谁帮我看下这个.7 120GB盘的LOG
从02看来,1、2头的ZONE很多都写错误，是否1、2头的固件区坏道很多？我用的是坛子上下载的3.54LDR从安全模式启动做的SF。除了砍1、2头外有什么好方法可以做偏移固件区进行修复？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 00 Head 02 adaptives set to defaults
Zone 01 Head 00 adaptives set to defaults
Zone 01 Head 01 adaptives set to defaults
Zone 01 Head 02 adaptives set to defaults
Zone 02 Head 00 adaptives set to defaults
Zone 02 Head 01 adaptives set to defaults
Zone 02 Head 02 adaptives set to defaults
Zone 03 Head 00 adaptives set to defaults
Zone 03 Head 01 adaptives set to defaults
Zone 03 Head 02 adaptives set to defaults
Zone 04 Head 00 adaptives set to defaults
Zone 04 Head 01 adaptives set to defaults
Zone 04 Head 02 adaptives set to defaults
Zone 05 Head 00 adaptives set to defaults
Zone 05 Head 01 adaptives set to defaults
Zone 05 Head 02 adaptives set to defaults
Zone 06 Head 00 adaptives set to defaults
Zone 06 Head 01 adaptives set to defaults
Zone 06 Head 02 adaptives set to defaults
Zone 07 Head 00 adaptives set to defaults
Zone 07 Head 01 adaptives set to defaults
Zone 07 Head 02 adaptives set to defaults
Zone 08 Head 00 adaptives set to defaults
Zone 08 Head 01 adaptives set to defaults
Zone 08 Head 02 adaptives set to defaults
Zone 09 Head 00 adaptives set to defaults
Zone 09 Head 01 adaptives set to defaults
Zone 09 Head 02 adaptives set to defaults
Zone 0A Head 00 adaptives set to defaults
Zone 0A Head 01 adaptives set to defaults
Zone 0A Head 02 adaptives set to defaults
Zone 0B Head 00 adaptives set to defaults
Zone 0B Head 01 adaptives set to defaults
Zone 0B Head 02 adaptives set to defaults
Zone 0C Head 00 adaptives set to defaults
Zone 0C Head 01 adaptives set to defaults
Zone 0C Head 02 adaptives set to defaults
Zone 0D Head 00 adaptives set to defaults
Zone 0D Head 01 adaptives set to defaults
Zone 0D Head 02 adaptives set to defaults
Zone 0E Head 00 adaptives set to defaults
Zone 0E Head 01 adaptives set to defaults
Zone 0E Head 02 adaptives set to defaults
Zone 0F Head 00 adaptives set to defaults
Zone 0F Head 01 adaptives set to defaults
Zone 0F Head 02 adaptives set to defaults
Head Mask 0000 -
Read Bias - Head 0 1 2 3
B B B
HiTemp Bias Head 0 1 2 3
B B B
Head Mask 0000 - 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 2
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 = 0DFD03F6
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 0-2, 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 0004 0000 0001 0000 0001 0002 0001 0000 0000
02000.00 0002 0000 0001 0004 0000 0001 000a 0005 0001
04000.00 0004 0000 0004 0000 0000 0001 0000 0004 0000
06000.00 0001 0000 0004 0000 0000 0005 0004 0001 0000
08000.00 0001 0001 0004 0001 0000 0005 0001 0001 0000
0a000.00 0001 0000 0004 0001 0000 0001 0001 0005 0001
0e000.00 0001 0000 0004 0000 0000 0002 0001 0001 0000
10000.00 0000 0001 0004 0000 0002 0004 0001 0001 0001
12000.00 0000 0000 0009 0001 000a 0001 0000 0000 0000
14000.00 0001 0002 0009 0001 001d 0000 0000 0001 0001
16000.00 0000 0001 0010 0004 0044 0005 0000 0001 0001
00018.01 0019 0001 0001 0001 0001 0004 0004 000a 0004
02000.01 0019 0001 0001 0002 0001 0001 0001 0002 0001
04000.01 000d 0000 0001 0000 0001 0000 0002 0004 0001
06000.01 0014 0000 0001 0001 0000 0005 0001 0002 0001
08000.01 000d 0000 0001 0000 0000 0001 0001 0002 0004
0a000.01 000d 0001 0001 0001 0000 0000 0000 0001 0004
0e000.01 000a 0001 0004 0000 0004 0004 0004 0001 0001
10000.01 000a 0001 0004 0000 0001 0001 0001 0004 0001
12000.01 0005 0001 0004 0000 0005 0001 0001 0000 0001
14000.01 000a 0000 0009 0001 000a 0000 0005 0001 0001
16000.01 000d 0000 0009 0001 0022 0002 0000 0000 0001
00018.02 0005 0005 0001 0001 0000 0000 0000 0005 0001
02000.02 0002 0001 0000 0004 0000 000d 0001 0000 0001
04000.02 0002 0001 0000 0001 0000 0002 0000 0004 0004
06000.02 0000 0004 0001 0001 0000 0000 0000 0002 0001
08000.02 0000 0004 0000 0000 0001 0001 0001 0002 0001
0a000.02 0000 0004 0000 0000 0000 0001 0000 0004 0001
0e000.02 0000 0001 0000 0001 0000 0004 0002 0000 0001
10000.02 0000 0004 0001 0001 0000 0000 0000 0000 0001
12000.02 0000 0004 0001 0000 0001 0000 0001 0001 0001
14000.02 0001 0001 0001 0000 0001 0005 0005 0001 0001
16000.02 0002 000a 0008 0009 0012 0005 0001 0001 0001
RTE Amplitude = 0000 servo clocks. Sector = 0011h. Trk/2 = B2B3h.
RTE Amplitude = 0000 servo clocks. Sector = 0040h. Trk/2 = 8EF8h.
RTE Amplitude = 0000 servo clocks. Sector = 0098h. Trk/2 = 6B3Dh.
RTE Amplitude = 0000 servo clocks. Sector = 005Eh. Trk/2 = 4782h.
RTE Amplitude = 0000 servo clocks. Sector = 004Eh. Trk/2 = 23C7h.
RTE Amplitude = 0000 servo clocks. Sector = 00DBh. 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
02 F81E 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 0081c3f8 BER 03001ae9
Adjust ATTR 01 VGAS 40 VGAR ac FREQR 7eRead 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 80 0081d9d6 BER 03001df3
MRASYM 80 10809dd5 BER 030012f2 hold
Zone8
Left Bath = FEFB, Right Bath = FF63 : Pick (FF2F) ( Min/Max AGC A3FF )
Zone9
Left Bath = FFA3, Right Bath = 0000 : Pick (FFD1) ( Min/Max AGC AAFF )
Test 0000e33a.00 0080ed0b BER 03002ffd
Zone0
Left Bath = F97D, Right Bath = F9F6 : Pick (F9B9) ( Min/Max AGC 9BFF )
Zone1
Left Bath = F9B5, Right Bath = FA21 : Pick (F9EB) ( Min/Max AGC A1FF )
Test 00000bc8.00 00036abb BER 00000fff
Test 00000bc8.00 0003fae9 BER 00000fff
Test 0000e33a.00 0084c7f2 BER 03002ffd
Adjust ATTR 01 VGAS 3c VGAR ac FREQR 7aRead 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 80 1080e6b5 BER 03001219
MRASYM 7e 10807b3a BER 03000079 update 7e hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 5a 08817e62 BER 03000000 adapt
XDCTAP 3d 08810645 BER 03000000 hold
CUTOFFLower 0022Upper 013bStep 0003Right 18Mask 0008
Default0127 088258ef BER 03000000
Floor0 00 ffffffff 007fffff
Left 0 0022 10803892
Middle 0 0116 088109a2
Right0 013b 0881b77f
Lowest 0 0022 10803892
Restore0127 0880e37f BER 03000000
SV TAP5 Lower 0020Upper 00dfStep 0006Right 1fMask 1000
Default005c 08823bea BER 03000000
Floor0 00 ffffffff 007fffff
Left 0 0020 0880ca37
Middle 0 007f 08819e76
Right0 00df 0881f6e8
Lowest 0 0020 0880ca37
Restore005c 088112d6 BER 03000000
0881f055 BER 03000000 _ATT 01 VGAS 39 VGAR 5d FREQR 8a Taps frozen read adapt
Current Tap Weight 00000c81 diff fffff37f tap limits
0881c124 BER 03000000 _ATT 01 VGAS 3e VGAR 6a FREQR 74 Taps frozen read adapt
Current Tap Weight 0000004a diff 00000c37 tap limits
0880a42c BER 03000000 _ATT 01 VGAS 3d VGAR 60 FREQR 81 Taps frozen read adapt
Current Tap Weight 00000042 diff 00000008 Save servo Force servo update
Dbck DefaultDATA load
Test 0000e33a.00 00848800 BER 01002ffd
Ratio 0001
Adapt Servo 0000e33a.01
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.01 10809127 BER 030005e4
Adjust ATTR 01 VGAS 52 VGAR dc FREQR 93Read 0043 SRVTEST 41Read 0047
fail lower limit
MRASYM 80 10805eb5 BER 030001f0
MRASYM 79 108025cb BER 030001ff update 79 hold
Zone8
Retry to find bath using coarse offset
offset unchanged
Zone9
Retry to find bath using coarse offset
offset unchanged
Test 0000e33a.01 10800000 BER 03000000
Zone0
Retry to find bath using coarse offset
Left Bath = F99D, Right Bath = FA0D : Pick (F9D5) ( Min/Max AGC F3FE )
Zone1
Retry to find bath using coarse offset
Left Bath = FA02, Right Bath = FA2F : Pick (FA18) ( Min/Max AGC F7FF )
Test 00000bc8.01 10807b8c BER 030003df
Test 00000bc8.01 1080f87b BER 030003e6
Test 0000e33a.01 1080ecda BER 030003f4
Adjust ATTR 01 VGAS 50 VGAR e3 FREQR 8bRead 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 79 10800000 BER 03000000
MRASYM 7f 10800000 BER 03000000 hold
Dbck DefaultDATA load
Test 0000e33a.01 10800000 BER 03000000
Ratio 0000
Adapt Servo 0000e35a.01
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e35a.01 10800000 BER 03000000
Adjust ATTR 01 VGAS 4c VGAR e7 FREQR 92Read 0047
MRASYM 80 10800000 BER 03000000
MRASYM 81 10800000 BER 03000000 hold
Zone8
Retry to find bath using coarse offset
offset unchanged
Zone9
Retry to find bath using coarse offset
offset unchanged
Test 0000e35a.01 10802282 BER 030007ec
Zone0
Retry to find bath using coarse offset
Left Bath = F995, Right Bath = FA0D : Pick (F9D1) ( Min/Max AGC EEFF )
Zone1
Retry to find bath using coarse offset
Left Bath = FA0D, Right Bath = FA3E : Pick (FA25) ( Min/Max AGC F4FF )
Test 00000bc8.01 10808429 BER 030003ea
Test 00000bc8.01 10800000 BER 03000000
Test 0000e35a.01 10800000 BER 03000000
Adjust ATTR 01 VGAS 4d VGAR dc FREQR abRead 0043 SRVTEST 41Read 0047
fail lower limit
Dbck DefaultDATA load
Test 0000e35a.01 1080d06b BER 030003ed
Ratio 0001
Adapt Servo 0000e37a.01
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e37a.01 10800000 BER 03000000
Adjust ATTR 01 VGAS 4b VGAR d5 FREQR 88Read 0047
MRASYM 80 10800000 BER 03000000
MRASYM 7f 108022aa BER 030001f3 hold
Zone8
Retry to find bath using coarse offset
offset unchanged
Zone9
Retry to find bath using coarse offset
offset unchanged
Test 0000e37a.01 10800000 BER 03000000
Zone0
Retry to find bath using coarse offset
Left Bath = F997, Right Bath = FA07 : Pick (F9CF) ( Min/Max AGC E9FF )
Zone1
Retry to find bath using coarse offset
Left Bath = F9F4, Right Bath = FA45 : Pick (FA1C) ( Min/Max AGC F1FF )
Test 00000bc8.01 10805e71 BER 030001f8
Test 00000bc8.01 10800000 BER 03000000
Test 0000e37a.01 10804236 BER 030003df
Adjust ATTR 01 VGAS 49 VGAR d7 FREQR 88Read 0047 Dbck DefaultDATA load
Test 0000e37a.01 10800000 BER 03000000
Ratio 0001
Adapt Servo 0000e39a.01
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e39a.01 10800000 BER 03000000
Adjust ATTR 01 VGAS 49 VGAR d6 FREQR 6eRead 0047
MRASYM 80 10800000 BER 03000000
MRASYM 80 10800000 BER 03000000 hold
Zone8
Retry to find bath using coarse offset
offset unchanged
Zone9
Retry to find bath using coarse offset
offset unchanged
Test 0000e39a.01 10805839 BER 0300075e
Zone0
Retry to find bath using coarse offset
Left Bath = F9AF, Right Bath = FA0A : Pick (F9DC) ( Min/Max AGC E0FF )
Zone1
Retry to find bath using coarse offset
Left Bath = F9F6, Right Bath = FA4D : Pick (FA21) ( Min/Max AGC ECFF )
Test 00000bc8.01 10805a22 BER 030001f6
Test 00000bc8.01 1080d9fc BER 03000bb6
Test 0000e39a.01 10800000 BER 03000000
Adjust ATTR 01 VGAS 47 VGAR dd FREQR 79Read 0047 Dbck DefaultDATA load
Test 0000e39a.01 10800000 BER 03000000
Ratio 0001
FAILED SERVO Zone 08 Head 01 Error 0047
Adapt Servo 0000e33a.02
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.02 0003a5f2 BER 000007df
Adjust ATTR 01 VGAS 3c VGAR ad FREQR 83Read 0043 SRVTEST 41
fail lower limit
MRASYM 80 0003ce16 BER 00000700
MRASYM 80 0003d450 BER 0000072b hold
Zone8
Left Bath = FF35, Right Bath = FF82 : Pick (FF5B) ( Min/Max AGC AFFF )
Zone9
Left Bath = FFC7, Right Bath = 0021 : Pick (FFF4) ( Min/Max AGC B0FF )
Test 0000e33a.02 00036544 BER 00000fff
Zone0
Left Bath = F9F9, Right Bath = FA3C : Pick (FA1A) ( Min/Max AGC B7FF )
Zone1
Left Bath = FA1C, Right Bath = FA6F : Pick (FA45) ( Min/Max AGC B8FF )
Test 00000bc8.02 008fc12c BER 0300313a
Test 00000bc8.02 108082bd BER 03001398
Test 0000e33a.02 0004ed5a BER 00000fff
Adjust ATTR 01 VGAS 3c VGAR b4 FREQR 85Read 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 80 0004e7c9 BER 00000fff
MRASYM 81 0004e409 BER 00000fff update 81 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 5a 00041c3b BER 00000000 adapt
XDCTAP 4c 0003e361 BER 00000000 hold
CUTOFFLower 0022Upper 013bStep 0003Right 18Mask 0008
Default0127 0003e3fd BER 00000000
Floor1 0f 0003ee17 00047f4f
Left 1 012b 0003cd3b
Middle 1 0131 0003a691
Right1 013b 00037d46
Lowest 1 013a 00037d46
New 0131 00039cae BER 00000000
SV TAP5 Lower 0020Upper 00dfStep 0006Right 1fMask 1000
Default005c 000657ec BER 00000000
Floor1 20 0003f4aa 00048d94
Left 1 006e 0003eea5
Middle 1 00a6 0003f507
Right1 00df 0003f4aa
Lowest 1 006e 0003eea5
Curve 00c2 0003fdf5
New 00a6 0003f0bd BER 00000000
0003be59 BER 00000000 _ATT 01 VGAS 39 VGAR 39 FREQR 7e Taps frozen read adapt
Current Tap Weight 00005983 diff ffffa67d tap limits
0003c494 BER 00000000 _ATT 01 VGAS 38 VGAR 40 FREQR 83 Taps frozen read adapt
Current Tap Weight 0000003a diff 00005949 tap limits
