Work Procedure |
|
PCB Analysis Procedure |
|
Model : Satellite Pro 60** [04] |
|
Development Code: Montreal series |
|
FMOSY*/FMOSD*/FMOPS* |
|
FMOJS*/FMOJA*/FMOJP* |
TOSHIBA CORPORATION
DIGITAL MEDIA NETWORK OME OPERATIONS
TITLE: Montreal series PCB Analysis Procedure
REV. |
DATE |
CONTENTS |
DEPT. |
REVISED |
APP'D |
STGE. PER. |
00 |
2001-09-27 |
Issued |
(BUSE2) (BUKAI) |
Saito (Watanabe) |
Saito (Kagata) |
|
01
|
2001-10-22 |
5-4.Display tools for use applied model Montreal T&D (Repair/Windows) PAGE 12 Addition of measurement data to 8.SYSTEM PCB analysis PAGE 20-27, 29,30-35 Addition of measurement data to 9.SOUND PCB analysis PAGE 36 Addition of measurement data to 10.PS PCB analysis PAGE 37 |
(BUSE2) (BUKAI) |
Saito (Watanabe) |
Saito (Kagata) |
|
02
|
2001-11-19 |
Addition of 2. applied PCB model number PAGE 4 Addition of 3. Name of Montreal (PCB item) PAGE 5 |
(BUSE2) (BUKAI) |
Saito (Watanabe) |
Saito (Kagata) |
|
03
|
2001-12-11 |
2.Addition of applied PCB model number PAGE 4 3.Addition of Montreal name PAGE 5 |
(BUSE2) (BUKAI) |
Saito (Watanabe) (Yasuda) |
Saito (Kagata) |
|
04
|
2002-05-14 |
Change TOSHIBA logo in header Change the cover because distributing document was computerized Page 1 Change model name of cover (Satellite Pro 6000 →Satellite Pro 60**) Page 1 Change applied PCB model number (Addition of Montreal 20/50E and others) Page 4 Change name of Montreal (Addition of Montreal 20/50E and others) Page 5 Addition of tools for use, memory, details for tools for T&D use, analysis tool Page 12 Addition of relay CN connecting wire list Page 40-41 Delete parts mounting diagram Addition of relay CN connecting wire list, Change page number due to deletion of parts mounting diagram |
(BUSE) (PCKAI) |
Saito (Watanabe) (Yasuda) |
Saito (Ichimiya) |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
CONTENTS
Contents |
PAGE No. |
CONTENTS |
1. Outline |
4 |
|
2. Applied PCB Model No. |
4 |
|
3. Name of Montreal |
5 |
|
4. Difference among Montreal and Innsbruck 30/40 |
6-8 |
|
5. System configuration 5.1 Montreal Block Diagram 5.2 Connection diagram (FRONT) 5.3 Connection diagram (BACK) 5.4 Tools needed 5.5 Main device function list |
9 10 11 12 13 |
|
6. Analysis Flow Chart |
14 |
|
7. IRT LED Status Table |
15-17 |
|
8. SYSTEM PCB Analysis 8.1 Power supply error list & Check list (SYS&PS) 8.2 IRT Error list 8.3.Error list by phenomenon |
18-22 23-26 27-33 |
[01] [01] [01] |
9. SOUND PCB Analysis |
34 |
[01] |
10. PS PCB Analysis |
35 |
[01] |
11.Wireling diagram 11.1 PRT wraparound CN 11.2 RS232C wraparound CN 11.3 RJ45 wraparound CN 11.4 LCD relay PN connecting wire list 11.5 Keyboard relay CN connecting wire list 11.6 IPS membrane SW connecting wire list |
36 37 37 38 39 39 |
[04] [04] [04] |
12. PIN 12.1 EC Pin assignment 12.2 PSC Pin assignment 12.3 Super I/O Pin assignment |
40-43 44 45-48 |
[04] [04] [04] |
|
|
[04] |
1. Outline
This documented procedure is for the repair of PCB of the industry standard compatible notebook type personal computer (Development code: Montreal) that the Intel Mobile Tualatin Processor (briefly, Tualatin)/ Mobile Celeron-T Processor (Briefly, Celeron-T)and VGA supporting to AGP are mounted. This indicates the analysis method of failure detected by each test in IRT (Initial Reliability Test = It sets initially the LSI and I/O devices and tests them. If IRT detects any errors, it displays the error content or output the error status to the printer port) and T&D. The purpose is to make the repair effective and multi-talented.
2. Applied PCB Model No.
Model No. for Montreal 10[04]
Model Name |
PCB Model No. |
Function |
Drawing No. |
Assembling No. |
Comment |
|
FMOSY2 |
A5A000041010 |
SYSTEM |
360026029 |
A5E000014019 |
VP Overseas model, DDR memory |
|
FMOSD2 |
A5A000042010 |
SOUND |
360026030 |
|
|
|
FMOPS2 |
A5A000040010 |
PS |
360026061 |
A5E000013019 |
|
|
FMOSY3 |
A5A000085010 |
SYSTEM |
360027491 |
A5E000036019 |
VP B version Overseas model, DDR memory |
|
FMOSD3 |
A5A000086010 |
SOUND |
360026030 |
|
|
|
FMOSY4 |
A5A000094010 |
SYSTEM |
360027763 |
A5E000040019 |
VP Overseas model,SDR memory |
|
FMOSD4 |
A5A000095010 |
SOUND |
360026030 |
|
|
|
Model No. for Montreal 10J [04]
Model Name |
PCB Model No. |
Function |
Drawing No. |
Assembling No. |
Comment |
|
FMOJS2 |
A5A000050010 |
SYSTEM |
360026029 |
A5E000017019 A5E000017019 |
VP Domestic model ,DDR memory |
|
FMOJA2 |
A5A000051010 |
SOUND |
360026030 |
|
|
|
FMOJP2 |
A5A000052010 |
PS |
360026061 |
A5E000018019 |
|
|
FMOJS3 |
A5A000087010 |
SYSTEM |
360027491 |
A5E000037019 A5E000037019 |
VP B version domestic model |
|
FMOJA3 |
A5A000088010 |
SOUND |
360026030 |
|
|
|
FMOJS4 |
A5A000105010 |
SYSTEM |
360027763 |
A5E000044019 |
VP domestic model ,SDR memory |
|
FMOJA4 |
A5A000106010 |
SOUND |
360026030 |
|
|
|
Model No. for Montreal 20 [04]
Model Name |
PCB Model No. |
Function |
Drawing No. |
Assembling No. |
Comment |
|
FMOSY4 |
A5A000094020 |
SYSTEM |
360027763 |
A5E000040029 |
VP Overseas model, SDR memory |
|
FMOSD4 |
A5A000095020 |
SOUND |
360026030 |
|
|
|
Model No. for Montreal 50E [04]
Model Name |
PCB Model No. |
Function |
Drawing No. |
Assembling No. |
Comment |
|
FMOSY2 |
A5A000041020 |
SYSTEM |
360026029 |
A5E000014029 |
VP Overseas model, DDR memory |
|
FMOSD2 |
A5A000042020 |
SOUND |
360026030 |
|
|
|
FMOSY3 |
A5A000085020 |
SYSTEM |
360027491 |
A5E000036029 |
|
|
FMOSD3 |
A5A000086020 |
SOUND |
360026030 |
|
|
|
3. Name of Montreal [02][03][04]
Development code |
Product name |
CPU |
LCD |
MEM etc |
PCB |
COMMENT |
|
Montreal10 |
Satellite Pro 6000 |
Celeron-T/866 Celeron-T/933 Pentium3/1G Pentium3/1.2G |
13.3” XGA 15.0” XGA 14.1” XGA 15.0” XGA |
DDR 128MB DDR 256MB |
FMOSY1 |
Overseas model |
[04] |
|
|
|
|
|
FMOSY2 |
|
|
|
|
|
|
|
FMOSY3 |
|
|
|
|
|
|
SDR 128MB SDR 256MB |
FMOSY4 |
|
|
Montreal10J |
Satellite Pro 6000 |
Tualatin/1.3G |
15.0” XGA |
DDR 128MB DDR 256MB |
FMOJS1 |
Domestic model |
[04] |
|
|
|
|
|
FMOJS2 |
|
|
|
|
|
|
|
FMOJS3 |
|
|
|
|
|
|
SDR 128MB SDR 256MB |
FMOJS4 |
|
|
Montreal20 |
Satellite Pro 6000 |
Celeron-T/1.06G Celeron-T/1.2G |
13.3” XGA 15.0” XGA 14.1” XGA 15.0” XGA |
SDR 128MB SDR 256MB |
FMOSY4 |
Overseas model |
[04] |
Montreal50E |
Satellite Pro 6050 |
Celeron-T/1.2G |
13.3” XGA 15.0” XGA 14.1” XGA 15.0” XGA |
DDR 128MB DDR 256MB |
FMOSY2 |
Overseas model |
[04] |
4. Difference among Montreal and Innsbruck 30/40 -1
Item |
Montreal |
Innsbruck30/40 |
Comment for Montreal10 |
||
CPU |
FCPGA |
μPGA2 |
|
||
|
Mobile Tuaratin 1.00/1.06/1.13GHzG(133MHzPSB) (inner:1.35-1.15V,I/F:1.25V), Celeron-T 866/933MHz(133MHzPSB) (inner:1.25V) Northwood(Only forMontreal100) |
PⅢ900/1000MHzG(100MHzPSB) (inner:1.３５-1.60V,I/F;1.5V), Celeron750MHz(inner:1.60V)
|
CPU consume electricity TDP typ 25W, 50w is assumed at system total. radiate heat design neck |
||
|
Clock |
133MHz(inner 1.00/1.06/1.13GHz) Celeron-T(866/933MHz) Intel load map is undetermined |
100MHz(inner 900-1000MHz) Celeron(750MHz) |
|
|
|
Stop Clock |
→ |
Yes(Interval,Sleep,Quick Start) |
|
|
L2-Cache |
256/512KB,Quad-wide Cache |
128/256KB, Quad-wide Cache |
|
||
|
→ |
Built in at CPU |
|
||
MEMORY |
3.3V,133MHz,SDRAM, 1Gbmax |
3.3V,100MHz,SDRAM,512Mbmax |
Win98,Me is 512Mbmax |
||
|
Standard |
→ |
0MB |
|
|
|
Expand |
2 slot(dorder board),64Bit PC133(SRD) or PC2100(DDR-266B) |
2 slot(dodar board),64Bit,PC100 |
|
|
|
|
128MB(8Mx16 8p, 16Mx16 4p)(SDR) 128MB(16Mx16 4p)(DDR) 256MB(16Mx16 8p)(SDR)(DDR) 512MB(32Mx16 8p)(SDR)(DDR) |
64MB(4Mx16 or 8Mx8 8p)
128MB(8Mx16 8p) 256MB(16Mx8 16p) |
|
|
BIOS ROM |
Flash 4Mbit |
Flash 8Mbit |
New FWH |
||
|
SYSTEM |
？ |
440KB (+Boot:16KB) |
Capacity increasing factor(finger print attestation? remote BIOS upgrade?) |
|
|
VGA |
？ |
48KB ？ |
|
|
|
PnP |
？ |
8KB (Writable) ？ |
|
|
VGA |
Built-in Ali M1644T AGP Bus (AGP R2.0) AGP 4X Support VRAM UMA(8MB/16MB) |
Trident XP AGP Bus (AGP R2.0) AGP 4X Support VRAM 16MB(mount from outer) |
New spec AGP 4X |
||
LCD |
→ SXGA+/UXGA is not supported |
Color TFT 13.3”/14.1”/15.0” 1024x768 XGA |
|
||
HDD |
2.5”9.5mm thick 10/15?/20/30/40GB x1 New HDD pack |
Built-in 2.5” 9.5mm thick 10/15/20/30GB ｘ1 |
Chip set supports until UltraATA66 |
||
FDD |
Ext. SUB FDD(TEAC) |
3.5” 720K/(1.2M)/1.44MB Built-in at device (3 modefor domestic 720KB/1.2MB/1.44MB) |
Plan to use the one used in Keywest |
||
Select bay |
24Xcd-ROM,DVD-ROM,CD-RW,Multi-Drive,2ndHDD,LS-120(3rdparty)，ZIP-250(3rdparty) |
None CD-ROM or DVD-ROM or CD-RW or DVD+CD-RW multi fixing |
Common with Suzuka/Imora. But, appearance is different
|
||
Lock system |
Yes(screw tight) |
NO |
|
||
KBC |
EC/KBC for Imola (for In Touch Button) |
EC/KBC for Montreal |
Mitsubishi product NewKBC |
||
Key board |
New AccuPoint Ⅱ(for Scroll) |
Place 85/86/90 key inner side AccuPoint Ⅱ(for Scroll) |
Use membrane0Ω |
||
Battery pack |
Main Sony product 3600mAh 10.8V or Matsushita product 3900mAh 10.8V Li-Ion x1 2nd Matsushita prod 3000mAh 10.8V Li-Ion x1 SONY prod for RTC 30mAh 2.4V Li-Ion x1 |
SONY/Matsushita 4000mAh 10.8V Li-Ion x1 |
Common with Suzuka, but appearance is different |
||
4. Difference among Montreal and Innsbruck 30/40 -2
Item |
Montreal |
Innsbruck30/40 |
Comment for Montreal10 |
||
System controller |
Ali chip set＋α |
Intel chip set＋α |
|
||
|
M1644T,M1535,FWH |
Solano-2M (GMCH2-M,ICH2M,FWH) |
|
||
|
YEBIS3S(ToPICx2，SmartMedia,SD card) & Super IO(SMSC) |
YEBIS2(ToPICx2，SmartMedia,SD card & Super IO(SMSC) |
Does not use SmartMedia |
||
|
KUMA |
NO KUMA (Solano2-M & Q-SW) |
|
||
|
→ |
MDC Modem(Luccent) |
|
||
|
I82559 or MOAB(LAN) |
Kinnereth(LAN) |
|
||
|
→ |
MiniPCI card (W-LAN) |
|
||
LAN Dock |
New Common Docking (Port Replicator) |
No |
|
||
Card Dock |
New Common Docking (Card Dock) |
CardDock6/(CardDock5) NOVA100SE/(ViolinX) (none for domestic) |
|
||
Interface connector |
→ |
DC-in(2pin) |
|
||
|
→ |
RS232C x1 |
Use SMSC (Super IO) |
||
|
→ |
PRT/ECP x1 |
Use SMSC (Super IO) |
||
|
→ |
RBG(VGA,w/DDC) x1 NTSC/PAL-out x1 |
Use S-Video |
||
|
→ |
PS/2-KB or PS/2-Mouse x1 |
Y-cable support |
||
|
→ |
Monaural Mic x1 Stereo Headphone x1 |
|
||
|
→ |
USB x2 |
|
||
|
→ |
Ext.FDD x1 USB FDD |
|
||
|
→ |
Both RJ11 and RJ45 |
LAN connector is always mounted |
||
|
IEEE1394(Only Montreal100) |
No |
when Montreal100, both substabce and Dock support No need for Montreal10 |
||
|
SD Card |
No |
|
||
|
DVI(Only Montreal100) |
No |
Only Docker side supports when Montreal100 |
||
|
→ |
Exp.I/F(240pin DocPort) x1 (I/F forCardDock5/6)(None for domestic) |
for CommonDock Cover without connecot for domestic |
||
|
|
|
|
||
PC card slot |
→ |
CardBus,Type2x2 or Type3x1 |
|
||
MiniPCI slot |
→ |
YES 1slot Type ⅢA Wireless LAN(802.11b) |
|
||
Bluetooth |
→ |
able to correspond by BTO |
|
||
SIR/FIR |
→ |
IrDA1.1, 115K/1.15M/4Mbps |
Use Super IO |
||
SOUND |
→ |
Sound Blaster pro exchange |
|
||
|
Controller |
AC97 LINK +AK4543(CODEC) |
AC97 LINK+YMF743(CODEC) |
|
|
|
Mic/speaker |
→ |
Monaraul-Mic, Stereo-Speaker |
|
|
MODEM |
→ |
MiniPCI V.90 modem MDC support |
|
||
|
Controller |
→ |
Lucent |
|
|
|
DAA |
→ |
Built-in(US/JP or for Europe, Australia) |
|
|
|
Interface |
→ |
RJ11x1 |
|
|
4. Difference among Montreal and Innsbruck 30/40 -3
Item |
Montreal |
Innsbruck30/40 |
Comment for Montreal10 |
Docking station |
New Common Docking (PortRiplicator/CardDock) |
CardDock5,CardDock6, Plain Port Replicator (None for domestic) |
|
Size |
330x289x34.8(front)/37.1(back)mm (14.1”LCD時) |
321x274.5x46.5(14.1”LCD) 327x274.5x48.5(15.0”LCD) |
|
Weight |
14.1” LCD/DVD/M/L/ W-LAN and BT are ready 2585g(5.7lbs) |
14.1”LCD/DVD/M/L/ w/antenna 3170g(7.0lbs)
15.0”LCD/DVD/M/L/ w/antenna 3370g(7.4lbs) |
|
OS |
Win98,W2K,Whistler Pro |
Win95,Win98,WinNT4.0,W2K,WinMe |
|
Accessory |
→(128/256/512MB) |
Memory Kit(64/128/256MB) |
|
|
Universal AC Adaptor (75W) |
Universal AC Adaptor (60W) |
|
|
→(New) |
Battery Pack |
|
|
Second Battery Pack |
NO |
|
|
→(New) |
Battery Charger |
|
|
→(New) |
Key Top Set |
|
|
→(10,15?,20,30,40GB) |
Hard Disk(10,15,20,30GB) |
|
|
Selectable Bay HDD Adaptor |
NO |
|
|
→ |
DVD Drive Kit |
|
|
→ |
CD-ROM Drive Kit |
|
|
→ |
CD-R/RW Drive Kit |
|
|
→ |
Multi Drive Kit |
|
|
Port Replicator Cm1 |
No |
