Acer Aspire Switch Alpha 12 Schematics

5

4

3

2

1

D D

C C

B B

A A

SYSTEM PAGE REF.

01. Block Diagram

02. SKU Table / Mount Table

03. CPU(1) _DDI / eDP
CPU(2)_LPDDR304.
CPU(3)_+VCCCORE05.

06. CPU(4)_+VCCGT

07. CPU(5)_+VDDQ/IO/SA

08. CPU(6)_CPU GND

09. CPU(7)_CFG/RSVD

16. LPDDR3(1)_MEMORY DOWN

17. LPDDR3(2)_MEMORY DOWN
LPDDR3(3)_CA/DQ Voltage18.

20. PCH(1)_SPI / LPC

21. PCH(2)_ISH / GPIO / I2C

22. PCH(3)_HDA / DMIC / SDIO

23. PCH(4)_USB / PCIE / SATA

24. PCH(5)_CLK / RTC/ CSI-2

25. PCH(6)_POWER MANAGEMENT

26. PCH(7)_POWER
PCH(9)_SPI / SMB28.
EC_IT8587E/FX30.

32. RST_Reset Circuit

36. Codec / Jack / SpK / DMIC

40. Micro SD CONN
ISH CONN41.

44. Debug CONN

45. LCM_EDP

50. THERMAL / NUT

51. SSD NGFF.
USB 3.0 Port52.

53. WLAN / WiGig / BT NGFF.
Camera 2M / 5M55.
IO CONN / POGO PIN56.
Discharge57.
DC_DC / BAT CONN60.

62. TPM

68. BYPASS EC SEQUENCE
Sensor / GMR70.

80_POWER_VCORE for U22
81_POWER_SYSTEM
82_POWER_+1.0VSUS
83_POWER_ DDR & VTT_UMA
84_POWER_1.8VSUS
88_POWER_CHARGER
89_POWER_ AC_PD_WC Input
90_POWER_DETECT
91_POWER_LOAD SWITCH
92_POWER_PROTECT
93_POWER_SIGNAL
94_POWER_FLOWCHART
95_USB_TYPE-C ANX7428
96_USB Type-C Receptacle
A01. Power Tree

5

Camera CONN
F-2M

Page 55

DMIC
KINGSTATE / KMM40301026-11DH

DMIC
KINGSTATE / KMM40301026-11DH

Page 36

Combo Jack

Speaker (CONN)
R/L 2W x2

Page 36

uSD CONN
( SDR104 )

Page 40

KeyBoard (POGO Pin)

Page 56

MIPI

I2C

SDIO

I/O DB

Battery LED
Dual Coloer (B/O)

Touch (I2C)

Power Buttom

Volume Up

Volume Down

Home Key

ALS

4

Panel (CONN)
eDPx4 (1.3)
12'' 2160x1440

Page 45

Touch Controller
Elan 5515 (CONN)

Page 45

Camera CONN
R-5M

Page 55

ISP
REALTEK / RTS5830-GR

Page 55

SPI

SPI ROM 512KB

Page 55

Audio Codec
Realtek / ALC255

Page 36

Card Reader
Realtek / RTS5229-GR

Page 40

TPM
Nuvoton / NPCT650

Page 62

Page 64

eDPx4

I2C(1)

CSI-2(0)

I2C(2)

USB2.0(7)

DMIC_CLK(0), DMIC_DAT(0)

HDA

PCIe(5)

LPC

USB2.0(4)

Docking Cable

WTB CONN

6 Pins

Skylake U

CPU

+

PCH

SPI

SPI ROM 8MB
W25Q64FVSSIQ
(MB+BIOS+EC)

USB2.0 +/-

DET 0/1

Power

3

LPDDR3

SATA(8)

6 Gb/s ( gen 3 )

PCIe(10)

PCIe(9)

USB2.0(5)

USB2.0(2)

USB3.0(2)

ISH_I2C(0)

LPC

USB3.0(3)

DDI(2)

USB2.0(3)

POGO CONN

6 Pins

LPDDR3
1600 / 1866 MHz
2Ch 4G/8G

Page 16~18

SSD CONN (M2 2280)
64 / 128 / 256 GB

Page 16~18

WiGig

WIGig / WiFi / BT

WLAN

Module Card
(M2 2230)

BT

USB3.0
USB CONN x1

EC
ITE / IT8587

SM Bus(1)

Cross Point Swtich
Analogix / ANX7428

SM Bus(0)

GPIO

GPIO

Debug CONN

EC KSI / KSO

EC KSI6 + KSI7

LPC 80 Port

Charger IC
TI / BQ24725ARGRR

Battery CONN
Smart Battery

37.6Whr

USB3.0
Type C CONN

2

AC Adapter
19V @ 2.37A

Battery 2S1P 36W

O.S Win10

Gyro+A

InvenSense/MPU-6500

Light Sensor

Capella/CM32181EA3OP

e-Compass

AKM/AK09911C

Page 70

Page 70

Page 70

Shutdown IC

GMT / G709T1UF

GMR Sensor

ALPS / HGDEDM013A

TTTiiitttllleee :::

PPPEEEGGGAAATTTRRROOONNN PPPRRROOOPPPRRRIIIEEETTTAAARRRYYY AAANNNDDD CCCOOONNNFFFIIIDDDEEENNNTTTIIIAAALLL

NNNBBBRRRDDDCCC///HHHWWW333

SSSiiizzzeee PPPrrrooo jjjeeecccttt NNNaaammmeee

HAWAIIHAWAIIHAWAII

DDD

DDDaaattteee::: SSShhheeeeeettt ooofff

1

EEEnnngggiiinnneeeeeerrr:::

Block DiagramBlock DiagramBlock Diagram

WWWiiillllllyyy___LLLiiiaaaooo

111 111000000TTThhhuuurrrsssdddaaayyy,,, MMMaaarrrccchhh 333111,,, 222000111666

RRReeevvv

000...000

HAWAII BLOCK DIAGRAM

5

4

3

2

1

Use As Signal NameEC GPIO EC GPIO Use As Signal NameUse As Signal NameEC GPIO Use As Signal NameEC GPIO

D D

SKU Table (B2 build)

C C

Mount Table

Optional

/1st_SSD

B B

/2nd_SSD

/MEM-CH1

/MEM-CH2

/E_SENSOR_HUB

/TPM

/Debug

/NON-IOAC

/USBSLP

/IOAC

/SEQS_EC

/BYPAS_EC

/ADSP

A A

5

/RTL

Mount?

