日本电子维修技术 7代串口SF遇到的问题
做7代SF的时候,做了大概一个小时就完了,报4E
这个是SF 流程
因为字数太多,所以以文本的形式上传,请各位帮忙看看
LZ：知道你为什么中午发的帖，一下午都没有回复吗？
你自己都懒得分成两个帖发………………
这个论坛的人帮人解答问题都是业余的，所以LZ最好不要怕麻烦
[ 本帖最后由 孤帆远影 于 2008-5-5 17:13 编辑 ]
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T>N2,,22
T> VALID Cert Disk Code Detected - Revision # .088
Cert Table loaded
No valid SeaDex script in buffer.
Begin Test 02
ASCII logging on
Not Power Cycling
Temp Diode 008A
( 27 C )
Not Power Cycling
Zones 0-F, Heads 0-1, adaptives set to defaults
Preamp Sent Greater than Max Allowed Bias (09-08)
Head Mask FFFF -
Read Bias - Head 0 1 2 3
9 9
Preamp Sent Greater than Max Allowed Bias (09-08)
Head Mask FFFF - Switch to full int.
Spin Ready
ASCII logging off
(to0083F,00757,0000,00,31)$Head Mask FFFF - Switch to full int.
Spin Ready
ASCII logging on
(to0083F,00757,0000,00,4C)Ref Trk Tan Timing Skew (h0 to h0) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h0) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h1) = 19D6 servo clocks.
ID-OD Delta Timing Skew (h0 to h1) = 0080 servo clocks.
Ref Trk Tan Timing Skew (h0 to h2) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h2) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h3) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h3) = 0000 servo clocks.
Greycode Index Skew (h0) = 0000 servo sectors.
Greycode Index Skew (h1) = 0002 servo sectors.
Greycode Index Skew (h2) = 0000 servo sectors.
Greycode Index Skew (h3) = 0000 servo sectors.
ASCII logging off
Ref Trk Tan Timing Skew (h0 to h0) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h0) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h1) = 19CB servo clocks.
ID-OD Delta Timing Skew (h0 to h1) = 007E servo clocks.
Ref Trk Tan Timing Skew (h0 to h2) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h2) = 0000 servo clocks.
Ref Trk Tan Timing Skew (h0 to h3) = 0000 servo clocks.
ID-OD Delta Timing Skew (h0 to h3) = 0000 servo clocks.
(to04ED2,00757,0000,00,29)$Head Mask FFFF - Switch to full int.
Spin Ready
(to04ED2,00757,0000,00,83)Greycode Index Skew (h0) = 0000 servo sectors.
Greycode Index Skew (h1) = 0002 servo sectors.
Greycode Index Skew (h2) = 0000 servo sectors.
Greycode Index Skew (h3) = 0000 servo sectors.
ASCII logging on
Calibrating Physical Track 0 on heads 0 thru 1
Finding Maximum Eccentricity ...
Calibrating Head 1 ...
DAC value = FF66
Buzz - Head Mask FFFF - Switch to full int.
Spin Ready
Calibrating Head 0 ...
Radial Offset Table:
Head 0 Offset = AAA
Head 1 Offset = A40
Head 2 Offset = 1388
Head 3 Offset = 1388
Radial ID Delta Offset Table - RPO:
Head 0 Offset = 0
Head 1 Offset = 25
Head 2 Offset = E769
Head 3 Offset = E769
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) = 19CE servo clocks.
ID-OD Delta Timing Skew (h0 to h1) = 007F 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.
Greycode Index Skew (h0) = 0000 servo sectors.
Greycode Index Skew (h1) = 0002 servo sectors.
Greycode Index Skew (h2) = 0000 servo sectors.
Greycode Index Skew (h3) = 0000 servo sectors.
Disk 00
RTE Amp = 009B servo clocks (div by 64). Sector = 008Fh. Trk/2 = B2BFh.
RTE Amp = 007C servo clocks (div by 64). Sector = 008Ah. Trk/2 = 8F02h.
RTE Amp = 006F servo clocks (div by 64). Sector = 0085h. Trk/2 = 6B44h.
RTE Amp = 005F servo clocks (div by 64). Sector = 0085h. Trk/2 = 4787h.
RTE Amp = 0059 servo clocks (div by 64). Sector = 0083h. Trk/2 = 23C9h.
RTE Amp = 005B servo clocks (div by 64). Sector = 007Dh. Trk/2 = 000Ch.
Disk 01
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RPO Calibration!
Calibrating Head 1 ...
Radial Offset Table:
Head 0 Offset = AAA
Head 1 Offset = A40
Head 2 Offset = 1388
Head 3 Offset = 1388
Radial ID Delta Offset Table - RPO:
Head 0 Offset = 0
Head 1 Offset = 28
Head 2 Offset = DE8B
Head 3 Offset = DE8B
Head 00
Zone 00: 00018 - 0132D 1100 (044C) 687.097
Zone 01: 0132E - 03BFE 1045 (0415) 663.594
Zone 02: 03BFF - 05D87 1012 (03F4) 644.516
Zone 03: 05D88 - 07831 990 (03DE) 627.097
Zone 04: 07832 - 09073 953 (03B9) 606.774
Zone 05: 09074 - 0A797 916 (0394) 585.484
Zone 06: 0A798 - 0C72C 880 (0370) 551.613
Zone 07: 0C72D - 0D653 836 (0344) 535.777
Zone 08: 0D654 - 0E8AC 806 (0326) 515.881
Zone 09: 0E8AD - 0FD7A 770 (0302) 491.129
Zone 0A: 0FD7B - 10DD3 733 (02DD) 471.216
Zone 0B: 10DD4 - 1204F 691 (02B3) 448.680
Zone 0C: 12050 - 137F9 660 (0294) 417.339
Zone 0D: 137FA - 145B5 616 (0268) 401.985
Zone 0E: 145B6 - 155F4 586 (024A) 381.567
Zone 0F: 155F5 - 164F8 550 (0226) 357.097
Head 01
Zone 00: 00018 - 0132D 1100 (044C) 687.097
Zone 01: 0132E - 03BFE 1045 (0415) 663.594
Zone 02: 03BFF - 05D87 1012 (03F4) 644.516
Zone 03: 05D88 - 07831 990 (03DE) 627.097
Zone 04: 07832 - 09073 953 (03B9) 606.774
Zone 05: 09074 - 0A797 916 (0394) 585.484
Zone 06: 0A798 - 0C72C 880 (0370) 551.613
Zone 07: 0C72D - 0D653 836 (0344) 535.777
Zone 08: 0D654 - 0E8AC 806 (0326) 515.881
Zone 09: 0E8AD - 0FD7A 770 (0302) 491.129
Zone 0A: 0FD7B - 10DD3 733 (02DD) 471.216
Zone 0B: 10DD4 - 1204F 691 (02B3) 448.680
Zone 0C: 12050 - 137F9 660 (0294) 417.339
Zone 0D: 137FA - 145B5 616 (0268) 401.985
Zone 0E: 145B6 - 155F4 586 (024A) 381.567
Zone 0F: 155F5 - 164F8 550 (0226) 357.097
Reserve: 0EBE4 - 0EC6A 640 (0280) 454.147
Total KBAs = 0957BB33
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 00018-164F8, 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 0091 0004 0001 0001 0019 0002 0004 0001 0001
02000.00 0090 0001 0004 0000 0014 0000 0004 0001 0001
04000.00 0079 0001 0004 0001 000a 0000 0004 0002 0001
06000.00 0064 0000 0001 0001 001d 0000 0004 0001 0001
08000.00 0052 0000 0000 0000 0011 0001 0004 0001 0000
0a000.00 0052 0000 0000 0001 0011 0001 0001 0001 0000
0e000.00 0044 0000 0000 0000 000a 0000 0004 0001 0000
10000.00 0052 0001 0001 0001 000a 0004 0004 0001 0000
12000.00 0051 0000 0001 0000 0004 0005 0004 0002 0000
14000.00 0044 0005 0001 0004 0001 0004 0004 0001 0000
16000.00 0065 0001 0001 0004 0001 000a 000a 0004 0000
00018.01 000a 0000 0001 0000 0022 0000 0001 0004 0001
02000.01 0011 0001 0001 0000 0014 0001 0001 0001 0001
04000.01 0010 0001 0001 0001 001a 0001 0000 0001 0000
06000.01 0010 0005 0001 0004 001d 0000 0004 0000 0000
08000.01 0019 0001 0000 0004 0025 0000 0005 0001 0000
0a000.01 0019 0001 0000 0009 0028 0000 0004 0000 0000
0e000.01 001a 0000 0001 0009 0028 0001 0005 0000 0000
10000.01 000a 0000 0009 0019 0035 0001 0001 0001 0000
12000.01 0008 0000 0004 0035 0049 0004 0001 0002 0001
14000.01 000a 0001 0010 0041 0055 0009 0000 0002 0000
16000.01 0012 0004 0019 006d 0068 0010 0000 000a 0000
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 XDC
00 A548 79 72 5E AF 4A 96 A3 84 8B 96
01 A552 88 72 55 B3 48 90 A2 87 86 96
Adapt Servo Zone 09
Adapt Servo 0000f313.00
Adapts Loaded
Rbck DATA load
NPML 00
Test 0000f313.00 0000a16f BER 00000001
Adjust ATTR 00 VGAS 6a VGAR 60 FREQR 80 within _ATT
MRASYM 80 0000b444 BER 00000004
MRASYM 64 0000a372 BER 00000004 update 64 hold
Servo Zone 11, OD [0000D899.0,FC5D,025D,C0]
Left Bath = FEF9, Right Bath = FFB5 : Pick (FF57) ( Min/Max AGC 6CFF )
Servo Zone 11, ID [0000EDDE.0,FD09,0309,C0]
