Notice

The company reserves the right to revise this publication or to change its contents without notice. Information contained herein is for reference only and does not constitute a commitment on the part of the manufacturer or any subsequent vendor. They assume no responsibility or liability for any errors or inaccuracies that may appear in this publication nor are they in anyway responsible for any loss or damage resulting from the use (or misuse) of this publication. This publication and any accompanying software may not, in whole or in part, be reproduced, translated, transmitted or reduced to any machine readable form without prior consent from the vendor, manufacturer or creators of this publication, except for copies kept by the user for backup purposes. Brand and product names mentioned in this publication may or may not be copyrights and/or registered trademarks of their respective companies. They are mentioned for identification purposes only and are not intended as an endorsement of that product or its manufacturer. March, 2001 Preliminary Version

Contents

Chapter 1: Introduction.. 1 - 1
System specifications (general). 1 - 2
Chapter 2: Chipset and Mainboard information.. 2 - 1
CPU... 2 - 1 Chipsets... 2 - 3
SiS630S.. 2 - 3 PC Card Chipset - PCI1410.. 2 - 11
Ports..2 - 13 Mainboard..2 - 14
Mainboard components list. 2 - 14 Mainboard photo... 2 - 15
Chapter 3: Disassembly. 3 - 1
Size chart for screws and hex nuts:.. 3 - 1
Disassembly steps.. 3 - 2
Steps to remove the CD-ROM/DVD-ROM :.. 3 - 2 Steps to remove the CPU:.. 3 - 2 Steps to remove the FDD:.. 3 - 2 Steps to remove the HDD:.. 3 - 3 Steps to remove the inverter board:. 3 - 3 Steps to remove the LCD panel:. 3 - 3 Steps to remove the mainboard:. 3 - 4
Removal Procedures. 3 - 5
Remove the battery.. 3 - 5 Remove the keyboard... 3 - 6 Remove the HDD assembly.. 3 - 7 Remove the CD-ROM\DVD-ROM assembly. 3 - 8 Remove the heat sink... 3 - 9 Applying a heat sink pad. 3 - 9 Remove the CPU... 3 - 10 Reinstall the CPU.. 3 - 10 Separate the notebook base in two. 3 - 11 Remove the FDD assembly. 3 - 14 Remove the CD-ROM tray.. 3 - 14 Remove the Fan.. 3 - 14 Remove the mainboard and tray from the bottom case.. 3 - 15 Remove the mainboard from the mainboard tray.. 3 - 16

The LCD Panel..3 - 17

Remove the LCD panel frame.. 3 - 17 Remove LCD panel from the LCD panel case. 3 - 18 Remove the LCD panel from the bracket. 3 - 20
Appendix A: Mechanical Drawings and Parts Lists.. A - 1

2200C...A - 1

Bottom Half assembly and parts list. A - 1 LCD panel (12.1) assembly and parts list. A - 2 LCD panel (13.1 , 15.3) assembly and parts list... A - 3
LCD panel (14.1) assembly and parts list. A - 4 Keyboard and Touchpad assembly. A - 5 Keyboard and Touchpad assembly parts list. A - 6 FDD assembly and parts list. A - 7 HDD assembly and parts list. A - 8 CD-ROM assembly and parts list.. A - 9 DVD-ROM assembly and parts list.. A - 10

2700C..A - 11

Bottom half assembly and parts list. A - 11 LCD panel (13.3) assembly and parts list. A - 12 LCD panel (14.1) assembly and parts list. A - 13 Keyboard and Touchpad assembly. A - 14 Keyboard and Touchpad parts list. A - 15 FDD Assembly and parts list.. A - 16 HDD assembly and parts list.. A - 17 CD-ROM Assembly and parts list.. A - 18 DVD-ROM assembly and parts list.. A - 19

width. The built-in fast PCI IDE controller supports the ATA PIO/DMA, and the Ultra DMA33/66/100 function that supports the data transfer rate up to 100 MB/s. It provides the separate data path for two IDE channels that can eminently improve the performance under the multi-tasking environment. The following illustrates the system block diagram
Features Host Interface Controller
Supports Intel Slot 1/Socket370 Pentium II/!!! CPUs Synchronous Host/DRAM Clock Scheme Asynchronous Host/DRAM Clock Scheme
Integrated DRAM Controller
3-DIMM/6-Bank of 3.3V SDRAM Supports Memory Bus up to 133 MHz System Memory Size up to 3 GB Up to 512MB per Row Supports 16Mb, 64Mb, 128Mb, 256Mb, 512Mb SDRAM Technology Suspend-to-RAM (STR) Relocatable System Management Memory Region Programmable Buffer Strength for CS#, DQM[7:0], WE#, RAS#, CAS#, CKE, MA[14:0] and MD[63:0] Shadow RAM Size from 640KB to 1MB in 16KB increments Two Programmable PCI Hole Areas
Integrated A.G.P. Compliant Target/66Mhz Host-to-PCI Bridge
AGP v2.0 Compliant Supports Graphic Window Size from 4MBytes to 256MBytes Supports Pipelined Process in CPU-to-Integrated 3D A.G.P. VGA Access Supports 8 Way, 16 Entries Page Table Cache for GART to Enhance Integrated A.G.P. VGA Controller Read/Write Performance Supports PCI-to-PCI Bridge Function for Memory Write from 33Mhz PCI Bus to Integrated A.G.P. VGA Supports Additional AGP slot with 4X and Fast Write Transaction
Meet PC99 Requirements PCI 2.2 Specification Compliant High Performance PCI Arbiter
Supports up to 4 PCI Masters Rotating Priority Arbitration Scheme Advanced Arbitration Scheme Minimizing Arbitration Overhead. Guaranteed Minimum Access Time for CPU And PCI Masters
Integrated Host-To-PCI Bridge
Zero Wait State Burst Cycles CPU-to-PCI Pipeline Access 256B to 4KB PCI Burst Length for PCI Masters PCI Master Initiated Graphical Texture Write Cycles Re-mapping Reassembles PCI Burst Data Size into Optimized Block Size
Fast PCI IDE Master/Slave Controller
Supports PCI Bus Mastering
Native Mode and Compatibility Mode PIO Mode 0, 1, 2 , 3, 4 Multiword DMA Mode 0, 1, 2 Ultra DMA 33/66/100 Two Independent IDE Channels Each with 16 DW FIFO
Virtual PCI-to-PCI Bridge Integrated Ultra AGP VGA for Hardware 2D/3D Video/Graphics Accelerators
Supports Tightly Coupled 64 Bits Host Interface to VGA to Speed Up GUI Performance and Video Playback Frame Rate AGP v. 2.0 Compliant Zero-Wait-State 128x4 Post-Write Buffer with Write Combine Capability Zero-Wait-State 128x4 2-Way Read Ahead Cache Capability Re-locatable Memory-Mapped and I/O Address Decoding Flexible Design Shared Frame Buffer Architecture for Display Memory Shared System Memory Area up to 64MB Built-in 8K Bytes Texture Cache Supports High Quality Dithering Supports Bump Mapping Supports 8/16/24/32 BPP RGB/ARGB Texture Format Supports Video YUV Texture in All Supported Texture Formats 128-Bit 2D Engine with a Full Instruction Set Maximum 64 MB Frame Buffer with Linear Addressing Supports Hardware DVD Accelerator Supports Single Frame Buffer Architecture Supports Two Independent Video Windows with Overlay Function and Scaling Factors

