Text preview for : Laptop_Lenovo_Foxcon-661S03.pdf part of LENOVO Laptop Lenovo Foxcon-661S03 LENOVO Laptop Laptop_Lenovo_Foxcon-661S03.pdf



Back to : Laptop_Lenovo_Foxcon-661S | Home

8 7 6 5 4 3 2 1




www.hocnghetructuyen.vn +3V
D D
Dothan Clocks
478 Pins CPU Thermal
ICS952005
Buffer
(Micro-FCPGA) Sensor ICS93705




Host Bus VCORE_VGA S-VIDEO
400MHZ
533MHZ Video Controller
VTT_MEM VDIMM AGP
SIS302LV
LVDS LCD Panel
DDR-SODIMM1 DDR SDRAM 2.5V, 333/400MHz


SiSM661FX MINI-PCI
R.G,B CRT port
C DDR SDRAM 2.5V, 333/400MHz C
DDR-SODIMM2



Primary IDE - HDD 33MHZ, 3.3V PCI
MuTIOL.1G 33MHZ, 3.3V PCI
Master
DVD/CDRW/CD/COMBO ATA 133/100
Slave
SiS963
USB 2.0
AC-LINK
Headphone CardBus
LAN
CB810 10/100 Mbps
USB PORT -->2,6
RTL8100C
External AUDIO MDC
B MIC ALC202A(Codec) B
TPA0312(Amp)
USB --> 1,3 CardReader
CARD 1394
Internal BUS CONN
RJ45
MIC +5V +3VALW VCCRTC SLOT
+3V
PC87591 SD&MMC&MS
Slot
176 Pins LQFP




Touchpad Keyboard FLASH FAN 1


A A

TECHNOLOGY COPR.
Title


Document Number Rev

661S03 A
Date: Friday, August 13, 2004 Sheet 1 of 50
8 7 6 5 4 3 2 1




Device
Rails CPU M661FX 963L PC87591 DDR M10 302LV LCD MiniPCI LAN AUDIO HDD MDC BufferCLK GEN. cardbus
D D
+1.5VSUS

+3VALW
+3v

+1.8V

3VAUX


+1.8VAUX
5VAUX
C C
VDDQ

VDIMM


DDR_VTT
+1.2V


+1.5V
+5VALW

+12V
B B
VCORE_CPU

VCCP

+5V

3VSUS


VCORE_VGA




A A

TECHNOLOGY COPR.
www.hocnghetructuyen.vn Title
Power Diagram
Document Number Rev

661S03 A
Date: Friday, August 13, 2004 Sheet 2 of 50
5 4 3 2 1



+3V
HDJ[0..63]
HDJ[0..63] 5
U33A
HAJ[3..31] R540 R539 +3V
5 HAJ[3..31] HAJ3 HD J0 Q50 8.2K 8.2K
P4 A19




G
HAJ4 A3# D0# HD J1 2N7002 +/-5% +/-5%
U4 A25
HAJ5
HAJ6
V3
A4#
A5#
Dothan D1#
D2# A22 HD J2
HD J3
R0402 R0402 R534
100
R3 A6# D3# B21 15,39 MBCLK D S
HAJ7 V2 A24 HD J4 +/-1%
HAJ8 A7# D4# HD J5 U34 MAX6648 R0603
HAJ9
W1
T4
A8# 1 OF 3 D5# B26
A21 HD J6 BC559




G
D A9# D6# D
HAJ10 W2 B20 HD J7 Q51 8 1 0.1uF




*
HAJ11 A10# D7# HD J8 2N7002 SMCLK VCC C0603
Y4 A11# D8# C20
HAJ12 Y1 B24 HD J9 D S 7 2 THERMDA
HAJ13 A12# D9# HDJ10 15,39 MBDATA SMDATA DXP BC565 2.2nF C0603
U1 D24




*
HAJ14 A13# D10# HDJ11 THERMDC
AA3 A14# D11# E24 15 TEMP_ALERTJ 6 -ALT DXN 3
HAJ15 Y3 C26 HDJ12
HAJ16 A15# D12# HDJ13
AA2 A16# D13# B23 5 GND -OVT 4 TEMP_OVTJ 32
HAJ17 AF4 E23 HDJ14
HAJ18 A17# D14# HDJ15
AC4 A18# D15# C25
HAJ19 AC7 H23 HDJ16
HAJ20 A19# D16# HDJ17
AC3 A20# D17# G25
HAJ21 AD3 L23 HDJ18
HAJ22 A21# D18# HDJ19
AE4 A22# D19# M26
HAJ23 AD2 H24 HDJ20 +VCCP
HAJ24 A23# D20# HDJ21
AB4 A24# D21# F25
HAJ25 AC6 REQUEST DATA G24 HDJ22 H_CPURSTJ R521 54.9 +/-1% R0603
HAJ26 A25# PHASE PHASE D22# HDJ23 TDO_H R524 54.9 +/-1% R0603
AD5 A26# D23# J23
HAJ27 AE2 SIGNALS SIGNALS M23 HDJ24
HAJ28 A27# D24# HDJ25
AD6 A28# D25# J25
HAJ29 AF3 L26 HDJ26 TMS_H R522 39.2 +/-1% R0603
HAJ30 A29# D26# HDJ27 TDI_H R523 150 +/-5% R0603
AE1 A30# D27# N24
HAJ31 AF1 M25 HDJ28 DB RJ R517 150 +/-5% R0603
A31# D28# HDJ29
D29# H26
N25 HDJ30

