Asus B150 PRO GAMING Schematic
5 4 3 2 1
DCCBBAA
D
PCI-E X16 SLOT3 (X4)
PCI-EX1_1
PCI-EX1_2
LAN_USB3_12
BACK
% 3RO GAMING
ITP
VRD 12.5
on Board
PCIE X16 SLOT1
PCIE X16 SLOT2
PCIE GEN3
PCIE GEN3
USB3.1
BACK
BACK
FRONT
FRONT
FRONT
x16 x8
x8NA
PCIE GEN3
Q-SW1480
ASM1142
USB3.0
USB3_34 USB3.0
KBMS_USB3_56
USB3_78
USB3_910
USB_1112,1314 USB2.0
PCIE GEN3
PCIE GEN3(X2)
PCIEx16
USB3.0
USB3.0
USB3.0
Intel Processor
SKYLAKE
LGA-1151 Pin Socket
DMI
PCIE5
PCIE6
INTEL
PCIE7
PCIE8
SKYLAKE
PCH
Integrated
PCIE11
PCIE12
Clock
USB3_1
USB3_2
USB3_3
USB3_4
USB3_5
USB3_6
PCIE1/USB3_7
PCIE2/USB3_8
PCIE3/USB3_9
PCIE4/USB3_10
USB_11
USB_12
USB_13
USB_14
PCIE9
PCIE13/SATA0
PCIE14/SATA1
PCIE15/SATA2
PCIE16/SATA3
PCIE17/SATA4
PCIE18/SATA5
PCIE19
PCIE20
PCIE10
Rev 1.00 2014.01 SkyLake
Channel A
Channel B
DDI B
DDI C
DDI D
AZALIA
PCIE GEN3
SATA 6Gb/s
SATA 6Gb/s
SATA 6Gb/s
PCIE GEN3
PCIE GEN3
LPC BUS
24MHz
RTD 2168
ITE 6515$
NXP 3356
DDR3 1333/1600
DDR3 1333/1600
DDR4 1333/1600/1866/2133
DDR3 1333/1600
DDR3 1333/1600
DDR4 1333/1600/1866/2133
DVI
HDMI
Display Port
VGA
Audio
Realtek ALC892
Codec
LAN
I219V
SATA EXPRESS1
SATA6G port 2/3
SATA EXPRESS2
QSW1480
PCIE GEN3
ASM1083
SIO
NCT6793D
M.2 SLOT(X4)
PCI_1
PCI_2
SPI
SPI FLASH
LPC BUS
24MHz
TPM
5
4
Intel Processor
3
2
1
D D
C C
B B
SIO
NCT6793D
NXP DP to VGA
TPM
PCIE X1 SLOT1
22ohm
22ohm
22ohm
22ohm
24MHz
24MHz
LGA-1150 Pin Socket
CLKOUT_LPC0
CLKOUT_LPC1
INTEL
SKYLAKE
PCH
Integrated
Clock
CLKOUT_PCIE15
CLKOUT_PCIE14
Haswell
CLKOUT_CPUPCIBCLK
CLKOUT_CPUNSSC
CLKOUT_CPUBCLK
CLKOUT_ITPXDP
XTAL
CLKOUT_PCIE0
CLKOUT_PCIE1
CLKOUT_PCIE2
CLKOUT_PCIE3
ICG : Integrated Clock Gen.
CLKGen
6V41537
0ohm
24M
100M
100M
XDP
24M
PCIE X1 SLOT2
ASM1142
OC
25M
A A
PCIE X16(CPU)
ASM1083
PCIE X8(CPU)
CLKOUT_PCIE13
CLKOUT_PCIE12
CLKOUT_PCIE11
CLKOUT_PCIE10
CLKOUT_PCIE4
CLKOUT_PCIE5
CLKOUT_PCIE6
CLKOUT_PCIE7
CLKOUT_PCIE8CLKOUT_PCIE9
Intel I219V,RTL8111H
LAN
M.2
PCIEX4(PCH)
5
4
3
2
RESET_SWITCH
1
D D
PCI_Express x 16_1
PCI_Express x 16_2
PCI_Express x 1_1,2
& x16_3
POWER_SWITCH
<5>PWRBTN#
C C
POWER SUPPLY
Main PWR
<2>AC Power
Switch On
*1
PSON# is inverted by SLP_S3#,
but gated and delayed by
B B
PWRBTN#
*2
PWROK will assert when +3V arrives
at +2.1V then delay 300ms~500ms
and gated by ATXPGD
*3
If support AMT, SLP_A#
could already be high
before sequence begins.
If not support AMT, SLP_A#
will come with SLP_S3
*4
SLP_S4# controls +1.5VDual and
+VTTDDR
*5
Come with 1.5VDUAL
*6
Come with +3V,+12V and gated
by SLP_S3#
*7
A A
CPUPWRGD= After PWROK
*8
PLTRST# = PCH PWROK "AND" PCH
SYS_PWROK
*9
PLTRST_PROC#=PLTRST#,
voltage=1V, directly connect
to CPU
PSON#
PWROK
<10>12V,5V,3V
<3>+5VSB, +3VSB
VSB
<9>ATX_PSON#_R
<11>P_PWROK_PS
11.some SIO don't use, use +3V
PWRGD
PWRGD
PWRGD
<19>O_X16_RST#
<19>O_X16_RST#
<19>O_X1_RST#
SIO
NCT6793D
PS_IN#
*1
PSON#
*2
ATXPGD
PWROK
<12>O_PWROK
SPI Power (AMT)
PCIRST1#
PCIRST2#
PCIRST3#
LRESET#
KBRST#
RSMRST#
PS_OUT#
SUSC#
SUSB#
intel LAN
<17>S_PLTRST#
O_KB_RST#
<4>O_RSMRST#
<6>O_IOPWRBTN#
<4.1> / <8>S_SLP_S4#
<4.2> / <7>S_SLP_S3#
*8
<7>S_SLP_A#
<7.1>S_SLP_LAN#
CHIP
PCH
skylake
HDA_RST#
SYS_RESET#
PLTRST#
RCIN#
RSMRST#
PWRBTN#
SLP_S5#
SLP_S4#
SLP_S3#
SLP_A#
SLP_LAN#
SYS_PWROK
<16>P_VR_READY_10
PLTRST_PROC#
RTCRST#
SRTCRST#
*4
*5
PROCPUPWRGD
*3
DPWROK
PCH_PWROK
SOCKET or SLOT
AZ_RST#
<1>S_RTCRST#
<1>S_SRTCRST#
<3.1>S_DPWROK(if NO DSW, S_DPWROK=S_RSMRST#)
RESET#
BATTERY
AUDIO
ALC898
SYS_RESET#
*9
<18>H_CPURST#
*5
*7
<13>H_CPUPWRGD
Vcore Controller
SVID
VCORE
PGOOD
ASP1400(ASP1401)
VR_ON
*6
<14>VRM_SVID
<15>VCORE
S_SLP_S3#
+12V
+3V
SYS_RESET#
H_CPURST#
PROCESSOR
skylake
DBR#
RESET#
PWRGOOD
SVID
VCORE
XDP
DBR#
RESET#
OBSDATA
CFG
5
4
3
2
1
D D
+12V +3V
ASP1400BMNTXG 4+2
AS358MTR-E1+PH6030DLB*2
+12V_CPU
PH6030*2+PH4030*2
PH6030*1+PH4030*2
+VCCIO_PG
+VCCIO
VCORE+VCCGT
UP1540PDDA VCCSA
+12V
+5V
C C
+5V
+5VSB_ATX
+5VSB_ATX
PH6030DLB*1+PH6030DLB*1
PH6030DLB + EMB20P03A
+5V
PH6030DLB + EMB45P03P
O_PWROK
+VCCIO_PG
+5VSB_DUAL +1.2VDUAL
S0/S3
+5VSB
S0/S3/S5/DS5
RT8125DGQW
PH6030*1+PH6030*1
NB671GQ-Z
HPA02240RVER
RT8065ZQW
+VPPDDR_PGD_10
S_SLP_S4#
+1.8V_A_PG
SLP_SUS_N
0.95V (5.31A)
S0
0.55 ~ 1.55V
S0
1.05V(11A)
S0
+1.8V_A
S0/S3/S5
Switch ON/OFF
Control signal
1.2V (12.87A+0.75A)
S0/S3 S0
+VPPDDR
2.5V (2.24A)
APL5337KAI-TRG
S0/S3
+1.0V_A
1.0V (7.31A)
S0/S3/S5
1.8V (2.06A)
VTTDDR
AP2306GN
S_SLP_S4#
Linear
Power Rail
0.6V (0.75A)
VCCST_VCCSFR
Switching
S0/S3
+5VSB_ATX
B B
3.3V
+3VSB
UZ2085G-AD-TN3-R
A A
+3V
5
4
+3VSB_ATX
S0/S3/S5
APL5930QBI-TRG
P_+VDDQ_PG_10
+VCCSFR_OC
P06P03LCG
1.2V
S0
3
3.3V
S0/S3/S5
2
1
5
LED_R PCH_LED11_R_R
LED_G
LED_R
12
D D
EC2_PWM_LED_R<117>
EC2_PWM_LED_B<117>
EC2_PWM_LED_G<117>
C C
EC2_3C_LED_EN<117>
B B
LEDQ1
AP2306GN
/LED
1
1
12
LEDC6
0.1UF/16V
/LED/X
GND
LEDQ2
AP2306GN
/LED
1
1
12
LEDC7
0.1UF/16V
/LED/X
GND
LEDQ3
AP2306GN
/LED
1
1
12
LEDC8
0.1UF/16V
/LED/X
GND
LEDQ4
AP2306GN
/LED
1
1
12
LEDC10
0.1UF/16V
/LED/X
GND
32
3
D
G
S
2
32
3
D
G
S
2
32
3
D
G
S
2
32
3
D
G
S
2
GND
LEDC3
0.1UF/16V
/LED/X
GND
LED_COM_CATHODE
LED_B
12
LEDC4
0.1UF/16V
/LED/X
GND
LED_COM_CATHODE
LED_G
12
LEDC5
0.1UF/16V
/LED/X
GND
LED_COM_CATHODE
LED_B
LED_R PCH_LED22_R_R
LED_G
LED_B
LED_R PCH_LED33_R_R
LED_G
LED_B
LED_R PCH_LED34_R_R
LED_G
LED_B
LED_R PCH_LED35_R_R
LED_G
LED_B
LED_R PCH_LED36_R_R
LED_G
LED_B
LED_R PCH_LED37_R_R
LED_G
LED_B
LED_R PCH_LED38_R_R
LED_G
LED_B
4
PCH_LED_R1
1 2
620OHM
PCH_LED_R2
1 2
510Ohm
PCH_LED_R3
1 2
510Ohm
PCH_LED_R4
1 2
620OHM
PCH_LED_R5
1 2
510Ohm
PCH_LED_R6
1 2
510Ohm
PCH_LED_R7
1 2
620OHM
PCH_LED_R8
1 2
510Ohm
PCH_LED_R9
1 2
510Ohm
PCH_LED_R10
1 2
620OHM
PCH_LED_R11
1 2
510Ohm
PCH_LED_R12
1 2
510Ohm
PCH_LED_R13
1 2
620OHM
PCH_LED_R14
1 2
510Ohm
