做ST380011A的F 级如下显示是哪里问题，烦请各位老师教导！

syuan

F>F>
F>Head Mask 000F - Switch to full int.
              Spin Ready

T>/1
1>/8
8>C20
(SN: 5JV0RM53)
8>/
T>#,,22
Enter Drive S/N  5JV0RM53
Enter Packwriter S/N 0RM53
T>Age=60 Type=20 MxCyl=16358 MxHd=0 MxSct=44C BSz=0000 TCode=0000

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

                      Not Power Cycling

                      Not Power Cycling
Zone 00 Head 00 adaptives set to defaults
Zone 00 Head 01 adaptives set to defaults
Zone 01 Head 00 adaptives set to defaults
Zone 01 Head 01 adaptives set to defaults
Zone 02 Head 00 adaptives set to defaults
Zone 02 Head 01 adaptives set to defaults
Zone 03 Head 00 adaptives set to defaults
Zone 03 Head 01 adaptives set to defaults
Zone 04 Head 00 adaptives set to defaults
Zone 04 Head 01 adaptives set to defaults
Zone 05 Head 00 adaptives set to defaults
Zone 05 Head 01 adaptives set to defaults
Zone 06 Head 00 adaptives set to defaults
Zone 06 Head 01 adaptives set to defaults
Zone 07 Head 00 adaptives set to defaults
Zone 07 Head 01 adaptives set to defaults
Zone 08 Head 00 adaptives set to defaults
Zone 08 Head 01 adaptives set to defaults
Zone 09 Head 00 adaptives set to defaults
Zone 09 Head 01 adaptives set to defaults
Zone 0A Head 00 adaptives set to defaults
Zone 0A Head 01 adaptives set to defaults
Zone 0B Head 00 adaptives set to defaults
Zone 0B Head 01 adaptives set to defaults
Zone 0C Head 00 adaptives set to defaults
Zone 0C Head 01 adaptives set to defaults
Zone 0D Head 00 adaptives set to defaults
Zone 0D Head 01 adaptives set to defaults
Zone 0E Head 00 adaptives set to defaults
Zone 0E Head 01 adaptives set to defaults
Zone 0F Head 00 adaptives set to defaults
Zone 0F Head 01 adaptives set to defaults
Head Mask 000F -
Read Bias - Head      0   1   2   3
                      B   B

HiTemp Bias Head      0   1   2   3
                      B   B

Buzz  - Head Mask 000F - 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 001a 0008 0002 0001 0000 0000 000d 0002
02000.00 0009 0008 0005 0000 0000 0000 0001 0000 0002
04000.00 0004 0002 0005 0000 0000 0000 0000 0004 0001
$Switch to full int.
$Switch to full int.
06000.00 0004 0009 0005 0000 0000 0000 0000 0002 0001
08000.00 0004 000d 0005 0001 0004 0001 0002 0000 0001
0a000.00 0001 0008 0005 0000 0000 0000 0000 0001 0002
0e000.00 0002 000d 000d 0001 0005 0000 0001 0000 0001
$Switch to full int.
10000.00 0002 000a 000d 0000 0002 0001 0001 0001 0001
12000.00 0001 0011 0019 0001 0005 0000 0000 0000 0001
14000.00 0004 001d 0022 0001 0019 0000 0000 0000 0001
16000.00 0005 0028 004a 0002 001d 0004 0002 0001 0004
00018.01 0022 0019 0002 0000 0000 0000 0000 0001 0008
02000.01 002d 000d 0002 0000 0001 0000 0004 0001 0008
04000.01 0022 000a 0001 0001 0000 0000 0001 0000 0005
06000.01 0019 000d 0005 0000 0000 0001 0000 0001 0005
08000.01 001d 0014 0005 0000 0000 0000 0000 0000 0005
0a000.01 001d 0014 0005 0001 0000 0000 0001 0001 0002
0e000.01 0019 000d 0008 0001 0001 0000 0000 0000 0005
10000.01 0014 0014 000d 0000 0000 0000 0000 0001 0004
12000.01 0014 0011 0019 0002 0000 0000 0000 0000 0004
14000.01 001d 001d 0034 0002 0004 0001 0000 0002 0001
16000.01 001d 003a 0055 0008 0005 0004 0000 0005 0004
RTE Amplitude = 0000 servo clocks. Sector = 00CEh. Trk/2 = B2B3h.
RTE Amplitude = 0000 servo clocks. Sector = 0096h. Trk/2 = 8EF8h.
RTE Amplitude = 0000 servo clocks. Sector = 0096h. Trk/2 = 6B3Dh.
RTE Amplitude = 0000 servo clocks. Sector = 00B6h. Trk/2 = 4782h.
RTE Amplitude = 0000 servo clocks. Sector = 007Bh. Trk/2 = 23C7h.
RTE Amplitude = 0000 servo clocks. Sector = 007Dh. 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 0000e61f BER 00000000
Adjust ATTR 01 VGAS 3d VGAR 97 FREQR 80 SRVTEST 41
fail lower limit

