5
01_Block Diagram
02_Power Sequence
03_Clock Gen_ICS9LPRS427C
04.PineView-M_1 (LVDS_DMI_CPU)
D D
C C
B B
05.PineView-M_2 (DDR2_XDP_CRT)
06.PineView-M_3 (PWR&GND)
07.XDP
08.Tigerpoint_DMI_USB
09.Tigerpoint_SYS
10.Tigerpoint_PWR
11.DDR2 SODIMM
12.DDR2-Termination
13.Onboard VGA
14.LCD Conn_LID
15.WIFI&SMART33SW
16.LAN_AR8132
17.WLAN
18.USIN&3G_CON
19.Bluetooth
20.HDD_CON
21.
22.
23.USB Port1
24.EC_ENE KB3310
25.KB_TP
26.Fan_debug
27.SPI_ROM
28.DUA_CON
29.PWR Jack
30_Discharge
31.
32.Srew Hole&EMI
33.Power Flow
34.Power_Charger
35.Vcore
36.Power _+1.8V&VTTDDR&+1.8VS
37.Power_VCCP
38.Power_+0.89VS
39.Power_+1.5VS
40.Power Latch
41.Power System
42.power swich
SD/MMC
Card
Reader
SATA HDD
A A
5
4
1015P2
2010_0104
LCD Board
LCD
SPI ROM
4
ࣱࣱࣩ
LVDS 2 TTL
CRT
Debug Conn
EC
ENE KBC3310
Internal KB
USB Port x3
Card Reader
au6336
Camera
SATA
Conn
ࣰࣩࣳ࣡
࣯ࣤࣟ
ࣩ࣭࣠
Touch Pad
ࣰࣲ࣭࣏ࣟࣼ࣍࣌࣎࣌
ࣰࣲ࣭࣑ࣟࣼ
ࣰࣲ࣭࣒ࣟࣼ
ࣰࣱࣞࣞ࣍
3
1.0G
PineView-M
FCBGA437
SOUTH
BRIDGE
TIGERPOINT
ࣰࣲࣟ
3
CPU
࣏
ࣦ࣡࣪
࣭ࣦ࣠
࣓࣓ࣔ࣪ࣥ
࣠ࣾࢽࣞ
ࣩࣦࣞࣷࣞࣞ
࣭ࣦ࣏࣠ࣼ
࣭ࣦ࣑࣠ࣼ
࣭ࣦ࣐࣠ࣼ
ࣰࣲ࣭ࣟࣼࣔ
ࣰࣲ࣭࣓ࣟࣼ
2
CLOCK GEN
ICS9LPRS427CGLFT
THERMAL CONTROL
SODIMM 200P
AZALIA CODEC
Realtek ALC269
MINICARD
LAN
MINIPCIE
CONN
BLUETOOTH
Atheros
AR8132
2
1
LINE OUT
Speaker
EXT MIC
INT MIC
WLAN
RJ-45
3G CARD/
WiMax
<Core Design>
Title :
ASUSTek Computer INC.
Size Project Name
Custom
Date: Sheet
1015P
Engineer:
1
Block Diagram
Nicky_Cheng
142Saturday, February 06, 2010
of
Rev
1.1G
5
For Adapter Mode: (1) -> (2) -> (3) -> (4) -> (5) -> ...
For Battery Mode: (1) -> (2) - > (3) -> (4) -> (4a) -> (4b) -> (5) -> ...
2
Signal
VSUS_ON
SUSB_ON
SUSC_ON
A/D_DOCK_IN
2
BAT
S0/S1
S3
H
H
L
H
H
H
ENE KB3310
13
PM_PWRBTN#
14
S4/S5
Battery
L
L
160ms
SUSB#
14
MB39A132
55ms
SUSC#
Adapter
D D
1
BAT_IN
+3VA
6
VSUS_ON
7
VSUS_PWRGD
9
C C
PS-ON
4b
12
10
11
PWR_SW#
EC_RSMRST#
PM_RSMRST#
4a
AC_BAT_SYS
4
Power
HAdapter
L
Main
DUAL
SUSC_ON
SUSB_ON
CPU_VRON
VRM_PWRGD
EC_PWROK
PCI_RST#
C_PCI_EC
0
+VCC_RTC
B B
A A
+
BATT
+5VSUS
+3VSUS
+1.5VSUS
+5VS
+3VS
+1.5VS
+VCCP
Tiger Point
(internal)
5
VRMPWRGD
PWROK
1ms
3
4b
AC_OK
4
AC_OK
VRM_PWRGD
PM_PWROK
PCI_RST#
PLT_RST#
C_PCIE_SB
C_SATA_SB
C_48M_USB
C_PCI_SB
C_14M_SB
H_PWRGD
15
15
19
27
28
21
26
4
4
PS-ON
27
29
31
31
26
26
26
26
26
30
AC_BAT_SYS
Latch
7
VSUS_PWRGD
9
EC_RSMRST#
10
VSUS_PWRGD
9
EC_PWROK
28
29
30
31
VSUS_ON
PM_PWROK
H_PWRGD
PLT_RST#
25
26
26
26
26
RT8205C
EN
EN
AND
AND
+3VS
+1.8VS
+0.89VS
+1.5VS
+1.8V
+VCCP
+1.2VS
(internal)
8
CLK_EN#
REF CLK 14M
SB
USB CLK 48M
SB, CARD READER
PCI CLK 33M
SB EC DEBUG
SATA CLK 100M
SB
+5VA
+5VSUSBattery
+3VSUS
VSUS_PWRGDVSB
PM_RSMRST#
PM_PWROK
PWROK
CPUPWRGOOD
CPURST#
+3VSUS
3
29
PINEVIEW
VTT_PWRGD/PD#
1.8ms
CLK Stable
ICS9LPRS427C
3
2
+5VA
5
+5VSUS
15
15
8
8
SUSB_ON
+3VSUS
SUSB_ON
5
8
8
UP7714
AP4800
AP4800
+3VA
+5VS
+5V_USB
+3VS
6
16
16
16
9
11
16
19
16
21
AC_BAT_SYS
+5VS
CPU_VRON
AC_BAT_SYS
+5VS
VCCP_PWRGD
VID[6:0]
C_FSB_CPU
C_FSB_NB
C_PCIE_NB
C_96M_NB
C_LCD_LVDS
MCLK_DDR
UP6111
VCC
EN
UP6111
VCC
EN
21
32
26
26
26
26
26
SODIMM
+VCCP
VCCP_PWRGD
+0.89VS
+0.89VS_PWRGD
20
22
24
21
23
+VCORE
31
31
FSB CLK 166M
CPU ITP
PCIE CLK 100M
CPU, SB
WIFI, LAN
3G/WIMAX
LVDS CLK 100M
CPU
UMA CLK 96M
CPU
26
26
RSTBTN
26
26
2
AC_BAT_SYS
+5VSUS
8
SUSC_ON
15
+1.8V
16
+5VS
16
+1.8V
16
+5VS
16
SUSB_ON
15
+1.8V
16
+5VS
16
+5VS
16
+1.8V
16
VCCP_PWRGD
21
VCC
RT81523EN
4.7ms
S_PCIRST#
PLT_RST#
BUFFER
SPLTRST#
SYS_RESET#
RESET MAP
<Core Design>
ASUSTek Computer INC.
Size Project Name
A3
Date: Sheet
1015P
1
UP6111
VCC
EN
VCNTL
UP7711
APL5912
VCC
EN
UP7704
VCC
EN
AP9452
AC_BAT_SYS
+5VS
+0.89VS_PWRGD
CLK_EN#
VRM_PWRGD
EC
3G
WLAN
AR8132
TPT SYS_RESET#
CLK Gen
Title :
Engineer:
1
+1.8V
+VTTDDR
+1.5VS
+1.5VS_PWRGD
+1.2VS
+1.8VS
16
17
17
17
22
16
23
25
27
PINEVIEW RSTIN#
XDP
Power Sequence
Nicky_Cheng
242Saturday, February 06, 2010
of
18
Rev
1.1G
5
A
CR1 1MOhm /X
1 2
CX1 14.31818Mhz
C_XIN
12
CC12
15PF/50V
1 3
2
D D
C C
C_XOUT
CC13
15PF/50V
C_PCI_DEBUG26
C_LPC_EC24
C_PCI_SB8
C_48M_USB8
C_96M_NB5
C_96M_NB#5
C_LCD_LVDS5
C_LCD_LVDS#5
C_PCIE_NB4
C_PCIE_NB#4
C_PCIE_WIMAX18
C_PCIE_WIMAX#18
C_PCIE_WLAN17
C_PCIE_WLAN#17
C_SATA_SB9
C_SATA_SB#9
12
GNDGND
4
C_48M_CARD_READER28
B B
C_DOC_REQ
DOC124 DOC2 24
O_DOC1 O_DOC2
LL
L
H
2
GND GNDGND
H
*
5
+3VSUS
CL1
120Ohm/100Mhz
N/A
+3VS
CL2
120Ohm/100Mhz
/X
CR8 33Ohm/DEBUG
1 2
CR6 33Ohm
CR7 33Ohm
CR12 33Ohm
1 2
CR3 33Ohm
1 2
+3V_CLK
12
CR36
4.7KOhm
1%
61
CQ2A
UM6K1N
/DOC
N/A
CR37 4.7KOhm 1% /DOC
1 2
12
CR38
39KOHM
/X
Voltage
2.4-3.3V Super
0.5-2.36V
0-0.35V
+3V_CLK
21
21
12
CC1
10UF/6.3V
c0603
GND
1 2
1 2
34
Status
Normal
Power saving
4
12
CC58
0.1UF/16V
CC58 for RF ,
close to pin 42
FS4
C_PCI_SB_R
C_48M_R
CLK_EN
C_FSLB
PCIE2
PCIE2#
CQ2B
UM6K1N
5
/DOC
4
1:Disable
0:Enable
PEREQ1:PCIEx0 &
PCIEx1
PEREQ2:PCIEx2 &
PCIEx3 & SATA
PEREQ3:PCIEx4 &
PCIEx5 & PCIEx6
12
0.1UF/16V
+3V_CLK
PEREQ1#
C_REQ#_WLAN
C_FSLA
CC2
12
12
12
CC4
CC3
0.1UF/16V
0.1UF/16V
CU1
1
VDD1
2
GND1
3
PEREQ1#
4
PEREQ2#
5
FS4/PCICLK0
6
GND2
7
VDDPCI
8
ITP_EN/PCICLK_F0
9
SEL12_48#/12_48MHz
10
Vtt_PwrGd/PD#
11
VDD2
12
FSLA/USB_48MHz
13
GND3
14
DOTT_96MHzLR
15
DOTC_96MHzLR
16
FSLB
17
PCIeT_LR0
18
PCIeC_LR0
19
PCIeT_LR1
20
PCIeC_LR1
21
VDDPCIEX1
22
PCIeT_LR2
23
PCIeC_LR2
24
PCIeT_LR3
25
PCIeC_LR3
26
SATACLKT_LR
27
SATACLKC_LR
28 29
VDDPCIEX2 GND6
ICS9LPRS427CGLFT
12
CC5
CC6
0.1UF/16V
0.1UF/16V
25MHz/FREERUN
PCI&PCIEX_STOP#
CPU_STOP#
REF0/FSLC
DOC_PEREQ3#
CPUT_LR0
CPUC_LR0
CPUT_LR1
CPUC_LR1
CPUITPT_LR2/PCIeT_LR6
CPUITPC_LR2/PCIeC_LR6
VDDPCIEX3
PCIeT_LR5
PCIeC_LR5
PCIeT_LR4
PCIeC_LR4
3
FS4 Function
H
FIXED PLL (Asynchronous)
PCI/PCIEX PLL(synchronize)L
12
GND4
VDDREF
SDATA
SCLK
GND5
VDDCPU
RESET#
GNDA
VDDA
CLK_EN#35
VCCP_PWRGD37,38,42
CC7
0.1UF/16V
56
55
54
53
52
51
50
X1
49
X2
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
12
CC8
0.1UF/16V
+3V_CLK_VDDA
GNDGND
+3VS
12
12
CC9
0.1UF/16V
0.1UF/16V
+3V_CLK
C_LAN_25M_R
C_FSLC
C_DOC_REQ
C_XIN
C_XOUT
S_SMBDATA
S_SMBCLK
C_RESET#
1 2
1 2
CR44
1 2
10KOhm
CR17 0Ohm /X
+3V_CLK
CC10
3
CL4
21
120Ohm/100Mhz
N/A
/LAN_CLK
1 2
1 2
1 2
/LAN_REQ
1 2
0Ohm
CR190Ohm /XDP
CR200Ohm /XDP
1 2
CR16
1 2
10KOhm
UM6K1N
Clock
enable.