Left Bath = FF9B, Right Bath = 0076 : Pick (0008) ( Min/Max AGC 65FF )
Servo Zone 12, OD [0000EDEF.0,FD0A,030A,C0]
Left Bath = FF9E, Right Bath = 0079 : Pick (000B) ( Min/Max AGC 65FF )
Servo Zone 12, ID [000103BA.0,FDBF,03BF,C0]
Left Bath = 0059, Right Bath = 0126 : Pick (00BF) ( Min/Max AGC 70FF )
Test 0000f313.00 0000a232 BER 00000fff
Servo Zone 1, OD [00000067.0,F744,FD44,C0]
Left Bath = F96F, Right Bath = FA38 : Pick (F9D3) ( Min/Max AGC 5AFF )
Servo Zone 1, ID [00000748.0,F769,FD69,C0]
Left Bath = F99B, Right Bath = FA65 : Pick (FA00) ( Min/Max AGC 56FF )
Servo Zone 2, OD [00000759.0,F76A,FD6A,C0]
Left Bath = F998, Right Bath = FA67 : Pick (F9FF) ( Min/Max AGC 5AFF )
Servo Zone 2, ID [00000E41.0,F787,FD87,C0]
Left Bath = F9B8, Right Bath = FA8D : Pick (FA22) ( Min/Max AGC 59FF )
Servo Zone 3, OD [00000E52.0,F788,FD88,C0]
Left Bath = F9B6, Right Bath = FA84 : Pick (FA1D) ( Min/Max AGC 5AFF )
Servo Zone 3, ID [00001702.0,F7AF,FDAF,C0]
Left Bath = F9F1, Right Bath = FABA : Pick (FA55) ( Min/Max AGC 5AFF )
Test 0000130d.00 0000b44c BER 00000fff
Test 0000f313.00 00009b42 BER 00000fff
Adjust ATTR 00 VGAS 6b VGAR 65 FREQR 81 within _ATT
MRASYM 64 00009e92 BER 00000fff
MRASYM 60 0000a1c2 BER 00000fff hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 96 000087ee BER 00000000 adapt
XDCTAP 6a 00008b5a BER 00000000 hold
CUTOFF Lower 021b Upper 032f Step 0003 Right 17 Mask 00000008
Default 033a 00008ca8 BER 00000000
Floor 1 0c 00017811 000332bf
Left 1 031e 000115e3
Middle 0 0324 0000b109
Right 1 032f 000095c1
Lowest 1 032d 000095c1
Restore 033a 00008d10 BER 00000000
Update Default Servo Cutoff and Range 033A
SV TAP5 Lower 0020 Upper 00df Step 0006 Right 1f Mask 00001000
Default 0065 00008e7f BER 00000000
Floor 1 20 00009186 00009186
Left 1 002c 000081de
Middle 1 004c 00008683
Right 1 006d 00009080
Lowest 1 0032 00007bdb
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve 007a 00009765
New 004c 00008bf4 BER 00000000
00008c84 BER 00000000 _ATT 01 VGAS 69 VGAR 4f FREQR 80 Taps frozen read adapt
Current Tap Weight 000051c6 diff ffffae3a tap limits
00008ca2 BER 00000000 _ATT 01 VGAS 6b VGAR 49 FREQR 81 Taps frozen read adapt
Current Tap Weight 00000014 diff 000051b2 tap limits
00008a72 BER 00000000 _ATT 01 VGAS 68 VGAR 4e FREQR 81 Taps frozen read adapt
Current Tap Weight 00000018 diff fffffffc Save servo Force servo update
Rbck Default DATA load
Test 0000f313.00 0000adb3 BER 00000fff
Adapt Servo 0000f313.01
Adapts Loaded
Rbck DATA load
NPML 00
Test 0000f313.01 0001bb29 BER 00000033
Adjust ATTR 00 VGAS 86 VGAR 78 FREQR 7d within _ATT
MRASYM 80 0001bdac BER 00000035
MRASYM c4 000112e7 BER 00000012 update c4 hold
Servo Zone 11, OD [0000D903.1,FC5D,025D,C0]
Left Bath = FF13, Right Bath = FFB9 : Pick (FF66) ( Min/Max AGC 83FF )
Servo Zone 11, ID [0000EE48.1,FD09,0309,C0]
Left Bath = FFC9, Right Bath = 0073 : Pick (001E) ( Min/Max AGC 81FF )
Servo Zone 12, OD [0000EE59.1,FD0A,030A,C0]
Left Bath = FFCF, Right Bath = 006E : Pick (001E) ( Min/Max AGC 83FF )
Servo Zone 12, ID [00010424.1,FDBF,03BF,C0]
Left Bath = 008D, Right Bath = 012C : Pick (00DC) ( Min/Max AGC 83FF )
Test 0000f313.01 0000db92 BER 00000fff
Servo Zone 0, OD [00000020.1,F70A,FD0A,C0]
Left Bath = F961, Right Bath = FA13 : Pick (F9BA) ( Min/Max AGC 72FF )
Servo Zone 0, ID [000000C0.1,F73C,FD3C,C0]
Left Bath = F968, Right Bath = FA15 : Pick (F9BE) ( Min/Max AGC 73FF )
Servo Zone 1, OD [000000D1.1,F744,FD44,C0]
Left Bath = F962, Right Bath = FA0B : Pick (F9B6) ( Min/Max AGC 70FF )
Servo Zone 1, ID [000007B2.1,F769,FD69,C0]
Left Bath = F9A1, Right Bath = FA49 : Pick (F9F5) ( Min/Max AGC 72FF )
Servo Zone 2, OD [000007C3.1,F76A,FD6A,C0]
Left Bath = F989, Right Bath = FA37 : Pick (F9E0) ( Min/Max AGC 74FF )
Servo Zone 2, ID [00000EAB.1,F787,FD87,C0]
Left Bath = F9BA, Right Bath = FA62 : Pick (FA0E) ( Min/Max AGC 76FF )
Servo Zone 3, OD [00000EBC.1,F788,FD88,C0]
Left Bath = F9A7, Right Bath = FA54 : Pick (F9FD) ( Min/Max AGC 74FF )
Servo Zone 3, ID [0000176C.1,F7AF,FDAF,C0]
Left Bath = F9E3, Right Bath = FA90 : Pick (FA39) ( Min/Max AGC 74FF )
Test 0000130d.01 00012e87 BER 00000fff
Test 0000f313.01 0000d51c BER 00000fff
Adjust ATTR 00 VGAS 85 VGAR 81 FREQR 83 Read 0043 within _ATT
MRASYM c4 0000d6a4 BER 00000fff
MRASYM be 0000d838 BER 00000fff hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 96 0000c42b BER 00000000 adapt
XDCTAP 67 0000c974 BER 00000000 hold
CUTOFF Lower 021b Upper 032f Step 0003 Right 17 Mask 00000008
Default 033a 0000cbf8 BER 00000000
Floor 1 0c 0001e420 0003765d
Left 1 031e 00015e70
Middle 0 0324 0000fdb3
Right 1 032f 0000d0cf
Lowest 1 032d 0000d0cf
Restore 033a 0000cb53 BER 00000000
Update Default Servo Cutoff and Range 033A
SV TAP5 Lower 0020 Upper 00df Step 0006 Right 1f Mask 00001000
Default 0065 0000cb98 BER 00000000
Floor 1 20 0000b8a3 0000d20c
Left 1 0020 0000b8a3
Middle 1 002b 0000b901
Right 1 0037 0000b4d8
Lowest 1 0032 0000b4d8
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve 007a 0000d7eb
New 002b 0000b8dd BER 00000000
0000bb75 BER 00000000 _ATT 01 VGAS 87 VGAR 69 FREQR 81 Taps frozen read adapt
Current Tap Weight 0000662d diff ffff99d3 tap limits
0000b5e8 BER 00000000 _ATT 01 VGAS 84 VGAR 6d FREQR 7f Taps frozen read adapt
Current Tap Weight 00000034 diff 000065f9 tap limits
0000b828 BER 00000000 _ATT 01 VGAS 88 VGAR 6c FREQR 81 Taps frozen read adapt
Current Tap Weight 00000026 diff 0000000e Save servo Force servo update
Rbck Default DATA load
Test 0000f313.01 00014a75 BER 00000fff
HiTemp Bias BackOff Head 0 1 2 3
9 9
Media 0000
Adapt Data Zone 00
Test 000009a2.00 0000ed0d BER 00000004
Test 000009a2.00 0000dfdd BER 00000006
Adapt Data 000009a2.00
Rbck DATA load
NPML 00
Test 000009a2.00 0000d2e8 BER 00000000
Adjust ATTR 00 VGAS 7e VGAR 4f FREQR 83 SRVTEST 10
Adjust ATTR 01 VGAS 7f VGAR 7b FREQR 81 within _ATT VGAR FREQR
MRASYM 80 0000daf0 BER 00000000
MRASYM 5e 0000c9fd BER 00000002 update 5e hold
Test 00000067.00 0000c0d8 BER 00000001
Servo Zone 01 OD OFST Lower f973 Upper fa32 Step 0006 Right 1f Mask 00004340
Default f9d3 0000b7d9 BER 00000000
Floor 1 19 00028292 00028292
Left 1 f9b5 00020e40
Middle 1 f9e7 0000b3a6
Right 1 fa1a 000232a1
Lowest 1 f9eb 0000b0e9
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9cd 0000dca5
New f9e7 0000b6dd BER 00000000 AUTO
Test 00000748.00 0000c1cd BER 00000003
Servo Zone 01 ID OFST Lower f9a0 Upper fa5f Step 0006 Right 1f Mask 00008340
Default fa00 0000cc02 BER 00000001
Floor 1 1b 000350d6 000350d6
Left 1 f9dc 0002d0e9
Middle 1 fa14 0000af20
Right 1 fa4d 00034f4d
Lowest 1 fa12 0000af20
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9fa 0000eda0
New fa14 0000b074 BER 00000001 AUTO
Test 00000759.00 0000b57d BER 00000000
Servo Zone 02 OD OFST Lower f99f Upper fa5e Step 0006 Right 1f Mask 00004340
Default f9ff 0000c2d5 BER 00000001
Floor 1 1a 0002d694 0002d694
Left 1 f9db 00029888
Middle 1 fa0d 0000b236
Right 1 fa40 000239b0
Lowest 1 fa0b 0000b236
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9f9 0000da79
New fa0d 0000b696 BER 00000001 AUTO
Test 00000e41.00 0000bad1 BER 00000001