|
|
Card Dock Cm1 |
Enhanced Port Replicator V |
|
|
→ |
Monitor Stand |
|
|
→ |
Mini PCI (Optional Modem Kit) |
|
|
NO |
EB Selectable Bay Adaptor |
|
|
NO |
EB HDD Adaptor |
|
BTO |
→(30,40GB) |
HDD(10,15,20,30GB) |
|
|
→ (Tualatin,Celeron-T) |
CPU-0 (PⅢ(100),Celeron) |
|
|
→(Y/N) |
Bluetooth |
|
|
→ |
LCD(13.3”,14.1”,15.0”XGA) |
|
|
SlimSelectBay (24Xcd-ROM,DVD-ROM,CD-RW,Multi Drive) |
Built-in FDD,CD,DVD,CD-RW,DVD-CDRW (FDD3 mode for domestic 20KB/1.2MB/1.44MB) |
Does Local company correspond with LS120,ZIPas ordinary? |
|
→ |
Memory Slot(A/B) |
|
|
→(Y/N) |
MiniPCI (W-LAN) |
|
|
→Win98,NT4.0,W2K,Whistler Pro |
OS(Win95,Win98,NT4.0(SP7),W2K,WinMe) |
Limited Support for NT4 Basic Compornent(display ,sound,modem,LAN,Fn-esse)and release |
|
→ |
KB |
|
|
→ |
Main battery |
|
|
Finger Print |
None |
PC card(Option) |
|
|
|
|
5. System Configuration
5.1 Montreal 10/10J Block diagram
(Montreal 10 block diagram)
5.2 Connection diagram (FRONT)
5.3 BLOCK diagram (BACK)
5-4 Tools for use
Common PCB or unit |
Part code |
Common PCB or unit |
Part code |
LCD (13.3”/14.1”/15.0” XGA) |
VF2057P01,VF2091P01 VF2062P01,VF2058P01 |
Audio cable |
No specified model number |
|
|
Music play device (cassett player etc) |
No specified model number |
|
|
Outer mic |
No specified model number |
|
|
Headphone |
No specified model number |
LCD harness(for XGA) |
UL208702CS |
RJ11 check harness |
T0254H90 |
FL inverter |
UA2040P01 |
CommonDock（10/20/50E common） |
|
CPU(Tualatin or Celeron-T) |
|
LCD 40 pin extention sumi card |
T0439H40[04] |
DC-FAN(COOLING MODULE) |
GDM610000009 |
Key board 34 pin entention sumi card |
T0055S40[04] |
Expanded memory PCB×2（SDR）(10/10J/20 common) |
ZA2371P001[04] |
IPS membrane SW 6 pin extention sumi card |
T0044S30[04] |
Expanded memory PCB x2 (DDR) (For 50E) |
ZA2421P001[04] |
LAN wraparound connector |
|
HDD |
|
Responder PC |
No specified model number |
USB FDD |
ZA2236P52 |
AC adoptor (15V 3A) |
No specified model number |
CD-ROM |
ZA2055P31/33 |
AC code |
No specified model number |
Inner keyboard(US) |
UE2072P02 |
PRINTER×2 |
No specified model number |
IPS membrane SW |
UE2011P07 |
Printer cable×2 |
No specified model number |
60W AC adoptor () |
UA2042P01 |
AC code×3（with arse terminal） |
No specified model number |
AC code |
WZ0040P01VDB |
100/10M SWITTING HUB |
|
Inner stereo spaker (L) |
GMD30000000A |
CAT-5 cable×2 |
|
Inner stereo speaker (R) |
GDM30000000B |
CAT-5 I/F connector |
|
Main battery |
|
Montreal Repair T&D (Ext.Mem:DDR)(10/10Jcommon) |
Latest Ver [04] |
RTC battery |
G36710106015 |
|
|
BT module board |
ZA2390P01 |
Montreal Repair T&D (Ext.Mem:SDR) (10/10J/20 commom) |
Latest Ver [04] |
MDC |
ZA2300P06 |
|
|
MDC cable |
UL2012P24 |
Montreal Repair T&D (Ext.Mem:DDR)(for 50E) |
Latest Ver [04] |
Mini PCI (W-LAN/Modem Combo Card) |
ZA2259P04 |
|
|
VIDEO-OUT CABLE |
No specified model number |
Montreal BIOS/EC/KBC rewriting (Ext.Mem:DDR)(10/10J common) |
Latest Ver [04] |
VIDEO with output color CRT monitor(SVGA) |
No specified model number |
|
|
PS/2 mouse |
No specified model number |
Montreal BIOS/EC/KBC rewriting (Ext.Mem:SDR)(10/10J/20common) |
Latest Ver [04] |
PS/2 keyboard |
No specified model number |
|
|
PCMCIA/ZV wraparound card x2
|
MXX7009AAN01 |
Montreal BIOS/EC/KBC rewriting (Ext.Mem:DDR)(for 50E) |
Latest Ver [04] |
RS232C wraparound connector |
UL0232P05 |
|
|
Printer wraparound connector |
|
Montreal for sound/ modem/spear LAN T&D (10/10J/20/50E common) |
Latest Ver [04] |
IRT error LED board |
34M741071G01 |
|
|
USB-3 TEST MODULE |
|
Montreal Blue Tooth for spear T&D (10/10J/20/50E common) |
Latest Ver [04] |
FIR TEST MODULE |
|
|
|
Y cable (for KB,MAUSE simultaneous connection) |
No specified model number |
Montreal wireless LAN for spear T&D (10/10J/20/50E common) |
Latest Ver [04]
|
CD-ROM test media |
A-BEX TCDR-702 |
|
|
SD memory card |
No specified model number |
Montreal Windows T&D (10/10J/20/50E common)
|
Latest Ver [04]
|
Buit-in amp speaker |
No specified model number |
|
|
5-5. Main device function list
Name |
Function |
CPU:Mobile Tualatin
|
INNER: 1G/1.06G/1.13G/1.20G MHz,Core：1.40-1.15/1.25V, BUS:133MHz, for Intel Speed step Techenology cache memory 16KB Data and 16KB Instruction, Write-Back NDP Built-in (MPU) L2 cache DATA RAM :512KB(on chip) |
CPU:Mobile Celeron-T
|
Inner: 866/933 MHz, Core：1.7V/1.25V, BUS :133?MHz, Cache memory 16KB Data and 16KB Instruction, Write-Back NDP Built-in(MPU) L2 cache DATA RAM ：128KB(on chip) |
Noth Bridge:ALI M1644M NAPA2T |
CPU interface & control DRAM control AGP master／slabe interface (based on AGP V2.0) PCI interface (PCI Rev.2.2) Built-in greaphics（Trident XP suitable） 555-ball 35x35mm BGA Package |
South Bridge:ALI M1535 |
PCI 3.3V/5V Tolerance Interface Steerable PCI Interrupts for PCI Device Plug-and-Play Enhanced DMA Controller Interrupt Controller Counter/Timers（8254 Compatible Timers） Distributed DMA Supported（7 DMA Channels） PC/PCI DMA Supported Serialized IRQ Supported（Quiet/Continuous Mode） Low Pin Count (LPC) Host Controller Plug-and-Play Supported Built-in Keyboard Controller （unused） Supports up to 512 KB ROM Size Decoding PMU Features Built-in PCI IDE Controller USB Interface (One Root Hub with 4 USB Ports OHCI 1.0a) SMBus Interface Audio System (Fully Plug-and-Play PCI controller ) Software Modem Interface 352-pin (27mmx27mm) BGA Package |
SUPER I/O: SMSC LPC47n227
|
FDC （765B FDC） Serial (NS16C550 comaptible)x2 (1port use) Infrared Comminication Cont. (IrDA v1.2 4Mbps, 2port) (1port use) Parallel Port (PS/2 compatible Bidirect, EPP Compatible, IEEE1284 ECP) |
PC Card Controler:YEBISU3S |
PCI INTERFACE PC card control（ToPIC 100） CardBus control SD I/F Smart Media I/F （unused） Q-SW control （unused） for PME DOCKING STATION INTERFACE （unused） EXTERNAL DEVICE INTERFACE |
SpeedStep Controler:GA- KUMA2 |
VID changing function at SpeedStep control Latch function of CPU side band signal at SpeedStep control SM Bus I/F |
6. Analysis flow chart
Does DC-IN LED light
in green?
POWER SW ON
Does POWER LED light
in green?
Has “ Error in CMOS”
been displayed ?
SETUP
Has the key input been received correctly ?
USB FDD T&D BOOT
Has the PC been
booted with FD?
Execute each test in diagnostic test.
Has each test been correctly
performed?
Has TEST LOOP been correctly
performed?
END
7. IRT LED error status -1
LED=FFh Clear of software reset bit
Permission of A20 line
Initialization of special register
LED=B0H Initialization of only CH0 of PIT (for HOLD_ON)
Initialization of BIOS rewrite factor flag
CHECK SUM CHECK
LED=B1H Rewriting check of EC/KBC
KBC initialization sequence
LED=B2H Check of BIOS rewriting request
IRT process or BIOS rewriting process
---------------------------------------------------------------------------------------------
BIOS rewriting process
LED-B3h
Set base of POWER MANAGEMENT I/O space
BIOS write permission
Serial interruption control
Cancellation of write protect of BIOS
Permit the I/O gap of SMBus
Setting FDC port
Initialization of H/W for each machine.
Initialization of PIT, DMAC, PIC
Configuration of DRAM
Permission of cache (L1 Cache only)
MEMORY CLEAR
Copy BIOS to RAM
LED=B5H Preservation of key-scan code
Permission of interruption for FDC
Initialization of display
LED=B6H Initialization of registers for sound (for BEEP)
Display of message (EC/KBC UPDATE/DAMAGED, BIOS UPDATE/DAMAGED)
Waiting for Key input
Reading of CHGBIOSA.EXE/CHGFIRMA.EXE
======================================================================
LED=B3H Disabling of cache
Initialization of special register
LED=00H Initialization of PIT channel 1
LED=01H Check of DRAM type and size (at COLD BOOT)
Test of stack area for SM-RAM
LED=02H Configuration of cache
Permission of cache (Only L1 Cache)
Access test of CMOS.
Check of CMOS battery level
Check of CMOS check sum
Initialization of CMOS data (1)
Setting of IRT status (Boot status and IRT busy flug setting)
Housing of DRAM size
7. IRT LED error status -2
LED=03H Branch by resume
Resume error process
ROM/RAM copy of system BIOS
LED=04H Initialization of SMRAM
Check of WakeUp factor
Rewriting of SMRAM base and storing of CPU state map for BIOS
Permission of only SMI by ASMI
LED=05H Test and initialization of PIT
Measurement of CPU clock
Permission of SMI except auto-off function
BATTERY electro sensitive current control
Dividing processing of time measurement of IRT
Initialization of CPU
Set of Graphics Aperture Size
LED=06H Preservation of memory size to buffer
Reading out of EC version
Update of flash ROM type
Judging of destination (Japan, non-Japan) based on the DMI data
Check of CMOS default setting
Initialization of ACPI table
Setting to clock generator
AC'97 Control
Initialization of temperature control information
Initialization of KBC
Display off of VGA and reset control
Aquisition of multi-box status
Initialization of HC or recognition of USB device connection and initialization
Initialization of password
LED=07H Initialization of PCI bus
Initialization of LAN information
Check of WakeUp factor
LED=08H Initialization of CMOS data (2)
Initialization of PnP
Setting of setup items
Waiting for Multi box status check
H/W setting from resource
LED=09H Control of serial interruption
Initialization of PC card slot
Initialization of SIO
Initialization of FIR
Automatic configuration of PCI
LED=0AH Setting of printer port
Initialization sequence of HDD
Initialization sequence of FDD
LED=0BH Check of the first 64KB memory
LED=0CH Initialization of vectors
LED=0DH Initialization of NDP
LED=0EH Initialization of the system
7.IRT LED error status 3
LED=0FH VGA chip initialization, Initialization of VGA BIOS
LED=10H Display of TOSHIBA LOGO
LED=11H Check of the conventional memory
LED=12H Exception check in the protected mode
LED=13H Initialization of conventional memory
LED=15H Check of DMA Page Register
LED=16H Check of DMAC
LED=17H Initialization of DMA
LED=18H Check of existence of the printer port
LED=19H Check of SIO
LED=1AH Password check
Waiting for initialization of HDD, FDD
Check of key input during IRT (Waiting for completion of KBC initialization)
Initialization of ATA priority
LED=1BH Check of option I/O ROM
LED=1CH Setting of the font address for resume password
Setting of repeat parameter to USB KB
Acquisition of pressed keys during IRT
Update of system resource for just before Boot
Update of table for DMI
Copy of ACPI table to the highest address in the expansion memory
Waiting for completion of writing of PSC version to BIOS
Waiting for completion of setting and check of clock generator
Waiting for Serial Port initialization completion
Cancel of NMI Mask
Calculating of TIT checksum
Clear of the IRT flag of Runtime side
Update of checksum of Runtime side
Branch by Hibernation
Initialization of Bluetooth
Upgrade check of CPU and HDD
Disabling of not-used PC card
Settings of battery save mode
Setting of date
Waiting for completion of initialization of AC-LINK
Waiting for completion of initialization of Bluetooth
Update of Wakeup factor of DMI, Update of SM-BIOS structure table
Closing of configuration area of PCI device
Control of the cache
Process related to CPU
Waiting for motor-off of HDD disabled
Final decision of FDD drive information
Make Power Button enable
LED=1EH
LED=FFH
8. SYSTEM PCB Analysis
8.1 Power supply error code & check list (SYSTEM& PS)
When any failure in the power is detected, the contents of the failure can be found with the following status by DC-IN LED (DS***).
Light in green ……… AC adapter is used
Light off …………..… AC adapter is not used.
Blinking in orange … Abnormality in the power
<DCIN blinking in orange>
* Blinking specification
Start : 2 seconds go out
Error status (8Bit)
"1" : 1 second light up in orange
"0" : 0.5 second light up in orange
End of data : 0.5 second go out
(Example) Error status = 31h
Light up
Go out |
|
1 |
|
0 |
|
0 |
|
0 |
|
1 |
|
1 |
|
0 |
|
0 |
|
Start bit |
D0 |
|
D1 |
|
D2 |
|
D3 |
|
D4 |
|
D5 |
|
D6 |
|
D7 |
|
|
Observe signals in the condition that P-OFF (AC-ADP connected) / P-ON (AC-ADP connected)/ P-OFF (AC-ADP+MAIN BATTERY)/ P-ON (AC-ADP + MAIN BATTERY) in advance, and compare the failure with the signals.