+3V_CLK_VDDA
12
CC48
0.1UF/16V
CR1047Ohm
CR433Ohm
CR230Ohm
CR21
/X
32
3
D
1
1
G
S
2
VCCP_OK_R#
61
CQ1A
2
GND
C_LAN_25M
CQ4
2N7002
/X
UM6K1N
2
CLK_EN
12
CQ1B
5
2
CR13
100KOhm
/X
GND
C_LAN_25M 16
STP_PCI# 9
STP_CPU# 9
C_14M_SB 9
L_REQ#_LAN 16
S_SMBDATA 9
S_SMBCLK 9
C_FSB_CPU 4
C_FSB_CPU# 4
C_FSB_NB 5
C_FSB_NB# 5
SYS_RESET# 7,9
H_ITP_CLK 7
H_ITP_CLK# 7
C_PCIE_LAN 16
C_PCIE_LAN# 16
C_PCIE_SB 8
C_PCIE_SB# 8
12
CC34
0.1UF/16V
/X
GNDGND
CLK_EN
34
C_SATA_SB
C_SATA_SB#
PCIE2
PCIE2#
C_LCD_LVDS#
C_LCD_LVDS
STP_PCI#
STP_CPU#
C_PCI_SB_R
FS4
S_SMBDATA
S_SMBCLK
C_DOC_REQ
C_FSLC
C_FSLA
C_48M_R
C_LAN_25M_R
C_PCIE_LAN
C_PCIE_LAN#
C_PCI_DEBUG
C_LPC_EC
C_14M_SB
1
CC50 10PF/50V
CC51 10PF/50V
CC52 10PF/50V
CC53 10PF/50V
CC54 10PF/50V
CC55 10PF/50V
EC7 10PF/50V
EC10 10PF/50V
CC36 10PF/50V
CC37 10PF/50V
EC14 10PF/50V
EC15 10PF/50V
EC16 10PF/50V
CC39 10PF/50V
CC40 10PF/50V
CC35 47PF/50V
CC11 10PF/50V
EC17 10PF/50V
EC18 10PF/50V
EC19 10PF/50V
EC20 10PF/50V
EC21 10PF/50V
For RF,EMI
10KOhm
C_FSLB
C_FSLA
C_FSLC
C_48M_R
FSLB CPU(MHZ)
FSLC
1
CR5
1 2
CR32 8.2KOhm
3 4
1 2
7 8
5 6
FSLA
1
100
7 8
C_REQ#_WLAN
PEREQ1#
C_PCI_SB_R
<Core Design>
FS4
3 4
5 6
1 2
/X
CR2 8.2KOhm
CR9
FOR
ǂǂ
8.25kOhm
Title :
ASUSTek Computer INC.
Size Project Name
A3
Date: Sheet
1015P
Engineer:
1
12
/X
12
/X
12
/X
12
/X
12
/X
12
/X
12
/EMI/X
12
/EMI/X
12
/X
12
/X
12
/EMI/X
12
/EMI/X
12
/EMI/X
12
/X
12
/X
12
N/A
12
/X/RF
12
/EMI/X
12
/EMI/X
12
/EMI/X
12
/EMI/X
12
/EMI/X
12
/X
CRN2B8.2KOHM
CRN2A8.2KOHM
CRN2D8.2KOHM
CRN2C8.2KOHM
1660
133
CRN1D8.2KOHM
CRN1B8.2KOHM
CRN1C8.2KOHM
CRN1A8.2KOHM
+3V_CLK
12
12
GND
ICS9LPRS427C
Nicky_Cheng
342Saturday, February 06, 2010
+3V_CLK
GND
+3V_CLK
GND
+3V_CLK
of
GND
Rev
1.1G
A
5
4
3
2
1
+3VS
PVT18
PVT6
PVT16
LCTL_CLK
LCTL_DATA
G_DDC_CLK
G_DDC_DATA
GND
1 2
1 2
H_BPMN1_07
H_BPMN1_17
H_BPMN1_27
H_BPMN1_37
H_BPMN1_0
H_BPMN1_1
H_BPMN1_3
1
1
1
5
1 2
1 2
1 2
PVR6100KOhm
G_LVDD_EN
PVR5100KOhm
G_NBL_EN
3 4
0OHM
1 2
0OHM
7 8
0OHM
5 6
0OHM
5 6
0OHM
7 8
0OHM
1 2
0OHM
3 4
0OHM
PVR13 62Ohm /X
1 2
NU1B
F3
DMI_RXP_0
F2
DMI_RXN_0
H4
DMI_RXP_1
G3
DMI_RXN_1
N7
EXP_CLKINN
N6
EXP_CLKINP
R10
EXP_TCLKINN
R9
EXP_TCLKINP
N10
SVD
N9
RSVD26
K2
RSVD15
J1
RSVD13
M4
RSVD24
L3
RSVD20
MICRO-FCBGA8-559
N/A
G_DATAN014
G_DATAP014
G_DATAN114
G_DATAP114
G_DATAN214
G_DATAP214
PVR12.37KOhm
PVR480Ohm
PVR490Ohm
G_NBL_EN14
G_NBL_CTRL14
G_DDC_CLK14
G_DDC_DATA14
G_LVDD_EN14
PVRN7B
PVRN7A
PVRN7D
PVRN7C
PVRN5C
PVRN5D
PVRN5A
PVRN5B
DMI_TXP_0
DMI_TXN_0
DMI_TXP_1
DMI_TXN_1
EXP_RCOMPO
EXP_ICOMPI
EXP_RBIAS
RSVD_TP8
RSVD_TP9
RSVD17
RSVD19
RSVD23
RSVD25
G_CLKP14
H_TRST#7
H_THERM_CPU+
H_THERM_CPU-
7 8
1 2
5 6
D D
C C
B B
A A
3 4
PVRN1D
4.7KOHM
PVRN1A
4.7KOHM
PVRN1C
4.7KOHM
PVRN1B
4.7KOHM
GND
+VCCP
DMI_TXN08
DMI_TXP18 DMI_RXP1 8
DMI_TXN18
C_PCIE_NB#3
C_PCIE_NB3
I2C to control LCD backlight, Type I/O.
U25
LA_CLKN
U26
LA_CLKP
R23
LA_DATAN_0
R24
LA_DATAP_0
N26
LA_DATAN_1
N27
LA_DATAP_1
R26
LA_DATAN_2
R27
LA_DATAP_2
PVT12
H_TDI7
H_TDO7
H_TCK7
H_TMS7
PVT33
PVT34
1
/XDP
/XDP
/XDP
/XDP
/XDP/X
/XDP/X
/XDP/X
/XDP/X
G2
G1
H3
J2
L10
L9
L8
N11
P11
K3
L2
M2
N2
H_LIBG
H_LVREFH
H_LVREFL
LCTL_CLK
LCTL_DATA
H_BPMN1_0#
H_BPMN1_1#
H_BPMN1_2#
H_BPMN1_3#
H_BPMN2_0
H_BPMN2_1
H_BPMN2_2H_BPMN1_2
H_BPMN2_3
NU1_PG5
1
1
GIRCOMP
GRBIAS
R22
LIBG
J28
LVBG
N22
LVREFH
N23
LVREFL
L27
LBKLT_EN
L26
LBKLT_CTL
L23
LCTLA_CLK
K25
LCTLB_DATA
K23
LDDC_CLK
K24
LDDC_DATA
H26
LVDD_EN
G11
BPM_1_0#
E15
BPM_1_1#
G13
BPM_1_2#
F13
BPM_1_3#
B18
BPM_2_0#/RSVD
B20
BPM_2_1#/RSVD
C20
BPM_2_2#/RSVD
B21
BPM_2_3#/RSVD
G5
RSVD11
D14
TDI
D13
TDO
B14
TCK
C14
TMS
C16
TRST#
D30
THRMDA_1
E30
THRMDC_1
C30
THRMDA_2/RSVD
D31
THRMDC_2/RSVD
DMI_RXP0 8DMI_TXP08
DMI_RXN0 8
DMI_RXN1 8
750OHM
4
NU1A
THERMTRIP#
CPUPWRGOOD
MICRO-FCBGA8-559
N/A
PROCHOT#
EXTBGREF
SMI#
A20M#
FERR#
LINT0
LINT1
IGNNE#
STPCLK#
DPRSTP#
DPSLP#
INIT#
PRDY#
PREQ#
GTLREF
VSS84
RSVD21
RSVD10
BCLKN
BCLKP
BSEL_0
BSEL_1
BSEL_2
VID_0
VID_1
VID_2
VID_3
VID_4
VID_5
VID_6
RSVD22
RSVD9
RSVD12
RSVD8
RSVD_TP7
RSVD_TP6
E7
H7
H6
F10
F11
E5
F8
G6
G10
G8
E11
F15
E13
C18
W1
A13
H27
L6
E17
H10
J10
K5
H5
K6
H30
H29
H28
G30
G29
F29
E29
L7
D20
H13
D18
K9
D19
K7
STPCLKSTPCLK
PROCHOT#
CPU_GTLREF
H_BSEL0
H_BSEL1
H_BSEL2
Reference voltage.Near PVN side.
12
12
PVR16
PVR17
49.9Ohm
1%
1%
S_SMBCLK224
GND
S_SMBDATA224
Reserved for debug
H_SMI# 9G_CLKN14
H_A20M# 9
H_FERR# 9
H_INITR 9
H_NMI 9
H_IGNNE# 9
PM_DPRSTP# 9
PM_DPSLP# 9
H_INIT# 9
H_BPMN4_RDY# 7
H_BPMN5_REQ# 7
H_THEMTRIP# 9
GND
C_FSB_CPU# 3
C_FSB_CPU 3
H_VID0
H_VID1
H_VID2
H_VID3
H_VID4
H_VID5
H_VID6
CPU_EXTBGREF
HC3
10PF/50V
/X
PVT39
1
PVT40
1
PVT41
1
HC1
0.1UF/6.3V
12
10PF/50V
PVR50 0Ohm
PVR3 68Ohm
12
PVC1
10PF/50V
c0201
/X
GND
220PF/50V
H_VID[0..6] 35
12
PVC99
1UF/6.3V
c0201
HT17
12
HC4
/X
GND
3
1 2
+VCCP
0Ohm /X
12
1 2
PVR15
3.32KOhm
1%
8
7
6
5
1 2
PVC2
1UF/10V
PVR14
976OHM1%
12
HC2
1000PF/50V
HU1
SMBCLK
SMBDATA
ALERT#
GND
G781P8F
PVR4
1 2
The rising time of CPUPWRGOOD should be small than
20ns and rising edge should be monotonicity
CPU_GTLREF
12
PVC3
/X
12
12
GND
H_THERM_CPU+
H_THERM_CPU-
H_ALERT#
1
GND
1 2
1 2
GND
+VCCP
VCC
DXP
DXN
THERM#
H_STPCLK 9
H_PROCHOT# 24
H_PWRGD 7,9
+VCCP
PVR8
1KOhm 1%
PVR7
2KOhm
1%
+3V_THRM +3VS
12
1
2
3
4
GND
H_THERM_CPU+
H_THERM_CPUH_THERM#
120Ohm/100Mhz
HC5
0.1UF/6.3V
c0201
1
HT18
2
HL1
+VCCP
PVRN9D
PVRN9B
PVRN6C
PVRN9A
Title :
Engineer:
1015P
H_BPMN1_0
H_BPMN1_1
H_BPMN1_2
H_BPMN1_3
H_BPMN5_REQ#
H_TDI
H_TMS
H_BPMN4_RDY#
H_TDO
H_TCK
H_TRST#
PineView_1
1
Nicky_Cheng
442Saturday, February 06, 2010
of
Rev
1.1G
/XDP/X
3 4
/XDP/X
1 2
/XDP/X
7 8
/XDP/X
5 6
3 4
1 2
7 8
5 6
PVR55 56Ohm/XDP/X r0201
1 2
+VCCP
21
GND
<Core Design>
ASUSTek Computer INC.