PCH_LED_R15
1 2
510Ohm
PCH_LED_R67
1 2
620OHM
PCH_LED_R68
1 2
510Ohm
PCH_LED_R69
1 2
510Ohm
PCH_LED_R70
1 2
620OHM
PCH_LED_R71
1 2
510Ohm
PCH_LED_R72
1 2
510Ohm
PCH_LED_R73
1 2
620OHM
PCH_LED_R74
1 2
510Ohm
PCH_LED_R75
1 2
510Ohm
PCH_LED11_G_R
PCH_LED11_B_R
PCH_LED22_G_R
PCH_LED22_B_R
PCH_LED33_G_R
PCH_LED33_B_R
PCH_LED34_G_R
PCH_LED34_B_R
PCH_LED35_G_R
PCH_LED35_B_R
PCH_LED36_G_R
PCH_LED36_B_R
PCH_LED37_G_R
PCH_LED37_B_R
PCH_LED38_G_R
PCH_LED38_B_R
PCH_LED11
1
- - -
+
GR
3
B
RED/GREEN/BLUE
PCH_LED22
1
- - -
+
GR
3
B
RED/GREEN/BLUE
PCH_LED33
1
- - -
+
GR
3
B
RED/GREEN/BLUE
PCH_LED34
1
- - -
+
GR
3
B
RED/GREEN/BLUE
PCH_LED35
1
- - -
+
GR
3
B
RED/GREEN/BLUE
PCH_LED36
1
- - -
+
GR
3
B
RED/GREEN/BLUE
PCH_LED37
1
- - -
+
GR
3
B
RED/GREEN/BLUE
PCH_LED38
1
- - -
+
GR
3
B
RED/GREEN/BLUE
3
+5VSB
/LED
42
/LED
42
/LED
42
/LED
42
/LED
42
/LED
42
/LED
42
/LED
42
LEDC1
12
22UF/6.3V
/LED/X
GND
+5VSB
LED_R EDGE_LED41_R_R
LED_G
LED_B
LED_R EDGE_LED47_R_R
LED_G
LED_B
LED_R EDGE_LED48_R_R
LED_G
LED_B
LED_R EDGE_LED49_R_R
LED_G
LED_B
LEDC2
12
22UF/6.3V
/LED/X
GND
EDGE_LED_R31
1 2
620OHM
EDGE_LED_R32
1 2
510Ohm
EDGE_LED_R33
1 2
510Ohm
EDGE_LED_R49
1 2
620OHM
EDGE_LED_R50
1 2
510Ohm
EDGE_LED_R51
1 2
510Ohm
EDGE_LED_R52
1 2
620OHM
EDGE_LED_R53
1 2
510Ohm
EDGE_LED_R54
1 2
510Ohm
EDGE_LED_R55
1 2
620OHM
EDGE_LED_R56
1 2
510Ohm
EDGE_LED_R57
1 2
510Ohm
EDGE_LED41_G_R
EDGE_LED41_B_R
EDGE_LED47_G_R
EDGE_LED47_B_R
EDGE_LED48_G_R
EDGE_LED48_B_R
EDGE_LED49_G_R
EDGE_LED49_B_R
EDGE_LED41_R_R
EDGE_LED41_G_R
EDGE_LED41_B_R
EDGE_LED47_R_R
EDGE_LED47_G_R
EDGE_LED47_B_R
EDGE_LED48_R_R
EDGE_LED48_G_R
EDGE_LED48_B_R
EDGE_LED49_R_R
EDGE_LED49_G_R
EDGE_LED49_B_R
EDGE_LED41
1
- - -
2
GR
3
B
4
+
RED/GREEN/BLUE
EDGE_LED47
1
- - -
2
GR
3
B
4
+
RED/GREEN/BLUE
EDGE_LED42
1
- - -
2
GR
3
B
4
+
RED/GREEN/BLUE
EDGE_LED43
1
- - -
2
GR
3
B
4
+
RED/GREEN/BLUE
EDGE_LED51
1
- - -
+
GR
3
B
RED/GREEN/BLUE
EDGE_LED52
1
- - -
+
GR
3
B
RED/GREEN/BLUE
EDGE_LED53
1
- - -
+
GR
3
B
RED/GREEN/BLUE
EDGE_LED54
1
- - -
+
GR
3
B
RED/GREEN/BLUE
/LED
/LED
/LED
/LED
+5VSB
/LED
42
/LED
42
/LED
42
/LED
42
2
+5VSB
LED_R EDGE_LED36_R_R
LED_G
LED_B
LED_R EDGE_LED37_R_R
LED_G
LED_B
LED_R EDGE_LED38_R_R
LED_G
LED_B
LED_R EDGE_LED39_R_R
LED_G
LED_B
LED_R EDGE_LED40_R_R
LED_G
LED_B
LEDC9
12
22UF/6.3V
/LED/X
GND
EDGE_LED_R67
1 2
620OHM
EDGE_LED_R68
1 2
510Ohm
EDGE_LED_R69
1 2
510Ohm
EDGE_LED_R70
1 2
620OHM
EDGE_LED_R71
1 2
510Ohm
EDGE_LED_R72
1 2
510Ohm
EDGE_LED_R73
1 2
620OHM
EDGE_LED_R74
1 2
510Ohm
EDGE_LED_R75
1 2
510Ohm
EDGE_LED_R76
1 2
620OHM
EDGE_LED_R77
1 2
510Ohm
EDGE_LED_R78
1 2
510Ohm
EDGE_LED_R79
1 2
620OHM
EDGE_LED_R80
1 2
510Ohm
EDGE_LED_R81
1 2
510Ohm
EDGE_LED36_G_R
EDGE_LED36_B_R
EDGE_LED37_G_R
EDGE_LED37_B_R
EDGE_LED38_G_R
EDGE_LED38_B_R
EDGE_LED39_G_R
EDGE_LED39_B_R
EDGE_LED40_G_R
EDGE_LED40_B_R
EDGE_LED36_R_R
EDGE_LED36_G_R
EDGE_LED36_B_R
EDGE_LED37_R_R
EDGE_LED37_G_R
EDGE_LED37_B_R
EDGE_LED38_R_R
EDGE_LED38_G_R
EDGE_LED38_B_R
EDGE_LED39_R_R
EDGE_LED39_G_R
EDGE_LED39_B_R
EDGE_LED40_R_R
EDGE_LED40_G_R
EDGE_LED40_B_R
EDGE_LED36
1
- - -
2
3
4
+
RED/GREEN/BLUE
EDGE_LED37
1
- - -
2
3
4
+
RED/GREEN/BLUE
EDGE_LED38
1
- - -
2
3
4
+
RED/GREEN/BLUE
EDGE_LED39
1
- - -
2
3
4
+
RED/GREEN/BLUE
EDGE_LED40
1
- - -
2
3
4
+
RED/GREEN/BLUE
EDGE_LED55
1
- - -
3
RED/GREEN/BLUE
EDGE_LED56
1
- - -
3
RED/GREEN/BLUE
EDGE_LED57
1
- - -
3
RED/GREEN/BLUE
EDGE_LED58
1
- - -
3
RED/GREEN/BLUE
EDGE_LED59
1
- - -
3
RED/GREEN/BLUE
1
/LED
GR
B
/LED
GR
B
/LED
GR
B
/LED
GR
B
/LED
GR
B
+5VSB
/LED
42
+
GR
B
/LED
42
+
GR
B
/LED
42
+
GR
B
/LED
42
+
GR
B
/LED
42
+
GR
B
A A
5
4
3
2
1
5
4
3
2
1
EC2_PWM0
EC2_PWM1
O4_PWM1
EC2_PWM2
EC2_PWM_LED_R <118>
O4R50
8.2KOhm
1 2
GND
+3VSB_EC
+3VSB_EC
O4R24
1KOhm
/X/EPF036/
1 2
O4R25 8.2KOhm
1 2
O4R26 8.2KOhm
1 2
GND
O4_OP_MODE
12
O4_RX
O4R10
8.2KOhm
1
33
34
5
OD
4
3
2
7
8
9
10
11
12
13
14
O4U1
OP_MODE
P7[0](UART_RXD)
P7[1](UART_T XD)
P5[0](FAN)
P5[1](FAN)
P5[2](FAN)
P5[3](FAN)
ADC7/GPIO
ADC6/GPIO
ADC5/GPIO
ADC4/GPIO
ADC3/GPIO
ADC2/GPIO
ADC1/GPIO
ADC0/GPIO
OP_MODE
UART
FAN TachoADCPWMPower
P3[0](SMBUS_MASTER0_SCL/ EXTI)
P3[1](SMBUS_MASTER0_SDA/EXTI)
P3[2](SMBUS_SLAVE0_SCL/ EXTI)
P3[3](SMBUS_SLAVE0_SDA/EXTI)
P3[4](SMBUS_MASTER1_SCL/ EXTI)
SMBUS
P3[5](SMBUS_MASTER1_SDA/EXTI)
P3[6](SMBUS_SLAVE1_SCL/ EXTI)
P3[7](SMBUS_SLAVE1_SDA/EXTI)
SER_IRQ/GPIO
LFRAMEb/GPIO
LPC
LRESTb/GPIO
LAD[3]/GPIO
LAD[2]/GPIO
LAD[1]/GPIO
LAD[0]/GPIO
LCLK/GPIO
55
56
60
61
62
63
58
57
36
37
38
39
40
41
42
43
1
ST50 /X/EPF036
1
ST49 /X/EPF036
O4_SMB2_CLK
O4_SMB2_DATA
1 2
O4R10Ohm
1 2
O4R20Ohm
1 2
O4R40Ohm
1 2
O4R60Ohm
1 2
O4R70Ohm
1 2
O4R80Ohm
1 2
O4R90Ohm
1 2
O4R110Ohm
1 2
O4R210Ohm
1 2
O4R200Ohm
S_LAD3
S_LAD2
S_LAD1
S_LAD0
O4_SMB2_DATA
O4_SMB2_CLK
S_SERIRQ <33,75,86,87>
S_LFRAME# <33,75,86,87>
S_LAD[3..0] <33,75,86,87>
C_PCI_EC2 <33,116>
S_PLTRST# <29,42,48,52,67,75,86>
1 2
O4R12 8.2KOhm
1 2
O4R15 8.2KOhm
12
/X/EPF036
47PF/50V
O4C9
GNDGND
+3VSB_EC
O2_SMB2_CLK <32,75,87>
O2_SMB2_DATA <32,75,87>
12
/X/EPF036
47PF/50V
O4C10
+3VSB +3VSB_EC
O4JP1
21
SHORTPIN_0603_NM
/X/EPF036/
12
12
O4C2
0.1UF/16V
O4C3
1UF/16V
GNDGND
mbs_c0603_nomask
D D
+3VSB_EC
12
O4R13
8.2KOhm
/X/EPF036
SMBUS Address:80h
12
O4R19
4.7KOhm
GND
EC2_PWM3
47
P1[0](KBI)
48
P1[1](KBI)
KBIReset
18
O4_PWM1
O4_PWM5
O4C12
0.1UF/16V
3
24Mhz
O4R53
100KOhm
GND
10MOhm
12
+3VSB_EC
12
O4_PWM6
P_+O2_3.2V_EC2_10
O4C13
0.1UF/16V
P_+3VSB_EC2_10
12
O4C11
0.1UF/16V
GNDGND
O4C5
33PF/50V
C C
EC2_3C_LED_EN<118>
B B
1 2
+O2_3.2V
+3VSB_EC
O4R550Ohm
1 2
O4R22 0Ohm
12
O4C31
1UF/25V
mbs_c0603_nomask
GND
mbs_r0603_nomask
1 2
O4R23 0Ohm
mbs_r0603_nomask
+3VSB_EC
12
GND
12
O4C6
0.1UF/16V
1 2
O4_XTL_IN O4_XTL_OUT
12
O4C4
33PF/50V
GND
O4R5
1 2
O4R54
