標題: TOSHIBA ERROR CODE LED [打印本頁(yè)] 作者: 轉身之后 時(shí)間: 2009-8-24 16:32 標題: TOSHIBA ERROR CODE LED Toshiba Laptop Error codes (Power flashing led) 東芝機器-藍色板遇到好幾個(gè)a10，都是閃燈，不知道怎么下手，google了一下，發(fā)現這個(gè)，希望對大家有所幫助我找到了自己板為40h，下一步還沒(méi)找到，但總算有點(diǎn)希望了。 , _2 y" t4 n. P5 |- A原文地址 9 `$ @ f1 p0 C6 M7 zhttp://www.hardwareanalysis.com/content/topic/51345/. C* o5 j$ G `, N
! C V1 H) b# `0 p K簡(jiǎn)單解釋一下 * { N6 l B N# N# E看電源燈閃爍，共8次，組合出一個(gè)16進(jìn)制數，然后根據他在查下面的東西 2 C3 `# }- ~- G5 F* _* h- A7 |, Y燈閃1秒代表1 1 K, \- `( P% |1 T燈閃半秒代表0# c$ W. \6 b8 _1 M
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我的8次為 ; F3 ]; i& Y2 A* r01000000 6 D6 W. N, T$ b U% n在轉換為16進(jìn)制數為40h# Y' e2 g; o1 K4 N9 r. h2 E
在查下面資料為) i. s' y i9 E
40h & R# x. r2 }; z( v4 f' H5 R( \
S3V voltage is not more than 3.14V when the computer is powered on or off. * n7 S' e4 p9 P$ ~- w3 J# O; `5 r4 w. A3 i! a1 T4 D
粗略翻譯為沒(méi)有更多的3.14v電壓在計算機開(kāi)機和關(guān)機時(shí)。 7 a- p% j+ z9 }, m" h這個(gè)s3v還不清楚是動(dòng)態(tài)的3v還是靜態(tài)的。# T7 h3 u' _! X8 i( J
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( ]7 i* k4 [7 U8 k$ E8 X6 g英文資料4 K6 b4 {( F1 r) C
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Hi Luciano, great discovery. Too bad that now Toshiba has denied access to those manuals, however those pages are still in Google's cache as today. Who knows how longer will they be? For those who will need this after us, I may say that I learned that if DC power led is flashing an error code, it means that there is a problem with the power supply. Now what problem? That will tell the code, but anyway most likely you are facing a dead motherboard.* p4 ] S, b7 n( B/ R, w
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take a look:9 c$ c7 L4 m ?7 @+ O
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Power Status Check 9 O. K/ }# \5 `7 mThe following LEDs indicate the power supply status: 6 V( I3 D7 f" U' f5 j- |" Q0 a1 cq Battery LED 1 e, n0 r2 h6 @: S( aq DC IN LED2 z1 @' l- S, I! G- r {0 }2 h
The power supply controller displays the power supply status through the Battery and the DC IN LEDs as listed in the tables below. % ^+ [# d; F9 k: Y6 cTable 2-1 Battery LED- x! U0 t# ~) D6 g0 T3 j7 j
Battery LED4 j0 D2 @( {1 }& f% E1 d
Power supply status! Q' F& O4 X4 g- z+ \7 M
Lights orange # N! ]! r6 r7 e) c2 K" l+ _Quick charge. ' Y) b' H$ v; a* Z! ZLights green6 g& g3 d/ W9 Q. d6 M
Battery is fully charged and AC adaptor is connected ' v, B) W* J2 I# [1 K: oBlinks orange5 j1 M) [8 C) u8 a, ]3 R) B- j' N' Q3 T
(even intervals)/ n$ P7 y6 r" G
The battery level becomes low while operating the computer on battery power.*1" d8 @9 \) x2 b0 K. P
Flashes orange ; q) X+ i* S" [. uThe power switch is pressed on when the battery level is low.*2 2 N9 A9 Q* F, }/ U: @3 W GDoesn't light 3 y$ r3 E+ U# H2 h9 lAny condition other than those above.! E k: _4 f& w$ ^& h
*1 3 Z5 c$ n' [; i- e: B
Low Battery Hibernation will be executed soon.: e1 n- n5 J) k1 I$ \* O
*2 % ]/ {+ O3 G, Q* K: dLow Battery Hibernation has already been executed. ' x5 x8 j i, t1 J& m/ LTable 2-2 DC IN LED 9 ~+ \/ l/ }9 d* X: d& k/ J% H/ @) i. hDC IN LED ) t, e l4 ]; {3 TPower supply status , |) w1 p, q( d& }. XLights green ! p6 D0 x& t( s, P