Servo Zone 02 ID OFST Lower f9c2 Upper fa81 Step 0006 Right 1f Mask 00008340
Default fa22 0000b6f1 BER 00000000
Floor 1 1b 00036b81 00036b81
Left 1 fa04 00026591
Middle 1 fa3c 0000bb3f
Right 1 fa75 00035d34
Lowest 1 fa2e 0000af71
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve fa1c 0000dec1
New fa3c 0000c513 BER 00000000
Test 00000e52.00 0000bf46 BER 00000003
Servo Zone 03 OD OFST Lower f9bd Upper fa7c Step 0006 Right 1f Mask 00004340
Default fa1d 0000b9bd BER 00000000
Floor 1 1a 0003745c 0003745c
Left 1 f9ff 0002cee8
Middle 1 fa31 0000b57e
Right 1 fa64 0002c167
Lowest 1 fa2f 0000b57e
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve fa17 0000e13d
New fa31 0000bc77 BER 00000000
Adjust ATTR 01 VGAS 7d VGAR 7b FREQR 80 within _ATT VGAR FREQR
Test 000009a2.00 0000bba5 BER 00000000
Noise target 00000000
Rbck Noise OFF
Rbck DATA save
WRITE_I Lower 0003 Upper 001b Step 0001 Right 18 Mask 00000342
Default 000e 0000c7ad BER 00000000
Floor 1 13 0000cf50 0000d498
Left 1 000b 0000ce19
Middle 1 0012 0000d0fc
Right 1 0019 0000ce2f
Lowest 1 0014 0000c913
Z = -A1/(2*A2) : 0004
X = Z + Xavg : 0010
Curve 0013 0000c941
New 0012 0000c3f2 BER 00000002 AUTO
Test 000009a2.00 0000b0ec BER 00000000
MRASYM 5e 0000abb1 BER 00000001
MRASYM 59 0000aadb BER 00000000 update 59 hold
PRECOMP Lower 0000 Upper 000a Step 0001 Right 0a Mask 00000004
Default 0003 0000aa67 BER 00000000
Floor 1 0b 0000a983 0000bef4
Left 1 0000 0000a983
Middle 1 0002 0000b110
Right 1 0004 0000a8cd
Lowest 1 0003 0000a7e5
Z = -A1/(2*A2) : FFFE
X = Z + Xavg : 0003
Curve 0003 0000a7e5
New 0002 0000a854 BER 00000000
Test 000009a2.00 0000ac39 BER 00000000
XDCTAP 96 0000a0a3 BER 00000000 adapt
XDCTAP 52 0000a2be BER 00000000 hold
CUTOFF Lower 0514 Upper 0538 Step 0002 Right 12 Mask 00000348
Default 052c 0004ca36 BER 00000000
Floor 1 0d 0004ed2a 00053994
Left 1 0524 0004e86c
Middle 1 052c 000502bc
Right 1 0534 0004e9a8
Lowest 1 052a 0004b88c
New 052c 0004e269 BER 00000000
BOOST Lower 0000 Upper 0016 Step 0001 Right 16 Mask 00000360
Default 000b 0004f3e1 BER 00000000
Floor 1 17 0005b29f 0005b29f
Left 1 0002 00059b9b
Middle 1 0009 00051271
Right 1 0011 000596f0
Lowest 1 000c 0004d46b
Z = -A1/(2*A2) : FFFF
X = Z + Xavg : 000A
Curve 000a 0004e56c
New 0009 0004e312 BER 00000000 AUTO
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 00000350
Default 000b 0004efb7 BER 00000000
Floor 1 10 000588a0 00067ff6
Left 1 0007 000565b6
Middle 1 000b 0004df3f
Right 1 000f 000588a0
Lowest 1 000c 0004d86c
Z = -A1/(2*A2) : 0004
X = Z + Xavg : 000B
Curve 000b 0004df3f
New 000b 0004e50f BER 00000000 AUTO
Servo Zone 01 OD OFST Lower f987 Upper fa46 Step 0006 Right 1f Mask 00004340
Default f9e7 0000b49f BER 00000000
Floor 1 19 000293c5 000293c5
Left 1 f9b7 0001d320
Middle 1 f9e6 0000b68b
Right 1 fa16 0001cdb1
Lowest 1 f9e1 0000b68b
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9e1 0000b68b
New f9e6 0000b77f BER 00000000
Servo Zone 01 ID OFST Lower f9b4 Upper fa73 Step 0006 Right 1f Mask 00008340
Default fa14 0000b704 BER 00000001
Floor 1 1e 00047c5e 00047c5e
Left 1 f9d8 0003cf02
Middle 1 fa13 0000b77a
Right 1 fa4f 0003e3a1
Lowest 1 fa0e 0000b77a
Z = -A1/(2*A2) : FFFF
X = Z + Xavg : 000E
Curve fa08 0000bc5e
New fa13 0000b53f BER 00000000 AUTO
Servo Zone 02 OD OFST Lower f9ad Upper fa6c Step 0006 Right 1f Mask 00004340
Default fa0d 0000b9cf BER 00000000
Floor 1 1b 0003871f 0003871f
Left 1 f9dd 00028cd0
Middle 1 fa12 0000b3b6
Right 1 fa48 00035ba9
Lowest 1 fa0d 0000b3b6
Z = -A1/(2*A2) : 07C8
X = Z + Xavg : 07D7
Curve fa61 0092aef1
New fa12 0000bdfe BER 00000001
Servo Zone 02 ID OFST Lower f9dc Upper fa9b Step 0006 Right 1f Mask 00008340
Default fa3c 0000c3c4 BER 00000000
Floor 1 1d 0003e964 0003e964
Left 1 fa00 0003b769
Middle 1 fa3b 0000b932
Right 1 fa77 0003936e
Lowest 1 fa30 0000b846
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve fa36 0000b932
New fa3b 0000c12f BER 00000000 AUTO
Servo Zone 03 OD OFST Lower f9d1 Upper fa90 Step 0006 Right 1f Mask 00004340
Default fa31 0000c045 BER 00000001
Floor 1 1c 0003e924 0003e924
Left 1 f9fb 00033c24
Middle 1 fa30 0000b8dc
Right 1 fa66 0002db61
Lowest 1 fa2b 0000b8dc
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve fa2b 0000b8dc
New fa30 0000c177 BER 00000002
CUTOFF Lower 0524 Upper 0534 Step 0001 Right 10 Mask 00000348
Default 052c 0004d53f BER 00000000
Floor 1 0a 0004f35f 000502aa
Left 1 0529 0004e54b
Middle 1 052a 0004f3d0
Right 1 052c 0004ed2a
Lowest 1 052b 0004d97d
New 052a 0004f619 BER 00000000
BOOST Lower 0001 Upper 0012 Step 0001 Right 11 Mask 00000360
Default 0009 00052415 BER 00000002
Floor 1 12 00058a63 00058a63
Left 1 0007 0005665e
Middle 1 000b 00050158
Right 1 000f 00057b4b
Lowest 1 000b 00050158
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 0008
Curve 0009 00052d5f
New 000b 0004d929 BER 00000000 AUTO
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 00000350
Default 000b 00050323 BER 00000000
Floor 1 10 0005d471 0006524c
Left 1 0006 00055899
Middle 1 000a 00050e56
Right 1 000f 0005d471
Lowest 1 000b 0004e0b4
Z = -A1/(2*A2) : 0003
X = Z + Xavg : 000A
Curve 000a 00050e56
New 000a 00052c1f BER 00000000
Noise target 00000000
Rbck Noise OFF
Adjust ATTR 01 VGAS 7f VGAR 76 FREQR 81 within _ATT VGAR FREQR
MRASYM 59 0000c173 BER 00000000
MRASYM 5e 0000c075 BER 00000001 update 5e adapt
Test 000009a2.00 0000b12c BER 00000001
MRASYM 5e 0000ba87 BER 00000002
MRASYM 69 0000b77c BER 00000000 update 69 hold
NPML 03 0000ba4a BER 00000000 NPML update
NPML 03 00020c27 BER 00000000
MRASYM 69 00020b42 BER 00000000
MRASYM 68 000209aa BER 00000000 update 68 adapt
BETTER UPDATE TAPS Rbck DATA save
Media 0000
Test 000009a2.01 0001003e BER 00000004
Test 000009a2.01 0000fa2c BER 00000000
Adapt Data 000009a2.01
Rbck DATA load
NPML 00
Test 000009a2.01 0000ff58 BER 00000000
Adjust ATTR 00 VGAS 97 VGAR 66 FREQR 81 within _ATT VGAR FREQR
MRASYM 80 00019e47 BER 0000000c
MRASYM d7 0000fbf5 BER 00000002 update d7 hold
Test 00000020.01 0000e5df BER 00000006
Servo Zone 00 OD OFST Lower f95a Upper fa19 Step 0006 Right 1f Mask 00004340
Default f9ba 0000e407 BER 00000001
Floor 1 1d 0004500a 0004500a
Left 1 f98a 0003e240
Middle 1 f9c2 0000eebc
Right 1 f9fb 00034ea1
Lowest 1 f9c0 0000eebc
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9b4 0000fc73
New f9c2 0000ebdb BER 00000003
Test 000000c0.01 0000e42d BER 00000002
Servo Zone 00 ID OFST Lower f95e Upper fa1d Step 0006 Right 1f Mask 00008340
Default f9be 0000db72 BER 00000005
Floor 1 1d 0004433a 0004433a
Left 1 f98e 000350e9
Middle 1 f9c6 0000eb15
Right 1 f9ff 00034aac
Lowest 1 f9c4 0000eb15
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9b8 0000f5fa
New f9c6 0000ea82 BER 00000005
Test 000000d1.01 0000e8f7 BER 00000002
Servo Zone 01 OD OFST Lower f956 Upper fa15 Step 0006 Right 1f Mask 00004340
Default f9b6 0000e08a BER 00000001
Floor 1 1b 000441c6 000441c6
Left 1 f98c 00037f18
Middle 1 f9c1 0000e6eb
Right 1 f9f7 0003e088
Lowest 1 f9bc 0000e6eb
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9b0 0000f822
New f9c1 0000f02e BER 00000000
Test 000007b2.01 0000f70b BER 00000006