Size Project Name
A3
Date: Sheet
51Ohm
51Ohm
51Ohm
51Ohm
51Ohm
51Ohm
51Ohm
51Ohm
Place
Near
CPU
7 8
51Ohm
3 4
51Ohm
5 6
51Ohm
1 2
51Ohm
PVRN8B
PVRN8A
PVRN8D
PVRN8C
PVRN6B
PVRN6A
PVRN6D
PVRN9C
5
PVC7
0.1UF/16V
/X
NU1C
AH19
DDR_A_MA_0
AJ18
DDR_A_MA_1
AK18
DDR_A_MA_2
AK16
DDR_A_MA_3
AJ14
DDR_A_MA_4
AH14
DDR_A_MA_5
AK14
DDR_A_MA_6
AJ12
DDR_A_MA_7
AH13
DDR_A_MA_8
AK12
DDR_A_MA_9
AK20
DDR_A_MA_10
AH12
DDR_A_MA_11
AJ11
DDR_A_MA_12
AJ24
DDR_A_MA_13
AJ10
DDR_A_MA_14
AK22
DDR_A_WE#
AJ22
DDR_A_CAS#
AK21
DDR_A_RAS#
AJ20
DDR_A_BS_0
AH20
DDR_A_BS_1
AK11
DDR_A_BS_2
AH22
DDR_A_CS#_0
AK25
DDR_A_CS#_1
AJ21
DDR_A_CS#_2
AJ25
DDR_A_CS#_3
AH10
DDR_A_CKE_0
AH9
DDR_A_CKE_1
AK10
DDR_A_CKE_2
AJ8
DDR_A_CKE_3
AK24
DDR_A_ODT_0
AH26
DDR_A_ODT_1
AH24
DDR_A_ODT_2
AK27
DDR_A_ODT_3
AG15
DDR_A_CK_0
AF15
DDR_A_CK_0#
AD13
DDR_A_CK_1
AC13
DDR_A_CK_1#
AC15
DDR_A_CK_3
AD15
DDR_A_CK_3#
AF13
DDR_A_CK_4
AG13
DDR_A_CK_4#
AD17
RSVD5
AC17
RSVD4
AB15
RSVD1
AB17
RSVD2
AB4
RSVD3
AK8
RSVD7
AB11
RSVD_TP4
AB13
RSVD_TP5
AL28
DDR_VREF
AK28
DDR_RPD
AJ26
DDR_RPU
AK29
RSVD6
MICRO-FCBGA8-559
N/A
D2_MAA[14:0]11,12
D D
C C
D2_MA_CLK011
D2_MA_CLK#011
D2_MA_CLK111
D2_MA_CLK#111
+1.8V
TPR31 10KOhmr0402_h16
1 2
PVR32 0Ohm /Xr0402
1 2
+1.8V
12
CC33
c0201
0.1UF/6.3V
c0201
1 2
1 2
GND
PVR35
1KOhm
PVR33
PVR36
1%
+1.8V
GND
80.6Ohm
80.6Ohm
PVR34
1KOhm
1%
1 2
0.1UF/16V
1 2
5
B B
GND
A A
D2_MAA0
D2_MAA1
D2_MAA2
D2_MAA3
D2_MAA4
D2_MAA5
D2_MAA6
D2_MAA7
D2_MAA8
D2_MAA9
D2_MAA10
D2_MAA11
D2_MAA12
D2_MAA13
D2_MAA14
D2_WEA#11,12
D2_CASA#11,12
D2_RASA#11,12
D2_BAA011,12
D2_BAA111,12
D2_BAA211,12
D2_CS_A#011,12
D2_CS_A#111,12
D2_CKE_A011,12
D2_CKE_A111,12
D2_ODT_A011,12
D2_ODT_A111,12
H_RSVD_DDR
DDRVREF
DDRRPD
DDRRPU
12
12
PVC5
Near MCH Pin AL28
DDR_A_DQS_0
DDR_A_DQS#_0
DDR_A_DM_0
DDR_A_DQ_0
DDR_A_DQ_1
DDR_A_DQ_2
DDR_A_DQ_3
DDR_A_DQ_4
DDR_A_DQ_5
DDR_A_DQ_6
DDR_A_DQ_7
DDR_A_DQS_1
DDR_A_DQS#_1
DDR_A_DM_1
DDR_A_DQ_8
DDR_A_DQ_9
DDR_A_DQ_10
DDR_A_DQ_11
DDR_A_DQ_12
DDR_A_DQ_13
DDR_A_DQ_14
DDR_A_DQ_15
DDR_A_DQS_2
DDR_A_DQS#_2
DDR_A_DM_2
DDR_A_DQ_16
DDR_A_DQ_17
DDR_A_DQ_18
DDR_A_DQ_19
DDR_A_DQ_20
DDR_A_DQ_21
DDR_A_DQ_22
DDR_A_DQ_23
DDR_A_DQS_3
DDR_A_DQS#_3
DDR_A_DM_3
DDR_A_DQ_24
DDR_A_DQ_25
DDR_A_DQ_26
DDR_A_DQ_27
DDR_A_DQ_28
DDR_A_DQ_29
DDR_A_DQ_30
DDR_A_DQ_31
DDR_A_DQS_4
DDR_A_DQS#_4
DDR_A_DM_4
DDR_A_DQ_32
DDR_A_DQ_33
DDR_A_DQ_34
DDR_A_DQ_35
DDR_A_DQ_36
DDR_A_DQ_37
DDR_A_DQ_38
DDR_A_DQ_39
DDR_A_DQS_5
DDR_A_DQS#_5
DDR_A_DM_5
DDR_A_DQ_40
DDR_A_DQ_41
DDR_A_DQ_42
DDR_A_DQ_43
DDR_A_DQ_44
DDR_A_DQ_45
DDR_A_DQ_46
DDR_A_DQ_47
DDR_A_DQS_6
DDR_A_DQS#_6
DDR_A_DM_6
DDR_A_DQ_48
DDR_A_DQ_49
DDR_A_DQ_50
DDR_A_DQ_51
DDR_A_DQ_52
DDR_A_DQ_53
DDR_A_DQ_54
DDR_A_DQ_55
DDR_A_DQS_7
DDR_A_DQS#_7
DDR_A_DM_7
DDR_A_DQ_56
DDR_A_DQ_57
DDR_A_DQ_58
DDR_A_DQ_59
DDR_A_DQ_60
DDR_A_DQ_61
DDR_A_DQ_62
DDR_A_DQ_63
4
D2_DQS_A0
AD3
D2_DQS_A#0
AD2
D2_DM_A0
AD4
D2_DQ_A0
AC4
D2_DQ_A1
AC1
D2_DQ_A2
AF4
D2_DQ_A3
AG2
D2_DQ_A4
AB2
D2_DQ_A5
AB3
D2_DQ_A6
AE2
D2_DQ_A7
AE3
D2_DQS_A1
AB8
D2_DQS_A#1
AD7
D2_DM_A1
AA9
D2_DQ_A8
AB6
D2_DQ_A9
AB7
D2_DQ_A10
AE5
D2_DQ_A11
AG5
D2_DQ_A12
AA5
D2_DQ_A13
AB5
D2_DQ_A14
AB9
D2_DQ_A15
AD6
D2_DQS_A2
AD8
D2_DQS_A#2
AD10
D2_DM_A2
AE8
D2_DQ_A16
AG8
D2_DQ_A17
AG7
D2_DQ_A18
AF10
D2_DQ_A19
AG11
D2_DQ_A20
AF7
D2_DQ_A21
AF8
D2_DQ_A22
AD11
D2_DQ_A23
AE10
D2_DQS_A3
AK5
D2_DQS_A#3
AK3
D2_DM_A3
AJ3
D2_DQ_A24
AH1
D2_DQ_A25
AJ2
D2_DQ_A26
AK6
D2_DQ_A27
AJ7
D2_DQ_A28
AF3
D2_DQ_A29
AH2
D2_DQ_A30
AL5
D2_DQ_A31
AJ6
D2_DQS_A4
AG22
D2_DQS_A#4
AG21
D2_DM_A4
AD19
D2_DQ_A32
AE19
D2_DQ_A33
AG19
D2_DQ_A34
AF22
D2_DQ_A35
AD22
D2_DQ_A36
AG17
D2_DQ_A37
AF19
D2_DQ_A38
AE21
D2_DQ_A39
AD21
D2_DQS_A5
AE26
D2_DQS_A#5
AG27
D2_DM_A5
AJ27
D2_DQ_A40
AE24
D2_DQ_A41
AG25
D2_DQ_A42
AD25
D2_DQ_A43
AD24
D2_DQ_A44
AC22
D2_DQ_A45
AG24
D2_DQ_A46
AD27
D2_DQ_A47
AE27
D2_DQS_A6
AE30
D2_DQS_A#6
AF29
D2_DM_A6
AF30
D2_DQ_A48
AG31
D2_DQ_A49
AG30
D2_DQ_A50
AD30
D2_DQ_A51
AD29
D2_DQ_A52
AJ30
D2_DQ_A53
AJ29
D2_DQ_A54
AE29
D2_DQ_A55
AD28
D2_DQS_A7
AB27
D2_DQS_A#7
AA27
D2_DM_A7
AB26
D2_DQ_A56
AA24
D2_DQ_A57
AB25
D2_DQ_A58
W24
D2_DQ_A59
W22
D2_DQ_A60
AB24
D2_DQ_A61
AB23
D2_DQ_A62
AA23
D2_DQ_A63
W27
4
D2_DQ_A[63:0] 11
3
D2_DQS_A[7:0] 11
D2_DQS_A#[7:0] 11
D2_DM_A[7:0] 11
PVR22 1KOhm/X
1 2
PVR19 1KOhm
1 2
PV26 1KOhm/X
1 2
PVR20 1KOhm/X
1 2
GND
3
NU1D
D12
XDP_RSVD5
XDP_RSVD9
XDP_RSVD11
XDP_RSVD17
CPU Sample SKU
ES1
ES2
AA21
W21
C10
D10
B11
B10
B12
C11
AA7
AA6
T21
V21
A7
D6
C5
C7
C6
D8
B7
A9
D9
C8
B8
L11
R5
R6
XDP_RSVD[0]
XDP_RSVD[1]
XDP_RSVD[2]
XDP_RSVD[3]
XDP_RSVD[4]
XDP_RSVD[5]
XDP_RSVD[6]
XDP_RSVD[7]
XDP_RSVD[8]
XDP_RSVD[9]
XDP_RSVD[10]
XDP_RSVD[11]
XDP_RSVD[12]
XDP_RSVD[13]
XDP_RSVD[14]
XDP_RSVD[15]
XDP_RSVD[16]
XDP_RSVD[17]
RSVD18
RSVD_TP3
RSVD_TP2
RSVD_TP10
RSVD_TP11
RSVD_TP1
RSVD_TP14
RSVD_TP12
RSVD_TP13
MICRO-FCBGA8-559
N/A
CRT_HSYNC
CRT_VSYNC
CRT_RED
CRT_GREEN
CRT_BLUE
CRT_IRTN
CRT_DDC_DATA
CRT_DDC_CLK
DAC_IREF
REFCLKINP
REFCLKINN
REFSSCLKINP
REFSSCLKINN
HPL_CLKINN
HPL_CLKINP
ASUS P/N
01G013070000
01G013200000
RSVD16
RSVD14
PWROK
RSTIN#
01G013200001QS
PRQ 01G013200002
Intel confirm only RSVD9 need stuff 1K
resistor.
2
DDC CLK&DATA need 2.2K Pull
up to +3VS(Or may we can use
4.7K);connector side has
pull-up resistor.
V_HSYNC_R
PVR21 15Ohm
M30
M29
N31
P30
P29
N30
L31
L30
P28
Y30
Y29
AA30
AA31
K29
J30
L5
AA3
W8
W9
V_VSYNC_R
GND
DACREFSET
1 2
PVR18 15Ohm
1 2
V_RED 13
V_GREEN 13
V_BLUE 13
V_DDC_DATA 13
V_DDC_CLK 13
PVR27 665OHM 1%
1 2
C_96M_NB 3
C_96M_NB# 3
C_LCD_LVDS 3
C_LCD_LVDS# 3
PM_EXTTS1
PM_EXTTS0
C_FSB_NB# 3
C_FSB_NB 3
166MHZ
<Core Design>
ASUSTek Computer INC.
