Samsung R530, Service Manual

Page: 187 / 255

8-76
R530/R730
8. Block Diagram and Schematic
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Samsung
Confidential
Samsung
Confidential
Samsung
Confidential
1 /
5
C T R N A L G / N A L A D H I SATA
CPU LPC SATA
D
To protect ESD
PROPRIETARY INFORMATION THAT IS
4309-001022
P
A
G
E
DEV. STEP
D
SAMSUNG ELECTRONICS CO’S PROPERTY.
Pull up
DAT
E
1608size
distance b/w the ICH9-M & cap on the "N" signal same pair
.
C
Internal VR Stra
p
LAST EDIT
For RTC Rese
t
3
C B
TITLE
eSATA was removed.
3
INTVRMEN
ELECTRONICS
2
4
DRA
W
CHECK
EXCEPT AS AUTHORIZED BY SAMSUNG
.
VccLAN1_05, VccCL1_0
5
RTC Battery Holder
Distance b/w the ICH9-M & cap on the "P" signal should be identical
9/23/2008
ADV2nd
1.0
October 05, 2009 20:00:56 PM
BA41-xxxxxA
20
50
Bremen-UL
ICH9-M (1/5)
D:/users/mobile29/mentor/Bremen-UL/Bremen-UL_Et
c
OF
DO NOT DISCLOSE TO OR DUPLICATE FOR OTHER
S
SAMSUN
G
SATA Cap. Place ment
:
RE
V
B
SAMSUNG PROPRIETAR
Y
PART NO
.
4
Place 56 ohm resistor within 2" of ICH9
M
1
APPROVAL
THIS DOCUMENT CONTAINS CONFIDENTIA
L
MODULE CODE
A
1
VccSus1_05, VccSus1_5, VccCL1_5
Place PU resistor within 2" of 56ohm res.
A
2
ICH_9M_B
TW.Kim
HJ.Kim
SJ.Par
k
C740
0.007nF
R733
22
10
K
R736
1%
0.007nF
C739
6.3V 1000nF-X5R
C221
1%
R161
24.9
1%
R116
24.9
1%
20
K
R
79
2
1 2
3
D
51
2
BAT54
C
R730
22
R
13
4
30
0K
1%
10000nF-X5R
C222
6.3V
nostuf
f
25
V
10nF
C693
25
V
C694
10nF
R127
54.9
1%
10K R162
1%
1%
R79
3
1M
3
R
73
9
10
K
1%
25
V
10nF
C691
PRTC_BAT
R128
56
SMT2 0-1005
P3.3V
2
0.022n
F
C771
50
V
R
13
0
56
J522
4309-001022
GN
D
3
PWR1
1 2
PWR2
0.1nF
C
72
7
nostuff
50
V
1
22
R166
P1.5V
PRTC_BAT
R731
22
P3.3V
1K
R797
56
R129
25
V
C223
C82
6
1000nF-X5R
SATA_CLK
N
A
H
18
SATA_CLK
P
AJ18 A
F2
4
SMI#
F2
0
SRTCRST#
A
H
27
STPCLK#
THRMTRIP#
AG2
6
10nF
SATA4RXN
AJ11
SATA4RXP
AG12
SATA4TXN
A
F1
2
SATA4TXP
AH
9
SATA5RXN
AJ
9
SATA5RXP
A
E
10
SATA5TXN
A
F1
0
SATA5TXP
AG
8
SATALED#
SATARBIAS
AH
7 AJ
7
SATARBIAS#
RTCX
1