0003cfc7 BER 00000000 _ATT 01 VGAS 3a VGAR 3d FREQR 7e Taps frozen read adapt
Current Tap Weight 000000a2 diff ffffff98 Save servo Force servo update
Dbck DefaultDATA load
Test 0000e33a.02 0085a287 BER 03002ffd
Ratio 0024
Zone8
Left Bath = FEF7, Right Bath = FF65 : Pick (FF2E) ( Min/Max AGC AEFF )
Zone9
Left Bath = FF96, Right Bath = 000F : Pick (FFD2) ( Min/Max AGC A8FF )
Zone8
Retry to find bath using coarse offset
Left Bath = FF4E, Right Bath = FF62 : Pick (FF58) ( Min/Max AGC FBFF )
Zone9
Retry to find bath using coarse offset
offset unchanged
Zone8
Retry to find bath using coarse offset
Left Bath = FF15, Right Bath = FFB2 : Pick (FF63) ( Min/Max AGC CAFF )
Zone9
Left Bath = FFE6, Right Bath = 000E : Pick (FFFA) ( Min/Max AGC B3FF )
HiTemp Bias BackOff Head 0 1 2 3
B B B
Adapt Data Zone 00
Test 00000600.00 00021e46 BER 000000a3
Test 00000600.00 00026c13 BER 000001f5
Adapt Data 00000600.00
Dbck DATA load
NPML 00
Test 00000038.00 0001cc89 BER 00000034
Test 00000600.00 00028283 BER 000007b7
CheckATTR 01 VGAS 5c VGAR b1 FREQR 81Read 0043 within VGAR FREQR
MRASYM 80 0002babb BER 00000306
MRASYM 78 000295dd BER 000001d7 update 78 hold
OD OFST Lower f959Upper fa18Step 0006Right 1fMask 4340
Defaultf9b9 00021608 BER 0000009e
Floor1 0e 0002e697 0002e697
Left 1 f9ad 0002bfcc
Middle 1 f9c7 0001eaba
Right1 f9e2 00029696
Lowest 1 f9c5 0001eaba
Curve f9c5 0001eaba
New f9c7 0001d955 BER 00000012 AUTO
CheckATTR 01 VGAS 5e VGAR 8b FREQR 82Read 0043 within VGAR FREQR
Test 00000600.00 0002576f BER 0000014e
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 0004e0ef BER 00000ea8
Floor1 0b 000460dd 0004c1e4
Left 1 0012 0004572e
Middle 1 0016 00047d9f
Right1 001b 000449ce
Lowest 1 001a 00042a39
Curve 0012 0004572e
New 0016 0002c9d0 BER 000001a5 AUTO
Test 00000600.00 0001f49d BER 0000004e
MRASYM 78 00020906 BER 0000003b
MRASYM 79 00022000 BER 0000004e hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0000 0001eb5b BER 00000246
Floor1 0b 0001b7e4 0001b7e4
Left 1 0002 0001ae67
Middle 1 0005 0001ab61
Right1 0008 0001acd5
Lowest 1 0007 000189e1
Curve 0006 00018b30
New 0005 0001a0c1 BER 00000034
Test 00000600.00 00019f8c BER 00000026
XDCTAP 90 0001be77 BER 00000050 adapt
XDCTAP 5e 0001c93c BER 000000ba hold
CUTOFFLower 0327Upper 040eStep 0002Right 10Mask 0348
Default0336 0001ac99 BER 0000003c
Floor1 07 0001abeb 0001c494
Left 1 0327 0001a274
Middle 1 0329 00019912
Right1 032b 00019a36
Lowest 1 0329 00019912
New 0329 0001b623 BER 00000073
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 00039924 BER 000002bc
Floor1 16 00058cbf 00058cbf
Left 1 0005 00055d1c
Middle 1 000b 00036b87
Right1 0012 00053c0b
Lowest 1 000b 00036b87
Curve 000b 00036b87
New 000b 0001b083 BER 00000067 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 0007e415 BER 00000069
Floor1 10 0009b282 0009b282
Left 1 0005 00084df8
Middle 1 0009 0007c4da
Right1 000d 00093e67
Lowest 1 000a 00079b97
Curve 0009 0007c4da
New 0009 0007eab2 BER 0000002f
OD OFST Lower f9a7Upper f9e8Step 0003Right 15Mask 4340
Defaultf9c7 00021e59 BER 0000002f
Floor1 15 000270dc 000270dc
Left 1 f9b3 0002547a
Middle 1 f9c6 0001f7f7
Right1 f9d9 00025ff4
Lowest 1 f9c8 0001f248
Curve f9c2 0002177b
New f9c6 00021413 BER 00000256 AUTO
CUTOFFLower 0327Upper 032bStep 0001Right 04Mask 0348
Default0329 0001e556 BER 0000006e
Floor1 02 0001e292 0001e292
Left 1 0327 0001c159
Middle 1 0327 0001c159
Right1 0328 0001d801
Lowest 1 0327 0001c159
New 0327 0001cb78 BER 0000007c AUTO
BOOST Lower 0004Upper 0013Step 0001Right 0fMask 0360
Default000b 00022eb9 BER 00000062
Floor1 10 0002639a 0002f074
Left 1 000a 00025a11
Middle 1 000e 0001cd2e
Right1 0013 0002639a
Lowest 1 000e 0001cd2e
Curve 000e 0001cd2e
New 000e 0001d6f5 BER 00000077 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default0009 000806df BER 00000046
Floor1 10 0009c138 0009c138
Left 1 0004 0008f3ca
Middle 1 0009 0007e51b
Right1 000e 000949c8
Lowest 1 0009 0007e51b
Curve 0009 0007e51b
New 0009 0007f231 BER 00000045 AUTO
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS 5f VGAR 88 FREQR 7dRead 0043 within VGAR FREQR
MRASYM 78 0001cf78 BER 0000007b
MRASYM 7e 0001ae94 BER 00000036 update 7e adapt
Test 00000600.00 000197a1 BER 0000007f
MRASYM 7e 0001ab1e BER 00000229
MRASYM 79 0001a4ff BER 00000049 update 79 hold
NPML 03 0001a1f8 BER 000001e5 NPML update
NPML 03 000722a9 BER 00000039
MRASYM 79 000726f4 BER 0000002d
MRASYM 7b 000702c9 BER 0000006d update 7b adapt
BETTER UPDATE TAPS
->Min=0008(F9C0) BL=F9B4 BR=F9D2 Range=001F Pick=F9C3
->Min=0008(F9BE) BL=F9A2 BR=F9C0 Range=001F Pick=F9B1
->Min=0007(F9D0) BL=F9B4 BR=F9DE Range=002B Pick=F9C9
->Min=0013(F9D0) BL=F9C0 BR=F9E4 Range=0025 Pick=F9D2
->Min=002B(F9B6) BL=F9A6 BR=F9B8 Range=0013 Pick=F9AF
->Min=0011(F9C6) BL=F9B8 BR=F9CC Range=0015 Pick=F9C2
->Min=0008(F9D2) BL=F9BC BR=F9DC Range=0021 Pick=F9CC
->Min=0004(F9CA) BL=F9B0 BR=F9D4 Range=0025 Pick=F9C2
->Min=0009(F9B0) BL=F9A4 BR=F9CC Range=0029 Pick=F9B8
Average MR Offset is F9C1
Dbck DATA save
Media 0000
Test 00000600.01 00800000 BER 03000000
Test 00000600.01 0007ac22 BER 00000fff
Adapt Data 00000600.01
Dbck DATA load
NPML 00
Test 00000038.01 008b7bf2 BER 020011cd
Test 00000600.01 000e141d BER 00000fff
CheckATTR 01 VGAS 4a VGAR a8 FREQR 83Read 0043 within VGAR FREQR
MRASYM 80 00872b03 BER 03002ffd
MRASYM 77 00848099 BER 030021f6 update 77 hold
OD OFST Lower f97cUpper fa3bStep 0006Right 1fMask 4340
Defaultf9dc 00815195 BER 0300119b
Floor1 04 00084d4e 00084d4e
Left 1 f9d6 00019fd7
Middle 0 f9e7 000bab12
Right1 f9f9 000790d1
Lowest 1 f9d6 00019fd7
Curve f9d6 00019fd7
Restoref9dc 008c1a58 BER 030014fe
CheckATTR 01 VGAS 4b VGAR ae FREQR 7fRead 0043 within VGAR FREQR
Test 00000600.01 009769fc BER 02002ffd
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 0090c5d3 BER 02001ffe
Write Error Write Error Write Error Write Error Write Error Write Error Write Error Pgm=02 Trk=00601(00601).1(1).000(1A9) Zn=0 Err=00 ErCt=011F Hlth=0000 CHlth=0008 Ready LBA=004C01A8
Pgm=02 Trk=00600(00600).1(1).000(104) Zn=0 Err=00 ErCt=0122 Hlth=0000 CHlth=0008 Ready LBA=004BFBF4
Pgm=02 Trk=00601(00601).1(1).2C6(023) Zn=0 Err=13 ErCt=0124 Hlth=0000 CHlth=0008 Ready LBA=004C0306
Pgm=02 Trk=00600(00600).1(1).000(104) Zn=0 Err=00 ErCt=0125 Hlth=0000 CHlth=0008 Ready LBA=004BFBF4
Pgm=02 Trk=00600(00600).1(1).000(104) Zn=0 Err=00 ErCt=0126 Hlth=0000 CHlth=0008 Ready LBA=004BFD02
Pgm=02 Trk=00600(00600).1(1).3D9(104) Zn=0 Err=00 ErCt=0127 Hlth=0000 CHlth=0008 Ready LBA=004C0040
Pgm=02 Trk=00600(00600).1(1).44C(104) Zn=0 Err=00 ErCt=0127 Hlth=0000 CHlth=0008 Ready LBA=004C0040
Pgm=02 Trk=00600(00600).1(1).000(104) Zn=0 Err=00 ErCt=012A Hlth=0000 CHlth=0008 Ready LBA=004BFBF4
Pgm=02 Trk=00600(00600).1(1).000(104) Zn=0 Err=00 ErCt=012A Hlth=0000 CHlth=0008 Ready LBA=004BFBF4
Write Error Pgm=02 Trk=00601(00601).1(1).2B2(00F) Zn=0 Err=00 ErCt=013B Hlth=0000 CHlth=0008 Ready LBA=004C02F2
Floor1 04 000c3364 000cb1db
Left 1 001b 000bd2b2
Middle 1 001b 000bd2b2
Right1 001b 000bd2b2
Lowest 1 001b 000bd2b2
Curve Size Bathtub
New 001b 008b2b34 BER 01002b48
Test 00000600.01 0091213e BER 01002807
MRASYM 77 0008ef29 BER 00000fff
MRASYM 7c 0008cb6d BER 00000fff update 7c hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0000 0008de8b BER 00000fff
Floor1 0b 0005c3b3 0006e2b8
Left 1 0008 0005c007
Middle 1 0009 000697b8
Right1 000a 0005c3b3
Lowest 1 0008 0005c007
Curve Size Bathtub
New 0009 0205ed9c BER 00000fff
Test 00000600.01 000597f7 BER 00000a74
XDCTAP 90 0005929d BER 00000a5b adapt
XDCTAP 60 0005d317 BER 00000fff hold
CUTOFFLower 0327Upper 040eStep 0002Right 10Mask 0348
Default0336 0005b080 BER 00000b2b
Floor1 09 00059443 0005c09a
Left 1 0327 00054edc
Middle 1 032f 0005aa81
Right1 0337 0005882d
Lowest 1 0329 00054b03
New 032f 0005aac7 BER 00000fff AUTO
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 000753e0 BER 00000fff
Floor1 14 000945ad 000945ad
Left 1 0005 0008a670
Middle 1 000a 000786b7
Right1 000f 0008bbea
Lowest 1 000a 000786b7
Curve 0009 0007a9a9
New 000a 000563f8 BER 0000099d AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 000d5b2a BER 000003bc
Floor1 10 000e5d2e 000f7404
Left 1 0008 000e22c2
Middle 1 000b 000cef41
Right1 000f 000e5d2e
Lowest 1 000a 000ce533
Curve 000c 000dd859
New 000b 000cad5c BER 00000406 AUTO
OD OFST Lower f9d0Upper f9ffStep 0002Right 17Mask 4340
Defaultf9dc 0085fb7c BER 0300159a
Floor1 07 00069bef 00069bef
Left 1 f9de 00038279
Middle 0 f9e6 1080f9ed
Right1 f9ef 00023e17
Lowest 1 f9e8 0000bb98
Curve f9de 00038279
Restoref9dc 008b0583 BER 030011f4
CUTOFFLower 0327Upper 0337Step 0001Right 10Mask 0348
Default032f 0004f1f2 BER 00000978
Floor1 09 0004ce2e 0004e3a4
Left 1 0328 0004c65b
Middle 1 032e 0004d86d
Right1 0335 0004c89a
Lowest 1 0328 0004c65b
New 032e 0004d561 BER 00000af6 AUTO
BOOST Lower 0004Upper 0010Step 0001Right 0cMask 0360
Default000a 00067842 BER 00000fff
Floor1 0d 00072549 00072549
Left 1 0007 0006f817
Middle 1 000a 000695eb
Right1 000e 0006f301
Lowest 1 0009 00063d90
Curve 000a 000695eb
New 000a 0004d618 BER 00000922 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000b 000df955 BER 00000389
Floor1 10 000ea77a 000f5844
Left 1 0008 000e1163
Middle 1 000b 000d23b1
Right1 000f 000ea77a
Lowest 1 000b 000d23b1
Curve 000c 000d4577
New 000b 000d55a5 BER 00000411 AUTO
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS 49 VGAR af FREQR 7eRead 0043 within VGAR FREQR
MRASYM 7c 0004cf1b BER 00000861
MRASYM 7e 0004a921 BER 000008c3 update 7e adapt
Test 00000600.01 00047feb BER 00000764
MRASYM 7e 0004e4e8 BER 00000ebe
MRASYM 7d 00050bcd BER 00000fff hold
NPML 03 000523ee BER 00000e2c NPML update
NPML 03 0007915a BER 00000fff
MRASYM 7e 0007750d BER 00000fff
MRASYM 7d 00074ff2 BER 000009c5 update 7d adapt
BETTER UPDATE TAPS
->Min=07FF(F97C) BL=7FFF BR=7FFF Range=0000 Pick=F97C
->Min=07FF(F97C) BL=7FFF BR=7FFF Range=0000 Pick=F97C
->Min=07FF(F97C) BL=7FFF BR=7FFF Range=0000 Pick=F97C
->Min=06AA(F9E8) BL=7FFF BR=7FFF Range=0000 Pick=F9E8
->Min=07FF(F97C) BL=7FFF BR=7FFF Range=0000 Pick=F97C
->Min=073F(F9E2) BL=7FFF BR=7FFF Range=0000 Pick=F9E2
->Min=07FF(F97C) BL=7FFF BR=7FFF Range=0000 Pick=F97C
->Min=045A(F9D6) BL=7FFF BR=7FFF Range=0000 Pick=F9D6
->Min=0780(F9D2) BL=7FFF BR=7FFF Range=0000 Pick=F9D2
Average MR Offset is F9DD
Dbck DATA save
Media 0000
Test 00000600.02 00800000 BER 03000000
Test 00000600.02 00800000 BER 03000000
Test 00000620.02 00800000 BER 03000000
Test 00000620.02 00800000 BER 03000000
Test 00000640.02 WRITE FAILED
Test 00000660.02 10800000 BER 03000000
Test 00000660.02 00800000 BER 03000000
Adapt Data 00000660.02
Dbck DATA load
NPML 00
Test 00000098.02 0087c5aa BER 01002621
Test 00000660.02 1080f98f BER 03000318
CheckATTR 01 VGAS 43 VGAR 95 FREQR 94Read 0043 within VGAR FREQR
MRASYM 80 1080e690 BER 030004e2
MRASYM 88 10806710 BER 030002c5 update 88 hold
OD OFST Lower f9baUpper fa79Step 0006Right 1fMask 4340
Defaultfa1a 008438eb BER 02002093
Floor1 01 0004758f 0004758f
Left 1 fa20 0004758f
Middle 0 fa22 0004758f
Right1 fa25 0004758f
Lowest 1 fa20 0004758f
Curve Size Bathtub
Restorefa1a 00884b08 BER 010020a0
CheckATTR 01 VGAS 49 VGAR a7 FREQR 7fRead 0043 within VGAR FREQR
Test 00000660.02 1080eca4 BER 0300055e
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 00814ed3 BER 0300188c
Write Error Write Error Pgm=02 Trk=00660(00660).0(2).001(08D) Zn=0 Err=00 ErCt=02EC Hlth=0000 CHlth=0008 Ready LBA=0050DE59
Pgm=02 Trk=0065E(0065E).0(2).221(163) Zn=0 Err=13 ErCt=02F3 Hlth=0000 CHlth=0008 Ready LBA=0050D7E1
Pgm=02 Trk=00662(00662).0(2).000(1D6) Zn=0 Err=13 ErCt=02F7 Hlth=0000 CHlth=0008 Ready LBA=0050E6F0
Pgm=02 Trk=00662(00662).0(2).0E1(2B7) Zn=0 Err=13 ErCt=02F8 Hlth=0000 CHlth=0008 Ready LBA=0050E7D1
Write Error Floor1 04 0004c733 0004ff73
Left 1 0017 0004c72e
Middle 1 0019 0004d935
Right1 001b 00048f39
Lowest 1 001b 00048f39
Curve 0018 007fffff
New 0019 000423ad BER 00000f50 AUTO
Test 00000660.02 00038fde BER 00000412
MRASYM 88 00039b61 BER 00000572
MRASYM 84 0003bb46 BER 00000697 hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0000 000382f5 BER 00000726
Floor1 06 00030ae4 00030ae4
Left 1 0004 0002dd10