V

X

V

V

V

V

V

V

V

X

X

V

V

X

SKU / Mount Table

SKU / Mount Table

SKU / Mount Table

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

4

3

2

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Willy_Liao

Willy_Liao

Willy_Liao

2 100Thursday, March 31, 2016

2 100Thursday, March 31, 2016

2 100Thursday, March 31, 2016

Rev

Rev

Rev

1.1

1.1

1.1

5

4

3

2

1

+VCCIO

+VCCST_CPU

+VCCSTG

D D

Remove DDI1 Port : HDMI

DDI2_TXN0[95]
DDI2_TXP0[95]
DDI2_TXN1[95]

DDI Port 2: USB_TYPE C_DP

C C

H_PECI_EC[30]

H_THRMTRIP#[32]

B B

VR_HOT#[80]

A A

+VCCIO

12

R0311
1KOhm

tx_r0402

H_PROCHOT#

5

DDI2_TXP1[95]
DDI2_TXN2[95]
DDI2_TXP2[95]
DDI2_TXN3[95]
DDI2_TXP3[95]

TP_RST[56]

1 2

R0301 24.9Ohm1%

tx_r0402

141024 follow PDG V1.0 Table 10-4
Rpu = 1K ohm 5%

1 2

R0314 499Ohm tx_r04021%

12

D

S

2 3

Rs = 500 ohm 5%

TP_INT[56]

R0341
0Ohm

tx_r0402_0ohm

Q0301
NX7002AK

G

1

12

R0312
1KOhm

tx_r0402

5%

H_PROCHOT# H_PROCHOT#_R

1 2

R0320 0Ohm

@

tx_r0402_0ohm

SKYLAKE-U symbol ReV0.53 #545316 / Ballout_Rev0_71 #543787 / PEGA local PN is 4201-0062000

U0301A

E55

DDI1_TXN[0]

F55

DDI1_TXP[0]

E58

DDI1_TXN[1]

F58

DDI1_TXP[1]

F53

DDI1_TXN[2]

G53

DDI1_TXP[2]

F56

DDI1_TXN[3]

G56

DDI1_TXP[3]

DDPC_CTRLCLK
DDPC_CTRLDATA

TP_RST

DP_COMP

R0315 43Ohm tx_r0402

SP0301

+3VS

12

R9617
10KOhm

tx_r0402

R0316 49.9Ohm tx_r04021%
R0317 49.9Ohm tx_r04021%
R0318 49.9Ohm tx_r04021%
R0319 49.9Ohm tx_r04021%

C50

DDI2_TXN[0]

D50

DDI2_TXP[0]

C52

DDI2_TXN[1]

D52

DDI2_TXP[1]

A50

DDI2_TXN[2]

B50

DDI2_TXP[2]

D51

DDI2_TXN[3]

C51

DDI2_TXP[3]

L13

GPP_E18/DDPB_CTRLCLK

L12

GPP_E19/DDPB_CTRLDATA

N7

GPP_E20/DDPC_CTRLCLK

N8

GPP_E21/DDPC_CTRLDATA

N11

GPP_E22

N12

GPP_E23

E52

eDP_RCOMP

940432

01T010000015

Closeer EC

1 2

1 2

@

1 2
1 2
1 2
1 2

DDI

DISPLAY SIDEBANDS

+VCCST_CPU+VCCSTG+VCCST_CPU

R0313

49.9Ohm

tx_r0402

1%

@

1 2

TP_CATERR#_R
H_PECI

H_THRMTRIP#_R

1

SKTOCC#

T0306

Remove XDP_BPM#

1

CPU_GP0

T0311

TP_INT

1

CPU_GP2

T0313

1

CPU_GP3

T0314

CPU_POPIRCOMP
PCH_POPIRCOMP
EDRAM_OPIO_RCOMP
EOPIO_RCOMP

EDP

R1.1

R0341由EC control
(depends on under-shoot measurement result),預預0ohm

觸觸觸觸觸觸觸觸觸觸觸觸觸

THRO_CPU [30]

4

70-200 ohm

觸是是是是

EDP_TXN[0]
EDP_TXP[0]
EDP_TXN[1]
EDP_TXP[1]
EDP_TXN[2]
EDP_TXP[2]
EDP_TXN[3]
EDP_TXP[3]

EDP_AUXN
EDP_AUXP

EDP_DISP_UTIL

DDI1_AUXN
DDI1_AUXP
DDI2_AUXN
DDI2_AUXP

RSVD_1
RSVD_2

GPP_E13/DDPB_HPD0
GPP_E14/DDPC_HPD1
GPP_E15/DDPD_HPD2
GPP_E16/DDPE_HPD3

GPP_E17/EDP_HPD

eDP_BKLTEN

eDP_BKLTCTL

eDP_VDDEN

U0301D

D63

CATERR#

A54

PECI

C65

PROCHOT#

C63

THERMTRIP#

A65

SKTOCC#

C55

BPM#[0]

D55

BPM#[1]

B54

BPM#[2]

C56

BPM#[3]

A6

GPP_E3/CPU_GP0

A7

GPP_E7/CPU_GP1

BA5

GPP_B3/CPU_GP2

AY5

GPP_B4/CPU_GP3

AT16

PROC_POPIRCOMP

AU16

PCH_OPIRCOMP

H66

OPCE_RCOMP

H65

OPC_RCOMP

940432

01T010000015

C47
C46
D46
C45
A45
B45
A47
B47

E45
F45

B52

G50
F50
E48
F48
G46
F46

L9

DDI1_HPD

L7

DDI2_HPD

L6

EXT_SMI#_R EXT_SMI#

N9

EXT_SCI#_R EXT_SCI#

L10

eDP_HPD

R12
R11
U13

CPU MISC

No Connect
543016 page 824

1 2

R0302 0Ohm

1 2

R0303 0Ohm

JTAG

PROC_TCK

PROC_TDI
PROC_TDO
PROC_TMS

PROC_TRST#

PCH_JTAG_TCK

PCH_JTAG_TDI
PCH_JTAG_TDO
PCH_JTAG_TMS

PCH_TRST#

JTAGX

3

tx_r0402
tx_r0402

B61

XDP_TCLK

D60

XDP_TDI_CPU

A61

XDP_TDO_CPU

C60

XDP_TMS_CPU

B59

XDP_TRST_CPU_N

B56

PCH_JTAG_TCLK

D59

PCH_JTAG_TDI

A56

PCH_JTAG_TDO

C59

PCH_JTAG_TMS

C61

PCH_TRST_CPU_N XDP_TCLKXDP_TCLK_JTAGX

A59

XDP_TCLK_JTAGX

EDP_TXN0 [45]
EDP_TXP0 [45]
EDP_TXN1 [45]
EDP_TXP1 [45]
EDP_TXN2 [45]
EDP_TXP2 [45]
EDP_TXN3 [45]
EDP_TXP3 [45]

EDP_AUXN [45]

EDP_AUXP [45]

eDP x 4

-- WQHD 4 Lane

-- FHD 2 Lane

AUX For eDP

DDI2_AUXN [95]
DDI2_AUXP [95]

DDI2_HPD [95]
EXT_SMI# [30,44]
EXT_SCI# [30]
eDP_HPD [45]

LCD_BKLTEN_PCH [21,45]

LCD_BL_PWM_PCH [45]

EDP_VDD_EN [45]

+3VS +3VS

12

R0344
10KOhm

@

eDP_HPD

1

tx_r0402

12

R0346
100KOHM

tx_r0402

PCH_JTAG_TMS XDP_TMS_CPU

T0315

2

+3VS

DDPC_CTRLDATA

DDPC_CTRLCLK

EXT_SCI#

EXT_SMI#

+3VS

12

R0343
10KOhm

@

DDI1_HPD

tx_r0402

12

R0342
20KOhm

@

tx_r0402

XDP Less Default Mount

XDP_TDO_CPUPCH_JTAG_TDO

R0323 51Ohm

tx_r0402

XDP_TRST_CPU_NPCH_TRST_CPU_N

XDP_TDI_CPUPCH_JTAG_TDI

R0324 51Ohm

tx_r0402

XDP Less Default Mount

+VCCIO [7,9,91]

+VCCST_CPU [5,7,9,25,32]

+VCCSTG [5,7]

+3VS [4,20,21,22,23,24,30,32,36,40,41,44,45,50,51,53,55,56,57,62,70,91, 92]