C23
RTCX
2
C24
SATA0RXN
AJ16
SATA0RXP
A
H
16
SATA0TXN
AF17
SATA0TXP
AG1
7
SATA1RXN
A
H
13
SATA1RXP
AJ13
SATA1TXN
AG14
SATA1TXP
AF14
A
H
11
LAN_RXD1
G13
LAN_RXD2
D14
LAN_TXD0
D13
LAN_TXD1
D12
LAN_TXD2
E1
3
J3
LDRQ0#
J1
LDRQ1#_GPIO2
3
NMI
A
F2
3
AG27
P
E
C
I
L3
RCIN#
A2
5
RTCRST
#
AE
5
HDA_SDOUT
AG
5
HDA_SYNC
AH
4
A
F2
5
IGNNE
#
A
E
22
INIT
#
INTR
AG2
5
C2
2
INTRUDER
#
B2
2
INTVRMEN LAN100_SLP
A2
2
C13
LAN_RTCSYN
C
LAN_RXD0
F1
4
GLAN_COMP
I
B2
8
GLAN_COMP
O
B2
7
B1
0
GLAN_DOCK#_GPIO56 HDA_BIT_CLK
AF
6
AG
7
HDA_DOCK_EN#_GPIO3
3
AE
8
HDA_DOCK_RS#_GPIO3
4
AE
7
HDA_RST# HDA_SDIN
0
AF
4
HDA_SDIN
1
AG
4
HDA_SDIN
2
AH
3
HDA_SDIN
3
A
20
M
#
AD2
2
CPUPWRGD
A
J2
5
DPRSTP
#
A
E
23
DPSLP#
A
J2
6
FERR
#
FWH0_LAD
0
K5
FWH1_LAD
1
K4
FWH2_LAD
2
L6 K2
FWH3_LAD
3
K3
FWH4_LFRAME#
GLAN_CL
K
E2
5
0904-00237
8
NH82801IBM U10-
1
N7
A20GAT
E
A
J2
7
P1.05V
25
V
10nF
C692
25
V
10nF
C206
10
M
R
67
3
0
P1.05V
22
R165 R735
22
25
V
C205
10nF
P3.3V_MICO
M
C224
10nF
25
V
R734
22
2801-003856
1 4
2 3
0.032768MHz
Y50
2
HDA3_HDMI_BCLK
HDA3_BCLK_R_M
N
HDA3_HDMI_SYN
C
HDA3_SYNC_R_M
N
HDA3_HDMI_RST#
HDA3_RST#_R_M
N
HDA3_HDMI_SDO
HDA3_SDO_R_MN
HDA3_HDMI_SDI
2
CHP3_INTRUDER#
22
R732
SAT1_ODD_RXP_C_MN SAT1_ODD_TXP_C_M
N
SAT1_HDD_RXP_C_M
N
SAT1_HDD_RXN_C_MN SAT1_HDD_TXN_C_M
N
SAT1_ODD_RXN_C_MN SAT1_ODD_TXN_C_M
N
CPU1_FERR#_R_M
N
CPU1_THRMTRIP#_RR_MN
SAT1_ARBIAS_M
N
CHP3_ME_RTCRST
#
KBC3_CPURST#
CPU1_PWRGDCPU
CPU1_A20M
#
KBC3_A20G
CHP3_ME_RTCRST
#
HDA3_AUD_SDI
0
HDA3_AUD_SDO
SAT1_ODD_TXP
1
SAT1_ODD_TXN1
SAT1_ODD_RXN1 SAT1_ODD_RXP
1
SAT1_HDD_TXP0 SAT1_HDD_TXN0
SAT1_HDD_RXN0
SAT1_HDD_RXP0
CPU1_THRMTRIP#
HDA3_AUD_SYNC HDA3_AUD_BCLK
CHP3_XTALIN_MN
CHP3_XTALOUT_MN
RTC1_BATT_MN
CHP3_COMPIO_MN
SAT1_HDD_TXP_C_M
N
LPC3_LAD(3:0
)
HDA3_AUD_RST
#
RTC1_BATT_R_MN
CPU1_FERR
#
KBC3_A20G
CHP3_RTCRST#
CPU1_STPCLK
#
CPU1_SMI#
CLK1_SATA CLK1_SATA
#
CHP3_SATALED#
CHP3_RTCRST#
KBC3_CPURST# CPU1_NMI
CHP3_INTRUDER
#
CPU1_INT
R
CPU1_INIT
#
CPU1_IGNNE
#
LPC3_LFRAME#
CPU1_DPSLP
#
CPU1_DPRSTP
#