MRASYM     80 000115e8 BER 00000007
MRASYM     40 0000ebea BER 00000000 update 40 hold  
Zone  8 [0000D9A3.0,FC64,0264,C0]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000D9CB.0,FC64,0264,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000D9F3.0,FC64,0264,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000DA1B.0,FC64,0264,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000DA43.0,FC64,0264,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000DA6B.0,FC64,0264,C0,A800]
Wrt Err$Switch to full int.
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err    Left Bath = FF18, Right Bath = FFD4 : Pick (FF76) ( Min/Max AGC 97FF )
Zone  9 [0000ECE2.0,FD05,0305,C0]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000ED0A.0,FD05,0305,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000ED32.0,FD05,0305,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000ED5A.0,FD05,0305,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000ED82.0,FD05,0305,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000EDAA.0,FD05,0305,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt Err    Left Bath = FFBA, Right Bath = 007D : Pick (001B) ( Min/Max AGC 8FFF )
Test 0000e33a.00 0000cd4f BER 00000fff
Zone  0 [00000020.0,F689,FC89,C0]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00000048.0,F689,FC89,C0,A800]
Wrt Err$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Wrt ErrSwitch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
Wrt ErrWrt ErrWrt Err$Switch to full int.
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00000070.0,F689,FC89,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt Err$Switch to full int.
$Switch to full int.
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00000098.0,F689,FC89,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[000000C0.0,F689,FC89,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[000000E8.0,F689,FC89,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err    Left Bath = F7DE, Right Bath = FA23 : Pick (F900) ( Min/Max AGC B8FF )
Zone  1 [00000BF1.0,F6D4,FCD4,C0]
Wrt ErrWrt ErrWrt ErrWrt Err[00000C19.0,F6D4,FCD4,C0,A800]
Wrt ErrWrt ErrWrt ErrWrt Err[00000C41.0,F6D4,FCD4,C0,A800]
    Left Bath = F9B3, Right Bath = FA69 : Pick (FA0E) ( Min/Max AGC 8FFF )
Test 00000bc8.00 0001b01f BER 00000fff
Test 00000bc8.00 00017750 BER 00000fff
Test 0000e33a.00 0000cfbb BER 00000fff
Adjust ATTR 01 VGAS 3d VGAR 8f FREQR 80 within _ATT

MRASYM     40 0000d0e0 BER 00000fff
MRASYM     44 0000d59b BER 00000fff hold  
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP     5a 0001d5be BER 00000000 adapt
XDCTAP     64 0001cdcc BER 00000000 hold  

CUTOFF  Lower 0022  Upper 013b  Step 0003  Right 18  Mask 0008
Default  0127 0001a1e7 BER 00000000
Floor  1   0f 0001abb0 0001d6e9
Left   1 0125 0001a8ba
Middle 1 012e 00018e92
Right  1 0138 00018b1d
Lowest 1 0134 000184e6
New      012e 000190fa BER 00000000