Servo Zone 01 ID OFST Lower f995 Upper fa54 Step 0006 Right 1f Mask 00008340
Default f9f5 0000f00f BER 00000001
Floor 1 1a 0003ec1d 0003ec1d
Left 1 f9cb 0003d74c
Middle 1 f9fd 0000f2f4
Right 1 fa30 00032803
Lowest 1 fa01 0000f1fa
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9ef 00011053
New f9fd 0000f666 BER 00000000
Test 000007c3.01 0000e5df BER 00000004
Servo Zone 02 OD OFST Lower f980 Upper fa3f Step 0006 Right 1f Mask 00004340
Default f9e0 0000eff8 BER 00000000
Floor 1 1b 0004095e 0004095e
Left 1 f9b6 0003489e
Middle 1 f9eb 0000eae7
Right 1 fa21 0003c12c
Lowest 1 f9e6 0000eae7
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9da 000102d7
New f9eb 0000eeb8 BER 00000000 AUTO
Test 00000eab.01 0000fc42 BER 00000004
Servo Zone 02 ID OFST Lower f9ae Upper fa6d Step 0006 Right 1f Mask 00008340
Default fa0e 0000f66c BER 00000002
Floor 1 1a 0003b09d 0003b09d
Left 1 f9ea 0002e96b
Middle 1 fa1c 0000f088
Right 1 fa4f 0003325f
Lowest 1 fa1a 0000f088
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve fa08 00011851
New fa1c 0000fd5e BER 00000002
Test 00000ebc.01 0000f644 BER 00000000
Servo Zone 03 OD OFST Lower f99d Upper fa5c Step 0006 Right 1f Mask 00004340
Default f9fd 0000f739 BER 00000002
Floor 1 1b 0004184a 0004184a
Left 1 f9d3 0003c5b2
Middle 1 fa08 0000f54e
Right 1 fa3e 0003b477
Lowest 1 fa03 0000f54e
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9f7 000112ea
New fa08 0000f4d3 BER 00000002 AUTO
Adjust ATTR 00 VGAS 97 VGAR 69 FREQR 82 within _ATT VGAR FREQR
Test 000009a2.01 0000fa84 BER 00000000
Noise target 00000000
Rbck Noise OFF
Rbck DATA save
WRITE_I Lower 0003 Upper 001b Step 0001 Right 18 Mask 00000342
Default 000e 00010fff BER 00000008
Floor 1 10 00010b35 00011642
Left 1 0013 00010ad2
Middle 1 0017 0001051e
Right 1 001b 0001083b
Lowest 1 0019 000104e5
Z = -A1/(2*A2) : 0007
X = Z + Xavg : 0013
Curve 0016 000107d8
New 0017 00010879 BER 00000003 AUTO
Test 000009a2.01 0000f691 BER 00000004
MRASYM d7 0000f46a BER 00000001
MRASYM d2 0000f746 BER 00000003 hold
PRECOMP Lower 0000 Upper 000a Step 0001 Right 0a Mask 00000004
Default 0003 0000fb54 BER 00000005
Floor 1 0b 000108c8 00010a96
Left 1 0000 000108c8
Middle 1 0003 0000ff87
Right 1 0006 00010114
Lowest 1 0002 0000efb9
Z = -A1/(2*A2) : FFFE
X = Z + Xavg : 0003
Curve 0003 0000ff87
New 0003 0000fd8c BER 00000008
Test 000009a2.01 0000fdd2 BER 00000001
XDCTAP 96 0000fc11 BER 00000007 adapt
XDCTAP 5c 00010228 BER 00000002 hold
CUTOFF Lower 0514 Upper 0538 Step 0002 Right 12 Mask 00000348
Default 052c 0005c450 BER 00000000
Floor 1 0b 0005d594 000661d9
Left 1 0528 0005d2e1
Middle 1 0530 0005dfe4
Right 1 0538 0005c180
Lowest 1 052a 0005b8d6
New 0530 0005b3c6 BER 00000000 AUTO
BOOST Lower 0000 Upper 0016 Step 0001 Right 16 Mask 00000360
Default 000b 0005c623 BER 00000000
Floor 1 17 00064e40 0006ad83
Left 1 0000 00064e40
Middle 1 0007 0005fd78
Right 1 000e 000619d1
Lowest 1 0008 0005d59a
Z = -A1/(2*A2) : FFFE
X = Z + Xavg : 0009
Curve 0009 0005de85
New 0007 0005bd1e BER 00000000 AUTO
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 00000350
Default 000b 0005ec72 BER 00000000
Floor 1 10 00066c1c 0007dbf3
Left 1 0008 00065bad
Middle 1 000b 0005d552
Right 1 000f 00066c1c
Lowest 1 000c 0005d4d5
Z = -A1/(2*A2) : 0005
X = Z + Xavg : 000C
Curve 000c 0005d4d5
New 000b 0005e0fd BER 00000000 AUTO
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Servo Zone 00 OD OFST Lower f962 Upper fa21 Step 0006 Right 1f Mask 00004340
Default f9c2 0000fc9b BER 00000003
Floor 1 1c 00044e92 00044e92
Left 1 f98c 0003d4b5
Middle 1 f9c4 0000fd9b
Right 1 f9fd 0003faad
Lowest 1 f9bc 0000fb0b
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9bc 0000fb0b
New f9c4 0001098c BER 00000001
Servo Zone 00 ID OFST Lower f966 Upper fa25 Step 0006 Right 1f Mask 00008340
Default f9c6 0000fe5c BER 00000002
Floor 1 1e 0004bd66 0004bd66
Left 1 f98a 00048c68
Middle 1 f9c5 0000fa8d
Right 1 fa01 0003c9b4
Lowest 1 f9c6 0000f948
Z = -A1/(2*A2) : FDC7
X = Z + Xavg : FDD6
Curve fa1a 00954c32
New f9c5 0000fad4 BER 00000009 AUTO
Servo Zone 01 OD OFST Lower f961 Upper fa20 Step 0006 Right 1f Mask 00004340
Default f9c1 000101f3 BER 00000003
Floor 1 1b 00045462 00045462
Left 1 f98b 0004223a
Middle 1 f9c0 0000fdc0
Right 1 f9f6 000398ed
Lowest 1 f9b5 0000f952
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9bb 0000fdc0
New f9c0 0000fde7 BER 00000002 AUTO
Servo Zone 01 ID OFST Lower f99d Upper fa5c Step 0006 Right 1f Mask 00008340
Default f9fd 00010bf9 BER 00000004
Floor 1 1a 00041731 00041731
Left 1 f9cd 00039f89
Middle 1 f9ff 0000fdce
Right 1 fa32 0003b905
Lowest 1 f9fd 0000fdce
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9f7 0001042a
New f9ff 00010d37 BER 00000006
Servo Zone 02 OD OFST Lower f98b Upper fa4a Step 0006 Right 1f Mask 00004340
Default f9eb 00010548 BER 00000000
Floor 1 1a 0003e944 0003e944
Left 1 f9b5 0003c204
Middle 1 f9ea 000104dd
Right 1 fa20 0003c930
Lowest 1 f9eb 0000fffa
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve f9e5 000104dd
New f9ea 0000fe01 BER 00000000 AUTO
Servo Zone 02 ID OFST Lower f9bc Upper fa7b Step 0006 Right 1f Mask 00008340
Default fa1c 0001094c BER 00000005
Floor 1 1b 00044093 00044093
Left 1 f9e6 0004055a
Middle 1 fa1b 00010877
Right 1 fa51 0003dbb8
Lowest 1 fa16 00010877
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve fa16 00010877
New fa1b 000109ec BER 00000003
Servo Zone 03 OD OFST Lower f9a8 Upper fa67 Step 0006 Right 1f Mask 00004340
Default fa08 00010f00 BER 00000001
Floor 1 1c 0004c40c 0004c40c
Left 1 f9d2 000482ed
Middle 1 fa0a 00010686
Right 1 fa43 000499e7
Lowest 1 fa08 00010686
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve fa02 00010a76
New fa0a 0001086a BER 00000005 AUTO
CUTOFF Lower 0528 Upper 0538 Step 0001 Right 10 Mask 00000348
Default 0530 0005e231 BER 00000000
Floor 1 0a 0005e32d 0005f7d8
Left 1 052e 0005d272
Middle 1 0530 0005ce1a
Right 1 0533 0005e088
Lowest 1 0530 0005ce1a
New 0530 0005cbb7 BER 00000000 AUTO
BOOST Lower 0000 Upper 000f Step 0001 Right 0f Mask 00000360
Default 0007 0005ed1e BER 00000000
Floor 1 10 00060abd 00063a1a
Left 1 0000 00060abd
Middle 1 0005 0005e27f
Right 1 000a 0005f4e0
Lowest 1 0008 0005c891
Z = -A1/(2*A2) : FFFE
X = Z + Xavg : 0005
Curve 0005 0005e27f
New 0005 0006045d BER 00000000
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 00000350
Default 000b 0005f29a BER 00000000
Floor 1 10 00066de2 00081689
Left 1 0009 00065771
Middle 1 000c 00060264
Right 1 000f 00066de2
Lowest 1 000b 0005f2ce
Z = -A1/(2*A2) : 0004
X = Z + Xavg : 000B
Curve 000b 0005f2ce
New 000c 0005ee05 BER 00000002 AUTO
Noise target 00000000
Rbck Noise OFF
Adjust ATTR 00 VGAS 98 VGAR 6a FREQR 83 within _ATT VGAR FREQR
MRASYM d7 0000f9fc BER 00000004
MRASYM cc 0000f26c BER 00000002 update cc adapt
Test 000009a2.01 0000e36c BER 00000002
MRASYM cc 0000e5fb BER 00000001
MRASYM d1 0000e660 BER 00000000 hold
NPML 03 0000ebc3 BER 00000002 NPML update
NPML 03 0001c4e1 BER 00000001
MRASYM cc 0001de18 BER 00000001
MRASYM d1 0001d12f BER 00000000 update d1 adapt
BETTER UPDATE TAPS Rbck DATA save
Media 0000
Adapt Servo Zone 09
Adapt Servo 0000f313.00
