01
59 0F6AE.000 014 01
43 0F6AF.000 000 18
59 0F6AF.000 014 01
43 0F6B0.000 000 18
59 0F6B0.000 014 01
43 0F6B1.000 000 18
59 0F6B1.000 014 01
43 0F6B2.000 000 17
47 0F6B2.000 011 01
59 0F6B2.000 014 01
43 0F6B3.000 000 18
59 0F6B3.000 014 01
43 0F6B4.000 000 18
59 0F6B4.000 014 01
43 0F6B5.000 000 16
47 0F6B5.000 00F 02
60 0F6B5.000 014 04
43 0F6B6.000 000 04
60 0F6B6.000 000 04
43 0F6B7.000 000 04
60 0F6B7.000 000 04
43 0F6B8.000 000 04
60 0F6B8.000 000 04
43 0F6B9.000 000 04
60 0F6B9.000 000 04
43 0F6BA.000 000 03
60 0F6BA.000 000 03
43 0F6BB.000 000 03
60 0F6BB.000 000 03
43 0F6BC.000 000 03
60 0F6BC.000 000 03
43 0F6BD.000 000 03
60 0F6BD.000 000 03
43 0F6BE.000 000 03
60 0F6BE.000 000 03
43 0F6BF.000 000 02
60 0F6BF.000 000 03
43 0F6C0.000 000 03
60 0F6C0.000 000 03
43 0F6C1.000 000 03
60 0F6C1.000 000 03
43 0F6C2.000 000 03
60 0F6C2.000 000 03
43 0F6C3.000 000 03
60 0F6C3.000 000 03
43 0F6C4.000 000 03
60 0F6C4.000 000 03
43 0F6C5.000 000 03
60 0F6C5.000 000 03
43 0F6C6.000 000 03
60 0F6C6.000 000 03
43 0F6C7.000 000 03
60 0F6C7.000 000 03
43 0F6C8.000 000 03
60 0F6C8.000 000 03
43 0F6C9.000 000 03
60 0F6C9.000 000 03
43 0F6CA.000 000 03
60 0F6CA.000 000 03
43 0F6CB.000 000 03
60 0F6CB.000 000 03
43 0F6CC.000 000 03
60 0F6CC.000 000 03
43 0F6CD.000 000 03
60 0F6CD.000 000 03
43 0F6CE.000 000 03
60 0F6CE.000 000 03
43 0F6CF.000 000 03
60 0F6CF.000 000 03
43 0F6D0.000 000 03
60 0F6D0.000 000 03
43 0F6D1.000 000 03
60 0F6D1.000 000 03
43 0F6D2.000 000 03
60 0F6D2.000 000 03
43 0F6D3.000 000 03
60 0F6D3.000 000 03
43 0F6D4.000 000 03
60 0F6D4.000 000 03
43 0F6D5.000 000 03
60 0F6D5.000 000 03
47 0F6D6.000 000 02
60 0F6D6.000 000 03
47 0F6D7.000 000 01
60 0F6D7.000 000 03
43 0F6D8.000 000 03
60 0F6D8.000 000 03
43 0F6D9.000 000 03
60 0F6D9.000 000 03
43 0F6DA.000 000 03
60 0F6DA.000 000 03
43 0F6DB.000 000 03
60 0F6DB.000 000 03
43 0F6DC.000 000 03
60 0F6DC.000 000 03
43 0F6DD.000 000 03
60 0F6DD.000 000 03
43 0F6DE.000 000 03
60 0F6DE.000 000 03
43 0F6DF.000 000 03
60 0F6DF.000 000 03
43 0F6E0.000 000 03
60 0F6E0.000 000 03
43 0F6E1.000 000 03
60 0F6E1.000 000 03
43 0F6E2.000 000 03
60 0F6E2.000 000 03
43 0F6E3.000 000 03
60 0F6E3.000 000 03
43 0F6E4.000 000 03
60 0F6E4.000 000 03
43 0F6E5.000 000 03
60 0F6E5.000 000 03
43 0F6E6.000 000 03
60 0F6E6.000 000 03
43 0F6E7.000 000 03
60 0F6E7.000 000 03
43 0F6E8.000 000 03
60 0F6E8.000 000 03
43 0F6E9.000 000 03
60 0F6E9.000 000 03
43 0F6EA.000 000 03
60 0F6EA.000 000 03
43 0F6EB.000 000 03
60 0F6EB.000 000 03
47 0F6EC.000 000 01
60 0F6EC.000 000 03