With the CPU and heatsink, keyboard, HDD and CD-ROM/DVD-ROM drive removed: 1. Remove screw (I), the LCD panel ground wire and Inverter power ground wire. When reinstalling make sure to place the LCD panel ground wire on top of the case and the Inverter power ground on the inside of the case just above the hex nut (figure 3-14). figure 3-13
1 Philips screwdriver 1 Hex socket wrench Top: 1 Screw 1 Hex nut Right Side: 1 Screw Bottom: 6 Screws Bottom Rear: 3 Screws
1) microphone connector 2) LCD panel connector 3) Inverter power figure 3-14 connecter 4) LCD panel ground 5) Inverter power ground

3 - 11

2. Remove screw (I) (figure 3-15).
figure 3-15 3. Close the LCD panel and go to the right side of the computer and remove screw (I) (figure 3-16).

I figure 3-16

3 - 12
4. On the back of the computer just above the ports, remove screws (D) (figure 3-17).

D figure 3-17

5. Remove all screws (H, K) as shown in (figure 3-18). 6. Run a small screwdriver around the rim where the two halves meet and slowly pry the pieces apart. 7. You should be left with figure 3-19 on page 3-13.

H I H figure 3-18

3 - 13
1 Philips screwdriver 1 Hex socket wrench FDD: 1 Stand-off Hex nut 1 Screw

Remove the FDD assembly

1. Remove screw (I). 2. Remove the Hex nut (Q). 3. Lift the FDD assembly off of the mainboard.

Remove the CD-ROM tray

1. Remove screws (I). 2. Remove screw (F) 3. Slide the tray slightly to the right and lift it off of the mainboard.

1 CD-ROM tray 3 Screws

Remove the Fan
1. Unplug fan cable from mainboard. 2. Lift out the fan.

1) Fan

2) Fan cable 3) Fan cable connector 4) FDD assembly 5) CD-ROM tray 4 Note For information on removing the FDD from the FDD assembly go to Appendix A.

figure 3-19

3 - 14
Remove the mainboard and tray from the bottom case
1. Remove screws (F, H) and Hex nut (Q). 2. Lift the mainboard up from the battery side and pull it out of the case.
1 Philips screwdriver 1 Hex socket wrench 2 Screws 1 Hex nut

figure 3-20

3 - 15
Remove the mainboard from the mainboard tray
1 Hex socket wrench 1 Hex nut
1. Remove the hex nuts (R) on the parallel port (figure 3-21). 2. Remove the hex nuts (R) on the monitor out port (figure 3-21). 3. Lift the mainboard out of the tray.
1) parallel port 2) monitor port

R figure 3-21

figure 3-22

figure 3-23

3 - 16

The LCD Panel

Remove the LCD panel frame
1. Remove the rubber stoppers in positions D and J (figure 3-24). 2. Remove the screws (D, J) (figure 3-24). 3. Run your finger around the middle of the frame and separate the frame from the back (figure 3-25). 1 D D

1 Philips screwdriver 5 Screws

J figure 3-24

1) Top half of notebook computer 2) LCD panel in back 3) LCD panel frame

3 figure 3-25

3 - 17
1 Philips screwdriver 6 Screws
Remove the LCD panel and bracket from the LCD panel case
1. Remove the bracket (D) screws on the side of the LCD panel (figure 3-26). 2. Remove the 4 screws at the bottom of the LCD screen 3. Remove screws (D) holding securing the inverter board (figure 3-26).
1) Ground wire (for reassembly, please note where the ground wire is attached ) 2) Inverter Board

1 D 2 D I I

figure 3-26

3 - 18

1) Inverter wire cable 2) LCD to inverter wire cable 3) LCD wire cable 4) LCD wire cable connector 5) LCD bracket
figure 3-27 4. Lift the LCD inverter and disconnect the inverter wire cable and the LCD to inverter wire cable (figure 3-27). 5. Lift the LCD screen and bracket out of the case and place it atop the keyboard (figure 3-28). 6. Disconnect the LCD wire cable. 3

figure 3-28

3 - 19
1 Philips screwdriver (small)
Remove the LCD panel from the bracket
1. Gently lift out the panel. 2. Remove the screws (C) holding the LCD in the bracket (figure 3-29).

figure 3-29

3 - 20
Mechanical Drawings and Parts Lists
Appendix A: Mechanical Drawings and Parts Lists
Bottom Half assembly and parts list

Service manual

LCD panel (12.1) assembly and parts list
LCD panel (13.1 , 15.3) assembly and parts list
LCD panel (14.1) assembly and parts list
Keyboard and Touchpad assembly
Keyboard and Touchpad assembly parts list
FDD assembly and parts list
HDD assembly and parts list
CD-ROM assembly and parts list
DVD-ROM assembly and parts list