Middle 0 0006 00857d96
Right1 0009 00029d21
Lowest 1 0009 00029d21
Curve 0006 00857d96
Restore0000 000389b1 BER 00000acf
Test 00000660.02 0003bc17 BER 00000b10
XDCTAP 90 0003c1c8 BER 00000aa7 adapt
XDCTAP 5b 0003d000 BER 000008a3 hold
CUTOFFLower 0327Upper 040eStep 0002Right 10Mask 0348
Default0336 0003cefb BER 000009d3
Floor1 08 0003b32d 0003e130
Left 1 0327 00039258
Middle 1 032b 0003d63e
Right1 0331 00039873
Lowest 1 0327 00039258
New 032b 0003d694 BER 00000c28
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 0089ec62 BER 010024b0
Floor1 15 000747ef 000747ef
Left 1 0006 0006f8c4
Middle 1 000c 000518ea
Right1 0013 0006a31e
Lowest 1 000d 0005101b
Curve 000c 000518ea
New 000c 0003c5f4 BER 00000e0c AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 000c08fb BER 000006f8
Floor1 10 000d5132 000d5132
Left 1 0004 000d29fc
Middle 1 0008 000b7d8b
Right1 000c 000cd9d4
Lowest 1 0008 000b7d8b
Curve 0007 000cd8de
New 0008 000bb9b6 BER 00000949 AUTO
OD OFST Lower fa1aUpper fa2bStep 0001Right 11Mask 4340
Defaultfa1a 0080b12d BER 03001714
Floor1 10 0000f1b5 000516d9
Left 1 fa1c 00008a46
Middle 1 fa23 000522b6
Right1 fa2b 0000f1b5
Lowest 1 fa1c 00008a46
Curve fa1c 00008a46
New fa23 008986d1 BER 0200305f
CUTOFFLower 0327Upper 0331Step 0001Right 0aMask 0348
Default032b 000402c4 BER 00000bd2
Floor1 04 0003a424 0003e436
Left 1 0327 00039ac2
Middle 1 0328 0003a41a
Right1 0329 0003974c
Lowest 1 0329 0003974c
New 0328 0003c5d7 BER 00000ad5 AUTO
BOOST Lower 0005Upper 0014Step 0001Right 0fMask 0360
Default000c 000443b7 BER 00000812
Floor1 0e 00052214 00052214
Left 1 0008 0004fdd8
Middle 1 000c 00043ebb
Right1 0011 0004fe42
Lowest 1 000c 00043ebb
Curve 0008 0004fdd8
New 000c 0003b42e BER 00000a85 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default0008 000b7240 BER 00000893
Floor1 10 000d8b68 000d8b68
Left 1 0004 000d58c9
Middle 1 0008 000b3154
Right1 000c 000d6978
Lowest 1 0008 000b3154
Curve 0008 000b3154
New 0008 000b3684 BER 00000433 AUTO
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS 4c VGAR 8b FREQR 6dRead 0043 within VGAR FREQR
MRASYM 88 0003beab BER 000008fc
MRASYM 80 0003c4d2 BER 00000802 adapt
Test 00000660.02 0286c8e2 BER 02000fee
MRASYM 88 0287135c BER 020016e1
MRASYM 82 02870c7a BER 010010ee update 82 hold
NPML 03 02836586 BER 03000fa0 NPML update
NPML 03 028e4f77 BER 01001d36
MRASYM 82 028e405e BER 0100132d
MRASYM 80 028e4602 BER 010016c2 adapt
BETTER UPDATE TAPS
->Min=0590(FA09) BL=7FFF BR=7FFF Range=0000 Pick=FA09
->Min=04DD(FA1B) BL=7FFF BR=7FFF Range=0000 Pick=FA1B
->Min=0268(FA0D) BL=7FFF BR=7FFF Range=0000 Pick=FA0D
->Min=0518(FA0D) BL=7FFF BR=7FFF Range=0000 Pick=FA0D
->Min=038C(FA0F) BL=7FFF BR=7FFF Range=0000 Pick=FA0F
->Min=05A7(FA21) BL=7FFF BR=7FFF Range=0000 Pick=FA21
->Min=02F1(FA09) BL=7FFF BR=7FFF Range=0000 Pick=FA09
->Min=0451(FA17) BL=7FFF BR=7FFF Range=0000 Pick=FA17
->Min=044B(FA27) BL=7FFF BR=7FFF Range=0000 Pick=FA27
Average MR Offset is FA15
Dbck DATA save
Media 0000
Adapt Servo Zone 08
Adapt Servo 0000e33a.00
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.00 00015863 BER 0000000b
Adjust ATTR 01 VGAS 54 VGAR ac FREQR 85 SRVTEST 41
fail lower limit
MRASYM 80 00015732 BER 0000000d
MRASYM 56 00015af4 BER 0000000a hold
Test 0000e33a.00 00015c3b BER 00000004
Test 00000bc8.00 000820b1 BER 00000210
Test 00000bc8.00 00080abe BER 00000311
RDBIASLower 0003Upper 000bStep 0001Right 08Mask 2000
Default000b 00081863 BER 00000189
Adjust 0003 000c2fbb BER 00000897
Adjust 0004 000b3985 BER 00000514
Adjust 0005 000a7e0b BER 0000032b
Adjust 0006 0009e775 BER 00000323
Adjust 0007 00095934 BER 000002ac
Adjust 0008 0008c786 BER 00000315
Adjust 0009 0008868b BER 000003b9
Adjust 000a 0008747f BER 00000322
Adjust 000b 000846ae BER 0000031f
Floor1 09 000846ae 0009b022
Left 1 000b 000846ae
Middle 1 000b 000846ae
Right1 000b 000846ae
Lowest 1 000b 000846ae
Curve Size Bathtub
New 000b 00084202 BER 000003a3
RdBias Upper 000b Lower 0003 Step 0001
SPT 044c Revs 00de
RdBias 0b VGAR 94 DeciLog OTF 05.4 Raw 03.6
RdBias 0a VGAR 98 DeciLog OTF 05.4 Raw 03.6
RdBias 09 VGAR 9e DeciLog OTF 05.3 Raw 03.6
RdBias 08 VGAR a2 DeciLog OTF 05.2 Raw 03.6
RdBias 07 VGAR a5 DeciLog OTF 05.0 Raw 03.6
RdBias 06 VGAR ad DeciLog OTF 05.0 Raw 03.6
RdBias 05 VGAR b3 DeciLog OTF 04.7 Raw 03.6
RdBias 04 VGAR b8 DeciLog OTF 04.2 Raw 03.6
RdBias 03 VGAR bf DeciLog OTF 00.0 Raw 00.0
RdBias 04 VGAR b6 DeciLog OTF 04.3 Raw 03.6
Test 0000e33a.00 000249e9 BER 0000007f
Adjust ATTR 01 VGAS 80 VGAR d3 FREQR 86 SRVTEST 41
fail lower limit
MRASYM 80 0002447f BER 0000007d
MRASYM 74 0002438f BER 00000086 update 74 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 3d 000240ae BER 00000000 adapt
XDCTAP 4c 0001fd24 BER 00000000 hold
CUTOFFLower 0022Upper 013bStep 0003Right 18Mask 0008
Default0127 0001ff1b BER 00000000
Floor1 10 00020ebd 00026863
Left 1 0128 0001fc8f
Middle 1 0131 0001dab1
Right1 013b 0001d875
Lowest 1 0137 0001ce46
New 0131 0001dc1a BER 00000000
SV TAP5 Lower 0020Upper 00dfStep 0006Right 1fMask 1000
Default005c 00020377 BER 00000000
Floor1 20 000203e5 00020441
Left 1 0020 000203e5
Middle 1 0079 00020867
Right1 00d3 000200ac
Lowest 1 0026 0001fd3a
Curve 0080 0001ffdb
New 0079 0002050a BER 00000000
000209cc BER 00000000 _ATT 01 VGAS 7f VGAR 76 FREQR 7f Taps frozen read adapt
Current Tap Weight 000021c9 diff ffffde37 tap limits
000204a6 BER 00000000 _ATT 01 VGAS 81 VGAR 75 FREQR 81 Taps frozen read adapt
Current Tap Weight 000000b2 diff 00002117 tap limits
00020807 BER 00000000 _ATT 01 VGAS 80 VGAR 78 FREQR 7c Taps frozen read adapt
Current Tap Weight 00000083 diff 0000002f Save servo Force servo update
Dbck DefaultDATA load
Test 0000e33a.00 00021848 BER 00000fff
Ratio 0001
Adapt Servo 0000e33a.01
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.01 10807af2 BER 030014f6
Adjust ATTR 01 VGAS 46 VGAR d6 FREQR 82Read 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 80 1081094b BER 030002d4
MRASYM 7a 1080ba2d BER 03000d32 update 7a hold
Test 0000e33a.01 0089fd16 BER 03001860
Test 00000bc8.01 0089b287 BER 01001703
Test 00000bc8.01 0008f62c BER 00000fff
RDBIASLower 0003Upper 000bStep 0001Right 08Mask 2000
Default000b 0008dc28 BER 00000fff
Adjust 0003 008d0ff7 BER 02003441
Adjust 0004 000b31d3 BER 00000fff
Adjust 0005 0092fbe5 BER 02002790
Adjust 0006 000a3059 BER 00000fff
Adjust 0007 00098163 BER 00000fff
Adjust 0008 0091dc93 BER 01002ffd
Adjust 0009 000909e8 BER 00000fff
Adjust 000a 000910b9 BER 00000fff
Adjust 000b 0008ff1e BER 00000fff
Floor1 06 0008ff1e 0009aa37
Left 1 000b 0008ff1e
Middle 1 000b 0008ff1e
Right1 000b 0008ff1e
Lowest 1 000b 0008ff1e
Curve Size Bathtub
New 000b 0008f548 BER 00000fff
RdBias Upper 000b Lower 0003 Step 0001
SPT 044c Revs 00de
RdBias 0b VGAR b0 DeciLog OTF 00.0 Raw 00.0
RdBias 0b VGAR ae DeciLog OTF 00.0 Raw 00.0
Test 0000e33a.01 1080b3e2 BER 030006c3
Adjust ATTR 01 VGAS 48 VGAR d5 FREQR 83Read 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 7a 108067fa BER 03000aa8
MRASYM 7f 10804ea2 BER 030016c4 hold
Dbck DefaultDATA load
Test 0000e33a.01 10805b53 BER 0300129e
Ratio 0000
Adapt Servo 0000e35a.01
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e35a.01 10811c1f BER 030013d0
Adjust ATTR 01 VGAS 44 VGAR d3 FREQR 7fRead 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 80 1080b0a2 BER 030011f1
MRASYM 7f 1080d04f BER 0300079a hold
Test 0000e35a.01 00811c2b BER 030023f1
Test 00000bc8.01 00085b58 BER 00000fff
Test 00000bc8.01 00090391 BER 00000fff
RDBIASLower 0003Upper 000bStep 0001Right 08Mask 2000
Default000b 00089f63 BER 00000fff
Adjust 0003 000c376f BER 00000fff
Adjust 0004 000b182f BER 00000fff
Adjust 0005 000abc2b BER 00000fff
Adjust 0006 000a24f2 BER 00000fff
Adjust 0007 00097605 BER 00000fff
Adjust 0008 0009545c BER 00000fff
Adjust 0009 000902ad BER 00000fff
Adjust 000a 0008de0a BER 00000fff
Adjust 000b 0008bb03 BER 00000fff
Floor1 09 0008bb03 0009f450
Left 1 000b 0008bb03
Middle 1 000b 0008bb03
Right1 000b 0008bb03
Lowest 1 000b 0008bb03
Curve Size Bathtub
New 000b 000899c4 BER 00000fff
RdBias Upper 000b Lower 0003 Step 0001
SPT 044c Revs 00de
RdBias 0b VGAR b7 DeciLog OTF 00.0 Raw 00.0
RdBias 0b VGAR b6 DeciLog OTF 00.0 Raw 00.0
Test 0000e35a.01 000ae2dd BER 00000fff
Adjust ATTR 01 VGAS 43 VGAR c2 FREQR 8bRead 0043 SRVTEST 41Read 0043
fail lower limit
MRASYM 80 000b0fd3 BER 00000fff
MRASYM 7c 008c0fa6 BER 01002ffd hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 5a 0008de03 BER 00000000 adapt
XDCTAP 4c 0008723d BER 00000000 hold
CUTOFFLower 0022Upper 013bStep 0003Right 18Mask 0008
Default0127 000875d3 BER 00000000
Floor1 0d 00087afc 000973d8
Left 1 012e 0008327a
Middle 1 0134 0007e052
Right1 013b 0007abf6
Lowest 1 013a 0007abf6
New 0134 0007d3da BER 00000000
SV TAP5 Lower 0020Upper 00dfStep 0006Right 1fMask 1000
Default005c 000890ac BER 00000000
Floor1 1e 00089e87 00089e87
Left 1 0032 000892b1
Middle 1 0082 00089fbd
Right1 00d3 00088330
Lowest 1 00ce 00088330
OVER dead0000
New 0082 0008654a BER 00000000
0008441c BER 00000000 _ATT 01 VGAS 46 VGAR 50 FREQR 7f Taps frozen read adapt
Current Tap Weight 00004460 diff ffffbba0 tap limits
00085bd7 BER 00000000 _ATT 01 VGAS 40 VGAR 57 FREQR 80 Taps frozen read adapt
Current Tap Weight 000000b9 diff 000043a7 tap limits
00887952 BER 01000000 _ATT 01 VGAS 41 VGAR 50 FREQR 80 Taps frozen read adapt
Current Tap Weight 0000003e diff 0000007b Save servo Force servo update
Dbck DefaultDATA load
Test 0000e35a.01 0093ffaf BER 01001ffe
Ratio 0000
Adapt Servo 0000e33a.02
Adapts Loaded
Dbck DATA load
NPML 00
Test 0000e33a.02 00020aa5 BER 00000059
Adjust ATTR 01 VGAS 3b VGAR a3 FREQR 81 SRVTEST 41
fail lower limit
MRASYM 80 000213dd BER 00000067
MRASYM 94 000208a2 BER 0000005f update 94 hold
Test 0000e33a.02 00020365 BER 0000004d
Test 00000bc8.02 0006de7d BER 00000574
Test 00000bc8.02 00069abb BER 0000039b
RDBIASLower 0003Upper 000bStep 0001Right 08Mask 2000
Default000b 00072fbe BER 000005ad
Adjust 0003 000a2ca7 BER 00000fff
Adjust 0004 00099482 BER 00000fff
Adjust 0005 0008bb6d BER 00000eae
Adjust 0006 00088e65 BER 00000f81
Adjust 0007 0007fdcc BER 00000c14
Adjust 0008 0007742f BER 0000081a
Adjust 0009 000750ec BER 00000d75
Adjust 000a 00074134 BER 00000760
Adjust 000b 0006d5ba BER 00000609
Floor1 09 0006d5ba 000835de
Left 1 000b 0006d5ba
Middle 1 000b 0006d5ba
Right1 000b 0006d5ba
Lowest 1 000b 0006d5ba
Curve Size Bathtub
New 000b 00071ab1 BER 000005ed
RdBias Upper 000b Lower 0003 Step 0001
SPT 044c Revs 00de
RdBias 0b VGAR 87 DeciLog OTF 00.0 Raw 00.0
RdBias 0a VGAR 9d DeciLog OTF 04.2 Raw 03.6
RdBias 0b VGAR 89 DeciLog OTF 03.9 Raw 03.6
Test 0000e33a.02 00021ac8 BER 00000065
Adjust ATTR 01 VGAS 3b VGAR b6 FREQR 86 SRVTEST 41
fail lower limit
MRASYM 94 00024677 BER 000000ac
MRASYM 92 00024630 BER 000000c9 update 92 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 4c 00024e98 BER 00000000 adapt
XDCTAP 3a 00020e76 BER 00000000 hold
CUTOFFLower 0022Upper 013bStep 0003Right 18Mask 0008
Default0127 00020a2e BER 00000000
Floor1 0f 000210a1 000260f9
Left 1 0128 000206e4
Middle 1 0131 0001e62b
Right1 013b 0001d6d4
Lowest 1 0137 0001d6d0
New 0131 0001e963 BER 00000000
SV TAP5 Lower 0020Upper 00dfStep 0006Right 1fMask 1000
Default005c 00020fca BER 00000000
Floor1 20 00020e1d 00020ea6
Left 1 0020 00020e1d
Middle 1 007c 000209c5
Right1 00d9 00020d70
Lowest 1 003e 00020811
Curve 0020 00020e1d
New 007c 0002114a BER 00000000
00020e26 BER 00000000 _ATT 01 VGAS 3b VGAR 43 FREQR 80 Taps frozen read adapt
Current Tap Weight 00002572 diff ffffda8e tap limits
00020d9d BER 00000000 _ATT 01 VGAS 3c VGAR 40 FREQR 81 Taps frozen read adapt
Current Tap Weight 000000b7 diff 000024bb tap limits
00020b92 BER 00000000 _ATT 01 VGAS 3a VGAR 43 FREQR 7e Taps frozen read adapt
Current Tap Weight 0000003b diff 0000007c Save servo Force servo update
Dbck DefaultDATA load
Test 0000e33a.02 000208a0 BER 00000fff
Ratio 0000
Zone8
Retry to find bath using coarse offset
Left Bath = FF09, Right Bath = FF72 : Pick (FF3D) ( Min/Max AGC DAFF )
Zone9
Retry to find bath using coarse offset
Left Bath = FF9C, Right Bath = 0005 : Pick (FFD0) ( Min/Max AGC D4FF )