SV TAP5 Lower 0020  Upper 00df  Step 0006  Right 1f  Mask 1000
Default  005c 00019eda BER 00000000
Floor  1   20 0001a252 0001a252
Left   1 0026 0001a152
Middle 1 006d 0001a081
Right  1 00b5 0001a016
Lowest 1 004a 00019e0c
Curve    0086 0001a1ba
New      006d 0001a852 BER 00000000
0001a688 BER 00000000 _ATT 01 VGAS 3a VGAR 42 FREQR 7e Taps frozen read adapt
Current Tap Weight 00001019 diff ffffefe7 tap limits
0001a958 BER 00000000 _ATT 01 VGAS 3c VGAR 49 FREQR 80 Taps frozen read adapt
Current Tap Weight 00000037 diff 00000fe2 tap limits
0001a85b BER 00000000 _ATT 01 VGAS 3d VGAR 45 FREQR 80 Taps frozen read adapt
Current Tap Weight 0000000f diff 00000028 Save servo Force servo update
Dbck Default  DATA load

Test 0000e33a.00 0000e838 BER 00000fff
Ratio 0001
Adapt Servo 0000e33a.01
Adapts Loaded
Dbck DATA load


NPML       00
Test 0000e33a.01 0000a3c0 BER 00000000
Adjust ATTR 01 VGAS 1f VGAR 8f FREQR 82 within _ATT

MRASYM     80 0000a501 BER 00000000
MRASYM     6b 0000a0ae BER 00000000 update 6b hold  
Zone  8 [0000D9A3.1,FC64,0264,C0]
    Left Bath = FEF3, Right Bath = FFC4 : Pick (FF5B) ( Min/Max AGC 7DFF )
Zone  9 [0000ECE2.1,FD05,0305,C0]
    Left Bath = FF92, Right Bath = 0066 : Pick (FFFC) ( Min/Max AGC 7AFF )
Test 0000e33a.01 0000984c BER 00000fff
Zone  0 [00000020.1,F689,FC89,C0]
Wrt Err[00000048.1,F689,FC89,C0,A800]
    Left Bath = F933, Right Bath = FA08 : Pick (F99D) ( Min/Max AGC 70FF )
Zone  1 [00000BF1.1,F6D4,FCD4,C0]
Wrt Err[00000C19.1,F6D4,FCD4,C0,A800]
Wrt ErrWrt Err[00000C41.1,F6D4,FCD4,C0,A800]
Wrt Err[00000C69.1,F6D4,FCD4,C0,A800]
    Left Bath = F97A, Right Bath = FA4B : Pick (F9E2) ( Min/Max AGC 78FF )
Test 00000bc8.01 0000ca12 BER 00000fff
Test 00000bc8.01 0000c12e BER 00000fff
Test 0000e33a.01 00009928 BER 00000fff
Adjust ATTR 01 VGAS 21 VGAR 89 FREQR 82 within _ATT

MRASYM     6b 00009b48 BER 00000fff
MRASYM     6e 00009a1b BER 00000fff update 6e hold  
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP     5a 00018116 BER 00000000 adapt
XDCTAP     79 00017e36 BER 00000000 hold  

CUTOFF  Lower 0022  Upper 013b  Step 0003  Right 18  Mask 0008
Default  0127 00017b62 BER 00000000
Floor  1   10 000186c7 0001acdd
Left   1 0125 0001810d
Middle 1 012e 0001797f
Right  1 013b 000178f7
Lowest 1 0134 00016dc3
New      012e 0001788b BER 00000000