100KOhm
12
O4X1
GND
P2[0](PWM0/EXTI)
19
P2[1](PWM1/EXTI)
20
1
P2[2](PWM2/EXTI)
1
21
ST51/X/EPF036
P2[3](PWM3/EXTI)
22
ST52/X/EPF036
P2[4](PWM4/EXTI)
23
P2[5](PWM5/EXTI)
24
P2[6](PWM6/EXTI)
25
1
P2[7](PWM7/EXTI)
31
ST59/X/EPF036
P6[0]/PWM0
32
12
P6[1]/PWM1
17
VDD_PWM
15
VREFH
16
VDDA
35
VDDE1
46
VDDE2
44
X_IN
45
X_OUT
Clock
EPF036
P7[7](SPI_CSb)
SPIGPIO
PS2_CLK/GPIO
PS2_DAT/GPIO
PS2GND
USB OTG1.1
RSTb
SPI_DI/GPO
SPI_DO/GPO
SPI_CLK/GPO
VSSA/VSS
VSS2
DP/GPIO
DM/GPIO
P8[6]
P8[7]
+3VSB_EC
O4R3
O4D2 BAT54AW
4.7KOhm
2
O4_EC_RST#
64
54
53
52
51
49
50
1
29
30
1
6
26
VSS
59
27
28
12
1 2
O4C1
0.1UF/16V
GND
ST53 /X/EPF036
ST54 /X/EPF036
3
GND GND GND
S_RTCRST#_R <32,87>
1
O_RSMRST# <13,38,75,87,99>
EC2_PWM4
EC2_PWM5
O4_PWM5
EC2_PWM6
O4_PWM6
GND
1 2
GND
1 2
O4R51
8.2KOhm
O4R52
8.2KOhm
EC2_PWM_LED_B <118>
EC2_PWM_LED_G <118>
GND
SMB
Voltage
0 V
0.5V
1.5V 86
2.0V
2.5V
3.0V
A A
5
Address
80
82
88
90
92
Torlence
(+/-) 0.25V
(+/-) 0.25V
(+/-) 0.25V1.0V 84
(+/-) 0.25V
(+/-) 0.25V
(+/-) 0.25V
(+/-) 0.25V
4
3
2
1
5
4
3
2
+12V
+5VSB
1
+5VSB_ATX
C_PCI_EC2<33,117> CK_24M_SIO_LPC<33,75> Ck_24M_TPM<33,86>
EMC001
12
100PF/50V
/X
D D
EMC002
12
100PF/50V
/X
GND GND GND+5VSB_DUAL
12
EMC6
0.1UF/16V
N/A
12
EMC7
0.1UF/16V
/X
12
EMC8
0.1UF/16V
/X
12
EMC9
0.1UF/16V
/X
12
EMC11
0.1UF/16V
/X
GND
C C
+3V_ATX
EMC003
12
100PF/50V
/X
12
12
EMC22
0.1UF/16V
/X
EMC34
0.1UF/16V
/X
12
EMC35
0.1UF/16V
/X
12
EMC41
0.1UF/16V
/X
12
GND
12
SC7
0.1UF/16V
/X
EMC38
0.1UF/16V
/X
12
12
EMC39
0.1UF/16V
/X
GND +5VSB_DUAL
12
EMC36
0.1UF/16V
/X
12
EMC42
0.1UF/16V
/X
12
EMC40
0.1UF/16V
/X
12
GND
EMC43
0.1UF/16V
/X
UC1
0.1UF/16V
N/A
12
GND
SC10
0.1UF/16V
/X
12
UC2
0.1UF/16V
N/A
GND
B B
+5V
12
EMC24
0.1UF/16V
/X
12
EMC25
0.1UF/16V
/X
12
EMC26
0.1UF/16V
/X
12
EMC27
0.1UF/16V
/X
12
EMC45
0.1UF/16V
/X
12
EMC47
0.1UF/16V
/X
12
EMC46
0.1UF/16V
/X
12
+3VSB
EMC37
10UF/6.3V
12
EMC28
0.1UF/16V
/X
12
EMC29
0.1UF/16V
/X
12
EMC30
0.1UF/16V
/X
12
EMC44
0.1UF/16V
N/A
+1.0V_A
12
EMC31
0.1UF/16V
/X
VCCIO
12
EMC32
0.1UF/16V
/X
VCCSA
12
EMC33
0.1UF/16V
/X
/X
GND
O_KB_DATA<75,79>
EMC2
A A
12
100PF/50V
/X
GND
GND
GND GND
GND
5
4
3
2
1
5
SCL_EC1_Master
SDA_EC1_Master
12
GND GND
1 2
12
1 2
GND
OPC28
47PF/50V
/X
OSDR10
8.2KOhm
N/A
OPC27
47PF/50V
/X
D D
OSDR13
8.2KOhm
/X
O2_SMB1_CLK <27,87,91,101>
O2_SMB1_DATA <27,87,91,101>
OC_INT# <87>
OC_PLUG# <87>
Modify OC PANEL@0925
HDLED-<31,77>
4
Modify OC Footprint@1018
ROG_EXT
OC_PLUG#
OC_INT#
1
3 4
5 6
7 8
2
HEADER_2X4P
12G06104008L
+5VSB_OSD
SDA_EC1_Master
SCL_EC1_Master
Pin4 钡+5VSB_OSD@1026
OSDF3
1 2
1.6A/6V
+5VSB_DUAL
12
GND
3
OSC3
1UF/10V
/X
+5V_USB_P910
OC_PLUG#
HDLED-<31,77>
OC_INT#
GND
Modify OC PANEL for
2
﹚ノ
SDA_EC1_Master
SCL_EC1_Master
+5VSB_OSD
Pin4 钡+5VSB_OSD@1026
+5V_USB_P910
1.01
OC_PANEL_X
1
1
HD_2X9P_K17
/X
1
SDA_EC1_Master
C C
GND
SCL_EC1_Master OC_INT#
B B
OSD2
1
2
3 4
IP4220CZ6
6
5
OC_PLUG#
+3VSB
A A
5
4
3
2
1
5
4
3
2
1
Fiducial Mask
Delete it for EMS
(厩翴)
蛾厩翴
D D
LayoutRD
耚聋 聋厩翴
┮
程 暗埃
聋厩翴
聋厩翴
C C
Delete it for EMS
厩翴
LayoutRD
耚聋 聋厩翴
┮
程 暗埃
穦ㄌ丁
┪
ㄢ贺 厩翴常惠礶絬隔い
ㄢ贺 厩翴常惠礶絬隔い
.
穦ㄌ丁
┪
.
,
;
,
;
,
,
B B
聋厩翴
INDEX21
1
1
INDEXN_PLUS
/X/FIDUCIAL MASK
INDEX22
1
1
INDEXN_PLUS
/X/FIDUCIAL MASK
聋厩翴
INDEX31
1
1
INDEX_PLUS
/X/FIDUCIAL MASK
A A
5
INDEX32
1
1
INDEX_PLUS
/X/FIDUCIAL MASK
INDEX33
1
1
INDEX_PLUS
/X/FIDUCIAL MASK
4
INDEX34
1
1
INDEX_PLUS
/X/FIDUCIAL MASK
INDEX35
1
1
INDEX_PLUS
/X/FIDUCIAL MASK
INDEX36
1
1
INDEX_PLUS
/X/FIDUCIAL MASK
3
INDEX37
1
1
INDEX_PLUS
/X/FIDUCIAL MASK
INDEX38
1
1
INDEX_PLUS
/X/FIDUCIAL MASK
2
1
5
Selling Point
1. Selling Point 穝糤瑈祘の怠
4
3
2
1
D D
CIS Team ミ Symbol
Navy Yao(秜_地河默)
CE Team ビ叫ミ Part
Mary Cai(讲碊碊 _地河 默 )
2. ъ Selling Point Part, 瓜
C C
3. Example
B B
A A
5
4
3
2
1
5
D D
New Project Logo
LOGO8
1
VCCI
VCCI
/X
4
LOGO7
1
PCB MADE IN CHINA
PCB_MADE_IN_CHINA
/X
3
LOGO5
1
WEEE_LOGO
WEEE_LOGO
/X
2
1
Old Project Logo
LOGO4
1
MARK_L
1
MARK_L
/X
LOGO6
CE
CE
/X
C C
LOGO2
1
FCC
FCC
/X
B B
A A
LOGO3
1
RCM
RCM
/X
LOGO1
1
EMI_D33005_H
EMI_D33005_H
/X
LOGO9
1
CAN ICES-3(B)/NMB-3(B)
CAN_ICES_3B_NMB_3B
/X
LOGO10
1
KC_MSQ
KC_MSQ
/X
5
4
3
2
1
5
4
3
2
1
Delete it for EMS
H1
1
GND1
2
GND2
3
GND3
4
GND4
D D
GND
MB_HOLE_160_T_U_LF3
/X
origin-xy:(1300.00, 11750.00)
GND8
GND7
GND6
GND5
9
NC
8
7
6
5
GND
ATX Screw Hole
H4
1
GND1
2
GND2
3
GND3
4
GND4
MB_HOLE_160_T_U_LF3
GND GND
/X
origin-xy:(6500.00, 11750.00)
GND8
GND7
GND6
GND5
H7
GND
1
GND1
2
GND2
3
GND3
4
GND4
MB_HOLE_160_T_UR_LF3
/X
9
NC
8
7
6
5
GND8
GND7
GND6
GND5
9
NC
8
7
6
5
GND
MB SCREW FOOTPRINT
MB_HOLE_160_T_LF3
origin-xy:(9350.00, 11750.00)
MB_HOLE_160_T_U_LF3
MB_HOLE_160_T_R_LF3
MB_HOLE_160_T_UR_LF3
C C
12 inch
GND
1
GND1
2
GND2
3
GND3
4
GND4
MB_HOLE_160_T_LF3
/X
GND8
GND7
GND6
GND5
9
NC
8
7
6
5
GND
H2
origin-xy:(400.00, 5550.00)
H21
1
1
C400_NOPAD
/X
place on bottom side
B B
A A
origin-xy:(400.00, 3750.00)
H3
A_GND
1
GND1
2
GND2
3
GND3
4
GND4
MB_HOLE_160_T_LF3
/X
GND8
GND7
GND6
GND5
9
NC
8
7
6
5
origin-xy:(400.00, 650.00)
A_GND
H5
GND
1
GND1
2
GND2
3
GND3
4
GND4
MB_HOLE_160_T_LF3
/X
GND8
GND7
GND6
GND5
9
NC
8
7
6
5
origin-xy:(6500.00, 5550.00)
H20
1
1
C400_NOPAD
/X
place on bottom side
origin-xy:(6500.00, 3750.00)
H22
1
1
C400_NOPAD
/X
place on bottom side
origin-xy:(6500.00, 2950.00)
H6
1
GND1
2
GND2
3
GND3
4
GND4
MB_HOLE_160_T_LF3
/X
GND8
GND7
GND6
GND5
9
NC
8
7
6
5
origin-xy:(6500.00, 650.00)
GND
H8
1
GND1
2
GND2
3
GND3
4
GND4
MB_HOLE_160_T_R_LF3
GNDGND GND
/X
GND8
GND7
GND6
GND5
9
NC
8
7
6
5
origin-xy:(9350.00, 5550.00)
H9
GND
1
GND1
2
GND2
3
GND3
4
GND4
MB_HOLE_160_T_R_LF3
/X
GND8
GND7
GND6
GND5
9
NC
8
7
6
5
GNDGND
origin-xy:(9350.00, 650.00)
ATX Screw Select
Standard
(12 x 9.6)
H1
H2
H3
H4
H5
H6
H7
H8
H9
H20
H21
H22
V
V
V