U3
D30#
D31# K25
Y26
HDJ31
HDJ32
www.hocnghetructuyen.vn TCK_H
TRSTJ
R527
R525
27.4 +/-1% R0603
680 +/-5% R0603
5 HADSTBJ0 ADSTB0# D32#
C AE5 AA24 HDJ33 C
5 HADSTBJ1 ADSTB1# D33#
T25 HDJ34
D34# HDJ35
D35# U23
R2 V23 HDJ36
5 HREQJ0 REQ0# D36# +VCCP
P3 R24 HDJ37
5 HREQJ1 REQ1# D37#
T2 R26 HDJ38
5 HREQJ2 REQ2# D38#
P1 R23 HDJ39 R498
5 HREQJ3 REQ3# D39#
T1 AA23 HDJ40 200
5 HREQJ4 REQ4# D40#
U26 HDJ41 +/-1%
D41# HDJ42 R0402
D42# V24
N2 ERROR U25 HDJ43
5 ADSJ ADS# D43#
SIGNALS V26 HDJ44 CPUPWRGD
D44# 5 H_PWRGD
Y23 HDJ45
D45# HDJ46
D46# AA26
R508 56 H_IERRJ A4 Y25 HDJ47 +VCCP
+VCCP IERR# D47#
+/-5% R0603 AB25 HDJ48
D48# HDJ49
5 HBREQJ0 N4 BR0# D49# AC23
J3 ARBITRATION AB24 HDJ50 H_FERRJ R499 62
5 BPRIJ BPRI# D50#
L1 PHASE AC20 HDJ51 R0603 +/-1%
5 BNRJ BNR# D51#
J2 SIGNALS AC22 HDJ52 HBREQJ0 R526 62
5 HLOCKJ LOCK# D52#
AC25 HDJ53 R0603 +/-1%
D53# HDJ54
5 HITJ K3 HIT# D54# AD23
K4 SNOOP PHASE AE22 HDJ55 CPU_PROCHOTJ R532 56
5 HITMJ HITM# D55#
L4 SIGNALS AF23 HDJ56 R0603 +/-1%
5 DEFERJ DEFER# D56#
AD24 HDJ57
D57# HDJ58 PM_THRMTRIPJ R531 62
C8 BPM0# D58# AF20
B8 RESPONSE AE21 HDJ59 R0603 +/-1%
BPM1# PHASE D59# HDJ60 H_A20MJ R493 56
B A9 BPM2# D60# AD21 B
C9 SIGNALS AF25 HDJ61 R0603 +/-1%
BPM3# D61# HDJ62 H_STPCLKJ R514 56
5 HTRDYJ M3 TRDY# D62# AF22
H1 AF26 HDJ63 R0603 +/-1%
5 RSJ0 RS0# D63#
K1 H_CPUSLPJ R512 56
5 RSJ1 RS1#
L2 R0603 +/-1%
5 RSJ2 RS2# H_SMIJ R507 56
C2 C23 R0603 +/-1%
10 H_A20MJ A20M# DSTBN0# HDSTBNJ0 5
D3 PC C22 H_INITJ R510 56
10 H_FERRJ FERR# DSTBP0# HDSTBPJ0 5
A3 COMPATIBILITY K24 R0603 +/-1%
10 H_IGNNEJ IGNNE# DSTBN1# HDSTBNJ1 5
5 CPUPWRGD E4 SIGNALS L24
PWRGOOD DSTBP1# HDSTBPJ1 5
10 H_SMIJ B4 SMI# DSTBN2# W25 HDSTBNJ2 5
W24 H_IGNNEJ R505 56
TCK_H DSTBP2# HDSTBPJ2 5 R0603 +/-1%
A13 TCK DSTBN3# AE24 HDSTBNJ3 5
TDO_H A12 DIAGNOSTIC AE25 H_INTR R492 56
TDI_H TDO & TEST DSTBP3# HDSTBPJ3 5 R0603 +/-1%
C12 TDI
TMS_H C11 SIGNALS H_NMI R506 56
TRSTJ TMS R0603 +/-1%
B13 TRST# DINV0# D25 HDBIJ0 5
A16 ITP_CLK0 DINV1# J26 HDBIJ1 5
A15 T24 H_DPSLPJ R516 62
ITP_CLK1 DINV2# HDBIJ2 5 R0603 +/-1%
B10 PREQ# DINV3# AD20 HDBIJ3 5
A10 PRDY#
DB RJ A7 M2
DBR# DBSY# DBSYJ 5
DRDY# H2 DRDYJ 5 Sis FAE Suggestion
10 H_INTR D1 LINT0
10 H_NMI D4 LINT1
EXECUTION Lonny update July 1st
C6 CONTROL B14
10 H_STPCLKJ STPCLK# BCLK1 CLK_CPU_BCLKJ 13
A 10 H_CPUSLPJ A6 SIGNALS B15 A
SLP# BCLK0 CLK_CPU_BCLK 13
10,31 H_DPSLPJ B7 DPSLP#