Adapts Loaded
Rbck DATA load
NPML 00
Test 0000f313.00 0000a09c BER 00000002
Adjust ATTR 00 VGAS 76 VGAR 5f FREQR 81 within _ATT
MRASYM 80 0000a947 BER 00000002
MRASYM 66 0000a200 BER 00000001 update 66 hold
Test 0000f313.00 00009c9d BER 00000000
Test 0000130d.00 000206eb BER 00000000
RDBIAS Lower 0001 Upper 0009 Step 0001 Right 08 Mask 00002000
Default 0009 0002137f BER 00000001
Adjust 0001 0003cd5d BER 00000012
Adjust 0002 00034f74 BER 00000000
Adjust 0003 0002e9ef BER 00000004
Adjust 0004 0002aa79 BER 00000000
Adjust 0005 0002764f BER 00000001
Adjust 0006 00024624 BER 00000000
Adjust 0007 000232f0 BER 00000002
Adjust 0008 00021f1c BER 00000001
Adjust 0009 00021a16 BER 00000000
Floor 1 09 00021a16 0002a66c
Left 1 0009 00021a16
Middle 1 0009 00021a16
Right 1 0009 00021a16
Lowest 1 0009 00021a16
Z = -A1/(2*A2) : 0003
X = Z + Xavg : 0007
Curve 0008 00021f1c
New 0009 00021a5c BER 00000000
RdBias Upper 0009 Lower 0001 Step 0001
SPT 044c Revs 00de
RdBias 09 VGAR 76 Rbt 09.0 OTF 09.0 Raw 07.0
RdBias 08 VGAR 7c Rbt 09.0 OTF 09.0 Raw 07.0
RdBias 07 VGAR 82 Rbt 09.0 OTF 09.0 Raw 06.9
RdBias 06 VGAR 88 Rbt 09.0 OTF 09.0 Raw 06.8
RdBias 05 VGAR 90 Rbt 09.0 OTF 09.0 Raw 06.6
RdBias 04 VGAR 98 Rbt 09.0 OTF 09.0 Raw 06.6
RdBias 03 VGAR a0 Rbt 09.0 OTF 09.0 Raw 06.3
RdBias 02 VGAR aa Rbt 09.0 OTF 09.0 Raw 06.0
RdBias 01 VGAR b4 Rbt 09.0 OTF 09.0 Raw 05.7
RdBias 06 VGAR 89 Rbt 09.0 OTF 09.0 Raw 06.8
Test 0000f313.00 0000a561 BER 00000002
Adjust ATTR 00 VGAS 8b VGAR 77 FREQR 82 within _ATT
MRASYM 66 0000a705 BER 00000005
MRASYM 64 0000a9c1 BER 00000004 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 96 0000782b BER 00000000 adapt
XDCTAP 66 00007a8a BER 00000000 hold
CUTOFF Lower 021b Upper 032f Step 0003 Right 17 Mask 00000008
Default 033a 000079df BER 00000000
Floor 1 0d 00016ffa 0002f301
Left 1 031e 0000f954
Middle 0 0324 00009a5b
Right 1 032f 00008218
Lowest 1 032d 00008218
Restore 033a 00007d79 BER 00000000
Update Default Servo Cutoff and Range 033A
SV TAP5 Lower 0020 Upper 00df Step 0006 Right 1f Mask 00001000
Default 0065 00007e59 BER 00000000
Floor 1 20 00007f88 00008107
Left 1 0038 00007382
Middle 1 008b 00008285
Right 1 00df 00007f88
Lowest 1 003e 0000733f
Z = -A1/(2*A2) : FFFF
X = Z + Xavg : 000E
Curve 0074 0000800f
New 008b 00008492 BER 00000000
000083ec BER 00000000 _ATT 01 VGAS 8b VGAR 50 FREQR 81 Taps frozen read adapt
Current Tap Weight 00008818 diff ffff77e8 tap limits
00008428 BER 00000000 _ATT 01 VGAS 89 VGAR 4e FREQR 82 Taps frozen read adapt
Current Tap Weight 000000bf diff 00008759 tap limits
0000857c BER 00000000 _ATT 01 VGAS 8a VGAR 51 FREQR 7f Taps frozen read adapt
Current Tap Weight 00000031 diff 0000008e Save servo Force servo update
Rbck Default DATA load
Test 0000f313.00 0000b2ad BER 00000fff
Adapt Servo 0000f313.01
Adapts Loaded
Rbck DATA load
NPML 00
Test 0000f313.01 000158c1 BER 00000006
Adjust ATTR 00 VGAS 91 VGAR 74 FREQR 81 within _ATT
MRASYM 80 00015439 BER 0000000b
MRASYM c2 0000d804 BER 00000005 update c2 hold
Test 0000f313.01 0000d64e BER 00000003
Test 0000130d.01 0001f9d4 BER 00000004
RDBIAS Lower 0001 Upper 0009 Step 0001 Right 08 Mask 00002000
Default 0009 00020c7b BER 00000005
Adjust 0001 0004795c BER 000000d2
Adjust 0002 0003a9d7 BER 00000037
Adjust 0003 000325c8 BER 00000019
Adjust 0004 0002da50 BER 0000001f
Adjust 0005 00028ac4 BER 0000000f
Adjust 0006 00024b3f BER 0000000a
Adjust 0007 00022fd7 BER 00000009
Adjust 0008 00021b62 BER 00000007
Adjust 0009 00020402 BER 00000000
Floor 1 09 00020402 0002cf2b
Left 1 0009 00020402
Middle 1 0009 00020402
Right 1 0009 00020402
Lowest 1 0009 00020402
Z = -A1/(2*A2) : 0003
X = Z + Xavg : 0007
Curve 0008 00021b62
New 0009 00020238 BER 00000003
RdBias Upper 0009 Lower 0001 Step 0001
SPT 044c Revs 00de
RdBias 09 VGAR 6e Rbt 09.0 OTF 09.0 Raw 06.3
RdBias 08 VGAR 75 Rbt 09.0 OTF 09.0 Raw 06.2
RdBias 07 VGAR 7c Rbt 09.0 OTF 09.0 Raw 06.0
RdBias 06 VGAR 81 Rbt 09.0 OTF 09.0 Raw 06.0
RdBias 05 VGAR 88 Rbt 09.0 OTF 09.0 Raw 05.7
RdBias 04 VGAR 90 Rbt 09.0 OTF 09.0 Raw 05.6
RdBias 03 VGAR 99 Rbt 09.0 OTF 09.0 Raw 05.3
RdBias 02 VGAR a0 Rbt 09.0 OTF 09.0 Raw 05.0
RdBias 01 VGAR a9 Rbt 09.0 OTF 09.0 Raw 04.6
RdBias 08 VGAR 75 Rbt 09.0 OTF 09.0 Raw 06.2
Test 0000f313.01 0000dcfb BER 0000000b
Adjust ATTR 00 VGAS 98 VGAR 88 FREQR 81 within _ATT
MRASYM c2 0000e016 BER 0000000b
MRASYM c1 0000de1d BER 0000000b update c1 hold
Default Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP 96 0000c944 BER 00000000 adapt
XDCTAP 68 0000cef1 BER 00000000 hold
CUTOFF Lower 021b Upper 032f Step 0003 Right 17 Mask 00000008
Default 033a 0000d101 BER 00000000
Floor 1 0b 0001d907 00039177
Left 1 031e 00018642
Middle 0 0324 00010bfe
Right 1 032f 0000e208
Lowest 1 032d 0000e208
Restore 033a 0000da3b BER 00000000
Update Default Servo Cutoff and Range 033A
SV TAP5 Lower 0020 Upper 00df Step 0006 Right 1f Mask 00001000
Default 0065 0000d76b BER 00000000
Floor 1 20 0000c7df 0000ddf9
Left 1 0020 0000c7df
Middle 1 0031 0000c2b6
Right 1 0043 0000c617
Lowest 1 0032 0000c060
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve 007a 0000dbbb
New 0031 0000c3b7 BER 00000000
0000c403 BER 00000000 _ATT 01 VGAS 95 VGAR 72 FREQR 81 Taps frozen read adapt
Current Tap Weight 00005f32 diff ffffa0ce tap limits
0000c49a BER 00000000 _ATT 01 VGAS 97 VGAR 70 FREQR 81 Taps frozen read adapt
Current Tap Weight 0000001f diff 00005f13 tap limits
0000c0f2 BER 00000000 _ATT 01 VGAS 97 VGAR 75 FREQR 7f Taps frozen read adapt
Current Tap Weight 00000037 diff ffffffe8 Save servo Force servo update
Rbck Default DATA load
Test 0000f313.01 00016609 BER 00000fff
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 XDC
00 A548 51 72 8B 8C 42 D4 A4 50 B8 96
01 A552 75 72 31 B7 45 87 AC 8F 7C 96
Performing Servo Cals, view results in log 3
ASCII logging off
Cylinder ID->OD Bias OD->ID Bias
00100 0083 007C
00300 0083 006F
00500 0080 006A
00700 0083 006B
00900 0083 006D
00B00 0084 006F
00D00 0084 006E
00F00 0084 006B
01100 0081 006C
01300 007F 006A
01500 007F 006A
01700 007E 006A
01900 007D 0068
01B00 007E 0067
01D00 007C 0066
01F00 007B 0065
02100 007A 0065
02300 0079 0064
02500 0077 0062
02700 0078 0061
02900 0076 0061
02B00 0075 0062
02D00 0076 005F
02F00 0072 005D
03100 0074 005D
03300 0073 005F
03500 0073 005F
03700 0071 005C
03900 0071 005A
03B00 006F 005B
03D00 006F 005C
03F00 0072 005C
04100 0072 005D
04300 0072 005A
04500 006F 005A
04700 006E 0059
04900 006B 0056
04B00 006C 0057
04D00 006E 0057
04F00 006C 0057
05100 006C 0056
05300 006C 0056
05500 006B 0055
05700 0069 0055
05900 006A 0053
05B00 0069 0053
05D00 0069 0053
05F00 006A 0052
06100 006A 0052
06300 0068 0052
06500 0068 0051
06700 0067 0052
06900 0068 0052
06B00 0067 0052
06D00 0068 0050
06F00 0066 0053
07100 0066 0052
07300 0064 004E
07500 0065 004D
07700 0065 004E
07900 0066 004D
07B00 0063 004C
07D00 0062 004D
07F00 0060 004A
08100 0060 004A
08300 0060 004A
08500 005F 0049
08700 0060 004B
08900 0060 004B
08B00 0060 004A
08D00 0060 0049
08F00 005F 0049
09100 005E 0049
09300 005E 0048
09500 005F 0047
09700 005D 0047
09900 005E 0048
09B00 005C 0047