V
V
V
V
V
V
V
V
V
Scale down
(12 x <9.6)
V
V
V
V
V
V
X
X
X
V
V
V
(X,Y)=(0,0)
5
< 9.6 inch
4
9.6 inch
3
2
1
5
4
Z170-A Heat Sink Part Number:
3
2
1
D D
13071-01760000
C C
HEATSINK1
2
HEATSINK
/X
HEATSINK2
2
HEATSINK
/X
HEATSINK3
1
13071-01760600Z170 PRO GAMING HS ASM SET//YS/T-98TM098-01
├(10)13071-01760000Z170 PRO GAMING MOSN HS 2PP//YS/T-80TMA098-01
├(20)13071-01760100Z170 PRO GAMING MOSW HS 2PP//YS/T-80TMB098-01
├(30)13071-01760400Z170 PRO GAMING PCH HS 2PP//YS/T-80TMC098-01
1
13071-01760700Z170 PRO GAMING HS ASM SET//HSINWEI
├(10)13071-01760300Z170 PRO GAMING MOSN HS 2PP//HW/202296PGX73BK1
├(20)13071-01760200Z170 PRO GAMING MOSW HS 2PP//HW/202295PGX73BK1
├(30)13071-01760500Z170 PRO GAMING PCH HS 2PP//HW/207297PGX14BS0
1
HEATSINK
B B
A A
2
HEATSINK
/X
5
4
3
SPI ROM
DIP 64M
13071-01980000
2
1
5
4
3
2
1
8 Pin +12V Connector
D D
肅︹
: CHL
Z97 : 12015-00053200
EATX12V
10
8
+12V_CPU
7
6
5
2X4_GND
4
3
2
1 2 3 4
5 6 7 8
C C
9
PWR_2X4P
12015-00053200
1
GND
BR1
1KOhm
12
BC6
0.1UF/16V
/X/PWR_CON
GND
1 2
B B
2X4_POW ER_DETECT <33>
USED TO DETECT 2X4 PRESENCE
A A
5
4
3
2
1
5
4
3
2
1
All Gaming only
+5VSB_ATX
+12V
1
2
3
P_Daul_VCC_10
GND
VCORE
PQ711
阑
5
PQ9609
D
4
G S
123
/VCORE_PROTECT
mbs_sot669_colay_ns
GND
PD9600
BAT54CW
/VCORE_PROTECT
1
2
3
PJP9600
1 2
SHORTPIN
/X
NTMFS4C06NT1G
PR9600
1 2
10Ohm /VCORE_PROTECT
P_OVP_VCC_10
PU9600
VOUT1
VCC
VIN1-
VOUT2
VIN1+
VIN2-
GND4VIN2+
AS393MTR-E1
P_VCORE_FB_7
P_LATCH_10
32
3
D
1
1
G
S
2
GND GND
8
7
6
5
/VCORE_PROTECT
12
GND
PQ9610
/VCORE_PROTECT
H2N7002
12
PR9607
4.7KOhm
mbs_r0603/VCORE_PROTECT
P_SHORT_10
P_OVP_LEVEL_7
PC9605
/VCORE_PROTECT
0.1UF/10V
32
3
D
1
1
G
S
2
+3VSB_ATX
12
12
GND
PQ9611
/VCORE_PROTECT
H2N7002
PR9608
3.6KOhm
/VCORE_PROTECT
12
PR9611
10KOhm
/VCORE_PROTECT
PR9612
3.4KOhm
/VCORE_PROTECT
0417
D D
P_OVLATCH_SET_10<75>
Open - Drop
Drop to disable circuit.
C C
B B
12
PC9602
0.1UF/16V
/X
P_LATCH_10
141106 RC ,C,传1000P
GND
P_LATCH_10
O2_PSON#< 87>
12
PR9603
3.6KOhm
/VCORE_PROTECT
B
1
12
PR9610
2KOhm
/VCORE_PROTECT
P_Warn_LED_7
32
3
D
1
1
G
S
2
GND
12
PR9604
8.2KOhm
/VCORE_PROTECT
P_5VSB_lock_7
3
C
PQ9600
E
PMBS3904
2
/VCORE_PROTECT
GNDGND
PQ9606
H2N7002
/VCORE_PROTECT
32
3
D
1
1
G
S
2
B
1
+5VSB_ATX
12
12
PR9616
PR9615
300Ohm
10KOhm
/VCORE_PROTECT
12
+
/VCORE_PROTECT
PLED9500_Q
32
3
D
1
1
G
S
2
GND
PQ9612
H2N7002
/VCORE_PROTECT
PR9629
0Ohm /NO_VCORE_PROTECT
1 2
P_SHORT_10
3
C
PQ9602
E
PMBS3904
2
/VCORE_PROTECT
GND
PLED9600
RED
/VCORE_PROTECT
PQ9607
H2N7002
/VCORE_PROTECT
O3_PSON# <78>
O_PSON#_P
+5VSB_ATX
VCORE
Protection thres hold
is 2.48V.
1229
Short
祇ネ盢
P_SHORT_10
+5VSB_ATX
+3VSB_ATX
12
PR9635
5.1KOhm
/VCORE_PROTECT
P_5VSB_ATX_LINEAR_A_7
12
PR9636
10KOhm
P_LATCH_10
A A
5
/VCORE_PROTECT
3
PQ9616
C
PMBS3904
B
1
E
2
PC9610
1000PF/50V
/VCORE_PROTECT
12
/X
12
PR9637
10KOhm
/VCORE_PROTECT
GND
B
1
2
E
PQ9615
PMBS3906
C
3
/VCORE_PROTECT
12
PR9640
10KOhm
/VCORE_PROTECT
12
PC9611
0.1UF/16V
/VCORE_PROTECT
1 2
P_5VSB_ATX_LINEAR_B_7
PR9641
0Ohm /X
3
C
E
2
GND
P_SHORT_10
PQ9617
PMBS3904
B
1
/VCORE_PROTECT
PR9642
8.2KOhm
PTR9600
100KOhm
/VCORE_PROTECT
/VCORE_PROTECT
1 2
1 2
POWER TEST
PR9639 24.9KOhm
12
/VCORE_PROTECT
PR9643
1.8KOHM
PR9644 0Ohm
1 2
/VCORE_PROTECT
/VCORE_PROTECT
4
1225
12
VCORE
GND
3
2
1
5
D D
4
3
2
1
+3V
CPU_OV_12
12
HR101
8.2KOhm
CPU_OV
1
2
/1150
3
HEADER_1X3P
/1150
C C
B B
/1150
GND
HR100
1KOhm
CPU_OV Default GPI
1 2
High: VCCIN --->2.7V
Low: VCCIN ---->3.04V
MINI_JUMPER
/1150
CPU_OV <29>
Z97_R1.01
A A
MN_LED_SW GPIO select:
1. could be GPI & GPO both, default GPI (no internal pull-high/pull-down resistor)
2. stand by power plane, 3V tolerance
3. GPI to turn on Model Name LED
4. GPO low to turn off Model Name LED
5
4
3
2
1
D
DCCBBAA
5 4 3 2 1
+VCCCMP
1.05V 1A
5
4
3
2
1
+12V+5VSB_ATX
D D
+5V
PR772
200OHM
s_r1206_h26
1 2
/X
GND GND
+3V_ATX
PR770
100Ohm
/X
s_r1206_h26
1 2
PR773
100Ohm
/X
s_r1206_h26
1 2
PR784
100Ohm
/X
s_r1206_h26
1 2
O_+12V_DUMMYLOAD1<29>
PR777
8.2KOhm
mbs_r0603
1 2
/X
1 2
32
3
D
1
1
G
2
PR778
180Ohm
mbs_r2512_colay
/X
P_+12V_DUMMY_R1
PQ770
H2N7002
/X
S
DUMMY LOAD
GND
+5VSB_ATX +12V
1 2
32
3
1
1
G
2
PR779
180Ohm
mbs_r2512_colay
/X
P_+12V_DUMMY_R2
D
PQ771
H2N7002
/X
S
PR780
8.2KOhm
C C
mbs_r0603
1 2
/X
O_+12V_DUMMYLOAD2<29>
GND
B B
A A
5
4
3
2
1
5
4
3
2
1
S5 ----> S0 S0 ----> S3
D D
P_5VSB_USB_GATE_10
P_5VSB_GATE_10<97>
PR627 1KOhm
mbs_r0603
12
P_5VSB_USB_GATE_10 _1
S_SLP_A#
1 2
PR628 1KOhm
mbs_r0603
P_5VSB_GATE_R_10
S_SLP_S3#
+5VSB_ATX
+5V
S_PWRO K
C C
S_PWROK_SB
S_PWROK<27,32,37,39>
B B
ITE: 150 ms
NCT: 300
ms
GND
12
0.1UF/16V
PC612
/X
1 2
PR629 100KOhm
PD601
1
+5V
PR632
8.2KOhm
mbs_r0603
/5VSB_Inrush
1 2
PR633
8.2KOhm
/5VSB_Inrush
1 2
GND
3
BAT54AW
/5VSB_Inrush
2
P_5VSB_GATE_D_10
PR631
GND
12
0.1UF/16V
100KOhm
1 2
mbs_r0603
/5VSB_Inrush
PC611
/X
P_5VSB_GATE_RC_10
1
P_5VSB_GATE_10_1<97>
S_SLP_S3#<32,39,60,75,87,96,102>
PR634
8.2KOhm
/5VSB_Inrush
1 2
P_SLPS3#_R_10
32
3
D
PQ625
1
1
H2N7002
G
/5VSB_Inrush
S
2
GND
GND
12
PC622
0.1UF/16V
/X
3
C
PQ624
B
1
PMBS3904
/5VSB_Inrush
E
2
GND
P_SLPS3#_C1_10
PQ621
E12
3
C
B
P_5VSB_GATE_B1_10
PR630
1KOhm
mbs_r0603
/5VSB_Inrush
1 2
3
C
PQ622
B
PMBS3904
/5VSB_Inrush
E
2
GND
/5VSB_Inrush
mbs_r0603
PMBS3904
/5VSB_Inrush
PC613
12
mbs_c0603 /5VSB_Inrush
0.01UF/16V
PC614 0.22uF/16V
12
mbs_c0603
+5VSB
/X
GND
don't need for Flash Back
A A
Inrush Circuit for USB Port default have Power or Flash Back Function
5
4
3
2
1
5
4
3
2
1
D D
PC412綼PQ403竚
+3V_ATX +3V
mbs_r0805
PR433
0Ohm
/NO_3VOVP
PR432
mbs_r0805
0Ohm
/NO_3VOVP
PQ403
P2003ED
/3VOVP
D
S
2
3
G
1
12
12
PC419
C C
GND
10UF/16V
mbs_c0805
/3VOVP
PC414
0.1UF/16V
mbs_c0603
/3VOVP
P_3V_GATE_10
1.Vin and Vout keep more than 30mils away.