* Check signal, subjected parts **** display is the data that has measured ( others are expected data)
(1) AC power supply (AC adapter, DS9, DOC)[01]
Error code |
Type |
Contents |
Check signal |
Parts |
SH.No |
- |
P-SW does not work. |
EC/KBC, PS micon |
FMOSY*/FMOJS* |
||
|
|
|
PWRSW MCLR XIN,XOUT PONOK PRON0,1 PCNF0,1 PCNFEV RSMRST X32KPS RTC32K |
S301,R498,507,IC326,PJ303 IC326,R490-492,PJ852 X302,IC326 PJ852,IC300,R509,IC326 PJ852,IC326 PJ852,RM410,IC326 PJ852,RM410,IC326 IC326,300 X300,R475,PJ852 X300,R386,IC305,W317 |
158,85,141 83,230 83 230,57,85 230,85 230,85 230,85 85,57 59,230 59 |
|
|
|
FMOPS*/FMPJP* |
||
|
|
|
MCLR PONOK PRON0,1 PCNF0,1 X32KPS |
IC972,R991,D972,Q975,PJ803 IC972,PJ803 IC972,R970,971,PJ803 IC972,PJ803 PJ803,R992,IC973,972 |
211,230 211,230 211,230 211,230 230,211 |
- |
DC-IN LED does not light |
EC/KBC, PS micon |
FMOSY*/FMOJS* |
||
|
|
|
S5V PVDC
PVT CPUHOT |
PJ852, PJ803,FL800,D800,F800,C970 PJ850, PJ850 IC73,PJ852 |
230 201 230 230 6,230 |
|
|
|
FMOPS*/FMPJP* |
||
|
|
|
MCV S5V 4MHz PVDC PVT
CPUHOT DCINGR |
IC900 IC901 X970 PJ804,D910 Q800,R805,D801,805,Q801 PJ804,C755-757 PJ803,R995,991,IC972 IC972,DS7,R18 |
209 209 211 230,209 201 230,241 230,211 211,241 |
|
|||||
|
|||||
|
|||||
8.1 Power error code & check list (SYSTEM &PS) 2 |
|||||
( 1) AC power supply ( AC adoptpr, DS9, CDOC)[01]
|
|||||
Error code |
Type |
Contents |
Check signal |
Parts |
SH.No |
10h
|
AC adapter voltage |
AC adapter voltage >16.5V |
FMOSY*/FMOJS* |
||
|
|
|
ADPDC |
PJ852 |
230 |
|
|
|
FMOPS*/FMPJP* |
||
|
|
|
ADPDC AVDCIN |
PJ803,R956,957 RM972,C985,IC972 |
230,210 211 |
11h |
Common Dock voltage |
Common Dock voltage >16.5V |
FMOSY*/FMOJS* |
||
|
|
|
DSKDC |
PJ303,R760,761,PJ852 |
140,201,230 |
|
|
|
FMOPS*/FMPJP* |
||
|
|
|
DSKDC AVDSIN |
PJ803,R958,959 RM972,C984,IC972 |
230,210 211 |
12h
|
DC supply current |
DC supply current >6.05A |
FMOPS*/FMPJP* |
||
13h |
DC supply current (without load) |
DC supply current >0.5A |
AIDCIN PVH PVL MCV |
IC880,RM971,C986,IC972 R890,C880 R891,C881 R887,888,889,C883 |
207,211 207 207 207 |
14h |
Current detection IC |
Out of the value of 0A correction |
|
|
|
(2) 1 st battery [01]
Error code |
Type |
Contents |
Check signal |
Parts |
SH.No |
20h
|
Over voltage defect |
Over voltage is detected *Error code 20H does not support |
FMOPS*/FMPJP* |
||
21h
|
Battery charge current |
Main battery charge current >6.05A |
|
||
22h |
Battery discharge current (without load) |
Main battery discharge current >0.5A |
|
||
23h
|
Battery charge current (Except AC ADP direct charge) |
Main battery charge current >4.3A |
AIBAT1
PVBH1 PVBL1 CB1CSL |
IC881,RM973,C981,IC972
R892,C884,Q810,811 R893,C885,Q810,811 IC972 |
207,211
207,202 207,202 211 |
24h |
Current detection IC |
Out of the value of 0A correction |
|
|
|
25h
|
Battery charge current |
Main battery charge current >0.3A |
|
|
|
(3) 2nd battery |
|||||
Error code |
Type
|
Contents |
Check signal |
Parts |
SH.No |
30h
|
Over voltage defect
|
Over voltage is detected *Error code 20H does not support |
FMOSY*/FMOJS* |
||
31h
|
Battery charge current |
Main battery charge current >6.05A |
AIBAT2
PVBH2 PVBL2 CB2CSL |
IC882,RM973,C980,IC972
R894,C887,Q820,821 R895,C888,Q820,821 IC972 |
207,211
207,203 207,203 211 |
32h |
Battery discharge current (without load) |
Main battery discharge current >0.5A |
|
|
|
33h
|
Battery charge current (Except AC ADP direct charge) |
Main battery charge current >4.3A |
|
|
|
34h |
Current detection IC |
Out of the value of 0A correction |
|
|
|
35h
|
Battery charge current |
Main battery charge current >0.3A |
|
|
|
8.1 Power error code & check list (SYSTEM &PS) 3
(4) S3V output (P60)[01]
Error code |
Type |
Contetns |
Check signal |
Parts |
SH.No |
|||
40h |
S3V voltage |
S3V voltage≦3.14V (Power ON/OFF) |
FMOSY*FMOJS* |
|||||
|
|
|
S3V PVDC |
PJ852 PJ850 |
230 230 |
|||
|
|
|
|
|
|
|
|
|
45h |
|
S3V voltage≦3.14V (CV support: when starting power) |
FMOPS*/FMPJP* |
|||||
|
|
|
S3V
PVDC PVB |
IC902,R947-949,C937 RM970,C993,IC972 D910 D911 |
209 211 209 209 |
|||
(5) E5V output (P61)[01]
Error code |
Type |
Contents |
Check signal |
Parts |
SH.No |
|
50h |
EVER5V voltage |
E5V voltage>6.00V (Power ON/OFF) |
FMOSY*FMOJS*
|
|||
51h |
|
E5V voltage≦4.50V (Power ON) |
E5V PVT EVON P5V |
PJ850 PJ850 PJ852 PJ850 |
230 230 230 230 |
|
52h |
|
E5V voltage≦4.50V (at the power starting up) |
FMOPS*/FMPJP* |
|||
53h |
|
E5V voltage ≠ Normal (SUSPEND) |
E5V
AV5 PVT
EVON
P5V |
IC851,Q850,851,D851,L850 R855,C855,856,R884,952, PJ804 R953,RM970,C992,IC972 D801,805,812,813,822,823 R852,C842,PJ804 IC972,Q979,R850, Q882,R884 Q860,PJ804 |
204 204,210 230 210,211 201 204,230 211,204 204 205,230 |
|
54h |
|
E5V voltage ≠ Normal (CV support: shutdown) |
|
|
|
|
55h |
|
E5V voltage≦4.50V (CV support at the power starting up) |
|
|
|
|
(6) E3V output (P62)[01]
Error code |
Type |
Contents |
Check signal |
Parts |
SH.No |
60h
|
E3V voltage |
E3V voltage>3.96V (Power ON/OFF) |
FMOSY*FMOJS* |
||
61h
|
|
E3V voltage≦2.81V (Power ON) |
E3V PVT EVON1 P3V |
PJ850 PJ850 PJ852 PJ850,365 |
230 230 230 230,94 |
62h
|
|
E3V voltage≦2.81V (at the power starting up) |
FMOPS*/FMPJP* |
||
63h |
|
E3V voltage ≠ Normal (SUSPEND) |
E3V
PVT
EVON
P3V SIG93 |
IC851,Q852,853,D861,L851 R856,C865,866,R885,PJ804 RM970,IC972 C765-767 D801,805,812,813,822,823 R852,C842,PJ804 IC972,Q979,R850 Q881,R885 Q861,PJ804 W858 |
204 204,230 211 241 201 204,230 204 204 205,230 204 |
64h |
|
E3V voltage ≠ Normal (CV support: shutdown) |
|
|
|
65h |
|
E5V voltage≦2.81V (CV support at the power starting up) |
|
|
|
(7)PPV output (P63) [01]
Error code |
Type |
Contents |
Check signal |
Parts |
SH.No |
||
70h |
PPV voltage |
PCOREV voltage >2.04V (Power ON/OFF) |
FMOSY*/FMOJS* |
||||
71h |
|
PCOREV voltage≦0.68V (Power ON) |
PPV
PVT E5V ONVCC CPVID0-4 － |
IC861,D835-837,C838, Q834-838,L837,R846,847,858 PJ852,IS2 FL835 R782,FL836,R837,C834 PJ852 IC7 IC862,R965,966 |
213 213 230,4 213 213 230 7 213 |
||
72h |
|
PCOREV voltage≦0.68V (at the power starting up) |
FMOPS*/FMOJS* |
|
|
||
73h
|
|
PCOREV voltage≧0.68V (Power OFF) |
PPV ONVCC |
PJ803,RM970,C990,IC972 IC972,PJ803 |
230,211 211,230 |
||
8.1 Power error code & check list (SYSTEM &PS) 4
(8) PTV output (P64) [01]
Error code |
Type |
Contents |
Check signal |
Parts |
SH.No |
|||
80h |
PTV voltage |
PTV voltage >1.50V (Power ON/OFF) |
FMOSY*/FMOJS* |
|||||
81h |
|
PTV voltage≦1.00V (Power ON) |
PTV
PVT E5V PVON
|
IC863,Q848,L845,C957,R867 PJ852 FL846,C955 R869,859,C951,D847,C950 R860 C954 |
214 230 214 214 214 214 |
|||
82h |
|
PTV voltage≦ 1.00V (at the power starting up) |
FMOPS*/FMOJP* |
|
|
|||
83h
|
|
PTV voltage≧1.00V (Power OFF) |
PTV PVON |
PJ803,RM971,C989,IC972 IC972,PJ803 |
230,211 211,230 |
|||
(9) 2R5-E2V output (P65)[01]
Error code |
Type |
Contents |
Check signal |
Parts |
SH.No |
||||
90h |
2R5-E2V voltage |
2R5-E2V voltage > 3.00V (Power ON) |
FMOSY*/FMOJS* |
||||||
91h |
|
2R5-E2V voltage≦ 2.125V (Power ON) |
2R5-E2V
PVT E5V EVON PVON |
IC800,Q800,D805,L801,C808 R814,PJ852 F800,C807 R804,808,C800,805,D801,C802 R805,Q824 PJ825 |
217 217,230 217 217 217 230 |
||||
92h |
|
2R5-E2V voltage≦ 2.125V (at the power starting up) |
FMOPS*/FMOJP* |
|
|
||||
93h
|
|
2R5-E2V voltage ≠ Normal (Power OFF) |
2R5-E2V |
PJ803,RM971,C988,IC972 |
230,211 |
||||
10) EMV output (P66)
Error code |
Type |
Contents |
Check signal |
Parts |
SH.No |
A0h |
EMV VOLTAGE |
EMV voltage>3.00V （Power ON） |
FMOSY*/FMOJS* |
||
|
|
|
EMV
PVT E5V EVON PVON
|
IC905,Q910,D908,L908,C916 R788,PJ852 FL907,C915 R793,784,C910,913,D907 R792,Q911 PJ825
|
216 216,230 216 216 216 230
|
A1h |
|
EMV voltage≦1.53V （Power ON） |
|
|
|
A2h |
|
EMV voltage≦1.53V （at power starting up） |
|
|
|
A3h |
|
EMV voltage≠Normal （Suspend） |
|
|
|
|
|
BGV voltage>1.53V （Power OFF） |
FMOPS*/FMOJP* |
||
|
|
|
EMV |
PJ852,RM971,C987,IC972 |
230,211 |
11)RTC BATTERY
Type |
Contents |
Check signal |
Parts |
SH.No |
RTC battery
|
Out of standard because voltage does not rise. |
FMOPS*/FMOJP* |
||
|
|
RTCVCC |
PJ752,R763,IC899 |
220 |
8.1 Power error code & check list (SYSTEM &PS) 5
(12) 1st battery [01]
Type |
Contents |
Check signal |
Parts |
SH.No |
|
1st Battery |
Charging current NG |
FMOPS*/FMOJP* |
|||
|
|
PVBL1
CHGVL
CCHGON CB1CHG CICHG
CB1CSL |
Q810,811,R893,IC881 R911,912,IC892,893 IC893,Q890,L890,D890 R921,922,927,C905 D810,IC830 IC972,893 IC972,R832,833,Q831 IC972,R919,920,C895,896 IC893 IC972,IC881 |
202,207 208 208 208 202 211,208 211,202 211,208 208 211,207 |
|
|
OVER VOLTAGE |
FMOPS*/FMOJP* |
|||
|
|
DBT1OV
|
D830,Q830 R975,D971,R973,IC972 |
202 211 |
|
|
Battery ID (I2C)
|
FMOSY*/FMOJS* |
|||
|
|
PSCL,PSDA S5V |
PJ852,RM411,412,D303,IC326 PJ852 |
230,84
|
|
|
|
FMOPS*/FMOJP* |
|||
|
|
PSCL,PSDA
S5V |
PJ810,R977,978,D970,IC972 PJ803 IC901,D815,R817 |
202,211 230 209,202 |
|
13)2nd battery [01]
Type |
Contents |
Check signal |
Parts |
SH.No |
2nd Battery |
Charging current NG |
FMOPS*/FMOJP* |
||
|
|
PVBL2
CHGVL
CCHGON CB2CHG CICHG CB2CSL |
Q820,821,R895,IC882 R914,915,IC892,893 IC893,Q890,L890,D890 R921,922,927,C905 D820,IC840 IC972,893 IC972,R842,843,Q841 IC972,R919,920,C895,896 IC893 IC972,IC881 |
203,207 208 208 208 203 211,208 211,203 211,208 208 211.207 |
|
OVER VOLTAGE |
FMOSY*/FMOJS* |
||
|
|
DBT2OV |
PJ852,PJ300 |
230,66 |
|
|
FMOPS*/FMOJP* |
||
|
|
DBT2OV
|
D840,Q840 R804,D971,R972,IC972 PJ803 |
203 211 230 |
|
Battery ID (I2C)
|
FMOSY*/FMOJS* |
||
|
|
PSCL,PSDA
S5V |
PJ852, RM411,412,D303,IC326 PJ300 PJ852,D100,R488 |
230,84 66 230,66 |
|
|
FMOPS*/FMOJP* |
||
|
|
SCL,SDA
S5V |
R977,978,D970,IC972 RM411,412,D303,IC326 IC901,PJ803 |
211 82 209,230 |
8.2 IRT error list
In the case of the IRT failure, the system may become SYSTEM HOLD condition. The operating status of each signal shall be judged by making good use of the RESET SW. This model adapts PCI bus and CPU accesses to ISA bus via PCI bus. For analysis, watch the basic signal of PCI block. (The basic peripheral of PC-AT is contained in GA. So, where error occurs, the signal can not be seen from the outside. In this document, the description is poor.) Would you write know-how which is gotten by the actual analysis and repairs in the blank of this list, and accumulate the data.
The calorific value of CPU is very large, so that the CPU and portion around CPU become vey hot (the temperature of CPU chip surface becomes about 85 °C). If the temperature of the CPU chip surface becomes 100°C or more, the system hangs up. In the analysis, radiate the CPU heat fully.
When analyzing the board, be careful not to get burn.
* Combination of SYSTE, +IRT connection can be analyzed when IRT NG occurs (if the phenomenon is
appears, stay the condition)
* Stop LED item indicates the status that was outputted by printer port LED
* In “Check signal” and “Parts”, **** shows the data measured actually. (Others are expected data.)