DC power is being supplied from the AC adaptor. ' g% {( u7 H: i0 {Blinks orange 7 S5 C$ ]5 c& C+ T! {Power supply malfunction*3 R h% b c! }; m4 qDoesn't light - o2 u E# I- E. R( u9 f# H3 F/ X MAny condition other than those above. + w& |- k$ B( q
*3 & T; m' k; @1 M3 Z8 q# f) ?3 @$ eWhen the power supply controller detects a malfunction, the DC IN LED blinks and an error code is displayed. * d5 U9 `, T. K/ Y / p% P$ k! U9 e------------------- * V& b* s3 F8 U$ S* H4 _2 W; u9 ~( \/ D% z
Error Code Check % s: K c* L+ P4 H z: ?If the power supply microprocessor detects a malfunction, the DC IN LED blinks orange. The blink pattern indicates an error as shown below. : O# h! P8 A9 C+ @( V3 Vq: ~& p; A% j" r& j( \
Start $ f& b- _5 }1 }! X& |Off for 2 seconds3 ?: A% P3 D' l4 J4 a& \; `( \; I
q2 l2 @: M" G0 C Y$ @0 N
Error code (8 bit) 7 d8 _# i( q7 E5 Y9 N& _6 n4 q: F2 n1 g) v
$ i3 d6 R- n8 l$ ]"1"0 a6 ]1 r- I3 x2 n2 ?7 \3 Q
On for one second, u; Y% ^. [* ]& z- R9 ?
; N8 [' f) y7 G* F+ X3 U"0"3 i2 i# @# W- @$ G9 _% s
On for a half second 7 ~! O# c) w1 a. p3 i6 c 1 v1 ?% f0 [. j8 Q4 R tInterval between data bits( R+ ^, p6 `7 `- n( o$ \
Off for a half second! _" @" q) W+ |( H+ _# G8 H
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The error code begins with the least significant digit. ( u' u v% \. a5 {3 xExample: Error code 12h (Error codes are given in hexadecimal format.)) K) o" p6 w- D. y# o+ m* E, A
7 n& Y1 b6 a3 Z7 \* E; V _$ cConvert the DC IN LED blink pattern into the hexadecimal error code and compare it to the tables below.; [" }( D$ o( o, `, ?
1 Y7 C/ y- { @( |7 Y* eq DC IN - O) U0 A' p+ [5 dError code j/ f0 i# M3 ]: C- I7 T
Meaning 1 J3 n/ w( r' ~# e( b+ X10h 0 I: T& Q6 G; d# N
AC Adaptor output voltage is more than 16.5 V. 3 t7 J0 h: Z2 w2 m6 x7 b# I' x
12h ( i% @) m& T, t" Y+ b/ _7 \Current from the DC power supply is more than the limit (6.05 A). ' w8 E% X( f' }( K( F9 A13h 1 O8 v6 ~5 q1 W( fCurrent from the DC power supply is more than the limit (0.5 A) when there is no load. 7 m6 T9 U& \; d14h # [/ \7 J0 ]5 y$ c: q2 w5 aCurrent sensing IC is not normal. ) U. H8 S! ~# s7 U
% w# z6 D0 s4 I- m, nq Main Battery4 O c1 t0 F- [
Error code - X/ g! v$ A- F3 U; xMeaning ; q1 f- N$ B1 R4 k2 T% | V6 I$ g. ~21h 0 U$ t, e' _0 \8 y9 U: T2 \
Main battery charge current is more than 6.05 A. 9 x/ y2 f) f9 W: ~; Y9 t) W% g22h 2 ^$ E0 b. @5 N. sMain battery discharge current is more than 0.5 A when there is no load. . O) }% Q8 E( K0 H# v23h 4 o+ _3 f. T( U+ M$ k
Main battery charge current is more than 3.1A when DC IN direct charge is off. ' w( ~, K) G) @ O! n5 }
24h ! U, C; p& l7 U& P+ o/ o0 y1 M
Current sensing IC is not normal. & U2 Y, a/ B% ?# _% U25h & f; D0 h L( I. {2 @Main battery charge current is more than 0.3A when the battery isn't being charged. ( X2 y$ I: ?; M
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q S3V output $ @ k; _6 h6 n K" v' G* bError code 0 A: v0 h/ n; _8 s! H4 b+ q3 a0 qMeaning 4 p' \# k" G2 ?; \: V
40h / P, o" b2 w/ A3 B) l
