进F级引导后，执行完N2，AA，22流程，请高手分析一下我的流程，是什么出错了

ppl315 · 发表于 2008-11-19 13:36:39

这块盘原来是认盘的，一开始是43错误，用MHDD扫有好多坏道，我开自效，一夜后，进F级，不认盘了，还好我备了LDR，现在从安全模式引导，用了网上的方法，好几次跑过之后，能进入T级，刷过ATA ID ，认过几次盘，但报43 47错，反复几次断电，又开后，又不认盘了，现在又重新跑，又进入了F级，现在是最近一次自效记录，跑完进不了T级，是不是磁头坏了，郁闷中，请高手给分析一下原因，这块盘我修了3天了，都没修好，实在不知该怎么修了，新手，望长辈指点一二......

Interface task reset
1024k x 16 buffer detected
ALPINE - 1_Disk M-21  11-25-03 18:53

Buzz  - Head Mask FFFF - Switch to full int.
            Spin Ready
Error Reading Application Code

F>Head Mask FFFF - Switch to full int.
            Spin Ready

T>
T>
T>Age=60 Type=20 MxCyl=16358 MxHd=0 MxSct=294 BSz=0000 TCode=0000
Pgm=00 Trk=0B2B4(00000).0(0).000(000) Zn=0 Err=00 ErCt=0000 Hlth=0000 CHlth=0000 Ready LBA=00000000

T>/8
8>C20
(SN: 4JV4C0VH)
8>
8>/t
T>
:6000000020000000  AX`4JV4C0VH  "000000000000"0E306-0E385
SRAM Ovly = Diag

T>N2,AA,22
T>No valid SeaDex script in buffer.
T>Begin Test 02
ASCII logging on

                  Not Power Cycling

                  Not Power Cycling
Zone 00 Head 00 adaptives set to defaults
Zone 00 Head 01 adaptives set to defaults
Zone 01 Head 00 adaptives set to defaults
Zone 01 Head 01 adaptives set to defaults
Zone 02 Head 00 adaptives set to defaults
Zone 02 Head 01 adaptives set to defaults
Zone 03 Head 00 adaptives set to defaults
Zone 03 Head 01 adaptives set to defaults
Zone 04 Head 00 adaptives set to defaults
Zone 04 Head 01 adaptives set to defaults
Zone 05 Head 00 adaptives set to defaults
Zone 05 Head 01 adaptives set to defaults
Zone 06 Head 00 adaptives set to defaults
Zone 06 Head 01 adaptives set to defaults
Zone 07 Head 00 adaptives set to defaults
Zone 07 Head 01 adaptives set to defaults
Zone 08 Head 00 adaptives set to defaults
Zone 08 Head 01 adaptives set to defaults
Zone 09 Head 00 adaptives set to defaults
Zone 09 Head 01 adaptives set to defaults
Zone 0A Head 00 adaptives set to defaults
Zone 0A Head 01 adaptives set to defaults
Zone 0B Head 00 adaptives set to defaults
Zone 0B Head 01 adaptives set to defaults
Zone 0C Head 00 adaptives set to defaults
Zone 0C Head 01 adaptives set to defaults
Zone 0D Head 00 adaptives set to defaults
Zone 0D Head 01 adaptives set to defaults
Zone 0E Head 00 adaptives set to defaults
Zone 0E Head 01 adaptives set to defaults
Zone 0F Head 00 adaptives set to defaults
Zone 0F Head 01 adaptives set to defaults
Head Mask FFFF -
Read Bias - Head    0 1 2 3
                  9 9

HiTemp Bias Head    0 1 2 3
                  9 9
Head Mask FFFF - Switch to full int.
            Spin Ready
Ref Trk Tan Timing Skew (h0 to h0) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h0) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h1) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h1) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h2) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h2) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h3) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h3) = 0000 servo clocks.
Calibrating Physical Track 0 on heads 0 thru 1

Radial Offset Table:

Head 0 Offset = 0
Head 1 Offset = 0
Head 2 Offset = 0
Head 3 Offset = 0

SkpCylList deleted
Sys= 0F68E-0F70D 0280 SPTK on sys trks
<empty>
drive must be reformatted
Skipping MDW oversample s/n cylinders.
Zone 00:  00018 - 00BE8  1100 (044C) 683.439
Zone 01:  00BE9 - 027FE  1056 (0420) 666.63
Zone 02:  027FF - 04707  1026 (0402) 646.275
Zone 03:  04708 - 06CA3 990 (03DE) 622.431
Zone 04:  06CA4 - 08B66 953 (03B9) 602.353
Zone 05:  08B67 - 0A479 916 (0394) 580.392
Zone 06:  0A47A - 0C405 880 (0370) 545.882
Zone 07:  0C406 - 0D99A 836 (0344) 527.59
Zone 08:  0D99B - 0ECD9 806 (0326) 506.144
Zone 09:  0ECDA - 10337 770 (0302) 480.724
Zone 0A:  10338 - 11397 733 (02DD) 461.672
Zone 0B:  11398 - 12854 691 (02B3) 437.423
Zone 0C:  12855 - 13F38 660 (0294) 410.353
Zone 0D:  13F39 - 14AE7 623 (026F) 396.401
Zone 0E:  14AE8 - 155D6 605 (025D) 383.316
Zone 0F:  155D7 - 16358 572 (023C) 363.922
Sys= 0F68E-0F70D 0280 SPTK on sys trks
Total LBAs = 095333FC
EP=1, TA=1, HiGain=1, OTRd=1, Early Rd=0, Splash=1, Reload=1, NPML=1, MRBias=1
Bst/Zap=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=FF, Write=80, ID=FF
No entries in Log
All Hds 0-1, All Cyls 00018-16358, Rnd data

Performing AFC Zone Cal
ACFC Calibration:
         CRRO Orders Prior to Cal: (PES*2)^2
  Cyl.Hd 2 3 4 5 6 7 8 12 24
00018.00 000d 0001 0001 0001 0002 0001 000d 0000 0005
02000.00 0005 0000 0002 0000 0002 0000 0002 0001 0009
04000.00 0005 0001 0001 0000 0001 0000 0000 0000 0004
06000.00 0002 0001 0001 0001 0000 0002 0001 0001 0004
08000.00 0002 0004 0001 0000 0000 0001 0001 0001 0004
0a000.00 0002 0009 0001 0001 0000 0000 0000 0002 0004
0e000.00 0000 0005 0002 0000 0005 0000 0001 0000 0004
10000.00 0001 0010 0005 0000 0002 0000 0000 0002 0004
12000.00 0001 000d 000d 0001 000d 0000 0000 0000 0004
14000.00 0001 000a 0019 0002 000d 0004 0000 0000 0004
16000.00 0001 000d 0029 0002 001d 0008 0000 0000 0004
00018.01 0032 0012 0000 0000 0001 0001 0000 0001 0005
02000.01 0020 0014 0000 0000 0000 0000 0000 0005 0004
04000.01 0019 0012 0001 0001 0000 0001 0000 0001 0004
06000.01 0019 0014 0002 0000 0000 0000 0004 0001 0004
08000.01 0012 001a 0001 0002 0001 0001 0000 0001 0004
0a000.01 0014 000a 0004 0000 0002 0001 0000 0004 0004
0e000.01 000d 001a 0004 0001 0001 0000 0004 0001 0004
10000.01 000d 0005 0004 0001 0004 0001 0000 0000 0004
12000.01 000d 001d 000a 0001 000a 0000 0001 0000 0004
14000.01 000d 001d 0014 0000 0004 0001 0002 0001 0004
16000.01 0014 0034 0032 0000 0019 0005 0001 0000 0004
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = B2B3h.
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = 8EF8h.
RTE Amplitude = 0000 servo clocks. Sector = 00D4h. Trk/2 = 6B3Dh.
RTE Amplitude = 0000 servo clocks. Sector = 0002h. Trk/2 = 4782h.
RTE Amplitude = 0000 servo clocks. Sector = 002Fh. Trk/2 = 23C7h.
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = 000Ch.
EP=0, TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, NPML=0, MRBias=0
Bst/Zap=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=02, Write=40, ID=1E
Channel Srvo Table
  Head Addr VGA  SATT  Tap5  Tap6  Tap3  Tap7  Tap2  Tap8  Tap9  RATT XDC
00 F7F2 2D 02 5C C4 9E A0 50 98 60 41 5A
01 F808 2D 02 5C C4 9E A0 50 98 60 41 5A
Adapt Servo Zone 08
Adapt Servo 0000e33a.00
Adapts Loaded
Dbck DATA load

NPML    00
Test 0000e33a.00 10809778 BER 030005c9
Adjust ATTR 01 VGAS 56 VGAR d0 FREQR 7c  Read 0043 SRVTEST 41  Read 0043
fail lower limit

MRASYM    80 008dee0b BER 03002ffd
MRASYM    81 0094acff BER 01002ffd hold
Zone  8 [0000D9A3.0,FC64,0264,C0]
Retry to find bath using coarse offset
[0000D9C3.0,FB64,0364,E4]
Left Bath = FF65, Right Bath = FFD6 : Pick (FF9D) ( Min/Max AGC CDFF )
Zone  9 [0000ECE2.0,FD05,0305,C0]
Retry to find bath using coarse offset
[0000ED02.0,FC05,0405,E3]
Left Bath = 0004, Right Bath = 0074 : Pick (003C) ( Min/Max AGC C3FF )
Test 0000e33a.00 0088ddc2 BER 01001ffe
Zone  0 [00000020.0,F689,FC89,C0]
Left Bath = F9FD, Right Bath = FA2E : Pick (FA15) ( Min/Max AGC B7FF )
Zone  1 [00000BF1.0,F6D4,FCD4,C0]
Left Bath = FA3C, Right Bath = FA6A : Pick (FA53) ( Min/Max AGC B9FF )
Test 00000bc8.00 00048038 BER 00000fff
Test 00000bc8.00 00045f83 BER 00000fff
Test 0000e33a.00 0088f820 BER 01001ffe
Adjust ATTR 01 VGAS 58 VGAR c5 FREQR 73  Read 0043 SRVTEST 41  Read 0043
fail lower limit

MRASYM    80 0004a576 BER 00000fff
MRASYM    80 0004a456 BER 00000fff update 80 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP    5a 0086c2fe BER 01000000 adapt
XDCTAP    37 000591a2 BER 00000000 hold

CUTOFF  Lower 0022  Upper 013b  Step 0003  Right 18  Mask 0008
Default  0127 00059683 BER 00000000
Floor  1 0d 00059338 000613a7
Left 1 012b 00058858
Middle 1 0131 000534c7
Right  1 013b 0005231f
Lowest 1 0137 00051353
New    0131 00053b7a BER 00000000

SV TAP5 Lower 0020  Upper 00df  Step 0006  Right 1f  Mask 1000
Default  005c 0005b843 BER 00000000
Floor  1 1f 0005ca9d 0005ccbe
Left 1 0020 0005ca9d
Middle 0 0058 008621c8
Right  1 0091 0005c5b1
Lowest 1 0080 0005bceb
Curve 0050 0005be61
Restore  005c 0085aa12 BER 01000000
0005bda7 BER 00000000 _ATT 01 VGAS 57 VGAR 6c FREQR 82 Taps frozen read adapt
Current Tap Weight 00001318 diff ffffece8 tap limits
0005c660 BER 00000000 _ATT 01 VGAS 58 VGAR 68 FREQR 83 Taps frozen read adapt
Current Tap Weight 00000009 diff 0000130f tap limits
0005d50d BER 00000000 _ATT 01 VGAS 58 VGAR 6f FREQR 82 Taps frozen read adapt
Current Tap Weight 000000d0 diff ffffff39 Save servo Force servo update
Dbck Default  DATA load

