7200.11 320G的盘技术进来帮看下怎么搞

andyhyh

盘可以就绪，可是容量显示不对
0 n: O" o9 k6 I$ t2 A9 A( }1 pST3320613AS  9SZ2HSZ0    CC2H   312
用了修复LBA0  和强力LBA0都不行  
9 }$ t5 J. [) U指令下通电的时候显示乱码，按A后出现
$ z: a9 ]& s& a/ \- F' w7 U. gASCII  Diag mode   
( _# t9 W3 X6 s6 P# |* ]F3  T>输入指令  m0,2,2,0,0,0,0,22
出现
9 j7 }/ @* @& r$ d) y6 N- ~9 ^/ BMax Wr Retries = 00, Max Rd Retries = 00, Max ECC T-Level = 00, Max Certify Rewrite Retries = 0000
User Partition Format Successful - Elapsed Time 0 mins 00 secs        
- b( `3 P# _4 v% v/ O/ bZone re-format was skipped.
( ]* \1 R% P, Z/ K* p1 ^0 wF3 T>
断电开电故障依旧
电路板模式下能就绪，可是状态显示
/ @# m- m; o' U9 AST_M13FQBL    NQR_BFW     1117F38D     8089950
/ i' i1 b6 m# e( N$ F指令模式下怎么样都输入不了指令
5 n$ U: X+ v; T  ~7 O这个盘不要数据，请问技术怎么弄
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效率源技术部05