A - 10

Bottom half assembly and parts list

A - 11

LCD panel (13.3) assembly and parts list

A - 12

A - 13

A - 14

Keyboard and Touchpad parts list

A - 15

FDD Assembly and parts list

A - 16

A - 17
CD-ROM Assembly and parts list

A - 18

A - 19

Schematic Diagrams

Appendix B: Schematic Diagrams
(4) HA# [3.31] HA#[3.31] HA# 3 HA# 4 HA# 5 HA# 6 HA# 7 HA# 8 HA# 9 HA#10 HA#11 HA#12 HA#13 HA#14 HA#15 HA#16 HA#17 HA#18 HA#19 HA#20 HA#21 HA#22 HA#23 HA#24 HA#25 HA#26 HA#27 HA#28 HA#29 HA#30 HA#31 AK8 AH12 AH8 AN9 AL15 AH10 AL9 AH6 AK10 AN5 AL7 AK14 AL5 AN7 AE1 Z6 AG3 AC3 AJ 1 AE3 AB6 AB4 AF6 Y3 AA1 AK6 Z4 AA3 AD4 X6 AC1 W3 AF4 U9A A#3 A#4 A#5 A#6 A#7 A#8 A#9 A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#A#REQ#0 REQ#1 REQ#2 REQ#3 REQ#4 A DS # IE RR# B R0 # B PRI# B NR# LOCK# HIT # HITM# DEFER# B P# 2 B P# 3 BPM#0 BPM#1 T RDY # RS# 0 RS# 1 RS# 2 A 20M# FE RR# IGNNE # PW GOOD SMI# T CK T DO T DI T MS T RST # P REQ# P RDY # L INT0 #/INTR LINT 1# /NMI S T PCLK # S LP # CELEONP3 C322.1U HD# [0.63] D# 0 D# 1 D# 2 D# 3 D# 4 D# 5 D# 6 D# 7 D# 8 D# 9 D#10 D#11 D#12 D#13 D#14 D#15 D#16 D#17 D#18 D#19 D#20 D#21 D#22 D#23 D#24 D#25 D#26 D#27 D#28 D#29 D#30 D#31 D#32 D#33 D#34 D#35 D#36 D#37 D#38 D#39 D#40 D#41 D#42 D#43 D#44 D#45 D#46 D#47 D#48 D#49 D#50 D#51 D#52 D#53 D#54 D#55 D#56 D#57 D#58 D#59 D#60 D#61 D#62 D#63 DBSY # DRDY # PICCLK P ICD1 P ICD0 INIT # FLUSH# RE SET # RE SET # BCLK BSEL0 BSEL1 CLKREF W1 T4 N1 M6 U1 S3 T6 J1 S1 P6 Q3 M4 Q1 L1 N3 U3 H4 R4 P4 H6 L3 G1 F8 G3 K6 E3 E1 F12 A5 A3 J3 C5 F6 C1 C7 B2 C9 A9 D8 D10 C15 D14 D12 A7 A11 C11 A21 A15 A17 C13 C25 A13 D16 A23 C21 C19 C27 A19 C23 C17 A25 A27 E25 F16 ALA N27 J33 L35 J35 A G33 A E37 X4 AH4 WAJAJY33 HD#0 HD#1 HD#2 HD#3 HD#4 HD#5 HD#6 HD#7 HD#8 HD#9 HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#HD#DB SY # DRDY # P CLKPIC P ICD1 P ICD0 INIT # FLUSH# CPURST # HCLKCPU BS EL 0 BS EL 1 CLK REF DB SY# (4) DRDY# (4) P CL KP IC (3) P ICD1 (2) P ICD0 (2) INIT # (2,10) FLUSH# (2) CPURST # (4) HCL KCPU (3) BSEL0 BSEL1 RR(2,3) (2,3) 150(1%)(0 805) 150(1%)(0 805) V_IO (4) CPURST # (4) A DS# CPURST # A DS # R308 R56 C356.1U (4) RS#1 (4) DEFER# (4) HLOCK # (4) HRE Q#3 (4) HRE Q#2 (4) B PRI# (4) HRE Q#1 (4) B NR# HD#[0.63] (4) HA#[3.31] (4) HD# [0.63] HA# [3.31] 5 RP(4) 6 HD# [0.63] VCCT HD# 1 HD# 5 HD# 8 HD#17 HD# 0 HD# 6 HD#15 HD# HA#HA#HA#HA#HA#HA#3 HA#9 HA#6 RP6 TS MC8R-VCCT 6 C33 7.1U

VCC3 L3 8

0 DACAVDDB

VCC3 L4 1

0 ECLKAVDD

VCC3 L40

0 DCLKAVDD

VCC3 L39

CC321 C C

C0.01U

CP8P4C_C

CP9 8P4C_C

CP8 CP7 8P4C_C 8P4C_C

T it le Size Date: Document Number

630(VGA) & LVDS

Cus tom 0200-07.SCH

Sheet 7

VCC VCC3

L61 BEAD(0805)

L62 BEAD(0805)

L63 BEAD(0805)

C496 C497
4.7U U32 P[1.5] P5 P4 P3 P2 P1 P11 P10 P9 P8 P7 P17 P16 P15 P14 P13 TP42 D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 VDD AVDD DVDD DVDD DVDD DVDD Z766 Z767 Z768

4.7U 10U

P[7.11]
C498 C499 C500 C501 C502 C503.1U.1U.1U.1U.1U.1U C504 47P Z805 CN27 Z795 Z796 TP196 D35 DA204U D36 DA204U AC AC R1% Pl ace close to 7005/6 A 1 L1.2uH(0805) C514 150P C505 47P Z804 L66 L1.2uH(0805) 1 L65 1.2uH(0805) 2 Z2 C513 270P Z801 C 24 Z1% POUT 37 TPConnect to pin 19 ground wi th short/wide trace. R1% Pl ace close to 7005/6 C R510 Pl ace close to 7005/6 VCC3 A CRMA GND GND LUMA SVIDEO_CON SLD SLD SLD SLD 7 8
P[13.17] CSYNC C Y (7) VGCLK V GCLK Up to 47MHz RSET RZCVBS XCLK
Place close to 7005 TP184

Place cl ose to SIS630S

(7) VBHSYNC (7) VBVSYNC

VBHSYNC VBVSYNC

R511 R512
Z788 Z789 VCC3 TP186 R515 Z790 R516 4.7K R517 4.7K 10K
H V DS/BCO AGND RESETB DGND DGND DGND DGND 23

2 1.2uH(0805) C506 150P

C507 270P
(7,9) DDC1DATA (7,9) DDC1CLK

DDC1DATA DDC1CLK

R518 R519

Z791 Z792

ALL COMPONENTS MUST CLOSE TO SVIDEO_CON Anal og and di gital ground should connect to a common ground plane

GND GND

XO/FIN
CH7005/6 Y7 14.31818MHz+-20PPM C511 10P The two external load capaci tors value is eaqual to 2 x crystal internal cap - 12.5pF C512 10P
Title Size Da te: Docu nt Number me

Re v A of 3 1

Chrontel CH7005 TV-OUT
00-08.SCH Custom 02 Mon day, Ma rch , 1

Sheet 8

Close to LCD connector.
(7) (7) (7) (7) (7) (7) (7) (7) R0+ R0R1+ R1R2+ R2RCLKIN+ RCLK INR0+ R0R1+ R1R2+ R2RCLKIN+ RCLKINR271 R272 R269 R270 R267 R268 R265 R18 C249 10P C269 10P C251 10P C250 10P C253 10P C252 10P C255 10P C254 10P 12V
VCC3 RIN0+ RIN0 RIN1+ RIN1 RIN2+

R0+ R0-

3 RIN0+ 2 RIN0-

R2+ R2-

3 RIN2+ 2 RIN2-

RIN2 RCLK+ RCL K-

3 RIN1+ 2 RIN1-

RCLKIN+ 4 RCLK IN1

3 RCLK+ 2 RCLK-

EX TSMI#

R250 R32 R33

Z560 Z483 Z484

PWRSW# SCI

WA KE#

ATF_INT#
E18 E11 C7 B12 E10 B6 A6 D13
SPK PSON# ACPILED EXTSMI# PWRBTN# RING PME# THERM#
LAD[0.3] LAD0 LAD1 LAD2 LAD3 LDRQ# LFRAME# SIRQ NMI SMI# INTR A20M# INIT# IGNNE# FERR# STPCLK# CPUST OP#/CPUSLP AG4 AF4 AJ4 AE5