43 0F6ED.000 000 03
60 0F6ED.000 000 03
43 0F6EE.000 000 03
60 0F6EE.000 000 03
43 0F6EF.000 000 03
60 0F6EF.000 000 03
43 0F6F0.000 000 03
60 0F6F0.000 000 03
43 0F6F1.000 000 03
60 0F6F1.000 000 03
43 0F6F2.000 000 03
60 0F6F2.000 000 03
43 0F6F3.000 000 03
60 0F6F3.000 000 03
43 0F6F4.000 000 03
60 0F6F4.000 000 03
43 0F6F5.000 000 03
60 0F6F5.000 000 03
43 0F6F6.000 000 03
60 0F6F6.000 000 03
43 0F6F7.000 000 03
60 0F6F7.000 000 03
43 0F6F8.000 000 03
60 0F6F8.000 000 03
43 0F6F9.000 000 02
60 0F6F9.000 000 03
43 0F6FA.000 000 03
60 0F6FA.000 000 03
43 0F6FB.000 000 03
60 0F6FB.000 000 03
43 0F6FC.000 000 03
60 0F6FC.000 000 03
43 0F6FD.000 000 03
60 0F6FD.000 000 03
43 0F6FE.000 000 03
60 0F6FE.000 000 03
43 0F6FF.000 000 03
60 0F6FF.000 000 03
43 0F700.000 000 03
60 0F700.000 000 03
43 0F701.000 000 03
60 0F701.000 000 03
43 0F702.000 000 03
60 0F702.000 000 03
43 0F703.000 000 03
60 0F703.000 000 03
43 0F704.000 000 03
60 0F704.000 000 03
47 0F705.000 000 01
60 0F705.000 000 03
43 0F706.000 000 03
60 0F706.000 000 03
43 0F707.000 000 03
60 0F707.000 000 03
43 0F708.000 000 03
60 0F708.000 000 03
43 0F709.000 000 03
60 0F709.000 000 03
43 0F70A.000 000 03
60 0F70A.000 000 03
43 0F70B.000 000 03
60 0F70B.000 000 03
43 0F70C.000 000 03
60 0F70C.000 000 03
43 0F70D.000 000 03
60 0F70D.000 000 03
60 0F6A3.000 014 03
60 0F6A4.000 014 03
60 0F6A5.000 014 03
60 0F6A6.000 014 03
60 0F6A7.000 014 03
60 0F6A8.000 014 03
47 0F6A9.000 014 01
60 0F6A9.000 014 03
60 0F6AA.000 014 03
60 0F6AB.000 014 03
60 0F6AC.000 014 03
60 0F6AD.000 014 03
60 0F6AE.000 014 03
60 0F6AF.000 014 03
60 0F6B0.000 014 03
60 0F6B1.000 014 03
60 0F6B2.000 014 03
60 0F6B3.000 014 03
60 0F6B4.000 014 03
43 0F6D6.000 000 01
43 0F6D7.000 000 02
43 0F6EC.000 000 02
47 0F6F9.000 000 01
43 0F705.000 000 02
47 0F6BF.000 000 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
Code - 43 Track 0F6A7.0.006 Sns 01A Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.006 Sns 01A Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 47 Track 0F6A7.0.006 Sns 01A Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.006 Sns 01A Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.006 Sns 01A Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
ASCII logging on
(SN: 5JX91MLV)
.PW 5JX91MLV
ASCII logging off
.133
Channel Srvo Table
Head Addr VGA SATT Tap5 Tap6 Tap3 Tap7 Tap2 Tap8 Tap9 RATT XDC
00 F7F2 5C 02 5C 8C 7E BC 7B 58 A9 41 76
Power Cycling
OkEnd Test 02
Begin Test 03
ASCII logging on
DBackReg 30 = 007e
DBackReg 3E = 0076
DAC offset = -007C DAC bits.