不会弄，楼下继续
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geliang0814

Interface task reset
1024k x 16 buffer detected
ALPINE - 1_Disk    M-21  11-25-03 18:53
5 K8 [3 M5 l" x) `' R- O5 nBuzz  - Head Mask FFFF - Switch to full int.
              Spin Ready
8 T  Z- {# M3 [4 {- A9.51  03-24-04 08:27
(P)PATA Reset
1 D) M* \6 p3 ^& w! y2 B/ RNot Interface Age!
>(No valid SeaDex script in buffer.
Begin Test 02
ASCII logging on
8 ?" x2 ?4 A' }# X6 h                      Not Power Cycling
                      Not Power Cycling
6 g: `5 A( W' D( {2 V6 |, tZone 00 Head 00 adaptives set to defaults
Zone 01 Head 00 adaptives set to defaults
Zone 02 Head 00 adaptives set to defaults
Zone 03 Head 00 adaptives set to defaults
Zone 04 Head 00 adaptives set to defaults
$ D1 n; @9 a- u! bZone 05 Head 00 adaptives set to defaults
! X, E- S/ j3 E" wZone 06 Head 00 adaptives set to defaults
) S+ A8 s0 D3 JZone 07 Head 00 adaptives set to defaults
6 I5 W  V7 \2 V1 }5 {, jZone 08 Head 00 adaptives set to defaults
Zone 09 Head 00 adaptives set to defaults
' ]& [- g7 x9 Q3 E( I( j" MZone 0A Head 00 adaptives set to defaults
Zone 0B Head 00 adaptives set to defaults
Zone 0C Head 00 adaptives set to defaults
6 v  F6 |2 N: J$ KZone 0D Head 00 adaptives set to defaults
Zone 0E Head 00 adaptives set to defaults
Zone 0F Head 00 adaptives set to defaults
Head Mask FFFF -
Read Bias - Head      0   1   2   3
& [4 }; ?; g. Y                      A
HiTemp Bias Head      0   1   2   3
+ m- z+ f0 h  T5 R& i6 j7 X                      A
. p  n8 z1 ^* R8 N+ ^Head Mask FFFF - Switch to full int.
( {. ~) x: j! |) B              Spin Ready
* u" k2 b5 X# ECalibrating Physical Track 0 on heads 0 thru 0
# m; i# d( H0 l, g- P" @Calibrating Head 0 ...
Radial Offset Table:
Head 0    Offset = 67E
4 ^9 n- v: y) m% jHead 1    Offset = 1388
% p: |9 m* q8 `- i4 |% ZHead 2    Offset = 1388
Head 3    Offset = 1388
SkpCylList deleted  
2 k6 W" J# j6 I1 V4 SSys= 0F010-0F08F   0280 SPTK on sys trks
<empty>
8 _& C5 j. S: H7 @) t( p' t- r# O7 {% Qdrive must be reformatted
  l/ N" c3 y/ g) o% R5 SSkipping MDW oversample s/n cylinders.
Zone 00:  00018 - 00BE8  1100 (044C) 683.439
Zone 01:  00BE9 - 027FE  1056 (0420) 666.63
; K; h$ ~6 ^8 _, x! lZone 02:  027FF - 04707  1026 (0402) 646.275
5 l2 ?# `+ a6 C2 ZZone 03:  04708 - 06CA3   990 (03DE) 622.431
+ i; u* N6 V4 [  X$ U. hZone 04:  06CA4 - 08B66   953 (03B9) 602.353
' l5 d9 E- `/ |Zone 05:  08B67 - 0A479   916 (0394) 580.392
* p7 t9 j* F! ?Zone 06:  0A47A - 0C405   880 (0370) 545.882
Zone 07:  0C406 - 0D99A   836 (0344) 527.59
' ]. z: @5 m2 u: lZone 08:  0D99B - 0ECD9   806 (0326) 506.144
Zone 09:  0ECDA - 10337   770 (0302) 480.724
/ ~; S1 H- r0 ~$ J* }Zone 0A:  10338 - 11397   733 (02DD) 461.672
Zone 0B:  11398 - 12854   691 (02B3) 437.423
Zone 0C:  12855 - 13F38   660 (0294) 410.353
7 k% i3 T" m1 D- M! O* FZone 0D:  13F39 - 14AE7   623 (026F) 396.401
Zone 0E:  14AE8 - 155D6   605 (025D) 383.316
9 e; ^; r# l2 D$ uZone 0F:  155D7 - 16358   572 (023C) 363.922
Sys= 0F010-0F08F   0280 SPTK on sys trks
2 A' O7 X- ^* n+ F; _: ZTotal LBAs = 04A96402
EP=1, TA=1, HiGain=1, OTRd=1, Early Rd=0, Splash=1, Reload=1, NPML=1, MRBias=1
# u- B4 H4 I( DBst/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
9 P5 f6 d/ P0 \) Y( x# ]) uAll Hds 0-0, All Cyls 00018-16358, Rnd data
Performing AFC Zone Cal
& L3 M' J# r, G9 H: C9 b9 `. X$ fACFC Calibration:
            CRRO Orders Prior to Cal: (PES*2)^2
/ `5 S, ]- G" g  Cyl.Hd    2    3    4    5    6    7    8   12   24