L AD0 L AD1 L AD2 L AD3

L PUL IGH PC L-H PL ACE NEAR TO W8 6F 362

VCC3 RN4 RN4

L DRQ# AF5 L FRAME# AH4 IRQ AG5 Z758RSER
LDRQ# (20) LFRAME# (20) SERIRQ (16,20,21) NMI SMI# INTR A20M# INIT# IGNNE# FERR# STPCLK# (1,2) (1,2) (1,2) (1,2) (1,2) (1,2) (2) (1,2)
L AD0 L AD1 L AD2 L AD3 L DRQ# SER IRQ L FRAME#

8P4R_ 4.7K

VCC3 (24,26) (14) ACIN# TXD3 ACIN# TXD3

R249 R279 R14 R34

10K 10K 10K 0

VR_HI/LO# LO/HI#

GV_GATE

B7 A7 D8 C8 B8

KBDAT/VR-HI_LO# KBCLK/LO_HI# PMDAT /GV_GATE PMCLK/GP13 KLOCK#/GP14/TXD
C18 D16 D18 B17 A17 B18 A18 C17 D17 Z555
NMI SMI# INTR A20M# INIT# IGNNE# FERR# STPCLK# R257 R48 T XEN
SMBDATA SMB CLK R DV X MDIO

8P4R_ 1K

SLP# CPUSTP#

SLP# (1,2) CPUSTP# (3)

(14) (14) (14) (14) (14) (14) (14) (19) (14) (14)
TXD0 TXD1 TXD2 RXER T XCLK COL CRS SPDIF MDC RXCLK
C12 D12 E17 F12 C10 F14 C6 E12 D9 D10
GP0/PREQ#3/TXD[ GP1/PGNT#3/TXD[ GP2/LDRQ1#/TXD[ GP3/RXER GPIO4/VR-HI_LO# GPIO5/LO_HI# GPIO6/GV_GATE GP7/SPDIF GP8/MDC GP9/RXCLK
TXEN/GP15/SMBAL# SMBDAT SMCLK RXDV/OC0# MDIO/OC1# UV0UV0+ UV1UV1+ UV2UV2+ UV3UV3+ UV4UV4+ UV5UV5+ USBCLK48M USBVDD0 USBVDD1 RXD[0] RXD[1] RXD[2] RXD[3] LANCLK25M RESERVE2 RESERVE1
A8 AG3 AH3 F10 D6 H5 J5 G5 H6 E5 F5 E6 F6 F8 E7 E8 D7 A12 B2 B3 C9 B9 E13 A9 D5 AE7 Z400 AH2 Z401 N2 Z486
T XEN (14) SMBDATA (25) SMBCLK (25) RXDV MDIO USBP0USBP0+ (14) (14) (15) (15)
VDD3 SUSPEND# WAKE# PWR_ON# R251 R252 R455 10K 10K 10K

USBP0USBP0+ USBP1USBP1+

USBP2USB P2+ USBP3USB P3+ USBP4USB P4+ USBP5USB P5+

NEAR TO SiS 63 0

(15,18) SDAT I1 (15,18) SDAT I0 (15,18) SDATO (15,18) SYNC (15,18) AC_RESET# (15,18) BIT_CLK
SDAT I1 SDAT I0 SDATO SYNC AC_RESET# BIT_CLK C274

B10 A10 A13 B13 D11 C13

AC_SDIN[1] AC_SDIN[0] AC_SDOUT AC_SYNC AC_RESET# AC_BIT_CLK

USB AC '97

USBP3USBP3+

(15) (15)

USBP2USB P2+ USBP1USB P1+ USBP4USB P4+ USBP5USB P5+

10K 10K 8P4R_10K 8P4R_10K 10K
GNT0# IRDY# GNT2# GNT1# STOP# DEVSEL# SERR# TRDY#

630S(PCI/IDE)

Size Date : Document Numbe r -10.SCH Custom 0200 Monday, March 05, 2001

Shee t 11

B - 11

VCC1.8 V CC3

GTLVTT VCC 3

R285 R274

R 206) (1 0(1 206)
V CC3 AA8 AA9 AB8 AB9 N8 P8 P9 U8 V8 V9 W8 W9 Y8 Y9 H19 H20 H21 H22 J21 J22 K22 L22 M22

Default : 1-2

GTLVTT
C339 C309 1U C343 C288.1U C340 C289

VC C1.8 VCC3

AA11 AA12 AA13 AA18 AA19 AA20 AA22 AB12 AB19 AB21 AB22 H10 H17 J11 J12 J9 K8 K9 M9 U21 U22 V21 V22 W21 W22 Y21 AB10 AB11 AB13 AB18 AB20 H11 H12 H18 J18 L8 M8 N22 T22 Y22 AA10 AA14 AA17 AA21 AB14 AB17 H13 H16 J10 J13 J16 J17 J19 J20 K21 L21 L9 M21 N21 N9 T21 U9

VDD 3 VDD 3

OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD OV DD PV DD PV DD PV DD PV DD PV DD PV DD PV DD PV DD PV DD PV DD PV DD PV DD PV DD PV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD IV DD AUX3.3V AUX1.8V

.1U C319.1U C318.1U

C350.1U C331.1U C364.1U
V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS V SS VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SD VS SQ VS SQ VS SQ VS SQ VS SQ VS SQ VS SQ VS SQ VS SQ VS SQ VS SQ VS SQ VS SQ VS SQ
L13 L14 L15 L16 L17 M12 M13 M14 M15 M16 M17 M18 N11 N12 N13 N14 N15 N16 N17 N18 N19 P14 P15 P18 P19 R14 R15 T14 T15 U14 U15 V14 V15 W13 W14 W15 P16 P17 R16 R17 R18 R19 T16 T17 T18 T19 U16 U17 U18 U19 V16 V17 V18 W16 W17 P11 P12 P13 R11 R12 R13 T11 T12 T13 U11 U12 U13 V12 V13
VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ

C313 C330

.1U C351.1U VCC1.8

C363.1U C521 330U

C246 10U

C244 1U

0.0 1U

VDD 1.8

U6F Si S630S_3

VDD1.8

C296 10U

C295 1U

GTLVTT GTLVTT GTLVTT GTLVTT GTLVTT GTLVTT GTLVTT GTLVTT GTLVTT
Title Size Da te: Do cument Number

630S(POW ER)

200-11.SCH Custom 0 Mo y, March nda 5, 1

Sheet 1 2

B - 12

VCC R363 RK

10 K 14

HDDDASP#

U23A 74HCT IDELED# HDD_VCC
T he components should be close to the connector.