09D00 005D 0047
09F00 005B 0044
0A100 005D 0045
0A300 005C 0045
0A500 005B 0045
0A700 005D 0044
0A900 005A 0043
0AB00 0059 0041
0AD00 0059 0042
0AF00 005A 0044
0B100 005A 0044
0B300 005B 0043
0B500 005C 0044
0B700 005A 0043
0B900 005B 0045
0BB00 005B 0043
0BD00 0057 0042
0BF00 0058 0041
0C100 0056 003F
0C300 0055 003F
0C500 0054 003E
0C700 0055 003F
0C900 0055 0040
0CB00 0056 003F
0CD00 0056 003D
0CF00 0055 003E
0D100 0056 0040
0D300 0054 0040
0D500 0055 003F
0D700 0054 003D
0D900 0055 0040
0DB00 0054 003F
0DD00 0055 003F
0DF00 0056 0041
0E100 0057 0041
0E300 0058 0040
0E500 0059 0044
0E700 0059 0044
0E900 005A 0046
0EB00 0059 0043
0ED00 005A 0042
0EF00 005A 0043
0F100 005B 0044
0F300 005C 0046
0F500 005D 0045
0F700 005C 0047
0F900 005E 0049
0FB00 0060 004B
0FD00 0061 004D
0FF00 0064 004D
10100 0066 004E
10300 0068 0051
10500 006A 0053
10700 006D 0057
10900 0071 005C
10B00 0074 005E
10D00 0077 0061
10F00 007A 0065
11100 007E 0065
11300 0080 006A
11500 0085 006E
11700 0089 0071
11900 008C 0076
11B00 0091 0079
11D00 0096 007E
11F00 009A 0081
12100 00A0 0088
12300 00A5 008E
12500 00AD 0096
12700 00B6 009F
12900 00BF 00A7
12B00 00C6 00AE
12D00 00D0 00B7
12F00 00D8 00BF
13100 00E3 00C8
13300 00EF 00D5
13500 00F9 00E0
13700 0105 00ED
13900 0111 00F8
13B00 0120 0105
13D00 012E 0112
13F00 013D 0120
14100 014D 0132
14300 015C 0142
14500 016B 0151
14700 017C 0164
14900 0190 0174
14B00 01A4 0189
14D00 01B8 019C
14F00 01CF 01B2
15100 01E4 01C6
15300 01FA 01DF
15500 0213 01FA
15700 0231 0213
15900 0249 022C
15B00 0265 0249
15D00 0281 0267
15F00 029E 0284
16100 02BB 02A4
16300 02D6 02C5
16440 02E7 02DD
Head Linearizing
Cyl = 00B2CB
Head = 00 Gain Adjust = 0103
Head = 01 Gain Adjust = 0113
Head Linearizing
Cyl = 0002D4
Head = 00 Gain Adjust = 00ED
Head = 01 Gain Adjust = 010C
Head Linearizing
Cyl = 0162C3
Head = 00 Gain Adjust = 00EC
Head = 01 Gain Adjust = 00F3
CYL = 003C0 KA = 4870 scaled by 4000 CYL = 00BC0 KA = 4610 scaled by 4000
CYL = 013C0 KA = 44E0 scaled by 4000 CYL = 01BC0 KA = 43E0 scaled by 4000
CYL = 023C0 KA = 4320 scaled by 4000 CYL = 02BC0 KA = 42A0 scaled by 4000
CYL = 033C0 KA = 41C0 scaled by 4000 CYL = 03BC0 KA = 4170 scaled by 4000
CYL = 043C0 KA = 40C0 scaled by 4000 CYL = 04BC0 KA = 40D0 scaled by 4000
CYL = 0B2CB KA = 4210 scaled by 4000
CYL = 11940 KA = 4110 scaled by 4000 CYL = 12140 KA = 4150 scaled by 4000
CYL = 12940 KA = 4140 scaled by 4000 CYL = 13140 KA = 4160 scaled by 4000
CYL = 13940 KA = 4200 scaled by 4000 CYL = 14140 KA = 4270 scaled by 4000
CYL = 14940 KA = 4340 scaled by 4000 CYL = 15140 KA = 4440 scaled by 4000
CYL = 15940 KA = 4550 scaled by 4000 CYL = 16140 KA = 4660 scaled by 4000
Head Linearizing
Cyl = 00B2CB
Head = 00 Gain Adjust = 0107
Head = 01 Gain Adjust = 0113
Head Linearizing
Cyl = 0002D4
Head = 00 Gain Adjust = 00EF
Head = 01 Gain Adjust = 010F
Head Linearizing
Cyl = 0162C3
Head = 00 Gain Adjust = 00EC
Head = 01 Gain Adjust = 00F1
Table Linearization in Process
Head Gain Measure
Head Max -38h -28h -18h -08h +08h +18h +28h +38h
00 585D 4F50 585D 56E8 4E75 4470 4057 3E94 4562
01 51D2 4802 51D2 4F0C 4BB5 48E8 4826 452F 4560
Normalized Integrated Gain
Head -40h -30h -20h -10h 00 +10h +20h +30h +40h
00 0000 0397 0796 0B85 0F12 122B 1514 17E9 1B0D
01 0000 0385 0784 0B61 0F14 12A4 162A 198B 1CEF
PES to Position Table
Head -40h -30h -20h -10h 00 +10h +20h +30h +40h
00 FFC0 FFD1 FFE4 FFF7 0007 0016 0024 0031 0040
01 FFC0 FFD0 FFE1 FFF2 0003 0012 0022 0031 0040
ASCII logging on
Calibrating Physical Track 0 on heads 0 thru 1
Finding Maximum Eccentricity ...
Calibrating Head 1 ...
DAC value = FF68
Buzz - Head Mask FFFF - Switch to full int.
Spin Ready
Calibrating Head 0 ...
Radial Offset Table:
Head 0 Offset = ACA
Head 1 Offset = A60
Head 2 Offset = 1388
Head 3 Offset = 1388
Radial ID Delta Offset Table - RPO:
Head 0 Offset = 0
Head 1 Offset = 28
Head 2 Offset = DE8B
Head 3 Offset = DE8B
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) = 19CF servo clocks.
ID-OD Delta Timing Skew (h0 to h1) = 0080 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.
Greycode Index Skew (h0) = 0000 servo sectors.
Greycode Index Skew (h1) = 0002 servo sectors.
Greycode Index Skew (h2) = 0000 servo sectors.
Greycode Index Skew (h3) = 0000 servo sectors.
Disk 00
RTE Amp = 0098 servo clocks (div by 64). Sector = 008Eh. Trk/2 = B2BFh.
RTE Amp = 007D servo clocks (div by 64). Sector = 008Ah. Trk/2 = 8F02h.
RTE Amp = 006C servo clocks (div by 64). Sector = 0087h. Trk/2 = 6B44h.
RTE Amp = 005D servo clocks (div by 64). Sector = 0082h. Trk/2 = 4787h.
RTE Amp = 005A servo clocks (div by 64). Sector = 0083h. Trk/2 = 23C9h.
RTE Amp = 0055 servo clocks (div by 64). Sector = 007Eh. Trk/2 = 000Ch.
Disk 01
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RTE Amp = 0000 servo clocks (div by 64). Sector = 0000h. Trk/2 = 0000h.
RPO Calibration!
Calibrating Head 1 ...
Radial Offset Table:
Head 0 Offset = ACA
Head 1 Offset = A60
Head 2 Offset = 1388
Head 3 Offset = 1388
Radial ID Delta Offset Table - RPO:
Head 0 Offset = 0
Head 1 Offset = 28
Head 2 Offset = D5CD
Head 3 Offset = D5CD
Servo Zone 11, OD [0000D879.0,FC57,0257,C0]
Left Bath = FEFD, Right Bath = FFB6 : Pick (FF59) ( Min/Max AGC 7BFF )
Servo Zone 11, ID [0000EDBE.0,FD07,0307,C0]
Left Bath = FFA5, Right Bath = 0065 : Pick (0005) ( Min/Max AGC 7DFF )
Servo Zone 12, OD [0000EDCF.0,FD0B,030B,C0]
Left Bath = FFA8, Right Bath = 0069 : Pick (0008) ( Min/Max AGC 79FF )
Servo Zone 12, ID [0001039A.0,FDBE,03BE,C0]
Left Bath = 0065, Right Bath = 0118 : Pick (00BE) ( Min/Max AGC 84FF )
Servo Zone 11, OD [0000D8E3.1,FC66,0266,C0]
Left Bath = FF19, Right Bath = FFB2 : Pick (FF65) ( Min/Max AGC 89FF )
Servo Zone 11, ID [0000EE28.1,FD1D,031D,C0]
Left Bath = FFD0, Right Bath = 006A : Pick (001D) ( Min/Max AGC 88FF )
Servo Zone 12, OD [0000EE39.1,FD1E,031E,C0]
Left Bath = FFCB, Right Bath = 006D : Pick (001C) ( Min/Max AGC 85FF )
Servo Zone 12, ID [00010404.1,FDDB,03DB,C0]
Left Bath = 0099, Right Bath = 0129 : Pick (00E1) ( Min/Max AGC 8EFF )
Adapt Data Zone 09
Test 0000f313.00 0000615a BER 00000000
Test 0000f313.00 00005fe5 BER 00000000
Adapt Data 0000f313.00
Rbck DATA load
NPML 00
Test 0000f313.00 00006193 BER 00000000
Adjust ATTR 00 VGAS 79 VGAR 5e FREQR 81 within _ATT VGAR FREQR
MRASYM 80 00005e7d BER 00000000
MRASYM 78 00005f85 BER 00000000 hold
Test 0000edbe.00 00005640 BER 00000000
Servo Zone 11 ID OFST Lower ffa5 Upper 0064 Step 0006 Right 1f Mask 00008340
Default 0005 00005930 BER 00000000
Floor 1 1f 000202d1 000202d1
Left 1 ffcf 0001a322
Middle 1 000d 00005a6b
Right 1 004c 00018b8f
Lowest 1 000b 00005a6b
Z = -A1/(2*A2) : FF50
X = Z + Xavg : FF5F
Curve 0059 0003f709
New 000d 00005b28 BER 00000000
Test 0000edcf.00 00005501 BER 00000000
Servo Zone 12 OD OFST Lower ffa8 Upper 0067 Step 0006 Right 1f Mask 00004340
Default 0008 000055fe BER 00000000
Floor 1 1f 00020495 00020495
Left 1 ffcc 0001f167
Middle 1 000d 00005a5c
Right 1 004f 0001e3dd
Lowest 1 000e 00005904
Z = -A1/(2*A2) : 02FC
X = Z + Xavg : 030B
Curve 005c 00050965
New 000d 00005af1 BER 00000000