, v  ]0 ]& e' F1 E0 A00018.00 0115 0034 0022 00cd 0055 0002 006a 0004 000d
02000.00 00fa 0048 0010 00d4 0049 0032 0025 0011 000a
04000.00 00b4 0049 0004 0059 009d 000a 0041 0001 0008
& u1 z5 c- l8 v4 o& |1 U06000.00 010d 0049 0009 0050 0092 0011 0074 0012 000d
08000.00 0121 0019 0019 0061 009d 0000 0028 003a 000d
0a000.00 0088 0055 0010 00b9 0062 0008 0029 0022 0014
; E7 b) m2 [4 ~. r' J0e000.00 00da 0009 0041 0052 00cd 0004 0055 0032 000d
& F# K2 Q( X  S; E# s10000.00 007d 00a9 00a0 004a 0062 0048 0032 0035 0005
12000.00 00aa 0044 00c8 0025 0082 000d 0059 000a 0008
: |) [! G4 r2 c9 i14000.00 0049 0035 003d 0025 0041 0065 0055 0028 000d
  l' ^' i! X0 Q3 N# w16000.00 00b2 0065 00b2 004a 0095 003d 003d 0004 0008
RTE Amplitude = 0011 servo clocks. Sector = 0023h. Trk/2 = B2B3h.
RTE Amplitude = 000D servo clocks. Sector = 0023h. Trk/2 = 8EF8h.
RTE Amplitude = 000B servo clocks. Sector = 0023h. Trk/2 = 6B3Dh.
RTE Amplitude = 000A servo clocks. Sector = 0023h. Trk/2 = 4782h.
RTE Amplitude = 0009 servo clocks. Sector = 0019h. Trk/2 = 23C7h.
2 ~( T, f* l2 J5 E; D- F5 |+ {RTE Amplitude = 0008 servo clocks. Sector = 0019h. Trk/2 = 000Ch.
6 M5 {  J  ^% x+ l, q& EEP=0, TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, NPML=0, MRBias=0
: s& J3 o, N6 H+ U4 T+ nBst/Zap=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=02, Write=40, ID=1E
- v1 U  T6 X5 p3 d) s Channel Srvo Table
2 @4 ?. B+ [6 U4 V. ~( D  Head   Addr   VGA  SATT  Tap5  Tap6  Tap3  Tap7  Tap2  Tap8  Tap9  RATT   XDC   
: J. X1 k0 P' H  G/ N2 |    00   F7F2    2D    02    7C    BF    97    AF    91    94    8B    41    7E   
3 O2 ]; }9 B# L; ZAdapt Servo Zone 08
6 ?7 V- m& Z8 qAdapt Servo 0000e33a.00
Adapts Loaded
: V) x. h# K; i7 S/ B0 lDbck DATA load
  l5 [) E& h6 ?NPML       00
Test 0000e33a.00 0001757f BER 00000126
Adjust ATTR 01 VGAS 69 VGAR cd FREQR 81  Read 0043 SRVTEST 41  Read 0043
fail lower limit
# c! r2 R) q3 p5 FMRASYM     80 000196b4 BER 00000628
MRASYM     8b 008296d6 BER 01001135 hold  
' e, ]" K$ v/ `, I& eZone  8 [0000D9A3.0,FC64,0264,C0]
    Left Bath = FF35, Right Bath = FF6A : Pick (FF4F) ( Min/Max AGC BEFF )
Zone  9 [0000ECE2.0,FD05,0305,C0]
    Left Bath = FFB6, Right Bath = 0017 : Pick (FFE6) ( Min/Max AGC B6FF )
8 i% V. K$ }2 PTest 0000e33a.00 000107cc BER 00000fff
Zone  0 [00000020.0,F689,FC89,C0]
$ B0 r0 G/ w7 G! w. d1 `. S    Left Bath = F9A7, Right Bath = F9F5 : Pick (F9CE) ( Min/Max AGC B4FF )
+ i4 r  @9 [$ KZone  1 [00000BF1.0,F6D4,FCD4,C0]
, F" n' b: f  P    Left Bath = F9DB, Right Bath = FA16 : Pick (F9F8) ( Min/Max AGC BCFF )
% F; l5 y; i2 g1 c& ZTest 00000bc8.00 00017a14 BER 00000fff
Test 00000bc8.00 00017d97 BER 00000fff
Test 0000e33a.00 00013ec3 BER 00000fff
+ l1 z7 H' e% `, J, Y. t" ~Adjust ATTR 01 VGAS 6a VGAR b9 FREQR 84  Read 0043 SRVTEST 41  Read 0043
fail lower limit
* [+ J; @$ q' S! BMRASYM     80 00010bf7 BER 00000fff
MRASYM     77 00011114 BER 00000fff hold  
+ I# A8 ?' X* G" c2 p$ j4 uDefault Tap Weight 00000000 Settle Tap Weight 00000154
XDCTAP     7e 0001d2c2 BER 00000000 adapt
! N. T' n# E. K* }XDCTAP     79 0081a3fc BER 01000000 hold  
CUTOFF  Lower 0022  Upper 013b  Step 0003  Right 18  Mask 0008
Default  0127 0001aaf1 BER 00000000
( S0 M; F1 z# H) FFloor  1   0f 0001cfd1 0001f90f
8 x' Q) j& P" z7 x5 ]- E" j+ R* LLeft   1 011f 0001bd5c
* n9 T' V4 j' U% [- y5 uMiddle 1 0128 0001b19f
Right  1 0132 0001b0da
) @9 O2 W0 X7 d: [7 `/ Y, M& LLowest 1 012e 0001a0f0
New      0128 0001abd6 BER 00000000