Zone8
Retry to find bath using coarse offset
Left Bath = FF20, Right Bath = FF66 : Pick (FF43) ( Min/Max AGC DAFF )
Zone9
Retry to find bath using coarse offset
Left Bath = FFA8, Right Bath = 000B : Pick (FFD9) ( Min/Max AGC DCFF )
Zone8
Left Bath = FF16, Right Bath = FF9F : Pick (FF5A) ( Min/Max AGC 94FF )
Zone9
Left Bath = FFBA, Right Bath = 0029 : Pick (FFF1) ( Min/Max AGC AAFF )
HiTemp Bias BackOff Head 0 1 2 3
B B B
Media 0000
Channel Srvo Table
Head Addr VGASATTTap5Tap6Tap3Tap7Tap2Tap8Tap9RATT XDC
00 F7F2 78 02 79 A0 88 C2 93 73 A7 41 4C
01 F808 50 02 82 7B 76 DD 87 46 C5 41 4C
02 F81E 43 02 7C 9B 8B C4 92 71 A6 41 3A
Adapt Data Zone 08
Test 0000e33a.00 00024dec BER 000000b2
Test 0000e33a.00 0002476d BER 000000b3
Adapt Data 0000e33a.00
Dbck DATA load
NPML 00
Test 0000d9bb.00 00020c7d BER 00000044
Test 0000e33a.00 000249f2 BER 000000a2
CheckATTR 01 VGAS 7b VGAR cf FREQR 85 within VGAR FREQR
MRASYM 80 000265e9 BER 0000011c
MRASYM 80 00025f30 BER 000000bd update 80 hold
OD OFST Lower feddUpper ff9cStep 0006Right 1fMask 4340
Defaultff3d 00020ee2 BER 00000055
Floor1 13 0003288a 0003288a
Left 1 ff0d 00031577
Middle 1 ff30 0001e399
Right1 ff54 0002ed9c
Lowest 1 ff2b 0001e399
Curve ff2b 0001e399
New ff30 0001f438 BER 0000001a AUTO
CheckATTR 01 VGAS 7c VGAR d5 FREQR 81 within VGAR FREQR
Test 0000e33a.00 00023341 BER 0000004e
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 00025d54 BER 000000db
Floor1 12 000247f7 00027b5b
Left 1 0014 00023abc
Middle 1 0017 000227d6
Right1 001b 00022bf9
Lowest 1 0018 00022690
Curve 0018 00022690
New 0017 0002193a BER 0000005e AUTO
Test 0000e33a.00 0001fe7a BER 00000031
MRASYM 80 000200e2 BER 00000045
MRASYM 6b 000211ff BER 0000004c hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0003 00020087 BER 0000003f
Floor1 0b 0001d780 0001fe5f
Left 1 0006 0001cc87
Middle 1 0008 0001c518
Right1 000a 0001d780
Lowest 1 0008 0001c518
Curve 0006 0001cc87
New 0008 0001c6b1 BER 00000025
Test 0000e33a.00 0001ba77 BER 0000000c
XDCTAP 90 0001d057 BER 0000002d adapt
XDCTAP 59 0001d971 BER 0000002f hold
CUTOFFLower 023eUpper 0327Step 0001Right 1cMask 0348
Default0318 0001db09 BER 00000027
Floor1 0f 0001df81 0001e902
Left 1 0312 0001d785
Middle 1 0316 0001d983
Right1 031a 0001dadd
Lowest 1 0312 0001d785
New 0316 0001e023 BER 00000031
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 00020c01 BER 00000047
Floor1 17 0003549c 0003549c
Left 1 0004 00033ad6
Middle 1 000a 00020036
Right1 0011 00034813
Lowest 1 000a 00020036
Curve 000a 00020036
New 000a 0001e094 BER 0000002e AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 0009543d BER 00000009
Floor1 10 00099766 000a0013
Left 1 0003 00093dcb
Middle 1 0009 00096837
Right1 000f 00099766
Lowest 1 0007 0008dd71
Curve 0008 00097d00
New 0009 000952d0 BER 00000002 AUTO
OD OFST Lower ff07Upper ff5aStep 0003Right 1bMask 4340
Defaultff30 0002129e BER 00000037
Floor1 1c 0002b46b 0002b46b
Left 1 ff16 0002adc7
Middle 1 ff2f 00021ea5
Right1 ff48 00029b66
Lowest 1 ff2b 00020a37
Curve ff2e 00021ea5
New ff2f 0002107b BER 00000020 AUTO
CUTOFFLower 0312Upper 031aStep 0001Right 08Mask 0348
Default0316 00020f67 BER 00000043
Floor1 03 0001edfd 00020771
Left 1 0312 0001e059
Middle 1 0312 0001e059
Right1 0313 0001ec9e
Lowest 1 0312 0001e059
New 0312 0001ea25 BER 0000002c AUTO
BOOST Lower 0003Upper 0012Step 0001Right 0fMask 0360
Default000a 0001f230 BER 0000003a
Floor1 10 00029714 00029714
Left 1 0007 0002921c
Middle 1 000c 0001ea61
Right1 0011 000284d1
Lowest 1 000c 0001ea61
Curve 000b 0001f5d9
New 000c 00020af8 BER 00000038
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default0009 00098e33 BER 0000000b
Floor1 10 0009c984 000a23b2
Left 1 0003 0009373f
Middle 1 0009 00092f5a
Right1 000f 0009c984
Lowest 1 0005 0008fcac
Curve 0009 00092f5a
New 0009 000925fb BER 00000009 AUTO
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS 7a VGAR c8 FREQR 81 within VGAR FREQR
MRASYM 80 00020a60 BER 00000035
MRASYM 65 0001ebaf BER 00000039 update 65 adapt
Test 0000e33a.00 0001d4bf BER 0000001f
MRASYM 65 0001ef7e BER 00000038
MRASYM 6e 0001e68c BER 00000032 update 6e hold
NPML 03 0001dbab BER 00000033 NPML update
NPML 03 0002d44c BER 00000031
MRASYM 6e 0002d184 BER 0000001c
MRASYM 74 0002da2d BER 0000001a adapt
BETTER UPDATE TAPS
->Min=0009(FF35) BL=FF17 BR=FF47 Range=0031 Pick=FF2F
->Min=0015(FF27) BL=FF1B BR=FF3B Range=0021 Pick=FF2B
->Min=000D(FF3B) BL=FF23 BR=FF53 Range=0031 Pick=FF3B
->Min=001B(FF2D) BL=FF21 BR=FF3D Range=001D Pick=FF2F
->Min=0008(FF2B) BL=FF1D BR=FF49 Range=002D Pick=FF33
->Min=0009(FF31) BL=FF1B BR=FF4F Range=0035 Pick=FF35
->Min=0009(FF2F) BL=FF17 BR=FF43 Range=002D Pick=FF2D
->Min=0004(FF3B) BL=FF23 BR=FF51 Range=002F Pick=FF3A
->Min=000D(FF33) BL=FF1F BR=FF4F Range=0031 Pick=FF37
Average MR Offset is FF33
Dbck DATA save
Media 0000
Test 0000e33a.01 00090d3c BER 00000fff
Test 0000e33a.01 000966b1 BER 00000fff
Adapt Data 0000e33a.01
Dbck DATA load
NPML 00
Test 0000d9bb.01 00888b42 BER 0200219e
Test 0000e33a.01 00929a9d BER 01002b41
CheckATTR 01 VGAS 48 VGAR c6 FREQR 7cRead 0043 within VGAR FREQR
MRASYM 80 0009ccae BER 00000fff
MRASYM 7b 00937242 BER 01002947 hold
OD OFST Lower fee3Upper ffa2Step 0006Right 1fMask 4340
Defaultff43 00886451 BER 03001991
Floor1 02 00086dca 00086dca
Left 1 ff31 00081800
Middle 0 ff33 00081800
Right1 ff36 00081800
Lowest 1 ff31 00081800
Curve Size Bathtub
Restoreff43 1080d360 BER 03001a3b
CheckATTR 01 VGAS 49 VGAR d1 FREQR 7fRead 0043 within VGAR FREQR
Test 0000e33a.01 1080aa6a BER 03000742
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 00966ecf BER 02002994
Floor1 08 00093065 0009e8a1
Left 1 0018 000927e9
Middle 1 0019 0008eecb
Right1 001b 0008ba9e
Lowest 1 001b 0008ba9e
Curve Size Bathtub
New 0019 00067c83 BER 00000fff AUTO
Test 0000e33a.01 0006942c BER 00000fff
MRASYM 80 0006c65c BER 00000fff
MRASYM 7f 008d69a6 BER 020026b5 hold
Media 0000
Test 0000e35a.01 00064804 BER 00000fff
Test 0000e35a.01 0006695f BER 00000fff
Adapt Data 0000e35a.01
Dbck DATA load
NPML 00
Test 0000d9db.01 000585a6 BER 00000fff
Test 0000e35a.01 0006712b BER 00000fff
CheckATTR 01 VGAS 45 VGAR bb FREQR 84Read 0043 within VGAR FREQR
MRASYM 80 0006917a BER 00000fff
MRASYM 7f 000670b2 BER 00000fff update 7f hold
OD OFST Lower fee3Upper ffa2Step 0006Right 1fMask 4340
Defaultff43 0005690c BER 00000fff
Floor1 11 000610f3 000610f3
Left 1 ff13 00061016
Middle 1 ff33 00052ab2
Right1 ff54 0005d3aa
Lowest 1 ff31 00052ab2
Curve ff31 00052ab2
New ff33 000514cc BER 00000fff AUTO
CheckATTR 01 VGAS 46 VGAR c6 FREQR 81Read 0043 within VGAR FREQR
Test 0000e35a.01 008dd233 BER 02002788
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default0019 0007a7f4 BER 00000fff
Floor1 06 0007715e 0008594c
Left 1 0019 00075e82
Middle 1 001a 000711d2
Right1 001b 00072b50
Lowest 1 001a 000711d2
Curve Size Bathtub
New 001a 0007808b BER 00000fff AUTO
Test 0000e35a.01 0006de87 BER 00000fff
MRASYM 7f 00069ad4 BER 00000fff
MRASYM 7f 00069872 BER 00000fff hold
Media 0000
Test 0000e37a.01 000642ce BER 00000fff
Test 0000e37a.01 0006019e BER 00000fff
Adapt Data 0000e37a.01
Dbck DATA load
NPML 00
Test 0000d9fb.01 00056337 BER 00000fff
Test 0000e37a.01 1080b70b BER 03000734
CheckATTR 01 VGAS 45 VGAR d4 FREQR 7fRead 0043 within VGAR FREQR
MRASYM 7f 008ca468 BER 020025c1
MRASYM 7f 1080b6f1 BER 03000e97 hold
OD OFST Lower fed3Upper ff92Step 0006Right 1fMask 4340
Defaultff33 00054c10 BER 00000fff
Floor1 06 0005b75b 0005b75b
Left 1 ff33 00057635
Middle 0 ff41 008a7d17
Right1 ff50 0005aa29
Lowest 1 ff39 00056c2f
Curve ff3f 008a7d17
Restoreff33 00055b3b BER 00000fff
CheckATTR 01 VGAS 45 VGAR cf FREQR 7cRead 0043 within VGAR FREQR
Test 0000e37a.01 1080ecbe BER 03000b83
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default001a 00881116 BER 02001b6e
Floor1 03 0008053b 00088957
Left 1 001b 0007a6df
Middle 1 001b 0007a6df
Right1 001b 0007a6df
Lowest 1 001b 0007a6df
Curve Size Bathtub
New 001b 00069010 BER 00000fff AUTO
Test 0000e37a.01 00062794 BER 00000fff
MRASYM 7f 00062c8e BER 00000fff
MRASYM 7f 0005ed2d BER 00000fff hold
Media 0000
Test 0000e39a.01 0005b61f BER 00000fff
Test 0000e39a.01 0005c19f BER 00000fff
Adapt Data 0000e39a.01
Dbck DATA load
NPML 00
Test 0000da1b.01 0004d842 BER 00000fff
Test 0000e39a.01 0005ed8c BER 00000fff
CheckATTR 01 VGAS 45 VGAR c9 FREQR 7fRead 0043 within VGAR FREQR
MRASYM 7f 1080d047 BER 03000b6e
MRASYM 7d 0005d287 BER 00000fff update 7d hold
OD OFST Lower fed3Upper ff92Step 0006Right 1fMask 4340
Defaultff33 0004e279 BER 00000fff
Floor1 0e 0005e977 0005e977
Left 1 ff1b 0005b8e6
Middle 1 ff35 0004fa3f
Right1 ff50 00056995
Lowest 1 ff33 0004fa3f
Curve ff33 0004fa3f
New ff35 0004e04f BER 00000fff AUTO
CheckATTR 01 VGAS 43 VGAR bc FREQR 80Read 0043 within VGAR FREQR
Test 0000e39a.01 000612a0 BER 00000fff
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default001b 00078b3a BER 00000fff
Floor1 03 0007bdbf 00081f2f
Left 1 0019 00079aaf
Middle 1 0019 00079aaf
Right1 0019 00079aaf
Lowest 1 0019 00079aaf
Curve Size Bathtub
New 0019 00064a73 BER 00000fff AUTO
Test 0000e39a.01 00066a18 BER 00000fff
MRASYM 7d 1081093d BER 03000606
MRASYM 7e 00069054 BER 00000fff update 7e hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0003 00064779 BER 00000fff
Floor1 07 00044547 00054b0f
Left 1 000a 00044547
Middle 1 000a 00044547
Right1 000a 00044547
Lowest 1 000a 00044547
Curve Size Bathtub
New 000a 00047942 BER 00000e7c
Test 0000e39a.01 0004bbbb BER 00000e3f
XDCTAP 90 0004a15c BER 00000e32 adapt
XDCTAP 58 0004a578 BER 00000eed hold
CUTOFFLower 023eUpper 0327Step 0001Right 1cMask 0348
Default0318 00049635 BER 00000ce7
Floor1 14 0004ab61 0004c910
Left 1 0313 0004a924
Middle 1 031b 0004bea2
Right1 0324 00049f9e
Lowest 1 0315 00048dff
New 031b 0004b07a BER 00000ddf
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 0005284b BER 00000fff
Floor1 13 00064c4f 00064c4f
Left 1 0004 0005ee2d
Middle 1 0009 000526f5
Right1 000e 000637ef
Lowest 1 0009 000526f5
Curve 0008 00053546
New 0009 0004a6f7 BER 00000f92 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 000f4ab3 BER 00000673
Floor1 10 00109e3b 00109e3b
Left 1 0007 00101d7f
Middle 1 000a 000f59d4
Right1 000e 000ff271
Lowest 1 000c 000f311c
Curve 000b 000f4bec
New 000a 000f4c90 BER 00000783
OD OFST Lower ff15Upper ff56Step 0003Right 15Mask 4340
Defaultff35 00050e3f BER 00000fff
Floor1 11 00056242 00056242
Left 1 ff24 000547b8
Middle 1 ff35 000529e0
Right1 ff47 00054f74
Lowest 1 ff2d 00051045
Curve ff33 000529e0
New ff35 00051411 BER 00000fff
CUTOFFLower 0313Upper 0324Step 0001Right 11Mask 0348
Default031b 0004bfa8 BER 00000e95
Floor1 0a 0004b1da 0004c50b
Left 1 0313 0004a373
Middle 1 0316 0004bbbf
Right1 031a 0004a699
Lowest 1 0317 00048e8b
New 0316 0004b9de BER 00000fff AUTO
BOOST Lower 0003Upper 000fStep 0001Right 0cMask 0360
Default0009 00050fbf BER 00000fff
Floor1 0d 00056c56 0005b118
Left 1 0008 00053c4b
Middle 1 000b 0004f6c0
Right1 000f 00056c56
Lowest 1 000b 0004f6c0
Curve 000a 0004fbf3
New 000b 0004d1a5 BER 00000f8c AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 000f81f0 BER 00000684
Floor1 10 000ef0e6 0010dada
Left 1 000f 000ef0e6
Middle 1 000f 000ef0e6
Right1 000f 000ef0e6
Lowest 1 000f 000ef0e6
Curve 000f 000ef0e6
New 000f 001086b7 BER 00000fff
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS 44 VGAR a5 FREQR 80 within VGAR FREQR
MRASYM 7e 000479f3 BER 00000e97
MRASYM 77 00045174 BER 00000d10 update 77 adapt
Test 0000e39a.01 0003f512 BER 00000ebd
MRASYM 77 00042232 BER 00000b23
MRASYM 7b 00043de6 BER 00000cf8 hold
NPML 03 000436f5 BER 00000b75 NPML update
NPML 03 0005ead5 BER 00000fff
MRASYM 77 0005d6db BER 00000d06
MRASYM 7d 0005f354 BER 00000ea5 adapt
BETTER UPDATE TAPS
->Min=07C9(FF39) BL=7FFF BR=7FFF Range=0000 Pick=FF39
->Min=05A2(FF3B) BL=7FFF BR=7FFF Range=0000 Pick=FF3B
->Min=07FF(FED5) BL=7FFF BR=7FFF Range=0000 Pick=FED5
->Min=07B0(FF2D) BL=7FFF BR=7FFF Range=0000 Pick=FF2D
->Min=05B4(FF43) BL=7FFF BR=7FFF Range=0000 Pick=FF43
->Min=06AD(FF37) BL=7FFF BR=7FFF Range=0000 Pick=FF37
->Min=064A(FF3F) BL=7FFF BR=7FFF Range=0000 Pick=FF3F