Test 0000e33a.00 00882334 BER 02001ffe
Ratio 0000
Adapt Servo 0000e33a.01
Adapts Loaded
Dbck DATA load

NPML    00
Test 0000e33a.01 000162f3 BER 00000000
Adjust ATTR 01 VGAS 0e VGAR 5f FREQR 81 within _ATT

MRASYM    80 00016a94 BER 00000004
MRASYM    dc 0000fc7a BER 00000003 update dc hold
Zone  8 [0000D9A3.1,FC64,0264,C0]
Left Bath = FF03, Right Bath = FFE4 : Pick (FF73) ( Min/Max AGC 67FF )
Zone  9 [0000ECE2.1,FD05,0305,C0]
Left Bath = FFA3, Right Bath = 0081 : Pick (0012) ( Min/Max AGC 62FF )
Test 0000e33a.01 0000dc76 BER 00000fff
Zone  0 [00000020.1,F689,FC89,C0]
Left Bath = F97E, Right Bath = FA48 : Pick (F9E3) ( Min/Max AGC 59FF )
Zone  1 [00000BF1.1,F6D4,FCD4,C0]
Left Bath = F9AD, Right Bath = FA7F : Pick (FA16) ( Min/Max AGC 5AFF )
Test 00000bc8.01 00010c88 BER 00000fff
Test 00000bc8.01 0000f266 BER 00000fff
Test 0000e33a.01 0000db17 BER 00000fff
Adjust ATTR 01 VGAS 0d VGAR 65 FREQR 83 within _ATT

MRASYM    dc 0000fc76 BER 00000fff
MRASYM    e5 000174e9 BER 00000fff hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP    5a 0002af1e BER 00000000 adapt
XDCTAP    4b 00021b6e BER 00000000 hold

CUTOFF  Lower 0022  Upper 013b  Step 0003  Right 18  Mask 0008
Default  0127 0001c5c4 BER 00000000
Floor  1 0f 0001d24d 00020bfb
Left 1 0125 0001cc02
Middle 1 012e 0001b139
Right  1 0138 0001b52f
Lowest 1 0134 0001a66a
New    012e 0001b6dc BER 00000000

SV TAP5 Lower 0020  Upper 00df  Step 0006  Right 1f  Mask 1000
Default  005c 0001ce2b BER 00000000
Floor  1 20 0001cc33 0001cc33
Left 1 0026 0001cb2d
Middle 1 0070 0001d0df
Right  1 00bb 0001c97e
Lowest 1 0050 0001c456
Curve 0086 0001c8e1
New    0070 0001d354 BER 00000000
0001d98b BER 00000000 _ATT 01 VGAS 10 VGAR 17 FREQR 81 Taps frozen read adapt
Current Tap Weight 000011db diff ffffee25 tap limits
0001d31e BER 00000000 _ATT 01 VGAS 10 VGAR 1b FREQR 80 Taps frozen read adapt
Current Tap Weight 00000082 diff 00001159 tap limits
0001d462 BER 00000000 _ATT 01 VGAS 0e VGAR 1b FREQR 80 Taps frozen read adapt
Current Tap Weight 0000001a diff 00000068 Save servo Force servo update
Dbck Default  DATA load

Test 0000e33a.01 00012737 BER 00000fff
Ratio 0000
Zone  8 [0000D9A3.0,FC9D,029D,C0]
Retry to find bath using coarse offset
[0000D9C3.0,FB9D,039D,E8]
Left Bath = FF63, Right Bath = FFDA : Pick (FF9E) ( Min/Max AGC C8FF )
Zone  9 [0000ECE2.0,FD3C,033C,C0]
Retry to find bath using coarse offset
[0000ED02.0,FC3C,043C,E3]
Left Bath = 0003, Right Bath = 0072 : Pick (003A) ( Min/Max AGC C2FF )
Zone  8 [0000D9A3.1,FC73,0273,C0]
Left Bath = FF02, Right Bath = FFE3 : Pick (FF72) ( Min/Max AGC 6AFF )
Zone  9 [0000ECE2.1,FD12,0312,C0]
Left Bath = FFA6, Right Bath = 0081 : Pick (0013) ( Min/Max AGC 62FF )

HiTemp Bias BackOff Head 0 1 2 3
                        9 9
Media 0000
Adapt Data Zone 00
Test 00000600.00 0004ad86 BER 0000076d
Test 00000600.00 00047452 BER 000004d1
Adapt Data 00000600.00
Dbck DATA load

NPML    00
Test 00000038.00 0003c0d2 BER 0000044e
Test 00000600.00 00043f6d BER 00000428
Check  ATTR 01 VGAS 80 VGAR af FREQR 7c within VGAR FREQR

MRASYM    80 00046b7b BER 000004b5
MRASYM    84 00044b68 BER 000003d8 update 84 hold

OD OFST Lower f9b5  Upper fa74  Step 0006  Right 1f  Mask 4340
Default  fa15 00042de2 BER 000007a3
Floor  1 07 0004534e 0004534e
Left 1 fa15 00041a56
Middle 1 fa20 0003e497
Right  1 fa2c 0003d623
Lowest 1 fa27 0003d623
Curve Size Bathtub
New    fa20 000419bb BER 00000540 AUTO
Check  ATTR 01 VGAS 81 VGAR c0 FREQR 7c  Read 0043 within VGAR FREQR
Test 00000600.00 00048dd1 BER 000005ca
Noise target  00000000
Dbck Noise OFF
Dbck DATA save

WRITE_I Lower 0006  Upper 001b  Step 0001  Right 15  Mask 0342
Default  000e 008c576f BER 02003ffc
Error : 13
Floor  1 04 000a0b64 000a21f0
Left 1 0018 000a06fe
Middle 1 0019 000a247f
Right  1 001a 0009f902
Lowest 1 001a 0009f902
Curve Size Bathtub
New    0019 0088730b BER 0200209c
Test 00000600.00 0003bbe0 BER 000002e3

MRASYM    84 00039b8b BER 00000467
MRASYM    86 00037e7e BER 00000142 update 86 hold

PRECOMP Lower 0000  Upper 000a  Step 0001  Right 0a  Mask 0004
Default  0000 00038ef4 BER 000001e9
Floor  1 0b 0002adb2 0002ec9b
Left 1 0006 000288ec
Middle 1 0008 000287ae
Right  1 000a 0002adb2
Lowest 1 0008 000287ae
Curve 000a 0002adb2
New    0008 0002ca1e BER 000000f2
Test 00000600.00 00029db5 BER 0000006b
XDCTAP    90 00030127 BER 000000ab adapt
XDCTAP    49 0002db3b BER 0000007a hold

CUTOFF  Lower 0327  Upper 040e  Step 0002  Right 10  Mask 0348
Default  0336 0002d7a7 BER 00000081
Floor  1 08 0002bc29 0002da14
Left 1 0327 0002b157
Middle 1 032b 0002a43d
Right  1 0331 0002b8d9
Lowest 1 032b 0002a43d
New    032b 0002c345 BER 000000c4 AUTO

BOOST Lower 0000  Upper 0016  Step 0001  Right 16  Mask 0360
Default  0009 0002e82b BER 000000cd
Floor  1 15 0004fe97 0004fe97
Left 1 0004 000478a1
Middle 1 0009 0002da41
Right  1 000f 0004b2aa
Lowest 1 0008 0002d8f8
Curve 0009 0002da41
New    0009 0002b65c BER 0000008b AUTO

TAPDELT Lower 0000  Upper 000f  Step 0001  Right 0f  Mask 0350
Default  000a 000975db BER 00000026
Floor  1 10 000a548b 000b5965
Left 1 0004 000a1359
Middle 1 0009 000948ee
Right  1 000f 000a548b
Lowest 1 000a 00091a99
Curve 0009 000948ee
New    0009 00093e07 BER 00000020 AUTO

OD OFST Lower fa0f  Upper fa32  Step 0002  Right 11  Mask 4340
Default  fa20 0003b21f BER 00000358
Floor  1 0f 000417a0 000417a0
Left 1 fa13 0003f3f3
Middle 1 fa1d 0003ebeb
Right  1 fa28 00041693
Lowest 1 fa21 0003c3ed
Curve fa27 00041693
New    fa1d 0003de9f BER 000003cd

CUTOFF  Lower 0327  Upper 0331  Step 0001  Right 0a  Mask 0348
Default  032b 0002cf44 BER 000000a6
Floor  1 06 0002cfa1 0002f295
Left 1 0327 0002aed9
Middle 1 0328 0002b227
Right  1 032a 0002ce19
Lowest 1 0327 0002aed9
New    0328 0002a637 BER 00000050 AUTO

BOOST Lower 0003  Upper 0010  Step 0001  Right 0d  Mask 0360
Default  0009 00030089 BER 000000d3
Floor  1 0e 0003dd90 0003dd90
Left 1 0007 00038bab
Middle 1 000b 0002e0b0
Right  1 000f 0003d11e
Lowest 1 000b 0002e0b0
Curve 000a 0002f252
New    000b 0002efd1 BER 00000149 AUTO

TAPDELT Lower 0000  Upper 000f  Step 0001  Right 0f  Mask 0350
Default  0009 000934bb BER 00000037
Floor  1 10 000ab28a 000b30d1
Left 1 0004 00099435
Middle 1 0009 0009475f
Right  1 000f 000ab28a
Lowest 1 000a 000945d4
Curve 0009 0009475f
New    0009 000910e6 BER 00000016 AUTO
Noise target  00000000
Dbck Noise OFF
Check  ATTR 01 VGAS 7f VGAR ab FREQR 7c within VGAR FREQR

MRASYM    86 0002cdf7 BER 0000007a
MRASYM    9f 0002d217 BER 0000008e adapt
Test 00000600.00 0002bceb BER 00000082

MRASYM    86 0002abd3 BER 000000ac
MRASYM    84 0002cb59 BER 00000096 hold

NPML    03 0002bb10 BER 000000b5 NPML update
NPML    03 000535d5 BER 00000074

MRASYM    86 000539cd BER 0000008c
MRASYM    9f 00053384 BER 0000008f update 9f adapt
BETTER UPDATE TAPS
[00000038,0,F9BD,FA7D, 1, 2] ->Min=004F(FA1F) BL=FA1F BR=FA1F Range=0001 Pick=FA1F
[0000003C,0,F9BD,FA7D, 1, 2] ->Min=005C(FA1D) BL=7FFF BR=7FFF Range=0000 Pick=FA1D
[00000040,0,F9BD,FA7D, 1, 2] ->Min=004E(F9FF) BL=F9FF BR=F9FF Range=0001 Pick=F9FF
[00000044,0,F9BD,FA7D, 1, 2] ->Min=0054(FA15) BL=7FFF BR=7FFF Range=0000 Pick=FA15
[00000048,0,F9BD,FA7D, 1, 2] ->Min=005E(FA0D) BL=7FFF BR=7FFF Range=0000 Pick=FA0D
[0000004C,0,F9BD,FA7D, 1, 2] ->Min=0056(FA17) BL=7FFF BR=7FFF Range=0000 Pick=FA17
[00000050,0,F9BD,FA7D, 1, 2] ->Min=0038(FA17) BL=FA13 BR=FA17 Range=0005 Pick=FA15
[00000054,0,F9BD,FA7D, 1, 2] ->Min=0048(FA25) BL=FA1B BR=FA25 Range=000B Pick=FA20
[00000058,0,F9BD,FA7D, 1, 2] ->Min=0030(FA1B) BL=FA15 BR=FA1B Range=0007 Pick=FA18
Average MR Offset is FA16
Dbck DATA save