L22 VCC

BEAD(1206 )

VCC CDDASP#

RK SW2 C31 Z539

(10) (10) (10) (10) (10)

T XD3 T XD2 T XD1 T XD0 TXEN
T XD3 T XD2 T XD1 T XD0 TXEN TXCLK

Z14 Z15 Z16 Z17

VDD3 PVCC3

(10) TXCLK

R84 1K

(10) RXCLK (10) RXDV

T XD3 T XD2 T XD1 T XD0 TXEN TXCLK TXER RXTRI VSS_IO RXER RXCLK VDD_IO RXDV RXD0 RXD1 RXD2
NOD/REP 10/100SEL TP_CP VSS_T TP_TX+ TP_TXVDD_T VDD_R 10TCSR 100TCSR VSS_R VSS_R TP_RX+ TP_RXVDD_R VDD_R RXD3 MDC MDIO VSS_IO VSS_D LOCK ANSEL VDD_D DPXSEL HW/SW VSS_R LSTA NC MII/SI RESETN VSS_R
NOD/REP TP_CP LTX+ LTX10TCSR 100TCSR LRX+ LRX-

C68.1U

C106.1U

C105.1U

C71.1U
SET TRANSMIT TING DRIVING CURRENT
SET PHY ADDRESS=00001 VDD3
R118 10TCSR ICS1893 C122 R82 VDD3 VDD3 100TCSR R83 12.1K

2K(1%)

P0AC (ADD0) P1CL (ADD1)

R67 R64 R55 R63 R54

1K 1K 1K 1K 1K

(10) (10) (10) (10)

RXD0 RXD1 RXD2 RXD3

Z23 Z24 Z25 Z26

C P2LI (ADD2) 1.54K(1%) P3TD (ADD3) P4RD (ADD4)
8P4R_22 VDD3 RESET R94 10K HW/SW MII/SI

C94 C104.1U

R98 1.5K VDD3 (10) (10) MDC MDIO MDC MDIO R99 R22 Z27 Z28

L + RX

R52 C55 NEAR TO 1893 Z663 VDD3 1.HW/SW=1 HW/SW MII/SI NOD/REP R96 R95 R62 1K 1K 1K LRXLTX+ LTXLRX LTX + LTX CN2
61.9(1%) C U20 RX+ RXRXC NC RD+ RDC RDNC 15 13
TPR18 R19 0(R) 0(R) 6 Z656 Z262 TP8 RRZ80 RRRING TIP 9 10
C54 R53.1U 61.9(1%) C53 C TP43

Z263 Z264

SWMODE

2.MII/SI=0

MII MODE

3.NOD/REP=0

8 R60 61.9(1%) R61 61.9(1%) C52 C66.1U C TP44 Z517 5

TX+ T XC TXNC H0009

TD+ T DC TDNC

NODE OPERATION

LAN RJ-45 8P
10/100SEL: 10/100MHZ INDECATED
LOW=10 BASE-T , HIGH=100BASE-T

TP_CP Z664

RING TIP
DPXSEL: HALF OR FULL INDECATED
LOW=HALF-DUPLEX, HIGH=FULL-DUPLEX

C21 L7

BEAD(1 206)
ANSEL: AUTO-NEGOTITATION INDECATED
LOW=DISABLE, HIGH=ENABLE 1000P(1210)2KV

LAN PHY

Size Da te: Docume Number nt 00-13.SCH Custom 02 Mon day, Ma rch 5, 1

Sheet 1 4

B - 14
L13 R262 USBVCC0 470K VCC

C49 0.01U C48 10U

F2 US BVCC0 POLYFUSE SMDC110 VCC

C46 0.01U C47 10U

F1 US BVCC1 POLYFUSE SMDC110
C267 0.01U USBVCC1 USBVCC0

CN4 VCC 1DATA1DAT A+ GND

Z1 R263 USBVCC1 470K (10) USBP0(10) USBP0+ USBP0USBP0+
R3 R232 C8 C224 47P(R) R238 R11 C227 47P(R) C24 47P(R)

Z324 Z323

L1 L25

Z3 Z85

OC1# (10) USBP3(10) USBP3+ USBP3USBP3+

47P(R)

R233 15K Z325 Z326

R2 15K L32 L6

C225 47P
C7 47P Z523 Z86 Z8 VCC 2DATA2DAT A+ GND

USB CON 8P

C268 0.01U

R10 15K

OC# GND T PS2032(R)

VCC3_ AUX B_VCC RRN8P4 R_43 K RP9 B_INPACK B_RESET B_CA22 B_CA15 B_CA21 B_CA20 B_CA14 B_CA19 RK 43K B_WP# B_RDYBY# B_WAIT # B_BVD2# B_BVD1# B_WP# (16)

1 RN8P4 R_43 K

B_VS2 B_CD2# B_CD1# B_VS1 C145
B_VS2 B_CD2# B_CD1# B_VS1

(16) (16) (16) (16)

FD5 C-MARK1

FD3 C-MARK1

FD16 C-MARK1

FD19 C-MARK1

FD20 C-MARK1

FD22 C-MARK1

FD21 C-MARK1

FD18 C-MARK1

FD17 C-MARK1

FD2 C-MARK1

FD8 C-MARK1

FD11 C-MARK1

B_ RDYBY# (16) B_WAIT # (16) B_BVD2# (16) B_BVD1# (16)

VCC3_ AUX

.1U(R).1U(R) FD12 C-MARK1 FD13 C-MARK1 FD9 C-MARK1 FD4 C-MARK1 FD6 C-MARK1 FD7 C-MARK1

FD10 C-MARK1

FD1 C-MARK1

FD14 C-MARK1

FD15 C-MARK1

FD24 C-MARK1

B_INPACK (16) B_RESET (16) B_CA22 (16) B_CA15 (16) B_CA21 (16) B_CA20 (16) B_CA14 (16) B_CA19 (16)
R206 47K ZVSEL0# ZVSEL1# LED_ SKT R210 47K ZVSEL0# (16) ZVSEL1# (16) L ED_ SKT (16) HHHHHHHH7 6

10P8 R_43 K

Hole C237 D107 B 12 V 9 C190.1U VCC C212 4.7U C213.1 U 5V 5V 3.3V 3.3V VCCD0# VCCD1# VPPD0 VPPDOC# GND SHDN# TPSK VCC3_AUX RZ756 C210 R200 2.7K R199 2.7K U18 VCC WE# SCL SDA S-24C4.1 U C211 1U R483 0(R) VCC (16) TPB1(16) T PB1+ (16) TPA1(16) T PA1+ (16) TPBIAS1 TPB1T PB1+ TPA1T PA1+ TPBIAS1 L9. L VCCD0# VCCD1# VPPD0 VPPDC189.1U UV BVCC BVCC BVCC 13 B_ VCC C188.1U C187 4.7 U H22 1