S3V voltage is not more than 3.14V when the computer is powered on or off. ' D3 K3 N. d' ~. w K$ z5 O- l45h ' [4 k2 ]9 k* zS3V voltage is not more than 3.14V when the computer is supports CV and is booting up. 5 f9 f' K6 [/ O& Q7 `. E3 B
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q C5V output ( X3 y( B% y. O9 n9 a$ ? J9 t* UError code & t/ i' H5 C. c
Meaning ) K( C! f, n8 |50h 3 u& x; J7 \7 m) f# cC5V voltage is more than 6.00 V when the computer is powered on or off. + @8 G; o( K: x6 `51h ' o9 V" |; L6 l9 W: H& d0 EC5V voltage is not more than 4.50 V when the computer is powered on. O+ X1 K7 d* [2 Z, f( P
52h 7 I5 u4 K/ O9 d% Z
C5V voltage is not more than 4.50 V when the computer is booting up. ( `# |/ n' _& T. I C# ~53h + Q; H6 y7 b9 i2 V$ c$ o, Y4 m/ r
C5V voltage is not normal when the computer is suspended. 1 w+ q; ^/ X+ F3 ]* ^
54h % N" `! J$ N' J
C5V voltage is not normal when the computer supports CV and is suspended. 2 Y7 g4 W, R5 z" A! J# v55h * p5 l+ a1 V2 dC5V voltage is not more than 4.50V when the computer supports CV and is booting up. - a( h/ J2 t; R* d5 {3 T/ v + w, s" w- W( K2 z6 e9 aq C3V output# o3 B* p) n+ Q8 O1 d# T+ t8 P& A O
Error code + u* H& w% c+ P/ f3 l" z4 q/ {Meaning $ P D4 X% S, O/ g
60h / |2 X" M) O6 {1 NC3V voltage is more than 3.96 V. ! x1 M' z( t, m
61h ' G. {. G: B, Z9 W3 ?C3V voltage is not more than 2.81 V when the computer is powered on. " W1 r+ U) t9 J4 y
62h 1 ^) j; G3 r0 X
C3V voltage is not more than 2.81 V when the computer is booting up. i: p7 E/ e, [1 ~
63h ) n/ G: G# o& D9 xC3V voltage is not normal when the computer is suspended. / _: N- v- X# u+ k1 r% b8 N
64h - z, o u( H. {; {% H
C3V voltage is not normal when the computer supports CV and is shut down. ( J5 L: v. K, P# Z. E7 r8 W8 z65h 3 x- K5 f0 ?' T% A
C3V voltage is not more than 2.81V when the computer supports CV and is booting up. & \. N9 K7 g- J5 ]1 w 2 r" p- ~! U# @; i$ c1 T0 w. uq PPV output (PCU core voltage) 9 ]6 ?8 R. X$ k% l K! vError code - \5 E9 {" q6 z7 Q: d) s" v
Meaning 7 X, t, g, A6 a% f+ R70h 3 A' |/ Q( G7 ?; v
PPV voltage is more than 1.56V when the computer is powered on or off. 2 q2 L3 O" B2 O* f2 V/ z" H) B- M71h 4 ^( D# |* z$ ]" T! p5 PPPV voltage is not more than 0.68V when the computer is powered on. ( v: L- F: [4 P72h % l8 {% r+ o# o/ s7 g: d$ X4 ~PPV voltage is not more than 0.68V when the computer is booting up. * h, X. v$ L7 ?/ T0 h73h 0 }* a+ K% B. L" p& v
PPV voltage is not less than 0.68V when the computer is powered off. $ Y" L$ a" c: Q6 r/ l2 H J! g
% V! c( C; [0 D# [- w- e# P
q BGVSNS output & E Q2 m' D1 I2 k1 XError code " h" ^/ H# w' ?' v. s- R( HMeaning 7 T5 k3 ~: W `
80h / k# p! h( W8 d8 K; a) {0 Q& R1 N
BGVSNS voltage is not more than 1.62V when the computer is on or off. 6 J$ f/ r4 b+ Q7 y81h ) ~6 v L' y J8 Y6 Y% b: HBGVSNS voltage is not more than 1.02V when the computer is powered on. 5 d* _' u2 t1 k+ B# `82h ! X: u3 w/ S, `7 F, L2 b
BGVSNS voltage is not more than 1.02V when the computer is booting up. ' S+ v5 X, k, ^# n: `
83h + g4 R8 y. w2 t/ J# `% tBGVSNS voltage is not less than 1.02V when the computer is powered off. ) I+ o) b% P( R4 {0 F) t( r" q6 K
84h . W+ y! ^; X7 EBGVSNS voltage is not more than 1.62V when the computer is suspended. 8 Q2 O! C. L/ b+ C( {# ]