Media 0000
Test 00000600.01 0000ec76 BER 00000000
Test 00000600.01 0000eb36 BER 00000000
Adapt Data 00000600.01
Dbck DATA load

NPML    00
Test 00000038.01 0000ebaa BER 00000000
Test 00000600.01 0000eee3 BER 00000001
Check  ATTR 01 VGAS 34 VGAR 51 FREQR 7f within VGAR FREQR

MRASYM    80 00012964 BER 00000001
MRASYM    e5 0000f574 BER 00000000 update e5 hold

OD OFST Lower f983  Upper fa42  Step 0006  Right 1f  Mask 4340
Default  f9e3 0000ec09 BER 00000000
Floor  1 11 0001d850 0001d850
Left 1 f9cb 0001878d
Middle 1 f9eb 0000edb1
Right  1 fa0c 0001ab6f
Lowest 1 f9e9 0000edb1
Curve f9e3 00010a2d
New    f9eb 0000ee0d BER 00000002
Check  ATTR 01 VGAS 32 VGAR 50 FREQR 82 within VGAR FREQR
Test 00000600.01 0000f8fe BER 00000000
Noise target  00000000
Dbck Noise OFF
Dbck DATA save

WRITE_I Lower 0006  Upper 001b  Step 0001  Right 15  Mask 0342
Default  000e 0001b863 BER 0000004c
Error : 13
Error : 13
Error : 13
Error : 13
Error : 13
Error : 13
Error : 13
Error : 13
Error : 13
Error : 13
Error : 13
Error : 13
Error : 13
Floor  1 10 00019371 0001aecf
Left 1 0014 00018198
Middle 1 0017 000199ff
Right  1 001b 00018f94
Lowest 1 0016 00017d01
Curve 001b 00018f94
New    0017 00016106 BER 00000009 AUTO
Test 00000600.01 0000eb46 BER 00000000

MRASYM    e5 0000f743 BER 00000002
MRASYM    f6 0000f136 BER 00000000 update f6 hold

PRECOMP Lower 0000  Upper 000a  Step 0001  Right 0a  Mask 0004
Default  0000 0000fac1 BER 00000003
Floor  1 0b 0000ea29 000108cf
Left 1 0000 0000ea29
Middle 1 0000 0000ea29
Right  1 0000 0000ea29
Lowest 1 0000 0000ea29
Curve Size Bathtub
New    0000 0000eb1f BER 00000000
Test 00000600.01 0000f7c4 BER 00000000
XDCTAP    90 0000fd81 BER 00000000 adapt
XDCTAP    47 0000f11d BER 00000000 hold

CUTOFF  Lower 0327  Upper 040e  Step 0002  Right 10  Mask 0348
Default  0336 0000f45a BER 00000000
Floor  1 07 0000f252 0000f989
Left 1 0331 0000ed11
Middle 1 0333 0000fd65
Right  1 0337 0000f180
Lowest 1 0335 0000ea0a
New    0333 0000edee BER 00000000 AUTO

BOOST Lower 0000  Upper 0016  Step 0001  Right 16  Mask 0360
Default  0009 0000f8d3 BER 00000000
Floor  1 17 00029aae 00029aae
Left 1 0003 00027f2b
Middle 1 0009 0000f914
Right  1 0010 00026bbd
Lowest 1 0009 0000f914
Curve 0009 0000f914
New    0009 0000f30c BER 00000000 AUTO

TAPDELT Lower 0000  Upper 000f  Step 0001  Right 0f  Mask 0350
Default  000a 0005ce9e BER 00000000
Floor  1 10 000728b9 000728b9
Left 1 0005 00060493
Middle 1 0009 0005f9c4
Right  1 000e 000723a3
Lowest 1 0007 000581ca
Curve 0008 0005dd43
New    0009 0005f475 BER 00000002

OD OFST Lower f9c5  Upper fa12  Step 0003  Right 19  Mask 4340
Default  f9eb 00010c3a BER 00000000
Floor  1 1a 00018d9c 00018d9c
Left 1 f9d4 000168d4
Middle 1 f9eb 000111f1
Right  1 fa03 00018719
Lowest 1 f9e9 000111f1
Curve f9e9 000111f1
New    f9eb 00010ea0 BER 00000000

CUTOFF  Lower 0331  Upper 0337  Step 0001  Right 06  Mask 0348
Default  0333 00010973 BER 00000000
Floor  1 03 00010851 00010da6
Left 1 0337 000105ac
Middle 1 0337 000105ac
Right  1 0337 000105ac
Lowest 1 0337 000105ac
New    0337 00010b0e BER 00000000

BOOST Lower 0002  Upper 0011  Step 0001  Right 0f  Mask 0360
Default  0009 000103b0 BER 00000000
Floor  1 10 0001c9ac 0001c9ac
Left 1 0004 0001a14c
Middle 1 0008 0000fde0
Right  1 000d 0001bf72
Lowest 1 0008 0000fde0
Curve 0008 0000fde0
New    0008 00011482 BER 00000000

TAPDELT Lower 0000  Upper 000f  Step 0001  Right 0f  Mask 0350
Default  0009 0005afc9 BER 00000000
Floor  1 10 000769f4 000769f4
Left 1 0005 00069512
Middle 1 0009 0006925e
Right  1 000e 0006a4cb
Lowest 1 000b 0005cb4e
Curve 0009 0006925e
New    0009 0005faf2 BER 00000000
Noise target  00000000
Dbck Noise OFF
Check  ATTR 01 VGAS 33 VGAR 4d FREQR 7d within VGAR FREQR

MRASYM    f6 00010b39 BER 00000000
MRASYM    e6 00010c61 BER 00000000 adapt
Test 00000600.01 0000ede7 BER 00000002

MRASYM    f6 0000f43e BER 00000000
MRASYM    e1 0000fb8a BER 00000000 hold

NPML    03 0000fe5a BER 00000000 NPML update
NPML    03 00023827 BER 00000000

MRASYM    f6 0002393b BER 00000000
MRASYM    f4 00025d8d BER 00000000 adapt
BETTER UPDATE TAPS
[00000038,1,F98B,FA4B, 1, 2] ->Min=0000(F9CB) BL=F9BF BR=FA0B Range=004D Pick=F9E5
[0000003C,1,F98B,FA4B, 1, 2] ->Min=0000(F9CF) BL=F9B5 BR=FA13 Range=005F Pick=F9E4
[00000040,1,F98B,FA4B, 1, 2] ->Min=0000(F9B9) BL=F9A7 BR=F9F9 Range=0053 Pick=F9D0
[00000044,1,F98B,FA4B, 1, 2] ->Min=0000(F9C9) BL=F9B5 BR=FA07 Range=0053 Pick=F9DE
[00000048,1,F98B,FA4B, 1, 2] ->Min=0000(F9CD) BL=F9BF BR=FA09 Range=004B Pick=F9E4
[0000004C,1,F98B,FA4B, 1, 2] ->Min=0000(F9BB) BL=F9AD BR=F9FD Range=0051 Pick=F9D5
[00000050,1,F98B,FA4B, 1, 2] ->Min=0000(F9D1) BL=F9BB BR=FA07 Range=004D Pick=F9E1
[00000054,1,F98B,FA4B, 1, 2] ->Min=0000(F9D3) BL=F9BD BR=FA0F Range=0053 Pick=F9E6
[00000058,1,F98B,FA4B, 1, 2] ->Min=0000(F9D1) BL=F9C1 BR=FA05 Range=0045 Pick=F9E3
Average MR Offset is F9E0
Dbck DATA save

Media 0000
Adapt Servo Zone 08
Adapt Servo 0000e33a.00
Adapts Loaded
Dbck DATA load

NPML    00
Test 0000e33a.00 0087a2f4 BER 01000e86
Adjust ATTR 01 VGAS 6c VGAR bb FREQR 80 SRVTEST 41
fail lower limit

MRASYM    80 0003f823 BER 0000070c
MRASYM    7d 000416ab BER 000007be hold
Test 0000e33a.00 000450a6 BER 00000b52
Test 00000bc8.00 0004e96f BER 0000003d
Test 00000bc8.00 0004e0dc BER 00000070

RDBIAS  Lower 0006  Upper 0009  Step 0001  Right 03  Mask 2000
Default  0009 0004d90d BER 00000073
Adjust 0006 00065168 BER 000000fa
Adjust 0007 0005ae8a BER 00000093
Adjust 0008 0005159a BER 00000079
Adjust 0009 0004e1c7 BER 00000045
Floor  1 04 0004e1c7 00057dd4
Left 1 0009 0004e1c7
Middle 1 0009 0004e1c7
Right  1 0009 0004e1c7
Lowest 1 0009 0004e1c7
Curve Size Bathtub
New    0009 0004cd46 BER 0000003f
RdBias Upper 0009 Lower 0006 Step 0001
SPT 044c Revs 00de
RdBias 09 VGAR b3 DeciLog OTF 08.7 Raw 05.1
RdBias 08 VGAR b9 DeciLog OTF 08.5 Raw 04.9
RdBias 09 VGAR b4 DeciLog OTF 08.6 Raw 05.1
Test 0000e33a.00 00046d22 BER 00000df3
Adjust ATTR 01 VGAS 6d VGAR c2 FREQR 80  Read 0043 SRVTEST 41  Read 0043
fail lower limit

MRASYM    80 00046d7d BER 00000c6f
MRASYM    83 00046bbc BER 00000e80 update 83 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP    37 0005f5fc BER 00000000 adapt
XDCTAP    39 0005621d BER 00000000 hold

CUTOFF  Lower 0022  Upper 013b  Step 0003  Right 18  Mask 0008
Default  0127 0005727b BER 00000000
Floor  1 07 0005d64d 00067213
Left 1 0110 0005b345
Middle 1 011c 0005fa50
Right  1 0129 00057edc
Lowest 1 0128 00057edc
New    011c 0006103b BER 00000000

SV TAP5 Lower 0020  Upper 00df  Step 0006  Right 1f  Mask 1000
Default  005c 0083001e BER 03000000
Floor  1 0b 00059875 00059875
Left 1 0032 000595c0
Middle 1 007f 00059211
Right  1 00cd 00059447
Lowest 1 0056 0005909d
OVER dead0000
New    007f 00056b53 BER 00000000
00854940 BER 01000000 _ATT 01 VGAS 6c VGAR 6c FREQR 7f Taps frozen read adapt
Current Tap Weight 00002355 diff ffffdcab tap limits
008534a4 BER 01000000 _ATT 01 VGAS 6b VGAR 6b FREQR 7f Taps frozen read adapt
Current Tap Weight 0000005b diff 000022fa tap limits
008549a3 BER 01000000 _ATT 01 VGAS 6b VGAR 6a FREQR 81 Taps frozen read adapt
Current Tap Weight 00000074 diff ffffffe7 Save servo Force servo update
Dbck Default  DATA load

Test 0000e33a.00 00879f5b BER 010021fd
Ratio 0000
Adapt Servo 0000e33a.01
Adapts Loaded
Dbck DATA load