->Min=067C(FF3F) BL=7FFF BR=7FFF Range=0000 Pick=FF3F
->Min=0691(FF37) BL=7FFF BR=7FFF Range=0000 Pick=FF37
Average MR Offset is FF3A
Dbck DATA save
Media 0000
Test 0000e33a.02 000264bc BER 000002a9
Test 0000e33a.02 00027a83 BER 000001a7
Adapt Data 0000e33a.02
Dbck DATA load
NPML 00
Test 0000d9bb.02 000268db BER 000002ac
Test 0000e33a.02 0001fe68 BER 00000050
CheckATTR 01 VGAS 40 VGAR b8 FREQR 83 within VGAR FREQR
MRASYM 80 00025eb7 BER 000000c1
MRASYM 93 00022c42 BER 0000009c update 93 hold
OD OFST Lower fefaUpper ffb9Step 0006Right 1fMask 4340
Defaultff5a 0002781b BER 00000349
Floor1 0e 00034316 00034316
Left 1 ff3c 0003430e
Middle 1 ff56 000285c7
Right1 ff71 00032376
Lowest 1 ff54 000285c7
Curve ff54 000285c7
New ff56 00029bb4 BER 000003c2
CheckATTR 01 VGAS 44 VGAR 9c FREQR 81 within VGAR FREQR
Test 0000e33a.02 0002861e BER 0000020c
Noise target00000000
Dbck Noise OFF
Dbck DATA save
WRITE_I Lower 0000Upper 001bStep 0001Right 1bMask 0342
Default000e 00029a13 BER 000001b1
Floor1 10 00023980 0002bf28
Left 1 0013 0002362c
Middle 1 0017 000201e2
Right1 001b 0001e6ba
Lowest 1 001a 0001e456
Curve 001b 0001e6ba
New 0017 0001c843 BER 00000021 AUTO
Test 0000e33a.02 0001ab62 BER 00000021
MRASYM 93 0001adf8 BER 00000031
MRASYM 9c 0001a949 BER 00000025 update 9c hold
PRECOMP Lower 0000Upper 000aStep 0001Right 0aMask 0004
Default0003 00019a6b BER 0000001b
Floor1 0b 0001474f 00018434
Left 1 0007 00013d84
Middle 1 0008 00014000
Right1 000a 0001474f
Lowest 1 0009 00013c3d
Curve Size Bathtub
New 0008 00013a62 BER 0000000d
Test 0000e33a.02 000139e1 BER 00000006
XDCTAP 90 0001380d BER 0000000a adapt
XDCTAP 5f 00013c97 BER 00000009 hold
CUTOFFLower 023eUpper 0327Step 0001Right 1cMask 0348
Default0318 00014251 BER 0000000d
Floor1 12 000148a8 000152b0
Left 1 0315 00014664
Middle 1 031a 00014361
Right1 0320 00014380
Lowest 1 031b 0001431f
New 031a 0001430c BER 0000000b
BOOST Lower 0000Upper 0016Step 0001Right 16Mask 0360
Default0009 00018167 BER 00000018
Floor1 17 000290c3 000290c3
Left 1 0004 00028c7e
Middle 1 000a 000179f1
Right1 0011 00027b13
Lowest 1 000a 000179f1
Curve 000a 000179f1
New 000a 0001453c BER 00000010 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default000a 0007ee6e BER 00000002
Floor1 10 00086d0a 0008f888
Left 1 0003 00083fdc
Middle 1 0009 0007cbcf
Right1 000f 00086d0a
Lowest 1 0006 0007b6b9
Curve 0009 0007cbcf
New 0009 0007db3d BER 00000007 AUTO
OD OFST Lower ff36Upper ff77Step 0003Right 15Mask 4340
Defaultff56 00020531 BER 00000074
Floor1 14 000259ad 000259ad
Left 1 ff48 00024c23
Middle 1 ff59 000218de
Right1 ff6b 00023a52
Lowest 1 ff5d 0002070e
Curve ff57 000218de
New ff59 0001fc32 BER 0000009f AUTO
CUTOFFLower 0315Upper 0320Step 0001Right 0bMask 0348
Default031a 0001522d BER 00000008
Floor1 06 0001504d 00015b9c
Left 1 0315 00014977
Middle 1 0316 00014ec9
Right1 0318 00014a14
Lowest 1 0315 00014977
New 0316 00015287 BER 00000014
BOOST Lower 0003Upper 0012Step 0001Right 0fMask 0360
Default000a 00017a97 BER 0000000d
Floor1 10 0001fcf6 0001fcf6
Left 1 0007 0001f448
Middle 1 000c 00017090
Right1 0011 0001e71a
Lowest 1 000b 00016b99
Curve 000b 00016b99
New 000c 00014e32 BER 00000006 AUTO
TAPDELT Lower 0000Upper 000fStep 0001Right 0fMask 0350
Default0009 0007ea8f BER 00000000
Floor1 10 00088877 00090dd0
Left 1 0003 000812d3
Middle 1 0009 0007fd64
Right1 000f 00088877
Lowest 1 0006 0007bd47
Curve 0009 0007fd64
New 0009 00080743 BER 00000005
Noise target00000000
Dbck Noise OFF
CheckATTR 01 VGAS 40 VGAR 9d FREQR 82 within VGAR FREQR
MRASYM 9c 000152ba BER 00000011
MRASYM 8e 00014b89 BER 00000005 update 8e adapt
Test 0000e33a.02 00013904 BER 00000008
MRASYM 8e 0001401e BER 00000013
MRASYM 97 00013d4a BER 00000008 update 97 hold
NPML 03 00014448 BER 00000006 NPML update
NPML 03 000279d7 BER 00000007
MRASYM 97 00027a26 BER 00000002
MRASYM 97 00027f7e BER 0000000c adapt
BETTER UPDATE TAPS
->Min=0005(FF55) BL=FF3D BR=FF6B Range=002F Pick=FF54
->Min=0007(FF4F) BL=FF35 BR=FF6D Range=0039 Pick=FF51
->Min=0006(FF61) BL=FF49 BR=FF7B Range=0033 Pick=FF62
->Min=0003(FF65) BL=FF3B BR=FF79 Range=003F Pick=FF5A
->Min=0002(FF59) BL=FF3B BR=FF73 Range=0039 Pick=FF57
->Min=0002(FF67) BL=FF3F BR=FF7B Range=003D Pick=FF5D
->Min=0002(FF65) BL=FF39 BR=FF7F Range=0047 Pick=FF5C
->Min=0000(FF61) BL=FF47 BR=FF7D Range=0037 Pick=FF62
->Min=0001(FF75) BL=FF3D BR=FF81 Range=0045 Pick=FF5F
Average MR Offset is FF5B
Dbck DATA save
Media 0000
Performing Servo Cals, view results in log 3
ASCII logging off
Cylinder ID->OD Bias OD->ID Bias
00100 00B2 00CA
00300 00D7 00C6
00500 00D7 00C6
00700 00D7 00C6
00900 00D4 00C6
00B00 00D5 00C6
00D00 00D2 00C6
00F00 00CC 00B0
01100 00CA 00AD
01300 00C8 00AC
01500 00C9 00AB
01700 00C6 00AA
01900 00C5 00A7
01B00 00C5 00A5
01D00 00C7 00A6
01F00 00C5 00A2
02100 00C4 00A3
02300 00C0 00A1
02500 00BF 00A0
02700 00BE 009F
02900 00C0 009F
02B00 00C0 00A1
02D00 00C1 00A0
02F00 00C1 00A0
03100 00BD 009C
03300 00BB 009D
03500 00B9 0099
03700 00B6 0096
03900 00B4 0096
03B00 00B2 0097
03D00 00B1 0095
03F00 00AC 0093
04100 00AB 0092
04300 00AA 0092
04500 00AD 0091
04700 00AC 008F
04900 00AE 0091
04B00 00AA 008F
04D00 00A8 008B
04F00 00A7 008B
05100 00A8 008B
05300 00A6 008B
05500 00A5 0089
05700 00A3 0087
05900 00A0 0087
05B00 009E 0087
05D00 009D 0087
05F00 009E 0087
06100 009E 0087
06300 00A0 0087
06500 009F 0087
06700 009D 0087
06900 009C 0087
06B00 009A 0087
06D00 0097 0087
06F00 0097 0087
07100 0097 007C
07300 0093 0079
07500 0093 007C
07700 0092 007A
07900 0091 0078
07B00 0091 007A
07D00 0091 0077
07F00 008D 0077
08100 008E 0077
08300 008D 0075
08500 008C 0075
08700 008A 0075
08900 008A 0075
08B00 0088 0075
08D00 008A 006F
08F00 0089 0070
09100 0089 006F
09300 0087 006D
09500 0084 006C
09700 0084 0069
09900 0084 0068
09B00 0083 0069
09D00 0085 0068
09F00 0085 0068
0A100 0084 0068
0A300 0081 0068
0A500 0080 0068
0A700 0080 0068
0A900 0080 0068
0AB00 007F 0068
0AD00 007E 0068
0AF00 0080 0068
0B100 007F 0068
0B300 007D 0068
0B500 007A 0068
0B700 007A 0068
0B900 007A 0068
0BB00 0079 0068
0BD00 0079 005C
0BF00 0077 0057
0C100 0076 0057
0C300 0075 0056
0C500 0075 0056
0C700 0074 0055
0C900 0072 0055
0CB00 0072 0055
0CD00 0072 0055
0CF00 0073 0055
0D100 0071 0051
0D300 0071 0051
0D500 0071 0050
0D700 006F 0050
0D900 0070 0051
0DB00 006D 004E
0DD00 006B 004B
0DF00 006C 004E
0E100 006C 004D
0E300 006D 004B
0E500 006C 004B
0E700 006C 0049
0E900 006A 004A
0EB00 0069 0048
0ED00 0068 0047
0EF00 0068 0047
0F100 0068 0046
0F300 0068 0047
0F500 0068 0049
0F700 0068 0048
0F900 006A 0049
0FB00 006C 004B
0FD00 006D 004A
0FF00 006E 0049
10100 006C 0048
10300 006D 0047
10500 006E 004A
10700 006F 004B
10900 0071 004B
10B00 0071 004C
10D00 0073 004D
10F00 0074 004D
11100 0077 0051
11300 007A 0053
11500 007C 0054
11700 007E 0057
11900 0080 0057
11B00 0082 005A
11D00 0086 005C
11F00 0088 005E
12100 008D 0062
12300 008F 0066
12500 0093 006B
12700 0097 006E
12900 009A 0070
12B00 009E 0075
12D00 00A4 0079
12F00 00AB 007F
13100 00B0 0087
13300 00BB 008B
13500 00C0 0092
13700 00C7 0097
13900 00CD 00A1
13B00 00D8 00A8
13D00 00E2 00B0
13F00 00E9 00BB
14100 00F4 00C4
14300 00FE 00CE
14500 0109 00DA
14700 0117 00E5
14900 0124 00F2
14B00 0130 00FD
14D00 013C 010B
14F00 014A 0119
15100 015B 012A
15300 016C 013A
15500 017C 014B
15700 018E 015A
15900 01A2 016D
15B00 01B2 0181
15D00 01C7 0193
15F00 01DC 01A8
16100 01EF 01C0
16300 0201 01D7
Head Linearizing
Cyl = 00B2C0
Head = 00 Gain Adjust = 00FE
Head = 01 Gain Adjust = 011C
Head = 02 Gain Adjust = 010C
Head Linearizing
Cyl = 0002D4
Head = 00 Gain Adjust = 00FD
Head = 01 Gain Adjust = 011B
Head = 02 Gain Adjust = 010D
Head Linearizing
Cyl = 0162AC
Head = 00 Gain Adjust = 00F2
Head = 01 Gain Adjust = 010E
Head = 02 Gain Adjust = 00FD
CYL = 003C0 KA = 4810 scaled by 4000CYL = 00BC0 KA = 4700 scaled by 4000
CYL = 013C0 KA = 45E0 scaled by 4000CYL = 01BC0 KA = 44F0 scaled by 4000
CYL = 023C0 KA = 44D0 scaled by 4000CYL = 02BC0 KA = 43B0 scaled by 4000
CYL = 033C0 KA = 43B0 scaled by 4000CYL = 03BC0 KA = 4330 scaled by 4000
CYL = 043C0 KA = 4300 scaled by 4000CYL = 04BC0 KA = 42B0 scaled by 4000
CYL = 0B2C0 KA = 4380 scaled by 4000
CYL = 11929 KA = 4320 scaled by 4000CYL = 12129 KA = 4340 scaled by 4000
CYL = 12929 KA = 4320 scaled by 4000CYL = 13129 KA = 4320 scaled by 4000
CYL = 13929 KA = 4380 scaled by 4000CYL = 14129 KA = 4390 scaled by 4000
CYL = 14929 KA = 44A0 scaled by 4000CYL = 15129 KA = 4550 scaled by 4000
CYL = 15929 KA = 46D0 scaled by 4000CYL = 16129 KA = 4790 scaled by 4000
Head Linearizing
Cyl = 00B2C0
Head = 00 Gain Adjust = 0104
Head = 01 Gain Adjust = 0119
Head = 02 Gain Adjust = 010D
Head Linearizing
Age=02 Type=22 MxCyl=16358 MxHd=2 MxSct=44C BSz=0000 TCode=0000
Pgm=02 Trk=002D7(002D7).2(2).203(140) Zn=0 Err=00 ErCt=0001 Hlth=0000 CHlth=0008 Ready LBA=099D7655
Pgm=02 Trk=002D7(002D7).2(2).203(140) Zn=0 Err=00 ErCt=0001 Hlth=0000 CHlth=0008 Ready LBA=099D7655
Cyl = 0002D4
Head = 00 Gain Adjust = 00FF
Head = 01 Gain Adjust = 0117
Head = 02 Gain Adjust = 0107
Head Linearizing
Cyl = 0162AC
Head = 00 Gain Adjust = 00EF
Head = 01 Gain Adjust = 0111
Head = 02 Gain Adjust = 00F9
Table Linearization in Process
Head Gain Measure
Head Max-38h-28h-18h-08h+08h+18h+28h+38h
004C283795375B3D6A3C6F3CBF3F8D4B6F4C28
01442039E33C9B41613BEB394037C340524420
0245FB35B236A33BED3B8738383AA245AB45FB
Normalized Integrated Gain
Head-40h-30h-20h-10h 00 +10h+20h+30h+40h
00000002EB05D3090C0C380F6812BE16B41AB3
010000036606F40ACA0E4E11AA14F018B61CB5
02000003110630099C0D0210381391178C1B8B
PES to Position Table
Head-40h-30h-20h-10h 00 +10h+20h+30h+40h
00FFC0FFCEFFDCFFEBFFFB000A001A002D0040
01FFC0FFCFFFDFFFF00000000F001D002E0040
02FFC0FFCEFFDDFFEDFFFC000B001B002D0040
ASCII logging on
Calibrating Physical Track 0 on heads 0 thru 2
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
Pgm=02 Trk=0E000(0E000).0(2).20E(204) Zn=8 Err=00 ErCt=0001 Hlth=0000 CHlth=0008 NtrdyLBA=099D7655
Pgm=02 Trk=0FF80(12000).F(2).20E(204) Zn=9 Err=00 ErCt=0001 Hlth=0000 CHlth=0008 NtrdyLBA=099D7655
Pgm=02 Trk=00018(00018).2(2).20E(204) Zn=0 Err=00 ErCt=0001 Hlth=0000 CHlth=0008 NtrdyLBA=099D7655
ACFC Calibration:
CRRO Orders Prior to Cal: (PES*2)^2
Cyl.Hd 2 3 4 5 6 7 8 12 24
00018.00 0002 0000 0001 0000 0000 0001 0000 0005 0000
02000.00 0000 0001 0001 0000 0000 0002 0002 0001 0001
04000.00 0004 0001 0001 0001 0000 0000 0000 0000 0000
06000.00 0001 0000 0001 0000 0000 0002 0002 0005 0001
08000.00 0000 0000 0001 0000 0001 0001 0001 0000 0000
0a000.00 0001 0001 0001 0000 0001 0002 0000 0004 0000
0e000.00 0000 0000 0004 0001 0001 0001 0001 0000 0000
10000.00 0000 0000 0004 0001 0005 0000 0000 0004 0000
12000.00 0000 0000 0005 0001 0010 0000 0000 0000 0001
14000.00 0001 0000 0004 0005 0024 0001 0001 0001 0001
16000.00 0001 0001 0011 0011 0044 0002 0000 0000 0001
00018.01 000d 0001 0000 0000 0000 0000 0001 0011 0004
02000.01 0019 0000 0002 0001 0000 0000 0001 0005 0005
04000.01 0008 0001 0001 0000 0000 0000 0001 0002 0005
06000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
08000.01 000a 0002 0001 0000 0000 0000 0001 0011 0004
0a000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
0e000.01 000a 0000 0004 0000 0001 0000 0001 0001 0005
10000.01 000a 0000 0001 0002 0000 0000 0000 0000 0004
12000.01 000a 0000 0005 0000 0004 0000 0001 0001 0005
14000.01 000d 0000 0004 0001 000a 0001 0005 0001 0001
16000.01 000d 0000 0004 0010 0011 0005 0000 0000 0004
00018.02 0005 0002 0000 0004 0000 0000 0000 0002 0004
02000.02 0002 0000 0000 0001 0000 000d 0001 0001 0001
04000.02 0002 0001 0000 0001 0000 0000 0000 0000 0004
06000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
08000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
0a000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
0e000.02 0000 0009 0001 0001 0001 0000 0001 0000 0004
10000.02 0000 0005 0002 0000 0000 0001 0001 0000 0001
12000.02 0000 0001 0001 0001 0000 0000 0001 0001 0004
14000.02 0001 0001 0002 0000 0001 0004 0005 0002 0004
16000.02 0001 000a 0005 0002 0008 0002 0001 0002 0004
ASCII logging on
RTE Amplitude = 0000 servo clocks. Sector = 00D1h. Trk/2 = B2B3h.