8 \! d6 p* k4 Bq 1R5-E1V output / h; q# @2 a! |/ _Error code 2 v& W% W5 e& N" p/ A5 [! gMeaning & P- `8 ^4 F) s: E
90h 2 ]6 l7 J% Q; k7 |0 x6 |1R5-E1V voltage is more than 1.80V when the computer is powered on or off. - w G" y5 c7 z" n e k91h ; X: ^* Y0 L* Q+ n5 i- {! d' o1R5-E1V voltage is not more than 1.275V when the computer is powered on. : }8 s& I! h5 L, I92h 9 z7 @" c) b# J0 r4 M) p1R5-E1V voltage is not more than 1.275V when the computer is booting up. # p* D, f" z' K0 M Q5 S& v. j1 |
93h " t! Z; ^" u# ~& ~& Z! I4 f% B
1R5-E1V voltage is not less than 1.275V when the computer is powered off. 2 o% j" b% h! `4 ?: u F
94h 7 |. l( d. V& x3 R7 ^* u
1R5-E1V voltage is not more than 1.275V when the computer is suspended. + J0 ?; V" T3 t/ X3 I: _& ]
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q 1R8-E1V output 6 a" `' Z0 y' Q# \Error code % G- }; |( ~; U
Meaning ! i& S' G4 L) D1 v! eA0h , J& K& [% m/ h7 {, [* l
1R8-E1V voltage is more than 2.16V when the computer is powered on or off. 6 O% |$ ~2 g9 v6 w4 v# _
A1h $ k. a$ V; \- W- G6 F2 G% L9 @1R8-E1V voltage is not more than 1.53V when the computer is powered on. ( |- U/ R0 w' ?% Z, T7 [
A2h % e4 l& c# o6 C! l7 S1R8-E1V voltage is not more than 1.53V when the computer is booting up. 0 u- o5 f! a! B8 D7 x; n5 \A3h 0 B5 `1 w. R" k# W5 N8 D" v1R8-E1V voltage is not less than 1.53V when the computer is powered off. " q# K/ c& j2 y! ^* j% F) E: k
A4h 8 ?- A* m9 d: K+ e/ Z M2 H
1R8-E1V voltage is not more than 1.53V when the computer is suspended. D. {+ t8 C) u% V0 r9 C/ _- y - b: F8 f: H1 X' C/ Zq 2R5-SNS output $ ?9 v7 k9 t* sError code ) ?: F( K& c; l; h% q8 mMeaning 5 W" g( U! _1 Y; ~& j/ i/ `
B0h 0 f/ D* ^* w6 N# ~2R5-SNS voltage is more than 3.00V when the computer is powered on or off. 1 z8 v! J! [" M. QB1h " ^/ k- P# n" {2 W8 f7 R, }4 U
2R5-SNS voltage is not more than 2.125V when the computer is powered on. 3 ?: ^' q. P* s2 h u6 b
B2h c) } o2 z9 ?1 v* v' ^2R5-SNS voltage is not more than 2.125V when the computer is booting up. + N4 ^3 N( n& a/ u7 C: pB3h + w+ E2 f) {0 {
2R5-SNS voltage is not less than 2.125V when the computer is powered off. / |+ Z. W6 f7 v$ T$ m: ~8 {B4h + m+ i! o* _* J; ^2R5-SNS voltage is not more than 2.125V when the computer is suspended. . F" Y7 y0 v# u9 @% w) \! w' P& z4 }- T* }' ^4 x
q 1R25-E1V output2 j* u8 f. g9 o: b( B* N+ T
Error code ; w! Q( I, i9 f' A, aMeaning 8 g# o2 w) g/ {' b) QC0h , N- r' D5 E6 h1 V- N9 x. _. i
1R25-E1V voltage is more than 1.50V when the computer is powered on or off. 0 O6 g! z6 z' h1 K7 \
C1h 3 D) {. l5 I5 t
1R25-E1V voltage is not more than 1.063V when the computer is powered on. 1 D- e( M# t2 N$ Y# r- \& {C2h - R! N* y" _5 h' x% X4 H
1R25-E1V voltage is not more than 1.063V when the computer is booting up. + t: v% U: g5 S9 o `
C3h : C% K* \* F' E: x: ~8 ~: ~! @
1R25-E1V voltage is not less than 1.063V when the computer is powered off. ! K0 U; E4 y* O3 |4 t& E; g+ u1 M
C4h 6 ]7 X6 U3 Q# ~! F. R- p1R25-E1V voltage is not more than 1.063V when the computer is suspended. % k V6 P/ L" q: ~+ E. M
5 f& B: V$ U) V6 N6 I# _q 2R5-E1V output , F/ K( i! q. r6 @/ g; E2 gError code " W8 J. Z: I3 c3 l' |, l