NPML    00
Test 0000e33a.01 0001305f BER 00000000
Adjust ATTR 01 VGAS 22 VGAR 5e FREQR 82 within _ATT

MRASYM    80 00013d6c BER 00000000
MRASYM    e6 0000dc2e BER 00000000 update e6 hold
Test 0000e33a.01 0000d7ed BER 00000000
Test 00000bc8.01 000241f5 BER 00000000
Test 00000bc8.01 000241b0 BER 00000000

RDBIAS  Lower 0006  Upper 0009  Step 0001  Right 03  Mask 2000
Default  0009 00024e1b BER 00000000
Adjust 0006 0003bc2b BER 00000003
Adjust 0007 00030f17 BER 00000000
Adjust 0008 0002ae3e BER 00000000
Adjust 0009 00024e5a BER 00000000
Floor  1 04 00024e5a 0002f1f6
Left 1 0009 00024e5a
Middle 1 0009 00024e5a
Right  1 0009 00024e5a
Lowest 1 0009 00024e5a
Curve Size Bathtub
New    0009 00024f94 BER 00000000
RdBias Upper 0009 Lower 0006 Step 0001
SPT 044c Revs 00de
RdBias 09 VGAR 48 DeciLog OTF 09.0 Raw 07.8
RdBias 08 VGAR 50 DeciLog OTF 09.0 Raw 07.5
RdBias 07 VGAR 58 DeciLog OTF 09.0 Raw 07.0
RdBias 06 VGAR 5f DeciLog OTF 09.0 Raw 06.5
RdBias 07 VGAR 58 DeciLog OTF 09.0 Raw 06.9
Test 0000e33a.01 000127d8 BER 00000001
Adjust ATTR 01 VGAS 2f VGAR 6f FREQR 80 within _ATT

MRASYM    e6 00012b8a BER 00000003
MRASYM    e9 00012642 BER 00000003 update e9 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP    4b 00036b33 BER 00000000 adapt
XDCTAP    43 0002a585 BER 00000000 hold

CUTOFF  Lower 0022  Upper 013b  Step 0003  Right 18  Mask 0008
Default  0127 000210cc BER 00000000
Floor  1 0e 00022374 00026540
Left 1 0125 00021ed5
Middle 1 012e 0001fdc2
Right  1 0138 0001fba0
Lowest 1 0131 0001ea59
New    012e 0001eff4 BER 00000000

SV TAP5 Lower 0020  Upper 00df  Step 0006  Right 1f  Mask 1000
Default  005c 00020e92 BER 00000000
Floor  1 20 00021ea1 00021ea1
Left 1 0020 00020f3a
Middle 1 007f 00021e44
Right  1 00df 00021cb7
Lowest 1 0020 00020f3a
Curve Size Bathtub
New    007f 00022be1 BER 00000000
00022d22 BER 00000000 _ATT 01 VGAS 2e VGAR 26 FREQR 7e Taps frozen read adapt
Current Tap Weight 000019e9 diff ffffe617 tap limits
00022f50 BER 00000000 _ATT 01 VGAS 30 VGAR 26 FREQR 7e Taps frozen read adapt
Current Tap Weight 00000024 diff 000019c5 tap limits
000234f9 BER 00000000 _ATT 01 VGAS 2e VGAR 21 FREQR 81 Taps frozen read adapt
Current Tap Weight 00000041 diff ffffffe3 Save servo Force servo update
Dbck Default  DATA load

Test 0000e33a.01 00018151 BER 00000fff
Ratio 0001
Zone  8 [0000D9A3.0,FC9E,029E,C0]
Retry to find bath using coarse offset
[0000D9C3.0,FB9E,039E,E4]
Left Bath = FF65, Right Bath = FFD7 : Pick (FF9E) ( Min/Max AGC C5FF )
Zone  9 [0000ECE2.0,FD3A,033A,C0]
Retry to find bath using coarse offset
[0000ED02.0,FC3A,043A,E1]
Left Bath = 0002, Right Bath = 0074 : Pick (003B) ( Min/Max AGC C1FF )
Zone  8 [0000D9A3.1,FC72,0272,C0]
Left Bath = FF0B, Right Bath = FFDA : Pick (FF72) ( Min/Max AGC 77FF )
Zone  9 [0000ECE2.1,FD13,0313,C0]
Left Bath = FFB0, Right Bath = 007F : Pick (0017) ( Min/Max AGC 73FF )

HiTemp Bias BackOff Head 0 1 2 3
                        9 9
Media 0000
Channel Srvo Table
  Head Addr VGA  SATT  Tap5  Tap6  Tap3  Tap7  Tap2  Tap8  Tap9  RATT XDC
00 F7F2 6A 02 7F 99 89 C1 90 62 9A 41 39
01 F808 21 02 7F A6 A2 BF 93 76 98 41 43
Adapt Data Zone 08
Test 0000e33a.00 0003c1d6 BER 00000737
Test 0000e33a.00 00043260 BER 00000c10
Adapt Data 0000e33a.00
Dbck DATA load

NPML    00
Test 0000d9bb.00 00030e76 BER 0000042b
Test 0000e33a.00 00043acc BER 00000acd
Check  ATTR 01 VGAS 67 VGAR c0 FREQR 7b  Read 0043 within VGAR FREQR

MRASYM    80 00046c06 BER 00000b9d
MRASYM    81 000476e8 BER 00000c99 hold

OD OFST Lower ff3e  Upper fffd  Step 0006  Right 1f  Mask 4340
Default  ff9e 00033bf5 BER 000004f2
Floor  1 10 000495df 000495df
Left 1 ff86 00044725
Middle 1 ffa3 00033b71
Right  1 ffc1 0004282f
Lowest 1 ff9e 00033b71
Curve ff9e 00033b71
New    ffa3 00034417 BER 000004ce
Check  ATTR 01 VGAS 6c VGAR be FREQR 81  Read 0043 within VGAR FREQR
Test 0000e33a.00 00046150 BER 00000ad0
Noise target  00000000
Dbck Noise OFF
Dbck DATA save

WRITE_I Lower 0006  Upper 001b  Step 0001  Right 15  Mask 0342
Default  000e 0004ed39 BER 00000fff
Floor  1 0c 0003fa75 0004add6
Left 1 0016 0003dd0d
Middle 1 0018 0003b095
Right  1 001b 000373fc
Lowest 1 001b 000373fc
Curve 001b 000373fc
New    0018 0003ac4c BER 00000401 AUTO
Test 0000e33a.00 0003448b BER 00000300

MRASYM    80 000337a2 BER 000002f9
MRASYM    84 00033891 BER 000002e8 hold

PRECOMP Lower 0000  Upper 000a  Step 0001  Right 0a  Mask 0004
Default  0003 00034afc BER 0000031e
Floor  1 0b 000288f0 00030844
Left 1 0008 000278a1
Middle 1 0009 0002879f
Right  1 000a 000288f0
Lowest 1 0008 000278a1
Curve Size Bathtub
New    0009 00028287 BER 000000d7
Test 0000e33a.00 00028b22 BER 000000d9
XDCTAP    90 000280da BER 000000f9 adapt
XDCTAP    47 0002669f BER 000000ad hold

CUTOFF  Lower 023e  Upper 0327  Step 0001  Right 1c  Mask 0348
Default  0318 00026eb9 BER 000000d5
Floor  1 0f 00026ebc 00028263
Left 1 030e 00026af9
Middle 1 0313 0002657a
Right  1 0319 00026ea5
Lowest 1 0316 00026534
New    0313 000266f4 BER 00000111 AUTO

BOOST Lower 0000  Upper 0016  Step 0001  Right 16  Mask 0360
Default  0009 0002bd93 BER 000002a3
Floor  1 16 000466b8 000466b8
Left 1 0004 00045942
Middle 1 000a 0002c4e0
Right  1 0010 00043a4a
Lowest 1 000a 0002c4e0
Curve 0009 0002c7b9
New    000a 00026c9c BER 0000012b AUTO

TAPDELT Lower 0000  Upper 000f  Step 0001  Right 0f  Mask 0350
Default  000a 000b0690 BER 00000067
Floor  1 10 000b040c 000b8b97
Left 1 0003 000afd7d
Middle 1 0009 000a95e2
Right  1 000f 000b040c
Lowest 1 0006 000a8cec
Curve 0009 000a95e2
New    0009 000a8fc1 BER 0000007f AUTO

OD OFST Lower ff80  Upper ffc7  Step 0003  Right 17  Mask 4340
Default  ffa3 00032942 BER 0000051c
Floor  1 18 0003d24d 0003d24d
Left 1 ff8f 0003b308
Middle 1 ffa3 0003386c
Right  1 ffb8 0003c3cb
Lowest 1 ff9e 00032f0f
Curve ffa1 0003386c
New    ffa3 00033c2f BER 0000052e

CUTOFF  Lower 030e  Upper 0319  Step 0001  Right 0b  Mask 0348
Default  0313 00027be1 BER 00000136
Floor  1 07 00026ca2 00028412
Left 1 030e 000262d8
Middle 1 030f 00025d11
Right  1 0311 00026972
Lowest 1 030f 00025d11
New    030f 00026908 BER 0000011b AUTO

BOOST Lower 0003  Upper 0011  Step 0001  Right 0e  Mask 0360
Default  000a 0002d2ce BER 000001e3
Floor  1 0f 0003a3ab 0003a3ab
Left 1 0006 00039117
Middle 1 000a 0002cf9a
Right  1 000e 00037ad6
Lowest 1 000a 0002cf9a
Curve 0009 0002d1ec
New    000a 000280ec BER 00000152 AUTO

TAPDELT Lower 0000  Upper 000f  Step 0001  Right 0f  Mask 0350
Default  0009 000ad3b3 BER 00000077
Floor  1 10 000b0a29 000ba8c1
Left 1 0003 000ac20e
Middle 1 0009 000b008e
Right  1 000f 000b0a29
Lowest 1 0006 000a81e5
Curve 0009 000b008e
New    0009 000ac964 BER 00000076 AUTO
Noise target  00000000
Dbck Noise OFF
Check  ATTR 01 VGAS 69 VGAR c6 FREQR 81 within VGAR FREQR

MRASYM    80 00025ebd BER 00000109
MRASYM    80 00025c3b BER 000000e7 update 80 adapt
Test 0000e33a.00 0002448f BER 000000c8

MRASYM    80 00024c84 BER 000000ea
MRASYM    81 00024566 BER 0000010a update 81 hold

NPML    03 000247fb BER 000000e1 NPML update
NPML    03 00048147 BER 000000aa

MRASYM    81 00048d6a BER 000000c3
MRASYM    9c 00049332 BER 000000d2 adapt
BETTER UPDATE TAPS
[0000D9BB,0,FF43,0003, 1, 2] ->Min=006D(FFA1) BL=7FFF BR=7FFF Range=0000 Pick=FFA1
[0000D9BF,0,FF43,0003, 1, 2] ->Min=0091(FFAB) BL=7FFF BR=7FFF Range=0000 Pick=FFAB
[0000D9C3,0,FF43,0003, 1, 2] ->Min=007C(FF99) BL=7FFF BR=7FFF Range=0000 Pick=FF99
Average MR Offset is FFA2
Dbck DATA save

Media 0000
Test 0000e33a.01 00010bb0 BER 00000000
Test 0000e33a.01 00010952 BER 00000000
Adapt Data 0000e33a.01
Dbck DATA load

NPML    00
Test 0000d9bb.01 00011b8c BER 00000007
Test 0000e33a.01 000113de BER 00000000
Check  ATTR 01 VGAS 2d VGAR 6f FREQR 81 within VGAR FREQR