+3VS

1 2

R0305 2.2kOHM

tx_r0402

1 2

R0340 2.2kOHM

tx_r0402

1 2

R0307 10KOHM

tx_r0402

1 2

R0308 10KOHM

tx_r0402

DDI2_HPD

R0337
100KOHM

tx_r0402

12

12

@

DDPB_CTRLDATA
DDPC_CTRLDATA
DDPD_CTRLDATA

- Internal weak pull down 20k ohm

- 0 : port is not detected
1 : port is deteccted

+3VS

12

R0345
10KOhm

tx_r0402

12

DDPB_HPD0
DDPC_HPD1
DP: 100Kohm pull down on PCH Side
HDMI: 20Kohm pull down

+VCCSTG

1

T0316

1

T0317

1

T0318

Modify to XDP less

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

Date: Sheet of

Date: Sheet of

Date: Sheet of

HAWAII

HAWAII

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Title :

Title :

CPU(1)_DDI/eDP

CPU(1)_DDI/eDP

CPU(1)_DDI/eDP

Willy_Liao

Willy_Liao

Willy_Liao

3 100Thursday, March 31, 2016

3 100Thursday, March 31, 2016

3 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

T25S used Non-Interleave

U0301B

D D

NIL Channel A[0..15]NIL Channel A[32..47]NIL Channel B[0..15]NIL Channel B[32..47]

C C

M_A_D0
M_A_D1
M_A_D2
M_A_D3
M_A_D4
M_A_D5
M_A_D6
M_A_D7
M_A_D8
M_A_D9
M_A_D10
M_A_D11
M_A_D12
M_A_D13
M_A_D14
M_A_D15
M_A_D32
M_A_D33
M_A_D34
M_A_D35
M_A_D36
M_A_D37
M_A_D38
M_A_D39
M_A_D40
M_A_D41
M_A_D42
M_A_D43
M_A_D44
M_A_D45
M_A_D46
M_A_D47
M_B_D0
M_B_D1
M_B_D2
M_B_D3
M_B_D4
M_B_D5
M_B_D6
M_B_D7
M_B_D8
M_B_D9
M_B_D10
M_B_D11
M_B_D12
M_B_D13
M_B_D14
M_B_D15
M_B_D32
M_B_D33
M_B_D34
M_B_D35
M_B_D36
M_B_D37
M_B_D38
M_B_D39
M_B_D40
M_B_D41
M_B_D42
M_B_D43
M_B_D44
M_B_D45
M_B_D46
M_B_D47

AL71

AL68
AN68
AN69

AL70

AL69
AN70
AN71
AR70
AR68
AU71
AU68
AR71
AR69
AU70
AU69
BB65

AW65
AW63

AY63
BA65
AY65
BA63
BB63
BA61

AW61

BB59

AW59

BB61
AY61
BA59
AY59
AY39

AW39

AY37

AW37

BB39
BA39
BA37
BB37
AY35

AW35

AY33

AW33

BB35
BA35
BA33
BB33
AY31

AW31

AY29

AW29

BB31
BA31
BA29
BB29
AY27

AW27

AY25

AW25

BB27
BA27
BA25
BB25

IL Channel A[0..63]

DDR0_DQ[0]
DDR0_DQ[1]
DDR0_DQ[2]
DDR0_DQ[3]
DDR0_DQ[4]
DDR0_DQ[5]
DDR0_DQ[6]
DDR0_DQ[7]
DDR0_DQ[8]
DDR0_DQ[9]
DDR0_DQ[10]
DDR0_DQ[11]
DDR0_DQ[12]
DDR0_DQ[13]
DDR0_DQ[14]
DDR0_DQ[15]
DDR0_DQ[16]/DDR0_DQ[32]
DDR0_DQ[17]/DDR0_DQ[33]
DDR0_DQ[18]/DDR0_DQ[34]
DDR0_DQ[19]/DDR0_DQ[35]
DDR0_DQ[20]/DDR0_DQ[36]
DDR0_DQ[21]/DDR0_DQ[37]
DDR0_DQ[22]/DDR0_DQ[38]
DDR0_DQ[23]/DDR0_DQ[39]
DDR0_DQ[24]/DDR0_DQ[40]
DDR0_DQ[25]/DDR0_DQ[41]
DDR0_DQ[26]/DDR0_DQ[42]
DDR0_DQ[27]/DDR0_DQ[43]
DDR0_DQ[28]/DDR0_DQ[44]
DDR0_DQ[29]/DDR0_DQ[45]
DDR0_DQ[30]/DDR0_DQ[46]
DDR0_DQ[31]/DDR0_DQ[47]
DDR0_DQ[32]/DDR1_DQ[0]
DDR0_DQ[33]/DDR1_DQ[1]
DDR0_DQ[34]/DDR1_DQ[2]
DDR0_DQ[35]/DDR1_DQ[3]
DDR0_DQ[36]/DDR1_DQ[4]
DDR0_DQ[37]/DDR1_DQ[5]
DDR0_DQ[38]/DDR1_DQ[6]
DDR0_DQ[39]/DDR1_DQ[7]
DDR0_DQ[40]/DDR1_DQ[8]
DDR0_DQ[41]/DDR1_DQ[9]
DDR0_DQ[42]/DDR1_DQ[10]
DDR0_DQ[43]/DDR1_DQ[11]
DDR0_DQ[44]/DDR1_DQ[12]
DDR0_DQ[45]/DDR1_DQ[13]
DDR0_DQ[46]/DDR1_DQ[14]
DDR0_DQ[47]/DDR1_DQ[15]
DDR0_DQ[48]/DDR1_DQ[32]
DDR0_DQ[49]/DDR1_DQ[33]
DDR0_DQ[50]/DDR1_DQ[34]
DDR0_DQ[51]/DDR1_DQ[35]
DDR0_DQ[52]/DDR1_DQ[36]
DDR0_DQ[53]/DDR1_DQ[37]
DDR0_DQ[54]/DDR1_DQ[38]
DDR0_DQ[55]/DDR1_DQ[39]
DDR0_DQ[56]/DDR1_DQ[40]
DDR0_DQ[57]/DDR1_DQ[41]
DDR0_DQ[58]/DDR1_DQ[42]
DDR0_DQ[59]/DDR1_DQ[43]
DDR0_DQ[60]/DDR1_DQ[44]
DDR0_DQ[61]/DDR1_DQ[45]
DDR0_DQ[62]/DDR1_DQ[46]
DDR0_DQ[63]/DDR1_DQ[47]

940432

01T010000015

M_A_D[63:0][16] M_B_D[63:0][17]

NIL Channel A[0..15]
NIL Channel A[32..47]

DDR0_MA[5]/DDR0_CAA[0]/DDR0_MA[5]
DDR0_MA[9]/DDR0_CAA[1]/DDR0_MA[9]
DDR0_MA[6]/DDR0_CAA[2]/DDR0_MA[6]
DDR0_MA[8]/DDR0_CAA[3]/DDR0_MA[8]
DDR0_MA[7]/DDR0_CAA[4]/DDR0_MA[7]

DDR0_BA[2]/DDR0_CAA[5]/DDR0_BG[0]
DDR0_MA[12]/DDR0_CAA[6]/DDR0_MA[12]
DDR0_MA[11]/DDR0_CAA[7]/DDR0_MA[11]

DDR0_MA[15]/DDR0_CAA[8]/DDR0_ACT#
DDR0_MA[14]/DDR0_CAA[9]/DDR0_BG[1]

DDR0_MA[13]/DDR0_CAB[0]/DDR0_MA[13]

DDR0_CAS#/DDR0_CAB[1]/DDR0_MA[15]

DDR0_WE#/DDR0_CAB[2]/DDR0_MA[14]

DDR0_RAS#/DDR0_CAB[3]/DDR0_MA[16]

DDR0_BA[0]/DDR0_CAB[4]/DDR0_BA[0]