Cylinder ID->OD Bias OD->ID Bias
00100 0189 018F
00300 00AF 0178
00500 00B0 00A7
00700 00AE 009D
00900 00AF 009C
00B00 0179 0181
00D00 017A 0179
00F00 00A3 0094
01100 009F 008F
01300 009B 008B
01500 009C 0093
01700 00A0 008B
01900 00A1 008C
01B00 0099 0089
01D00 0098 008E
01F00 009E 0085
02100 0096 015B
02300 0093 0157
02500 0098 008D
02700 0163 0176
02900 0164 0160
02B00 008C 007E
02D00 0092 0088
02F00 0093 0083
03100 0094 007E
03300 008B 007D
03500 008F 0087
03700 008B 0078
03900 0089 0075
03B00 0085 0073
03D00 0086 007F
03F00 0086 0075
04100 0083 0140
04300 007E 013F
04500 007F 0079
04700 014B 014A
04900 007E 006B
04B00 007B 006C
04D00 007A 0076
04F00 0077 0066
05100 0078 0065
05300 0077 0064
05500 0078 0064
05700 0076 0063
05900 0076 0062
05B00 0077 0063
05D00 0077 0063
05F00 0076 0062
06100 0071 0130
06300 0071 012B
06500 0070 005B
06700 006F 005B
06900 006F 005C
06B00 006E 005B
06D00 0134 0133
06F00 006A 0056
07100 0069 0057
07300 0068 0055
07500 0068 0055
07700 0065 0053
07900 0063 0052
07B00 0062 004E
07D00 0063 004F
07F00 0064 004F
08100 0061 011B
08300 0060 011B
08500 005F 004D
08700 005F 004A
08900 005A 0046
08B00 0121 0120
08D00 005A 0045
08F00 0125 0045
09100 005A 0045
09300 0057 0043
09500 0057 0044
09700 0058 0041
09900 0057 0041
09B00 0051 003D
09D00 0050 003D
09F00 0050 003E
0A100 0050 0109
0A300 0051 0106
0A500 0113 0111
0A700 004B 0037
0A900 004A 0036
0AB00 004B 0037
0AD00 004B 0038
0AF00 004A 0035
0B100 0047 0032
0B300 004A 004C
0B500 0044 0030
0B700 0044 0032
0B900 0047 0032
0BB00 0041 002D
0BD00 003E 002B
0BF00 0040 002A
0C100 0040 0033
0C300 0040 002C
0C500 0102 0102
0C700 003C 0025
0C900 003A 0026
0CB00 003A 0026
0CD00 003A 0028
0CF00 003B 0027
0D100 003B 0024
0D300 0037 0024
0D500 0038 0023
0D700 0103 0023
0D900 00F4 00F4
0DB00 0033 001F
0DD00 0034 001F
0DF00 0033 001D
0E100 0031 00E7
0E300 0032 00E8
0E500 0033 001C
0E700 0032 001C
0E900 002F 001A
0EB00 002F 0019
0ED00 00DF 00EF
0EF00 0032 001C
0F100 0034 001D
0F300 0032 001A
0F500 0030 001C
0F700 00E1 00E2
0F900 0035 001E
0FB00 0037 0020
0FD00 0037 0020
0FF00 0036 001F
10100 0037 00EE
10300 00EE 00FA
10500 0040 00FA
10700 0040 0029
10900 0043 002A
10B00 0046 002E
10D00 0049 0032
10F00 0050 0034
11100 0053 0039
11300 0109 003D
11500 005C 0115
11700 005F 0047
11900 0065 005E
11B00 006E 0053
11D00 0149 005C
11F00 007F 0062
12100 008A 013E
12300 0091 0144
12500 009C 007D
12700 00A4 008A
12900 015C 0168
12B00 00B8 00A0
12D00 00C7 00AA
12F00 00D5 00BA
13100 00E9 00E6
13300 00F7 00DB
13500 010A 00F1
13700 011C 00FD
13900 013A 0138
13B00 0147 0128
13D00 0159 013D
13F00 0230 0237
14100 019E 0238
14300 01AA 0264
14500 01CC 01AB
14700 01EB 01CF
14900 0220 0220
14B00 02F0 02F7
14D00 0256 023E
14F00 0284 0261
15100 02C3 02CA
15300 02D8 02BD
15500 03ED 02ED
15700 0335 03EE
15900 0390 0396
15B00 03A6 0393