Stop LED |
Test item <Message> |
Check signal |
Parts |
SH.No |
00h FFh
[01]
|
CHECK_SYSTEM Forbitten of cache Initialization of special resistor Initialization of Intel chip set Initialization of PIT channel 1 |
FMOSY*/FMOJS* |
||
|
|
（Power line） 2R5-P2V P5V,P3V,B5V,B3V
|
Q808,R824,IC2 PJ850
|
205,1 230
|
|
|
（CLOCK LINE） 14.31818MHz XHOSTF XHOST1 XPIC0 XPCIFS XPCI4 X14MSB 32.768KHz
|
X1,W66,IC2 IC2,R4,IC11 IC2,R5,IS2 IC2,R275,44,64,IS2 IC2,R285,IC300 IC2,R21,IC326 IC2,R223,IC300 X300 |
1 1,15 1,3 1,3 1,52 1,83 1,52 59 |
|
|
（Reset line） PCIRST
CPURST |
IC331,11,W12,IC9,322,326 PJ351,IC353 IC11,R32,IC2
|
52,15,37,72,83, 109,111 10,3 |
|
|
(Address／data line) HD00-63,HA03-HA31 AD00-AD31 SALAD1-3 SA04-18 ISAXD0-7 |
IS2,IC11 IC11,300,322,353,PJ351 IC300,RM303,IC307,326,334 IC300,RM304-308,IC307 IC300,RM301,302,IC304,307 |
2,10 12,52,72,109,111 53,61,83,101 53,61 53,59,61 |
|
|
(Other line) HREQ0-4 STPCLK PWROK HTRDY CPUPOK
Etc.. |
IS2,IC11 IC300,7,R70 IC326,W113,IC300,322 IC11,3 IC326,116,Q107,IS2 |
2,10 52,7 85,25,57,73 10,2 85,8,3 |
8.2 IRT error list -2/4
Stop LED |
Test item <Message> |
Check signal |
Parts |
SH.No |
B0h |
Initialization of only CH0 of PIT Initialization of BIOS rewriting factor flag CHECK SUM CHECK |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
B1h |
Rewriting check of EC/KBC KBC initialization sequence
|
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
B2h
|
Check of BIOS rewriting request |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
B3h |
Moving of process to System BIOS IRT BIOS rewriting HW initialization of each machine Configuration of DRAM Permission of cache (only L1 Cache) MEMORY CLEAR |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
B4h |
|
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
B5h |
Preservation of key-scan code Setting of TASK_1ms_TSC Permission of interruption for FDC Initialization of display |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
B6h |
Initialization of registers for sound (for BEEP) Display of message Key input( EC/KBC DAMAGED) Reading CHGBIOS. EXE |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
01h [01]
|
Check of type and size of DRAM Test of stack area for SM-RAM
|
MD00-63,MDQM0-7 MDQSOR-7R,
|
IC11,RM2-17,R23,25,78-84 R139,145,147,444-447,494 PJ3,4,RM66-85 |
11,19,21,22,23
|
|
|
MA00R-12R,MCS0R-3R MRASR,MCASR,MWER |
IC11,RM1,18-20,22,24,R180 R181,PJ3,4 |
11,20,21,22 |
02h [01] |
Confuguration of cache Permission of cache(Only L1 cache) Access test of CMOS (Only Cold boot) Check of CMOS battery level CMOS checksum check Initialization of CMOS data(1) Setting of IRT status Storage of DRAM size |
MD00-63,MDQM0-7 MDQSOR-7R,
|
IC11,RM2-17,R23,25,78-84 R139,145,147,444-447,494 PJ3,4,RM66-85 |
11,19,21,22,23
|
|
|
MA00R-12R,MCS0R-3R MRASR,MCASR,MWER |
IC11,RM1,18-20,22,24,R180 R181,PJ3,4 |
11,20,21,22 |
03h |
Branch by Resume check Resume error process ROM/RAM copy of system BIOS
|
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
04h |
Initialization of SMRAM Check of WakeUp factor Rewriting of SMRAM base Storing of CPU state map for BIOS Permission of only SMI by ASMI |
MD00-63,MDQM0-7 MDQSOR-7R,
|
IC11,RM2-17,R23,25,78-84 R139,145,147,444-447,494 PJ3,4,RM66-85 |
11,19,21,22,23
|
|
|
MA00R-12R,MCS0R-3R MRASR,MCASR,MWER |
IC11,RM1,18-20,22,24,R180 R181,PJ3,4 |
11,20,21,22 |
05h |
Initialization of PIT test(COLD boot) CPU clock measurement Battery discharge current control Initialization of CPU Graphics Aperture Size setting |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
06h |
Save BAFFA based on memory
|
XPCIFS |
IC1,R285,IC300 |
1,52 |
|
|
XPCI5 |
IC1,R184,IC322 |
1,72 |
|
|
MD00-63,MDQM0-7 MDQSOR-7R,
|
IC11,RM2-17,R23,25,78-84 R139,145,147,444-447,494 PJ3,4,RM66-85 |
11,19,21,22,23
|
|
|
MA00R-12R,MCS0R-3R MRASR,MCASR,MWER |
IC11,RM1,18-20,22,24,R180 R181,PJ3,4 |
11,20,21,22 |
8-2 IRT error list -3
Stop LED |
Test item <Message> |
Check signal |
Parts |
SH.No |
07h |
Initialization of PCI bus (Connection of DS Bus) Initialization of LAN information Check of WakeUp factor |
MCKE0R-3R |
IC11,RM24,PJ3,4 |
11,20,21,22 |
|
|
GNT0-3
|
IC11,RM32,R662,IC322,IC353 PJ351 |
12,72,111, 109 |
08h |
Setting of the task to wait for the completion of INIT_PCI Initialization of CMOS data (2) Initialization of PnP Setting of setup items Waiting for initialization of device |
XDDR1-6
|
IC1,R8-11,183,278-284 PJ3,4 |
1 21,22 |
|
|
MCKE0R-3R |
IC11,RM24,PJ3,4 |
11,20,21,22 |
09h |
Setting of the task to wait for the completion of PnP resource making Control of serial interruption Initialization of H/W related to PnP Automatic configuration of PCI |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
0Ah |
Initialization of H/W needed after PCI configuration Generation of the output code |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
0Bh |
FIRST_64KB_ CHECK Initialization of First 64KB
|
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
|
|
MD00-63,MDQM0-7 MDQSOR-7R,
|
IC11,RM2-17,R23,25,78-84 R139,145,147,444-447,494 PJ3,4,RM66-85 |
11,19,21,22,23
|
|
|
MA00R-12R,MCS0R-3R MRASR,MCASR,MWER |
IC11,RM1,18-20,22,24,R180 R181,PJ3,4 |
11,20,21,22 |
0Ch
|
INIT_INT_VECTOR Initialization of VECTOR |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
0Dh |
INIT_NDP Initialization of NDP |
FERR |
IS2,R34,29,294,Q104,IC300 |
3,52 |
|
|
IGNNE |
IC300,R290,IS2 |
52,3 |
0Eh |
Initialization of SYSTEM |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
0Fh |
Waiting for initializing of VGA chip Initializing of VGA BIOS |
XAGPNB |
IC2,R13,IC11 |
1,15 |
|
|
XTLI |
X2,R152,IC11 |
15 |
|
|
PCIRST |
IC331,W9,IC9 |
52,37 |
|
|
PDNGVA |
IC322,W12,IC9 |
73,37 |
10h |
TOSHIBA LOGO display
|
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
11h |
SYS_MEM_CHECK Check conventional memory
|
MD00-63,MDQM0-7 MDQSOR-7R,
|
IC11,RM2-17,R23,25,78-84 R139,145,147,444-447,494 PJ3,4,RM66-85 |
11,19,21,22,23
|
|
|
MA00R-12R,MCS0R-3R MRASR,MCASR,MWER |
IC11,RM1,18-20,22,24,R180 R181,PJ3,4 |
11,20,21,22 |
12h |
Exception check by protect mode |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
13h |
Initialization of conventional memory |
MD00-63,MDQM0-7 MDQSOR-7R,
|
IC11,RM2-17,R23,25,78-84 R139,145,147,444-447,494 PJ3,4,RM66-85 |
11,19,21,22,23
|
|
|
MA00R-12R,MCS0R-3R MRASR,MCASR,MWER |
IC11,RM1,18-20,22,24,R180 R181,PJ3,4 |
11,20,21,22 |
8-2. IRT error list -4/4
Stop LED |
Test item <Message> |
Check signal |
Parts |
SH.No |
15h
|
Check DMA PAGE RESISTER
|
GNT0,REQ0
|
IC11,IC322,RM33 |
12,72 |
16h |
Check DMCA |
GNT1,REQ1 |
IC11,IC353,RM33 |
12,111 |
17h |
Initialization of DMA |
GNT2,REQ2 |
IC11,PJ351,RM33 |
12,109 |
18h |
Check printer board |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
19h |
Check SIO |
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
1Ah |
Check password Waiting for initialization of HDD, FDD Check key input at IRT (waiting for initialization of KBC) Initialization of ATA priority
|
GINTR
|
IC7,R299,IS2 |
7,3 |
|
|
SDIOR,SDIOW
|
IC300,R358,359,PJ300 |
55,66 |
|
|
PDIOR,PDIOW
|
IC300,R350,351,PJ320 |
55,63 |
|
|
TMS(1R5-P1V)
|
R27,IS2 |
3 |
1Bh |
Check Option I/O ROM
|
X32K(NP,Y) |
IC300,303,R495,496,11,322 |
57,9,72 |
|
|
XTLI |
X2,R152,IC11 |
15 |
|
|
TDI(1R5-P1V) |
R15,IS2 |
3 |
|
|
CLOCKI |
X308,R476,IC334 |
101 |
|
|
XPCI5B |
IC2,R17,IC334 |
1,101 |
|
|
SERIRQ |
IC334,R315,IC300 IC334,332,326 |
101,53 101,72,83 |
1Ch |
|
PDDREQ |
IC300,R343,339,PJ320 |
55,63 |
|
|
TCK(GND) |
R28,IS2 |
3
|
1Eh |
|
|
IS2,IC11,300,307,322,326 |
2,10,52,61,72,83 |
FFh |
End |
－ |
－ |
－ |
Etc..
|
|
|
|
|
8.3. Error list by phenomenon List -1/7
Test item |
Check signal |
Parts |
SH.No |
Remarks |
||
1.SYSTEM TEST |
||||||
ROM Checksum
|
|
IC307 |
61 |
FWH (BIOS) |
||
VERSION CHECK ROM EC/ KBC PS MICOM |
|
IC307 IC326 |
61 83-85 |
If the version is old, it is NG. |
||
FAN ON/OFF [01] |
FANG |
PJ770,RM21,IC326 |
221,84 |
|
||
|
FPWM |
IC326,R770-772,IC770,C771 |
84,221 |
|
||
|
FANRQ |
IC3,RM21,IC326 |
6,84 |
|
||
Thermister Check |
THRMD-PXP,PXN |
IS2,C67,IC3 |
3,6 |
|
||
2.MEMORY TEST |
||||||
MAIN MEMORY EXP MEMORY |
SMBCLK |
IC3,PJ3,4 |
6,21,22 |
|
||
|
MD00R-63R
|
IC11,RM2-17,R23,83,84,139,145, R147,444,445,447,494,PJ3,4, RM66-85 |
11,19 19,21,22 23 |
|
||
|
MDQM0-7
|
IC11,RM3,4,6,8,10,12,14,15,17 PJ3,4,RM68,69,73,74,76-79 |
11,19 21,22,23 |
|
||
|
MDQS0R-7R |
IC11,RM14,R25,446,78-80,PJ3,4 RM66,70,71,74,80,82-84 |
11,19,21,22 23 |
|
||
|
MA0R-12R |
IC11,RM1,18-20,PJ3,4 |
11,20,21,22 |
|
||
|
MRASR,MCASR,MWER |
IC11,RM1,R180,181,PJ3,4 |
11,20,21,22 |
|
||
|
MCKE0R-3R |
IC11,RM24,PJ3,4 |
11,20,21,22 |
|
||
|
MCS0R-3R |
IC11,RM22,PJ3,4
|
11,20,21,22 |
|
||
Example) MEM TEST Selecting method from Error data ADDRESS WD RD RAM 04 0000 008021B7 F3 F2 7=0111 [1]Watch the lowest bit of error address. [2]Convert the hexadecimal number to binary number.
TEST 1111 1110 1101 1100 1011 1010 1001 1000 MD 63 62 61 60 59 58 57 56 BITE 0111 0110 0101 0100 0011 0010 0001 0000 F3= 1 1 1 1 0 0 1 1 MD 63-56 55-48 47-40 39-32 31-24 23-16 15-08 07-00 F2= 1 1 1 1 0 0 1 0
[3]MD corresponding to 0111: MD=63-56 [4]Convert the hexadecimal number of WD/RD of error data to binary number and then compare it. MD56 is wrong. Anser = Failure of MD56 |
||||||
3.KEYBOARD TEST |
||||||
INTERNAL KB [01] |
KBSC00-15 |
IC326,RM332-334,398,PJ445 |
83,87 |
KEY SCAN |
||
|
KBRT00-07 |
PJ445,D307-310,RM324,325,IC326 |
87,83 |
KEY RETRUN |
||
EXTERNAL KB(PS2) [01] |
EXKBCK |
IC326,RM326,323,D312,FL303 PJ336,303 |
83,89 89,140 |
EXT.KB I/F clock |
||
|
EXKBDT
|
IC326,RM326,323,D312,FL303 PJ336,303 |
83,89 89,140 |
EXT.KB I/F data |
||
|
SERRIQ |
IC326 |
83 |
KB interruption |
||
|
P5V |
PJ336 |
89 |
|
||
PS/2 MOUSE CONNECT CHECK & POINTING STICK |
EXMSCK
|
IC326,RM326,323,D312,FL303 PJ336,303 |
83,89 89,140 |
PS2 MOUSE I/F clock |
||
|
EXMSDT
|
IC326,RM326,323,D312,FL303 PJ336,303 |
83,89 89,140 |
PS2 MOUSE I/F data |
||
|
SERIRQ |
IC326 |
83 |
MOUSE interruption |
||
|
P5V |
PJ336 |
89 |
|
||
8.3.Error list by phenomenon List -2/7
Test item |
Check signal |
Parts |
SH.No. |
Remarks |
||||||||||||||
IN KB - POINTING STICK (SEPANG) |
IPSX |
IC333,C339,R441,435,PJ445 |
88,87 |
POINTING STICK move horizontally |
||||||||||||||
|
IPSY |
IC333,C340,R442,437,PJ445 |
88,87 |
vertically |
||||||||||||||
|
IPSDAT |
IC326,RM335,IC333 |
83,88 |
IPSC I/F DATA |
||||||||||||||
|
IPSCLK |
IC326,RM335,IC333 |
83,88 |
IPSC I/F CLOCK |
||||||||||||||
|
CK4MHZ |
IC326,330,333 |
83,88 |
IPSC RESET |
||||||||||||||
|
PCIRST |
IC300,R379,IC332,333 |
52,88 |
IPSC CLOCK |
||||||||||||||
|
IPSSWL/R/U/D |
PJ309,RM321,IC333 |
88 |
Button right/left/up/down |
||||||||||||||
USB |
USBP0,USBD0
|
IC300,C327,331,R419,420 427,431,D305,PJ10 PJ303 |
56,67 67,68 141 |
PORT 0
|
||||||||||||||
|
USBON0 |
IC326,Q306,307,IC314 Q311,R235,PJ303 |
84,68 141 |
|
||||||||||||||
|
USBOC0 |
IC314,RM402,IC326 PJ303 |
68,84 141 |
|
||||||||||||||
|
USBP1,USBD1 |
IC300,C328,332,R421,422 R428,432,D302,PJ10 PJ303 |
56,67, 67,68 141 |
PORT 1 |
||||||||||||||
|
USBON1 |
IC326,Q305,300,IC313 Q312,R233,PJ303 |
84,68 141 |
|
||||||||||||||
|
USBOC1 |
IC313,RM402,IC326 PJ303 |
68,84 141 |
|
||||||||||||||
|
USBP3,USBD3
|
IC300,C330,334,R435,426 R430,434,PJ325 |
56,67 67,71 |
PORT 3 FOR BLUE TOOTH |
||||||||||||||
4.DISPLAY TEST |
|
|
|
|
||||||||||||||
NO LCD(WHITE) (IRT=OK) |
|
PJ34,F2,Q2,4,R244,246, |
34 |
|
||||||||||||||
|
FLTEN |
IC322 |
73,34 |
Flat panel enable |
||||||||||||||
|
|
|
|
|
||||||||||||||
NO LCD(BRACK) (IRT=OK)
|
|
PJ34,F1,Q2,3,R245,247 |
34 |
|
||||||||||||||
|
FLON |
IC326 |
84 |
FL inverter power supply is ON |
||||||||||||||
|
PNLOFF |
S300,R506,508,IC326 |
158,85 |
LCD opening/closing signal |
||||||||||||||
|
|
|
|
|
||||||||||||||
LCD NOT GOOD
|
TX0-2 |
IC11,PJ34 |
13,34 |
Red, green blue pattern |
||||||||||||||
|
TCLK |