DDR0_MA[2]/DDR0_CAB[5]/DDR0_MA[2]

DDR0_BA[1]/DDR0_CAB[6]/DDR0_BA[1]

DDR0_MA[10]/DDR0_CAB[7]/DDR0_MA[10]

DDR0_MA[1]/DDR0_CAB[8]/DDR0_MA[1]
DDR0_MA[0]/DDR0_CAB[9]/DDR0_MA[0]

NIL Channel B[0..15]
NIL Channel B[32..47]

IL Channel A DQS[0..7]

NIL Channel A
DQS[0,1,4,5]

NIL Channel B
DQS[0,1,4,5]

DDR CH - A

DDR0_DQSN[2]/DDR0_DQSN[4]
DDR0_DQSP[2]/DDR0_DQSP[4]
DDR0_DQSN[3]/DDR0_DQSN[5]
DDR0_DQSP[3]/DDR0_DQSP[5]
DDR0_DQSN[4]/DDR1_DQSN[0]
DDR0_DQSP[4]/DDR1_DQSP[0]
DDR0_DQSN[5]/DDR1_DQSN[1]
DDR0_DQSP[5]/DDR1_DQSP[1]
DDR0_DQSN[6]/DDR1_DQSN[4]
DDR0_DQSP[6]/DDR1_DQSP[4]
DDR0_DQSN[7]/DDR1_DQSN[5]
DDR0_DQSP[7]/DDR1_DQSP[5]

4

DDR0_CKN[0]
DDR0_CKP[0]
DDR0_CKN[1]
DDR0_CKP[1]

DDR0_CKE[0]
DDR0_CKE[1]
DDR0_CKE[2]
DDR0_CKE[3]

DDR0_CS#[0]
DDR0_CS#[1]
DDR0_ODT[0]
DDR0_ODT[1]

DDR0_MA[3]
DDR0_MA[4]

DDR0_DQSN[0]
DDR0_DQSP[0]
DDR0_DQSN[1]
DDR0_DQSP[1]

DDR0_ALERT#

DDR0_PAR

DDR_VREF_CA
DDR0_VREF_DQ
DDR1_VREF_DQ

DDR_VTT_CNTL

AU53
AT53
AU55
AT55

BA56
BB56
AW56
AY56

AU45
AU43
AT45
AT43

BA51
BB54
BA52
AY52
AW52
AY55
AW54
BA54
BA55
AY54

AU46
AU48
AT46
AU50
AU52
AY51
AT48
AT50
BB50
AY50
BA50
BB52

AM70
AM69
AT69
AT70
BA64
AY64
AY60
BA60
BA38
AY38
AY34
BA34
BA30
AY30
AY26
BA26

AW50
AT52

AY67
AY68
BA67

AW67

M_A_CAA[9:0] [16]

M_A_CAB[9:0] [16]

M_A_DQS#[7:0] [16]

M_A_DQS[7:0] [16]

M_A_DIM0_ODT0

M_A_CAA0
M_A_CAA1
M_A_CAA2
M_A_CAA3
M_A_CAA4
M_A_CAA5
M_A_CAA6
M_A_CAA7
M_A_CAA8
M_A_CAA9

M_A_CAB0
M_A_CAB1
M_A_CAB2
M_A_CAB3
M_A_CAB4
M_A_CAB5
M_A_CAB6
M_A_CAB7
M_A_CAB8
M_A_CAB9

M_A_DQS#0
M_A_DQS0
M_A_DQS#1
M_A_DQS1
M_A_DQS#4
M_A_DQS4
M_A_DQS#5
M_A_DQS5
M_B_DQS#0
M_B_DQS0
M_B_DQS#1
M_B_DQS1
M_B_DQS#4
M_B_DQS4
M_B_DQS#5
M_B_DQS5

DDR_PG_CTRL_S

M_A_DIM0_CLK#0 [16]
M_A_DIM0_CLK0 [16]
M_A_DIM0_CLK#1 [16]
M_A_DIM0_CLK1 [16]

M_A_DIM0_CKE0 [16]
M_A_DIM0_CKE1 [16]
M_A_DIM0_CKE2 [16]
M_A_DIM0_CKE3 [16]

M_A_DIM0_CS#0 [16]
M_A_DIM0_CS#1 [16]
M_A_DIM0_ODT0 [16]

DIMM_VREF_CA [18]
DIMM0_VREF_DQ [18]
DIMM1_VREF_DQ [18]

3

U0301C

IL Channel B[0..63]

AF65

M_A_D16
M_A_D17
M_A_D18
M_A_D19

M_A_D20
M_A_D21
M_A_D22
M_A_D23
M_A_D24
M_A_D25
M_A_D26
M_A_D27
M_A_D28
M_A_D29
M_A_D30

NIL Channel A[16..31]NIL Channel A[48..63]NIL Channel B[16..31]NIL Channel B[48..63]

M_A_D31
M_A_D48
M_A_D49
M_A_D50
M_A_D51
M_A_D52
M_A_D53
M_A_D54
M_A_D55
M_A_D56
M_A_D57
M_A_D58
M_A_D59
M_A_D60
M_A_D61
M_A_D62
M_A_D63

M_B_D16

M_B_D17

M_B_D18

M_B_D19

M_B_D20

M_B_D21

M_B_D22

M_B_D23

M_B_D24

M_B_D25

M_B_D26

M_B_D27

M_B_D28

M_B_D29

M_B_D30

M_B_D31

M_B_D48

M_B_D49

M_B_D50

M_B_D51

M_B_D52

M_B_D53

M_B_D54

M_B_D55

M_B_D56

M_B_D57

M_B_D58

M_B_D59

M_B_D60

M_B_D61

M_B_D62

M_B_D63

DDR1_DQ[0]/DDR0_DQ[16]

AF64

DDR1_DQ[1]/DDR0_DQ[17]

AK65

DDR1_DQ[2]/DDR0_DQ[18]

AK64

DDR1_DQ[3]/DDR0_DQ[19]

AF66

DDR1_DQ[4]/DDR0_DQ[20]

AF67

DDR1_DQ[5]/DDR0_DQ[21]

AK67

DDR1_DQ[6]/DDR0_DQ[22]

AK66

DDR1_DQ[7]/DDR0_DQ[23]

AF70

DDR1_DQ[8]/DDR0_DQ[24]

AF68

DDR1_DQ[9]/DDR0_DQ[25]

AH71

DDR1_DQ[10]/DDR0_DQ[26]

AH68

DDR1_DQ[11]/DDR0_DQ[27]

AF71

DDR1_DQ[12]/DDR0_DQ[28]

AF69

DDR1_DQ[13]/DDR0_DQ[29]

AH70

DDR1_DQ[14]/DDR0_DQ[30]

AH69

DDR1_DQ[15]/DDR0_DQ[31]

AT66

DDR1_DQ[16]/DDR0_DQ[48]

AU66

DDR1_DQ[17]/DDR0_DQ[49]

AP65

DDR1_DQ[18]/DDR0_DQ[50]

AN65

DDR1_DQ[19]/DDR0_DQ[51]

AN66

DDR1_DQ[20]/DDR0_DQ[52]

AP66

DDR1_DQ[21]/DDR0_DQ[53]

AT65

DDR1_DQ[22]/DDR0_DQ[54]

AU65

DDR1_DQ[23]/DDR0_DQ[55]

AT61

DDR1_DQ[24]/DDR0_DQ[56]

AU61

DDR1_DQ[25]/DDR0_DQ[57]

AP60

DDR1_DQ[26]/DDR0_DQ[58]