15D00 03E1 03CC
15F00 0428 040D
16100 047F 0527
16300 058D 059B
Cyl = 0162AC
Head = 00 Gain Adjust = 0112
Cyl = 0002D4
Head = 00 Gain Adjust = 0110
Cyl = 00B2C0
Head = 00 Gain Adjust = 0120
CYL = 003C0 KA = 52C0 scaled by 4000 CYL = 00BC0 KA = 50F0 scaled by 4000
CYL = 013C0 KA = 4FD0 scaled by 4000 CYL = 01BC0 KA = 4E50 scaled by 4000
CYL = 023C0 KA = 4D50 scaled by 4000 CYL = 02BC0 KA = 4C50 scaled by 4000
CYL = 033C0 KA = 4BA0 scaled by 4000 CYL = 03BC0 KA = 4AD0 scaled by 4000
CYL = 043C0 KA = 4A50 scaled by 4000 CYL = 04BC0 KA = 49D0 scaled by 4000
CYL = 0B2C0 KA = 4A10 scaled by 4000
CYL = 11929 KA = 49D0 scaled by 4000 CYL = 12129 KA = 49E0 scaled by 4000
CYL = 12929 KA = 4A40 scaled by 4000 CYL = 13129 KA = 4AB0 scaled by 4000
CYL = 13929 KA = 4B80 scaled by 4000 CYL = 14129 KA = 4C50 scaled by 4000
CYL = 14929 KA = 4CE0 scaled by 4000 CYL = 15129 KA = 4ED0 scaled by 4000
CYL = 15929 KA = 4FE0 scaled by 4000 CYL = 16129 KA = 51B0 scaled by 4000
Table Linearization in Process
Head Gain Measure
Head Max -38h -28h -18h -08h +08h +18h +28h +38h
00 3A44 354F 371F 368A 37A7 362B 38D8 38CD 3A44
Normalized Integrated Gain
Head -40h -30h -20h -10h 00 +10h +20h +30h +40h
00 0000 03A8 0770 0B2E 0F00 12B7 169D 1A83 1E82
PES to Position Table
Head -40h -30h -20h -10h 00 +10h +20h +30h +40h
00 FFC0 FFCF FFDF FFEF FFFF 000F 001F 002F 0040
Channel Srvo Table
Head Addr VGA SATT Tap5 Tap6 Tap3 Tap7 Tap2 Tap8 Tap9 RATT XDC
00 F7F2 5C 02 5C 8C 7E BC 7B 58 A9 41 76
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 0049 0005 0001 0005 0000 0000 0000 0004 0005
02000.00 003a 0002 0004 0004 0000 0008 0000 0005 0004
04000.00 0029 0002 0001 0004 0000 0002 0004 0002 000a
06000.00 0034 0002 0001 0001 0000 0005 0000 0024 0004
08000.00 0029 0002 0001 0001 0000 0001 0002 0001 000a
0a000.00 0020 0002 0001 0001 0000 0001 0004 0002 0005
0e000.00 0020 0005 0004 0001 0000 0000 0000 0010 0009
10000.00 0019 0005 0004 0002 0000 0001 0000 0001 0005
12000.00 0020 0004 0004 0001 0000 0001 0001 0019 0004
14000.00 0029 0004 0009 0004 0000 0005 0002 0001 000a
16000.00 0019 0002 000a 0001 0001 0002 0001 0001 0005
ACFC Calibration:
CRRO Orders Prior to Cal: (PES*2)^2
Cyl.Hd 2 3 4 5 6 7 8 12 24
00018.00 0001 0000 0000 0000 0000 0001 0000 000a 0000
02000.00 0001 0000 0000 0000 0000 0002 0001 000d 0000
04000.00 0001 0000 0000 0000 0000 0001 0000 001a 0000
06000.00 0000 0000 0000 0000 0000 0001 0001 0004 0000
08000.00 0001 0000 0000 0000 0000 0001 0000 000d 0000
0a000.00 0001 0000 0000 0000 0000 0000 0001 0002 0000
0e000.00 0000 0000 0000 0000 0000 0000 0000 0000 0000
10000.00 0000 0000 0000 0000 0000 0001 0000 000a 0000
12000.00 0000 0000 0000 0000 0000 0000 0001 0000 0000
14000.00 0000 0000 0000 0000 0000 0000 0000 0000 0000
16000.00 0001 0000 0000 0000 0000 0000 0000 0000 0000
Actuator Geometry Test ...