IC11,PJ34 |
13,34 |
|
||||||||||||||
|
|
|
|
Vertical synchronous signal |
||||||||||||||
NO CRT [01] |
CRTEN |
IC322,16 |
73,35 |
CRT enable |
||||||||||||||
|
DPCONF |
PJ303,R190,IC328,326,IC6 |
140,85,35 |
|
||||||||||||||
|
HSYNC,VSYNC |
IC11,16 |
13,35 |
Horizontal/Vertical synchronous signal |
||||||||||||||
|
SHSYNC,SVSYNC |
IC16,FL15,16,PJ6 |
35,36 |
|
||||||||||||||
|
DHSYNC,DVSYNC |
IC16,PJ303 |
35,140 |
DOCK Horizontal/Vertical synchronous signal |
||||||||||||||
CRT NO GOOD
|
HSYNC,VSYNC |
IC11,16 |
13,35 |
Horizontal/Vertical synchronous signal |
||||||||||||||
|
SHSYNC,SVSYNC |
IC16,FL15,16,PJ6 |
35,36 |
|
||||||||||||||
|
DHSYNC,DVSYNC |
IC16,PJ303 |
35,140 |
DOCK Horizontal/Vertical synchronous signal |
||||||||||||||
|
CRTR,RED:110 RED:111 |
IC11,R123,IC17,FL9,PJ6 IC17,R417,PJ303 |
13,35,36 35,140 |
Color signal (Red) |
||||||||||||||
|
CRTG,LGREN:110 LGREN:111 |
IC11,R124,IC17,FL11,PJ6 IC17,R418,PJ303 |
13,35,36 35,140 |
Colot signal (Green) |
||||||||||||||
|
CRTB,BLUE:110 BLUE:111 |
IC11,R125,IC17,FL13,PJ6 IC17,R188,PJ303 |
13,35,36 35,140 |
Color signal ( Blue) |
||||||||||||||
V-RAM |
|
IC11
|
|
ALI NAPA 1 built-in |
||||||||||||||
LCD Brightness |
BRI0-1,BRI2DA
|
IC326,R122,148,449,C226,PJ34 |
84,34 |
Adjusting of FL brightness |
||||||||||||||
NO TOSHIBA LOG |
|
IC307, |
61 |
VGA BIOS |
||||||||||||||
|
||||||||||||||||||
|
||||||||||||||||||
8.3.Error list by phenomenon List -3/7 |
||||||||||||||||||
Test item |
Check signal |
Parts |
SH.No. |
Remarks |
||||||||||||||
PANEL SENSER |
PNLOFF |
S300,R506,508,IC326 |
158,85 |
LCD opening/closing signal |
||||||||||||||
|
FLON |
IC326 |
84 |
Power on of FL inverter |
||||||||||||||
VIDEO OUT |
AV
|
IC9,R450,474,478,L105,107, C709,711,713,715,717,PJ100 |
37 |
|
||||||||||||||
|
TVD0-7,TVCLK THSYNC,TVSYNC |
IC11,9
|
14,37 |
|
||||||||||||||
|
TVSCL,TVSDA |
IC11,R251,252,IC9 |
13,37 |
|
||||||||||||||
|
PCIRST |
IC331,W9,IC9 |
52,37 |
|
||||||||||||||
|
PDNVGA |
IC322,W12,IC9 |
73,37 |
|
||||||||||||||
|
X14MTV |
X2,R173,IC9 |
15,37 |
|
||||||||||||||
|
B3V |
W114,RM64,65,L4,22,23,R150 |
37 |
|
||||||||||||||
5.FLOPPY DISK TEST (None) |
||||||||||||||||||
- |
- |
- |
- |
USB ONLY |
||||||||||||||
6.PRITER TEST |
||||||||||||||||||
PRT WRAP AROUND [01] |
PDB00-07
|
IC334,RM344,346,D316,318-323 RM354,355,372,373,PJ342,303 |
101,105 105,141 |
Parallel data
|
||||||||||||||
|
STROB
|
IC334,RM345,D318,RM372,PJ342 PJ303 |
101,105 141 |
Strobe
|
||||||||||||||
|
AUTFD
|
IC334,RM345,D318,RM372,PJ342 PJ303 |
101,105 141 |
Sending paper |
||||||||||||||
|
PINIT
|
IC334,RM345,D316,RM354,PJ342 PJ303 |
101,105 141 |
Initialization |
||||||||||||||
|
SLIN
|
IC334,RM345,D319,RM354,PJ342 PJ303 |
101,105 141 |
Select in |
||||||||||||||
|
ACK
|
PJ342,RM355,D323,IC334 PJ303 |
105,101 141 |
Acknowledge |
||||||||||||||
|
BUSY
|
PJ342,RM355,D317,IC334 PJ303 |
105,101 141 |
Busy |
||||||||||||||
|
PE
|
PJ342,RM355,D317,IC334 PJ303 |
105,101 141 |
Out of paper |
||||||||||||||
|
SLECT
|
PJ342,R559,D324,IC334 PJ303 |
105,101 141 |
Select signal |
||||||||||||||
|
ERROR
|
PJ342,RM372,D321,IC334 PJ303 |
105,101 141 |
Alarm condition |
||||||||||||||
IRT LED |
P5V |
D315 |
105 |
|
||||||||||||||
7.ASYNC TEST (None) |
||||||||||||||||||
RS232C WRAP AROUND |
K-TXD |
IC334,342 |
101,103 |
SIO sending data |
||||||||||||||
|
TXD |
IC342,FL312,PJ303 |
103,141 |
|
||||||||||||||
|
K-RTS |
IC334,342 |
101,103 |
Sending request |
||||||||||||||
|
RTS |
IC342,FL311,PJ340,303 |
103,141 |
|
||||||||||||||
|
K-DTR |
IC334,342 |
101,103 |
Data terminal ready |
||||||||||||||
|
DTR |
IC342,Fl312,PJ340,303 |
103,141 |
|
||||||||||||||
|
K-RXD |
IC342,RM371,IC334 |
103,101 |
SIO receiving data |
||||||||||||||
|
RXD |
PJ303,340,FL311,IC342 |
141,103 |
|
||||||||||||||
|
K-CTS |
IC342,RM371,IC334 |
103,101 |
Possible to send |
||||||||||||||
|
CTS |
PJ303,340,FL312,IC342 |
141,103 |
|
||||||||||||||
|
K-DSR |
IC342,RM371,IC334 |
103,101 |
Data set ready |
||||||||||||||
|
DSR1 |
PJ303,340,FL311,IC342 |
141,103 |
|
||||||||||||||
|
K-DCD |
IC342,R556,IC334 |
103,101 |
Receiving carrer defecr |
||||||||||||||
|
DCD |
PJ303,340,FL311,IC342 |
141,103 |
|
||||||||||||||
|
K-RI |
IC342,RM371,IC334 |
103,101 |
Calling display |
||||||||||||||
|
RING |
PJ303,340,FL312,IC342,306,326 |
141,103,85 |
|
||||||||||||||
FIR／SIR |
IRRX,IRTX,IRMODE |
PJ365,IC334 |
94,101 |
|
||||||||||||||
|
P3V |
PJ850 |
230 |
|
||||||||||||||
8.3.Error list by phenomenon List-4/7
Test item |
Check signal |
Parts |
SH.No. |
Remarks |
|
8.HARD DISK TEST(IDE #0) |
|||||
|
PDD00-15 |
IC300,RM309-312,PJ320 |
55,63 |
|
|
|
PDA0,1,2 |
IC300,R354-356,PJ320 |
55,63 |
|
|
|
PDDREQ |
IC300,R343,339,PJ320 |
55,63 |
|
|
|
PIORDY |
IC300,R344,341,PJ320 |
55,63 |
|
|
|
PDCS1 |
IC300,R352,PJ320 |
55,63 |
|
|
|
PDCS3 |
IC300,R353,PJ320 |
55,63 |
|
|
|
PDIOW |
IC300,R351,PJ320 |
55,63 |
|
|
|
PDIOR |
IC300,R350,PJ320 |
55,63 |
|
|
|
PDDACK |
IC300,R349,PJ320 |
55,63 |
|
|
|
PDIRQ |
IC300,R318,PJ320 |
53,63 |
Inrerruption |
|
9.REAL TIMER TEST |
|||||
|
X32KPS |
X300,R475,PJ852 |
59,230 |
|
|
|
RTC32K |
X300,R386,IC305,W317,IC300 R387,IC304 |
59,57 59 |
|
|
|
RTCAS,RTCCS |
IC300,IC304 |
53,59 |
|
|
|
RTCDS |
IC300,R404,IC304 |
53,59 |
|
|
|
RTCRW |
IC300,R410,IC304 |
53,59 |
|
|
|
RSMRST |
IC326,300 |
85,57 |
|
|
|
PCIRST |
IC300,R379,IC304 |
52,59 |
|
|
|
RTCIRQ |
IC304,300 |
59,57 |
|
|
|
ISAXD0-7 |
IC300,RM301,302,IC304 |
53,59 |
|
|
|
R3V |
C313,726 |
59 |
|
|
|
S3V |
R389 |
59 |
|
|
|
P5V |
R324,C314 |
53,59 |
|
|
10.NDP TEST |
|||||
|
FERR |
IS2,Q104,IC300 |
3,52 |
|
|
|
IGNNE |
IC300,IS2 |
52,33 |
|
|
11.EXPANSION TEST |
|||||
PCMCIA WRAP AROUND (EXP01) |
SLOT-0 |
SOLT-1 |
|
|
|
|
ACCD1-2 |
BCCD1-2 |
PJ332,C374,376,380,379,IC322 |
79,74 |
|
|
ACVS1-2 |
BCVS1-2 |
IC322,PJ332 |
74,79 |
|
|
MCVCCA |
MCVCCB |
IC322,325,PJ332 |
77,78,79 |
|
|
MCVPPA |
MCVPPB |
|
|
|
|
AVC3EN |
BVC3EN |
IC322,RM319,320,325 |
74,78 |
|
|
AVC5EN |
BVC5EN |
|
|
|
|
AVP3EN |
BVP3EN |
|
|
|
|
AVP5EN |
BVP5EN |
|
|
|
|
ACAD* |
BCAD* |
IC322,PJ332 |
75,76,79 |
|
|
ACCBE* |
BCCBE* |
|
|
|
|
ACGNT |
BCGNT |
|
|
|
|
ACRST |
BCRST |
|
|
|
|
ACAUDI |
BCAUDI |
|
|
|
|
ACREQ |
BCREQ |
|
|
|
|
ACINT |
BCINT |
|
|
|
|
ACSERR |
BCSERR |
|
|
|
|
ACCLKR |
BCCLKR |
|
|
|
RGB MONITOR ID(EXP03)[01] |
DDCSCL,DDCSDA
|
PJ6,R126,128,130,131,IC20, W2,6,IC11,PJ303, |
36,35 13,140 |
|
|
|
MNTID1,3 |
R118,119,IC334 |
13,102 |
|
|
8.3.Error list by phenomenon List-5/7
Test item |
Check signal |
Parts |
SH.No. |
Remarks |
12.SOUND TEST |
||||
SOUND CONT (AC-LINK SETTING) |
A97DI0-1 A97RST,A97SD0 A97SYC,A97BCK |
IC300,PJ365,345 |
56,94,96 |
|
INT SP [01] |
SND-P5V |
PJ852,302 |
230,94 |
|
|
SPOUTL |
PJ302,310 |
94 |
|
|
SPOUTR |
PJ320,311 |
94 |
|
P-ON/KB BEEP [01] |
ATBEEP
|
IC322,PJ365 |
73,94 |
|
CD SOUND
|
SB-P5V |
Q401,R304,IC401,R307,PJ300 |
65,66 |
|
|
CDAUDL,CDAUDR |
PJ300,R398,399,PJ365 |
66,94 |
|
NOIZ
|
SND-P5V
|
PJ852,302 |
230,94 |
|
MUTE [01] |
SNDMUT |
IC326,PJ365,R232,PJ303
|
84,94,141 |
|
DOC LINE IN/OUT |
DINL,DINR DOUTL,DOUTR |
PJ302,303
|
94,141 |
|
13.CD-ROM TEST(IDE #1) |
||||
CD PLAY POWER
|
SB-P5V |
Q401,R304,IC401,R307,PJ300 |
65,66 |
|
|
MBVON |
IC326,401 |
85,66 |
|
CD-ROM I/F,CONT [01] |
SD00-15 SDDREQ,SIORDY SDIOW,SDIOR SDDACK,SDCS1,3 |
IC300,RM313-316,R357-364,PJ300
|
55,66 |
|
PLAYBACK MUSIC
|
CDAUDL,CDAUDR
|
PJ365,300,R398,399
|
94,66
|
|
14.MODEM TEST(MINI PCI) |
||||
MINI PCI |
PME |
PJ351,W373 |
109 |
L=MINI-PIC ACTIVE |
|
XPCI1 |
IC2,R16,PJ351 |
1,109 |
|
|
PCIRST |
IC300,331,PJ351 |
52,109 |
PCI reset |
|
PINTC,PINTD |
IC300,RM300,PJ352 |
52,109 |
Modem interruption |
|
CLKRUN |
IC11,W42,PJ351 |
12,109 |
Clock stop |
|
REQ2(REQMPC) |
PJ351,RM33,IC11 |
109,12 |
Bus use request |
|
GNT2(GNTMPC) |
IC11,RM32,PJ351 |
12,109 |
Permission of bus use |
|
AD00-31 |
IC11,PJ351 |
12,109 |
Address/data |
|
CBE0-3 |
|
|
Command/ bite enable |
|
PAR |
|
|
Parity |
|
FRAME |
|
|
Frame |
|
TRDY |
|
|
Target ready |
|
IRDY |
|
|
Initiator ready |
|
STOP |
|
|
Stop |
|
DEVSEL |
|
|
Device selection |
MDC |
MDCB3V |
L314,PJ345 |
96 |
|
|
A97SD0,A97RST A97SYC,A97DI1 |
IC300,PJ302 |
56,96 |
|
|
M97BCK, |
PJ365,345 |
94,96 |
|
|
MDMP |
PJ345,R401,IC308 |
96,95 |
|
|
PHONE-BXN,BXP
|
IC308,PJ302 |
95,94 |
MODEM SOUND |
MODEM I/F [01] |
MOMRNG,MOMTIP
|
PJ305,352,303 |
96,114,140 |
|
8.3.Error list by phenomenon List-6/7
Test item |
Check signal |
Parts |
SH.No. |
Remarks |
|
15.LAN TEST |
|||||
LAN CONTROL |
X1 |
X306,R637 |
112 |
|
|
|
XPCI2 |
IC2,R20,IC353 |
1,111 |
|
|
|
LANE3V |
Q330-332,R654-656,IC353 |
115,113 |
|
|
|
TDP,TDN |
IC353,T300 |
112,114 |
|
|
|
RDP,RDN |
IC353 |
112 |
|
|
LAN I/F [01] |
TDP,TDN,RDP,RDN |
IC353,T300,PJ352 |
112,114 |
|
|
|
LNK,ACT |
IC353,R663,664,PJ352 |
112,114 |
LED |
|
LAN I/F(DOCK) |
TXN-EXN,TXP-EXP RXN-EXN,RXP-EXP |
PJ303,T300 |
114 |
|
|
|
LNK,ACT |
PJ303,IC353 |
141,112 |
LED |
|
MAC ADDRESS EEPROM
|
DI,DO,SK,CS |
IC354,353 |
112 |
|
|
16.BLUETOOTH TEST |
|||||
|
BTSWON |
PJ356,R510,511,IC326 |
94,84 |
ON/OFF SW |
|
|
BTLED |
IC326,PJ852 |
84,230 |
LED |
|
|
BTIFOF |
IC326,321,PJ325 |
84,71 |
|
|
|
BTRST |
IC326,Q302,PJ325 |
84,71 |
|
|
|
BTPON |
IC326,W388,IC339 |
84,70 |
|
|
|
BTRF |
IC339 |
70 |
|
|
|
PMEBT |
PJ325,Q308RM407,IC326 |
71,85 |
|
|
|
BTMDL |
IC334,R453,PJ325 |
102,71 |
|
|
|
USBP3,USBD3 |
IC300,R425,426,PJ325 |
56,67,71 |
USB PORT #3 |
|
17.LED TEST |
|||||
CAPS LOCK |
CAPLED |
IC326,Q1,RM34,PJ445 |
83,86,87 |
CAPS LED GREEN |
|
NUM |
NUMLED |
IC326,Q8,RM34,PJ445 |
83,86,87 |
NUM LED GREEN |
|
ARROW |
ARWLED |
IC326,Q6,RM34,PJ445 |
83,86,87 |
ARROW LED GREEN |
|
DC－IN |
－
|
－ |
－ |
10.PS PCB Analysis |
|
POWER |
PWLEGR |
IC326,PJ852 |
85,230 |
POWER LED GREEN |
|
|
PWLEOR |
|
|
POWER LED ORANGE |
|
1st BATT |
－
|
－ |
－ |
10.PS PCB Analysis |
|
2nd BATT |
－
|
－ |
－ |
10.PS PCB Analysis |
|
HDD |
HDDLED
|
PJ320,IC25,PJ825 |
63,91,230 |
HDD LED GREEN |
|
Select Bay CD-ROM/FDD |
CDRLED
|
PJ300,IC24,PJ852 |
66,91,230 |
Select Bay CD-ROM LED GREEN |
|
SD CRAD |
SDLED |
IC322,PJ365 |
73,94 |
SD CRAD LED GREEN |
|
18.SD CRAD |
|||||
|
SDAT0-3 SDCMD,SDWP,SDCD SDCLK,SDPWR |
IC322,PJ365 |
74,94 |
|
|
19.RESUME TEST |
|||||
[01] |
PRON1 |
IC326,PJ825 |
85,230 |
|
|
|
PCNF0-1 |
PJ825,IC326 |
230,85 |
|
|
|
ALIS1,3,5 |
IC300,327,326 |
57,60,85 |
|
|
8.3.Error list by phenomenon List-7/7
Test item |
Check signal |
Parts |
SH.No. |
Remarks |
20.WINDOWS |
||||
Does not start |
|
IS2,IC11,300, PJ3,4 |
2,10,52 21,22 |
|
SAFE MODE |
|
IS2,IC11,300, PJ3,4 |
2,10,52 21,22 |
Refer to 02.MEMORY item |
HANG UP |
|
IS2,IC11,300, PJ3,4 |
2,10,52 21,22 |
|
PROTECTION ERROR |
|
IS2,IC11,300, PJ3,4 |
2,10,52 21,22 |
|
Exception error |
|
IS2,IC11,300, PJ3,4 |
2,10,52 21,22 |
|
WINDOWES REGISTRY CHECKER |
|
IS2,IC11,300, PJ3,4 |
2,10,52 21,22 |
|
ENCOUNTERD an Err ACCESSIN |
|
IS2,IC11,300, PJ3,4 |
2,10,52 21,22 |
|
CPU TEST NG |
|
IS2
|
2 |
|
MEM TEST NG |
|
PJ3,4,IC11
|
21,22,11 |
Refer to 02.MEMORY item |
DISPLAY TEST NG |
|
IC11
|
13 |
Refer to 04.DISPLAY item |
SOUND TEST NG |
|
IC300
|
56
|
Refer to 12.SOUND item |
HDD TEST NG |
|
IC300
|
55 |
Refer to 08.HDD item |
SD CARD TEST |
|
PJ365,IC322
|
94,74 |
|
21.etc.. |
||||
SPEED STEP (Geyserville) |
VRVID0-4 |
IC7,IC861 |
7,213
|
|
|
VRHIGH |
IC7,106,864 |
|
|
Does not recognize Common Dock [01] |
DOCDT1,2 |
PJ303,IC21 |
140,141,85 |
|
|
DSSDA,DSSCL |
IC326,RM404,PJ303 |
85,141 |
|
|
|
|
|
|
9.SOUND PCB analysis
Test item |
Check signal |
Parts |
SH.No. |
Remarks |
1.ASYNC TEST |
||||
FIR/SIR |
IRRX,IRTX |
IC100,PJ150 |
154,149 |
|
|
IRMODE |
PJ150,R186,IC100 |
149,154 |
|
|
P3V |
PJ150,L100,IC100 |
149,150 |
|
|
FIR-GND |
PJ150,IC100 |
149,150 |
|
2.SOUND TEST |
||||
SOUND CONT (AC-LINK SETTING) |
A97DI0,A97RST A97SD0,A97SYC |
IC101,PJ150 |
155,149 |
|
|
A97BCK |
IC101,R192,PJ150 |
155,149 |
|
INT SP [01]
|
SND-P5V |
PJ103 |