RTE Amplitude = 0000 servo clocks. Sector = 00BDh. Trk/2 = 8EF8h.
RTE Amplitude = 0000 servo clocks. Sector = 00B7h. Trk/2 = 6B3Dh.
RTE Amplitude = 0000 servo clocks. Sector = 00ACh. Trk/2 = 4782h.
RTE Amplitude = 0000 servo clocks. Sector = 0003h. Trk/2 = 23C7h.
RTE Amplitude = 0000 servo clocks. Sector = 001Fh. Trk/2 = 000Ch.
All Hds 0-2, 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 (00,02)
Zone0
Left Bath = F985, Right Bath = F9EB : Pick (F9B8) ( Min/Max AGC B0FF )
Zone1
Retry to find bath using coarse offset
Left Bath = F9C9, Right Bath = FA3D : Pick (FA03) ( Min/Max AGC C7FF )
Zone2
Retry to find bath using coarse offset
Left Bath = FA4E, Right Bath = FABC : Pick (FA85) ( Min/Max AGC CEFF )
Zone3
Retry to find bath using coarse offset
Left Bath = FB06, Right Bath = FB76 : Pick (FB3E) ( Min/Max AGC CFFF )
Zone4
Retry to find bath using coarse offset
Left Bath = FBE9, Right Bath = FC4C : Pick (FC1A) ( Min/Max AGC D6FF )
Zone5
Retry to find bath using coarse offset
Left Bath = FCA6, Right Bath = FD0C : Pick (FCD9) ( Min/Max AGC DCFF )
Zone6
Retry to find bath using coarse offset
Left Bath = FD66, Right Bath = FDC9 : Pick (FD97) ( Min/Max AGC DAFF )
Zone7
Retry to find bath using coarse offset
Left Bath = FE51, Right Bath = FEBE : Pick (FE87) ( Min/Max AGC DAFF )
Zone8
Retry to find bath using coarse offset
Left Bath = FF00, Right Bath = FF7F : Pick (FF3F) ( Min/Max AGC C7FF )
Zone9
Retry to find bath using coarse offset
Left Bath = FF9A, Right Bath = 0008 : Pick (FFD1) ( Min/Max AGC D6FF )
ZoneA
Retry to find bath using coarse offset
Left Bath = 0062, Right Bath = 00D7 : Pick (009C) ( Min/Max AGC D4FF )
ZoneB
Retry to find bath using coarse offset
Left Bath = 00F6, Right Bath = 0162 : Pick (012C) ( Min/Max AGC D0FF )
ZoneC
Retry to find bath using coarse offset
Left Bath = 01B0, Right Bath = 0229 : Pick (01EC) ( Min/Max AGC D7FF )
ZoneD
Retry to find bath using coarse offset
Left Bath = 02A3, Right Bath = 030A : Pick (02D6) ( Min/Max AGC DDFF )
ZoneE
Retry to find bath using coarse offset
Left Bath = 0325, Right Bath = 0384 : Pick (0354) ( Min/Max AGC DCFF )
ZoneF
Retry to find bath using coarse offset
Left Bath = 0391, Right Bath = 0404 : Pick (03CA) ( Min/Max AGC DCFF )
Zone 10
Retry to find bath using coarse offset
Left Bath = 044F, Right Bath = 04B3 : Pick (0481) ( Min/Max AGC CBFF )
Head 01 (00,02)
Zone0
Left Bath = F9B3, Right Bath = F9FC : Pick (F9D7) ( Min/Max AGC B5FF )
Zone1
Retry to find bath using coarse offset
Left Bath = F9E1, Right Bath = FA54 : Pick (FA1A) ( Min/Max AGC D2FF )
Zone2
Wrt Err
Retry to find bath using coarse offset
Left Bath = FA78, Right Bath = FAD2 : Pick (FAA5) ( Min/Max AGC D6FF )
Zone3
Retry to find bath using coarse offset
Left Bath = FB21, Right Bath = FB76 : Pick (FB4B) ( Min/Max AGC DFFF )
Zone4
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Retry to find bath using coarse offset
Left Bath = FC1B, Right Bath = FC53 : Pick (FC37) ( Min/Max AGC E8FF )
Zone5
Retry to find bath using coarse offset
Left Bath = FCC2, Right Bath = FD2A : Pick (FCF6) ( Min/Max AGC EDFF )
Zone6
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrRetry to find bath using coarse offset
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err Left Bath = FA89, Right Bath = FAA6 : Pick (FA97) ( Min/Max AGC F8FF )
Zone7
Wrt Err
Wrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt Err
Wrt ErrWrt ErrWrt Err
Retry to find bath using coarse offset
Left Bath = FE4F, Right Bath = FEDF : Pick (FE97) ( Min/Max AGC EDFF )
Zone8
Left Bath = FEEF, Right Bath = FF85 : Pick (FF3A) ( Min/Max AGC 9AFF )
Zone9
Retry to find bath using coarse offset
Left Bath = FFA7, Right Bath = 000A : Pick (FFD8) ( Min/Max AGC D1FF )
ZoneA
Retry to find bath using coarse offset
Left Bath = 0063, Right Bath = 00D1 : Pick (009A) ( Min/Max AGC D2FF )
ZoneB
Retry to find bath using coarse offset
Left Bath = 00E9, Right Bath = 0167 : Pick (0128) ( Min/Max AGC C9FF )
ZoneC
Retry to find bath using coarse offset
Left Bath = 01B4, Right Bath = 0222 : Pick (01EB) ( Min/Max AGC CFFF )
ZoneD
Retry to find bath using coarse offset
Left Bath = 029D, Right Bath = 0307 : Pick (02D2) ( Min/Max AGC D6FF )
ZoneE
Retry to find bath using coarse offset
Left Bath = 031A, Right Bath = 037C : Pick (034B) ( Min/Max AGC E0FF )
ZoneF
Retry to find bath using coarse offset
Left Bath = 039D, Right Bath = 03EB : Pick (03C4) ( Min/Max AGC E6FF )
Zone 10
Retry to find bath using coarse offset
Left Bath = 0432, Right Bath = 0488 : Pick (045D) ( Min/Max AGC E9FF )
Head 02 (00,02)
Zone0
Left Bath = F9C8, Right Bath = FA64 : Pick (FA16) ( Min/Max AGC 88FF )
Zone1
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt Err
Left Bath = FA20, Right Bath = FA90 : Pick (FA58) ( Min/Max AGC A0FF )
Zone2
Wrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrRetry to find bath using coarse offset
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Left Bath = FA97, Right Bath = FB1D : Pick (FADA) ( Min/Max AGC A3FF )
Zone3
Left Bath = FB6F, Right Bath = FBBA : Pick (FB94) ( Min/Max AGC ABFF )
Zone4
Left Bath = FC53, Right Bath = FC86 : Pick (FC6C) ( Min/Max AGC B5FF )
Zone5
Left Bath = FD10, Right Bath = FD2F : Pick (FD1F) ( Min/Max AGC 9EFF )
Zone6
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrRetry to find bath using coarse offset
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err Left Bath = F9E0, Right Bath = FA17 : Pick (F9FB) ( Min/Max AGC E1F9 )
Zone7
Retry to find bath using coarse offset
Left Bath = FE5E, Right Bath = FF1D : Pick (FEBD) ( Min/Max AGC AEFF )
Zone8
Left Bath = FF12, Right Bath = FFA1 : Pick (FF59) ( Min/Max AGC 8AFF )
Zone9
Left Bath = FFD0, Right Bath = 001E : Pick (FFF7) ( Min/Max AGC B0FF )
ZoneA
Left Bath = 0094, Right Bath = 00EF : Pick (00C1) ( Min/Max AGC A7FF )
ZoneB
Left Bath = 010E, Right Bath = 015B : Pick (0134) ( Min/Max AGC B2FF )
ZoneC
Left Bath = 01C3, Right Bath = 0204 : Pick (01E3) ( Min/Max AGC B0FF )
ZoneD
Left Bath = 02A8, Right Bath = 0317 : Pick (02DF) ( Min/Max AGC A4FF )
ZoneE
Left Bath = 0339, Right Bath = 0377 : Pick (0358) ( Min/Max AGC B0FF )
ZoneF
Left Bath = 03B6, Right Bath = 03EF : Pick (03D2) ( Min/Max AGC B5FF )
Zone 10
Left Bath = 044C, Right Bath = 047F : Pick (0465) ( Min/Max AGC B4FF )
End MROffset Summary
All Hds 0-2, 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
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000000000000000003000AB00290000000000020003
Zone 1 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
00000000001C01000083000000000000000000040003
Zone 2 target = f
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
000000000000002A010C003A00000000000000020003
Zone 3 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
000000000000003F0111001B00000000000000020002
Zone 4 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
00000000000400F10187002300000000000000050002
Zone 5 target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000000000000003018D02E100210000000000090002
Zone 6 target = e
0C 0D 0E 0F 10 11 12 13 14 Loops Value
00000000001C00FF004B000000000000000000020002
Zone 7 target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
00000000000000000091017E001A0000000000040002
Zone 8 target = e
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
00000000000000490114002300000000000000020002
Zone 9 target = e
0C 0D 0E 0F 10 11 12 13 14 Loops Value
00000000002101FD00D8000100000000000000040002
Zone A target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
000000000000001E0104005400000000000000020002
Zone B target = e
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
0000000000190082001C000000000000000000010002
Zone C target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone D target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone E target = e
09 0A 0B 0C 0D 0E 0F 10 11 Loops Value
000000000000001B00CF003500000000000000030003
Zone F target = e
09 0A 0B 0C 0D 0E 0F 10 11 Loops Value
000000000000000502C3039C001D00000000000F0002
PLO Phase
Head1 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
PLO Phase
Head2 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
0239 Entries:
_____Head___0___________Head___1___________Head___2______
43 0F6AB.000 000 0143 0F6A4.000 000 1447 0F6A4.003 003 02
43 0F6D2.000 000 0143 0F6A4.001 005 0143 0F6A4.000 000 06
60 0F6D2.000 000 0147 0F6A4.000 009 0147 0F6A4.002 004 01
43 0F6D3.000 000 0159 0F6A4.000 014 0147 0F6A4.000 001 01
60 0F6D3.000 000 0143 0F6A5.000 000 1447 0F6A4.001 006 01
43 0F6F7.001 001 0143 0F6A5.001 003 0243 0F6A4.001 007 02
60 0F6F7.001 001 0159 0F6A5.000 014 0143 0F6A4.004 00B 01
47 0F70B.000 000 0143 0F6A6.000 000 1547 0F6A4.004 00C 01
60 0F70B.000 000 0147 0F6A6.000 003 0143 0F6A4.006 011 01
43 0F70C.000 000 0159 0F6A6.000 014 0147 0F6A4.006 012 02
60 0F70C.000 000 0143 0F6A7.000 000 1243 0F6A4.009 016 02
43 0F70D.000 000 0143 0F6A7.001 005 0143 0F6A4.008 017 01
60 0F70D.000 000 0143 0F6A7.004 00B 0143 0F6A4.005 013 01
47 0F6A7.000 013 0259 0F6A4.000 00A 01
59 0F6A7.000 014 0143 0F6A5.000 000 05
43 0F6A8.003 003 0143 0F6A5.001 003 06
43 0F6A8.000 000 1347 0F6A5.000 005 02
47 0F6A8.000 004 0143 0F6A5.003 009 03
59 0F6A8.000 014 0147 0F6A5.003 00E 01
43 0F6A9.000 000 1343 0F6A5.006 012 02
47 0F6A9.000 009 0243 0F6A5.005 013 01
43 0F6A9.001 00D 0147 0F6A5.004 014 01
59 0F6A9.000 014 0159 0F6A5.001 011 01
43 0F6AA.000 000 1243 0F6A6.003 003 01 43 0F6AA.004 00C 0243 0F6A6.000 000 04
43 0F6AA.002 014 0147 0F6A6.000 001 03
43 0F6AA.001 015 0143 0F6A6.002 006 02
59 0F6AA.001 015 0147 0F6A6.001 008 01
43 0F6AB.000 000 0D43 0F6A6.004 00C 02
43 0F6AB.001 002 0247 0F6A6.004 00D 01
47 0F6AB.000 006 0443 0F6A6.007 012 03
43 0F6AB.003 016 0147 0F6A6.00B 018 02
43 0F6AB.002 015 0143 0F6A6.001 009 01
59 0F6AB.002 015 0147 0F6A6.00A 019 01
43 0F6AC.000 000 1047 0F6A6.006 014 01
43 0F6AC.004 00B 0159 0F6A6.007 01A 01
43 0F6AC.001 009 0243 0F6A7.002 002 01
43 0F6AC.005 015 0147 0F6A7.000 000 03
43 0F6AC.002 016 0143 0F6A7.001 003 05
59 0F6AC.002 016 0147 0F6A7.001 006 02
43 0F6AD.000 000 0143 0F6A7.000 004 04
60 0F6AD.000 000 0143 0F6A7.004 00E 02
43 0F6AE.003 003 0143 0F6A7.008 014 01
60 0F6AE.003 003 0143 0F6A7.003 010 01
43 0F6AF.000 000 0147 0F6A7.005 015 01
60 0F6AF.000 000 0143 0F6A7.005 016 01
47 0F6B0.000 000 0143 0F6A7.007 01A 01
60 0F6B0.000 000 0159 0F6A7.001 011 01
47 0F6B1.000 000 0143 0F6A8.000 000 06
60 0F6B1.000 000 0143 0F6A8.002 003 02
43 0F6B2.000 000 0147 0F6A8.000 001 04
60 0F6B2.000 000 0147 0F6A8.002 007 01
43 0F6B3.000 000 0143 0F6A8.001 008 02
60 0F6B3.000 000 0143 0F6A8.004 00C 02
43 0F6B4.000 000 0147 0F6A8.004 00D 01
60 0F6B4.000 000 0143 0F6A8.007 011 01
43 0F6B5.000 000 0147 0F6A8.006 012 01
60 0F6B5.000 000 0143 0F6A8.003 013 02
43 0F6B6.000 000 0159 0F6A8.000 010 01
60 0F6B6.000 000 0147 0F6A9.000 000 03
43 0F6B7.000 000 0143 0F6A9.003 004 03
60 0F6B7.000 000 0143 0F6A9.000 001 07
43 0F6B8.000 000 0143 0F6A9.002 00B 01
60 0F6B8.000 000 0147 0F6A9.002 00C 01
43 0F6B9.000 000 0143 0F6A9.005 010 02
60 0F6B9.000 000 0143 0F6A9.001 00D 01
43 0F6BA.002 002 0147 0F6A9.003 012 01
60 0F6BA.002 002 0143 0F6A9.006 016 02
43 0F6BB.005 005 0147 0F6A9.006 017 01
60 0F6BB.005 005 0159 0F6A9.000 00E 01
43 0F6BC.000 000 0143 0F6AA.002 002 05
60 0F6BC.000 000 0143 0F6AA.000 000 05
47 0F6BD.000 000 0147 0F6AA.000 003 04
60 0F6BD.000 000 0143 0F6AA.005 00D 01
47 0F6BE.000 000 0143 0F6AA.001 00E 02
60 0F6BE.000 000 0147 0F6AA.001 00F 01
43 0F6BF.000 000 0143 0F6AA.003 012 02
60 0F6BF.000 000 0147 0F6AA.002 014 01
43 0F6C0.000 000 0143 0F6AA.004 018 01
60 0F6C0.000 000 0159 0F6AA.004 018 01
43 0F6C1.000 000 0143 0F6AB.000 000 04
60 0F6C1.000 000 0147 0F6AB.002 003 01
43 0F6C2.000 000 0147 0F6AB.000 001 04
60 0F6C2.000 000 0143 0F6AB.001 004 05
43 0F6C3.000 000 0147 0F6AB.001 005 02
60 0F6C3.000 000 0143 0F6AB.004 012 02
43 0F6C4.000 000 0147 0F6AB.004 013 01
60 0F6C4.000 000 0143 0F6AB.005 018 01
43 0F6C5.003 003 0147 0F6AB.005 019 02
60 0F6C5.003 003 0159 0F6AB.005 019 01
43 0F6C6.000 000 0143 0F6AC.001 001 04
60 0F6C6.000 000 0147 0F6AC.000 000 02
43 0F6C7.000 000 0143 0F6AC.000 002 06
60 0F6C7.000 000 0143 0F6AC.003 007 03
43 0F6C8.000 000 0147 0F6AC.001 009 04
60 0F6C8.000 000 0143 0F6AC.004 013 01
43 0F6C9.000 000 0143 0F6AC.002 016 01
60 0F6C9.000 000 0159 0F6AC.002 016 01
47 0F6CA.000 000 0143 0F6AD.003 003 01
60 0F6CA.000 000 0143 0F6AD.000 000 06
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60 0F6CB.000 000 0143 0F6AD.002 006 02
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60 0F6CC.000 000 0143 0F6AD.004 00C 03
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60 0F6CF.000 000 0143 0F6AE.003 003 01
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60 0F6EA.000 000 0143 0F6C9.001 001 01