Geometry Difference = 1 Microseconds
!!! Adaptives corrupt !!!
ASCII logging off
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
!!! Adaptives corrupt !!!
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
AbEnd Test 03
Begin Test 4D
ASCII logging on
Not Power Cycling
ASCII logging off
ASCII logging on
Fail Log Summary .....
Cum Health = 608C
Code - 43 Track 0F6A7.0.002 Sns 002 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.006 Sns 006 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.060 Sns 060 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.06C Sns 06C Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.070 Sns 070 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.072 Sns 072 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.109 Sns 109 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.117 Sns 117 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.123 Sns 123 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.12F Sns 12F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.13B Sns 13B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.147 Sns 147 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.153 Sns 153 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.15F Sns 15F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.16B Sns 16B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.177 Sns 177 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.183 Sns 183 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.18F Sns 18F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.19B Sns 19B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1A7 Sns 1A7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1B3 Sns 1B3 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.24D Sns 24D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1BF Sns 1BF Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A9.0.00A Sns 00A Rty FFFF.20.20FF Rtf 1802 LBA 048C4916
Code - 43 Track 0F6A7.0.0C4 Sns 0C4 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.0B6 Sns 0B6 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.211 Sns 211 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1D7 Sns 1D7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.076 Sns 076 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.0BA Sns 0BA Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A7.0.0C6 Sns 0C6 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.03F Sns 03F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.03D Sns 03D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.03B Sns 03B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1C7 Sns 1C7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B0.0.0FF Sns 0FF Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1E1 Sns 1E1 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A9.0.010 Sns 010 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A9.0.204 Sns 204 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AA.0.179 Sns 179 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AA.0.17B Sns 17B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AA.0.17F Sns 17F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AB.0.0F4 Sns 0F4 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1E5 Sns 1E5 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AD.0.1D2 Sns 1D2 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.069 Sns 069 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AE.0.147 Sns 147 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AF.0.0BC Sns 0BC Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B0.0.031 Sns 031 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B0.0.033 Sns 033 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B0.0.035 Sns 035 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B0.0.109 Sns 109 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B0.0.1D3 Sns 1D3 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B1.0.27C Sns 27C Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.055 Sns 055 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.20B Sns 20B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.015 Sns 015 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B0.0.101 Sns 101 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1E7 Sns 1E7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.01D Sns 01D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.04F Sns 04F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1DB Sns 1DB Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B3.0.114 Sns 114 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.1E9 Sns 1E9 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B3.0.154 Sns 154 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6A8.0.21B Sns 21B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B3.0.194 Sns 194 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.215 Sns 215 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AA.0.17D Sns 17D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B6.0.0C7 Sns 0C7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.123 Sns 123 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Head Mask 0000 -
Read Bias - Head 0 1 2 3
B
HiTemp Bias Head 0 1 2 3
B
Switch to full int.
Spin Ready
=====================================================================
Code - 43 Track 0F6A7.0.006 Sns 006 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Error Reading Log
=====================================================================
Scanning Log 8 .... Code - 43 Track 0F6A7.0.076 Sns 076 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Error Reading Log
Code - 43 Track 0F6A7.0.076 Sns 076 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
=====================================================================
Scanning Log 31 .... Code - 43 Track 0F6A9.0.010 Sns 010 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Error Reading Log
=====================================================================
Scanning Log 32 .... Code - 43 Track 0F6A9.0.204 Sns 204 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Error Reading Log
=====================================================================
Scanning Log 33 .... Code - 43 Track 0F6AA.0.179 Sns 179 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Error Reading Log
=====================================================================
Scanning Log 34 .... Code - 43 Track 0F6AA.0.17B Sns 17B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Error Reading Log
=====================================================================
Scanning Log 3A .... Code - 43 Track 0F6AD.0.1D2 Sns 1D2 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Error Reading Log
=====================================================================
Code - 43 Track 0F6B0.0.101 Sns 101 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.015 Sns 015 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
=====================================================================
Head #Defect #Align radial defect(%) EC59 EC60
0 . . Code - 43 Track 0F6B3.0.1E4 Sns 1E4 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
. .