149 |
|
|
SPOUTL |
IC109,L101,PJ103 |
160,149 |
|
|
SPOUTR |
IC109,L102,PJ103 |
160,149 |
|
EXE MIC [01] |
MIKIN |
PJ101,FL100,C202,R201,IC110 C248,IC101 |
156,155 |
|
|
MMREFV |
IC110 |
156 |
|
HEADPHONE [01] |
SPKEN |
PJ105,R238,239,IC111,109 |
162,160 |
|
|
HEADL,HEADR |
IC109,C294,295,R219,220,LF101 PJ105 |
1160,162
|
|
P-ON/KB BEEP |
ATBEEP
|
PJ150 |
149,157 |
|
CD SOUND
|
CDAUDL,CDAUDR |
PJ150,C249,252,IC101 |
149,155 |
|
NOIZ
|
SND-P5V
|
PJ103 |
149 |
|
VOLUME
|
VROUTL,VROUTR |
VR110,C287,288,IC109 |
161,160 |
|
|
LOUTL,LOUTR |
VR100 |
161 |
|
MUTE
|
SNDMUT |
PJ150,R217,IC109 |
149,160 |
|
DOC LINE IN/OUT |
DINL,DINR |
PJ103,R248,253-263,IC14 |
149,164 |
|
|
LININL,LININR |
IC14,C246,247,IC101 |
164,155 |
|
|
LOUTL,LOUTR |
IC109,R264,265,IC15 |
160,165 |
|
|
DOUTL,DOUTR |
IC15,PJ103 |
165,149 |
|
MODEM SOUND |
PHONE-BXN,BXP |
PJ103,R203-211,C268,269,IC107 IC109 |
149,157,160 |
|
3.SD CRAD |
||||
[01] |
SDLED |
PJ150,IC379 |
149,153 |
SD CRAD LED GREEN |
|
SDPWR |
PJ150,IC359 |
149,151 |
|
|
SDAT0-3 |
PJ150,RM151,R176,PJ364 |
149,152 |
|
|
SDCMD,SDWP SDCD,SDCLK |
PJ150,R177,PJ364 |
149,152 |
|
|
SD-B3V |
IC359,R175 |
|
|
4.BLUETOOTH TEST |
||||
|
BTSWON
|
S302,PJ150 |
150,149 |
ON/OFF SW |
10. PS PCB analysis
Test item |
Check signal |
Parts |
SH.No. |
Remarks |
1.SYSTEM TEST |
||||
VERSION CHECK ･PS MICOM |
|
IC972 |
211 |
It's NG when version is old |
2.REAL TIMER TEST |
||||
|
X32KPS |
PJ803,R992,IC973,972 |
230,211 |
|
|
Vbat,R3V |
PJ752,R763,IC899 |
220 |
|
3.SOUND TEST |
||||
|
SND-P5V |
Q135,PJ803 |
204,230 |
|
4.LED TEST |
||||
DC－IN |
DCINGR |
IC972,DS7,R18 |
211,240 |
DC IN LED GREEN |
|
DCINOR |
IC972,DS3,R17 |
|
DC IN LED ORANGE |
POWER [01] |
PWLEGR |
PJ803,Q4,DS8,R20 |
230,240 |
POWER LED GREEN |
|
PWLEOR |
PJ803,Q3,DS4,R19 |
|
POWER LED ORANGE |
1st BATT |
BAT1GR |
IC972,DS9,R22 |
211,240 |
BATTERY LED GREEN |
|
BAT1OR |
IC972,DS5,R21 |
|
BATTERY LED ORANGE |
2nd BATT |
BAT2GR |
IC972,DS10,R24 |
|
BATTERY LED GREEN |
|
BAT2OR |
IC972,DS6,R23 |
|
BATTERY LED ORANGE |
HDD |
HDDLED
|
PJ803,Q6,DS2,R25 |
230,240 |
HDD LED GREEN |
Select Bay CD-ROM/FDD |
CDRLED
|
PJ803,Q5,DS10,R24 |
|
Select Bay CD-ROM LED GREEN |
BLUETOOTH |
BTLED
|
PJ803,Q315,DS1,R145 |
|
BLUETOOTH LED ORANGE |
11. Connection diagram
11.1 Connection diagram of PRT wraparound connector
Pin No. |
Singal |
|
Signal |
Pin No. |
|
9 |
PD7 |
|
ERROR |
15 |
|
|
|
|
|
|
|
8 |
PD6 |
|
AUTFD |
14 |
|
|
|
|
|
|
|
7 |
PD5 |
|
SELECT |
13 |
|
|
|
|
|
|
|
6 |
PD4 |
|
PINT |
16 |
|
|
|
|
|
|
|
5
|
PD3 |
|
STROBE |
1 |
|
|
|
|
|
|
|
|
|
|
|
ACK |
10 |
|
|
|
|
|
|
4 |
PD2 |
|
PE |
12 |
|
|
|
|
|
|
|
3 |
PD1 |
|
SLINE |
17 |
|
|
|
|
|
|
|
2 |
PD0 |
|
BUSY |
11 |
|
|
|
|
|
|
|
11.2 RS232C Connection diagram of CN wraparaound connector
PIN No. |
Signal |
|
Signal |
PIN No. |
||
3 |
TRANSMIT DATA |
|
RECEIVE DATA |
2 |
||
|
|
|
|
|
||
7 |
REQUEST TO SEND |
|
CLEAR TO SEND |
8 |
||
|
|
|
|
|
|
|
|
|
|
CARRIER DETECT |
1 |
||
|
|
|
|
|||
4 |
DATA TERMINAL READY |
|
DATA SET READY |
6 |
||
|
|
|
|
|
|
|
|
|
|
RING INDICATE |
9 |
||
11.3 RJ45 Connection diagram of CN wraparaound connector
PIN No. |
Signal |
|
|
|
|
1
|
TX+ |
|
|
|
|
|
|
|
|
|
|
2
|
TX- |
|
|
|
|
|
|
|
|
|
|
3
|
RX+ |
|
|
|
|
|
|
|
|
|
|
4
|
|
|
|
|
|
5
|
|
|
|
|
|
6
|
RX- |
|
|
|
|
|
|
|
|
|
|
7
|
|
|
|
|
|
8
|
|
|
|
|
|
11.4 LCD relay CN connecting wire list [04]
Parts to be used G36220332041 x2
PIN No. |
Signal name |
|
Signal name |
PIN No. |
|
|
|
|
||
1 |
GND |
|
GND |
1 |
|
21 |
GND |
|
GND |
21 |
|
|
|
|
|
|
|
|
|
|
|
2 |
|
|
|
2 |
|
22 |
GND |
|
GND |
22 |
|
|
|
|
|
|
|
|
|
|
|
3 |
GND |
|
GND |
3 |
|
23 |
N.C |
|
N.C |
23 |
|
|
|
|
|
|
|
|
|
|
|
4 |
|
|
|
4 |
|
24 |
N.C |
|
N.C |
24 |
|
|
|
|
|
|
|
|
|
|
|
5 |
GND |
|
GND |
5 |
|
25 |
N.C |
|
N.C |
25 |
|
|
|
|
|
|
|
|
|
|
|
6 |
TX0-B3N |
|
TX0-B3N |
6 |
|
26 |
N.C |
|
N.C |
26 |
|
|
|
|
|
|
|
|
|
|
|
7 |
PNL2-P3P |
|
PNL2-P3P |
7 |
|
27 |
N.C |
|
N.C |
27 |
|
|
|
|
|
|
|
|
|
|
|
8 |
TX0-B3P |
|
TX0-B3P |
8 |
|
28 |
N.C |
|
N.C |
28 |
|
|
|
|
|
|
|
|
|
|
|
9 |
GND |
|
GND |
9 |
|
29 |
N.C |
|
N.C |
29 |
|
|
|
|
|
|
|
|
|
|
|
10 |
TX1-B3N |
|
TX1-B3N |
10 |
|
30 |
N.C |
|
N.C |
30 |
|
|
|
|
|
|
|
|
|
|
|
11 |
GND |
|
GND |
11 |
|
31 |
GND |
|
GND |
31 |
|
|
|
|
|
|
|
|
|
|
|
12 |
TX1-B3P |
|
TX1-B3P |
12 |
|
32 |
GND |
|
GND |
32 |
|
|
|
|
|
|
|
|
|
|
|
13 |
GND |
|
GND |
13 |
|
33 |
|
|
|
33 |
|
|
|
|
|
|
|
|
|
|
|
14 |
TX2-B3N |
|
TX2-B3N |
14 |
|
34 |
|
|
|
34 |
|
|
|
|
|
|
|
|
|
|
|
15 |
GND |
|
GND |
15 |
|
35 |
|
|
|
35 |
|
|
|
|
|
|
|
|
|
|
|
16 |
TX2-B3P |
|
TX2-B3P |
16 |
|
36 |
GND |
|
GND |
36 |
|
|
|
|
|
|
|
|
|
|
|
17 |
PNL1-P3P |
|
PNL1-P3P |
17 |
|
37 |
GND |
|
GND |
37 |
|
|
|
|
|
|
|
|
|
|
|
18 |
TCLK-B3N |
|
TCLK-B3N |
18 |
|
38 |
BRI2DA-S3P |
|
BRI2DA-S3P |
38 |
|
|
|
|
|
|
|
|
|
|
|
19 |
PNL0-P3P |
|
PNL0-P3P |
19 |
|
39 |
BRI1-P5P |
|
BRI1-P5P |
39 |
|
|
|
|
|
|
|
|
|
|
|
20 |
TCLK-B3P |
|
TCLK-B3P |
20 |
|
40 |
BRI0-P5P |
|
BRI0-P5P |
40 |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
PIN No. |
Signal name |
|
Signal name |
PIN No. |
||
11.5 Keyboard relay CN connecting wire list [04]
Parts to be used GDM220000006 x2
PIN No. |
Signal name |
|
Signal name |
PIN No. |
|
|
|
|
||
1 |
N.C |
|
N.C |
1 |
|
18 |
KBRT02 |
|
KBRT02 |
21 |
|
|
|
|
|
|
|
|
|
|
|
2 |
IPSY |
|
IPSY |
2 |
|
19 |
KBRT01 |
|
KBRT01 |
22 |
|
|
|
|
|
|
|
|
|
|
|
3 |
GDN |
|
GDN |
3 |
|
20 |
KBSC09 |
|
KBSC09 |
23 |
|
|
|
|
|
|
|
|
|
|
|
4 |
IPSX |
|
IPSX |
4 |
|
21 |
KBSC08 |
|
KBSC08 |
24 |
|
|
|
|
|
|
|
|
|
|
|
5 |
P5V |
|
P5V |
5 |
|
22 |
KBSC07 |
|
KBSC07 |
25 |
|
|
|
|
|
|
|
|
|
|
|
6 |
N.C |
|
N.C |
6 |
|
23 |
KBRT00 |
|
KBRT00 |
26 |
|
|
|
|
|
|
|
|
|
|
|
7 |
KBSC15 |
|
KBSC15 |
7 |
|
24 |
KBSC06 |
|
KBSC06 |
27 |
|
|
|
|
|
|
|
|
|
|
|
8 |
KBSC14 |
|
KBSC14 |
8 |
|
25 |
KBSC05 |
|
KBSC05 |
28 |
|
|
|
|
|
|
|
|
|
|
|
9 |
KBRT07 |
|
KBRT07 |
9 |
|
26 |
KBCS04 |
|
KBCS04 |
29 |
|
|
|
|
|
|
|
|
|
|
|
10 |
KBRT06 |
|
KBRT06 |
10 |
|
27 |
KBSC03 |
|
KBSC03 |
30 |
|
|
|
|
|
|
|
|
|
|
|
11 |
KBSC13 |
|
KBSC13 |
11 |
|
28 |
KBSC02 |
|
KBSC02 |
31 |
|
|
|
|
|
|
|
|
|
|
|
12 |
KBSC12 |
|
KBSC12 |
12 |
|
29 |
KBSC01 |
|
KBSC01 |
32 |
|
|
|
|
|
|
|
|
|
|
|
13 |
KBRT05 |
|
KBRT05 |
13 |
|
30 |
KBSC00 |
|
KBSC00 |
33 |
|
|
|
|
|
|
|
|
|
|
|
14 |
KBRT04 |
|
KBRT04 |
14 |
|
31 |
P5V |
|
P5V |
34 |
|
|
|
|
|
|
|
|
|
|
|
15 |
KBSC11 |
|
KBSC11 |
15 |
|
32 |
CAPLED |
|
CAPLED |
35 |
|
|
|
|
|
|
|
|
|
|
|
16 |
KBSC10 |
|
KBSC10 |
16 |
|
33 |
ARWLED |
|
ARWLED |
36 |
|
|
|
|
|
|
|
|
|
|
|
17 |
KBRT03 |
|
KBRT03 |
17 |
|
34 |
NUMLED |
|
NUMLED |
37 |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
PIN No. |
Signal name |
|
Signal name |
PIN No. |
||
11.6 IPS membrane SW relay CN connecting wire list [04] Parts to be used G36220312043 x2
PIN No. |
Signal name |
|
Signal name |
PIN No. |
1 |
N.C |
|
N.C |
1 |
|
|
|
|
|
2 |
IPSSWU |
|
IPSSWU |
2 |
|
|
|
|
|
3 |
IPSSWL |
|
IPSSWL |
3 |
|
|
|
|
|
4 |
IPSSWR |
|
IPSSWR |
4 |
|
|
|
|
|
5 |
GND |
|
GND |
5 |
|
|
|
|
|
6 |
IPSSWD |
|
IPSSWD |
6 |
12.1 PIN assignment
12.1 EC PIN assign ( IC326/U306K7F8LRP) PIN assignment -1/4 [04]
Pin |
Port |
Signal name |
IO |
Contents |
Signal characteristics |
Remarks |
19 |
RES# |
MCLR# |
I |
L = Micon reset |
|
PullUp=10K, S3V |
22 |
XIN |
X8M |
I |
8MHz clock In |
|
|
20 |
XOUT |
X8M |
O |
8MHz clock Out |
|
|
15 |
M1 |
M1 |
I |
Micon mode setting |
|
GND |
16 |
M0 |
M0 |
I |
Micon mode setting |
|
GND |
67 |
VCC |
VCC |
I |
Micon logic power supply |
|
S3V VCCE at M306K5 |
23 |
VCC |
VCC |
I |
Micon logic power supply |
|
S3V |
91 |
VCC |
VCC |
I |
Micon logic power supply |
|
S3V |
142 |
AVREF |
AVREF |
I |
Micon analogue reference power supply |
|
S3V |
143 |
AVCC |
AVCC |
I |
Micon analogue power supply |
|
S3V |
140 |
AVSS |
AVSS |
I |
Micon analogue GND |
|
GND |
21 |
VSS |
VSS |
I |
Micon logic GND |
|
GND |
65 |
VSS |
VSS |
I |
Micon logic GND |
|
GND |
93 |
VSS |
VSS |
I |
Micon logic GND |
|
GND |
8 |
P161 |
FANREQ;000 |
I |
L= Temperature defect IC output Fan On |
CMOS |
PullUp=10K, P3V |
9 |
P160 |
FANG0;100 |
I |
Pulse signal for number of FAN Ch0 rotations |
SHMT(TB3i) |
PullUp=10K, P3V |
10 |
P157 |
DCPWON;100 |
O |
(H =Docker power supply ON) |
Psh/Pll |
|
11 |
P156 |
DNVSON;100 |
O |
(H =Docker NOVA SV Power On) |
Psh/Pll |
|
12 |
P155 |
DNVPON;100 |
O |
(H =Docker NOVA PV Power On) |
Psh/Pll |
|
13 |
P154 |
DILSON;100 |
O |
(H =Docker 1394 SV Power On) |
Psh/Pll |
|
14 |
P153 |
USBON3;100 |
O |
H =USB_3 power supply ON |
Psh/Pll |
|
46 |
P152 |
USBON2;100 |
O |
H =USB_2 power supply ON |
Psh/Pll |
|
47 |
P151 |
USBON1;100 |
O |
H =USB_1 power supply ON |
Psh/Pll |
|
48 |
P150 |
USBON0;100 |
O |
H =USB_0 power supply ON |
Psh/Pll |
|
57 |
P147 |
GNBTNA;000 |
I |
L =Press general-purpose A button |
SHMT:INTK1#(U) |
PullUp=10K, S3V (Imola) |
58 |
P146 |
GNBTNB;000 |
I |
L =Press general-purpose B button |
SHMT:INTK1#(U) |
PullUp=10K, S3V (Imola) |
59 |
P145 |
(INTWK5;000) |
I |
L=INTWK5# active |
SHMT:INTK1#(U) |
PullUp=10K, S3V |
60 |
P144 |
(INTWK4;000) |
I |
L=INTWK4# active |
SHMT:INTK1#(U) |
PullUp=10K, S3V |
61 |
P143 |
(INTWK3;000) |
I |
L=INTWK3# active |
SHMT:INTK1#(U) |
PullUp=10K, S3V |
62 |
P142 |
(INTWK2;000) |
I |
L=INTWK2# active |
SHMT:INTK1#(U) |
PullUp=10K, S3V |
63 |
P141 |
EJCTRQ;000 |
I |
L= Docker eject request active |
SHMT:INTK1#(U) |
PullUp=10K, S3V |
64 |
P140 |
PMEBT;000 |
I |
L= PME Bluetooth active |
SHMT:INTK1#(U) |
PullUp=10K, S3V |
75 |
P137 |
ECBEEP;000 |
O |
L=EC Beep Active |
O.D. |
|
76 |
P136 |
PRON1;000 |
O |
L=PV power ON signal |
O.D. |
|
77 |
P135 |
PRON0;000 |
O |
L= BV power ON signal |
O.D. |
|
78 |
P134 |
PRONEV;000 |
O |
L= EV power ON signal |
O.D. |
|
79 |
P133 |
IRQ12;100 |
O |
Low pulse = IRQ12 request |
O.D. |
|
80 |
P132 |
IRQ1;100 |
O |
H = IRQ1 request |
O.D. |
|
81 |
P131 |
GPO1 |
O |
GPO1: (L =PMERST) |
O.D. |
DPMRST;000 |
82
|
P130 |
GPO0 |
O |
GPO0: (L =Dock 1394 φ Reset) |
O.D. |
PHYRST;000 |
12-1. EC pin assign ( IC326/U306K7F8LRP) 2/4 [04]
Pin |
Port |
Signal name |
IO |
Contents |
Signal characteristics |
Remarks |
|||
90 |
P127 |
ALIS5;000 |
I |
L =OFF_PWR2 signal active |
CMOS |
|
|||
110 |
P126 |
(Reservd) |
I |
Unused |
CMOS |
GND |
|||
111 |
P125 |
ALIS1;000 |
I |
L =S1-S5/G3 active H =S0 active |
SHMT(INT11) |
|
|||
112 |
P124 |
DOCDT;000 |
I |
L =Docker connection |
SHMT(INT10) |
|
|||
113 |
P123 |
MBSCHG;000 |
I |
L =SelectBay HDD In interruption defect |
SHMT(INT9) |
|
|||
114 |
P122 |
ALIS3;000 |
I |
L =PWR_OFF1 signal active |
SHMT(INT8) |
|
|||
115 |
P121 |
PCNFEV;000 |
I |
L =EV power PCNF signal |
SHMT(INT7) |
PullUp=47K, S3V |
|||
116 |
P120 |
PWRSW;000 |
I |
L =Power SW active |
SHMT(INT6) |
PullUp=10K, S3V |
|||
125 |
P117 |
PCNF0;000 |
I |
L =PV power PCNF signal |
CMOS |
PullUp=47K, S3V |
|||
126 |
P116 |
PCNF1;000 |
I |
L =BV power PCNF signal |
CMOS |
PullUp=47K, S3V |
|||
127 |
P115 |
DCPCNF;100 |
I |
H =Docker Power Well |
CMOS |
PullUp=47K, S3V |
|||
128 |
P114 |
PCLR;000 |
O |
L =Power ON Clear active |
N-O.D. |
|
|||
129 |
P113 |
RSMRST;000 |
O |
L =Resume Reset |
Psh/Pll |
|
|||
130 |
P112 |
PWRBTN;000 |
O |
L =Power Button active |
Psh/Pll |
|
|||
131 |
P111 |
ECWKUP;000 |
O |
L pulse =EC Wake Up active |
Psh/Pll |
|
|||
132 |
P110 |
PWROK;100 |
O |
H =Main Power Well |
Psh/Pll |
|
|||
133 |
P107 |
USBOC3;000 |
I |
L =USB_3 Over Current |
CMOS |
PullUp=E3V |
|||
134 |
P106 |
USBOC2;000 |
I |
L =USB_2 Over Current |
CMOS |
PullUp=E3V |
|||
135 |
P105 |
USBOC1;000 |
I |
L =USB_1 Over Current |
CMOS |
PullUp=E3V |
|||
136 |
P104 |
USBOC0;000 |
I |
L =USB_0 Over Current |
CMOS |
PullUp=E3V |
|||
137 |
P103 |
MBSTS2;000 |
I |
SelECt Bay Status |
S2 |
S1 |
S0 |
CMOS |
PullUp=47K, S3V |
138 |
P102 |
MBSTS1;000 |
I |
No connection |
H |
H |
H |
CMOS |
PullUp=47K, S3V |
139 |
P101 |
MBSTS0;000 |
I |