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43 0F6EC.003 003 0160 0F6CA.003 003 01
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60 0F6F1.000 000 0143 0F6D0.000 000 01
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60 0F6F3.000 000 0143 0F6D2.002 002 01
43 0F6F4.000 000 0160 0F6D2.002 002 01
60 0F6F4.000 000 0143 0F6D3.000 000 01
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43 0F6F7.000 000 0160 0F6D5.002 002 01
60 0F6F7.000 000 0143 0F6D6.003 003 01
43 0F6F8.000 000 0160 0F6D6.003 003 01
60 0F6F8.000 000 0143 0F6D7.001 001 01
43 0F6F9.004 004 0160 0F6D7.001 001 01
60 0F6F9.004 004 0143 0F6D8.004 004 01
43 0F6FA.000 000 0160 0F6D8.004 004 01
60 0F6FA.000 000 0143 0F6D9.003 003 01
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60 0F6FB.000 000 0143 0F6DA.000 000 01
43 0F6FC.000 000 0160 0F6DA.000 000 01
60 0F6FC.000 000 0143 0F6DB.002 002 01
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60 0F6FD.000 000 0143 0F6DC.000 000 01
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60 0F6FE.000 000 0143 0F6DD.003 003 01
43 0F6FF.000 000 0160 0F6DD.003 003 01
60 0F6FF.000 000 0143 0F6DE.001 001 01
43 0F700.000 000 0160 0F6DE.001 001 01
60 0F700.000 000 0143 0F6DF.000 000 01
43 0F701.000 000 0160 0F6DF.000 000 01
60 0F701.000 000 0143 0F6E0.000 000 01
43 0F702.003 003 0160 0F6E0.000 000 01
60 0F702.003 003 0143 0F6E1.000 000 01
43 0F703.000 000 0160 0F6E1.000 000 01
60 0F703.000 000 0143 0F6E2.000 000 01
43 0F704.000 000 0160 0F6E2.000 000 01
60 0F704.000 000 0143 0F6E3.000 000 01
47 0F705.000 000 0160 0F6E3.000 000 01
60 0F705.000 000 0143 0F6E4.000 000 01
43 0F706.000 000 0160 0F6E4.000 000 01
60 0F706.000 000 0143 0F6E5.003 003 01
47 0F707.000 000 0160 0F6E5.003 003 01
60 0F707.000 000 0143 0F6E6.000 000 01
43 0F708.000 000 0160 0F6E6.000 000 01
60 0F708.000 000 0143 0F6E7.001 001 01
43 0F709.000 000 0160 0F6E7.001 001 01
60 0F709.000 000 0147 0F6E8.000 000 01
43 0F70A.000 000 0160 0F6E8.000 000 01
60 0F70A.000 000 0147 0F6E9.000 000 01
43 0F70B.000 000 0160 0F6E9.000 000 01
60 0F70B.000 000 0143 0F6EA.000 000 01
43 0F70C.000 000 0160 0F6EA.000 000 01
60 0F70C.000 000 0143 0F6EB.000 000 01
43 0F70D.000 000 0160 0F6EB.000 000 01
60 0F70D.000 000 0143 0F6EC.001 001 01
43 0F6A3.000 000 0160 0F6EC.001 001 01
60 0F6A3.000 000 0143 0F6ED.001 001 01
60 0F6A4.000 014 0160 0F6ED.001 001 01
60 0F6A5.000 014 0143 0F6EE.001 001 01
60 0F6A6.000 014 0160 0F6EE.001 001 01
60 0F6A7.000 014 0143 0F6EF.001 001 01
43 0F6A8.004 018 0160 0F6EF.001 001 01
60 0F6A8.004 018 0143 0F6F0.000 000 01
60 0F6A9.000 014 0160 0F6F0.000 000 01
60 0F6AA.000 013 0143 0F6F1.000 000 01
60 0F6F1.000 000 01
43 0F6F2.003 003 01
60 0F6F2.003 003 01
43 0F6F3.001 001 01
60 0F6F3.001 001 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 0F6F7.001 001 01
60 0F6F7.001 001 01
43 0F6F8.003 003 01
60 0F6F8.003 003 01
43 0F6F9.003 003 01
60 0F6F9.003 003 01
43 0F6FA.002 002 01
60 0F6FA.002 002 01
47 0F6FB.000 000 01
60 0F6FB.000 000 01
43 0F6FC.000 000 01
60 0F6FC.000 000 01
47 0F6FD.000 000 01
60 0F6FD.000 000 01
43 0F6FE.000 000 01
60 0F6FE.000 000 01
43 0F6FF.000 000 01
60 0F6FF.000 000 01
47 0F700.000 000 01
60 0F700.000 000 01
43 0F701.003 003 01
60 0F701.003 003 01
43 0F702.000 000 01
60 0F702.000 000 01
43 0F703.000 000 01
60 0F703.000 000 01
43 0F704.001 001 01
60 0F704.001 001 01
43 0F705.001 001 01
60 0F705.001 001 01
43 0F706.000 000 01
60 0F706.000 000 01
43 0F707.000 000 01
60 0F707.000 000 01
43 0F708.000 000 01
60 0F708.000 000 01
43 0F709.002 002 01
60 0F709.002 002 01
43 0F70A.003 003 01
60 0F70A.003 003 01
43 0F70B.002 002 01
60 0F70B.002 002 01
43 0F70C.000 000 01
60 0F70C.000 000 01
43 0F70D.002 002 01
60 0F70D.002 002 01
47 0F6A3.000 000 01
60 0F6A3.000 000 01
60 0F6A4.001 00E 01
47 0F6A5.001 011 01
60 0F6A5.001 011 01
60 0F6A6.000 00B 01
60 0F6A7.000 00D 01
60 0F6A8.001 015 01
60 0F6A9.000 00E 01
60 0F6AA.000 011 01
60 0F6AB.005 019 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 - 43Track 0F6A7.2.012Sns 026Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 47Track 0F6A7.2.013Sns 027Rty FFFF.20.20FFRtf 1862LBA 0DA4E66E
Code - 47Track 0F6A7.2.012Sns 026Rty FFFF.20.20FFRtf 1800LBA 0DA4E66E
Code - 43Track 0F6A7.2.012Sns 026Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 47Track 0F6A7.2.012Sns 026Rty FFFF.20.20FFRtf 1800LBA 0DA4E66E
ASCII logging on
(SN: 3JT4H063)
.PW 3JT4H063
ASCII logging off
.135
Channel Srvo Table
Head Addr VGASATTTap5Tap6Tap3Tap7Tap2Tap8Tap9RATT XDC
00 F7F2 78 02 79 A0 88 C2 93 73 A7 41 4C
01 F808 50 02 82 7B 76 DD 87 46 C5 41 4C
02 F81E 43 02 7C 9B 8B C4 92 71 A6 41 3A
Power Cycling
OkEnd Test 02
Begin Test 03
ASCII logging on
DBackReg 30 = 00a7
DBackReg 3E = 003a
DAC offset =0080 DAC bits.
Cylinder ID->OD Bias OD->ID Bias
00100 00BA 00BB
00300 00B7 00AC
00500 00D7 00B5
00700 00D7 00C6
00900 00D4 00C6
00B00 00A9 00A4
00D00 00A7 00A4
00F00 00CC 00B0
01100 00CA 00AD
01300 00B1 00AC
01500 00C9 00A9
01700 00C6 00AA
01900 00C5 00A7
01B00 00B0 00A5
01D00 00C7 00A6
01F00 00C5 00A2
02100 00C4 0096
02300 00AC 0094
02500 00BF 00A2
02700 0097 0094
02900 0097 0092
02B00 00AB 00A1
02D00 00C1 00A3
02F00 00C1 00A0
03100 00BD 009C
03300 00A5 009D
03500 00B9 009C
03700 00B6 0096
03900 00B4 0096
03B00 00A1 0097
03D00 00B1 0098
03F00 00AC 0093
04100 00AB 0087
04300 009C 0086
04500 00AD 0094
04700 008B 0086
04900 00AE 0091
04B00 0098 008F
04D00 00A8 0091
04F00 00A7 008B
05100 00A8 008B
05300 00A6 008B
05500 00A5 0089
05700 00A3 0087
05900 00A0 0087
05B00 009E 0087
05D00 009D 0087
05F00 009E 0087
06100 009E 007F
06300 00A0 007D
06500 009F 0087
06700 009D 0087
06900 009C 0087
06B00 009A 0087
06D00 007C 007A
06F00 0097 0087
07100 0097 007C
07300 0093 0079
07500 0093 007C
07700 0092 007A
07900 0091 0078
07B00 0091 007A
07D00 0091 0077
07F00 008D 0077
08100 008E 0074
08300 008D 0072
08500 008C 0075
08700 008A 0075
08900 008A 0075
08B00 0073 0071
08D00 008A 006F
08F00 0081 0070
09100 0089 006F
09300 0087 006D
09500 0084 006C
09700 0084 0069
09900 0084 0068
09B00 0083 0069
09D00 0085 0068
09F00 0085 0068
0A100 0084 0068
0A300 0081 0064
0A500 006B 0066
0A700 0067 0067
0A900 0080 0068
0AB00 007F 0068
0AD00 007E 0068
0AF00 0080 0068
0B100 007F 0068
0B300 0074 0071
0B500 007A 0068
0B700 007A 0068
0B900 007A 0068
0BB00 0079 0068
0BD00 0079 005C
0BF00 0077 0057
0C100 0076 005E
0C300 0075 0056
0C500 005E 005D
0C700 0074 0055
0C900 0072 0055
0CB00 0072 0055
0CD00 0072 0055
0CF00 0073 0055
0D100 0071 0051
0D300 0071 0051
0D500 0071 0050
0D700 0069 0050
0D900 0056 0053
0DB00 006D 004E
0DD00 006B 004B
0DF00 006C 004E
0E100 006C 0051
0E300 006D 0052
0E500 006C 004B
0E700 006C 0049
0E900 006A 004A
0EB00 0069 0048
0ED00 0053 0051
0EF00 0068 0047
0F100 0068 0046
0F300 0068 0047
0F500 0068 0049
0F700 005B 0056
0F900 006A 0049
0FB00 006C 004B
0FD00 006D 004A
0FF00 006E 0049
10100 006C 0052
10300 0059 0056
10500 0057 0057
10700 006F 004B
10900 0071 004B
10B00 0071 004C
10D00 0073 004D
10F00 0074 004D
11100 0077 0051
11300 006B 0053
11500 0064 0062
11700 007E 0057
11900 007C 0073
11B00 0082 005A
11D00 0082 005C
11F00 0088 005E
12100 0086 0073
12300 008F 0077
12500 0093 006B
12700 0097 006E
12900 0084 0084
12B00 009E 0075
12D00 00A4 0079
12F00 00AB 007F
13100 00AD 00A5
13300 00BB 008B
13500 00C0 0092
13700 00C7 0097
13900 00CB 00C4
13B00 00D8 00A8
13D00 00E2 00B0
13F00 00D8 00D9
14100 00D9 00D8
14300 00FE 00E6
14500 0109 00DA
14700 0117 00E5
14900 011B 0116
14B00 011D 011B
14D00 013C 010B
14F00 014A 0119
15100 0154 014E
15300 016C 013A
15500 0177 014B
15700 0173 0171
15900 0196 0193
15B00 01B2 0181
15D00 01C7 0193
15F00 01DC 01A8
16100 01DE 01DF
16300 0203 01FF
Cyl = 0162AC
Head = 00 Gain Adjust = 00EF
Head = 01 Gain Adjust = 0111
Head = 02 Gain Adjust = 00F9
Cyl = 0002D4
Head = 00 Gain Adjust = 00FF
Head = 01 Gain Adjust = 0117
Head = 02 Gain Adjust = 0107
Cyl = 00B2C0
Head = 00 Gain Adjust = 0104
Head = 01 Gain Adjust = 0119
Head = 02 Gain Adjust = 010D
CYL = 003C0 KA = 4810 scaled by 4000CYL = 00BC0 KA = 4700 scaled by 4000
CYL = 013C0 KA = 45E0 scaled by 4000CYL = 01BC0 KA = 44F0 scaled by 4000
CYL = 023C0 KA = 44D0 scaled by 4000CYL = 02BC0 KA = 43B0 scaled by 4000
CYL = 033C0 KA = 43B0 scaled by 4000CYL = 03BC0 KA = 4330 scaled by 4000
CYL = 043C0 KA = 4300 scaled by 4000CYL = 04BC0 KA = 42B0 scaled by 4000
CYL = 0B2C0 KA = 4380 scaled by 4000
CYL = 11929 KA = 4320 scaled by 4000CYL = 12129 KA = 4340 scaled by 4000
CYL = 12929 KA = 4320 scaled by 4000CYL = 13129 KA = 4320 scaled by 4000
CYL = 13929 KA = 4380 scaled by 4000CYL = 14129 KA = 4390 scaled by 4000
CYL = 14929 KA = 44A0 scaled by 4000CYL = 15129 KA = 4550 scaled by 4000
CYL = 15929 KA = 46D0 scaled by 4000CYL = 16129 KA = 4790 scaled by 4000
Table Linearization in Process
Head Gain Measure
Head Max-38h-28h-18h-08h+08h+18h+28h+38h
004E3D3C4D3CCC4306402A41A144EB4E2E4E3D
0144E13E4F427744E13DA73766353837343D44
023EBE3C143EBE3D183BBC3601357439643C10
Normalized Integrated Gain
Head-40h-30h-20h-10h 00 +10h+20h+30h+40h
00000003150630099D0CE4103E13C317C21BC1
010000039E077A0B790F0D1244155B188F1C1D
02000003D407D30BB80F8612F7165F1A071DDB
PES to Position Table
Head-40h-30h-20h-10h 00 +10h+20h+30h+40h
00FFC0FFCEFFDDFFECFFFB000B001B002E0040
01FFC0FFD0FFE2FFF400050013002100300040
02FFC0FFD0FFE2FFF200030011002000300040
Channel Srvo Table
Head Addr VGASATTTap5Tap6Tap3Tap7Tap2Tap8Tap9RATT XDC
00 F7F2 78 02 79 A0 88 C2 93 73 A7 41 4C
01 F808 50 02 82 7B 76 DD 87 46 C5 41 4C
02 F81E 43 02 7C 9B 8B C4 92 71 A6 41 3A
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 0000 0035 0000 0008 0019 0000 0000 0000
02000.00 0001 0000 0009 0002 0001 0002 0001 0001 0001
04000.00 0001 0001 0009 0000 0000 0000 0000 0001 0001
06000.00 0000 0000 0000 0000 0000 0000 0000 0000 0000
08000.00 0000 0000 0000 0000 0000 0000 0000 0000 0000
0a000.00 0001 0000 0004 0000 0000 0001 0001 0001 0000
0e000.00 0001 0000 0009 0001 0001 0002 0004 0001 0000
10000.00 0000 0001 0004 0000 0008 0000 0001 0000 0001
12000.00 0000 0000 0004 0001 0009 0001 0000 0000 0001
14000.00 0001 0000 0009 0004 0010 0001 0002 0001 0001
16000.00 0000 0001 0011 0009 0031 0001 0001 0000 0004
00018.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
02000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
04000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
06000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
08000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
0a000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
0e000.01 000a 0000 0004 0000 0002 0004 0001 0002 0009
10000.01 000a 0000 0004 0004 0002 0000 0000 0004 0004
12000.01 000a 0001 0002 0001 000a 0000 0004 0000 0004
14000.01 0005 0000 0004 0004 0004 0000 0004 0001 0001
16000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
00018.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
02000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
04000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
06000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
08000.02 0001 0000 0000 0001 0000 0000 0001 0009 0004
0a000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
0e000.02 0000 0005 0000 0002 0000 0000 0001 0000 0004
10000.02 0000 0001 0000 0001 0000 0000 0000 0000 0004
12000.02 0000 0004 0000 0000 0000 0000 0001 0001 0004
14000.02 0000 0004 0000 0001 0001 0001 0004 0004 0004
16000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
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 0004 0001 0001 0000
02000.00 0000 0000 0000 0000 0000 0001 0000 0000 0000
04000.00 0000 0000 0001 0000 0001 0001 0000 0000 0000
06000.00 0000 0000 0000 0000 0000 0000 0000 0000 0000
08000.00 0000 0000 0000 0000 0000 0000 0000 0000 0000
0a000.00 0000 0001 0000 0001 0000 0001 0000 0000 0000
0e000.00 0000 0001 0000 0000 0000 0000 0001 0000 0000
10000.00 0000 0001 0001 0000 0000 0002 0000 0000 0000
12000.00 0000 0002 0001 0000 0000 0001 0000 0000 0000
14000.00 0000 0001 0000 0000 0000 0000 0000 0000 0000
16000.00 0000 0000 0000 0000 0001 0000 0000 0000 0000
00018.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
02000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
04000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
06000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
08000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
0a000.01 0000 0000 0000 0000 0000 0000 0000 0000 0000
0e000.01 0000 0000 0000 0000 0000 0000 0001 0000 0001
10000.01 0000 0001 0000 0000 0000 0002 0001 0000 0001
12000.01 0001 0000 0001 0000 0000 0000 0000 0000 0004
14000.01 0001 0000 0000 0000 0001 0000 0001 0001 0002
16000.01 0010 0000 000a 0001 0010 0001 0001 0001 0004
00018.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