2.Input cap and Output cap can't use same GND.
3.P_3V_GATE_10 is away from Vin more than 15mils ,from Vout more than 30mils.
PR421
1 2
10KOhm
mbs_r0603
/3VOVP
PR407
1.5KOhm
mbs_r0603
/3VOVP
1 2
GND
-12V
PQ404,PQ41 0 and other components are better to place close to PQ403.
PMBS3904
PR416
8.2KOhm
/3VOVP
+3V_ATX
1 2
3
C
E
2
P_+3V_OV_E_10
1 2
GND
PR426
8.2KOhm
/3VOVP
P_+3V_OV_G1_10
PR429
8.2KOhm
/3VOVP
1 2
PQ410
B
1
/3VOVP
PR413
P_+3V_OV_ER_10
12
499Ohm
/3VOVP
P_+3V_OV_REF_10
PR418
499Ohm
/3VOVP
PC418
0.1UF/16V
1 2
/3VOVP
GND
12
12
PC415
0.01UF/16V
/3VOVP
B
1
+3VSB_ATX
+3V_ATX
2
E
PQ404
PMBS3906
/3VOVP
C
3
P_3V_GATE_10
P_+3V_OV_G_10
+3V
12
PC412
10UF/16V
mbs_c0805
/3VOVP
GND
+3V_ATX
PR430
2.49KOhm
mbs_r1206
/X/3VOVP
GND
12
1 2
PC416
1000PF/50V
/X/3VOVP
2
PC417
0.1UF/16V
/X/3VOVP
1 2
13
GND
PQ411
TL431G-AE2-R
/X/3VOVP
+3V
PR431
1KOhm
/3VOVP
1 2
12
PR415
8.2KOhm
mbs_r0603
/3VOVP
GND
B B
A A
5
4
3
2
1
5
4
3
2
1
+5VSB_ATX
12
PR801
4.7KOhm
1
0.1UF/16V
1
3
G
2
GND
mbs_r0603
P_VREN#_10
32
D
PQ803
H2N7002
S
GND
12
PC810
0.1UF/16V
/X
32
3
D
PQ801
1
1
H2N7002
G
S
2
GND
32
3
D
PQ805
1
1
H2N7002
G
S
2
GND
32
3
D
PQ811
1
1
H2N7002
G
S
2
GND
D D
PR803
P_VREN_10
S_SLP_S3#<32,39,60,75,87,96,104>
C C
1 2
10KOhm
PC801
1 2
/X
GND
P_VCORE_EN_10 <87,91,95>
12
PC808
0.1UF/16V
/X
P_VR_READY_10 <39,87>
P_+VCCIO_EN_10 <87,94,95>
12
PC809
0.1UF/16V
/X
+12V_CPU
12
mbs_r0603
P_+12V/3V_EN_R1_10
12
GND
+3V
12
P_+12V/3V_EN_R2_10
12
GND
PR809
27KOhm
PR812 10KOhm
1 2
PR814
3.9KOHM
PR815
10KOhm
PR816 10KOhm
1 2
PR817
5.6KOhm
P_+12V/3V_EN_B1_10
1 2
0.1UF/16V
GND
P_+12V/3V_EN_B2_10
1 2
0.1UF/16V
GND
+5VSB
12
PR808
40.2KOhm
mbs_r0603
P_+12V/3V_EN_C1_10
3
C
B
1
PMBS3904
E
PQ807
2
PC803
PC804
3
C
B
1
E
2
GND
07240ohm龟喷EN
P_+12V/3V_EN_C2_10
PMBS3904
PQ810
12
12
GND
P_+12V/3V_EN_10 P_VCORE_EN_10
32
3
D
1
1
G
S
2
PR813
0Ohm
/X
GND
PC806
0.1UF/16V
/X
PQ806
H2N7002
PR807 0Ohm /X
12
PR819 0Ohm
12
P_+VCCIO_EN_10 <87,94,95>
PR804
0Ohm
5%
PR805
8.2KOhm
mbs_r0603
PQ808
B
1
12
/x
PMBS3904
12
GND
P_VRM_PGD_10
PC807
0.1UF/16V
/X
P_VRM_PGD_10 <91>
3
2
1
B B
+3V
PR802
1KOhm
1 2
PQ809
12
PC805
0.1UF/16V
/x
32
D
S
3
G
2
H2N7002
P_VCORE_PG#_10
1
1
P_VR_READY_10<39,87>
A A
GND
5
+5VSB_ATX
1 2
3
C
E
2
GNDGND
4
D D
C C
5
4
3
2
1
Address : 0x20
+5VDUAL
O2_SMB1_DATA<27,87,91,115>
O2_SMB1_CLK<27,87,91,115>
O2_SMB1_DATA
O2_SMB1_CLK
12
PR750
10KOhm
1 2
PR751
1.3KOhm
/X
1 2
GND
PC744
47PF/50V
/X
P_OV1_VCC_10
P_OV1_ADD_10
PU705
1
2
3
4
NCT3933U
1 2
GND
VCC
ADD _SEL
GND
SDA
0.1UF/16V
OUT1
OUT2
OUT3
PC743
SCL
P_+1.0V_A_3933_OV_10
8
P_+VDDQ_3933_OV_10
7
P_+VCCIO_3933_OV_10
6
5
12
PC745
47PF/50V
/X
P_+1.0V_A_3933_OV_10 <99>
P_+VDDQ_3933_OV_10 <96>
P_+VCCIO_3933_OV_10 <94>
B B
A A
GND
+5VDUAL
O2_SMB1_DATA<27,87,91,115>
O2_SMB1_CLK<27,87,91,115>
O2_SMB1_DATA
O2_SMB1_CLK
P_OV2_VCC_10
PR752
3.9KOHM
1 2
P_OV2_ADD_10
PR753
1.3KOhm
1 2
GND
12
PC764
47PF/50V
/X
GND GND
PU707
1
2
3
4
NCT3933U
GND
VCC
ADD _SEL
GND
SDA
GND
PC763
1 2
0.1UF/16V
P_+VCCCMP_3933_OV_10
OUT1
OUT2
OUT3
SCL
8
P_+VCCST_VCCSFR_3933_OV_10
7
P_+VCCSA_3933_OV_10
6
5
12
PC782
47PF/50V
/X
1
PT4 /X
P_+VCCST_VCCSFR_3933_OV_10 < 100>
P_+VCCSA_3933_OV_10 <95>
5
4
3
2
1
AP2301GN
07V512313130
+5VDUAL
+5VSB
23
2
S
PQ708
1
1
G
D
3
PC741
0.1UF/16V
1 2
/X
GND
1
B
+5VSB
8.2KOhm
mbs_r0603
1 2
P_VDDQ_G1_10
3
PQ704
C
PMBS3904
07V3N2339040
E
2
GND
PR747
D D
VDDQ
PR742 1KOhm
C C
+5VSB
12
12
GND
PR795
10Ohm
mbs_r0603
PC775
1UF/16V
mbs_c0603
GND
PU708B
10
GND3
11
GND4
12
GND5
13
GND6
APL5337KAI-TRG
9
8
7
6
5
12
PC773
22UF/6.3V
mbs_c0805
+5VSB
12
PC774
10UF/6.3V
mbs_c0805
GNDGND
PU708A
1
VIN
2
GND1
3
VRE F
VOUT4NC1
APL5337KAI-TRG
VCCST_VCCSFR
B B
+VCCST_REF P_+VCCST_VCNTL_10
PC771
22UF/6.3V
mbs_c0805
12
PC772
22UF/6.3V
mbs_c0805
GNDGND GND
12
GND2
NC3
NC2
VCNT L
GND
P_VDDQ_B1_10
12
12
GND
PC739
0.1UF/16V
/X
+3VSB_ATX
P_Bleed_cut_10
1
S3/S0
A A
S4/S50
Rserved VCCPLL & VCCST Merge 0ohm
S3/S0
P_Bleed_cut_10<96>
5
+VCCST_REF
12
GND
12
3.32KOhm
PR782
PR783
1.43KOhm
PR793
0Ohm
12
5%
12
GND
P_+VCCST_VCCSFR_3933_OV_10 <101>
PC779
1000PF/50V
/X
2
1
32
3
D
PQ773
1
1
H2N7002
G
S
2
GND
4
+VCCST_REF
3
5
If IC is NB671LB,then PR720's optional is /X and PR725's optional is N/A.
If IC is RT6220A, then PR720's optional is N/A and PR725s optional is /X.
+3VSB
+5VSB
D D
PR713
10KOhm
1 2
PR717
10KOhm
1 2
GND
O_RSMRST#<13,38,75,87,117>
S_SLP_SUS#<32,41>
3
PD701 BAT54AW
PR709
0Ohm
P_VPPDDR_L+5VSB_S<96>
PR736
10KOhm
1 2
P_+1.0V_A_EN_10
/X
PC760
1UF/6.3V
1 2
GND
2
1
5%
12
/DSW
1229
C C
+5VSB
P_VPPDDR_L+5VSB_S
12
GND
PR720
1 2
2.2Ohm
/X
mbs_r0603
12
12
PC733
10UF/16V
PC735
PC734
0.1UF/16V
10UF/16V
GNDGND
P_+1.0V_A_LP#_10
/X
13
12
PR725
200KOHM
mbs_r0603
GND
P_+1.0V_A_PG_10
12
PR738
100KOhm
mbs_r0603
+1.0V_A_VCC_20
12
PC732
2.2UF/6.3V
mbs_c0603
GND GND
PU704
1
3
5
6
4
P_+1.0V_A_BST_20 P_+1.0V_A_BST_R_20
PR737
4.7Ohm
12
10
BST
VIN
EN
LP#
NC1
NC2
NB671LBGQ
4
8
SW1
9
SW2
15
SW3
16
SW4
7
VOUT
12
FB
PGND
PG
VCC
AGND
P_+1.0V_A_FB_10
2
11
14
GND
1 2
PR702
6.04KOhm
PR708
10KOhm
PC737
220PF/50V
/X
12
PC731
0.1UF/16V
P_+1.0V_A_SW_20
PR740
1 2
499Ohm
12
PR707 499Ohm
1 2
12
P_+1.0V_A_FB_R_ 10
PR710
0Ohm
P_+1.0V_A_FBR_10
5%
P_+1.0V_A_VOUT_10
12
PC738
0.1UF/16V
GND
P_+1.0V_A_3933_OV_10
12
12
PC705
1000PF/50V
/X
GND
PR739
1MOHM
1 2
PC736
220PF/50V
1 2
Vout=0.6*(1+Rtop/Rbt)
P_+1.0V_A_3933_OV_10 <101>
PL703
1UH
1 2
21
PJP704
SHORTPIN
/X
3
+1.0V_A
12
PC730
22UF/6.3V
GND GND
12
PC729
22UF/6.3V
12
12
PC728
22UF/6.3V
/X
GND
12
PC727
22UF/6.3V
GND
GND
+3VSB
PR776
10KOhm
1 2
/X
P_+1.0V_A_B_10
12
PR774
5.6KOhm
/X
GND GNDGND
PC726
22UF/6.3V
12
PC761
0.1UF/16V
/X
1
+5VSB_ATX
B
/X
2
PR771
8.2KOhm
mbs_r0603
1 2
/X
P_+1.0V_A_C_10
3
C
PMBS3904
PQ713
E
2
1
1
G
/X
P_+1.0V_A_EN_10
32
3
D
PQ714
H2N7002
S
2
GND
1
B B
A A
5
4
3
2
1
5
4
3
2
1
+5VSB_ATX ====>+3VSB_ATX
D D
+5VSB_ATX
PU702
3
IN
UZ2085G-AD-TN3-R
mbs_to252_share_lf3
2
OUT
ADJ/GND
1
PR701
1.27KOhm
Io:1.5A
+3VSB_ATX
( +3.38V )
1 2
1 2
PR718
2.15KOhm
GND
12
PC715
22UF/6.3V
mbs_c0805
12
mbs_c0805
C C
PC701
10UF/16V
P_+3VSB_ATX_ADJ_20
B B
A A
5
4
3
2
1
5
<59,60>
NOTE:which powe r rail powerd to audio ic sh ould be confirmed by EE .