ATA (CD-ROM) |
H |
H |
L |
CMOS |
PullUp=47K, S3V |
|
|
|
|
ATA (LS-120) / FDD |
H |
L |
H |
|
|
|
|
|
|
ATA (HDD) |
H |
L |
L |
|
|
|
|
|
|
USB device |
L |
H |
L |
|
|
|
|
|
|
ATA (ZIP-250) |
L |
L |
H |
|
|
141 |
P100 |
(TEMP0) |
I |
(Temperature thermister 0) |
(A/D) |
PullUp=10K, S3V |
|||
144 |
P97 |
ARWLED;100 |
O |
H =ARROW LED ON |
Psh/Pll |
|
|||
1 |
P96 |
FPWM0;100 |
O |
FAN_Ch0 PWM |
Psh/Pll(PWM3) |
|
|||
2 |
P95 |
SPKVOL;100 |
O |
Speaker volume PWM |
Psh/Pll(PWM2) |
|
|||
3 |
P94 |
PWLEOR;100 |
O |
H =Orange LED light is on |
Psh/Pll(PWM1) |
|
|||
4 |
P93 |
PWLEGR;100 |
O |
H =Green LED light is on |
Psh/Pll(PWM0) |
|
|||
5 |
P92 |
BTSWON;100 |
I |
H =Bluetooth switch ON |
SHMT(INT5) |
|
|||
6 |
P91 |
RING;000 |
I |
L =Modem RING active |
SHMT(INT4) |
PullUp=47K, S3V |
|||
7 |
P90 |
PNLOFF;000 |
I |
L =Panel open |
SHMT(INT3) |
PullUp=47K, S3V |
|||
17 |
P87 |
NUMLED;100 |
O |
H =NUML LED ON |
Psh/Pll |
|
|||
18 |
P86 |
CAPLED;100 |
O |
H =CAPS LED ON |
Psh/Pll |
|
|||
24 |
P85 |
RSTSW;000 |
I |
L =Reset SW active |
SHMT(NMI#) |
PullUp=47K, S3V |
|||
25 |
P84 |
(Reserved) |
I |
Unused |
CMOS |
VCC (M2 at M306K5) |
|||
26 |
P83 |
DOCVON;100 |
O |
H =DOCVCC power ON |
O.D. |
|
|||
27 |
P82 |
BRT2;100 |
O |
Brightness control signal３ bit Able to set ８ levels |
O.D. |
＊Notice |
|||
28 |
P81 |
BRT1;100 |
O |
|
O.D. |
＊Notice |
|||
29 |
P80 |
BRT0;100 |
O |
|
O.D. |
＊Notice |
|||
12.1 ECP IN assign (IC326/U306K7F8LRP) 4/3 [04]
Pin |
Port |
Signal name |
IO |
Contents |
Signal characteristics |
Remarks |
|
30 |
P77 |
CPURST;000 |
O |
L =CPU Reset active |
O.D. |
PullUp=10K, P3V |
|
31 |
P76 |
A20M;000 |
O |
L =A20 Mask active |
O.D. |
PullUp=10K, P3V |
|
32 |
P75 |
MSDAT;100 |
I/O |
PS2 mouse IF data |
O.D. (PS2B2) |
PullUp=10K, VCC |
|
33 |
P74 |
EXKBDAT;100 |
I/O |
PS2KBIF data |
O.D. (PS2B1) |
PullUp=10K, VCC |
|
34 |
P73 |
IPDDAT;100 |
I/O |
IPD IF data |
O.D. (PS2B0) |
PullUp=10K, VCC |
|
35 |
P72 |
MSCLK;100 |
I/O |
PS2 mouse IF clock |
O.D. (PS2A2) |
PullUp=10K, VCC |
|
36 |
P71 |
EXKBCLK;100 |
I/O |
PS2KBIF clock |
O.D. (PS2A1) |
PullUp=10K, VCC |
|
37 |
P70 |
IPDCLK;100 |
I/O |
IPD IF clock |
O.D. (PS2A0) |
PullUp=10K, VCC |
|
38 |
P67 |
CK4MHZ;100 |
O |
4MHz clock |
Psh/Pll(TA4o) |
|
|
39 |
P66 |
MBVON;100 |
O |
H =Selecy Bay power ON |
Psh/Pll |
(Imola / Montreal) |
|
40 |
P65 |
CPUPOK;100 |
O |
H =CPU Power Good |
Psh/Pll |
(Imola / Montreal) |
|
41 |
P64 |
PONOK;100 |
I |
H =Power start permission |
CMOS |
PullUp=47K, S3V |
|
42 |
P63 |
SSCL;100 |
I/O |
second I2C clock |
O.D.(I2C Bus) |
PullUp=2.2K, S5V |
|
43 |
P62 |
SSDA;100 |
I/O |
second I2C data |
O.D.(I2C Bus) |
PullUp=2.2K, S5V |
|
44 |
P61 |
PSCL;100 |
I/O |
first I2C clock |
O.D.(I2C Bus) |
PullUp=2.2K, S5V |
|
45 |
P60 |
PSDA;100 |
I/O |
first I2C data |
O.D.(I2C Bus) |
PullUp=2.2K, S5V |
|
49 |
P57 |
KBRT7;000 |
I |
Key return |
KIN |
No resistance Conpalator is unused |
|
50 |
P56 |
KBRT6;000 |
I |
Key return |
KIN |
|
|
51 |
P55 |
KBRT5;000 |
I |
Key return |
KIN |
|
|
52 |
P54 |
KBRT4;000 |
I |
Key return |
KIN |
|
|
53 |
P53 |
KBRT3;000 |
I |
Key return |
KIN |
|
|
54 |
P52 |
KBRT2;000 |
I |
Key return |
KIN |
|
|
55 |
P51 |
KBRT1;000 |
I |
Key return |
KIN |
|
|
56 |
P50 |
KBRT0;000 |
I |
Key return |
KIN |
|
|
66 |
P47 |
SNDMUT;000 |
O |
L = sound mute active |
Psh/Pll |
|
|
68 |
P46 |
CLKRUN;000 |
O |
L = CLKRUN active |
N-O.D. |
|
|
69 |
P45 |
WOLEN;100 |
O |
H =Wake On LAN power supply ON |
Psh/Pll |
|
|
70 |
P44 |
ECPS0;100 |
O |
H =EC PS0 state |
Psh/Pll |
|
|
71 |
P43 |
SERIRQ;100 |
O |
Serial IRQ |
Psh/Pll |
|
|
72 |
P42 |
BRT2DA;100 |
O |
FL inverter brightness control PWM |
Psh/Pll (TA2o) |
|
|
73 |
P41 |
WLON;000 |
O |
L =Wireless LAN RF power supply ON |
Psh/Pll |
|
|
74 |
P40 |
ONMA3V;100 |
O |
H =Mini PCI AUX3V power ON |
Psh/Pll |
|
|
83 |
P37 |
AMPSD;000 |
O |
L =sound, shutdown, active |
PshPll |
|
|
84 |
P36 |
LCLK;101 |
I |
LPC Clock |
CMOS/PshPll |
|
|
85 |
P35 |
LRESET;000 |
I |
L=LPC Bus Reset Active |
CMOS/PshPll |
|
|
86 |
P34 |
LFRAME;000 |
I |
L=LPC Frame |
CMOS/PshPll |
|
|
87 |
P33 |
LAD3;100 |
I/O |
LPC Data 3 |
CMOS/PshPll |
|
|
88 |
P32 |
LAD2;100 |
I/O |
LPC Data 2 |
CMOS/PshPll |
|
|
89 |
P31 |
LAD1;100 |
I/O |
LPC Data 1 |
CMOS/PshPll |
|
|
92 |
P30 |
LAD0;100 |
I/O |
LPC Data 0 |
CMOS/PshPll |
|
|
12-1. ECP IN assign（IC326/ U306K7F8LRP）4/4 [04]
Pin |
Port |
Signal name |
IO |
Contents |
Signal characteristics |
Remarks |
|
94 |
P27 |
FLON;000 |
O |
L =FLINV power ON |
Psh/Pll |
|
|
95 |
P26 |
KBSMI;100 |
O |
H =KBC SMI active |
Psh/Pll |
|
|
96 |
P25 |
ECSMI;100 |
O |
H =EC SMI active |
Psh/Pll |
|
|
97 |
P24 |
ILKWEN;100 |
O |
H =IEEE1394 power supply ON |
Psh/Pll |
|
|
98 |
P23 |
BTPON;100 |
O |
H =Bluetooth power ON |
Psh/Pll |
|
|
99 |
P22 |
BTIFOFF;000 |
O |
L =Bluetooth USB I/F OFF |
Psh/Pll |
|
|
100 |
P21 |
BTLED;100 |
O |
H =Bluetooth LED light is on |
Psh/Pll |
|
|
101 |
P20 |
BTRST;100 |
O |
H =Bluetooth Reset active |
Psh/Pll |
|
|
102 |
P17 |
KBSC15;000 |
O |
Key scan |
Psh/Pll |
|
|
103 |
P16 |
KBSC14;000 |
O |
Key scan |
Psh/Pll |
|
|
104 |
P15 |
KBSC13;000 |
O |
Key scan |
Psh/Pll |
|
|
105 |
P14 |
KBSC12;000 |
O |
Key scan
|
Psh/Pll |
|
|
106 |
P13 |
KBSC11;000 |
O |
Key scan |
Psh/Pll |
|
|
107 |
P12 |
KBSC10;000 |
O |
Key scan |
Psh/Pll |
|
|
108 |
P11 |
KBSC09;000 |
O |
Key scan |
Psh/Pll |
|
|
109 |
P10 |
KBSC08;000 |
O |
Key scan |
Psh/Pll |
|
|
117 |
P07 |
KBSC07;000 |
O |
Key scan |
Psh/Pll |
|
|
118 |
P06 |
KBSC06;000 |
O |
Key scan |
Psh/Pll |
|
|
119 |
P05 |
KBSC05;000 |
O |
Key scan |
Psh/Pll |
|
|
120 |
P04 |
KBSC04;000 |
O |
Key scan |
Psh/Pll |
|
|
121 |
P03 |
KBSC03;000 |
O |
Key scan |
Psh/Pll |
|
|
122 |
P02 |
KBSC02;000 |
O |
Key scan |
Psh/Pll |
|
|
123 |
P01 |
KBSC01;000 |
O |
Key scan |
Psh/Pll |
|
|
124 |
P00 |
KBSC00;000 |
O |
Key scan |
Psh/Pll |
|
|
12.2 PSC (IC972/TMP87PM48U) pin assignment [04]
PIN No. (Port) |
Signal name |
Outline |
Others |
|
56(P00) |
CCHGON |
CC/CV charging control signal (charging: 1=ON/ 0=OFF) |
|
|
55(P01) |
CQCHRG |
Direct CC charging control signal (charging: 1=OFF/O=ON) |
Do not use this function |
|
54(P02) |
EVON |
EVER power (switching IC)countrol signal(circuit: 1=ON/0=OFF) |
|
|
53(P03) |
CB1CHG |
Charging pass control signal for 1st battery (charging pass: 1=ON/O=OFF) |
|
|
52(P04) |
CB2CHG |
Charging pass control signal for 2nd battery (charging pass: 1=ON/O=OFF) |
|
|
51(P05) |
PVON |
PV power contorl signal (Powerr: 1=ON/0=OFF) |
|
|
50(P06) |
CDCIN |
Power supply signal for DC input (input power supply: 1=ON/0=OFF) |
|
|
49(P07) |
CABNOF |
PVT power supply control signal (PVT power supply :1=ON (Resume) /0=OFF(Boot/ abnornal condition) |
|
|
9(P10) |
DBT10V |
1st battery overvoltage status signal (monitor of abnormality) (1=Not overvoltage/ 0=Overvoltage) |
|
|
10(P11) |
DBT20V |
2nd battery overvoltage status signal (monitor of abnormality) (1=Not overvoltage/ 0=Overvoltage) |
|
|
11(P12) |
CBTOC |
1st battery overvoltage status signal (direct CC charge) (1=OFF/0=ON) |
GND connection |
|
12(P13) |
MCLR |
Master reset signal (master reset:1=active/0=inactive) |
MCV connection |
|
13(P14) |
250KHz |
Clock for control IC synchronization (PD0 output=250KHz) |
|
|
14(P15) |
CB1SEL
|
Signal for switching from 1st battery to 2nd battery and vice versa (1=2nd/0=1st) |
|
|
15(P16) |
SVON |
SV power contorl signal (Powerr: 1=ON/0=OFF) |
Do not use this function |
|
16(P17) |
CPON |
B5V /B3V POWER SUPPLY control signal (power supply 1=ON/0=OFF) |
|
|
8(P20) |
EVOMRQ |
EV pOwer supply is ON request signal (Power ON request 1=OFF 2=ON) |
|
|
6(P21) |
XTIN |
32KHz Clock (XTIN) |
PRON1 connection |
|
5(P22) |
XTOUT |
32KHz Clock ( XTOUT ) |
N.C |
|
64(P30) |
DCINGR |
Control of DCIN green LED (LED:1=OFF/0=ON) |
|
|
63(P31) |
DCINOR |
Control of DCIN orange LED (LED:1=OFF/0=ON) |
|
|
62(P32) |
BAT1GR |
Control of 1st battery green LED (LED:1=OFF/0=ON) |
|
|
61(P33) |
BAT1RG |
Control of 1st battery orange LED (LED:1=OFF/0=ON) |
|
|
60(P34) |
BAT2GR |
Control of 2nd battery green LED (LED:1=OFF/0=ON) |
|
|
59(P35) |
BAT20R |
Control of 2nd battery orange LED (LED:1=OFF/0=ON) |
|
|
58(P36) |
PCNFEV |
EV power PCONF signal (EV power supply 1=OFF/0=ON) |
|
|
57(P37) |
PCLR |
System reset (1=inactive/0= active) |
|
|
17(P40) |
PONOK |
Status signal for power-up enable/disable (power-up: 1= enable/0=disable) |
|
|
18(P41) |
SCL |
I2C clock line |
|
|
19(P42) |
SDA |
I2C data line |
|
|
20(P43) |
ONVCC |
System VCC power supply control signal (Power supply: 1=ON/0=OFF) |
|
|
21(P44) |
PCNF0 |
BV power PCONF signal (1=BV power OFF condition/ 0=BV power ON condition) |
|
|
22(P45) |
PCNF1 |
PV power PCONF signal (1=PV power OFF condition/ 0=PV power ON condition) |
|
|
29(P50) |
PSBEEP |
Beep signal (Beep:1=OFF/2=ON) |
|
|
28(P51) |
PRON1 |
Suspend/Resume control signal (1=suspend/0=resume) |
|
[01] |
27(P52) |
PRONO |
Power ON/OFF control signal (Power request :1=OFF/ 0=ON) |
|
[01] |
33(P60) |
S3V |
A/D converting : S3V voltage |
|
|
34(P61) |
AV5 |
A/D converting : EVER 5V voltage |
|
|
35(P62) |
EVER3V |
A/D converting : EVER3V voltage |
|
|
36(P63) |
PCOREV |
A/D converting : CPU core voltage(0.85V-1.35V) |
|
|
37(P64) |
PGTLV |
A/D converting : CPU GTL voltage(1.5V) |
|
|
38(P65) |
B2R85 |
A/D converting : B2R5V voltage(2.5V) |
|
|
39(P66) |
B1R8V |
A/D converting : B1R8V voltage (1.8V) |
|
[01] |
40(P67) |
AIDCIN |
A/D converting : DC input power supply current |
|
|
41(P70) |
AVDCIN |
A/D converting : AC adapter voltage |
|
|
42(P71) |
AVDSIN |
A/D converting : DS,CDOS voltage
|
|
|
43(P72) |
BTMP1 |
A/D converting : 1st battery temperature |
|
|
44 (P73) |
BTMP2 |
A/D converting : 2nd battery temperature |
|
|
45(P74) |
AIBAT1 |
A/D converting : 1st battery current |
|
|
46(P75) |
AIBAT2 |
A/D converting : 2nd battery current |
|
|
47(P76) |
AVBAT1 |
A/D converting : 1st battery voltage |
|
|
48(P77) |
AVBAT2 |
A/D converting : 2nd batery votage |
|
|
23(P80) |
CICHG |
CC/CV charging current setting signal (PWM signal) (0.0V = Setting of charge current 0A) |
|
|
24(P81) |
CB1CSL |
Changeover of battery current detection IC input (1st battery) (1=1.8V +0.3V/0=-0.3V -1.8V) |
|
|
25(P82) |
CB2CSL |
Changeover of battery current detection IC input (2nd battery) |
|
|
26(P83) |
CTHON |
Battery thrmester defect control signal(1=ON/ 0= OFF) |
N.C |
|
12.3 SUPER IO(IC334/ILPC47N227) Pin assign-1/4 [04]
PIN No. |
Name |
Symbol |
Buffer Type Per Function
|
Explanation |
||||
LPC INTERFACE |
||||||||
20-23
|
LPC address Data bus 3-0 |
LADO-LAD3 |
PCI_IO |
Active high LPC signal. This signal is output for various instructions such as address, date bus. |
||||
24 |
LPC Frame |
nLFRAME |
PCI_I |
Active-low signal. This signal is output for damaged cycle and new cycle starts. |
||||
25 |
LPC DMA/BUS master |
nLDRQ |
PCI_O |
Active-low signal. This signal requests DMA/BUS master rewriting by using LPC interface. |
||||
26 |
PCI reset |
nLPC-RESET |
PCI_I |
Active-low signal. Reset the LPC interface. |
||||
27 |
LPC power-off |
nPCPD |
PCI_I |
Active-low power down. LPC interface is turned off by LPC47N227. |
||||
28 |
PCI clock adjustments |
nCLKRUN |
PCI_OD |
Output PCI clock or restart a stopped PCI clock. |
||||
29 |
PCI clock |
PCI-CLK |
PCI_CLK |
PCI clock input. |
||||
30 |
Serial IRQ |
SER-IRQ |
PCI_IO
|
This signal is used with PCI clock pin, and is used to transfer the LPC47N227 to the host. |
||||
17 |
Power management event |
n IO-PME
|
(012/0D12) |
Starts the LPC47N227. |
||||
FLOPPY DISK INTERFACE |
||||||||
1 |
Drive density0 |
DRVDEN0 |
(012/0D12) |
This signal is indicating the selected drive and media. See CR03,.CR0B, CR1F for structure resister. |
||||
2 |
Drive density1 |
DRVDEN1 |
(012/0D12) |
Active low signal. This signal indicates the selected drive and media.