02000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
04000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
06000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
08000.02 0000 0001 0000 0001 0000 0000 0000 0001 0001
0a000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
0e000.02 0000 0000 0000 0001 0000 0000 0000 0000 0001
10000.02 0000 0000 0000 0004 0000 0000 0000 0001 0001
12000.02 0000 0000 0000 0001 0001 0000 0000 0002 0001
14000.02 0000 0001 0000 0001 0000 0001 0001 0001 0000
16000.02 0000 0000 0000 0000 0000 0000 0000 0000 0000
Actuator Geometry Test ...
Buzz- Head Mask 0000 - Switch to full int.
Spin Ready
Geometry Difference = 1 Microseconds
!!! Adaptives corrupt !!!
ASCII logging off
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
!!! Adaptives corrupt !!!
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
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 - 43Track 0F6A7.2.006Sns 006Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.012Sns 012Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.120Sns 120Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.144Sns 144Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.150Sns 150Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.156Sns 156Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A8.1.02CSns 02CRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A8.1.0E0Sns 0E0Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.24CSns 24CRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.222Sns 222Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AD.2.1ABSns 1ABRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.162Sns 162Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.22ESns 22ERty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.2.252Sns 252Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.1.1DESns 1DERty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.1.1D8Sns 1D8Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A7.1.1D2Sns 1D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AB.2.10ESns 10ERty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A8.1.0F2Sns 0F2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A8.2.072Sns 072Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A8.2.271Sns 271Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A8.2.277Sns 277Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A9.2.004Sns 004Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A9.2.203Sns 203Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AA.1.001Sns 001Rty FFFF.20.20FFRtf 1862LBA 0DA4E66E
Code - 43Track 0F6A9.1.183Sns 183Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AA.1.003Sns 003Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AA.1.202Sns 202Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AA.2.182Sns 182Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AA.2.188Sns 188Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AA.2.18ESns 18ERty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AB.2.12CSns 12CRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AB.1.0ACSns 0ACRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.12BSns 12BRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.233Sns 233Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AD.2.199Sns 199Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.173Sns 173Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AB.2.114Sns 114Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.18BSns 18BRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.221Sns 221Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A8.1.000Sns 000Rty FFFF.20.20FFRtf 1862LBA 0DA4E66E
Code - 43Track 0F6AD.2.1B7Sns 1B7Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6A8.2.27DSns 27DRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.2.1BFSns 1BFRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Head Mask 0000 -
Read Bias - Head 0 1 2 3
B B B
HiTemp Bias Head 0 1 2 3
B B B
Switch to full int.
Spin Ready
=====================================================================
Code - 43Track 0F6A7.2.012Sns 012Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Error Reading Log
=====================================================================
Scanning Log 8 .... Code - 43Track 0F6A7.2.162Sns 162Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Error Reading Log
Code - 43Track 0F6A7.2.162Sns 162Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
=====================================================================
Scanning Log 31 .... Code - 43Track 0F6A8.1.0F2Sns 0F2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Error Reading Log
=====================================================================
Scanning Log 32 .... Code - 43Track 0F6A8.2.072Sns 072Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Error Reading Log
=====================================================================
Scanning Log 33 .... Code - 43Track 0F6A8.2.271Sns 271Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Error Reading Log
=====================================================================
Scanning Log 34 .... Code - 43Track 0F6A8.2.277Sns 277Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Error Reading Log
=====================================================================
Scanning Log 3A .... Code - 43Track 0F6AA.1.001Sns 001Rty FFFF.20.20FFRtf 1862LBA 0DA4E66E
Error Reading Log
=====================================================================
Code - 43Track 0F6AB.2.114Sns 114Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.173Sns 173Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
=====================================================================
Head #Defect #Align radial defect(%)EC59 EC60
0 . . Code - 43Track 0F6AE.1.005Sns 005Rty FFFF.20.20FFRtf 1862LBA 0DA4E66E
. .
1 . . Code - 43Track 0F6AE.1.005Sns 005Rty FFFF.20.20FFRtf 1862LBA 0DA4E66E
. .
2 . . Code - 43Track 0F6AE.1.0A8Sns 0A8Rty FFFF.20.20FFRtf 1862LBA 0DA4E66E
. .
=====================================================================
Power Cycling
!!! Adaptives corrupt !!!
ASCII logging off
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
!!! Adaptives corrupt !!!
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
AbEnd Test 4D
Begin Test 39
ASCII logging on
!!! Adaptives corrupt !!!
ASCII logging off
!!! Adaptives corrupt !!!
AbEnd Test 39
Begin Test 4E
ASCII logging on
Not Power Cycling
ASCII logging off
ASCII logging on
Code - 43Track 0F6A7.2.012Sns 012Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
02: Log Read Not OK
Code - 43Track 0F6A7.2.0D2Sns 0D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
03: Log Read Not OK
Code - 43Track 0F6A7.2.120Sns 120Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
04: Log Read Not OK
Code - 43Track 0F6A7.2.144Sns 144Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
05: Log Read Not OK
Code - 43Track 0F6A7.2.150Sns 150Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
06: Log Read Not OK
Code - 43Track 0F6A7.2.156Sns 156Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
07: Log Read Not OK
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
Code - 43Track 0F6A8.1.02CSns 02CRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
2A: Log Read Not OK
Log 1F - No Log on Disk
Code - 43Track 0F6A8.1.0E0Sns 0E0Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
2F: Log Read Not OK
Code - 43Track 0F6A7.2.24CSns 24CRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
0B: Log Read Not OK
Code - 43Track 0F6A7.2.222Sns 222Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
09: Log Read Not OK
Code - 43Track 0F6AD.2.1ABSns 1ABRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
58: Log Read Not OK
Log 21 - No Log on Disk
Code - 43Track 0F6A7.2.162Sns 162Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
08: Log Read Not OK
Code - 43Track 0F6A7.2.22ESns 22ERty FFFF.20.20FFRtf 1822LBA 0DA4E66E
0A: Log Read Not OK
Code - 43Track 0F6A7.2.252Sns 252Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
0C: Log Read Not OK
Code - 43Track 0F6A7.1.1DESns 1DERty FFFF.20.20FFRtf 1822LBA 0DA4E66E
0F: Log Read Not OK
Code - 43Track 0F6A7.1.1D8Sns 1D8Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
0E: Log Read Not OK
Code - 43Track 0F6A7.1.1D2Sns 1D2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
0D: Log Read Not OK
Code - 43Track 0F6AB.2.10ESns 10ERty FFFF.20.20FFRtf 1822LBA 0DA4E66E
40: Log Read Not OK
Log 25 - No Log on Disk
Code - 43Track 0F6A8.1.0F2Sns 0F2Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
31: Log Read Not OK
Code - 43Track 0F6A8.2.072Sns 072Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
32: Log Read Not OK
Code - 43Track 0F6A8.2.271Sns 271Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
33: Log Read Not OK
Code - 43Track 0F6A8.2.277Sns 277Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
34: Log Read Not OK
Code - 43Track 0F6A9.2.004Sns 004Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
36: Log Read Not OK
Code - 43Track 0F6A9.2.203Sns 203Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
37: Log Read Not OK
Log 26 - No Log on Disk
Code - 43Track 0F6AA.1.000Sns 000Rty FFFF.20.20FFRtf 1862LBA 0DA4E66E
3A: Log Read Not OK
Code - 43Track 0F6A9.1.183Sns 183Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
38: Log Read Not OK
Code - 43Track 0F6AA.1.003Sns 003Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
3B: Log Read Not OK
Code - 43Track 0F6AA.1.202Sns 202Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
3C: Log Read Not OK
Code - 43Track 0F6AA.2.182Sns 182Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
3D: Log Read Not OK
Code - 43Track 0F6AA.2.188Sns 188Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
3E: Log Read Not OK
Code - 43Track 0F6AA.2.18ESns 18ERty FFFF.20.20FFRtf 1822LBA 0DA4E66E
3F: Log Read Not OK
Code - 43Track 0F6AB.2.12CSns 12CRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
42: Log Read Not OK
Code - 43Track 0F6AB.1.0ACSns 0ACRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
43: Log Read Not OK
Log 20 - No Log on Disk
Code - 43Track 0F6AC.1.12BSns 12BRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
47: Log Read Not OK
Code - 43Track 0F6AC.1.233Sns 233Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
4B: Log Read Not OK
Code - 43Track 0F6AD.2.199Sns 199Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
56: Log Read Not OK
Code - 43Track 0F6AC.1.173Sns 173Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
48: Log Read Not OK
Code - 43Track 0F6AB.2.114Sns 114Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
41: Log Read Not OK
Log 27 - No Log on Disk
Code - 43Track 0F6AC.1.18BSns 18BRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
49: Log Read Not OK
Code - 43Track 0F6AC.1.221Sns 221Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
4A: Log Read Not OK
Code - 43Track 0F6AC.1.23FSns 23FRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
4D: Log Read Not OK
Log 39 - No Log on Disk
Log 22 - No Log on Disk
Log 61 - No Log on Disk
Log 28 - No Log on Disk
Log 62 - No Log on Disk
Code - 43Track 0F6A8.1.000Sns 000Rty FFFF.20.20FFRtf 1862LBA 0DA4E66E
29: Log Read Not OK
Log 63 - No Log on Disk
Code - 43Track 0F6AD.2.1B7Sns 1B7Rty FFFF.20.20FFRtf 1822LBA 0DA4E66E
59: Log Read Not OK
Code - 43Track 0F6A8.2.27DSns 27DRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
35: Log Read Not OK
Log 6F - No Log on Disk
Total Cert Time = 00:00:00
ASCII logging off
Code - 43Track 0F6AC.2.1BFSns 1BFRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.2.1BFSns 1BFRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.2.1BFSns 1BFRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.2.1BFSns 1BFRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
Code - 43Track 0F6AC.2.1BFSns 1BFRty FFFF.20.20FFRtf 1822LBA 0DA4E66E
!!! Adaptives corrupt !!!
AbEnd Test 4E
T>Age=4F Type=22 MxCyl=16358 MxHd=2 MxSct=44C BSz=0000 TCode=0000
Age=4F Type=22 MxCyl=16358 MxHd=2 MxSct=44C BSz=0000 TCode=0000
Age=4F Type=22 MxCyl=16358 MxHd=2 MxSct=44C BSz=0000 TCode=0000
Age=4F Type=22 MxCyl=16358 MxHd=2 MxSct=44C BSz=0000 TCode=0000
Pgm=00 Trk=0001E(0001E).2(2).0D8(0D8) Zn=0 Err=A1 ErCt=0000 Hlth=608C CHlth=608C Ready LBA=0DA4E66E
Age=4F Type=22 MxCyl=16358 MxHd=2 MxSct=44C BSz=0000 TCode=0000
Age=4F Type=22 MxCyl=16358 MxHd=2 MxSct=44C BSz=0000 TCode=0000 我也遇到过好多块.10的这种盘，不会搞，呵呵，望高手指导！ 初步判断是一头有问题，用跳砍看了它看看效果怎么样 个人觉得这除了砍头没别的办法了，看看有高手出来解答没有 再顶，用单头的SN做F级SF，故障差不多，具体LOG就不贴上来了。
只是想问下需要写LDR里的CERT进去再开SF吗？ 顶啊，除了楼上的朋友还有谁可以给些建议吗？ 02能通过，换板或重刷FLASH后更换相应固件版本试试可能有效~ 谢谢楼上。这个板是无ROM的，不过还是收下建议！换板试试 砍了 跑 I22
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