AN60

DDR1_DQ[27]/DDR0_DQ[59]

AN61

DDR1_DQ[28]/DDR0_DQ[60]

AP61

DDR1_DQ[29]/DDR0_DQ[61]

AT60

DDR1_DQ[30]/DDR0_DQ[62]

AU60

DDR1_DQ[31]/DDR0_DQ[63]

AU40

DDR1_DQ[32]/DDR1_DQ[16]

AT40

DDR1_DQ[33]/DDR1_DQ[17]

AT37

DDR1_DQ[34]/DDR1_DQ[18]

AU37

DDR1_DQ[35]/DDR1_DQ[19]

AR40

DDR1_DQ[36]/DDR1_DQ[20]

AP40

DDR1_DQ[37]/DDR1_DQ[21]

AP37

DDR1_DQ[38]/DDR1_DQ[22]

AR37

DDR1_DQ[39]/DDR1_DQ[23]

AT33

DDR1_DQ[40]/DDR1_DQ[24]

AU33

DDR1_DQ[41]/DDR1_DQ[25]

AU30

DDR1_DQ[42]/DDR1_DQ[26]

AT30

DDR1_DQ[43]/DDR1_DQ[27]

AR33

DDR1_DQ[44]/DDR1_DQ[28]

AP33

DDR1_DQ[45]/DDR1_DQ[29]

AR30

DDR1_DQ[46]/DDR1_DQ[30]

AP30

DDR1_DQ[47]/DDR1_DQ[31]

AU27

DDR1_DQ[48]

AT27

DDR1_DQ[49]

AT25

DDR1_DQ[50]

AU25

DDR1_DQ[51]

AP27

DDR1_DQ[52]

AN27

DDR1_DQ[53]

AN25

DDR1_DQ[54]

AP25

DDR1_DQ[55]

AT22

DDR1_DQ[56]

AU22

DDR1_DQ[57]

AU21

DDR1_DQ[58]

AT21

DDR1_DQ[59]

AN22

DDR1_DQ[60]

AP22

DDR1_DQ[61]

AP21

DDR1_DQ[62]

AN21

DDR1_DQ[63]

940432

01T010000015

SKL_ULT

NIL Channel A[16..31]
NIL Channel A[48..63]

NIL Channel B[16..31]
NIL Channel B[48..63]

IL Channel B DQS[0..7]

NIL Channel A
DQS[2,3,6,7]

NIL Channel B
DQS[2,3,6,7]

DDR CH - B

2

M_B_DQS#[7:0] [17]

M_B_DQS[7:0] [17]

M_B_CAA[9:0] [17]

M_B_CAB[9:0] [17]

DDR1_CKN[0]
DDR1_CKN[1]
DDR1_CKP[0]
DDR1_CKP[1]

DDR1_CKE[0]
DDR1_CKE[1]
DDR1_CKE[2]
DDR1_CKE[3]

DDR1_CS#[0]
DDR1_CS#[1]
DDR1_ODT[0]

DDR1_MA[5]/DDR1_CAA[0]/DDR1_MA[5]
DDR1_MA[9]/DDR1_CAA[1]/DDR1_MA[9]
DDR1_MA[6]/DDR1_CAA[2]/DDR1_MA[6]
DDR1_MA[8]/DDR1_CAA[3]/DDR1_MA[8]
DDR1_MA[7]/DDR1_CAA[4]/DDR1_MA[7]

DDR1_BA[2]/DDR1_CAA[5]/DDR1_BG[0]
DDR1_MA[12]/DDR1_CAA[6]/DDR1_MA[12]
DDR1_MA[11]/DDR1_CAA[7]/DDR1_MA[11]

DDR1_MA[15]/DDR1_CAA[8]/DDR1_ACT#
DDR1_MA[14]/DDR1_CAA[9]/DDR1_BG[1]

DDR1_MA[13]/DDR1_CAB[0]/DDR1_MA[13]

DDR1_CAS#/DDR1_CAB[1]/DDR1_MA[15]

DDR1_WE#/DDR1_CAB[2]/DDR1_MA[14]

DDR1_RAS#/DDR1_CAB[3]/DDR1_MA[16]

DDR1_BA[0]/DDR1_CAB[4]/DDR1_BA[0]

DDR1_MA[2]/DDR1_CAB[5]/DDR1_MA[2]

DDR1_BA[1]/DDR1_CAB[6]/DDR1_BA[1]
DDR1_MA[10]/DDR1_CAB[7]/DDR1_MA[10]

DDR1_MA[1]/DDR1_CAB[8]/DDR1_MA[1]
DDR1_MA[0]/DDR1_CAB[9]/DDR1_MA[0]

DDR1_ODT[1]

DDR1_MA[3]

DDR1_DQSN[0]/DDR0_DQSN[2]
DDR1_DQSP[0]/DDR0_DQSP[2]
DDR1_DQSN[1]/DDR0_DQSN[3]
DDR1_DQSP[1]/DDR0_DQSP[3]
DDR1_DQSN[2]/DDR0_DQSN[6]
DDR1_DQSP[2]/DDR0_DQSP[6]
DDR1_DQSN[3]/DDR0_DQSN[7]
DDR1_DQSP[3]/DDR0_DQSP[7]
DDR1_DQSN[4]/DDR1_DQSN[2]
DDR1_DQSP[4]/DDR1_DQSP[2]
DDR1_DQSN[5]/DDR1_DQSN[3]
DDR1_DQSP[5]/DDR1_DQSP[3]

DDR1_MA[4]

DDR1_DQSN[6]
DDR1_DQSP[6]
DDR1_DQSN[7]
DDR1_DQSP[7]

DDR1_ALERT#

DDR1_PAR
DRAM_RESET#
DDR_RCOMP[0]
DDR_RCOMP[1]
DDR_RCOMP[2]

AN45
AN46
AP45
AP46

AN56
AP55
AN55
AP53

BB42
AY42
BA42
AW42

AY48
AP50
BA48
BB48
AP48
AP52
AN50
AN48
AN53
AN52

BA43
AY43
AY44
AW44
BB44
AY47
BA44
AW46
AY46
BA46
BB46
BA47

AH66
AH65
AG69
AG70
AR66
AR65
AR61
AR60
AT38
AR38
AT32
AR32
AR25
AR27
AR22
AR21

AN43
AP43
AT13
AR18
AT18
AU18

+1.2V

+3VSUS

+3VS

M_B_DIM0_ODT0

M_B_CAA0
M_B_CAA1
M_B_CAA2
M_B_CAA3
M_B_CAA4
M_B_CAA5
M_B_CAA6
M_B_CAA7
M_B_CAA8
M_B_CAA9

M_B_CAB0
M_B_CAB1
M_B_CAB2
M_B_CAB3
M_B_CAB4
M_B_CAB5
M_B_CAB6
M_B_CAB7
M_B_CAB8
M_B_CAB9

M_A_DQS#2
M_A_DQS2
M_A_DQS#3
M_A_DQS3
M_A_DQS#6
M_A_DQS6
M_A_DQS#7
M_A_DQS7
M_B_DQS#2
M_B_DQS2
M_B_DQS#3
M_B_DQS3
M_B_DQS#6
M_B_DQS6
M_B_DQS#7
M_B_DQS7

DRAM_RESET#
SM_RCOMP_0

R0402 200Ohm1% tx_r0402

SM_RCOMP_1

R0403 80.6Ohm1% tx_r0402

SM_RCOMP_2

R0404 162Ohm1% tx_r0402

+1.2V [7,16,17,18,83]

+3VSUS [24,25,26,28,30,51,53,62, 68,81,84,92,95]

+3VS [3,20,21,22,23,24,30,32,36,40,41,44,45,50,51,53,55,56,57,62,70,91,92]

M_B_DIM0_CLK#0 [17]
M_B_DIM0_CLK#1 [17]
M_B_DIM0_CLK0 [17]
M_B_DIM0_CLK1 [17]

M_B_DIM0_CKE0 [17]
M_B_DIM0_CKE1 [17]
M_B_DIM0_CKE2 [17]
M_B_DIM0_CKE3 [17]

M_B_DIM0_CS#0 [17]
M_B_DIM0_CS#1 [17]
M_B_DIM0_ODT0 [17]

Controls reset to the memory subsystems,
and is used on DDR3L, DDR4
(not applicable to LPDDR3).