2
Date: Sheet
V_HSYNC 13
V_VSYNC 13
V_RED
V_GREEN
V_BLUE
GND
PVR28 0Ohmr0201
1 2
PVR29 10KOhm /X
1 2
PVR30 10KOhm
1 2
12
PVC9
10PF/50V
/X
GND
Size Project Name
A3
GND
1015P
1
PVR23 150Ohm 1%
1 2
PVR24 150Ohm 1%
1 2
PVR25 150Ohm 1%
1 2
PM_DPRSLPVR 9,35
+3VS
PM_PWROK 9,24
PVC10
10PF/50V
/X
Title :
Engineer:
1
S_PCIRST# 8,24
PineView_2
Nicky_Cheng
542Saturday, February 06, 2010
12
GND
Rev
1.0G
of
5
+0.89VS
12
12
PVC11
10UF/6.3V
PVC54
10UF/6.3V
/X
+VCCSFR_ABDPLL
PVL3
21
N/A
PVC64
0.1UF/6.3V
GND
12
PVC16
1UF/6.3V
/X
12
12
12
PVC65
1UF/6.3V
12
GND
D D
+1.8VS
C C
120Ohm/100Mhz
12
PVC63
0.1UF/6.3V
/X
B B
GND
PVC30
10UF/6.3V
/X
+1.8VS
PVC87
0.1UF/6.3V
PVC21
1UF/6.3V
/X
+1.8V
12
GND
+1.05_VCCA
12
PVC53
1UF/6.3V
GND
PVL1 120Ohm/100Mhz
21
PVC66
l0603
1UF/6.3V
12
PVC49
1UF/6.3V
GND
PVC88
0.1UF/6.3V
12
PVC41
1UF/6.3V
/X
12
12
Near AA19,V11
12
PVC56
0.1UF/6.3V
12
12
PVC67
0.1UF/6.3V
PVC72
0.1UF/6.3V
GND
12
PVC8
1UF/6.3V
12
PVC32
PVC31
0.1UF/6.3V
0.1UF/6.3V
+1.8V
PVR58
0Ohm
1 2
r0603_h24
PVC33
1UF/6.3V
12
PVC57
0.1UF/6.3V
VCCSFR_AB_DPL & VCCACRTDAC
max 0.514A
+VCCP
12
12
PVC73
0.1UF/16V
+VCCP
12
PVC94
PVC15
0.1UF/6.3V
10UF/6.3V
/X
VCCGF : max 1.38A
12
PVC12
1UF/6.3V
VCCSM & VCCCK_DDR
max 2.29A
+1.8_DDR_SENSE
12
12
PVC34
0.1UF/6.3V
VCCA_DDR & VCCACK_DDR
max 1.32A
PVR44
21
120Ohm/100Mhz
l0603
PVC60
0.1UF/6.3V
GND
VCC_GIO
max
0.006A
12
12
PVC74
10UF/6.3V
/X
12
PVC25
12
0.1UF/6.3V
10UF/6.3V
/X
GND
12
PVC75
0.1UF/16V
N/A
4
NU1E
T13
VCCGFX1
T14
+3VS
GND
21
12
PVC77
0.1UF/6.3V
VCCGFX2
T16
VCCGFX3
T18
VCCGFX4
T19
VCCGFX5
V13
VCCGFX6
V19
VCCGFX7
W14
VCCGFX8
W16
VCCGFX9
W18
VCCGFX10
W19
VCCGFX11
AK13
VCCSM1
AK19
VCCSM2
AK9
VCCSM3
AL11
VCCSM4
AL16
VCCSM5
AL21
VCCSM6
AL25
VCCSM7
AK7
VCCCK_DDR1
AL7
VCCCK_DDR2
U10
VCCA_DDR1
U5
VCCA_DDR2
U6
VCCA_DDR3
U7
VCCA_DDR4
U8
VCCA_DDR5
U9
VCCA_DDR6
V2
VCCA_DDR7
V3
VCCA_DDR8
V4
VCCA_DDR9
W10
VCCA_DDR10
W11
VCCA_DDR11
AA10
VCCACK_DDR1
AA11
VCCACK_DDR2
AA19
VCCD_AB_DPL
V11
VCCD_HMPLL
AC31
VCCSFR_AB_DPL
T30
VCCACRTDAC
T31
VCC_GIO
J31
VCCRING_EAST
C3
VCCRING_WEST1_1
B2
VCCRING_WEST1_2
C2
VCCRING_WEST1_3
A21
VCC_LGI
MICRO-FCBGA8-559
+1.05_VCCA_R
PVC98
1UF/6.3V
VCCAPLL_DMI
VCCSF/R_DMI/HMPLL
12
12
PVC59
0.1UF/6.3V
GND
PVC46
12
0.1UF/6.3V
12
PVC13
+1.05_VCCA_R
12
PVC61
1UF/6.3V
+1.05_HMPLL
GND
+VCCACRTDAC_R
12
PVC76
0.1UF/6.3V
+1.05_VCCA
PVR54
120Ohm/100Mhz
l0603
VCC = 3.5A
VCCA =0.08A
VCCGFX =1.38A
VCCALVDS , VCCDLVDS=0.06A
VCCA_DMI =0.48A
VCCSFR_DMIHMPLL =0.104A
VCCA_DDR and VCCACK_DDR =1.32A
VCCSM and VCCCK_DDR =2.27A
VCCRING_EAST , VCCRING_EAST_WEST , VCC_LGI , VCCD_AB_DPL , VCCD_HMPLL =0.33A
VCC_GIO =0.006A
VCCSFR_AB_DPL , VCCACRTDAC =0.154A
A23
VCC1
A25
VCC2
A27
VCC3
B23
VCC4
B24
VCC5
B25
VCC6
B26
VCC7
B27
VCC8
C24
VCC9
C26
VCC10
D23
VCC11
D24
VCC12
D26
VCC13
D28
VCC14
E22
VCC16
E24
VCC17
E27
VCC18
F21
VCC19
F22
VCC20
F25
VCC21
G19
VCC22
G21
VCC23
G24
VCC24
H17
VCC25
H19
VCC26
H22
VCC27
H24
VCC28
J17
VCC29
J19
VCC30
J21
VCC31
J22
VCC32
K15
VCC33
K17
VCC34
K21
VCC35
L14
VCC36
L16
VCC37
L19
VCC38
L21
VCC39
N14
VCC40
N16
VCC41
N19
VCC42
N21
VCC43
C29
VCCSENSE
B29
VSSSENSE
Y2
VCCA
D4
VCC15
B4
VCCP2
B3
VCCP1
V30
VCCALVDS
W31
VCCDLVDS
T1
VCCA_DMI1
T2
VCCA_DMI2
T3
VCCA_DMI3
P2
AA1
E2
VCCP3
Current for PineView
+VCORE
GND
+VCCP
VCCALVDS&VCCDLVDS
max 0.06A
+VCCAD18_LVD
+VCCA_DMI
+VCCAPLL_DMI
+VCCSFR_DMIPLL
+VCCP
12
PVC18
0.1UF/6.3V
GND
PVC23
10UF/6.3V
/X
GND
12
PVC26
0.1UF/6.3V
VCCA
max
0.08A
+VCCA
12
PVC37
0.1UF/6.3V
VCORE_VCC_SENSE 35
VCORE_VSS_SENSE 35
0.1UF/16V
12
1UF/10V
12
PVC27
0.1UF/6.3V
12
PVC38
10UF/6.3V
N/A
+VCC18_LVO
PVC68
VCCSF
max
0.104A
3
TPT79
TPC26T
1
12
PVC19
PVR38
120Ohm/100Mhz
PVC62
1 2
12
GND
VCCA_DMI
max
0.48A
+VCCSFR_DMIPLL
12
PVC95
0.1UF/6.3V
GND
12
PVC28
0.1UF/6.3V
21
0.1UF/6.3V
1 2
PVR46
0Ohm
12
PVC43
1UF/6.3V
12
PVC29
PVC52
0.1UF/6.3V
1UF/6.3V
+1.5VS
12
PVC39
0.1UF/6.3V
N/A
GND
GND
+1.8VS
12
PVC69
0.1UF/6.3V
GND
12
PVC78
0.1UF/6.3V
GND
12
PVC84
0.1UF/16V
/X
Has internal VRM
12
PVC96
1UF/10V
for this!
21
PVR47
120Ohm/100Mhz
l0603
GND
GND GND
12
GND
+VCCA_DMI
12
+1.8VS
12
PVC97
0.1UF/6.3V
+VCCP
PVL2
120Ohm/100Mhz
12
PVC70
0.1UF/16V
c0402
PVC79
1UF/10V
/CPU
GND
12
21
PVR37 0Ohm
1 2
r0805_h24
PVR39
1 2
PVC47
1UF/6.3V
+1.8VS
0Ohm
r0603_h24
+1.05_VCCA
+VCCA_DMI
2
NU1F
A11
VSS1
A16
VSS2
A19
VSS3
A29
RSVD_NCTF1
A3
RSVD_NCTF2
A30
RSVD_NCTF3
A4
RSVD_NCTF4
AA13
VSS4
AA14
VSS5
AA16
VSS6
AA18
VSS7
AA2
VSS8
AA22
VSS9
AA25
VSS10
AA26
VSS11
AA29
VSS12
AA8
VSS13
AB19
VSS14
AB21
VSS15
AB28
VSS16
AB29
VSS17
AB30
VSS18
AC10
VSS19
AC11
VSS20
AC19
VSS21
AC2
VSS22
AC21
VSS23
AC28
VSS24
AC30
VSS25
AD26
VSS26
AD5
VSS27
AE1
VSS28
AE11
VSS29
AE13
VSS30
AE15
VSS31
AE17
VSS32
AE22
VSS33
AE31
VSS34
AF11
VSS35
AF17
VSS36
AF21
VSS37
AF24
VSS38
AF28
VSS39
AG10
VSS40
AG3
VSS41
AH18
VSS
AH23
VSS42
AH28
VSS43
AH4
VSS44
AH6
VSS45
AH8
VSS46
AJ1
RSVD_NCTF5
AJ16
VSS47
AJ31
RSVD_NCTF6
AK1
RSVD_NCTF7
AK2
RSVD_NCTF8
AK23
VSS48
AK30
RSVD_NCTF9
AK31
RSVD_NCTF10
AL13
VSS49
AL19
VSS50
AL2
RSVD_NCTF11
AL23
VSS51
AL29
RSVD_NCTF12
AL3
RSVD_NCTF13
AL30
RSVD_NCTF14
AL9
VSS52
B13
VSS53
B16
VSS54
B19
VSS55
B22
VSS56
B30
RSVD_NCTF15
B31
RSVD_NCTF16
B5
VSS57
B9
VSS58
C1
RSVD_NCTF17
C12
VSS59
C21
VSS60
C22
VSS61
C25
VSS62
C31
RSVD_NCTF18
D22
VSS63
E1
RSVD_NCTF19
E10
VSS64
E19
VSS65
E21
VSS66
E25
VSS67
E8
VSS68
F17
VSS69
F19
VSS70
MICRO-FCBGA8-559
N/A
GND
VSS71
VSS72
VSS73
VSS74
VSS75
VSS76
VSS77
VSS78
VSS79
VSS80
VSS81
VSS82
VSS83
VSS85
VSS86
VSS87
VSS88
VSS89
VSS90
VSS91
VSS92
VSS93
VSS94
VSS95
VSS96
VSS97
VSS98
VSS99
VSS100
VSS101
VSS102
VSS103
VSS104
VSS105
VSS106
VSS107
VSS108
VSS109
VSS110
VSS111
VSS112
VSS113
VSS114
VSS115
VSS116
VSS117
VSS118
VSS119
VSS120
VSS121
VSS122
VSS123
VSS124
VSS125
VSS126
VSS127
VSS128
VSS130
VSS131
VSS132
VSS133
VSS134
VSS135
VSS136
VSS137
VSS138
VSS139
VSS140
VSS141
VSS142
VSS143
VSS144
VSS145
VSS146
VSS147
VSS148
VSS149
VSS150
VSS151
VSS152
VSS129
F24
F28
F4
G15
G17
G22
G27
G31
H11
H15
H2
H21
H25
H8
J11
J13
J15
J4
K11
K13
K19
K26
K27
K28
K30
K4
K8
L1
L13
L18
L22
L24
L25
L29
M28
M3
N1
N13
N18
N24
N25
N28
N4
N5
N8
P13
P14
P16
P18
P19
P21
P3
P4
R25
R7
R8
T11
U22
U23
U24
U27
V14
V16
V18
V28
V29
W13
W2
W23
W25
W26
W28
W30
W4
W5
W6
W7
Y28
Y3
Y4
T29
GND
1
A A
<Core Design>
PineView_3
Title :
Nicky_Cheng
1
Engineer:
1015P
Rev
1.1G
642Saturday, February 06, 2010
of
ASUSTek Computer INC.
Size Project Name
A2
5
4
3
2
Date: Sheet
5
D D
+VCCP
H_BPMN1_34
H_BPMN1_24
+VCCP
C C
H_PWRGD4,9
1%
PVR26 1KOhm
/XDP
PVR31 62Ohm
/XDP/X
12
12
S_SMBCLK_MAIN9,11
S_SMBDATA_MAIN9,11
+VCCP
12
0.1UF/16V
/XDP/X
C78
XDP_PWRGD
TESTIN#
H_TCK4
GND
Change Device and PCB footprint of XDP1 to
nomask footprint - nomask solution
〱
Layout
12G161300311 (w/ 2 through holes)
4
XDP
2
GND1
4
BPM3#
6
BPM2#
8
GND2
10
PWRGOOD
12
RESERVED
14
VTT
16
GCLKp
18
GCLKn
20
GND3
22
SCL
24
SDA
26
GND4
28
NC
30
TCK
BTOB_CON_31P
/XDP/X
䆔䌎ি
XDP Connector
BPM5#
BPM4#
BPM1#
BPM0#
BCLK0
BCKL1
RESET#
NP_NC1 NP_NC2
32 33
GND5
GND6
GND7
DBR#
TDO
TRST#
GND8
TMS
3
H_BPMN5_REQ#
1
H_BPMN4_RDY#
3
5
7
9
11
13
15
17
CPURST_ITP#
19
21
23
25
27
29
TDI
31
GND
ি⼊
ǂ
H_BPMN5_REQ# 4
H_BPMN4_RDY# 4
H_BPMN1_1 4
H_BPMN1_0 4
H_ITP_CLK 3
H_ITP_CLK# 3
PVR2 1KOhm
SYS_RESET# 3,9
H_TDO 4
H_TRST# 4
H_TDI 4
H_TMS 4
12
/XDP
1%
PLT_RST# 9,16,17,18
2
1
GND
B B
A A
<Core Design>
XDP
Title :
ASUSTek Computer INC.