MRASYM    80 000189d5 BER 00000006
MRASYM    e1 00011c22 BER 00000002 update e1 hold

OD OFST Lower ff12  Upper ffd1  Step 0006  Right 1f  Mask 4340
Default  ff72 00011cf1 BER 00000007
Floor  1 17 0002abae 0002abae
Left 1 ff4e 00028b3b
Middle 1 ff7a 000110ec
Right  1 ffa7 00026b46
Lowest 1 ff78 000110ec
Curve ff78 000110ec
New    ff7a 00010d3b BER 00000005 AUTO
Check  ATTR 01 VGAS 2d VGAR 70 FREQR 7f within VGAR FREQR
Test 0000e33a.01 00010ce8 BER 00000002
Noise target  00000000
Dbck Noise OFF
Dbck DATA save

WRITE_I Lower 0006  Upper 001b  Step 0001  Right 15  Mask 0342
Default  000e 00011e7c BER 00000004
Floor  1 0d 0001054f 000117c7
Left 1 0015 00010194
Middle 1 0018 0000ff98
Right  1 001b 0000f6bf
Lowest 1 001b 0000f6bf
Curve 0017 0000fced
New    0018 0001066f BER 00000000 AUTO
Test 0000e33a.01 0000f1cf BER 00000002

MRASYM    e1 0000ef59 BER 00000000
MRASYM    e2 0000fb0a BER 00000000 hold

PRECOMP Lower 0000  Upper 000a  Step 0001  Right 0a  Mask 0004
Default  0003 0000f77c BER 00000000
Floor  1 0b 00010725 00010725
Left 1 0001 00010509
Middle 1 0004 0000fb3b
Right  1 0007 0000ff65
Lowest 1 0003 0000ef3a
Curve 0004 0000fb3b
New    0004 0000fdf5 BER 00000002
Test 0000e33a.01 0000fccf BER 00000000
XDCTAP    90 0000f9b1 BER 00000002 adapt
XDCTAP    3e 0000ee4a BER 00000002 hold

CUTOFF  Lower 023e  Upper 0327  Step 0001  Right 1c  Mask 0348
Default  0318 0000e634 BER 00000000
Floor  1 15 0000fd24 0001022c
Left 1 0317 0000fc62
Middle 1 031c 0000fe90
Right  1 0322 0000f770
Lowest 1 031a 0000f196
New    031c 0000f3ab BER 00000000

BOOST Lower 0000  Upper 0016  Step 0001  Right 16  Mask 0360
Default  0009 00010c3d BER 00000002
Floor  1 17 00024bd0 00024bd0
Left 1 0003 00023cbc
Middle 1 0009 000106e3
Right  1 0010 00022760
Lowest 1 0009 000106e3
Curve 0009 000106e3
New    0009 0000f62b BER 00000000 AUTO

TAPDELT Lower 0000  Upper 000f  Step 0001  Right 0f  Mask 0350
Default  000a 000626d0 BER 00000000
Floor  1 10 000774be 0007856e
Left 1 0004 00073bda
Middle 1 0009 00064632
Right  1 000f 000774be
Lowest 1 0009 00064632
Curve 0009 00064632
New    0009 00067a2d BER 00000000

OD OFST Lower ff48  Upper ffad  Step 0004  Right 19  Mask 4340
Default  ff7a 000126dc BER 00000003
Floor  1 1a 0001e52a 0001e52a
Left 1 ff5c 0001d197
Middle 1 ff7a 00011d28
Right  1 ff99 0001c04c
Lowest 1 ff78 00011d28
Curve ff78 00011d28
New    ff7a 00011ff1 BER 00000002 AUTO

CUTOFF  Lower 0317  Upper 0322  Step 0001  Right 0b  Mask 0348
Default  031c 00010cf2 BER 00000000
Floor  1 05 0001032c 00010c67
Left 1 0319 00010000
Middle 1 0319 00010000
Right  1 031a 000100df
Lowest 1 0319 00010000
New    0319 000112e7 BER 00000000

BOOST Lower 0002  Upper 0011  Step 0001  Right 0f  Mask 0360
Default  0009 0001449d BER 00000002
Floor  1 10 0001e9c6 0001e9c6
Left 1 0006 0001b49c
Middle 1 000a 00014226
Right  1 000f 0001db94
Lowest 1 000a 00014226
Curve 000a 00014226
New    000a 0001069c BER 00000002 AUTO

TAPDELT Lower 0000  Upper 000f  Step 0001  Right 0f  Mask 0350
Default  0009 000664ad BER 00000000
Floor  1 10 000797dc 000797dc
Left 1 0004 0006e6fe
Middle 1 0009 00067fea
Right  1 000e 000766fc
Lowest 1 000a 00063296
Curve 0009 00067fea
New    0009 00066246 BER 00000000 AUTO
Noise target  00000000
Dbck Noise OFF
Check  ATTR 01 VGAS 2d VGAR 5f FREQR 84 within VGAR FREQR

MRASYM    e1 00010950 BER 00000000
MRASYM    f7 00010cb7 BER 00000001 adapt
Test 0000e33a.01 0000fdcc BER 00000000

MRASYM    e1 0000fc8b BER 00000000
MRASYM    ec 0000feaf BER 00000000 hold

NPML    03 0000f88a BER 00000000 NPML update
NPML    03 00019cf4 BER 00000000

MRASYM    e1 0001a5eb BER 00000000
MRASYM    e8 00019de7 BER 00000000 update e8 adapt
BETTER UPDATE TAPS
[0000D9BB,1,FF1A,FFDA, 1, 2] ->Min=0000(FF68) BL=FF54 BR=FFA2 Range=004F Pick=FF7B
[0000D9BF,1,FF1A,FFDA, 1, 2] ->Min=0000(FF72) BL=FF60 BR=FFA8 Range=0049 Pick=FF84
[0000D9C3,1,FF1A,FFDA, 1, 2] ->Min=0000(FF64) BL=FF52 BR=FF9C Range=004B Pick=FF77
Average MR Offset is FF7D
Dbck DATA save

Media 0000

Performing Servo Cals, view results in log 3
ASCII logging off

Cylinder ID->OD Bias OD->ID Bias
00100       0078       006C
00300       0076       005C
00500       007A       005B
00700       007E       0061
00900       0085       0065
00B00       0084       0065
00D00       0081       0063
00F00       007E       005F
01100       007F       0061
01300       0084       0066
01500       0085       0067
01700       0081       0065
01900       0082       0063
01B00       007F       0061
01D00       007D       005E
01F00       007D       005F
02100       007D       005D
02300       007A       005C
02500       0079       005B
02700       0076       005A
02900       0076       0059
02B00       0075       0057
02D00       0074       0055
02F00       0073       0055
03100       0072       0052
03300       0072       0054
03500       0073       0053
03700       0074       0055
03900       0072       0055
03B00       0073       0053
03D00       0071       0052
03F00       006F       0051
04100       006D       004F
04300       006A       004D
04500       006D       004C
04700       006B       004C
04900       006A       004B
04B00       006B       004D
04D00       006A       004C
04F00       0069       004B
05100       0066       0049
05300       0067       0048
05500       0067       0046
05700       0067       0046
05900       0065       0046
05B00       0066       0046
05D00       0066       0047
05F00       0066       0048
06100       0065       0047
06300       0067       0046
06500       0065       0046
06700       0066       0047
06900       0065       0046
06B00       0065       0045
06D00       0062       0041
06F00       005F       003F
07100       005F       003F
07300       005E       003F
07500       0060       0041
07700       0060       0040
07900       005F       003F
07B00       0061       0040
07D00       005F       0041
07F00       005E       003F
08100       005C       003D
08300       005D       003E
08500       005B       003D
08700       005C       003B
08900       005A       003C
08B00       005A       003B
08D00       005A       003B
08F00       0058       0038
09100       0056       0036
09300       0052       0034
09500       0050       0030
09700       004E       002F
09900       004E       002E
09B00       0050       0030
09D00       004F       0030
09F00       0050       0031
0A100       0050       002F
0A300       0051       0031
0A500       0053       0033
0A700       0051       0032
0A900       0052       0034
0AB00       0052       0033
0AD00       0050       0031
0AF00       004F       0030
0B100       004F       0031
0B300       0052       0032
0B500       0051       0031
0B700       004F       0031
0B900       004E       002F
0BB00       004E       002F
0BD00       0050       0031
0BF00       004F       0030
0C100       004F       002F
0C300       004C       002D
0C500       004C       002D
0C700       004C       002B
0C900       004B       002B
0CB00       0049       002A
0CD00       0048       0029
0CF00       0048       0029
0D100       0048       0029
0D300       0049       0029
0D500       0049       0029
0D700       0049       002A
0D900       004B       002A
0DB00       004A       002B
0DD00       0049       002A
0DF00       0047       0028
0E100       0045       0026
0E300       0045       0026
0E500       0044       0026
0E700       0043       0026
0E900       0044       0025
0EB00       0043       0025
0ED00       0044       0026
0EF00       0045       0026
0F100       0045       0027
0F300       0046       0028
0F500       0047       0028
0F700       0046       0026
0F900       0045       0026
0FB00       0047       0029
0FD00       0049       0029
0FF00       004B       002B
10100       004D       002D
10300       0050       002F
10500       0050       002F
10700       0052       0030
10900       0053       0034
10B00       0056       0035
10D00       0057       0037
10F00       0058       0038
11100       0058       0039
11300       005D       003B
11500       0061       003F
11700       0063       0043
11900       0065       0045
11B00       0068       0048
11D00       006B       0049
11F00       006F       004D
12100       0072       0053
12300       0079       0057
12500       007C       005B
12700       007E       0060
12900       0083       0064
12B00       008A       006A
12D00       0091       0070
12F00       0098       0077
13100       009D       007D
13300       00A3       0084
13500       00AA       008A
13700       00B3       0092
13900       00BB       0099
13B00       00C2       00A2
13D00       00CC       00AB
13F00       00D5       00B6
14100       00E0       00C0
14300       00EA       00CB
14500       00F5       00D6
14700       0101       00E1
14900       010D       00ED
14B00       011A       00FA
14D00       0129       0107
14F00       0136       0114
15100       0146       0125
15300       0156       0135
15500       0168       0149
15700       017A       015A
15900       018B       016C
15B00       019F       0180
15D00       01B7       0198
15F00       01CA       01B0
16100       01DB       01C6
16300       01EA       01DA
Head Linearizing
Cyl = 00B2C0
Head = 00 Gain Adjust = 010F
Head = 01 Gain Adjust = 0117
Head Linearizing
Cyl = 0002D4
Head = 00 Gain Adjust = 0106
Head = 01 Gain Adjust = 011A
Head Linearizing
Cyl = 0162AC
Head = 00 Gain Adjust = 00F9
Head = 01 Gain Adjust = 00FC