HoleC237D107A

Hole C237 D107 B

HoleC237D110

HoleC217D110

HoleC237D110 BVPP B_ VPP

Hol eC237D110

C215 4.7U

C214.1 U
VCCD0# VCCD1# VPPD0 VPPD1

(16) (16) (16) (16) B+ A

D3 F1J4(2A) C
HoleC217D110 Z735 C30 0.1u

R191 VCC3_ AUX Z217

3 ZCNVPP GND VGND 8 T PB# GND TPB 9 Z733 T PA# GND Z734 TPA 1394_CON CN16 PIN 10 ~ 17 : TPGND Z6
R24 R23 R22 R21 R42 R43 R44 R45 L56.2_1% 56.2_1% 56.2_1% 56.2_1% Z730 R273 4.7K TPGND 1 L
(16) PHYSCL K (16) PHYSDAT A

PHYSCL K PHYSDAT A

AD0 AD1 AD2 GND

C270 1U(0805)(K%)

C271 220P
Tit le Size Date : Do cument Numbe r

PCMCIA POWER

TPGND Cus tom 0200-16.SCH

Mond March ay, 5, 001

Shee t 17

1 FD23 C-MARK1

B - 17

VCC3 L21

BEA 80 D(0 5)
DACVCC3 C151 C137.1U C136

DACVCC3

C138.1U

C130.1U

R R 80 (0 5)

R477 C479

0 1.0 U

20K 20K 20K 20K

DSR1# SIN1

R170 4.7 K

R181 47K RNP4R_18

RN44 8P4R_4 ZLEAD 8

10P8R_10 K

VCC C468 RN66 8P4R_1K
INDEX # TRK0# RDATA# DSKCHG# 3MODE# W P#
IRRX2 C463.1U C458 C464 IRR3 IRTX2.1U 0.01U

IRRX2 IRR3 IRTX2

MDO MD1

Z196 Z197

R179 R180

2.2 K 2.2 K

4.7 U R453 R429
INDEX# T RK0# RDATA# DSKCHG# 3MODE# WP#
R198 4.7 K 10 K 10K SHORT JP1

FIRGND HSDL-3 600

C153 VCC3 FIRGND C152

.47U(0805)

FIRVCC VCC
U30 (2 0,23,24) SD[0.7] SD[0.7] SD0 SD1 SD2 SD3 SD4 SD5 SD6 SD7 SA[0.15] SA0 SA1 SA2 SA3 SA4 SA5 SA6 SA7 SA8 SA9 SA10 SA11 SA12 SA13 SA14 SA15 (20,23) IORD# (20,23) IOWR# (20) AEN (20) RST DRV (20) TC (20) IOCHRDY (20) DAK#0 (20) DAK#1 (20) DAK#2 (20) DAK#3 (20) DREQ0 (20) DREQ1 (20) DREQ2 (20) DREQ3 R451 SERIRQ IORD# IOWR# AEN RST DRV TC IOCHRDY Z198 DAK#0 DAK#1 DAK#2 DAK#3 DREQ0 DREQ1 DREQ2 DREQK Z201 SERIRQ PCLKSIO 10K ZD0 D1 D2 D3 D4 D5 D6 D7 A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 IOR# IOW# AEN RESET TC IOCHRDY IRQIN DACK_A# DACK_B# DACK_C# DACK_D# DRQ_A DRQ_B DRQ_C DRQ_D ADRX#/CLKRUN# SIRQ CLK14 CLK33
PD0 PD1 PD2 PD3 PD4 PD5 PD6 PD7 STROBE# SLCT IN# INIT # AUT OFD# ERROR# ACK# BUSY PE SLCT CTS1# DSR1# DCD1# RI1 RXD1 TXD1 RTS1# DTR1# CTS2# DSR2# DCD2# RI2 RXD2 /IRRX T XD2 /IRT X RTS2# DTR2# RDATA# WDATA# DSKCHG# WGATE# DIR# STEP# HDSEL# T RK0# WRT PRT # INDEX# MTR0# DS0# DRVDEN0 DRVDEN1

16 Z213

PPD0 PPD1 PPD2 PPD3 PPD4 PPD5 PPD6 PPD7 STROBE# SLCT IN# PPINIT # AUT OFD# PPERR# PACK# PBUSY PPE PSLCT CTS1# DSR1# DCD1# RI1# SIN1 SOUT 1 DTR1# CTS2# DSR2# DCD2# RI2# SIN2 Z199 TP19 Z200 TP18 RDATA# DSKCHG# DIR# STEP# HDSEL# T RK0# WP# INDEX# MTR0# DRV0#
RN51 8P4R_33 RN50 8P4R_33
SLCT IN# PPINIT # AUT OFD# STROBE#
PD0 PD1 PD2 PD3 PD4 PD5 PD6 PD5 RN67
PD0 PD1 PD2 PD3 PD4 PD5 PD6 PD7
(22) (22) (22) (22) (22) (22) (22) (22) PSLIN# PINIT # PATFD# PSTB#

RK DRV0#

Q25 D 2NFDDLED# FDDLED# (13)

(20,23 ,24)

SA[0.15]
1 PSLIN# 2 PINIT # 3 PATFD# 4 PSTB# 8 P4R_33

(22) (22) (22) (22)

PPERR# PACK# PBUSY PPE PSLCT

(22) (22) (22) (22) (22)

INDEX # DRV0# DSKCHG#

FDDVCC

FDD CON 26P
CTS1# DSR1# DCD1# RI1# SIN1 TP181 RTS1# TP182 CTS2# DSR2# DCD2# RI2# SIN2

VCC3 R490 820

0(R) MTR0# DIR#

R427 1K

R428 1K

3MODE#

0 ST EP# W DATA#

W GATE#

R445 1K
RDATA# DSKCHG# DIR# STEP# HDSEL# T RK0# WP# INDEX# MTR0# DRV0# 3MODE#

WDATA# WGATE#

R444 820

TRK0# W P# RDATA# HDSEL#

(20) 869_OSC

869 _OSC

Z150 Z151 Z152 Z153

COL6 COL7 COL5 COL8

C4 47P

C3 47P

10P8R_10K

R145 0(0805)

PW ON# R_

PWR_ON#

(10,24,29)

NDS352P(R) Q2 UVCC P17 P16 P15 P14 P13 P12 P11 P10 PO7 PO6 PO5 PO4 PO3 PO2 PO1 PO0 P37 P36 P35 P34 P33 P32 P31 P30 P67 P66 P65 P64 P63 P62 P61 P60 VRE F P57 P56 P46 P44 P45 P23 P22 P21 P20 P55 P54 RES ET # X IN CNVS S VS S AVS S M38867M8(LQFP) X OUT P 27 P 26 P 25 P 34 SCROLED# NUMLED# CAP LED# ZSCROLED# (13) NUMLED# (13) CAP LED# (13)