Adjust ATTR 00 VGAS 7b VGAR 65 FREQR 7f within _ATT VGAR FREQR
Test 0000f313.00 00005ff1 BER 00000002
Noise target 00000000
Rbck Noise OFF
Rbck DATA save
WRITE_I Lower 0003 Upper 001b Step 0001 Right 18 Mask 00000342
Default 000e 00005e31 BER 00000000
Floor 1 10 00005aa4 00006329
Left 1 0012 000059f2
Middle 1 0016 000057e2
Right 1 001b 00005575
Lowest 1 001b 00005575
Z = -A1/(2*A2) : 0008
X = Z + Xavg : 0014
Curve 0017 00005677
New 0016 00005a7e BER 00000000 AUTO
Test 0000f313.00 00005916 BER 00000000
MRASYM 80 00005826 BER 00000000
MRASYM 79 00005a9b BER 00000000 hold
PRECOMP Lower 0000 Upper 000a Step 0001 Right 0a Mask 00000004
Default 0005 000056b4 BER 00000000
Floor 1 0b 00005e70 00005e70
Left 1 0001 00005adb
Middle 1 0003 000059be
Right 1 0005 00005676
Lowest 1 0005 00005676
Z = -A1/(2*A2) : FFFE
X = Z + Xavg : 0003
Curve 0003 000059be
New 0003 000053b1 BER 00000000
Test 0000f313.00 00005559 BER 00000000
XDCTAP 96 000055b3 BER 00000000 adapt
XDCTAP 5b 00005665 BER 00000000 hold
CUTOFF Lower 041c Upper 0510 Step 0002 Right 14 Mask 00000348
Default 043c 0004b7d8 BER 00000000
Floor 1 0d 0004e2ca 00056179
Left 1 0436 0004ce35
Middle 1 043c 0004c28c
Right 1 0510 0004cba8
Lowest 1 050c 0004b71c
New 043c 0004c7c4 BER 00000000
BOOST Lower 0000 Upper 0016 Step 0001 Right 16 Mask 00000360
Default 000d 0004b996 BER 00000000
Floor 1 17 00054b1d 00054b1d
Left 1 0001 000537bf
Middle 1 0009 0004e7df
Right 1 0011 00052c21
Lowest 1 000d 0004ac8f
Z = -A1/(2*A2) : FFFF
X = Z + Xavg : 000A
Curve 000a 0004c42f
New 0009 0004c5b6 BER 00000000
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 00000350
Default 000b 0004c5fa BER 00000000
Floor 1 10 0005adc0 00062823
Left 1 0005 000575c3
Middle 1 000a 0004f2fc
Right 1 000f 0005adc0
Lowest 1 000b 0004c45d
Z = -A1/(2*A2) : 0003
X = Z + Xavg : 000A
Curve 000a 0004f2fc
New 000a 0004f75c BER 00000000
Servo Zone 11 ID OFST Lower ffad Upper 006c Step 0006 Right 1f Mask 00008340
Default 000d 000065b6 BER 00000000
Floor 1 20 0002515d 0002515d
Left 1 ffcb 00022ca8
Middle 1 000c 00006596
Right 1 004e 0001f395
Lowest 1 0007 00006596
Z = -A1/(2*A2) : 0F3A
X = Z + Xavg : 0F49
Curve 0061 0006346f
New 000c 0000675b BER 00000000
Servo Zone 12 OD OFST Lower ffad Upper 006c Step 0006 Right 1f Mask 00004340
Default 000d 000067dc BER 00000000
Floor 1 1f 0002280d 0002280d
Left 1 ffd1 0001a8f7
Middle 1 000f 0000676c
Right 1 004e 0001fc9e
Lowest 1 0007 0000642e
Z = -A1/(2*A2) : 33AE
X = Z + Xavg : 33BD
Curve 0061 0006ba27
New 000f 0000690a BER 00000000
CUTOFF Lower 0436 Upper 0510 Step 0001 Right 0e Mask 00000348
Default 043c 00050cac BER 00000000
Floor 1 07 0004fa1c 0005011c
Left 1 0436 0004f8e6
Middle 1 043d 00050d9b
Right 1 0510 0004fa12
Lowest 1 0439 0004f128
New 043d 0004f693 BER 00000001 AUTO
BOOST Lower 0000 Upper 0012 Step 0001 Right 12 Mask 00000360
Default 0009 00050d68 BER 00000000
Floor 1 13 000542a9 000542a9
Left 1 0007 00053db5
Middle 1 000b 0004f566
Right 1 000f 00051cf1
Lowest 1 000b 0004f566
Z = -A1/(2*A2) : 0001
X = Z + Xavg : 000A
Curve 000a 0005031d
New 000b 0004fb77 BER 00000000 AUTO
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 00000350
Default 000a 00050315 BER 00000000
Floor 1 10 0005951c 0005fe42
Left 1 0005 00056481
Middle 1 000a 0004fd05
Right 1 000f 0005951c
Lowest 1 000b 0004c6c0
Z = -A1/(2*A2) : 0003
X = Z + Xavg : 000A
Curve 000a 0004fd05
New 000a 00050023 BER 00000000 AUTO
Noise target 00000000
Rbck Noise OFF
Adjust ATTR 00 VGAS 78 VGAR 63 FREQR 7f within _ATT VGAR FREQR
MRASYM 80 000060a4 BER 00000000
MRASYM 79 0000629b BER 00000000 adapt
Test 0000f313.00 00005d13 BER 00000000
MRASYM 80 00005f19 BER 00000000
MRASYM 82 00005e06 BER 00000000 update 82 hold
NPML 03 0000610d BER 00000000 NPML update
NPML 03 0000d1d6 BER 00000000
MRASYM 82 0000cc17 BER 00000000
MRASYM 81 0000cf02 BER 00000000 adapt
BETTER UPDATE TAPS Rbck DATA save
Media 0000
Test 0000f313.01 000078f7 BER 00000003
Test 0000f313.01 00007771 BER 00000000
Adapt Data 0000f313.01
Rbck DATA load
NPML 00
Test 0000f313.01 00007ea7 BER 00000001
Adjust ATTR 00 VGAS 9a VGAR 6f FREQR 82 within _ATT VGAR FREQR
MRASYM 80 0000beee BER 00000003
MRASYM ce 00007c3f BER 00000001 update ce hold
Test 0000ee28.01 00006cb9 BER 00000000
Servo Zone 11 ID OFST Lower ffbd Upper 007c Step 0006 Right 1f Mask 00008340
Default 001d 00006e85 BER 00000000
Floor 1 1f 00028f46 00028f46
Left 1 ffe7 0001d76e
Middle 1 0022 000075f3
Right 1 005e 0001f30d
Lowest 1 0023 00007307
Z = -A1/(2*A2) : 0706
X = Z + Xavg : 0715
Curve 0071 000660ba
New 0022 00007442 BER 00000000
Test 0000ee39.01 00006d5e BER 00000000
Servo Zone 12 OD OFST Lower ffbc Upper 007b Step 0006 Right 1f Mask 00004340
Default 001c 00006d7c BER 00000001
Floor 1 1e 0002504a 0002504a
Left 1 ffe6 0002028d
Middle 1 0021 000072d8
Right 1 005d 0001d545
Lowest 1 0022 000072b3
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 000F
Curve 0016 000072fc
New 0021 00007406 BER 00000000
Adjust ATTR 00 VGAS 9b VGAR 72 FREQR 81 within _ATT VGAR FREQR
Test 0000f313.01 0000792d BER 00000000
Noise target 00000000
Rbck Noise OFF
Rbck DATA save
WRITE_I Lower 0003 Upper 001b Step 0001 Right 18 Mask 00000342
Default 000e 00007daa BER 00000001
Floor 1 0f 000076c0 00007e82
Left 1 0014 000075e7
Middle 1 0017 0000747a
Right 1 001b 00007018
Lowest 1 001b 00007018
Z = -A1/(2*A2) : 000C
X = Z + Xavg : 0018
Curve 001a 0000724e
New 0017 0000728d BER 00000002 AUTO
Test 0000f313.01 00007031 BER 00000000
MRASYM ce 00007196 BER 00000000
MRASYM c9 00007103 BER 00000000 update c9 hold
PRECOMP Lower 0000 Upper 000a Step 0001 Right 0a Mask 00000004
Default 0005 000072b7 BER 00000001
Floor 1 0b 000077fa 000077fa
Left 1 0002 00007434
Middle 1 0005 00006d60
Right 1 0008 000077e4
Lowest 1 0004 00006cef
Z = -A1/(2*A2) : 0000
X = Z + Xavg : 0005
Curve 0005 00006d60
New 0005 000071c0 BER 00000000
Test 0000f313.01 00006fa4 BER 00000000
XDCTAP 96 00006eb1 BER 00000001 adapt
XDCTAP 5e 0000740d BER 00000001 hold
CUTOFF Lower 041c Upper 0510 Step 0002 Right 14 Mask 00000348
Default 043c 00052aef BER 00000000
Floor 1 0d 00055cbb 0005f160
Left 1 0434 00055958
Middle 1 043c 00052e82
Right 1 0510 00052c30
Lowest 1 0510 00052c30
New 043c 00053071 BER 00000000
BOOST Lower 0000 Upper 0016 Step 0001 Right 16 Mask 00000360
Default 000d 000529c7 BER 00000000
Floor 1 17 0005a426 0005b5f0
Left 1 0000 0005a426
Middle 1 0008 000563b2
Right 1 0011 0005986c
Lowest 1 000c 00052c0e
Z = -A1/(2*A2) : FFFF
X = Z + Xavg : 000A
Curve 000a 00054697
New 0008 00054313 BER 00000000
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 00000350
Default 000b 00053b4f BER 00000000
Floor 1 10 0005f7ad 0006e14f
Left 1 0006 0005d020
Middle 1 000a 00055ab2
Right 1 000f 0005f7ad
Lowest 1 000b 00053f90
Z = -A1/(2*A2) : 0003
X = Z + Xavg : 000A
Curve 000a 00055ab2
New 000a 0005692b BER 00000000
Servo Zone 11 ID OFST Lower ffc2 Upper 0081 Step 0006 Right 1f Mask 00008340
Default 0022 000087a7 BER 00000000
Floor 1 20 0002ffbd 0002ffbd
Left 1 ffe6 00025057
Middle 1 0024 000084d7
Right 1 0063 0002c1b3
Lowest 1 0022 000084d7
Z = -A1/(2*A2) : 1CE1
X = Z + Xavg : 1CF0
Curve 0076 000836b9