Size Project Name
A3
5
4
3
2
Date: Sheet
Engineer:
1015P
1
Nicky_Cheng
742Saturday, February 06, 2010
of
Rev
1.1G
5
4
3
2
1
D D
+3VA
R89
100KOhm
/X
1 2
61
Q25A
UM6K1N
/X
C C
B B
SUSC_ON24,36
SUSB_ON24,39,42
2
GND
+3VA
R90
100KOhm
/X
1 2
32
3
D
Q32
1
2N7002
1
G
/X
S
2
+5VS
RN82B
330OHM
/X
3 4
61
Q26A
UM6K1N
/X
2
GND GND
+1.8V
5
GND
RN83D
330OHM
/X
7 8
+1.8V_DISCHRG
34
Q25B
UM6K1N
/X
5
+3VS
5 6
+3VS_DISCHRG+5VS_DISCHRG
34
Q26B
UM6K1N
/X
RN82C
330OHM
/X
+VCCP
2
GND
RN83A
330OHM
/X
1 2
+VCCP_DISCHRG
61
Q29A
UM6K1N
/X
+1.5VS
5
GND
RN82D
330OHM
/X
7 8
+1.5VS_DISCHRG
34
Q29B
UM6K1N
/X
+VTTDDR
RN83C
330OHM
/X
5 6
+VTTDDR_DISCHRG +1.8VS_DISCHRG
61
Q30A
UM6K1N
/X
2
+0.89VS
3 4
+0.89VS_DISCHRG
34
5
GNDGND
RN83B
330OHM
/X
Q30B
UM6K1N
/X
+1.8VS
2
GND
1 2
61
Q31A
UM6K1N
/X
RN82A
330OHM
/X
34
Q31B
UM6K1N
/X
5
GND
+3V_LCD
R300
330Ohm
1%
/X
1 2
+3V_LCD_DISCHRG
61
Q33A
A A
5
4
UM6K1N
/X
2
3
+LCD_LEDIN
R301
1 2
+LCD_LEDIN_DISCHRG
34
Q33B
UM6K1N
/X
5
GNDGND
330Ohm
1%
/X
<Core Design>
Discharge
Title :
ASUSTek Computer INC.
Size Project Name
A3
2
Date: Sheet
Engineer:
1015P
Nicky_Cheng
1
Rev
30 42Saturday, February 06, 2010
1.1G
of
5
D D
C C
4
3
2
1
B B
A A
<Core Design>
1
SD_CON
Nicky_Cheng
31 42Saturday, February 06, 2010
of
Rev
1.1G
Title :
ASUSTek Computer INC.
Size Project Name
A3
5
4
3
2
Date: Sheet
1015P
Engineer:
5
A
4
3
2
1
+3VS
H1
1
C102D102N
12
EC1
D D
+5VS
+3VSUS
12
EC23
0.1UF/16V
/EMI/X
C C
GND GND GND GND GND
+3VS
12
EC22
0.1UF/16V
/EMI/X
GND
0.1UF/16V
/X
12
12
EC24
0.1UF/16V
/EMI/X
EC30
0.1UF/16V
/EMI/X
12
EC2
0.1UF/16V
/X
12
EC31
0.1UF/16V
/EMI/X
+5VS
12
EC25
0.1UF/16V
/EMI/X
+3V_3G USIM_PWR
12
EC26
0.1UF/16V
/EMI/X
12
EC38
0.1UF/16V
/EMI/X
12
EC46
0.1UF/16V
/EMI/X
12
EC27
0.1UF/16V
/EMI/X
/X
H2
1
C106D106N
H3
1
O106X87DO106X87N
H4
C217B177ID126
GND
CPU Thermal HOLD
H5
C217B177ID126
GND
GND GND
GND
H6
1
NP_NC
2
GND1
3
GND2
C276D91N
H7
1
NP_NC
2
GND1
3
GND2
C217D91N
H8
1
NP_NC
2
GND1
3
GND2
CRT256X325CB295D91N
H9
1
NP_NC
2
GND1
GND4
3
GND2
GND3
CRT256X325CB295D91N
GND4
GND3
GND4
GND3
GND4
GND3
5
4
5
4
GND
5
4
GNDGND
GND
5
4
GNDGND
GND GND
GND
GND
H10
1
NP_NC
2
GND1
3
GND2
CT276CB256D91N
H11
1
NP_NC
2
GND1
3
GND2
CT276CB256D91N
H12
1
NP_NC
2
GND1
3
GND2
CT276CB256D91N
H14
1
NP_NC
2
GND1
3
GND2
CT276CB256D91N
1
NP_NC
2
GND1
3
GND2
H13
GND4
GND3
GND4
GND3
GND4
GND3
GND4
GND3
GND4
GND3
5
4
GND
5
4
GND
5
4
5
4
GND
5
4
CT276CB256D91N
B B
AC_BAT_SYS
12
EC42
0.1UF/16V
/EMI/X
GND
+3VSUS
12
EC39
0.1UF/16V
/EMI/X
GND
5
12
EC43
0.1UF/16V
/EMI/X
12
EC44
0.1UF/16V
/EMI/X
+5VS
GND
12
EC40
0.1UF/16V
/EMI/X
12
EC45
0.1UF/16V
/EMI/X
12
EC47
0.1UF/16V
/EMI/X
12
EC41
0.1UF/16V
/EMI/X
4
12
E48
0.1UF/16V
/EMI/X
12
EC49
0.1UF/16V
/EMI/X
<Core Design>
ASUSTek Computer INC.
Size Project Name
A3
3
2
Date: Sheet
1015P
GNDGND
Title :
Engineer:
1
SREW HOLE&EMI
Nicky_Cheng
32 42Saturday, February 06, 2010
1.1G
of
Rev
A
5
4
3
2
1
Adaptor
40W(19V/2.1A)
D D
A/D_DOCK_IN
EMB24B03G
AC_BAT_SYS
P_AC_ARP_UC_10
MB39A132
H:EMB20N03V
L:EMB20N03V
CHG_EN#
S_SMBCLK1
S_SMBDATA1
AC_OK
BAT
SWITCH
EMB20P03
BAT
3S2P/12.6V/3A
AC_BAT_SYS
Switching
Switch
Linear
CHG_EN#
S_SMBCLK1
S_SMBDATA1
EC
C C
VSUS_ON
SUSC_ON
SUSB_ON
CPU_VRON
VSUS_PWRGD
VSUS_ON
VRM_PWRGD
AC_OK
CPU_VRON
VSUS_ON
RT8206*1/2
H:EMB20N03V
L:EMB20N03V
RT8206*1/2
H:EMB20N03V
L:RJK0355
NB637EL
+5VA
+3VSUS
+5VSUS
VCCP
VCCP_PWRGD
SUSB_ON
SUSB_ON
EMB20N03V
UP7714B
EMB20N03V
VCCP_PWRGD
MP2212
+3VSUS
(1.83A/0.8A)
+3VS
(0.44A/0.33A)
+3VA
(0.032A/0.020A)
(3.2A/1.3A)
+5VSUS
(1.3A/0.87 A)
+0.89V
+5VS&+5VUSB
(3.06A/2.77A)
+VCCP (1.3A/0.9 A)
Current flow
Signal
Device
VID(6...0)
B B
CPU
PM_DPRSLPVR
PSI#
CLK_EN#
SUSC_ON
NB637EL
VCCP_PWRGD
EMB20N03V
UP7711
SUSB_ON
RT8152
H:EMB20N03V
A A
5
CPU_VRON
VID(6...0),PM_DPRSLVR,PSI#
H_VSS_SENSE,H_VCC_SENSE
0.89VS_PWRGD
L:EMB20N03V
CLK_EN#
VRM_PWRGD
UP7706
4
3
+1.8V+1.8V
(4.30A/2.5A)
+1.8VS
+VTT_DDR
+1.5VS
+VCORE
(0.28A/0.23A)
(0.66A/0.23A)
(1.45A/0.97A)
(4.4A/1.64A)
STD version :1.02G(09/12/2)
<Core Design>
Title :
POWER_FLOW
1015P
Engineer:
1
Rev
1.0
33 42Saturday, February 06, 2010
of
ASUSTek Computer INC
Size Project Name
A2
Date: Sheet
2
A
PL3
6.8UH
2
GND
12
PC5
10UF/25V
GND
21
TPC16B_P16_50
PT4
1
+3VA
1 2
34
35
36
37
12
PJP4
SHORT_PIN
PQ7B
UM6K1N
PU1B
GND3
GND4
GND5
GND6
MB39A132
PR8
1 2
25mOHM
/X
+3VA
PR19
100KOhm
1 2
34
5
GND
PL1
70Ohm/100Mhz
21
21
PL2
70Ohm/100Mhz
12
12
PJP5
/X
PJP6
SHORT_PIN
SHORT_PIN
CHG_EN# 24
CHG_EN# = 0, Charger Enable
CHG_EN# = 1, Charger Disable
BAT_IN 24
AC_BAT_SYS
/X
GND
PT3
TPC16B_P16_50
1
12
PC12
10UF/25V
2
1
Power stage
1. I/P Current:
I in = Vo*Io/( 0.8 * Vin) =1.64A
2. Ripple Current:
I rip =1.18A
I spec=2A
Ĵ
1 pcs
3. Inductor Spec:
I sat=10 A
I dc =5.5A
DCR=37mohm
BAT
4. MOSFET Spec:
H-side MOSFET: SI7326DN_T1_E3
12
PC13
10UF/25V
GND
Rds(ON)= 22 mohm (Vgs=4.5 V)
I cont = 6.5 A (T =25 )
I peak = 40 A (Pause 10ĭ us)
ǂ
L-side MOSFET: SI7326DN_T1_E3
Rds(ON)= 22 mohm (Vgs=4.5 V)
I cont = 6.5 A (T =25 )
I peak = 40 A (Pause 10 us)
ǂ
ĭ
Controller
1. Voltage & Current:
+12.6V@2.5A
2. Frequency:
PR122=33KOHM,
Fosc=515KHz
3. OCP:
5. Enable Voltage:
V = 2.9 V
6. Soft start time:
Tss=23ms
7. Phase selection:
N/A
4. POR:
POR Hysteresis =0.1V
V on =7.5V
8.Inrush Current:
C total =20uF
I inrush=
0.01A
PT2
PT1
1
12
3
1 2
MB39A132_VREF
12
PC17
0.1UF/25V
GND
GND
6
5
TPC16B_P16_50
1
PC2
0.1UF/25V
PR352
0Ohm
P_CHG_LG_20
PC18
0.1UF/16V
P_6268_VCC
P_CHG_ADJCV_10
P_CHG_ADJCI_10
0.1UF/16V
+5VSUS
GND
PC19
12
54
G
G
12
GND
PC29
0.1UF/16V
3
AC_BAT_SYS
PQ2
8
1
7
2
6
S
3
5
D
54
P_CHG_VIN_S
GND
12
PC11
P_CHG_SNU_S
1000PF/50V
12
PR11
1Ohm
GND
PR18
10KOhm
PQ7A
UM6K1N
BAT_IN#29
12
PC4
10UF/25V
+3VA
GND
BAT
P_CHG_CIRS+_5
P_CHG_CIRS-_5
P_CHG_VBTT_10
12
61
PR23
100KOhm
G
EMB20P03V
PQ5
876
5
D
EMB20N03V
S
123
P_CHG_PHASE_S
54
PQ6
876
5
D
EMB20N03V
S
123
GND
P_CHG_CTL1_CTL2_10
TPC16B_P16_50
12
1
2
PD1
BAT54CW
12
1 2
PR5
2MOhm
PQ3
32
3
2N7002
D
P_CHG_ACOK#_10
1
1
G
CHG_ACOK# = 1, Battetry Mode
S
2
CHG_ACOK# = 0, Adaptor Mode
GND
P_CHG_PHASE_20
PC10
1UF/10V
P_CHG_VIN_20
P_CHG_CTL1_CTL2_10
P_CHG_RT_10
P_CHG_CS_10
P_CHG_ADJCV_10
P_CHG_VBTT_10
12
PR14
33KOhm
GNDGND
PC20
820PF/50V
12
P_CHG_INE3-_10
12
PC22
/X
120PF/50V
PC24
1000PF/50V
PU2
1
2
3 4
UP6268AMA6
GND
P_CHG_HG_20
CHG_VCC
12
12
GND
12
GND
VCC
SCL
OUT1
SDA OUT2
PC26
PQ1
EMB24B03G
Vmid
PC3
0.1UF/25V
PC23
120PF/50V
P_AC_APR_UC_10
12