THERMDA B18 B5
THERMDC THERMDA INIT# H_INITJ 10
A18 THERMDC TECHNOLOGY COPR.
B11 H_CPURSTJ
PM_THRMTRIPJ RESET# H_CPURSTJ 5 Title
10 PM_THRMTRIPJ C17 THERMTRIP# THERMAL DIODE
CPU_PROCHOTJ B17
DPWR# C19 DPWRJ 5 Dothan CPU-1
10 CPU_PROCHOTJ PROCHOT# Document Number Rev

Banias-Processor
661S03 A
Date: Friday, August 13, 2004 Sheet 3 of 50
5 4 3 2 1
5 4 3 2 1


U33B

R545 27.4 +/-1% R0603 COMP0 P25 A2 +VCCP
R543 54.9 +/-1% R0603 COMP1 COMP0 VSS U33C
P26 COMP1 VSS A5
R497 27.4 +/-1% R0603 COMP2 AB2 A8
R495 54.9 +/-1% R0603 COMP3 COMP2 VSS
AB1 COMP3 VSS A11 VSS W23
A14 D10 W26
+VCCP +VCCP
R544
R548
1K
2K
+/-5% R0603
+/-5% R0603
0.5'' max length GTLREF0 AD26
Dothan VSS
VSS A17 D12
VCCP0
VCCP1
VSS
VSS Y2
GTLREF0 VSS A20 D14 VCCP2 VSS Y5

R486 0 +/-5% R0402
E26
G1
RSVD 2 OF 3 VSS A23
A26
D16
E11
VCCP3 VSS Y21
Y24
D
10,31 DPRSLPVR
AC1
DPRSLP#
RSVD
VSS
VSS B3 E13
VCCP4
VCCP5
Dothan VSS
VSS AA1 D
10,31 H_DPRSLPJ VSS B6 E15 VCCP6 VSS AA4
EC1 BC49 BC50 BC27 BC19 BC51
VSS B9 F10 VCCP7 3 OF 3 VSS AA6
* 150uF
2.5V, +/-20% * 0.1uF
* 0.1uF
* 0.1uF
* 0.1uF
* 0.1uF
+1.8V R0805
TEST1 C5
TEST2 F23 TEST1 VSS B12
B16
F12
F14
VCCP8 VSS AA8
AA10
CTB C0603 C0603 C0603 C0603 C0603 TEST2 VSS VCCP9 VSS
+/-5% VSS B19 F16 VCCP10 VSS AA12
Dummy Dummy B22 K6 POWER, GROUND AND NC AA14
0 R511 R546 VSS VCCP11 VSS
VSS B25 L5 VCCP12 VSS AA16
R549 1K 1K POWER, C1 L21 AA18
+/-5% +/-5% GROUND, VSS VCCP13 VSS
VSS C4 M6 VCCP14 VSS AA20
+VCCP R0603 R0603 RESERVED C7 M22 AA22
VSS VCCP15 VSS
SIGNALS C10 N5 AA25
+VCCP VSS VCCP16 VSS
AC26 VCCA3 VSS C13 N21 VCCP17 VSS AB3
N1 VCCA2 VSS C15 P6 VCCP18 VSS AB5
B1 VCCA1 VSS C18 P22 VCCP19 VSS AB7
EC2 BC25 BC16 BC33 BC17 BC20 F26 C21 R5 AB9
VCCA0 VSS VCCP20 VSS
* 150uF
2.5V, +/-20% * 0.1uF
* 0.1uF
* 0.1uF
* 0.1uF
* 0.1uF
BC588 VCORE_CPU
BC586 VSS C24
D2
R21
T6
VCCP21 VSS AB11
AB13
CTB C0603 C0603 C0603 C0603 C0603 10uF
10nF VSS VCCP22 VSS
* 25V, X7R, +/-10% *
D6 VCC00
VSS
VSS
D5
D7
T22
U21
VCCP23
VCCP24