Meaning ) {" y5 E( a% ^, y1 r( I: zD0h + l% z' X) _# t! _- y
2R5-E1V voltage is more than 3.00V when the computer is powered on or off. 8 `$ N8 F. W, p, y# UD1h 8 \) f8 C2 R% I- U: v2R5-E1V voltage is not more than 2.125V when the computer is powered on. 0 g; ~1 M% N. F4 a4 t% mD2h 3 {- W0 I. U5 {6 t/ L
2R5-E1V voltage is not more than 2.125V when the computer is booting up. 7 S7 m1 {' a. ]. _/ B! e
D3h & R' z, X! ]/ ^8 m2 V0 m
2R5-E1V voltage is not less than 2.125V when the computer is powered off. - U2 T# _+ ^" O8 v7 u0 JD4h 1 x0 \3 [( K) ?; y! }
2R5-E1V voltage is not more than 2.125V when the computer is suspended. 0 o- k P; A) B5 y- @ ( J$ A! o7 M- q/ e& x--------------------- 5 M3 L8 g1 s7 z( ?3 NIn the case of error code 10h or 12h:( t7 W9 S. V/ f) z/ r
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Make sure the AC adaptor cord and AC power cord are firmly plugged into the DC IN 15 V socket and wall outlet. If the cables are connected correctly, connect a new AC adaptor and/or AC power cord, if necessary.& @% h( a% D$ P$ A- [
3 o; f. c, L: u$ D3 K
In the case of error code 2Xh: F/ ]! X% f. y( {3 H
) B$ G' H% ^+ k" @ E; @ @
Make sure the battery pack is correctly installed in the computer. If the battery pack is correctly installed, replace the battery pack with a new one. / ~4 D3 s; _3 o( ]5 S
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If the error still exists, the system board or the battery board may be disconnected or damaged. Disassemble the computer and check the connection between the AC adaptor and the system board and connection between the system board and the battery board (if there is one, in my case it was integrated to ths system board).5 F8 G% m' ~) Q# i& o2 R
8 a) G' @$ X, T& Z8 S) U4 rAfter checking the connection, perform the following:/ J5 U0 ?1 B! n
Check 1 . s3 y, S& G0 |2 \Replace the AC adaptor with a new one. If the AC adaptor is still not functioning properly, perform Check 2. % T. d& z. \/ R0 NCheck 2 # x% a6 ]6 [( H$ f4 C2 FUse a multimeter to make sure that the F8800 fuse on the System board is not blown. If the fuse is not blown, go to Check 3. If the fuse is blown, go to Check 6. 0 \2 u9 f6 t+ A3 t" ~' aCheck 3' {2 r7 O+ Z' `7 o
Use a multimeter to make sure that the F1000 fuse on the Battery board is not blown. If the fuse is not blown, go to Check 4. If the fuse is blown, replace the Battery board with a new one following the instructions in Chapter 4.4 e+ G$ Q; {% g; {
Check 4 3 F! L* l' Z8 s" L) n7 TMake sure that the Battery board cables are firmly connected to PJ8820 and PJ8821 on the System board and to PJ1000 and PJ1001 on the battery board. If they are connected firmly, go to Check 5.9 ?- e( p) u. o6 _5 r7 g) H# r, W
Check 5 ! {% u. d. u4 l" {0 g( V6 y" b3 LThe Battery board or System board may be damaged. Replace it with a new one following the instructions in Chapter 4. 3 E8 I; \2 o5 d& z5 a. X# x' G" {; p! O) G; u; z- q/ R0 s! c
1 N% r+ I( z- ^/ s$ j: r$ V# Y. q# mI hope this helps many people with the troubleshooting. Details may vary as models vary, but most if it is the same for every Toshiba.