GND
5
12
1
1
G
A/D_DOCK_IN
ACIN
12
81
D1S1D1G1
PR3
100KOhm
1 2
PR7
100KOhm
32
3
1 2
D
S
2
GND
2009-05-14
PR9
220KOhm
1 2
12
PR12
22KOhm
PR20
1KOhm
PR22D
100KOhm
7 8
D2
P
S2
234
PQ633
2N7002
12
PC14
0.1UF/16V
/X
12
32
3
D
S
2
567
D2
P
G2
MB39A132_VREF
GND
PQ631
2N7002
1
1
G
1 2
12
PR10
200KOhm
PR13
37.4KOhm
Vmid
1 2
5 6
GND
PR22A
100KOhm
PR22C
100KOhm
A/D_DOCK_IN
12
PC1
P_ADIN_SNU_S
4700PF/50V
12
PR6
D D
1Ohm
GND
P_AC_APR_UC_1040
C C
P_CHG_VBTT_10
PR22B
A/D_DOCK_IN
B B
3 4
100KOhm
0.1UF/25V
GND
CHG_VCC
12
PC8
0.01UF/25V
12
GND
PC15
1UF/25V
PR1
15mOhm
1 2
12
PJP1
/X
SHORT_PIN
P_CHG_AIRS+_5
/X
12
GND
P_CHG_ACIN_10
P_CHG_ACOK#_10
P_CHG_INE3-_10
CHG_COMPAI_10
12
PR16
10KOhm
12
GND
32
3
D
1
1
G
S
2
GND
12
PJP2
SHORT_PIN
P_CHG_AIRS-_5
PC9
/X
0.01UF/25V
1
2
3
4
5
6
7
8
PC21
3300PF/50V
AC_OK 24
PQ9
2N7002
/X
GND
VCC
-INC1
+INC1
ACIN
ACOK
-INE3
ADJ1
COMP1
PU1A
MB39A132
P_CHG_CIRS+_5
P_CHG_CIRS-_5
0.1UF/16V
P_CHG_HG_20
P_CHG_BST_20
P_CHG_PHASE_20
LX
CB
CTL2
OUT1
GND2
-INE1
OUTC1
OUTC2
+INC2
-INC2
9101112131415
PC25
GND
4
PC7
0.1UF/25V
3
PD2
BAT54CW
1
2
P_CHG_LG_20
P_CHG_VL_20
252627282930313233
VB
OUT2
PGND
CELLS
VIN
CTL1
GND1
VREF
ADJ3
BATT
ADJ2
COMP2
COMP3
16
PR17
22KOhm
P_CHG_COMPCI_10
P_CHG_ADJCI_10
P_CHG_COMPCV_10
12
S_SMBCLK124,29
S_SMBDATA124,29
PR351
10KOhm
PR4
10KOhm
12
24
23
22
21
20
RT
19
CS
18
17
12
PR21
1 2
10KOhm
GND
12
GND
PC16
0.1UF/16V
PQ634
PMBS3906
C
E12
1 2
PR27
10KOhm
5
3
B
PR28
10KOhm
1 2
GND
CHG_VCC
Battery Charging Current :
4.4V > Vadj2 >= 0V ==>
Ichg =
(Vadj2-0.075)/(25*Rs)
BATSEL_2P# = 1, Ich=1.49A
BATSEL_2P# = 0, Ich=2.62A
Input Adaptor Max. Current Limit :
Ilimit_current = (Vadj1-0.075) / (25*Rs)=1.90A
4
A/D_DOCK_IN
PC30
1 2
0.1UF/25V
Pre-Charging Mode :
Precharging current = 149.2mA
Vadj2 = 168mV
ACIN Threshold = 1.25V
Adaptor > 13.75V, System Powered by
Adaptor
Adaptor <13.75V, System Powered by
Battery
Battery Charging Voltage :
Vadj3 :VREF ==> Vbat = 4.2V /cell
3.9V>Vadj3>2.4V ==> Vbat =
4.35V/cell
Vadj3 :GND ==> Vbat = 4.0V / c e l l
2.2V>Vadj3>1.1V ==> Vbat = 2*Vadj3
/cell
Battery Cell Selection :
CELLS: VREF ==> 4 Cells;
CELLS: OPEN ==> 3 Cells;
CELLS: GND ==> 2 Cells;
3
VREF = 5.0V
fosc(KHz) = 17000 / RT (KOhm)
Soft start: ts(s) = 0.13 * CS (uF)
2
<Core Design>
Title :
ASUSTek Computer INC
Size Project Name
A2
Date: Sheet
Engineer:
1008P
1
Charger
Joy_Zhou
34 42Saturday, February 06, 2010
A
Rev
<RevCode>
of
5
4
3
2
1
Power Info.
1. I/P Current:
I in = Vo*Io/( 0.8 * Vin) =0.61 A
P_VCORE_BOOT_20
P_VCORE_HG_20
P_VCORE_LG_20
P_VCORE_TON_20
12
12
H_VID0
H_VID1
H_VID2
H_VID3
H_VID4
H_VID5
H_VID6
12
PC66
0.1UF/25V
P_VCORE_Phase_20
12
AC_BAT_SYS
PR63
100KOhm
PRN7A
1 2
10KOhm
PRN7B
3 4
10KOhm
PRN7C
5 6
10KOhm
PRN7D
7 8
10KOhm
PRN8A
1 2
10KOhm
PRN8B
3 4
10KOhm
PRN8C
5 6
10KOhm
PRN8D
7 8
10KOhm
PR355
1 2
0Ohm
PJP36
/X
12
SHORT_PIN
+5VS
12
PC73
1UF/10V
GND GND
PC82
12
100PF/50V
1 2
PR75 10KOhm
G
G
54
5
D
S
54
5
D
S
+VCCP
P_VCORE_IN_S
876
EMB20N03V
123
P_VCORE_Phase_S
876
EMB20N03V
123
PQ17
PQ18
12
PC62
10UF/25V
GND GND
12
PC65
1000PF/50V
/X
P_VCORE_SNU_S
12
PR65
1Ohm
/X
12
PJP11
SHORT_PIN
/X
12
PC63
10UF/25V
PL7
1UH
12
PR66
2KOhm
0.1UF/16V
PC74
PR68
2KOhm
PL6
21
70Ohm/100Mhz
AC_BAT_SYS
VCORE(0.9V--1.2V)
21
12
12
12
PJP12
SHORT_PIN
/X
12
+
PCE2
100UF/2.5V
GND GNDGND
RMS:1.64AMAX:4.4A
12
PC68
10UF/6.3V
12
PC69
10UF/6.3V
PU4B
34
GND2
35
GND3
36
GND4
37
GND5
D D
C C
PM_DPRSLPVR5,9
CLK_EN#3
RT8152DGQW
P_VCORE_VCC_20 P_VCORE_OCSET_10
PR69
1 2
499Ohm
PR61
24.9KOhm
+3VS
PR64
499Ohm
/X
1 2
P_VCORE_DPRSLPVR_10
+3VS
PR71
100KOhm
1 2
P_VCORE_CLKEN#_10
+3VS
H_VID[0..6]4
12
PR62
20KOhm
1 2
GND GND
+5VS
12
GND
12
PC71
1UF/10V
PR59
4.7Ohm
P_VCORE_DPRSLPVR_10
P_VCORE_VRON_10
P_VCORE_PGOOD_10
P_VCORE_CLKEN#_10
P_VCORE_VCC_20
P_VCORE_SOFT_10
12
PC72
0.01UF/25V
TPC16B_P16_50
PT14TPC16B_P16_50
1
H_VID6
H_VID5
H_VID4
H_VID3
H_VID2
H_VID1
H_VID0
TPC16B_P16_50
TPC16B_P16_50
PT15
PT16
1
1
GND
1
NTC
2
OCSET
3
DPRSLPVR
4
VRON
5
PGOOD
6
CLKEN#
7
VCC
8
SOFT
P_VCORE_RGND_10
TPC16B_P16_50
PT17
PT18
1
1
1
333231302928272625
VID0
VID1
VID2
GND1
VRTT#
PU4A
RT8152DGQW
RGNDCMCMSET
VSENFBCOMP
9101112131415
P_VCORE_VSEN_10
P_VCORE_FB_10
TPC16B_P16_50
PT19
PT20 TPC16B_P16_50
1
VID3
VID4
VID5
VID6
BOOT
UGATE
PHASE
PGND
LGATE
PVDD
GND0
TON
ISEN_N
ISEN
16
P_VCORE_ISEN_N_10
P_VCORE_COMP_10
P_VCORE_ISEN_10
PR74 100KOhm
24
23
22
21
20
19
18
17
PC81
18PF/50V
12
PC76
10UF/6.3V
2. Ripple Current:
Iripple=1.38A
I spec=2.5A * 1pcs
3. Dynamic:
I peak=4.4A
ESR =18 mohm
Lj
V =79.2mV
4. Frequency:
Fsw=450KHz
5. OCP:
9.4A
6. OVP&UVP
OVP:VDAC+200mV
UVP:VDAC-300mV
7.LoadLine:
Rdroop=4mohm
PT50
TPC16B_P16_50
+VCORE
1
12
PC78
10UF/6.3V
GNDGND
12
PR77
B B
VRM_PWRGD9,24
CPU_VRON24,37
0.89VS_PWRGD38
VCORE_VSS_SENSE6
VCORE_VCC_SENSE6 PM_LEVELDOWN# 24,36,37,38,39,41
A A
5
PSL1
0402
10.19.2009
PR79
0Ohm
PR81
0Ohm
21
/X
12
12
100KOhm
P_VCORE_PGOOD_10
P_VCORE_VRON_10
GND
PC85
1000PF/50V
PR83
0Ohm
PC86
1000PF/50V
12
PR82
68Ohm
GND
4
12
12
12
1000PF/50V
12
PR84
0Ohm
PC87
12
GND
PR80
1 2
68Ohm
PJP32
1 2
SHORT_PIN
/X
0505
/X
0505
+3VA
2
E
C
3
1 2
2
E
C
3
1 2
3
+VCORE
PQ53
PMBS3906
/X
B
PR255
470KOhm
1%
/X
PQ54
PMBS3906
/X
B
PR258
470KOhm
1
P_VCORE_FB_10
1
12
12
1 2
PC249
0.1UF/16V
/X
+VCORE
PR254
1 2
33KOhm
PC248
/X
0.1UF/16V
PR257
33KOhm /X
+3VA
S
CPU_LEVELDOWN
PR319
10KOhm
/X
1 2
32
3
PQ627
/X
D
2N7002
PR320
1
12
GNDGND
1 2
1KOhm
PC299
0.1UF/16V
/X
/X
CPU_LEVELDOWN 24,36,37,38,39
2
1
G
2
L
HVID
H Performance
L
L
L
H
H
<Core Design>
ASUSTeK COMPUTER INC. NB
Size Project Name
C
Date: Sheet
Voltage
VID-50mV
VID+50mV
Engineer:
1015P
1
Title :
StatusPM_LEVELDOWN#
Power Saving
Normal
N/A
POWER_VCORE
Joy_zhou
35 42Saturday, February 06, 2010
Rev
1.0
of
5
PU55B
16
GND4
17
GND5
18
GND6
19
GND7
NB637EL-LF-Z
GND
D D
GND
PR288
1 2
P_1.8V_AAM_10
100KOhm
12
PR289
10KOhm
12
1%
PC268
0.1UF/16V
GNDGND GND
C C
PR291
15KOhm
1 2
P_1.8V_FB_10
PR298
8.45KOhm
1 2
GND
PU55A
15
14
13
12
11
10
9
NB637EL-LF-Z
GND3
AGND
GND2
GND1
VCC
AAM
FG
1
IN
2
SW1
3
SW2
4
SW3
5
SW4
6
BST
78
EN/SYNCFB
P_1.8V_PHASE_SP_1.8V_VCC_20
P_1.8V_BST_20
12
PC269
0.1UF/16V
/X
4
P_1.8V_IN_S
PR290
0Ohm
PC270
100PF/50V
GND
12
GND
12
12
0.1UF/25V
PC259
10UF/25V
PC261
12
PR318
1MOhm
1 2
PR293
1 2
9.53KOhm
12
PC260
10UF/25V
GND
SUSC_ON 24,30
PR294
12
0Ohm
PL27
70Ohm/100Mhz
12
PC262
1000PF/50V
/X
12
PR292
1Ohm
/X
GND
3
2
1
Power Info.