D D
FOR O_PWROK
S0
1
0
DS5/S5/S4/S3
DS5/S5/S4/S3
PR625
O_PWROK<27,39,59,60,62,75>
8.2KOhm
C C
P_5VSB_B1_10
12
P_5VSB_Q1_10
3
C
PQ613
B
1
PMBS3904
E
2
GND
FOR O_DEEP_S5
DS5
1
0
S5/S4/S3/S0
P_5VSB_Q1_10
S5/S4/S3/S0
+5VSB_ATX
PR616
4.7KOhm
mbs_r0603
1 2
PR615
P_5VSB_Q2_10
12
8.2KOhm
32
3
D
PQ620
1
1
O_DEEP_S5<60,75,80>
G
2
GND
+5VSB_ATX
H2N7002
S
PR609
12
PC630
0.047UF/16V
GND
PR613
P_5VSB_Q3_10P_5VSB_Q3_10
12
8.2KOhm
470Ohm mbs_r0805
1 2
GND
5%/5VSB_Inrush
1 2
GND
1 2
PR614
4.7KOHM
/5VSB_Inrush
PR611
4.7KOHM
/5VSB_Inrush
4
+12V
1 2
B
1
GND
+5VSB_ATX
1 2
B
1
GND
P_5VSB_SHORT_10
PR612
40.2KOhm
mbs_r0603
P_5VSB_GATE1_10
3
C
PQ607
PMBS3904
E
2
PR610
8.2KOhm
mbs_r0603
3
C
PQ604
PMBS3904
E
2
1.Vin and Vout keep more than 30mi ls a way.
2.Input cap a nd Output cap c an't use sa me GND.
3.P_5VSB_GATE_10 is away from Vi n more than 15mil s ,from Vout more than 30mi ls.
07005-A0340100
+5V
NTMFS4C09NBT1G
PQ606
3
D
2
5
1
GS
4
+5VSB_ATX
GND
PQ605
EMB20P03A
S
3
12
PQ603
PMBS3904
3
PC601
10UF/16V
mbs_c0805
C
1
12
PC607
0.068UF/16V
E12
/5VSB_Inrush
B
Inrush circuit is available a s matching UVP circuit.
+5VSB
D
2
G
P_5VSB_GATE_10 is about 15mil or more
distanc e apart from other power ra il.
P_5VSB_GATE_10
Note:
P_5VSB_GATE_10 <104>
P_5VSB_GATE_10_1 <104>
3
+5VSB_ATX
1 2
3
C
E
2
P_+5VSB_ATX_OV_E_10
1 2
GND
Note:
mbs_r0603
PR606
8.2KOhm
PC602綼PQ605竚
PR608
10KOhm
P_+5VSB_ATX_OV_B_10
mbs_r0603
1 2
PQ602
B
1
PMBS3904
PR601
1 2
499Ohm
+5VSB
12
10UF/16V
mbs_c0805
GND
12
PR607
PC606
10KOhm
100PF/50V
P_5VSB_GATE_10
P_+5VSB_ATX_OV_REF_10
PC604
0.1UF/16V
/X
1 2
GND
P_+5VSB_ATX_OV_E_R_10
PC605
0.1UF/16V
1 2
GND
12
+
PCE601560UF/6.3V
PC602
11031V00046400
/X
+5VSB_ATX +5VSB_ATX
2
E
PMBS3906
1
B
C
3
PQ601
P_+5VSB_ATX_OV_G_10
+5VSB
12
PC603
1000PF/50V
/X
PR603
2.94KOhm
1 2
PR604
4.7KOhm
mbs_r0603
1 2
GND
PR605
1 2
499Ohm
2
PR602
2.49KOhm
mbs_r1206
1 2
/X
Cathode
23
PU601
Ref
1
AS431BNTR-G1
/X
Anode
GND
+3VSB_ATX
1
+5VSB_ATX
PR639
10KOhm
P_+5VSB_DUAL_OV_B_10
mbs_r0603
1 2
/5VSB_DUAL_OVP
PR635
10KOhm
mbs_r0603
/5VSB_DUAL_OVP
1 2
P_+5VSB_DUAL_OV_G_10
P_5VSB_DUAL_GATE_10P_5V_USB_Q2_10
3
C
PQ615
P_+5VSB_DUAL_OV_REF_10
B
1
E
PMBS3904
2
/5VSB_DUAL_OVP
P_+5VSB_DUAL_OV_E_10
PR636
P_+5VSB_DUAL_OV_E_R_10
1 2
499Ohm /5VSB_DUAL_OVP
PR626
8.2KOhm
/5VSB_DUAL_OVP
1 2
GND GND
12
100PF/50V
/5VSB_DUAL_OVP
PC618
0.1UF/16V
/X/5VSB_DUAL_OVP
1 2
GND
PC616
0.1UF/16V
/5VSB_DUAL_OVP
1 2
PC615
+5VSB_ATX
2
E
PQ614
1
B
C
PMBS3906
3
/5VSB_DUAL_OVP
+5VSB_DUAL
PR641
2.94KOhm
/5VSB_DUAL_OVP
1 2
PR640
4.7KOhm
mbs_r0603
/5VSB_DUAL_OVP
1 2
GND
PR637
1 2
499Ohm /5VSB_DUAL_OVP
+3VSB_ATX
+5V
+5VSB_ATX
GND
P_5V_USB_C3_10
12
10UF/16V
PQ612
PMBS3904
3
N/A
PC608
mbs_c0805
C
B
07005-A0330100
NTMFS4C06NBT1G
3
2
1
E12
+12V
+5VSB_ATX
PR618
4.7KOhm
1 2
PR624
12
8.2KOhm
PR617
4.7KOHM
N/A
1 2
PR621
12
8.2KOhm
PR620 470Ohm
GND
1 2
GND
1 2
P_5V_USB_Q3_10
PR623
4.7KOHM
N/A
N/A
B B
P_5V_USB_Q1_10
A A
12
GND
mbs_r0805
5%
B
1
PC631
0.047UF/16V
/X
B
1
P_5VSB_DUAL_SHORT_10_1
1 2
3
C
E
2
GND
+5VSB_ATX
1 2
3
C
E
2
GND+5VSB_ATX
PR622
40.2KOhm
mbs_r0603
P_5V_USB_GATE_10
PQ609
PMBS3904
PR619
8.2KOhm
mbs_r0603
PQ608
PMBS3904
PQ610
GS
4
12
PC609
0.068UF/16V
/5VSB_DUAL_OVP
D
5
P_5V_USB_GATE_10 <59>
PQ611
EMB20P03A
D
S
2
3
G
1
+5VSB_DUAL
+5VSB_DUAL
PC610綼PQ611竚
Note:
P_5VSB_USB_GATE_10 is about 15mil or
more distanc e apart from other power ra il.
P_5VSB_DUAL_GATE_10 <60>
P_5VSB_DUAL_GATE_10_1 <60>
12
PC610
10UF/16V
mbs_c0805
GND
5
4
3
2
1
5
If IC is NB671LB,then PR521's o ptional is /X a nd PR519's optional is N/A.
If IC is RT6220A,then PR521's optional is N/Aand P R519's opti onal i s /X.
+5VSB
+3VSB
PL501
P_VPPDDR_L+5VSB_S
21
12
JA-300P05003
12
PD501
P_VDDQ_VCC_P_20
3
0.1UF/16V
PU501
GND3
GND2
GND1
BOOT
REFOUT
UGATE
REFIN
PHASE
PGOOD
LGATE/OCSET
EN
FB
RT8125DGQW
mbs_dfn_10p_s118_p_2v _half
P_VDDQ_FB_R_10
PC534
12
10PF/50V
VDDQ
PR542
10KOhm
1 2
P_VTT_DDR_REFIN_10
PR545
10KOhm
1 2
GND
12
PC550
22UF/6.3V
mbs_c0805
12
PC556
10UF/6.3V
mbs_c0805
/X
GNDGN D
PR562
DDR_VTT_CNTL_B_R_10
1 2
10KOhm /X
PR570
12
0Ohm
GND
5
PC536
VCC
GND
1 2
12
GND
12
mbs_c0603
1
2
3
4
5
PC530
3300PF/50V
12
PR565
1 2
1KOhm
PR566
20KOhm
/X
PR515
200KOhm
P_+VPPDDR_EN_10
D D
If using P_VDDQ_SIO_EN_10 from SIO control VDDQ EN,then
+VPPDDR_PGD_10 need to VPPDDR pull high,th at is,PR520 need
mounted and PR516 need /X.