New 0024 0000895d BER 00000001
Servo Zone 12 OD OFST Lower ffc1 Upper 0080 Step 0006 Right 1f Mask 00004340
Default 0021 000081be BER 00000000
Floor 1 1f 0002d0c4 0002d0c4
Left 1 ffe5 000272a1
Middle 1 0023 00008487
Right 1 0062 0002a8d8
Lowest 1 001b 00007ff4
Z = -A1/(2*A2) : 05C8
X = Z + Xavg : 05D7
Curve 0075 0007e571
New 0023 000086b4 BER 00000003
CUTOFF Lower 0434 Upper 0510 Step 0001 Right 10 Mask 00000348
Default 043c 00056daa BER 00000000
Floor 1 0a 0005690a 00056f26
Left 1 0437 0005676e
Middle 1 043d 00057361
Right 1 0510 0005669f
Lowest 1 0439 00056460
New 043d 00057ee0 BER 00000000
BOOST Lower 0000 Upper 0012 Step 0001 Right 12 Mask 00000360
Default 0008 0005c398 BER 00000001
Floor 1 13 0005d4a7 0005d4a7
Left 1 0008 0005bf1e
Middle 1 000c 000585bd
Right 1 0010 0005cb00
Lowest 1 000c 000585bd
Z = -A1/(2*A2) : 0001
X = Z + Xavg : 000A
Curve 000a 0005b176
New 000c 00055fcd BER 00000001 AUTO
TAPDELT Lower 0000 Upper 000f Step 0001 Right 0f Mask 00000350
Default 000a 00055c08 BER 00000000
Floor 1 10 0005f4d7 0006955b
Left 1 0006 0005a1fa
Middle 1 000a 000562b7
Right 1 000f 0005f4d7
Lowest 1 000b 0005380a
Z = -A1/(2*A2) : 0003
X = Z + Xavg : 000A
Curve 000a 000562b7
New 000a 0005623d BER 00000000
Noise target 00000000
Rbck Noise OFF
Adjust ATTR 00 VGAS 9b VGAR 68 FREQR 7d within _ATT VGAR FREQR
MRASYM c9 0000849f BER 00000002
MRASYM cd 000082b3 BER 00000000 update cd adapt
Test 0000f313.01 0000799d BER 00000002
MRASYM cd 00007dc8 BER 00000003
MRASYM d2 00007ee9 BER 00000002 hold
NPML 03 0000810b BER 00000001 NPML update
NPML 03 0000fa38 BER 00000002
MRASYM cd 0000fa26 BER 00000000
MRASYM cd 0000f709 BER 00000000 update cd adapt
BETTER UPDATE TAPS Rbck DATA save
Media 0000
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 0091 0001 0001 0001 0019 0000 0005 0004 0001
02000.00 0079 0001 0001 0000 0014 0000 0004 0004 0001
04000.00 0079 0001 0001 0001 000a 0000 0004 0001 0001
06000.00 0064 0000 0000 0002 001d 0000 0004 0001 0001
08000.00 0052 0000 0000 0000 001a 0001 0004 0001 0001
0a000.00 0055 0000 0000 0000 0011 0001 0005 0001 0001
0e000.00 0044 0001 0000 0000 000a 0001 0009 0001 0000
10000.00 0052 0001 0001 0000 000a 0001 0009 0001 0000
12000.00 0064 0000 0000 0001 0004 0004 0009 0002 0001
14000.00 0055 0005 0000 0004 0000 0009 0004 0001 0000
16000.00 0065 0002 0005 0004 0001 000d 000a 0004 0000
00018.01 0011 0001 0002 0000 0022 0000 0001 0009 0001
02000.01 0011 0000 0001 0000 001a 0002 0002 0002 0000
04000.01 0019 0000 0001 0001 001a 0000 0004 0001 0000
06000.01 0010 0001 0001 0004 001a 0001 0004 0000 0000
08000.01 0019 0001 0000 0004 001a 0000 000a 0001 0000
0a000.01 0019 0001 0000 0004 001d 0000 0009 0000 0001
0e000.01 001a 0000 0000 000a 0025 0000 0004 0000 0000
10000.01 0011 0001 0004 001a 0035 0000 0001 0002 0001
12000.01 0008 0000 0004 0032 0044 0001 0001 0002 0001
14000.01 0011 0001 0009 0044 0041 0009 0000 0002 0000
16000.01 000d 0001 0019 0074 0052 0010 0000 0005 0000
ASCII logging on
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=60, ID=1E
No entries in Log
ASCII logging off
EP=0, TA=0, HiGain=1, OTRd=0, Early Rd=0, Splash=1, Reload=1, NPML=1, MRBias=1
Bst/Zap=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=40, Write=40, ID=1E
Power Cycling
EP=1, TA=1, HiGain=1, OTRd=1, Early Rd=0, Splash=1, Reload=1, NPML=1, MRBias=1
Bst/Zap=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=FF, Write=80, ID=FF
ASCII logging on
(SN: 4MR450WS)
.PW
ASCII logging off
.088
Channel Srvo Table
Head Addr VGA SATT Tap5 Tap6 Tap3 Tap7 Tap2 Tap8 Tap9 XDC
00 A548 51 72 8B 8C 42 D4 A4 50 B8 96
01 A552 75 72 31 B7 45 87 AC 8F 7C 96
DC Erasing zero Offset tracks
Skipping MDW oversample s/n cylinders.
Power Cycling
AbEnd Test 02
Begin Test 4D
ASCII logging on
Not Power Cycling
ASCII logging off
ASCII logging on
Fail Log Summary .....
Cum Health = 0200
Log 01 - Health 0200
Log 02 - Health 0200
Head Mask FFFF -
Read Bias - Head 0 1 2 3
9 9
Switch to full int.
Spin Ready
=====================================================================
No log on disk
=====================================================================
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
User Slip Defect List
Close slip list
0 . . . .
User Slip Defect List
Close slip list
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 B1.
The delta of VGA amplitudes for Zone 0 head 0 exceeds the limit (14)
The average VGA amplitude for zone 0 head 1 is 9D.
The delta of VGA amplitudes for Zone 0 head 1 exceeds the limit (14)
The average VGA amplitude for zone 9 head 0 is A4.
The delta of VGA amplitudes for Zone 9 head 0 exceeds the limit (14)
The average VGA amplitude for zone 9 head 1 is B0.
The delta of VGA amplitudes for Zone 9 head 1 exceeds the limit (14)
The average VGA amplitude for zone F head 0 is E1.
The delta of VGA amplitudes for Zone F head 0 exceeds the limit (14)
The average VGA amplitude for zone F head 1 is 9A.
The delta of VGA amplitudes for Zone F head 1 exceeds the limit (14)
Power Cycling
ASCII logging off
OkEnd Test 22
Begin Test 61
OkEnd Test 4E
Begin Test 4E
ASCII logging on
Not Power Cycling
ASCII logging off
ASCII logging on
Log 02 - Health 0200 - HlthDtl 0000 - Time = 00:37:16 Log Type = 01
Log 82 - No Log on Disk
Log 83 - No Log on Disk
Log 84 - No Log on Disk
Log 03 - No Log on Disk
Log 73 - 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 DA - No Log on Disk
Log DC - No Log on Disk
Log D6 - No Log on Disk
Log D7 - No Log on Disk
Log D8 - No Log on Disk
Log D9 - No Log on Disk
Log 56 - No Log on Disk
Log B0 - No Log on Disk
Log B1 - No Log on Disk
Log B2 - No Log on Disk
Log 0B - No Log on Disk
Log 7D - No Log on Disk
Log 58 - No Log on Disk
Log 08 - No Log on Disk
Log 0C - 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 0A - No Log on Disk
Log 8A - 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 A9 - No Log on Disk
Log 3F - No Log on Disk
Log 09 - No Log on Disk
Log 20 - No Log on Disk
Log 77 - No Log on Disk
Log 43 - No Log on Disk
Log 27 - No Log on Disk
Log B3 - No Log on Disk
Log B4 - No Log on Disk
Log B5 - No Log on Disk
Log 51 - No Log on Disk
Log 48 - No Log on Disk
Log 41 - No Log on Disk
Log 49 - No Log on Disk
Log 4B - No Log on Disk
Log 4A - No Log on Disk
Log 4D - Health 0000 - HlthDtl 0000 - Time = 00:00:13 Log Type = 01
Log 39 - Health 0000 - HlthDtl 0000 - Time = 00:00:00 Log Type = 01
Log 22 - Health 0008 - HlthDtl 0003 - Time = 00:00:19 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 B6 - No Log on Disk
Log B7 - No Log on Disk
Log B8 - No Log on Disk
Log 6F - No Log on Disk
Total Cert Time = 00:37:48
ASCII logging off
Power Cycling
AbEnd Test 4E
T>
评论
最后一节的流程好象不对
评论
一篇主题,最多发1000个字,而且现在有8000多个字,,这样就要发8次,
流程哪里不对,怎么修复
评论
学习，学习，再学习中。
评论
再多也分成几个帖发出来呀
你自己都没有耐心，何况义务帮人解答问题的朋友
你说是不是这样的道理
至于流程不对，那是我的个人观点。不一定正确。因为我硬盘也很菜
如果ST的盘流程不对，或者流程为空
可以写入其他的流程试试
就是写CERT CODE 电路 电子 维修 求创维42c08RD电路图 评论 电视的图纸很少见 评论 电视的图纸很少见 评论 创维的图纸你要说 版号，不然无能为力 评论 板号5800-p42ALM-0050 168P-P42CLM-01 电路 电子 维修 我现在把定影部分拆出来了。想换下滚，因为卡纸。但是我发现灯管挡住了。拆不了。不会拆。论坛里的高手拆解过吗？ 评论 认真看，认真瞧。果然有收
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