CYL = 003C0 KA = 4EE0 scaled by 4000  CYL = 00BC0 KA = 4CF0 scaled by 4000
CYL = 013C0 KA = 4B90 scaled by 4000  CYL = 01BC0 KA = 4AB0 scaled by 4000
CYL = 023C0 KA = 49D0 scaled by 4000  CYL = 02BC0 KA = 4930 scaled by 4000
CYL = 033C0 KA = 4870 scaled by 4000  CYL = 03BC0 KA = 47E0 scaled by 4000
CYL = 043C0 KA = 4700 scaled by 4000  CYL = 04BC0 KA = 4700 scaled by 4000
CYL = 0B2C0 KA = 48C0 scaled by 4000
CYL = 11929 KA = 47F0 scaled by 4000  CYL = 12129 KA = 47B0 scaled by 4000
CYL = 12929 KA = 47F0 scaled by 4000  CYL = 13129 KA = 47E0 scaled by 4000
CYL = 13929 KA = 4870 scaled by 4000  CYL = 14129 KA = 4840 scaled by 4000
CYL = 14929 KA = 4950 scaled by 4000  CYL = 15129 KA = 4A00 scaled by 4000
CYL = 15929 KA = 4BC0 scaled by 4000  CYL = 16129 KA = 4CF0 scaled by 4000
Head Linearizing
Cyl = 00B2C0
Head = 00 Gain Adjust = 010C
Head = 01 Gain Adjust = 0116
Head Linearizing
Cyl = 0002D4
Head = 00 Gain Adjust = 0106
Head = 01 Gain Adjust = 011B
Head Linearizing
Cyl = 0162AC
Head = 00 Gain Adjust = 00FE
Head = 01 Gain Adjust = 00F8
Table Linearization in Process
Head Gain Measure
Head Max  -38h  -28h  -18h  -08h  +08h  +18h  +28h  +38h
00  4F2D  4943  4F2D  4E59  4737  4233  3F73  3D24  3C2C
01  4677  44DF  4636  45E5  431E  444D  4677  443C  40AD
Normalized Integrated Gain
Head  -40h  -30h  -20h  -10h 00 +10h  +20h  +30h  +40h
00  0000  03B3  07B2  0BA7  0F3F  1297  15CB  18E1  1BEB
01  0000  03E8  07E4  0BDB  0FAA  138A  1789  1B68  1F13
PES to Position Table
Head  -40h  -30h  -20h  -10h 00 +10h  +20h  +30h  +40h
00  FFC0  FFD1  FFE3  FFF5  0006  0015  0024  0032  0040
01  FFC0  FFD0  FFE1  FFF1  0001  0010  0021  0031  0040
ASCII logging on
Calibrating Physical Track 0 on heads 0 thru 1

Radial Offset Table:

Head 0 Offset = 0
Head 1 Offset = 0
Head 2 Offset = 0
Head 3 Offset = 0

Ref Trk Tan Timing Skew (h0 to h0) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h0) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h1) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h1) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h2) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h2) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h3) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h3) = 0000 servo clocks.

Performing AFC Zone Cal

Performing ACFC Cal
ASCII logging off
ACFC Calibration:
         CRRO Orders Prior to Cal: (PES*2)^2
  Cyl.Hd 2 3 4 5 6 7 8 12 24
00018.00 0008 0001 0001 0000 0000 0001 0005 0000 0014
02000.00 0005 0000 0000 0000 0000 0001 0002 0001 0011
04000.00 0005 0004 0001 0001 0001 0002 0001 0000 000d
06000.00 0002 0004 0000 0000 0000 0000 0001 0001 000a
08000.00 0002 0001 0001 0001 0000 0001 0000 0001 000a
0a000.00 0002 0001 0001 0000 0000 0000 0000 0001 0010
0e000.00 0001 0001 0002 0001 0005 0001 0002 0000 000a
10000.00 0001 0001 0005 0000 0000 0000 0001 0002 0011
12000.00 0000 0005 000d 0000 0008 0000 0001 0000 000a
14000.00 0000 0005 0012 0002 0005 0001 0000 0000 000a
16000.00 0001 000d 0019 0000 000d 0001 0000 0000 0010
00018.01 0022 000d 0000 0000 0000 0005 0001 0000 0014
02000.01 0019 0009 0000 0001 0000 0001 0001 0002 0009
04000.01 0014 0014 0000 0000 0001 0001 0001 0004 0009
06000.01 0014 0009 0001 0001 0000 0000 0001 0001 000a
08000.01 000d 0011 0001 0000 0001 0001 0000 0001 0010
0a000.01 000d 000a 0004 0001 0001 0000 0001 0004 0011
0e000.01 000a 0005 0001 0001 0001 0000 0001 0001 0009
10000.01 0005 0011 0004 0000 0001 0000 0000 0000 0009
12000.01 000a 0009 000a 0001 0004 0000 0002 0000 0009
14000.01 000a 0011 0014 0001 0004 0000 0001 0000 000a
16000.01 000a 0011 0019 0000 0009 0001 0001 0000 0009
ASCII logging on
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = B2B3h.
RTE Amplitude = 0000 servo clocks. Sector = 0096h. Trk/2 = 8EF8h.
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = 6B3Dh.
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = 4782h.
RTE Amplitude = 0000 servo clocks. Sector = 0052h. Trk/2 = 23C7h.
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = 000Ch.
All Hds 0-1, All Cyls 00018-16358, Rnd data
EP=0, TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, NPML=0, MRBias=0
Bst/Zap=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=02, Write=40, ID=1E
MROffset Summary
Head 00 (00,01)
Zone  0 [00000020.0,F716,FD16,C0]
Left Bath = F9E0, Right Bath = FA42 : Pick (FA11) ( Min/Max AGC A7FF )
Zone  1 [00000BF1.0,F753,FD53,C0]
Left Bath = FA35, Right Bath = FA69 : Pick (FA4F) ( Min/Max AGC B8FF )
Zone  2 [00002807.0,F786,FD86,C0]
Left Bath = FAD0, Right Bath = FAF8 : Pick (FAE4) ( Min/Max AGC BDFF )
Zone  3 [00004710.0,F852,FE52,C0]
Retry to find bath using coarse offset
[00004730.0,F752,FF52,E1]
Left Bath = FB5C, Right Bath = FBDA : Pick (FB9B) ( Min/Max AGC C3FF )
Zone  4 [00006CAC.0,F94B,FF4B,C0]
Retry to find bath using coarse offset
[00006CCC.0,F84B,004B,E5]
Left Bath = FC40, Right Bath = FCAE : Pick (FC77) ( Min/Max AGC CDFF )
Zone  5 [00008B6F.0,FA1E,001E,C0]
Retry to find bath using coarse offset
[00008B8F.0,F91E,011E,E6]
Left Bath = FD12, Right Bath = FD86 : Pick (FD4C) ( Min/Max AGC CAFF )
Zone  6 [0000A482.0,FAD2,00D2,C0]
Retry to find bath using coarse offset
[0000A4A2.0,F9D2,01D2,E2]
Left Bath = FDDC, Right Bath = FE45 : Pick (FE10) ( Min/Max AGC C7FF )
Zone  7 [0000C40E.0,FBBD,01BD,C0]
Retry to find bath using coarse offset
[0000C42E.0,FABD,02BD,E3]
Left Bath = FEBA, Right Bath = FF2A : Pick (FEF2) ( Min/Max AGC C3FF )
Zone  8 [0000D9A3.0,FCA2,02A2,C0]
Retry to find bath using coarse offset
[0000D9C3.0,FBA2,03A2,E5]
Left Bath = FF5F, Right Bath = FFD8 : Pick (FF9B) ( Min/Max AGC CAFF )
Zone  9 [0000ECE2.0,FD3B,033B,C0]
Retry to find bath using coarse offset
[0000ED02.0,FC3B,043B,E0]
Left Bath = 0002, Right Bath = 0073 : Pick (003A) ( Min/Max AGC C5FF )
Zone  A [00010340.0,FDC7,03C7,C0]
Retry to find bath using coarse offset
[00010360.0,FCC7,04C7,DF]
Left Bath = 00C3, Right Bath = 0138 : Pick (00FD) ( Min/Max AGC C3FF )
Zone  B [000113A0.0,FE5A,045A,C0]
Left Bath = 0180, Right Bath = 01A4 : Pick (0192) ( Min/Max AGC B9FF )
Zone  C [0001285D.0,FF22,0522,C0]
Retry to find bath using coarse offset
[0001287D.0,FE22,0622,E1]
Left Bath = 0222, Right Bath = 02A4 : Pick (0263) ( Min/Max AGC BEFF )
Zone  D [00013F41.0,0010,0610,C0]
Retry to find bath using coarse offset
[00013F61.0,FF10,0710,E3]
Left Bath = 0322, Right Bath = 0394 : Pick (035B) ( Min/Max AGC C3FF )
Zone  E [00014AF0.0,0093,0693,C0]
Retry to find bath using coarse offset
[00014B10.0,FF93,0793,E5]
Left Bath = 0394, Right Bath = 03F9 : Pick (03C6) ( Min/Max AGC CBFF )
Zone  F [000155DF.0,0113,0713,C0]
Retry to find bath using coarse offset
[000155FF.0,0013,0813,E5]
Left Bath = 0420, Right Bath = 048E : Pick (0457) ( Min/Max AGC CFFF )
Zone 10 [00016350.0,01B5,07B5,C0]
Retry to find bath using coarse offset
[00016330.0,00B5,08B5,E6]
Left Bath = 04C8, Right Bath = 0534 : Pick (04FE) ( Min/Max AGC C8FF )
Head 01 (00,01)
Zone  0 [00000020.1,F6E0,FCE0,C0]
Left Bath = F977, Right Bath = FA48 : Pick (F9DF) ( Min/Max AGC 54FF )
Zone  1 [00000BF1.1,F716,FD16,C0]
Left Bath = F9B8, Right Bath = FA78 : Pick (FA18) ( Min/Max AGC 68FF )
Zone  2 [00002807.1,F786,FD86,C0]
Left Bath = FA43, Right Bath = FB0C : Pick (FAA7) ( Min/Max AGC 6FFF )
Zone  3 [00004710.1,F852,FE52,C0]
Left Bath = FAF1, Right Bath = FBAF : Pick (FB50) ( Min/Max AGC 6FFF )
Zone  4 [00006CAC.1,F94B,FF4B,C0]
Left Bath = FBED, Right Bath = FCB1 : Pick (FC4F) ( Min/Max AGC 75FF )
Zone  5 [00008B6F.1,FA1E,001E,C0]
Left Bath = FCCA, Right Bath = FD92 : Pick (FD2E) ( Min/Max AGC 76FF )
Zone  6 [0000A482.1,FAD2,00D2,C0]
Left Bath = FD7F, Right Bath = FE4A : Pick (FDE4) ( Min/Max AGC 79FF )
Zone  7 [0000C40E.1,FBBD,01BD,C0]
Left Bath = FE6D, Right Bath = FF39 : Pick (FED3) ( Min/Max AGC 70FF )
Zone  8 [0000D9A3.1,FC7D,027D,C0]
Left Bath = FF01, Right Bath = FFEA : Pick (FF75) ( Min/Max AGC 63FF )
Zone  9 [0000ECE2.1,FD17,0317,C0]
Left Bath = FFB1, Right Bath = 007C : Pick (0016) ( Min/Max AGC 70FF )
Zone  A [00010340.1,FDC7,03C7,C0]
Left Bath = 0075, Right Bath = 013E : Pick (00D9) ( Min/Max AGC 73FF )
Zone  B [000113A0.1,FE5A,045A,C0]
Left Bath = 010B, Right Bath = 01DB : Pick (0173) ( Min/Max AGC 6CFF )
Zone  C [0001285D.1,FF22,0522,C0]
Left Bath = 01E7, Right Bath = 02B1 : Pick (024C) ( Min/Max AGC 70FF )
Zone  D [00013F41.1,0010,0610,C0]
Left Bath = 02D5, Right Bath = 0393 : Pick (0334) ( Min/Max AGC 79FF )
Zone  E [00014AF0.1,0093,0693,C0]
Left Bath = 0360, Right Bath = 0421 : Pick (03C0) ( Min/Max AGC 7BFF )
Zone  F [000155DF.1,0113,0713,C0]
Left Bath = 03C3, Right Bath = 0485 : Pick (0424) ( Min/Max AGC 78FF )
Zone 10 [00016350.1,01B5,07B5,C0]
Left Bath = 0472, Right Bath = 0529 : Pick (04CD) ( Min/Max AGC 7DFF )
End MROffset Summary
All Hds 0-1, All Cyls 00018-16358, Rnd data
EP=0, TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, NPML=0, MRBias=0
Bst/Zap=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=02, Write=40, ID=1E
      PLO Phase
Head  0 Zone 0 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
0000  0001  0063  00E9  0020  0000  0000  0000  0000  0002  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
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
0000  0000  0004  02FF  03E1  001D  0000  0000  0000  000D  0002
Zone 9 target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone A target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone B target = e
Too many R/W errors. Reverted to previous zones value 0002
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
Too many R/W errors. Reverted to previous zones value 0002
Zone F target = e
Too many R/W errors. Reverted to previous zones value 0002
      PLO Phase
Head  1 Zone 0 target = f
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
0000  0000  0004  0183  021A  001F  0000  0000  0000  0005  0003
Zone 1 target = f
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
0000  0000  0000  001E  0084  001E  0000  0000  0000  0001  0003
Zone 2 target = f
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000  0000  0000  0000  008D  0198  001B  0000  0000  0003  0003
Zone 3 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
0000  0000  0020  0337  01E6  0003  0000  0000  0000  0007  0003
Zone 4 target = f
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000  0000  0000  0000  0022  00EF  006F  0000  0000  0002  0003
Zone 5 target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000  0000  0000  001F  011D  0044  0000  0000  0000  0002  0003
Zone 6 target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000  0000  0000  0000  0076  00F1  0019  0000  0000  0002  0002
Zone 7 target = e
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
0000  0000  001F  0424  0336  0007  0000  0000  0000  000A  0003
Zone 8 target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000  0000  0000  0036  0AF1  0B0B  004E  0000  0000  001E  0002
Zone 9 target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000  0000  0000  0000  0053  010B  0022  0000  0000  0002  0002
Zone A target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000  0000  0000  0076  01AE  001C  0000  0000  0000  0003  0002
Zone B target = e
09 0A 0B 0C 0D 0E 0F 10 11 Loops Value
0000  0000  0000  0000  00DC  0209  001B  0000  0000  0004  0002
Zone C target = e
09 0A 0B 0C 0D 0E 0F 10 11 Loops Value
0000  0000  0000  0006  09AA  0B32  001E  0000  0000  001C  0002
Zone D target = e
0A 0B 0C 0D 0E 0F 10 11 12 Loops Value
0000  0000  0020  0085  001B  0000  0000  0000  0000  0001  0003
Zone E target =
08 09 0A 0B 0C 0D 0E 0F 10 Loops Value
0000  0000  0000  0000  0023  0080  001D  0000  0000  0001  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
00C7 Entries:
_____Head___0______  _____Head___1______
43 0F6A3.000 000 03  43 0F6A4.09D 09D 01
43 0F6A4.000 000 01  43 0F6A4.0C8 0C9 01
43 0F6A5.000 000 03
43 0F6DB.000 000 02
43 0F6DC.000 000 05
43 0F6DC.001 006 01
43 0F6DD.000 000 06
43 0F6DE.000 000 01
43 0F6DF.000 000 04
43 0F6E0.000 000 09
43 0F6E0.001 002 01
43 0F6E1.000 000 01
43 0F6E2.000 000 02
43 0F6E4.000 000 03
43 0F6E6.000 000 02
43 0F6E7.000 000 05
43 0F6E7.001 003 01
43 0F6E8.000 000 02
43 0F6E9.000 000 01
43 0F6EA.000 000 01
43 0F6EC.000 000 01
43 0F6EC.001 002 01
43 0F6ED.000 000 05                   0B
43 0F6EF.001 002 02
43 0F6EF.002 009 01
43 0F6EF.00B 016 01
43 0F6F0.000 000 01
43 0F6F1.000 000 05
43 0F6F1.00B 00F 01
43 0F6F1.001 005 01
43 0F6F2.000 000 02
43 0F6F3.000 000 03
43 0F6F4.000 000 02
43 0F6F4.001 002 01
43 0F6F5.000 000 03
43 0F6F6.000 000 03
43 0F6F6.001 002 01
43 0F6F6.004 007 01
43 0F6F7.000 000 03
43 0F6F8.000 000 01
43 0F6F9.000 000 02
43 0F6FA.000 000 02
43 0F6FB.000 000 01
43 0F6FB.002 003 01
43 0F6FD.000 000 01
43 0F6FE.000 000 02
43 0F6FE.248 249 01
43 0F6FF.000 000 01
43 0F700.000 000 02
43 0F700.002 003 01
43 0F701.000 000 01
43 0F702.000 000 02
43 0F703.001 001 01
43 0F703.012 013 01
43 0F704.104 104 01
43 0F705.000 000 01
43 0F706.000 000 01
43 0F707.000 000 02
43 0F708.000 000 01
43 0F70A.000 000 01
43 0F70B.003 003 01
43 0F70C.000 000 04
43 0F70D.000 000 07
43 0F6AD.000 000 03
43 0F6AE.000 000 01
43 0F6AF.001 001 01
43 0F6AF.000 000 02
43 0F6B8.00D 015 01
43 0F6B8.001 009 01
43 0F6B9.001 004 01
60 0F6B9.001 004 01
60 0F6BB.000 00B 01
43 0F6BC.002 002 01
60 0F6BC.002 002Passed
Step #2 - Passed