C C
P_VDDQ_REFOUT_10
P_VDDQ_OFS_10
1 2
PR540 255Ohm
12
12
PC531
PC540
GND
0.022UF/16V
/X
0.01UF/16V
GND
GND
B B
12
12
PC545
PC544
10UF/6.3V
10UF/6.3V
mbs_c0805
mbs_c0805
GND
0602
A A
H_DDR_VTT_CNTL<10>
+12V
1Ohm mbs_r0603
5%
P_VDDQ_BOOT_20
P_+VDDQ_PG1_10
VTT_DDRVDDQ
12
PC549
22UF/6.3V
mbs_c0805
GND GNDGND
12
PC554
10UF/6.3V
mbs_c0805
/X
GND
S_SLP_S3#<32,39,60,75,87,102,104>
PR534
VTT_DDR
GND
+5VSB_DUAL
1 2
P_VDDQ_COMP_10
GND
12
PC555
10UF/6.3V
mbs_c0805
N/A
S_SLP_S3#
1 2
12
PC505
0.1UF/16V
/X
1
2
BAT54CW
P_VDDQ_BOOT_R_20
13
12
11
10
9
8
7
6
P_VDDQ_FB_10
PR537
32.4KOhm
PC553
22UF/6.3V
mbs_c0805
/X
12
PC516
PC511
10UF/16V
mbs_c0805
+5VSB
VPPDDR
PC539
0.1UF/16V
12
PC509
10UF/16V
0.1UF/16V
mbs_c0805
mbs_c0603
GNDGN D
PR521
P_VPPDDR_LP#_10
1 2
mbs_r0603
2.2Ohm
12
PR519
12
2 1
12
PJP506
SHORTPIN
200KOHM
mbs_r0603
/X
PR520
8.2KOhm
0316
0.2UH
PL504
PR536
2.2Ohm
5%mbs_r0805
P_VDDQ_UGATE_20
P_VDDQ_PHASE_20
P_VDDQ_LGATE_20
P_VDDQ_VCC_20
GND
VDDQ ===> VTT_DDR
/X
GND
1 2
DDR_VTT_CNTL_B_10
PC538
0.1UF/16V
/X
PR575
1 2
0Ohm
/X
GND
P_+VPPDDR_PGD_10
12
PR516
100KOhm
mbs_r0603
/X
P_+VPPDDR_VCC_20
12
PC512
2.2UF/6.3V
mbs_c0603
GND GND
P_VDDQ_REGIN_S
PR539
5%
P_VDDQ_UGATE_M_20
12
0Ohm mbs_r0603
1 2
1 2
GND
P_+VDDQ_VCC_20
12
PC532
1UF/16V
mbs_c0603
GND
Io:0.75A
PU503A
GND1
1
REFIN
VCNTL
2
VIN
PGOOD
3
VOUT
GND2
4
PGND
EN
SENSE5REFOUT
P_VTT_DDR_VOSNS_10
RT9088AGQW
s_dfn_10p_s118_colay 2v_half
12
PC551
0.1UF/16V
PR571
0Ohm
/X
+5VSB_ATX
PR567
8.2KOhm
mbs_r0603
1 2
P_DDR_VTT_C_10
3
C
B
1
PMBS3904
PQ521
E
2
12
GND
GND
1
13
3
5
6
mbs_r0603
PR535
13.3KOhm
mbs_r0603
PR599
8.2KOhm
11
10
9
8
7
6
PU502
VIN
EN
RT6220AGQUF
VBYP
AGND1
AGND2
PG
VCC
4
11
P_VTT_DDR_CTRL_10
P_VTT_DDR_EN_10
P_VTT_DDR_REFOUT_10
12
GND
P_VTT_DDR_EN_10
32
3
D
1
1
G
S
2
GND
4
4
PC552
0.1UF/16V
10
14
G S
G S
PQ520
H2N7002
PR514
P_VPPDDR_BSTR_20
12
P_VPPDDR_BST_20
4.7Ohm
12
8
BOOT
SW1
9
SW2
15
SW3
16
SW4
7
VOUT
12
FB
PGND
AGND3
P_VPPDDR_FB_10
2
PC515
12
220PF/50V
/X
PR511
1 2
56KOhm
PR512
16.9KOhm
1 2
GND GND
5
5
D
D
PQ511
NTMFS4C09NBT1G
4
mbs_powpak5p_203x242_col_ns
07005-A0340100
G S
123
123
5
5
D
D
PQ512
NTMFS4C09NBT1G
4
07005-A0340100
G S
123
123
GND
GND
PR531
976OHM
1 2
GND
combine RT9040
+3V
+3V
+5V
12
12
PR543
PR546
8.2KOhm
10Ohm
5%
mbs_r0603
12
PC546
4.7UF/6.3V
mbs_c0603
GND
GND
PC519
0.1UF/16V
P_VPPDDR_LX_S
P_VPPDDR_VOUT_10
12
PC514
0.1UF/16V
PQ513
ON_UBIQ_NXP
07005-A0340000
/X
PQ514
NTMFS4C09NBT1G
07005-A0340100
12
PR572
10Ohm
5%
mbs_r0603
/X
PR513
1 2
499Ohm
GND
12
12
13
4
1 2
P_VPPDDR_FBR_10
1 2
Vout=0.6*(1+Rtop/Rbt)
2.467V=0.6*(1+56k/18k)
Irms,cin=Io(D(1-D))^0.5
12
+
PCE518560UF/6. 3V
PC548
10UF/16V
11031-0004F400
GND
12
PC533
4700PF/50V
mbs_c0603
P_VDDQ_SNB
12
PR532
1Ohm
mbs_r1206
5%
GND
PC537
12
0.068UF/16V
PR503
P_+VDDQ_3933_OV_10
12
12
0Ohm
5%
GND
PU503B
GND2
GND3
RT9088AGQW
s_dfn_10p_s118_colay 2v_half
4
PR517
1MOhm
PC517
220PF/50V
P_VDDQ_FB_C_10
PC501
1000PF/50V
/X
PL502
21
2.2UH
PJP502
1 2
SHORTPIN
/X
PL511
1.2UH
0316
PR533 499Ohm
1 2
1 2
P_+VDDQ_3933_OV_10 <101>
21
PR538
10Ohm
12
GND GND
12
+
P_VDDQ_FB_shortpin
PC510
22UF/6.3V
12
+
PCE514560UF/6.3V
11031-0004F400
P_+VDDQ_PG_10
P_VDDQ_SIO_EN_10
P_+VPPDDR_EN_10
P_+VPPDDR_PGD_10
P_VPPDDR_L+5VSB_S
12
PC508
22UF/6.3V
PCE515560UF/6.3V
11031-0004F400
PJP505
1 2
SHORTPIN
/X
VPPDDR
12
PC507
22UF/6.3V
/X
GND
12
12
+
PCE517560UF/6.3V
11031-0004F400
GND
P_+VDDQ_PG_10 <94>
VDDQ_EN <75,89>
P_+VPPDDR_EN_10 <89>
P_+VPPDDR_PGD_10 <89>
P_VPPDDR_L+5VSB_S <99>
3
+5VSB_ATX
PR550
P_S_SLP_S4#_10
12
P_+VDDQ_VPP_B_10
P_+VDDQ_PG_B1_10
B
1
1KOhm
mbs_r0603
1 2
40.2KOhm
12
PR568
13KOhm
GND
PR558
1 2
10KOhm /X
PR556
10KOhm
mbs_r0603
1 2
P_+VDDQ_PG_B2_10
3
C
PMBS3904
PQ515
E
2
GND
PR559
mbs_r0603
12
GND
/X
1
1
G
P_VPPDDR_COMP_GATE_10
12
B
1
PC561
0.1UF/16V
/X
+3VSB+5VSB_ATX
PR557
1KOhm
1 2
P_+VDDQ_PG_10
32
3
D
S
2
GND
12
12
PC513
PC518
22UF/6.3V
22UF/6.3V
GND
GND
VDDQ
1.2V
+
PCE516560UF/6.3V
12
PC541
10UF/6.3V
mbs_c0603
11031-0004F400
/X
GND
O_3VSBSW#<75>
+5V
PR560
40.2KOhm
mbs_r0603
PR518
1 2
S_SLP_S4#<32,75,87>
8.2KOhm /X
VDDQ
PR553
1KOhm
1 2
PR555
1 2
10KOhm
P_+VDDQ_PG1_10
PR554
1 2
10KOhm
VDDQ Ble ed circ uit
P_+VDDQ_G_10
32
3
D
PQ532
1
1
S_SLP_S4#<32,75,87>
P_+VPPDDR_PGD_10
P_VDDQ_SIO_EN_10
3
S_SLP_S4#<32,75,87>
1 2
10KOhm
/X
/X
PR563 10KOhm
PR573 10KOhm
/X
PR508
P_+VDDQ_B1_10
12
PC503
0.1UF/16V
/X
GND
P_+VPPDDR_PGD_R_10
12
12
12
G
PC506
0.1UF/16V
/X
H2N7002
S
2
GND
P_Bleed_cut_10<100>
+5VSB_ATX
1 2
32
3
D
1
1
G
S
2
/X
32
3
D
1
1
G
S
2
/X
GNDGND
+5VSB_ATX
12
PR527
8.2KOhm
/X
12
PC522
1UF/6.3V
3
C
PQ523
PMBS3904
GND
E
2
GND
3
C
B
1
PMBS3904
PQ517
E
2
PC521
1 2
0.1UF/16V
GND
PQ516
H2N7002
PR507
8.2KOhm
mbs_r0603
/X
P_VDDQ_C1_10
PQ506
H2N7002
+VPPDDR_PGD_C1_10
PQ508
H2N7002
GND
P_+VDDQ_PG_10 <94>
VDDQ
+5VSB_ATX
12
PR552
PR551
51Ohm
8.2KOhm
1 2
P_+VDDQ_S
32
3
D
PQ533
1
1
AP2306GN
G
S
2
GND
PR574
0Ohm
/X
1 2
If we use P_VDDQ_SIO_EN_10 from SIO to control
VDDQ EN,then PR573,PQ508,PR574,PR507,PQ505
need mounted.Otherw ise,we still use S_SLP_S4#
and +VPPDDR_PGD_10 to control VDDQ EN.