1 2
1 2
1 2

1

1

T0401

B B

12

C0402
10PF/50V

tx_c0402

+3VS+1.2V +3VSUS

12

R0412
220KOhm

tx_r0402

12

12

R0407
220KOhm

tx_r0402

@

R0411
2MOhm

tx_r0402

@

DDR_PG_CTRL [83]

DDR_VTT_CNTL to VTT
power ready < 35us (tCPU18)

2

Symbol U0301 B

BYTE 0
BYTE 1
BYTE 2
BYTE 3
BYTE 4
BYTE 5
BYTE 6
BYTE 7

A A

ChannelA DQ[0..63]
DQS/DQS#[0..7]

5

Non-interleavedinterleaved(Symbol default)

ChannelA DQ[0..15]
DQS/DQS#[0,1]

ChannelADQ[32..47]
DQS/DQS#[4,5]

ChannelB DQ[0..15]
DQS/DQS#[0,1]

ChannelB DQ[32..47]
DQS/DQS#[4,5]

12

C0401

0.1UF/16V

U0401

1

NC

2

A

3 4

12

R0406
10KOhm@

tx_r0402

4

GND

SN74AUP1G07DCKR

06T030000021

5

VCC

Y

3

tx_c0402

@

RF reserve

Symbol U0301 C

BYTE 0
BYTE 1
BYTE 2
BYTE 3
BYTE 4
BYTE 5
BYTE 6
BYTE 7

ChannelB DQ[0..63]
DQS/DQS#[0..7]

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

Date: Sheet of

HAWAII

Non-interleavedinterleaved(Symbol default)

ChannelA DQ[16..31]
DQS/DQS#[2,3]

ChannelADQ[48..63]
DQS/DQS#[6,7]

ChannelB DQ[16..31]
DQS/DQS#[2,3]

ChannelB DQ[48..63]
DQS/DQS#[6,7]

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

1

CPU(2)_DDR3L

CPU(2)_DDR3L

CPU(2)_DDR3L

Willy_Liao

Willy_Liao

Willy_Liao

4 100Thursday, March 31, 2016

4 100Thursday, March 31, 2016

4 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

D D

+VCORE +VCORE

12

C0506
10PF/50V

tx_c0201

RF reserve

SKL 2+2, +V1.8VS_EDRAM / +V_EDRAM_VR / +V_EOPIO_VR

C C

From Intel, SKL-U 2+2 reserve these pins PD to GND

Remove
R0528/R0529/R0530/R0531/R0532
R0533/R0534/R0535
Resistor change to Test Point

Delete for power layout limitation

T0510

T0511

T0512

T0513
T0514

T0515

T0516
T0517

1

1

1

1
1

1

1
1

RSVD NC

AK33
AK35
AK37
AK38
AK40

AL33
AL37

AL40
AM32
AM33
AM35
AM37
AM38

AK32

AB62

AC63
AE63

AE62
AG62

AL63

AJ62

A30
A34
A39
A44

G30

K32

P62
V62

H63

G61

U0301L

VCC_1
VCC_2
VCC_3
VCC_4
VCC_5
VCC_6
VCC_7
VCC_8
VCC_9
VCC_10
VCC_11
VCC_12
VCC_13
VCC_14
VCC_15
VCC_16
VCC_17
VCC_18

RSVD_3

RSVD_4

VCCOPC_1
VCCOPC_2
VCCOPC_3

VCC_OPC_1P8_1

VCC_OPC_1P8_2

VCCOPC_SENSE
VSSOPC_SENSE

VCCEOPIO_1
VCCEOPIO_2

VCCEOPIO_SENSE
VSSEOPIO_SENSE

940432

01T010000015

CPU POWER 1 OF 4

VCC_19
VCC_20
VCC_21
VCC_22
VCC_23
VCC_24
VCC_25
VCC_26
VCC_27
VCC_28
VCC_29
VCC_30
VCC_31
VCC_32
VCC_33
VCC_34
VCC_35
VCC_36

VCC_SENSE
VSS_SENSE

VIDALERT#

VIDSCK

VIDSOUT

VCCSTG

G32
G33
G35
G37
G38
G40
G42
J30
J33
J37
J40
K33
K35
K37
K38
K40
K42
K43

E32
E33

B63
A63
D64

G20

C0507
10PF/50V

tx_c0201

RF reserve

Pull H/L near CPU side

VIDALERT#
VIDSCK
VIDSOUT

+VCCFUSEPRG

NB_R0402_20MIL_SMALL

+VCORE

12

1 2

R0536 100Ohm

1%

tx_r0402

R0537 100Ohm

tx_r0402

VCORE_VCCSENSE [80]

VCORE_VSSSENSE [80]

1 2

1%

1 2

R0517 220Ohm1% tx_r0402

1 2

R0518 0Ohm t x_r0402_0ohm

1 2

R0519 0Ohm t x_r0402_0ohm

1 2

SP0505

@

+VCORE

+VCCSTG

CPU side VR side

+VCCST_CPU

12

+VCCST_CPU

12

R0520
56Ohm

tx_r0402

1%

R0521
100Ohm

tx_r0402

1%

+VCCSTG

+VCCST_CPU

VIDALERT#_R
VIDSCK_R

VIDSOUT_R

+VCCSTG [3,7]+VCORE [80]

+VCCST_CPU [3,7,9,25,32]

+VCCST_CPU

12

R0522

45.3Ohm

tx_r0402

1%

+VCCST_CPU

12

R0523
100Ohm

tx_r0402

1%

1 2

R0524 0Ohm

tx_r0402_0ohm

12

C0505
1UF/6.3V

tx_c0402

1 2

R0525 51Ohm1%

tx_r0402

1 2

R0526 10Ohm1%

tx_r0402

VR_SVID_ALERT# [80]

VR_SVID_CLK [80]

VR_SVID_DATA [80]

B B

A A

CPU(3)_+VCCCORE

CPU(3)_+VCCCORE

CPU(3)_+VCCCORE

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Willy_Liao

Willy_Liao

Willy_Liao

5 100Thursday, March 31, 2016

5 100Thursday, March 31, 2016

5 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

+VCCGT

VccGTx is for 2+3e.