                        Power Cycling
ASCII logging off
OkEnd Test 23
Begin Test 03
ASCII logging on
OkEnd Test 4D
Begin Test 4D
ASCII logging off
ASCII logging on

                  Not Power Cycling
ASCII logging off
ASCII logging on
Fail Log Summary .....
Cum Health = 6008
Log 01 - Health 6008
Log 02 - Health 6008

=====================================================================

=====================================================================
Scanning Log 8 .... No log on disk

=====================================================================
Scanning Log 31 .... No log on disk

=====================================================================
Scanning Log 32 .... No log on disk

=====================================================================
Scanning Log 33 .... No log on disk

=====================================================================
Scanning Log 34 .... No log on disk

=====================================================================
Scanning Log 3A .... No log on disk

=====================================================================

=====================================================================
Head #Defect #Align radial defect(%)  EC59 EC60
0          .             .          .    .
1          .             .          .    .

=====================================================================

                        Power Cycling
ASCII logging off
OkEnd Test 4D
Begin Test 39
ASCII logging on
ASCII logging off
OkEnd Test 39
Begin Test 22
ASCII logging on

                  Not Power Cycling
No log on disk
The average VGA amplitude for zone 0 head 0 is C3.  ATTR = 1
The delta of VGA amplitudes for Zone 0 head 0 exceeds the limit (80)
The average VGA amplitude for zone 0 head 1 is C0.  ATTR = 1
The delta of VGA amplitudes for Zone 0 head 1 exceeds the limit (80)
The average VGA amplitude for zone 9 head 0 is A0.  ATTR = 1
The delta of VGA amplitudes for Zone 9 head 0 exceeds the limit (80)
The average VGA amplitude for zone 9 head 1 is 9A.  ATTR = 1
The average VGA amplitude for zone F head 0 is C2.  ATTR = 1
The delta of VGA amplitudes for Zone F head 0 exceeds the limit (80)
The average VGA amplitude for zone F head 1 is BF.  ATTR = 1
The delta of VGA amplitudes for Zone F head 1 exceeds the limit (80)

                        Power Cycling
ASCII logging off
AbEnd Test 22
Begin Test 4E
ASCII logging on

                  Not Power Cycling
ASCII logging off
ASCII logging on
Log 02 - Health 6008 - HlthDtl 0000 - Time = 00:38:50 Log Type = 01
Log 23 - Health 0000 - HlthDtl 0000 - Time = 00:36:17 Log Type = 01
Log 03 - No Log on Disk
Log 73 - No Log on Disk
Log 04 - No Log on Disk
Log 05 - No Log on Disk
Log 06 - No Log on Disk
Log 07 - No Log on Disk
Log 0F - No Log on Disk
Log 10 - No Log on Disk
Log 11 - No Log on Disk
Log 12 - No Log on Disk
Log 13 - No Log on Disk
Log 14 - No Log on Disk
Log 15 - No Log on Disk
Log 16 - No Log on Disk
Log 17 - No Log on Disk
Log 18 - No Log on Disk
Log 19 - No Log on Disk
Log 1A - No Log on Disk
Log 1B - No Log on Disk
Log 1C - No Log on Disk
Log 1D - No Log on Disk
Log 1E - No Log on Disk
Log 2A - No Log on Disk
Log 1F - No Log on Disk
Log 2F - No Log on Disk
Log 0B - No Log on Disk
Log 09 - No Log on Disk
Log 58 - No Log on Disk
Log 08 - No Log on Disk
Log 0A - No Log on Disk
Log 72 - No Log on Disk
Log 0C - No Log on Disk
Log 0E - No Log on Disk
Log 0D - No Log on Disk
Log 40 - No Log on Disk
Log 31 - No Log on Disk
Log 32 - No Log on Disk
Log 33 - No Log on Disk
Log 34 - No Log on Disk
Log 36 - No Log on Disk
Log 37 - No Log on Disk
Log 26 - No Log on Disk
Log 3A - No Log on Disk
Log 38 - No Log on Disk
Log 68 - No Log on Disk
Log 69 - No Log on Disk
Log 3B - No Log on Disk
Log 3C - No Log on Disk
Log 3D - No Log on Disk
Log 3E - No Log on Disk
Log 3F - No Log on Disk
L No Log on Disk
Log 20 - No Log on Disk
Log 47 - No Log on Disk
Log 4B - No Log on Disk
Log 48 - No Log on Disk
Log 41 - No Log on Disk
Log 27 - No Log on Disk
Log 49 - No Log on Disk
Log 4A - No Log on Disk
Log 4D - Health 0000 - HlthDtl 0000 - Time = 00:00:18 Log Type = 01
Log 39 - Health 0000 - HlthDtl 0000 - Time = 00:00:02 Log Type = 01
Log 22 - Health 1004 - HlthDtl 0003 - Time = 00:00:08 Log Type = 01
Log 61 - No Log on Disk
Log 28 - No Log on Disk
Log 62 - No Log on Disk
Log 29 - No Log on Disk
Log 63 - No Log on Disk
Log 59 - No Log on Disk
Log 56 - No Log on Disk
Log 6F - No Log on Disk
Total Cert Time = 01:15:35
ASCII logging off

                        Power Cycling
AbEnd Test 4E

T>Age=4F Type=21 MxCyl=16358 MxHd=1 MxSct=44C BSz=0000 TCode=0000
Pgm=00 Trk=00020(00020).1(1).0C1(0BD) Zn=0 Err=00 ErCt=0000 Hlth=700C CHlth=700C Ready LBA=0953392C