1
1
G
GND
P_+VPPDDR_EN_10
32
3
PQ522
D
H2N7002
S
2
2
P_VDDQ_COMP_10
32
3
D
PQ505
1
H2N7002
1
G
S
2
/X
GND
P_VDDQ_COMP_10 <89>
2
1
1
5
4
3
2
1
1 2
12
GND
PC756
1UF/16V
mbs_c0603
+5VSB
PL701
0.2UH
PR757
0Ohm mbs_r0603
mbs_r0805
12
mbs_c0603
1
P_VCCSA_UGATE_20
2
P_VCCSA_PHASE_20
3
P_VCCSA_LGATE_ 20
4
P_VCCSA_VCC_20
5
PC757
12
3300PF/5 0V
GND
PR761
2.2Ohm
+12V
5%
D D
+12V
PR765
P_VCCSA_BOOT_ R_20
1Ohm mbs_r06 03
5%
P_VCCSA_BOOT_ 20
PU706
13
GND3
12
GND2
11
P_VCCSA_FB_10
1 2
32.4KOhm
P_VCCSA_COMP_10
GND1
10
REFOUT
9
REFIN
8
PGOOD
7
EN
6
FB
PR759
P_VCCSA_FB_R_1 0
P_VCCSA_REFOUT_1 0
P_VCCSA_OFS_1 0
GND
1 2
PR756 255Ohm
12
PC758
/X
0.01UF/16V
GND
0.022UF/16 V
C C
PC759
P_VCCSA_POK_10
12
GND
PC752
0.1UF/16V
BOOT
UGATE
PHASE
LGATE/OCSET
VCC
RT8125D GQW
mbs_dfn_1 0p_s118_p_ 2v_half
PC754
12
10PF/50V
P_+VCCSA_REGIN_S
21
5%
P_VCCSA_UGATE_M_20
12
1 2
GND
PR764
8.2KOhm
mbs_r0603
PR760
25.5KOhm
mbs_r0603
4
4
G S
123
G S
123
5
D
5
D
GND
PQ710
NTMFS4C09NBT1G
07005-A0 340100
PQ711
NTMFS4C09NBT1G
07005-A0 340100
PR755
1.6KOhm
1 2
GND
12
12
+
PCE710270UF/16V
PC753
1UF/16V
mbs_c0603
GND
GND
11031-0 006F100
VCCSA
PJP708
SHORTPIN
1 2
/X
H_VCCSA_VCC_SENSE <11>
H_SAIO_VSS_SENSE <11,94>
12
PC755
4700PF/5 0V
mbs_c0603
P_VCCSA_SNB
12
PR763
1Ohm
mbs_r1206
5%
GND
PR711
1 2
0Ohm
PL704
2 1
1.2UH
12
PC711
1000PF/5 0V
/X
GND
PR762 499O hm
1 2
PC751
P_VCCSA_FB_C_1 0
12
0.068UF/16 V
P_+VCCSA_3933 _OV_10 <101>
12
PC749
22UF/6.3V
P_VCCSA_FB_sh ortpin
12
PC750
22UF/6.3V
PR758
1 2
10Ohm
12
12
GND
PC747
22UF/6.3V
PC746
1000PF/5 0V/X
PR766
10Ohm
GND
PC748
22UF/6.3V
P_VCCSA_FB_R_s hortpin
12
PJP707
1 2
SHORTPIN /X
PJP709
1 2
SHORTPIN /X
PCE707560UF/6.3V
PCE706560UF/6.3V
11031-0 004F400
11031-0 004F400
GND
12
12
+
+
12
B B
PR767
8.2KOhm
mbs_r0603
1 2
P_VCCSA_C1_10
1
1
3
PQ707
C
PMBS3904
B
1
07V3N233904 0
E
2
PR703 0Ohm /X
PR768 1KOhm
PR745 1KOhm
/X
12
P_VCCSA_B1_10
12
GND
12
PC762
0.1UF/16V
/X
P_VCORE_EN_10<87 ,91,102>
P_+VCCIO_EN_10<87,94,102 >
A A
P_VCORE_EN_10
5
G
12
4
P_VCCSA_COMP_10
32
3
D
PQ712
H2N7002
S
2
GNDGND
P_VCCSA_POK_10
3
P_VCCSA_POK_10 <91 >
2
1
5
12
PC310
/X
P_VCCIO_IN1/2_1-_10
P_VCCIO_IN1/2_1+_10
PR302
mbs_r0402_nomask
/X
P_VCCIO_OUT1/2_1_10
P_VCCIO_OUT_2_10
P_VCCIO_OUT1/2_1_10
12
PR327
12
mbs_r0402_nomask
/X
mbs_c0402_nomask
/X
GND
GND
P_VCCIO_FB_10
12
PC313
mbs_r0402_nomask
VDDQ
5
D
D D
P_VCCIO_IN1/2_1+_10
VCCIO
mbs_r0402_nomask
/X
1 2
12
PC311
mbs_c0402_nomask
/X
GND
mbs_r0402_nomask
1 2
PR329
PR321
/X
(0.95V)
12
+
C C
PR306
mbs_r0603_nomask
1 2
/X
GND
PCE301
560UF/4V
11031V00026000
mbs_cpl_560u_4v_6d3x9_ns
/X
GND
PQ301
PH6030DLB
P_VCCIO_Gate1/2_1_10
4
GS
s_powpak5p_203x242_share_ns
07005-A0220100
123
/X
PR324
mbs_r0402_nomask
/X
P_VCCIO_1/2_ REGIN
5
D
PQ302
PH6030DLB
P_VCCIO_Gate2/2_1_10
4
GS
s_powpak5p_203x242_share_ns
07005-A0220100
123
/X
PJP301
1 2
SHORTPIN
12
/X
+
PCE302
560UF/4V
11031V00026000
/X
mbs_cpl_560u_4v_6d3x9_ns
GND
PR303
12
/X
mbs_r0402_nomask
12
P_VCCIO_FB_SHORTPIN_10
4
nOhm_nW_n%
PR322
mbs_r0603_nomask
12
/X
12
PR320
mbs_r0603_nomask
/X
PU302
1
VOUT1
VCC
2
VIN1-
VOUT2
3
VIN1+
VIN2-
GND4VIN2+
AS393MTR-E1
mbs_soic_8p_50_197x236_ns
/X
12
PC314
mbs_c0402_nomask
PR325
P_VCCIO_IN_2-_10
12
/X
/X
PJP302
1 2
SHORTPIN /X
PJP303
1 2
SHORTPIN /X
GND
GND
8
P_VCCIO_OUT_2_10
7
P_VCCIO_IN_2-_10
6
P_VCCIO_IN_2+_10
5
+12V
12
/X
GND
PR310
12
12
mbs_r0402_nomask
/X
/X
GND
H_VCCIO_VCC_SENSE <11>
H_SAIO_VSS_SENSE <11,95>
PC312
mbs_c0402_nomask
PC307
mbs_c0402_nomask
P_+VCCIO_3933_OV_10 <101>
3
put another 2pcs VCCIO's output
MLCC insider of the socket
VCCIO
12
12
12
12
PC30522UF/6.3V
GND GNDGNDGND GND
12
PC30222UF/6.3V
mbs_c0805_ nomask
mbs_c0805_ nomask
PC303
PC304 mbs _c0805_noma sk
PC301
/X
/X
/X
H_VCCIO_VCC_SENSE <11>
H_SAIO_VSS_SENSE <11,95>
VCCSAVCCIO
PR301
21
1206
s_shortpin_r1206_ns
/X
PR308
21
1206
s_shortpin_r1206_ns
/X
2
1
+3VSB
12
PR319
mbs_r0402_nomask
/X
12
PR330
mbs_r0603_nomask
/X
3
C
E
2
GND
P_VCCIO_IN_2+_10
12
PR326
mbs_r0402_nomask
/X
P_+VCCIO_EN_C_10
12
PC308
mbs_c0402_nomask
/X
GNDGND
1
1
32
3
D
1
G
S
2
/X
GND
P_VCCIO_IN1/2_1+_10
32
3
D
1
G
S
2
/X
GND
PQ305
2N7002
mbs_sot23_ns
PQ303
2N7002
mbs_sot23_ns
2
1
+5VSB
PR323
8.2KOhm
mbs_r0603
1 2
PC309
0.1UF/16V
/X
B
1
P_VCCIO_PG_G2_10
3
C
PMBS3904
PQ306
E
2
GND GNDGND
B B
VCCIO
A A
PR328
8.2KOhm
12
5
P_VCCIO_PG_G1_10
12
32
3
D
PQ304
1
1
H2N7002
G
S
2
P_+VCCIO_PG_10 <91>
4
+3V +5V
12
PR307
1KOhm
P_+VDDQ_PG_10<96>
P_+VCCIO_EN_10<87,95,102>
P_+VDDQ_PG_10
PR317
mbs_r0603_nomask
1 2
P_+VCCIO_EN_10 P_+VCCIO_EN_B_10
12
PR3040Ohm
/X
12
PR318
mbs_r0402_nomask
/X
GND
PR331
mbs_r0402_nomask
/X
3
12
12
mbs_c0402_nomask
/X
PC306
+5VSB
PQ307
B
1
MMBT3904
mbs_sot23_ns
/X
5
4
P_VCORE_L+12V_S
3
2
1
P_GT_R_HG1_R_20
P_VCORE_L+12V_S
P_GT_R_HG2_R_20
12
PC1009
2200PF/50V
/X
GND
PR1003
8.2KOhm
mbs_r0603
PR1010
8.2KOhm
mbs_r0603
P_VCORE_L+12V_S
5
D
4
G S
PQ1002
123
NTMFS4C06NBT1G
P_VCORE_L+12V_S
5
D
4
G S
PQ1006
NTMFS4C09NT1G
123
GND GND
/X
4
G S
4
G S
/X
mbs_sot669_colay_ns
5
D
4
G S
123
5
D
4
G S
123
GND
5
D
123
5
D
123
GND
P_GT_PHASE1_10<91>
P_GT_CSN1A_10<91>
PQ1005
NTMFS4C09NBT1G
07005-A0340100
PQ1007
NTMFS4C06NBT1G
12
GND
PQ1001
NTMFS4C09NBT1G
PQ1003
NTMFS4C09NT1G
12
12
P_GT_PHASE2_10<91>
P_GT_CSN2A_10<91>
PC1001
1UF/16V
mbs_c0603
12
PC1002
4700PF/50V
P_GT_PH1_SNU_10
12
PR1006
1Ohm
12
PC1005
1UF/16V
mbs_c0603
GND
PC1007
4700PF/50V
P_GT_PH2_SNU_10
PR1013
1Ohm
12
PC1038
10UF/16V
mbs_c0805
/X
GND GND
12
PC1040
10UF/16V
mbs_c0805
/X
GND GND
12
12
PC1039
10UF/16V
mbs_c0805
/X
12
PJP1002
SHORTPIN
/X
PL1001
0.68UH
PJP1000
SHORTPIN
/X
12
PL1003
0.68UH
PC1041
10UF/16V
mbs_c0805
/X
VCCGT
21
12
PJP1001
SHORTPIN
/X
VCCGT
21
12
PJP1003
SHORTPIN
/X
+12V_CPU
+5VSB
D D
mbs_r0603
P_VCORE_DRON_10<91,92>
C C
+12V_CPU
2
PR1007
0Ohm
5%
3
mbs_r0603
1 2
/X
P_GT_DRIVER2_VCC_20
B B
PR1000
0Ohm
5%
1 2
/X
PR1004
1 2
49.9Ohm
+5VSB
1
PD1001
BAT54CW
1
2
3
P_GT_DRIVER_VCC_2 0
PR1011
1 2
2.2OHM
mbs_r0805
PD1000
BAT54CW
1 2
2.2OHM
mbs_r0805
PR1005
1 2
P_GT_BST1_20 P_GT_BST1_R_20
P_GT_PWM1A_10<91>
P_GT_OD#1_10
P_GT_VCC1_R_20
P_GT_PWM2A_10<91>
PR1012
P_GT_VCC2_R_20
49.9Ohm
12
GND
12
PC1003
1UF/16V
mbs_c0603
PC1008
1UF/16V
mbs_c0603
5%
5%
PR1001 1Ohm
PU1000
1
PWM
2
NC
3
EN
VCC4DRVL
NCP81166AMNTBG
mbs_dfn_8p_s79_p_on_2v_half
PR1008 1Ohm
P_GT_BST2_R_20P_GT_BST2_20
PU1001
1
PWM
2
NC
3
EN
VCC4DRVL
NCP81166AMNTBG
mbs_dfn_8p_s79_p_on_2v_half
PC1000 0.1UF/16V
1 2
11V233104370
11
GND4
10
GND3
9
GND2
P_GT_BST1_20
8
BST
P_GT_R_HG1_20
7
DRVH
P_GT_PHASE1_20
6
SW
P_GT_LG1_20
5
GND GND GNDGND
PC1006 0.1UF/16V
1 2
11V233104370
11
GND4
10
GND3
9
GND2
P_GT_BST2_20
8
BST
P_GT_R_HG2_20
7
DRVH
P_GT_PHASE2_20P_VCORE_DRON_10 P_GT_OD#2_10
6
SW
P_GT_LG2_20
5
GNDGND
PR1002
1 2
0Ohm
mbs_r0603
5%
12
PC1004
2200PF/50V
/X
PR1009
1 2
0Ohm
mbs_r0603
5%
mbs_sot669_colay_ns
0316
VCCGT
12
PC1010
22UF/6.3V
VCCGT
A A
12
12
PC1011
22UF/6.3V
12
PC1014
22UF/6.3V
/X
12
PC1012
PC1013
22UF/6.3V
22UF/6.3V
GND
12
12
PC1015
PC1021
22UF/6.3V
22UF/6.3V
/X
/X
5
12
12
PC1019
22UF/6.3V
12
PC1016
22UF/6.3V
/X
GND
12
PC1020
PC1022
22UF/6.3V
22UF/6.3V
12
12
PC1024
PC1025
22UF/6.3V
22UF/6.3V
/X
/X
12
12
PC1017
22UF/6.3V
12
PC1026
22UF/6.3V
/X
12
PC1018
PC1023
22UF/6.3V
22UF/6.3V
12
PC1027
22UF/6.3V
/X
4
P_VCORE_L+12V_S
12
+
PCE1000270 UF/16V
VRM Input CAP
11031-0 006F100
GND
VCCGT
12
12
+
PCE1002560UF/6. 3V
11031-0 004F400
GND
3
12
12
+
+
+
PCE1004560UF/6. 3V
PCE1005560UF/6. 3V
PCE1003560UF/6. 3V
11031-0 004F400
11031-0 004F400
11031-0 004F400
2
1
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