From Intel, SKL-U 2+2 reserve these pins PD to GND

2015/01/20
Remove R0601-R0608
Resistor change to Test Point

Delete for power layout limitation

N70
N71
R63
R64
R65
R66
R67
R68
R69
R70
R71
T62
U65
U68
U71
W63
W64
W65
W66
W67
W68
W69
W70
W71
Y62

AK42
AK43
AK45
AK46
AK48
AK50
AK52
AK53
AK55
AK56
AK58
AK60
AK70
AL43
AL46
AL50
AL53
AL56
AL60
AM48
AM50
AM52
AM53
AM56
AM58
AU58
AU63
BB57
BB66

AK62
AL61

+VCCGT

C0600
10PF/50V

tx_c0201

RF reserve

12

1

T0601

1

T0602

1

T0603

1

T0604

1

T0605

1

T0606

1

T0607

1

T0608

+VCCGT

D D

12

C0601
10PF/50V

tx_c0201

RF reserve

C C

+VCCGT

R0609
100Ohm

tx_r0402

1%

1 2

VCCGT_VCCSENSE[80]

VCCGT_VSSSENSE[80]

Pull H/L near CPU side

R0610
100Ohm

tx_r0402

1%

1 2

Pull H/L near CPU side

AA63
AA64
AA66
AA67
AA69
AA70
AA71
AC64
AC65
AC66
AC67
AC68
AC69
AC70
AC71

A48
A53
A58
A62
A66

J43
J45
J46
J48
J50
J52
J53
J55
J56
J58
J60
K48
K50
K52
K53
K55
K56
K58
K60
L62
L63
L64
L65
L66
L67
L68
L69
L70
L71
M62
N63
N64
N66
N67
N69

J70
J69

U0301M

CPU POWER 2 OF 4

VCCGT_1
VCCGT_2
VCCGT_3
VCCGT_4
VCCGT_5
VCCGT_6
VCCGT_7
VCCGT_8
VCCGT_9
VCCGT_10
VCCGT_11
VCCGT_12
VCCGT_13
VCCGT_14
VCCGT_15
VCCGT_16
VCCGT_17
VCCGT_18
VCCGT_19
VCCGT_20
VCCGT_21
VCCGT_22
VCCGT_23
VCCGT_24
VCCGT_25
VCCGT_26
VCCGT_27
VCCGT_28
VCCGT_29
VCCGT_30
VCCGT_31
VCCGT_32
VCCGT_33
VCCGT_34
VCCGT_35
VCCGT_36
VCCGT_37
VCCGT_38
VCCGT_39
VCCGT_40
VCCGT_41
VCCGT_42
VCCGT_43
VCCGT_44
VCCGT_45
VCCGT_46
VCCGT_47
VCCGT_48
VCCGT_49
VCCGT_50
VCCGT_51
VCCGT_52
VCCGT_53
VCCGT_54
VCCGT_55

VCCGT_SENSE
VSSGT_SENSE

940432

01T010000015

VCCGT_56
VCCGT_57
VCCGT_58
VCCGT_59
VCCGT_60
VCCGT_61
VCCGT_62
VCCGT_63
VCCGT_64
VCCGT_65
VCCGT_66
VCCGT_67
VCCGT_68
VCCGT_69
VCCGT_70
VCCGT_71
VCCGT_72
VCCGT_73
VCCGT_74
VCCGT_75
VCCGT_76
VCCGT_77
VCCGT_78
VCCGT_79
VCCGT_80

VccGTx_1
VccGTx_2
VccGTx_3
VccGTx_4
VccGTx_5
VccGTx_6
VccGTx_7
VccGTx_8

VccGTx_9
VccGTx_10
VccGTx_11
VccGTx_12
VccGTx_13
VccGTx_14
VccGTx_15
VccGTx_16
VccGTx_17
VccGTx_18
VccGTx_19
VccGTx_20
VccGTx_21
VccGTx_22
VccGTx_23
VccGTx_24
VccGTx_25
VccGTx_26
VccGTx_27
VccGTx_28
VccGTx_29

VCCGTx_SENSE
VSSGTx_SENSE

+VCCGT [80]

B B

A A

CPU(4)_+VCCGT

CPU(4)_+VCCGT

CPU(4)_+VCCGT

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Willy_Liao

Willy_Liao

Willy_Liao

6 100Thursday, March 31, 2016

6 100Thursday, March 31, 2016

6 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

D D

4

3

+1.2V

+VCCST_CPU

+VCCSTG

+VCCIO

+VCCSA

2

+1.2V [4,16,17,18,83]

+VCCST_CPU [3,5,9,25,32]

+VCCSTG [3,5]

+VCCIO [3,9,91]

+VCCSA [80]

1

12

C0721
10PF/50V

tx_c0201

RF reserve

+VDDQ_CPU

12

C0701
10UF/6.3V

tx_c0603_t02_h39

12

C0702
10UF/6.3V

tx_c0603_t02_h39

12

C0703
10UF/6.3V

tx_c0603_t02_h39

12

C0704
10UF/6.3V

tx_c0603_t02_h39

+VDDQ_CPU

12

12

C0705

C0706

10UF/6.3V

10UF/6.3V

tx_c0603_t02_h39

tx_c0603_t02_h39

1 2

R0701 0Ohm

tx_r0402_0ohm

+VCCST_CPU

12

+VCCSTG

12

+VCCSFR_OC

12

+VCCSFR

12

C0701 - C0704 : Near by package
C0705 - C0710 : Underneath the package

12

12

C0707

C0708

1UF/6.3V

1UF/6.3V

tx_c0201 tx_c0201 tx_c0201 tx_c0201

+VDDQ_CPU_CLK

12

C0711

0.1UF/16V

tx_c0201

C0712
1UF/6.3V

tx_c0201

C0713

0.1UF/16V

tx_c0201

C0714

0.1UF/16V

tx_c0201

12

C0716

C0715

0.1UF/16V

0.1UF/16V

tx_c0201

tx_c0201

12

C0709
1UF/6.3V

12

C0710
1UF/6.3V

U0301N

CPU POWER 3 OF 4

AU23

VDDQ_1

AU28

VDDQ_2

AU35

VDDQ_3

AU42

VDDQ_4

BB23

VDDQ_5

BB32

VDDQ_6

BB41

VDDQ_7

BB47

VDDQ_8

BB51

VDDQ_9

AM40

VDDQC

A18

VCCST

A22

VCCSTG

AL23

VCCPLL_OC

K20

VccPLL_1

K21

VccPLL_2

940432

01T010000015

+1.0V

1 2

R0710 0Ohm

tx_r0402_0ohm

+1.0V +VCCSFR

1 2

R0711 0Ohm

tx_r0402_0ohm

+VCCIO

1 2

R0713 0Ohm

tx_r0402_0ohm

VCCIO_1
VCCIO_2
VCCIO_3
VCCIO_4
VCCIO_5
VCCIO_6
VCCIO_7

VCCSA_1
VCCSA_2
VCCSA_3
VCCSA_4
VCCSA_5
VCCSA_6
VCCSA_7
VCCSA_8

VCCSA_9
VCCSA_10
VCCSA_11
VCCSA_12
VCCSA_13
VCCSA_14

VCCIO_SENSE
VSSIO_SENSE

VSSSA_SENSE

VCCSA_SENSE

+VCCST_CPU

+VCCSTG

AK28
AK30
AL30
AL42
AM28
AM30
AM42

AK23
AK25
G23
G25
G27
G28
J22
J23
J27
K23
K25
K27
K28
K30

AM23
AM22

H21
H20

+VCCSA

VCCIO_VR_FB
VSSIO_VR_FB

1 2

R0702 100Ohm

1%

tx_r0402

1 2

R0703 100Ohm

1%

tx_r0402

Pull H/L near CPU side

141127 65u sec full load ready

141030 Merge Power PDDG0.91 Table5-1

141127 65u sec full load ready

12

12

C0718
1UF/6.3V

+VCCSA

+VCCIO

12

12

12

+VCCSFR_OC+1.2V

C0719
1UF/6.3V

R0714
1KOhm

tx_r0402

@

R0715
1KOhm

tx_r0402

@

C0717
1UF/6.3V

tx_c0201 tx_c0201 tx_c0201 tx_c0201

12

C0723
10PF/50V

tx_c0201

RF reserve

VCCSA_VSSSENSE [ 80]