T>
:4F000C0C21000001  AX`4JV4C0VH  "000000000000"0F68E-0F70D
SRAM Ovly = Diag

T>N2,,22
T>Begin Test 02
ASCII logging on

                  Not Power Cycling

                  Not Power Cycling
Zone 00 Head 00 adaptives set to defaults
Zone 00 Head 01 adaptives set to defaults
Zone 01 Head 00 adaptives set to defaults
Zone 01 Head 01 adaptives set to defaults
Zone 02 Head 00 adaptives set to defaults
Zone 02 Head 01 adaptives set to defaults
Zone 03 Head 00 adaptives set to defaults
Zone 03 Head 01 adaptives set to defaults
Zone 04 Head 00 adaptives set to defaults
Zone 04 Head 01 adaptives set to defaults
Zone 05 Head 00 adaptives set to defaults
Zone 05 Head 01 adaptives set to defaults
Zone 06 Head 00 adaptives set to defaults
Zone 06 Head 01 adaptives set to defaults
Zone 07 Head 00 adaptives set to defaults
Zone 07 Head 01 adaptives set to defaults
Zone 08 Head 00 adaptives set to defaults
Zone 08 Head 01 adaptives set to defaults
Zone 09 Head 00 adaptives set to defaults
Zone 09 Head 01 adaptives set to defaults
Zone 0A Head 00 adaptives set to defaults
Zone 0A Head 01 adaptives set to defaults
Zone 0B Head 00 adaptives set to defaults
Zone 0B Head 01 adaptives set to defaults
Zone 0C Head 00 adaptives set to defaults
Zone 0C Head 01 adaptives set to defaults
Zone 0D Head 00 adaptives set to defaults
Zone 0D Head 01 adaptives set to defaults
Zone 0E Head 00 adaptives set to defaults
Zone 0E Head 01 adaptives set to defaults
Zone 0F Head 00 adaptives set to defaults
Zone 0F Head 01 adaptives set to defaults
Head Mask FFFF -
Read Bias - Head    0 1 2 3
                  9 9

HiTemp Bias Head    0 1 2 3
                  9 9
Head Mask FFFF - Switch to full int.
            Spin Ready
Ref Trk Tan Timing Skew (h0 to h0) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h0) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h1) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h1) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h2) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h2) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h3) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h3) = 0000 servo clocks.
Calibrating Physical Track 0 on heads 0 thru 1

Radial Offset Table:

Head 0 Offset = 0
Head 1 Offset = 0
Head 2 Offset = 0
Head 3 Offset = 0

SkpCylList deleted
Sys= 0F68E-0F70D 0280 SPTK on sys trks
<empty>
drive must be reformatted
Skipping MDW oversample s/n cylinders.
Zone 00:  00018 - 00BE8  1100 (044C) 683.439
Zone 01:  00BE9 - 027FE  1056 (0420) 666.63
Zone 02:  027FF - 04707  1026 (0402) 646.275
Zone 03:  04708 - 06CA3 990 (03DE) 622.431
Zone 04:  06CA4 - 08B66 953 (03B9) 602.353
Zone 05:  08B67 - 0A479 916 (0394) 580.392
Zone 06:  0A47A - 0C405 880 (0370) 545.882
Zone 07:  0C406 - 0D99A 836 (0344) 527.59
Zone 08:  0D99B - 0ECD9 806 (0326) 506.144
Zone 09:  0ECDA - 10337 770 (0302) 480.724
Zone 0A:  10338 - 11397 733 (02DD) 461.672
Zone 0B:  11398 - 12854 691 (02B3) 437.423
Zone 0C:  12855 - 13F38 660 (0294) 410.353
Zone 0D:  13F39 - 14AE7 623 (026F) 396.401
Zone 0E:  14AE8 - 155D6 605 (025D) 383.316
Zone 0F:  155D7 - 16358 572 (023C) 363.922
Sys= 0F68E-0F70D 0280 SPTK on sys trks
Total LBAs = 095333FC
EP=1, TA=1, HiGain=1, OTRd=1, Early Rd=0, Splash=1, Reload=1, NPML=1, MRBias=1
Bst/Zap=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=FF, Write=80, ID=FF
No entries in Log
All Hds 0-1, All Cyls 00018-16358, Rnd data

Performing AFC Zone Cal
ACFC Calibration:
         CRRO Orders Prior to Cal: (PES*2)^2
  Cyl.Hd 2 3 4 5 6 7 8 12 24
00018.00 0005 0000 0002 0000 0000 0000 0005 0000 0014
02000.00 0008 0001 0002 0000 0001 0000 0001 0001 0011
04000.00 0002 0001 0001 0000 0000 0000 0001 0000 000a
06000.00 0002 0001 0001 0000 0000 0000 0000 0000 0011
08000.00 0002 0001 0001 0000 0000 0000 0000 0001 0011
0a000.00 0002 0004 0004 0001 0000 0000 0000 0001 000a
0e000.00 0000 0001 0004 0001 0002 0000 0000 0000 000a
10000.00 0000 0004 0004 0000 0000 0000 0001 0001 0011
12000.00 0000 000a 000d 0000 0008 0000 0000 0001 000a
14000.00 0000 0005 0012 0002 0008 0001 0001 0000 000a
16000.00 0000 000d 0020 0001 0014 0002 0000 0000 000a
00018.01 0019 000d 0000 0000 0000 0002 0000 0000 000a
02000.01 0019 000a 0000 0001 0000 0000 0001 0002 0009
04000.01 0014 000a 0001 0000 0000 0001 0001 0004 000a
06000.01 0014 0009 0001 0000 0001 0001 0004 0001 000a
08000.01 000d 0011 0004 0000 0001 0001 0001 0002 0009
0a000.01 000d 000d 0001 0001 0001 0001 0000 0004 0011
0e000.01 000a 0011 0004 0000 0000 0000 0001 0001 0009
10000.01 000a 0009 0004 0000 0004 0000 0000 0000 000a
12000.01 000a 0009 0011 0000 0001 0001 0001 0000 0009
14000.01 000a 0011 0014 0001 0004 0000 0000 0000 000a
16000.01 000a 001d 0019 0000 0009 0001 0001 0000 0009
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = B2B3h.
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = 8EF8h.
RTE Amplitude = 0000 servo clocks. Sector = 00D9h. Trk/2 = 6B3Dh.
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = 4782h.
RTE Amplitude = 0000 servo clocks. Sector = 0071h. Trk/2 = 23C7h.
RTE Amplitude = 0000 servo clocks. Sector = 0097h. Trk/2 = 000Ch.
EP=0, TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, NPML=0, MRBias=0
Bst/Zap=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=02, Write=40, ID=1E
Channel Srvo Table
  Head Addr VGA  SATT  Tap5  Tap6  Tap3  Tap7  Tap2  Tap8  Tap9  RATT XDC
00 F7F2 6A 02 7F 99 89 C1 90 62 9A 41 39
01 F808 21 02 7F A6 A2 BF 93 76 98 41 43
Adapt Servo Zone 08
Adapt Servo 0000e33a.00
Adapts Loaded
Dbck DATA load

NPML    00
Test 0000e33a.00 10800000 BER 03000000
Adjust ATTR 01 VGAS 6b VGAR e1 FREQR 80  Read 0043 SRVTEST 41  Read 0043
fail lower limit

MRASYM    80 008177eb BER 03001715
MRASYM    80 0093c224 BER 020025a9 hold
Zone  8 [0000D9A3.0,FC64,0264,C0]
Retry to find bath using coarse offset
[0000D9C3.0,FB64,0364,E5]
Left Bath = FF66, Right Bath = FFD6 : Pick (FF9E) ( Min/Max AGC C8FF )
Zone  9 [0000ECE2.0,FD05,0305,C0]
Retry to find bath using coarse offset
[0000ED02.0,FC05,0405,E3]
Left Bath = 0004, Right Bath = 006F : Pick (0039) ( Min/Max AGC C1FF )
Test 0000e33a.00 00880a94 BER 010021e9
Zone  0 [00000020.0,F689,FC89,C0]
Left Bath = F9FA, Right Bath = FA30 : Pick (FA15) ( Min/Max AGC BAFF )
Zone  1 [00000BF1.0,F6D4,FCD4,C0]
Left Bath = FA33, Right Bath = FA64 : Pick (FA4B) ( Min/Max AGC B4FF )
Test 00000bc8.00 0003d34d BER 00000fff
Test 00000bc8.00 0003dbf1 BER 00000fff
Test 0000e33a.00 00041563 BER 00000fff
Adjust ATTR 01 VGAS 6b VGAR ca FREQR 7c  Read 0043 SRVTEST 41  Read 0043
fail lower limit

MRASYM    80 00043c43 BER 00000fff
MRASYM    81 00044005 BER 00000fff hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP    39 0005ce04 BER 00000000 adapt
XDCTAP    3c 000540a0 BER 00000000 hold

CUTOFF  Lower 0022  Upper 013b  Step 0003  Right 18  Mask 0008
Default  0127 00053ba5 BER 00000000
Floor  1 0f 00054c02 0005da7e
Left 1 012b 00052c31
Middle 1 0131 0004efe9
Right  1 013b 0004d8d6
Lowest 1 0134 0004c19b
New    0131 0004e23f BER 00000000

SV TAP5 Lower 0020  Upper 00df  Step 0006  Right 1f  Mask 1000
Default  005c 00055fef BER 00000000
Floor  1 20 000569c2 00056af0
Left 1 0020 000569c2
Middle 1 007c 0005673f
Right  1 00d9 000563fd
Lowest 1 0026 000557a4
Curve 0080 000574b8
New    007c 000536dd BER 00000000
00053d6a BER 00000000 _ATT 01 VGAS 69 VGAR 6c FREQR 7c Taps frozen read adapt
Current Tap Weight 000020bf diff ffffdf41 tap limits
00054131 BER 00000000 _ATT 01 VGAS 68 VGAR 6c FREQR 80 Taps frozen read adapt
Current Tap Weight 00000092 diff 0000202d tap limits
00053fd4 BER 00000000 _ATT 01 VGAS 68 VGAR 6d FREQR 81 Taps frozen read adapt
Current Tap Weight 00000087 diff 0000000b Save servo Force servo update
Dbck Default  DATA load

Test 0000e33a.00 0003b3f3 BER 00000fff
Ratio 0000
Adapt Servo 0000e33a.01
Adapts Loaded
Dbck DATA load

NPML    00
Test 0000e33a.01 00014585 BER 00000006
Adjust ATTR 01 VGAS 22 VGAR 5f FREQR 82 within _ATT

MRASYM    80 000153e2 BER 00000000
MRASYM    f0 0000ec0e BER 00000000 update f0 hold
Zone  8

[ 本帖最后由 ppl315 于 2008-11-19 13:51 编辑 ]

liu_hdd123 · 发表于 2008-11-19 14:16:21

把0头砍了吧,0头有问题啊

ppl315 · 发表于 2008-11-19 14:22:27

请问怎么判断0头有问题的

wangyabing · 发表于 2008-11-19 23:32:24

Head  0 Zone 0 target = f
0C 0D 0E 0F 10 11 12 13 14 Loops Value
0000  0001  0063  00E9  0020  0000  0000  0000  0000  0002  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
0B 0C 0D 0E 0F 10 11 12 13 Loops Value
0000  0000  0004  02FF  03E1  001D  0000  0000  0000  000D  0002
Zone 9 target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone A target = e
Too many R/W errors. Reverted to previous zones value 0002
Zone B target = e
Too many R/W errors. Reverted to previous zones value 0002
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
Too many R/W errors. Reverted to previous zones value 0002
Zone F target = e
Too many R/W errors. Reverted to previous zones value 0002
      PLO Phase