SPDIFON

SP DIFON
DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0 P53/WR# P 52/RD# P 51/CS# P5 0/A0
SD7 SD6 SD5 SD4 SD3 SD2 SD1 SD0 IOWR# IORD# Z156 SA 2
SD7 SD6 SD5 SD4 SD3 SD2 SD1 SD0 IOWR# IORD# SA2
(20,21,24) (20,21,24) (20,21,24) (20,21,24) (20,21,24) (20,21,24) (20,21,24) (20,21,24) (20,21) (20,21) (20,21,24) Q16 R330 R475 D 4.7 K 0(R) S K BV 3 K BDCS# K BDCS # (20)

(30) ALERT #

ALE RT #

G 2N7002 VCC

Q12 R1K(0805) K BV 3 A D19 F01J2E C Z668 D

P42 /IRQ1 P43/IRQ12

IRQ1 IRQ12
(20) (20) R331 R476 4.7 K 0(R) S MCCS # K BV 3
S W4 R126 MCCS# (20) USE RS W# 10 K 3 4
EMAIL # SW AMP_D OWN USERSW #
P 47/CS (ACP I) P 76/SDA P 77/SCL P 74/EMCL K P71/E MDA P 75/EK CL K P72/EKDA P73/IMCL K P70/IMDA
ZSMBDA SMBCL EMCL K EMDA EK CL K EKDA IMCLK IMDAT A
SMBDA SMBCL EMCLK E MDA EK CLK E KDA IMCLK IMDAT A

USE RS W#

WEB 0 FUNCT ION SW4 P C123.1U
ZC D20 R A SA A1 (29,31) PWR_ON VOLT AGE:2.5 V B AT FUL L# PWR_ON A D24 F01J 2E(R) C (24) BE EP _EN# KBV3 (24,30) BAT FULL# KBV 3 D12 C R29 A 1S SK BV K R334 R10K PWR_ON C D23 A R1 0K(R) C379.1U V CC3 R328 KBV 3 R335 100K(R) K BV 3 (13) BRIGADJ (25) FAN_PW M (10) S CI MB ID0 R100K MB ID1

BRIGADJ FAN_PWM

C3 73.1U

S WK 3 4

S CI MBID0 MBID1 ZZZ1 60

BEEP_EN#

R127 (13) (13) E MAILSW#

EMAILS W#

W EB1 FUNCTION SW4P

Z161 100K ZZ6 58

P 40 P 41

EX TS MI WA KE # Z163

EX TSMI WAKE # 2

(10) (10)

C124.1U S WK 3 4

R128 Y5 8MHZ WE BS W#

WE BS W#
ZC22P C202 22P Y 6:3-4 P IN->GND

W EB2 FUNCTION SW4P

C125.1U K BV 3

(29,31) PWR_ON VCC

1SS 355(R) CU

R344 R

MBID0 MBID1
E MDA E KDA (13) IMCLK EMCLK

E MDA E KDA IMCL K EMCLK

IMDAT A EK CLK

MB ID0 MB ID1

(13) V CC3 K BV 3 R212 R324 10K 10K BE EP_EN# AMP_DOW N

R218 10K

Size Document Numbe r 0200 -22.SCH Mo nday, March 05, 2001

KB CONTROLLER

Shee t 23

B - 23

SA[0 ].16

VCC VCC VCC

S A[0.16]

(20,21,23) Q32 2NS D G

(10,23,29) C418.1 U C417.1 U VCC 31 U22 A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A 10 A 11 A 12 A 13 A 14 A 15 A 16 CE OE VP P PGM 29F21

CDRH-1205-100

8 PQ9 Si4416

Z1 C PLPR17

VCC+ PJ 2

V CC 1

Z4 PQ7 Si4812 Z2 Z2010 3

PQ8 SiA

PD8 10QS06 A 1

CDRH125-100 1:2.2 PD7 10QS06 PR 184
R + PC30 150U + PC31 150U 150U

+ PC37

+ PC28 47U

PR22 0

PR 182 Z0 PC 126

12V PR 0

PC 125

PR 179

S KIP RES ET SY NC GND

3V ON 5V ON

PR21 R

0 PR 180 R

23 Z2031 PR19 SH DN 20 PGND PC39 MA X1632 0.1U
12V+ VDD3+ PR 173 100K Z676 D D PC 117 0.1U PQ47 2N7002 S PR 167 100K Z677 PC 136 0.1U PC 116 PC 137 10U 0.1U PC 108 10U PC 110 0.1U PC 127 0.1U PQ44 Si4800

PJ 6 1

(27,29) PWR_ON+

PR 183

(29) VDD_ON

PR 157

PR 172

G PQ46 2N7002

T it le Siz e Document Number

VDD3,VCC3,VCC,12V

Cus tom 0200-27.SCH
Date: Friday, N ovember 10, 2000

Sheet 28

B - 28
12V+ PRP R29 Z698 PRPC10 10U Z688
VDD1.8+ P R28 100K Z680 Z679 D D A P C51 0.1U P Q12 2N7002 S PD11

(27,28) B+ PW R_ON+

P Q11 S i1 4

VCC1.8+

P J4 1
PCPU3 PC53 PR30 (28) VDD_ON 10K

G P Q13 2N7002

BS T DH

PC50 PQ1 0A SI4818 10U

PC46 10U

PC49 10U

PR187 5.1

2 Z755 1

Z3304 Z3305

/S HDN LX ILIM DL 4 10

PC52 0.1U

VDD1.8+ PL6 7

SD104-100 + PC2

P J3 1

P C47 10U P C48 10U

PR25 PR34 R

0 PR2 75K PR3 PR24 100K PR35 33K R

ZZ3307

/SKIP REF

PGND OUT FB

Z3311 Z3310

PL2 PQ10B SI4818 3

BC3316F-120M

A GN D

PGOOD NC NC NC

PR33 PR32

0 2K /F
VDD3+ E P Q25 DT A 114EUA C P R87 P R0K ZB 10K

MA X1714 PR31 PC58

PW R_ON+

(27,28)

PR26 Z698 R

2.49K/F

PWR_ON
PW R_ON (23,31) D G P Q28 2N7002 S P Q41 S ID S ZG
D (10 ,23,24) PWR_ON# PD28 1S S355 PD25 1NC C PD27 1NZ687 4.7U/25V 100K PRZ10K PD30 1SS355 SW5 PD33
(16,17,27,28,31) B+ PWR_ON#

PQ26 2N7002

VIN1 (28)

0 P R171

VDD VCC+ VDD_ON (28)

(16,17,27,28,31) B+

2SB 1198 A Z456
PU9 MIC295 1(S O8) 8 VI GN D 3 ON/OFF Z4 55

VO VO A DJ

PC120 PC119 PZD3 10U C 5

P R148

10K P D24 1S S355

(23,31) PWR_ON

PR1 74

P R0K A C Z7 06

0.1U ZD5.6V PS M A

RE SE T

2 C P U10 T CM809

Z745 PC115 0.1U

C Z686
PRR C ZPR100K PR100K PC0.1U Z684 G 2N7002 S PR149 VDD3+ PD32 1S S355 A D 10K C Z762 PR170 330K PR169 100K PC109 1U Z683 G S