|
||||
3 |
Motor ON 0 |
nMTRO |
(012/0D12) |
This is the active signal. This signal is output when it is output, motor drive 0 is selected. |
||||
4 |
Disk change |
nDSKCHG
|
IS |
This input censors drive door is opened, disk is correctly switched after the last selection. This input is turns reversibly, and it can be read from I/O address 3F7h bit 7. nDSKCHG bit is also decided by condition of Force FDD status Change constructive register from Force Disk Change. |
||||
5 |
Select Drive 0 |
nDSO |
(012/0D12) |
Active-low signal. This output selects drive 0. |
||||
8 |
Direct control |
nDIR |
(012/0D12) |
High electric current. Direction of head can be decided by output of active-low signal. The pin is “1”, head is outer, and when it “0”, the head is inner. |
||||
9 |
Step Pulse |
nSTEP |
(012/0D12) |
High electric current drive of active law signal. this signal issues law pulse while head tracking is transferring |
||||
10 |
Write date |
nWDATA |
(012/0D12) |
High electric current drive of active law signal. This provides encoded data to disc drive. It also transfers data to media every time etching is up |
||||
11 |
Write gate |
nWGATE |
(012/0D12) |
High electric current drive of active law signal allows send a electric current to head.. It turns active right before writing at disk. |
||||
12 |
Select head |
nHDSEL |
(012/0D12) |
High electric current input signal. This selects a side of floppy disk when lead/write occurs. Floppy disk side 1 is selected when this pin indicates 0 when disk side is 0, then it accesses side 1. |
||||
13 |
Index |
nINDEX |
IS |
This is an active law signal, which input shumit trigger. This senses head, which goes over the index hold marked track point, from disk. |
||||
14 |
Track 00 |
n TRK0
|
IS |
This is an active law signal, which input shumit trigger. This sense that head goes over the exterior of track from disk. |
||||
15 |
Write Protect |
n WRTPRT
|
IS |
This is an active law signal, which input shumit trigger. This sense writes protect and ignores right command. nWRTPRT is decided by the condition of Force Write Protect bit in Force FDD Status Change structure resister. |
||||
16 |
Read disk data |
nRDATA |
IS |
This law active is serial bit stream sent from disk drive Up edge indicates the change flow of encode. |
||||
|
||||||||
|
||||||||
12.3 SUPER IO(IC334/ILPC47N227) Pin assign-2/4 |
||||||||||
PIN No. |
Name |
Symbol |
Buffer Type Per Function
|
Explanation |
||||||
SERIAL PORTS INTERFACE |
||||||||||
84 |
Received data |
RXD1 |
IS |
Receives serial data input of port 1 |
||||||
85 |
Send data |
TXD1 |
012 |
Sends output date of port1 |
||||||
86 |
Data creation ready1 |
n DSR1 |
I |
Active low data creations ready. This output serial port. Handshake signal (UART) links communication to modem. CPU reflects nDSR information, which reads by MRS bit 5, to monitors. |
||||||
97 |
Data creation ready 2 |
n DSR2 |
I |
|
||||||
87 |
Sending request1 |
n RTS1 |
06 |
Active low signal. This sends the inputted serial port , which has already inputted . Handshake outputs signal notices modem that UART can be used for sending data. |
||||||
98 |
Sending request 2 |
n RTS2 |
06 |
|
||||||
88 |
Sending clear 1 |
n CTS1 |
I |
Active low signal. This sends the inputted serial port. Handshake output signals modem that UART can be used for receiving data. CPU reflects nCTS condition to monitor is read by MRS. After reading the newest MSR, which MSR bit changed from 0 to a1, n CTS signal changed form low to high. An established bit 3 of interruption possible register is interrupted when n CTS is changed. No interference with n STC transfers. note: MSR bit 4 is complement of n CTS. |
||||||
99 |
Sending clear 2 |
n CTS2 |
I |
|
||||||
89 |
Data terminal ready 1 |
n DTR1 |
06 |
Active low terminal ready. This sends inputted serial port. Handshake signal notices modem that UART and date are be ready for communication link. This signal depicts modem control register (MCR) bit o and takes in the program. |
||||||
100 |
Data terminal ready 2 |
n DTR2 |
06 |
|
||||||
90 |
Ring indication 1 |
n RI1 |
I |
Active low ring indication. This sends inputed serial port. When it censored phone ring by modem, handshake signal notices UART. CPU can reflects NRI signal, which scanned by MSR, to the monitor. After reading the newest MSR, which MSR bit changed from 2 to 1, nRI signal changed form low to high. An established bit 3 of interruption possible register is interrupted when n DCD is changed. Note: MSR bit 6 is complement of n RI |
||||||
92 |
Ring indication2 |
n RI2 |
I |
|
||||||
91 |
Data transferring detection 1 |
n DCD1 |
I |
Active low data transferring detection input serial port. When transferring detection is censored, Handshake signal notices UART. CPU reflects n DCD condition to monitor by reading MSR bit 7. After reading the newest MSR, which MSR bit changed from 3 to 1, nDCD signal changed form low to high. An established bit 3 of interruption possible register is interrupted when n DCD is changed. Note: MSR bit 7 is complement of nDCD. |
||||||
94 |
Data transferring detection 2 |
n DCD2 |
I |
|
||||||
95 |
Received data 2 |
RXD2 |
IS |
Received serial data inputs port2. IR receiving data. |
||||||
96 |
Sending dara2 |
TXD2 |
012 |
Sending serial data inputs port2. IR sending data. |
||||||
INFRARED INTERFACE |
||||||||||
61 |
IR receiving |
IRRX2 |
IS |
IR receiving |
||||||
62 |
IR sending |
IRTX2 |
012 |
IR sending |
||||||
63 |
IR mode IR receiving 3 |
IRMODE/ IRRX3 |
06/ IS |
IR mode IR receiving 3 |
||||||
PARALLEL PORT INTERFACE (NOTE3) |
||||||||||
66 |
Initiate input
FDC direction control (note4) |
n INIT/
n DIR |
(0D14/0P14)
0D14 |
Printer control resister inputs bit 2 See Parallel port with the use of pin in ECP, EPP mode. See FDC pin definition. |
||||||
67 |
Printer select input
FDC step pulse (note 4) |
n SLCTIN/
n STEP
|
(0D14/0P14)
0D14 |
This active low input selects a printer. Completion of printer control resister bit 3.
See Parallel port with the use of pin in ECP, EPP mode. See FDC pin definition.. |
||||||
68 |
Port data 0 FDC index |
PD0/ n INDEX |
IOP14/ IS |
Port data 0 See FDC pin definition. |
||||||
|
||||||||||
12.3 SUPER IO(IC334/ILPC47N227) PIN Assign-3/4 |
||||||||||
PIN No. |
Name |
Symbol |
Buffer Type Per Function
|
Explanation |
||||||
69 |
Port data 1
FDC track0 |
PD1/
NtrkO |
IOP14/
IS |
Port data 1
See FDC pin definition. |
||||||
70 |
Port data 2
FDC write protect |
PD2/
N wrtprt |
IOP14/
IS |
Port data 2
See FDC pin definition. |
||||||
71 |
Port data 3
FDC read disk data |
PD3/
N rdata |
IOP14/
IS |
Port data 3
See FDC pin definition. |
||||||
72 |
Port data 4
FDC disk change |
PD4/
Ndskchg |
IOP14/
IS |
Port data 4
See FDC pin definition. |
||||||
73 |
Port data 5 |
PD5 |
IOP14/ |
Port data 5 |
||||||
74 |
Port data 6
FDC monitor ON 0 |
PD6/
Nmtr0 |
IOP14/
0D14 |
Port data 6
See FDC pin definition. |
||||||
75 |
Port data 7 |
PD7 |
IOP14/ |
Port data 7 |
||||||
77 |
Printer select status
FDC write gate |
SLCT
Nwgate |
I/
0D12 |
High active indicates that it has power on, and this is outputted from printer. Printer status resister reads SLCT input. See Parallel port with the use of pin in ECP, EPP mode. See FDC pin definition. |
||||||
78 |
Out of papers. FDC write data |
PE/
Nwrdata |
I/
0D12 |
High indicates that printer is out of paper, and this is outputted from printer. Printer status resister bit 5 reads PE input. See Parallel port with the use of pin in ECP, EPP mode. See FDC pin definition. |
||||||
79 |
BUSY |
BUSY
Nmtr1 |
I/
0D12 |
High indicates that no more new data can be accepted, and this is outputted from printer. Printer status resister bit 7 is a complement of “BUSY” output See Parallel port with the use of pin in ECP, EPP mode. See FDC pin definition. |
||||||
80 |
Approval |
Nack/
Nds1 |
I/
0D12 |
Low active, which is outputted from printer, received the new data and indicates that it can also be ready for new data. It reads but6nACK input from printer status resister. See Parallel port with the use of pin in ECP, EPP mode. See FDC pin definition. |
||||||
81 |
Error |
NError
Nhdsel |
I/
0D12 |
Low, which needs input to printer, indicates that there are some errors on the printer. Printer resister reads nERR. See Parallel port with the use of pin in ECP, EPP mode. See FDC pin definition. |
||||||
82 |
Auto field output
FDC density selection |
Nalf/
Ndrvden0 |
(0D14/0P14)
0D14 |
Input becomes low, then printer set 1 space for each line after printing. n ALF output is complement of printer control register bit 1 See Parallel port with the use of pin in ECP, EPP mode. See FDC pin definition. |
||||||
83 |
Strobe output |
N strobe
Ndso |
(0D/140P14)
0D14 |
Active low pulse output is used to strobe print date in printer. n STOROBE output is a complement of printer control resister bit 0 See Parallel port with the use of pin in ECP, EPP mode. See FDC pin definition. |
||||||
|
||||||||||
12-3. SUPER IO (IC334/ILPC47N227) PIN ASSIGN-4/4 |
||||
PIN No. |
Name |
Symbol |
Buffer Type Per Function
|
Explanation |
GENERAL PURPOSE I/0 |
||||
6, 32-39 40-47 48 54-56 57-59 |
General purpose |
GP24 GP30-GP37 GP40-47 GP10 GP15-GP17 GP20-GP22 |
(I/08/0D8) |
Hardware reset side space GP11 pin is used for measuring base structure address. 0=index Board I/0 address 02 HEX1= index board I/O address 04 HEX |
49
|
General purpose |
GP11/
(SYSOPT) |
(I/08/0D8) |
General purpose input/output Active low system interrupts output
|
50 |
General purpose I/0 system management interruption. |
GP12/
n IO_SMI |
(I/012/0D12)
(012/0D12) |
General purpose input/output Outer interrupt input. It is manageable on the one 15 serial IRQ.
|
51 |
General purpose
IRQ input 1 (note 9) |
GP13/
IRQIN1 |
(I/08/0D8)
I |
General purpose input outer interrupt input/output. It is manageable on the one 15 serial IRQ.
|
52 |
General purpose
IRQ input2 (note 9) |
GP14/
IRQIN2 |
(I/08/0D8)
I |
General purpose input/output
Parallel port indicates |
64 |
General purpose parallel port floppy (note9) |
GP23/
FDC_PP |
(I/08/0D8)
I |
General purpose input/output
Parallel port indicates floppy |
CLOCK PINS |
||||
19 |
14MHZ clock |
CLOCK 1 |
IS |
14.318MHZ clock input |
POWER PINS |
||||
53,65 93 |
VCC (note 6) |
VCC |
|
+3,3 volt supply voltage |
18 |
VTR (note6) |
VTR |
|
+3.3 volt standby voltage |
7,31 60,76 |
VSS |
VSS |
|
Grounding |
TOSHIBA
Document No. Y-MNT-K-1449
NO.
360026026
TOSHIBA DM CORPORATION TOTAL 48 CONT.ON 3 PAGENO.2
Document No. Y-MNT-K-1449
NO.
360026026
TOSHIBA DM CORPORATION TOTAL 48 CONT.ON 6 PAGENO.5
Document No. Y-MNT-K-1449
NO.
360026026
TOSHIBA DM CORPORATION TOTAL 48 CONT.ON F PAGENO.48
Start
PCB SET (ALL IS BEST)
Connect AC adapter.
Power supply failure
Refer to Power supply error
code.
IRT failure
Refer to IRT error code.
KB input NG
Refer to error code by
phenomenon.
USB NG
Refer to error code by
phenomenon.
.
IRT OK?
Display failure
Refer to error code by
phenomenon.
NG
Refer to error code by
phenomenon.
.
*Refer to production procedure for PORT existence
Only Sepang IRJ model is mounted
Wyszukiwarka
Podobne podstrony:
Toshiba Satellite PRO A210 EZ2202X
Toshiba Satellite PRO S300M S2142
Toshiba Satellite L300 L305D s5
TOSHIBA Satellite C655 Intel i3 4GB 320GB Win7 6203094297 oficjalne archiwum allegro
Toshiba Satellite M35X Laptop Disassembly
Jak zdemontować Toshiba Satellite A305
drivers toshiba satellite a665 s6086
Ćwiczenie 1, MIBM WIP PW, fizyka 2, laborki fiza(2), 50-Charakterystyka licznika Geigera-Mullera i b
Ćwiczenie 1 2, MIBM WIP PW, fizyka 2, laborki fiza(2), 50-Charakterystyka licznika Geigera-Mullera i
Geigeiron, MIBM WIP PW, fizyka 2, laborki fiza(2), 50-Charakterystyka licznika Geigera-Mullera i bad
+wiczenie1, MIBM WIP PW, fizyka 2, laborki fiza(2), 50-Charakterystyka licznika Geigera-Mullera i ba
Spraw1fizlab, MIBM WIP PW, fizyka 2, laborki fiza(2), 50-Charakterystyka licznika Geigera-Mullera i
poprawakk1, MIBM WIP PW, fizyka 2, laborki fiza(2), 50-Charakterystyka licznika Geigera-Mullera i ba
(50) Środki przeczyszczająceid 1089 ppt
Mechanika Plynow Lab, Sitka Pro Nieznany
09 1993 46 50
50 104 id 40827 Nieznany (2)
więcej podobnych podstron