SV TAP5 Lower 0020  Upper 00df  Step 0006  Right 1f  Mask 1000
; l& C4 ?4 W/ i3 a& _+ u  sDefault  005c 0001b493 BER 00000000
2 |4 R) @7 ?! z  p0 AFloor  1   20 0001b646 0001b646
Left   1 0020 0001b1e7
# P7 H: q" \" z, w8 `* FMiddle 1 007f 0001add1
8 ]+ F6 x# `- v8 KRight  1 00df 0001aec8
$ F* a" \; E* }# n. |Lowest 1 00c2 0001a9f5
5 P7 d( y1 K1 o, P% ZCurve    Size Bathtub
# B' _4 M  y( HNew      007f 0001c733 BER 00000000
+ r. N7 S! q9 `: r0001c11e BER 00000000 _ATT 01 VGAS 6a VGAR 67 FREQR 81 Taps frozen read adapt
Current Tap Weight 0000134f diff ffffecb1 tap limits
) `5 Q, }' D& P: E) x0 j) \, P, ~0001aaf1 BER 00000000 _ATT 01 VGAS 6a VGAR 68 FREQR 7f Taps frozen read adapt
- o2 H7 ^- o7 L+ E! N0 S- fCurrent Tap Weight 00000020 diff 0000132f tap limits
+ Q' v+ ~& L6 U; E0001bb80 BER 00000000 _ATT 01 VGAS 69 VGAR 5d FREQR 7e Taps frozen read adapt
% d. k1 }' M1 l/ n  DCurrent Tap Weight 0000005d diff ffffffc3 Save servo Force servo update
Dbck Default  DATA load
Test 0000e33a.00 0000fea9 BER 00000fff
) l# N3 i5 J7 URatio 0000
: d0 j- w5 b5 a5 d0 o, O$ oZone  8 [0000D9A3.0,FC4F,024F,C0]
% P* k2 n! e8 O    Left Bath = FF2B, Right Bath = FF75 : Pick (FF50) ( Min/Max AGC BCFF )
Zone  9 [0000ECE2.0,FCE6,02E6,C0]
  ?0 t3 Q. C. L2 V* e; z+ }' v    Left Bath = FFBF, Right Bath = 0015 : Pick (FFEA) ( Min/Max AGC B6FF )
HiTemp Bias BackOff Head   0   1   2   3
0 X. n* K' p3 V& M+ t  y                           A
2 o$ M+ h, p5 a' h9 pMedia 0000
: V6 b2 Z8 \  D+ n+ A9 ]Adapt Data Zone 00
- \- z9 m* d' [- w0 ATest 00000600.00 000128f7 BER 000001d8
, E/ [7 X( A# G! T$ m+ \5 aTest 00000600.00 000122da BER 00000049
4 h$ G; a) n% MAdapt Data 00000600.00
Dbck DATA load
NPML       00
Test 00000038.00 00013a05 BER 0000000c
& Y8 d( T# j3 ^( g) NTest 00000600.00 000121e5 BER 00000046
; D4 N: T9 o0 r! s+ Q8 ^Check  ATTR 01 VGAS 7b VGAR 97 FREQR 7f  Read 0043 within VGAR FREQR
; [( h3 l% s* c; M% ]+ OMRASYM     80 00011b71 BER 00000042
4 s2 ?5 N+ G" U1 X$ QMRASYM     77 00013c9f BER 00000056 hold  
' ?" c) k9 @  j( u$ M8 sOD OFST Lower f96e  Upper fa2d  Step 0006  Right 1f  Mask 4340
8 }* k' E8 D- c" a1 l! `9 ADefault  f9ce 0001565f BER 00000056
) {  O) Y. J% r" O+ ]9 YFloor  1   0b 000196d7 000196d7
) C2 r! J1 r2 m, d$ `: nLeft   1 f9aa 000161d3
" E1 s3 y( @# |$ a& pMiddle 1 f9c4 0001376b
Right  1 f9df 00017ec2
  w6 {1 f8 e' @. h/ M! ]" PLowest 1 f9bc 000111a9
Curve    f9d4 000154a2
+ D) `6 c, N# ~7 KNew      f9c4 00011ec6 BER 00000000 AUTO
8 U' P5 x4 c% T8 L* yCheck  ATTR 01 VGAS 7d VGAR 9b FREQR 80  Read 0043 within VGAR FREQR
2 F  y$ p" g1 [5 FTest 00000600.00 0001258a BER 00000041
2 a" @, Z3 E, _Noise target  00000000
( p" T- b- v% SDbck Noise OFF
Dbck DATA save
- x: f" C8 s% A! y- cWRITE_I Lower 0000  Upper 001b  Step 0001  Right 1b  Mask 0342
Default  000e 00843318 BER 030016fd Write Error
$ k7 P4 H% T& R- p- o. tWrite Error Write Error Write Error Write Error Write Error Write Error Write Error Write Error Write Error Write Error Write Error Write Error Write Error Write Error Write Error Pgm=02 Trk=00600(00600).0(0).048(3E0) Zn=0 Err=00 ErCt=02C6 Hlth=0000 CHlth=0008 Ready LBA=00196130
Pgm=02 Trk=00600(00600).0(0).0A0(438) Zn=0 Err=00 ErCt=02C6 Hlth=0000 CHlth=0008 Ready LBA=00196180
% U- |2 Z( e* v4 ~Write Error Write Error Write Error    这个是那里在出错？/？？//

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hdjack

正在学习中。，，
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liwenzhu

同样问题，求解？
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