=====================================================================
Power Cycling
!!! Adaptives corrupt !!!
ASCII logging off
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
!!! Adaptives corrupt !!!
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
AbEnd Test 4D
Begin Test 39
ASCII logging on
!!! Adaptives corrupt !!!
ASCII logging off
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
!!! Adaptives corrupt !!!
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
AbEnd Test 39
Begin Test 4E
ASCII logging on
Not Power Cycling
ASCII logging off
ASCII logging on
Code - 43 Track 0F6A7.0.006 Sns 006 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
02: Log Read Not OK
Code - 43 Track 0F6A7.0.046 Sns 046 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
03: Log Read Not OK
Code - 43 Track 0F6A7.0.060 Sns 060 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
04: Log Read Not OK
Code - 43 Track 0F6A7.0.06C Sns 06C Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
05: Log Read Not OK
Code - 43 Track 0F6A7.0.070 Sns 070 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
06: Log Read Not OK
Code - 43 Track 0F6A7.0.072 Sns 072 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
07: Log Read Not OK
Code - 43 Track 0F6A8.0.109 Sns 109 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
10: Log Read Not OK
Code - 43 Track 0F6A8.0.117 Sns 117 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
11: Log Read Not OK
Code - 43 Track 0F6A8.0.123 Sns 123 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
12: Log Read Not OK
Code - 43 Track 0F6A8.0.12F Sns 12F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
13: Log Read Not OK
Code - 43 Track 0F6A8.0.13B Sns 13B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
14: Log Read Not OK
Code - 43 Track 0F6A8.0.147 Sns 147 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
15: Log Read Not OK
Code - 43 Track 0F6A8.0.153 Sns 153 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
16: Log Read Not OK
Code - 43 Track 0F6A8.0.15F Sns 15F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
17: Log Read Not OK
Code - 43 Track 0F6A8.0.16B Sns 16B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
18: Log Read Not OK
Code - 43 Track 0F6A8.0.177 Sns 177 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
19: Log Read Not OK
Code - 43 Track 0F6A8.0.183 Sns 183 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
1A: Log Read Not OK
Code - 43 Track 0F6A8.0.18F Sns 18F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
1B: Log Read Not OK
Code - 43 Track 0F6A8.0.19B Sns 19B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
1C: Log Read Not OK
Code - 43 Track 0F6A8.0.1A7 Sns 1A7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
1D: Log Read Not OK
Code - 43 Track 0F6A8.0.1B3 Sns 1B3 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
1E: Log Read Not OK
Code - 43 Track 0F6A8.0.24D Sns 24D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
2A: Log Read Not OK
Code - 43 Track 0F6A8.0.1BF Sns 1BF Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
1F: Log Read Not OK
Code - 43 Track 0F6A9.0.00A Sns 00A Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
2F: Log Read Not OK
Code - 43 Track 0F6A7.0.0C4 Sns 0C4 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
0B: Log Read Not OK
Code - 43 Track 0F6A7.0.0B6 Sns 0B6 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
09: Log Read Not OK
Code - 43 Track 0F6B2.0.211 Sns 211 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
58: Log Read Not OK
Code - 43 Track 0F6A8.0.1D7 Sns 1D7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
21: Log Read Not OK
Code - 43 Track 0F6A7.0.076 Sns 076 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
08: Log Read Not OK
Code - 43 Track 0F6A7.0.0BA Sns 0BA Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
0A: Log Read Not OK
Code - 43 Track 0F6A7.0.0C6 Sns 0C6 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
0C: Log Read Not OK
Code - 43 Track 0F6A8.0.03F Sns 03F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
0F: Log Read Not OK
Code - 43 Track 0F6A8.0.03D Sns 03D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
0E: Log Read Not OK
Code - 43 Track 0F6A8.0.03B Sns 03B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
0D: Log Read Not OK
Code - 43 Track 0F6A8.0.1C7 Sns 1C7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
20: Log Read Not OK
Code - 43 Track 0F6B0.0.0FF Sns 0FF Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