SV TAP5 Lower 0020  Upper 00df  Step 0006  Right 1f  Mask 1000
Default  005c 00017da5 BER 00000000
Floor  1   20 00017dc7 00017ec2
Left   1 0020 00017dc7
Middle 1 006a 00017d2c
Right  1 00b5 00017d56
Lowest 1 0092 00017c9e
OVER dead0000
New      006a 0001828b BER 00000000
000180db BER 00000000 _ATT 01 VGAS 23 VGAR 2c FREQR 7e Taps frozen read adapt
Current Tap Weight 00000dd4 diff fffff22c tap limits
0001811a BER 00000000 _ATT 01 VGAS 22 VGAR 2c FREQR 83 Taps frozen read adapt
Current Tap Weight 0000009f diff 00000d35 tap limits
000181ac BER 00000000 _ATT 01 VGAS 21 VGAR 2d FREQR 7b Taps frozen read adapt
Current Tap Weight 000000a9 diff fffffff6 Save servo Force servo update
Dbck Default  DATA load

Test 0000e33a.01 00009dfe BER 00000fff
Ratio 0000
Zone  8 [0000D9A3.0,FC76,0276,C0]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000D9CB.0,FC76,0276,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000D9F3.0,FC76,0276,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000DA1B.0,FC76,0276,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000DA43.0,FC76,0276,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000DA6B.0,FC76,0276,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err    Left Bath = FF1C, Right Bath = FFDC : Pick (FF7C) ( Min/Max AGC 94FF )
Zone  9 [0000ECE2.0,FD1B,031B,C0]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000ED0A.0,FD1B,031B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000ED32.0,FD1B,031B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000ED5A.0,FD1B,031B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000ED82.0,FD1B,031B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[0000EDAA.0,FD1B,031B,C0,83]
Wrt ErrWrt Err

syuan

跑02时出现以下字串，会不会是有个磁头的问题?
024  
11300          001E        -0019  
11500          0024        -0012  
11700          002C        -000D  
11900          0036         0003  
11B00          003A         0004  
11D00          0043         000F  
11F00          004E         0017  
12100          005A         0024  
12300          0068         0036  
12500          0077         0041  
12700          0082         004A  
12900          0091         005C  
12B00          00A4         0065  
12D00          00B2         0078  
12F00          00C1         0089  
13100          00D7         009E  
13300          00EA         00B2  
13500          00FC         00C4  
13700          0111         00DA  
13900          012C         00EF  
13B00          0142         0106  
13D00          0159         011F  
13F00          0174         0136  
14100          018B         0152  
14300          01AC         0171  
14500          01CF         018F  
14700          01EC         01B2  
14900          020F         01CD  
14B00          0231         01F4  
14D00          0254         0219  
14F00          027C         0242  
15100          02AB         026B  
15300          02D5         0298  
15500          0305         02CA  
15700          0335         02FB  
15900          0367         032D  
15B00          0398         0360  
15D00          03CC         0390  
15F00          03FC         03CA  
16100          0431         03FE  
16300          0467         0441  
Head Linearizing
Cyl = 00B2C0  
Head = 00 Gain Adjust = 00EB   
Head = 01 Gain Adjust = 00EB   
Head Linearizing
Cyl = 0002D4  
Head = 00 Gain Adjust = 00EB   
Head = 01 Gain Adjust = 00EB   
Head Linearizing
Cyl = 0162AC  
Head = 00 Gain Adjust = 00EB   
Head = 01 Gain Adjust = 00EB   