PWRSW# (10)

12 V+ PD26 1S S355 D

P R147

ZP C106 P C105

P Q37 DT C114EUA

A 0.1U 0.1U

Z689 A 1SS355

POWER SW. 4P

PQ43 2N70 02

T itle Size Date: Document Number

VDD1.8,VCC1.8

Custom 0200-28.SCH 0 3:17:15

Sheet 29

B - 29

PRK (23) ALERT # AC_IN

PRPU5 ESV PB1/T CAP Vdd PC4 PC5 PC6 PC7 PA0/PWM0 PA1/PWM1 PA2/PWM2 PA3/PWM3 PA4/SCL0 PA5/SDA0 PA6/SCL1 PA7/SDA1 PB7/AN0 PB6/AN1 PB5/AN2 PB4/AN3 TM CSA VM CAP(ADC) 20 17
PD18 PD17 1SS355 1SS355 A
SHDN_CTL# FULL_LED# (31 )

15 PR73

PWM_CT L (31) CHG_CT L (31)

BUS_CTL

PC87 10U
IRQ# Z65 Z67 PC80 0.1 U PC98 1U Z68
IRQ / Vpp RESET PB2/CS0(OSC1) PB3/CS1(OSC2) VSS

PR109 PR126

PD19 1SS355 PR78
BAT _CL K (25 ,31) BAT _DA (25 ,31)

PD16 1SS355 A

WIN7 19(SOIC-28 )

510K(R)

1UF/16V(A)
PUESV PB1/T CAP Vdd PC4 PC5 PC6 PC7 PA0/PWM0 PA1/PWM1 PA2/PWM2 PA3/PWM3 PA4/SCL0 PA5/SDA0 PA6/SCL1 PA7/SDA1 PB7/AN0 PB6/AN1 PB5/AN2 PB4/AN3 TM CSA VM CAP(ADC)

Z70 PR101 1K/F

VC IRQ / Vpp RESET PB2/CS0(OSC1) PB3/CS1(OSC2) VSS

Z71 Z72 Z73 Z74

V_BAT (31 )
9 C PQ32 DT C114 EUA G E PR135

AC_IN# D PQ31 S 002 2N7

T EMP Z75 PC94 1U PC89 1U PC100 1U PC82 1U PC95 1U

(31) PR100 100K/F(R)

PC130 0.1 U

PD34 ASR Z833

PR190 20K_1%

W IN719(SSOP-28 )

AC_IN PR127

PR191 51K_1%

(31 ) FULL_LED#

BAT FULL# 0

(23 ,24)

PR165 2M

PD29 1SS355 Z763 C A

VC VCC3+

SHDN_CT L# PR141 100K/F 3 PU8 A LMPR133 47K PRK PRK Z462 PQ33 2NA PD23

T P_SHDN

PR188 1M (31) PQ38 DT A114 EUA BAT + PR143 22K/F

SHDN_POINT

SHUT DOWN

PR Log - Global Press Release Distribution
clevo battery: M22BAT-8 87-M228S-495 87-2208S-42C replacement for CLEVO 2800 Series
By battery-of-laptop.com Dated: Apr 25, 2010
clevo M22BAT-8 87-M228S-495 87-2208S-42C laptop battery Replacement for CLEVO 2800 Series / D220S D22ES D270S D27ES M220S 2200, discount M22BAT-8 87-M228S-495 87-2208S-42C laptop battery rechargeable from battery-of-laptop.com clevo M22BAT-8 87-M228S-495 87-2208S-42C laptop battery relpacement for CLEVO 2800 Series Items : EPCL014 DETAIL: Type : Li-ion Voltage : 14.80 V Capacity : 4000.00mAh Color : blue Dimension : 275x36x19 mm Price : $ 57.99 Shipping $1 to $29.99 $ 6 $29.99 to $200 $ 10 Above $200 $20 Other country ,please send email info@battery-of-laptop.com Brand New! 6 Month Warranty ,30 days money back warranty! Availability: In Store (Updated On 01/2010) Fast shipping 3-5 days arrive! Product Description : Brand New clevo M22BAT-8 87-M228S-495 87-2208S-42C Replacement laptop battery for CLEVO 2800 Series Business Notebook. High Quality and Low Price! Li-ion 14.80 V 4000.00mAh High Capacity Replacement CLEVO 2800 Series Business Notebook Battery with 6 months Warranty! Compatible Part#: M22BAT-8 87-M228S-495 87-2208S-42C. PartNO : 87-22085-42C 87-2208S-42C 87-2208S-4EC 87-2208S-4EF 87-22S8S-42C 87-22S8S-4EC 87-M228S-493 87-M228S-495 87-M228S-4E3 87-M228S-4E5 BAT-2250S BAT-2296 BAT-2794 M22BAT-8 Model Fits : CLEVO

Page 1/3

Clevo 2200 Series Clevo 2200, Clevo 2200C, Clevo 2200T Clevo 2700 Series Clevo 2700, Clevo 2700C, Clevo 2700T Clevo 2800 Series Clevo 2800, Clevo 2800T Clevo D Series Clevo D220S, Clevo D22ES, Clevo D270S, Clevo D27ES Clevo M Series Clevo M220S, Clevo M270S ADVENT Advent 6411 GERICOM Gericom Overdose III Gericom Overdose S Series Gericom Overdose S, Gericom Overdose S2, Gericom Overdose S3 Gericom Overdose T Series Overdose T, Overdose T1130 KAPOK Kapok 2200, Kapok M220S clevo M22BAT-8 87-M228S-495 87-2208S-42C battery manual New clevo M22BAT-8 87-M228S-495 87-2208S-42C battery needs charging and discharging cycle first before the regular usage. Because battery from factory to the users' hands that exists the time differences, and the electrode materials will be its passivation for the battery of the longer time difference, which is why the purchase of new batteries need to be completely filled with charging and discharging cycle three times to eliminate electrode materials passivation, to activate clevo M22BAT-8 87-M228S-495 87-2208S-42C battery performance, to reach maximum capacity. Meanwhile, the laptop has the data transmission agreement end between battery and the computer, after the need of two or three times charged and discharged cycle, the percent of its real capacity can keep pace with the percent of content on the computer's screen. Cycle's steps: insert into computer to discharge until the shutdown, and then recharge the clevo M22BAT-8 87-M228S-495 87-2208S-42C battery, charging time must be over 12 hours, to repeat the action of charging and discharging for three times. When using the battery for clevo M22BAT-8 87-M228S-495 87-2208S-42C, fever is a normal phenomenon, because in the process of the clevo M22BAT-8 87-M228S-495 87-2208S-42C battery pack charged and discharged, energy conversion will result in heat and at the same time the amount of heat will be transmitted to the battery. But if overheated (burning), stop using it immediately and ask for the professinonals to check. Link: http://www.battery-of-laptop.com/one_display.php?pr_id=33

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