40: Log Read Not OK
Code - 43 Track 0F6A8.0.1E1 Sns 1E1 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
25: Log Read Not OK
Code - 43 Track 0F6A9.0.010 Sns 010 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
31: Log Read Not OK
Code - 43 Track 0F6A9.0.204 Sns 204 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
32: Log Read Not OK
Code - 43 Track 0F6AA.0.179 Sns 179 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
33: Log Read Not OK
Code - 43 Track 0F6AA.0.17B Sns 17B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
34: Log Read Not OK
Code - 43 Track 0F6AA.0.17F Sns 17F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
36: Log Read Not OK
Code - 43 Track 0F6AB.0.0F4 Sns 0F4 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
37: Log Read Not OK
Code - 43 Track 0F6A8.0.1E5 Sns 1E5 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
26: Log Read Not OK
Code - 43 Track 0F6AD.0.1D2 Sns 1D2 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
3A: Log Read Not OK
Code - 43 Track 0F6AC.0.069 Sns 069 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
38: Log Read Not OK
Code - 43 Track 0F6AE.0.147 Sns 147 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
3B: Log Read Not OK
Code - 43 Track 0F6AF.0.0BC Sns 0BC Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
3C: Log Read Not OK
Code - 43 Track 0F6B0.0.031 Sns 031 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
3D: Log Read Not OK
Code - 43 Track 0F6B0.0.033 Sns 033 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
3E: Log Read Not OK
Code - 43 Track 0F6B0.0.035 Sns 035 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
3F: Log Read Not OK
Code - 43 Track 0F6B0.0.109 Sns 109 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
42: Log Read Not OK
Code - 43 Track 0F6B0.0.1D3 Sns 1D3 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
43: Log Read Not OK
Code - 43 Track 0F6B1.0.27C Sns 27C Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
47: Log Read Not OK
Code - 43 Track 0F6B2.0.055 Sns 055 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
4B: Log Read Not OK
Code - 43 Track 0F6B2.0.20B Sns 20B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
56: Log Read Not OK
Code - 43 Track 0F6B2.0.015 Sns 015 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
48: Log Read Not OK
Code - 43 Track 0F6B0.0.101 Sns 101 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
41: Log Read Not OK
Code - 43 Track 0F6A8.0.1E7 Sns 1E7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
27: Log Read Not OK
Code - 43 Track 0F6B2.0.01D Sns 01D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
49: Log Read Not OK
Code - 43 Track 0F6B2.0.04F Sns 04F Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
4A: Log Read Not OK
Code - 43 Track 0F6B2.0.059 Sns 059 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
4D: Log Read Not OK
Code - 43 Track 0F6AC.0.25D Sns 25D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
39: Log Read Not OK
Code - 43 Track 0F6A8.0.1DB Sns 1DB Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
22: Log Read Not OK
Code - 43 Track 0F6B3.0.114 Sns 114 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
61: Log Read Not OK
Code - 43 Track 0F6A8.0.1E9 Sns 1E9 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
28: Log Read Not OK
Code - 43 Track 0F6B3.0.154 Sns 154 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
62: Log Read Not OK
Code - 43 Track 0F6A8.0.21B Sns 21B Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
29: Log Read Not OK
Code - 43 Track 0F6B3.0.194 Sns 194 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
63: Log Read Not OK
Code - 43 Track 0F6B2.0.215 Sns 215 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
59: Log Read Not OK
Code - 43 Track 0F6AA.0.17D Sns 17D Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
35: Log Read Not OK
Code - 43 Track 0F6B6.0.0C7 Sns 0C7 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
6F: Log Read Not OK
Total Cert Time = 00:00:00
ASCII logging off
Code - 43 Track 0F6B2.0.123 Sns 123 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.123 Sns 123 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.123 Sns 123 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.123 Sns 123 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
Code - 43 Track 0F6B2.0.123 Sns 123 Rty FFFF.20.20FF Rtf 1822 LBA 048C4916
!!! Adaptives corrupt !!!
AbEnd Test 4E
T>
做到这里就做不过了！！不知道那里出的问题啊！！换板做也是一样 |
|
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