CYL = 003C0 KA = 52C0 scaled by 4000  CYL = 00BC0 KA = 52C0 scaled by 4000  
CYL = 013C0 KA = 52C0 scaled by 4000  CYL = 01BC0 KA = 45F0 scaled by 4000  
CYL = 023C0 KA = 52C0 scaled by 4000  CYL = 02BC0 KA = 52C0 scaled by 4000  
CYL = 033C0 KA = 52C0 scaled by 4000  CYL = 03BC0 KA = 52C0 scaled by 4000  
CYL = 043C0 KA = 52C0 scaled by 4000  CYL = 04BC0 KA = 52C0 scaled by 4000  
CYL = 0B2C0 KA = 52C0 scaled by 4000  
CYL = 11929 KA = 52C0 scaled by 4000  CYL = 12129 KA = 52C0 scaled by 4000  
CYL = 12929 KA = 52C0 scaled by 4000  CYL = 13129 KA = 52C0 scaled by 4000  
CYL = 13929 KA = 52C0 scaled by 4000  CYL = 14129 KA = 52C0 scaled by 4000  
CYL = 14929 KA = 52C0 scaled by 4000  CYL = 15129 KA = 52C0 scaled by 4000  
CYL = 15929 KA = 52C0 scaled by 4000  CYL = 16129 KA = 52C0 scaled by 4000  
Head Linearizing
Cyl = 00B2C0  
Head = 00 Gain Adjust = 0116   
Head = 01 Gain Adjust = 0118   
Head Linearizing
Age=02 Type=21 MxCyl=16358 MxHd=1 MxSct=44C BSz=0000 TCode=0000
Cyl = 0002D4  
Head = 00 Gain Adjust = 0105   
Head = 01 Gain Adjust = 0105   
Head Linearizing
Cyl = 0162AC  
Head = 00 Gain Adjust = 00EB   
Head = 01 Gain Adjust = 00F7   
Table Linearization in Process
Head Gain Measure
Head   Max  -38h  -28h  -18h  -08h  +08h  +18h  +28h  +38h   
   00  82DA  5372  5BE8  6391  6A45  7153  7CEC  82DA  7EA6   
   01  7DE4  5316  579A  6009  6573  6F41  7A5D  7DE4  7D7E   
Normalized Integrated Gain
Head  -40h  -30h  -20h  -10h   00   +10h  +20h  +30h  +40h   
   00  0000  028C  055B  0866  0BA5  0F1B  12EC  16EB  1ACA   
   01  0000  02A3  056B  0878  0BB1  0F39  131C  171B  1B17   
PES to Position Table
Head  -40h  -30h  -20h  -10h   00   +10h  +20h  +30h  +40h   
   00  FFC0  FFCC  FFDA  FFE8  FFF8  0008  001A  002E  0040   
   01  FFC0  FFCC  FFDA  FFE8  FFF7  0008  001A  002D  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
Pgm=02 Trk=15F78(16000).1(1).20E(204) Zn=F Err=00 ErCt=0010 Hlth=0000 CHlth=0018 Ntrdy  LBA=0668ED7D
ACFC Calibration:
            CRRO Orders Prior to Cal: (PES*2)^2
  Cyl.Hd    2    3    4    5    6    7    8   12   24
00018.00 0011 000a 0012 0005 0002 0001 0002 000d 0005
02000.00 000a 0005 0012 0000 0001 0000 0001 0001 0004
04000.00 0009 0014 0019 0001 0001 0000 0000 0009 0001
$Switch to full int.
06000.00 0004 0009 0012 000a 0000 0000 0000 0000 0004
08000.00 0005 0009 0014 0000 0009 0000 0001 0001 0004
0a000.00 0001 000a 0014 0001 0001 0000 0000 0004 0002
0e000.00 0001 0009 0028 0000 0005 0001 0002 0000 0001
$Switch to full int.
$Switch to full int.
$$Switch to full int.
10000.00 0004 0004 002d 0001 0009 0004 0001 0001 0001
12000.00 0005 0010 0034 0001 0011 0000 0000 0000 0001
14000.00 0004 0024 0041 0004 0041 0002 0001 0000 0001
16000.00 0005 0031 00c1 001a 0071 0008 0004 0000 0004
00018.01 0062 0010 000d 0001 0000 0000 0000 0002 000d
02000.01 0055 0010 0012 0000 0001 0002 0009 0002 0005
04000.01 0032 0004 000d 0000 0000 0001 0000 0000 000a
06000.01 003d 0004 0012 0001 0000 0001 0000 0008 0005
08000.01 0032 0010 000d 0001 0004 0002 0001 0000 0005
0a000.01 0032 0009 0014 0000 0000 0000 0001 0005 0005
0e000.01 003d 0009 0022 0001 0005 0000 0000 0001 0005
10000.01 0029 0010 0028 0002 0000 0001 0001 0002 0004
12000.01 0020 0019 0041 0001 0001 0000 0001 0000 0004