1. I/P Current:
AC_BAT_SYS
Irat=3A
21
+1.8V=1.8V(1.7V--1.8V)
MAX:4.32A RMS:2.5A
GND
12
PC265
22UF/6.3V
+1.8V
PL28
21
1UH
PD21
FS1J4TP
/X
1 2
GND
PJP33
SHORT_PIN
12
PC263
22UF/6.3V
GND
/X
12
12
PC264
22UF/6.3V
GND
I in = Vo*Io/( 0.8 * Vin) =1.08A
2. Ripple Current:
I rip =1A
3. Frequency:
Fosc=600KHz
4. Current Limit:
6A
0.9VS@1 A
1. Dropout Voltage:
Lj
( Io = 2 A )
V = 0.3V
2. Current Limit:
I limit = 4 A
3. Continue Current:
I cont = 3 A
4. Power Dissipatio n :
ǂ
Rthjc = 52 /W
Pd = 1.9 W
2009.11.27
SUSC_ON 24,30
PM_LEVELDOWN# 24,35,37,38,39,41
CPU_LEVELDOWN 24,35,37,38,39
B B
L
LH
H
H
CPU_LEVELDOWN#
1.670VH Power Saving
H
L
1.800V
1.912V
L
<Core Design>
ASUSTek Computer INC
Size Project Name
Custom
Date: Sheet
1015P
Title :
Engineer:
1
Status
Normal
Performance
+1.8V&VTTDDR
Joy_Zhou
of
36 42Saturday, February 06, 2010
Rev
1.0
PM_LEVELDOWN# Voltage
CPU_LEVELDOWN
L
H
L
+VTTDDR(1A)
+1.8V
1UF/10V
1
2
3
4 5
12
PC165
0.1UF/25V
GND
PU31A
VIN
GND1
REFIN
VOUT NC1
UP7711U8
PT39
25mil
1
12
10UF/6.3V
GND
5
PC162
PT40
TPC16B_P16_50
1
12
PC163
10UF/6.3V
GND GND
PC164
12
GND GND
TPC16B_P16_50
+VTTDDR
A A
PU31B
10
GND3
11
GND4
12
GND5
13
GND6
UP7711U8
GND
GND2
VCNTL
NC3
NC2
GND
9
8
7
P_0.9VO_VCNTL_20
6
+5VS
GND
12
4
PC160
0.1UF/25V
+1.8V
1 2
1 2
PR151
10KOhm
PR153
10KOhm
P_1.8V_FB_10
PR295
82KOhm
PR297
402KOhm
/X
P_1.8V_OV1_10
12
P_1.8V_OV2_10
12
3
61
PQ622A
UM6K1N
2
GND
34
PQ622B
UM6K1N
5
GND
GND
GND
12
12
PC271
0.1UF/16V
PC272
0.1UF/16V
/X
PR296
1 2
100KOhm
PR299
1 2
100KOhm
/X
PM_LEVELDOWN# 24,35,37,38,39,41
CPU_LEVELDOWN 24,35,37,38,39
2
5
16
GND4
17
GND5
18
GND6
19
GND7
NB637EL-LF-Z
GND
D D
VCCP_PWRGD3,38,42
C C
+3VS
PU52B
12
100KOhm
r0201
PR331
150KOhm
1 2
12
PR333
10KOhm
1%
GND
PR332
P_VCCP_AAM_10
P_VCCP_PWG_10
GND
PC211
0.1UF/16V
12
GND
PR213
24.9KOhm
1 2
P_VCCP_FB_10
PR218
24.9KOhm
1 2
GND
PU52A
15
GND3
14
AGND
13
GND2
12
GND1
11
VCC
10
AAM
9
FG
NB637EL-LF-Z
IN
SW1
SW2
SW3
SW4
BST
EN/SYNCFB
1
2
3
4
5
6
78
PC309
0.1UF/16V
/X
4
P_VCCP_IN_S
P_VCCP_PHASE_SP_VCCP_VCC_20
P_VCCP_BST_20
12
GND
12
PC215
10UF/25V
GND
12
PC210 0.1UF/25V
PR334
12
CPU_VRON 24,35
0Ohm
1 2
2.87KOhm
PC209
12
100PF/50V
PR335
12
GND
PR336
0Ohm
PC216
10UF/25V
12
PC308
1000PF/50V
12
/X
PR330
1Ohm
/X
GND
12
PL23
Irat=3A
21
70Ohm/100Mhz
PD17
FS1J4TP
/X
1 2
GND
3
AC_BAT_SYS
PL24
1UH
+VCCP=1.05V(0.9V--1.2V)
MAX:1.3ARMS:0.9A
21
GND
PJP34
SHORT_PIN
PC212
12
22UF/6.3V
/X
12
GND
PC213
12
22UF/6.3V
12
GND
PC214
10UF/6.3V
2
+VCCP
21
PL33
70Ohm/100Mhz
N/A
+0.89VS
Power Info.
1. I/P Current:
I in = Vo*Io/( 0.8 * Vin) =0.7A
2. Ripple Current:
I rip =1.08A
I spec=2.5A 1
3. Frequency:
pcs
Fosc=600KHz
4. Current Limit:
6A
2009.11.27
CPU_VRON 24,35
PM_LEVELDOWN# 24,35,36,38,39,41
CPU_LEVELDOWN 24,35,36,38,39
Ĵ
1
PM_LEVELDOWN#
L
H
B B
P_VCCP_FB_10
A A
PR216
1 2
20KOhm
PR219
1 2
200KOhm
/X
5
P_VCCP_OV#_10
61
GND
P_VCCP_OV1#_10
34
GND
PQ40A
UM6K1N
P_VCCP_OV_10
2
PQ40B
UM6K1N
P_VCCP_OV1_10
5
12
GND
12
GND
PC217
0.1UF/16V
PC218
0.1UF/16V
/X
PR217
1 2
100KOhm
r0201
PR220
1 2
100KOhm
r0201
/X
PM_LEVELDOWN# 24,35,36,38,39,41
Hi : Vout = 1.042V
Low : Vout = 0.932V
CPU_LEVELDOWN 24,35,36,38,39
Hi : Vout = 1.152V
Low : Vout = 0.932V
4
3
L
CPU_LEVELDOWN
L 0.932V
L
CPU_LEVELDOWN#
H
H 1.042V Normal
L
H
<Core Design>
Date: Sheet
2
L
ASUSTek Computer INC
Size Project Name
A3
1015P
Voltage
1.127VH
Title :
Engineer:
Power Saving
PerformanceH
+1.5VS & +2.5VS
Joy_Zhou
of
37 42Saturday, February 06, 2010
1
Status
N/A
Rev
1.0
5
P_0.89VS_FBJP_10
+5VSUS
21
D D
12
GND GNDGND
PL25
70Ohm/100Mhz
/X
PC225
10UF/25V
/X
12
PC219
0.068UF/16V
/X
12
PC226
10UF/25V
/X
GND
PR221
2.87KOhm
/X
1 2
PR223
0Ohm
/X
P_0.89VS_FB_10
12
PR225
402KOhm
/X
P_0.89VS_FBO_10
12
PC220
0.1UF/25V
/X
P_0.89VS_BS_20
1 2
PU53
1
2
3
4
5 6
MP2212DQ
P_0.89VS_IN_S
/X
GND5
GND4
GND3
FB
EN/SYNC
GND1
GND2
SW1
SW2
IN1
IN2
BS VCC
13
12
11
10
9
8
7
4
P_0.89VS_EN_10
P_0.89VS_PHASE_S
P_0.89VS_VCC_20
+5VS
12
PR309
4.7Ohm
/X
12
PC221
1UF/10V
/X
PR345
0Ohm
/X
PD18
FS1J4TP
1 2
/X
PJP29
SHORT_PIN
12
/X
12
VCCP_PWRGD 3,37,42
PL26
21
2.2UH
/X
12
PC222
22UF/6.3V
/X
3
+0.89V=0.89V(0.844V--0.95V)
PT48
TPC16B_P16_50
1
12
PC223
22UF/6.3V
/X
MAX:1.3A RMS:0.87A
+0.89VS
12
PC224
10UF/6.3V
/X
2
1
Power Info.
1. I/P Current:
I in = Vo*Io/( 0.8 * Vin) =0.36A
2. Ripple Current:
I rip =0.61A
I spec=2.5A *
1pcs
3. Dynamic:
GNDGND
GND
GND
GND
I peak=1.6A
ESR=18 mohm
Lj
V =28.8mV
4. Frequency:
Fosc=600KHz
C C
GND
5. Current Limit:
6A
2009.11.27
VCCP_PWRGD 3,37,42
PM_LEVELDOWN# 24,35,36,37,39,41
CPU_LEVELDOWN 24,35,36,37,39
B B
12
PC229
0.1UF/16V
/X
+5VA
12
PR231
100KOhm
3
C
1
B
E
2
2009-05-15
+0.89VS
A A
PR232
1 2
10KOhm
GND
5
PQ48
PMBS3904
+3VS
12
PR230
100KOhm
32
3
D
PQ43
1
2N7002
1
G
S
2
GNDGND
0.89VS_PWRGD 35
4
P_0.89VS_FB_10
PR224
1 2
24.9KOhm
/X
PR259
1 2
402KOhm
/X
GND
GND
34
61
PQ57A
UM6K1N
/X
2
PQ57B
UM6K1N
/X
5
12
GND
3
12
PC227
0.1UF/16V
/X
GND
PC246
0.1UF/16V
/X
PR226
1 2
100KOhm
/X
PR260
1 2
100KOhm
/X
PM_LEVELDOWN# 24,35,36,37,39,41
CPU_LEVELDOWN 24,35,36,37,39
PM_LEVELDOWN#
L
H
H
LN/A
2
CPU_LEVELDOWN
L
L
H
Voltage
0.844V
0.897V
0.950V
H
<Core Design>
Title :
ASUSTek Computer INC
Size Project Name
A3
Date: Sheet
1015P
Engineer:
Status
Power Saving
Normal
Performance
+1.5VS & +2.5VS
Joy_Zhou
of
38 42Saturday, February 06, 2010
1
Rev
1.0
5
+5VS
+3VS
4
3
2
1
PC283 1000PF/50V
12
PR32
9.53KOhm
12
7.32KOhm
PR30
12
P_1.5VS_FB_10
3
PJP21
SHORT_PIN
/X
D D
SUSB_ON24,30,42
C C
PM_LEVELDOWN#24,35,36,37,38,41
B B
CPU_LEVELDOWN24,35,36,37,38
A A
5
PR29
P_1.5VS_EN_10
12
10KOhm
12
PR34
1MOhm
GND GNDGND
12
GND
PC104
0.1UF/16V
/X
PR348
71.5KOhm
PR350
402KOhm
/X
P_1.5VS_VIN_S
12
PC105
P_1.5VS_CNTL_10
10UF/6.3V
12
GND
P_+1.5VS_OV1_10
12
P_+1.5VS_OV2_10
12
PC98
0.1UF/16V
PU12A
1
POK
2
EN
3
VIN
4 5
CNTL NC
UP7706U8
12
PC314
/X
0.1UF/16V
GND
12
PC315
0.1UF/16V
GND
4
2
/X
GND
9
GND2
8
GND1
7
FB
6
VOUT
P_1.5VS_OV#1_10
61
PQ632A
UM6K1N
GND
P_1.5VS_OV#2_10
34
5
GND
P_1.5VS_FB_10 P_1.5VS_FBJP_10
PR347
1 2
130KOhm
PR349
1 2
162KOhm
PQ632B
UM6K1N
/X
+1.5VS=1.5V(1.44V--1.5V)
MAX:500mA RMS:350mA
12
12
PC106
10UF/6.3V
+1.5VS
12
PC103
10UF/6.3V
GND
2009.11.27
SUSB_ON24,30,42
PM_LEVELDOWN#24,35,36,37,38,41
CPU_LEVELDOWN24,35,36,37,38
CPU_LEVELDOWNPM_LEVELDOWN#
L
L
H
H
L
2
H
H
<Core Design>
ASUSTek Computer INC
Size Project Name
B
Date: Sheet
V= 300 mV (Io=2A)
2. Current Limit:
I limit= 2.8A
3. Pd:
R thjc =5 C/W
Pd =1.9W
12
GND5
11
GND4
GND6
GND3
10
GND
Voltage
1.41V
1.49V
1.51V
1.50V
Title :
Engineer:
1015P
PU12B
UP7706U8
13
Status
Power Saving
NormalL
Performance
+1.5VS & +2.5VS
Joy_Zhou
of
39 42Saturday, February 06, 2010
1
Rev
1.0
1. Dropout Voltage:
1
AC_BAT_SYS
12
PR272
0Ohm
Cathode
23
PU54
Anode
AZ431LBNTR_E1
/X
+3V_PL431
61
PQ618A
UM6K1N
BAT
1
0
0
PR273
+3V_P L
+VCC_RTC
PR274
330KOHM
/X
PR276
200KOhm
/X
+3V_PL431
+3VA
12
PR278
100KOhm
V1.3
12
Ref
1
P_3VPL_FB_10
12
100KOhm
PR275
100KOhm
/X
+3V_PL
12
+3V_PL
12
2
Power Latch table :
A/D_DOCK_IN
X
1
BAT /X
ADP, BAT Out
ADP /X0
RT8206
PR277
12
0Ohm
P_+5VA_+3VA_EN_10 41
Mode
Latch
Latch
+3VA
For Power Latch
GND
PWR_SW_EC#24
1
2
+3VA
A A
EXPRESS_GATE_EC#24
SMART33#15
12
PR2
100KOhm
3
PWR_SW#28
PD24
2
1
3
PD20
BAT54CW
V1.2
ADP_IN
BAT54CW
A/D_DOCK_IN
1 2
1 2
V1.2
PR282
100KOhm
/X
PR284
0Ohm
PWR_SW#
+3VA
PS-ON
?