14000.01 0034 0019 0061 000a 0009 0001 0000 0002 0004
16000.01 0041 0040 009d 0014 0010 0001 0002 0001 0004
ASCII logging on
RTE Amplitude = 0000 servo clocks. Sector = 0060h. Trk/2 = B2B3h.
RTE Amplitude = 0000 servo clocks. Sector = 0039h. Trk/2 = 8EF8h.
RTE Amplitude = 0000 servo clocks. Sector = 0096h. Trk/2 = 6B3Dh.
RTE Amplitude = 0000 servo clocks. Sector = 002Fh. Trk/2 = 4782h.
RTE Amplitude = 0000 servo clocks. Sector = 0033h. Trk/2 = 23C7h.
RTE Amplitude = 0000 servo clocks. Sector = 0039h. 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,F6E6,FCE6,C0]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00000048.0,F6E6,FCE6,C0,83]
Wrt Err$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
$Switch to full int.
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00000070.0,F6E6,FCE6,C0,83]
Wrt ErrWrt ErrWrt ErrWrt Err$Switch to full int.
$Switch to full int.
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00000098.0,F6E6,FCE6,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt Err[000000C0.0,F6E6,FCE6,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[000000E8.0,F6E6,FCE6,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrRetry to find bath using coarse offset
[00000108.0,F5E6,FDE6,DE]
Wrt ErrWrt ErrWrt Err[00000130.0,F5E6,FDE6,DE,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00000158.0,F5E6,FDE6,DE,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00000180.0,F5E6,FDE6,DE,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[000001A8.0,F5E6,FDE6,DE,83]
Wrt ErrWrt ErrWrt Err[000001D0.0,F5E6,FDE6,DE,83]
Wrt ErrWrt ErrWrt ErrWrt Err    Left Bath = F98C, Right Bath = FA44 : Pick (F9E8) ( Min/Max AGC A7FF )
Zone  1 [00000BF1.0,F70B,FD0B,C0]
Wrt ErrWrt ErrWrt Err[00000C19.0,F70B,FD0B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt Err[00000C41.0,F70B,FD0B,C0,83]
    Left Bath = F9E9, Right Bath = FA42 : Pick (FA15) ( Min/Max AGC B7FF )
Zone  2 [00002807.0,F786,FD86,C0]
    Left Bath = FA7C, Right Bath = FAD5 : Pick (FAA8) ( Min/Max AGC B3FF )
Zone  3 [00004710.0,F852,FE52,C0]
    Left Bath = FB3C, Right Bath = FB90 : Pick (FB66) ( Min/Max AGC B6FF )
Zone  4 [00006CAC.0,F94B,FF4B,C0]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00006CD4.0,F94B,FF4B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00006CFC.0,F94B,FF4B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00006D24.0,F94B,FF4B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00006D4C.0,F94B,FF4B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00006D74.0,F94B,FF4B,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err    Left Bath = FC39, Right Bath = FC78 : Pick (FC58) ( Min/Max AGC BCFF )
Zone  5 [00008B6F.0,FA1E,001E,C0]
Wrt ErrWrt ErrWrt ErrWrt Err[00008B97.0,FA1E,001E,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00008BBF.0,FA1E,001E,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00008BE7.0,FA1E,001E,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00008C0F.0,FA1E,001E,C0,83]
Wrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt ErrWrt Err[00008C37.0,FA1E,001E,C0,83]
Wrt ErrWrt ErrWrt Err

chjika

只有一个头在跑,要把另一个头恢复出来再跑.要不就找有一个头的流程,再跑.

蒋道阵

谢谢学习学习路过.................................

fogwindxn

回复 3# chjika


    呵呵，谢谢了，学习了，请问，您可以再讲得具体些吗？谢谢了！

xia1979

没看明白什么意思呀

jm3804838

先谢谢喔。。。。希望以后努力