80ms (min)
40ms (max)
PR280
12
0.22UF/25V
/X
0.22u
P_AC_APR_UC_1034
12
PR308
100KOhm
GND
PR286
0Ohm
1 2
61
2
12
PR188
390KOhm
/X
GND
GND
For ADP power latch
PQ619A
UM6K1N
GND
GND
PR285
0Ohm
/X
0-Ohm
34
12
PQ618B
UM6K1N
5
EC
GND
PS-ON
12
PR279
1MOhm
PS-ON 24
Latch
BAT_IN
12
GND
V1.3
100KOhm
PR281
510KOhm
/X
Title :
Engineer:
PR283
PQ619B
34
UM6K1N
5
GND
<Core Design>
ASUSTek Computer INC.
Size Project Name
A4
Date: Sheet
1015P
12
/X
BAT
PC258
12
0.22UF/25V
/X
V1.2
Power Latch
River_Hsu
of
40 42Saturday, February 06, 2010
Rev
1.0G
1
5
A
PC114
4700PF/25V
1 2
PC130
0.1UF/25V
c0603
PR117
62KOhm
10KOhm
PR116
GND
P_+5VSUS_LG_20
VSUS_ON24
12
AC_BAT_SYS
12
GND
12
GND
PR265
402KOhm
PT61
TPC16B_P16_50
PC251
1UF/25V
P_+5VSUS_BYP_30
P_+5VSUS_VO_10
P_+5VSUS_FB_10
P_+5VSUS_ILIM_10
P_+5VSUS_EN_10
P_+5VSUS_HG_20
P_+5VSUS_PHASE_20
1
12
P_+5VSUS_BOOT_20
1 2
PU6B
RT8206AGQW
37
GND6
36
GND5
35
GND4
34
D D
GND3
+5VSUS=5V(4.79V--5V)
MAX:3.2A RMS:1.3A
+5VSUS
12
12
PC313
+
0.1UF/16V
100UF/6.3V
GND
C C
PJP30
/X
12
SHORT_PIN
PJP18
/X
12
SHORT_PIN
PJP20
/X
12
SHORT_PIN
PL31
P_+5VSUS_PHASE_ SHAPE
21
4.7UH
12
PC120
PCE3
1000PF/50V
/X
P_+5VSUS_SNU_S
12
PR121
1Ohm
/X
+5VSUS
+12VSUS
P_+3VSUS_+5VSUS_IN_SHA PE
12
PC111
10UF/25V
GND
54
PQ25
876
5
EMB20N03V
D
S
G
123
PR353
1 2
0Ohm
1 2
PR114
1 2
17.8KOHM
PJP37
/X
12
12
SHORT_PIN
PC112
RJK0355DPA-00-J0
1
2
1
2
PD7
BAT54SW
PD8
BAT54SW
12
PC134
47PF/50V
0.1UF/16V
GND
PC128
3
1 2
0.1UF/25V
c0603
1 2
3
12
PR126
200KOhm
12
PR128
39KOhm
GND
5467
PQ28
876
5
D
S
G
123
GND
PC129
12
0.22UF/25V
PC131
12
0.22UF/25V
GND
+5VA
PC118
0.1UF/25V
c0603
+5VA
4
+5VA
12
PC250
1UF/10V
c0603
PR317
100KOhm
GND
1 2
P_+5VA_+3VA_EN_10
12
GND
9
10
11
12
13
14
15
16
PR325
0Ohm
GND
12
PC256
0.1UF/16V
/X
GND
PC252
10UF/6.3V
BYP
VOUT1
FB1
ILIM1
PGOOD1
EN1
UGATE1
PHASE1
12
PC254
1UF/10V
c0603
8
VIN
NC2
LDO
PU6A
RT8206AGQW
BOOT1
LGATE1
PVCC
SECFB
17181920212223
P_+5VSUS_LG_20
P_SUS_SECFB_10
P_+3VSUS_+5VSUS_R EF_10
PC253
P_+3VSUS_+5VSUS_TON_10
1234567
NC1
REF
TON
VCC
GND2
ENLDO
FB2
ILIM2
VOUT2
SKIP#
PGOOD2
EN2
UGATE2
PHASE2
GND1
PGND
LGATE2
BOOT2
24
P_+3VSUS_BOOT_20
GND
1UF/10V
c0603
33
32
31
30
29
28
27
26
25
VSUS_ON24
12
GND
GND
P_+3VSUS_FB_10
P_+3VSUS_ILIM_10
P_+3VSUS_VO_10
P_+3VSUS_+5VSUS_SK IPSEL_10
P_+3VSUS_+5VSUS _PGD_10P_+3VSUS_+5VSUS _PGD_10
P_+3VSUS_EN_10
P_+3VSUS_HG_20
P_+3VSUS_PHASE_20
PC117
12
0.1UF/25V
c0603
P_+3VSUS_LG_20
PT54
1
TPC16B_P16_50
GND
P_+5VA_+3VA_EN_10 40
12
PR111
10KOhm
12
PR266
402KOhm
VSUS_PWRGD 24
GND
PR268
0Ohm
1 2
12
12
PC255
PR270
0.1UF/16V
/X
1MOhm
GND
GND
PC115
1 2
2700PF/50V
1 2
100KOhm
PR113
5.9KOhm
PR267
12
1 2
PR11862KOhm
+3VA
P_+3VSUS_BOOT_20
12
GND
+5VSUS
PC113
0.1UF/16V
2
1
3
PR354
0Ohm
PJP38
/X
12
SHORT_PIN
P_+5VSUS_BOOT_20
PD19
BAT54AW
/X
54
5
D
G
1 2
54
G
3
PQ26
876
EMB20N03V
S
123
P_+3VSUS_PHASE_S HAPE
PQ27
876
5
D
EMB20N03V
S
123
GND
P_+3VSUS_+5VSUS_IN_SHA PE
12
PC110
10UF/25V
GND
PJP17
PJP19
/X
SHORT_PIN
12
SHORT_PIN
12
/X
PC119
1000PF/50V
c0603
P_+3VSUS_SNU_S
12
/X
PR119
1Ohm
r1206_h26
2
PL10
21
Irat=3A
70Ohm/100Mhz
PL11
21
Irat=3A
70Ohm/100Mhz
/X
12
PL32
21
4.7UH
AC_BAT_SYS
+3VSUS=3.3V(3.1V--3.3V)
MAX:1.83A RMS:0.8A
12
12
12
PC296
22UF/6.3V
c0805
PC297
22UF/6.3V
c0805
PC298
22UF/6.3V
c0805
GND
TPC16B_P16_50
TPC16B_P16_50
12
PC303
22UF/6.3V
c0805
/X
TPC16B_P16_50
+5VSUS
TPC16B_P16_50
+3VSUS
GND
GND
PT57
1
PT59
1
+3VSUS
12
PC312
0.1UF/16V
PT52
1
PT55
1
TPC16B_P16_50
PT58
1
PT60
1
TPC16B_P16_50
PT53
1
TPC16B_P16_50
PT56
1
TPC16B_P16_50
1
Power Info.
1. I/P Current:
I in = Vo*Io/( 0.8 * Vin) =2.082A
2. Ripple Current:
I rip =1.482A
I spec=2.5A
1 pcs
Ĵ
3. Frequency:
fosc=300KHz
4. OCP:
Iocp=17A
Power Info.
1. I/P Current:
I in = Vo*Io/( 0.8 * Vin) =1.832A
2. Ripple Current:
I rip =1.92A
I spec=2.5A
1 pcs
Ĵ
3. Frequency:
fosc=375KHz
4. OCP:
Iocp=8.74A
Power Info.
1. Dropout Voltage:
Lj
V= 210mV (Io=300m A)
2. Current Limit:
I limit= 480mA
3. Pd:
R thjc =5 C/W
Pd =0.4W
+3VSUS
+3VA
+5VSUS
2009.11.23
PM_LEVELDOWN#24,35,36,37,38,39
VSUS_PWRGD 24
VSUS_ON24
P_+5VA_+3VA_EN_1040
B B
+3VA_AEC / 100mA
+5VA
PM_LEVELDOWN#24,35,36,37,38,39
Hi : Vout = 3.3V
Low : Vout = 3.1V
PR105
100KOhm
1 2
P_3VSUS_5VSUS_ OV_10
GND GND
12
PC108
0.1UF/16V
34
5
PQ23B
UM6K1N
PR101
54.9KOhm
P_+3VSUS_FB_10P_3VSUS_OV#_10
12
+3VSUS_LEVELDOWN
Hi : Vout = 5.0V
Low : Vout = 4.79V
P_3VSUS_5VSUS_ OV_10
PR102
270KOhm
P_5VSUS_OV#_10 P_+5VSUS_F B_10
1 2
61
2
PQ23A
UM6K1N
GND
+5VSUS_LEVELDOWN
+5VA
PR130
100KOhm
1 2
PU7
P_3VA-EC_EN_10
1
EN
NC/SS/FB
2
GND
3 4
PC139
1UF/10V
12
VIN VOUT
12
UP7714BMA5-00
PC140
0.1UF/16V
GNDGND GND
PC136 220PF/50V
/X
12
PR133
31.6KOhm
5
12
PR134
10KOhm
GND
P_3VA-EC_FBJP_1 0P_3VA-EC_FB_ 10
12
P_3VA-EC_S
PJP23
SHORT_PIN
/X
12
PC141
10UF/6.3V
PT34
TPC16B_P16_50
N/A
1
+3VA
12
A
<Core Design>
ASUSTek Computer INC
Size Project Name
A1
Date: Sheet
5
4
3
2
1
Title :
Power_+5SUS&+3VSUS&+12VSUS
Engineer:
Joy_Zhou
1015P
Rev
1.0
41 42Saturday, February 06, 2010
of
5
4
3
2
1
1
P_1.8VS_EN_10
PQ30
5 4
EMB20N03V
PQ38
8
7
6
S
5
D
5 4
EMB20N03V
12
PC161
0.01UF/25V
8
1
7
2
S
6
3
D
5
G
P_3VSPWR_EN_10
1
2
3
G
12
PC142
0.01UF/25V
GND
PT38
TPC16B_P16_50
+1.8V
PR149
100KOhm
PQ39B
UM6K1N
+5VA
GND
+12VSUS
PR150
100KOhm
1 2
61
2
PQ39A
UM6K1N
GND GND
+3VSUS
Shape
+12VSUS
PRN6B
100KOhm
3 4
2
P_3VSPWR_ENR_10
61
PQ33A
UM6K1N
GND
PR131
100KOhm
1 2
61
PQ32A
UM6K1N
+5VA
D D
1 2
PR152
/X
SUSB_ON24,30,39
VCCP_PWRGD3,37,38
C C
SUSB_ON24,30,39
B B
0Ohm
PR154
1 2
10KOhm
PRN6C
100KOhm
5 6
7 8
100KOhm
12
PRN6D
12
PC166
0.1UF/16V
5
12
/X
PC144
0.1UF/16V
P_1.8VS_ENR_10
34
GND
2
ShapeShape
TPC16B_P16_50
Shape
PT37
TPC16B_P16_50
+1.8VS
1
12
PC159
4.7UF/6.3V
N/A
c0603
GND
PT31
TPC16B_P16_50
PT30
1
+3VS
12
PC138
4.7UF/6.3V
N/A
c0603
GND
PT32
PT33
1
TPC16B_P16_50
1
12
PC137
4.7UF/6.3V
N/A
c0603
GND
21
PL22
70Ohm/100Mhz
+5VS
+5V_USB
2009.11.27
SUSB_ON 24,30,39
VCCP_PWRGD 3,37,38
TPC16B_P16_50
1
PR135
1 2
SUSB_ON24,30,39
10KOhm
12
PC145
0.1UF/16V
/X
+5VA
+5VSUS
Shape
+12VSUS
PRN6A
100KOhm
1 2
5
P_5VSPWR_ENR_10
34
5
PQ33B
UM6K1N
GND
GND
1 2
34
PR132
100KOhm
PQ32B
UM6K1N
PQ626
8
7
S
6
D
5
5 4
EMB20N03V
P_5VSPWR_EN_10
1
2
3
G
12
GND
PC143
0.01UF/25V
Shape
A A
<Core Design>
load switch
Title :
ASUSTek Computer INC
Size Project Name
C
5
4
3
2
Date: Sheet of
Engineer:
1015P
1
Joy_Zhou
42 42Saturday, February 06, 2010
Rev
1.0
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