VCCSA_VCCSENSE [80]

1 2

R0709 0Ohm

tx_r0402_0ohm

Remove +1.35V_LS

+VCCIO

12

C0720
1UF/6.3V

C0722
10PF/50V

tx_c0201

RF reserve

Reserved PH/PD

Refer to CRB 0.53

141030 Merge Power PDDG0.91 Table5-1

12

+1.2V

C C

B B

JP0701
3MM_OPEN_5MIL

2

112

@

JP0702
3MM_OPEN_5MIL

2

112

@

Remove +1.35V_LS

A A

CPU(5)_+VDDQ/IO/SA

CPU(5)_+VDDQ/IO/SA

CPU(5)_+VDDQ/IO/SA

Title :

Title :

reference 543977_543977_SKL_PDDG_Rev0_91

5

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

4

3

2

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Willy_Liao

Willy_Liao

Willy_Liao

7 100Thursday, March 31, 2016

7 100Thursday, March 31, 2016

7 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

F8
G10
G22
G43
G45
G48

G5
G52
G55
G58

G6
G60
G63
G66
H15
H18
H71

J11

J13

J25

J28

J32

J35

J38

J42

J8
K16
K18
K22
K61
K63
K64
K65
K66
K67
K68
K70
K71

L11
L16
L17

U0301R

GND 3 OF 3

VSS_278
VSS_279
VSS_280
VSS_281
VSS_282
VSS_283
VSS_284
VSS_285
VSS_286
VSS_287
VSS_288
VSS_289
VSS_290
VSS_291
VSS_292
VSS_293
VSS_294
VSS_295
VSS_296
VSS_297
VSS_298
VSS_299
VSS_300
VSS_301
VSS_302
VSS_303
VSS_304
VSS_305
VSS_306
VSS_307
VSS_308
VSS_309
VSS_310
VSS_311
VSS_312
VSS_313
VSS_314
VSS_315
VSS_316
VSS_317
VSS_318

940432

01T010000015

VSS_319
VSS_320
VSS_321
VSS_322
VSS_323
VSS_324
VSS_325
VSS_326
VSS_327
VSS_328
VSS_329
VSS_330
VSS_331
VSS_332
VSS_333
VSS_334
VSS_335
VSS_336
VSS_337
VSS_338
VSS_339
VSS_340
VSS_341
VSS_342
VSS_343
VSS_344
VSS_345
VSS_346
VSS_347
VSS_348
VSS_349
VSS_350
VSS_351
VSS_352
VSS_353
VSS_354
VSS_355
VSS_356
VSS_357
VSS_358
VSS_359

L18
L2
L20
L4
L8
N10
N13
N19
N21
N6
N65
N68
P17
P19
P20
P21
R13
R6
T15
T17
T18
T2
T21
T4
U10
U63
U64
U66
U67
U69
U70
V16
V17
V18
W13
W6
W9
Y17
Y19
Y20
Y21

U0301P

GND 1 OF 3

A5

VSS_1

A67

VSS_2

A70

VSS_3

AA2

VSS_4

AA4

VSS_5

AA65

VSS_6

AA68

VSS_7

AB15

VSS_8

AB16

VSS_9

D D

C C

AB18
AB21

AD13
AD16
AD19
AD20
AD21
AD62

AE64
AE65
AE66
AE67
AE68
AE69

AF10
AF15
AF17

AF63
AG16
AG17
AG18
AG19
AG20
AG21
AG71
AH13

AH63
AH64
AH67

AK11
AK16
AK18
AK21
AK22
AK27
AK63
AK68
AK69

AJ15
AJ18
AJ20

AL28
AL32
AL35
AL38

AL45
AL48
AL52
AL55
AL58
AL64

AB8

AD8

AF1

AF2
AF4

AH6

AJ4

AK8
AL2

AL4

VSS_10
VSS_11
VSS_12
VSS_13
VSS_14
VSS_15
VSS_16
VSS_17
VSS_18
VSS_19
VSS_20
VSS_21
VSS_22
VSS_23
VSS_24
VSS_25
VSS_26
VSS_27
VSS_28
VSS_29
VSS_30
VSS_31
VSS_32
VSS_33
VSS_34
VSS_35
VSS_36
VSS_37
VSS_38
VSS_39
VSS_40
VSS_41
VSS_42
VSS_43
VSS_44
VSS_45
VSS_46
VSS_47
VSS_48
VSS_49
VSS_50
VSS_51
VSS_52
VSS_53
VSS_54
VSS_55
VSS_56
VSS_57
VSS_58
VSS_59
VSS_60
VSS_61
VSS_62
VSS_63
VSS_64
VSS_65
VSS_66
VSS_67
VSS_68
VSS_69
VSS_70

940432

01T010000015

VSS_71
VSS_72
VSS_73
VSS_74
VSS_75
VSS_76
VSS_77
VSS_78
VSS_79
VSS_80
VSS_81
VSS_82
VSS_83
VSS_84
VSS_85
VSS_86
VSS_87
VSS_88
VSS_89
VSS_90
VSS_91
VSS_92
VSS_93
VSS_94
VSS_95
VSS_96
VSS_97
VSS_98

VSS_99
VSS_100
VSS_101
VSS_102
VSS_103
VSS_104
VSS_105
VSS_106
VSS_107
VSS_108
VSS_109
VSS_110
VSS_111
VSS_112
VSS_113
VSS_114
VSS_115
VSS_116
VSS_117
VSS_118
VSS_119
VSS_120
VSS_121
VSS_122
VSS_123
VSS_124
VSS_125
VSS_126
VSS_127
VSS_128
VSS_129
VSS_130
VSS_131
VSS_132
VSS_133
VSS_134
VSS_135
VSS_136
VSS_137
VSS_138
VSS_139
VSS_140

AL65
AL66
AM13
AM21
AM25
AM27
AM43
AM45
AM46
AM55
AM60
AM61
AM68
AM71
AM8
AN20
AN23
AN28
AN30
AN32
AN33
AN35
AN37
AN38
AN40
AN42
AN58
AN63
AP10
AP18
AP20
AP23
AP28
AP32
AP35
AP38
AP42
AP58
AP63
AP68
AP70
AR11
AR15
AR16
AR20
AR23
AR28
AR35
AR42
AR43
AR45
AR46
AR48
AR5
AR50
AR52
AR53
AR55
AR58
AR63
AR8
AT2
AT20
AT23
AT28
AT35
AT4
AT42
AT56
AT58

AT63
AT68
AT71
AU10
AU15
AU20
AU32
AU38

AV68
AV69
AV70

AV71
AW10
AW12
AW14
AW16
AW18
AW21
AW23
AW26
AW28
AW30
AW32
AW34
AW36
AW38
AW41
AW43
AW45
AW47
AW49
AW51
AW53
AW55
AW57

AW6
AW60
AW62
AW64
AW66

AW8

AY66

BA10

BA14

BA18

BA23

BA28

BA32

BA36

BA45

AV1

B10
B14
B18
B22
B30
B34
B39
B44
B48
B53
B58
B62
B66
B71
BA1

BA2

F68

U0301Q

GND 2 OF 3

VSS_141
VSS_142
VSS_143
VSS_144
VSS_145
VSS_146
VSS_147
VSS_148
VSS_149
VSS_150
VSS_151
VSS_152
VSS_153
VSS_154
VSS_155
VSS_156
VSS_157
VSS_158
VSS_159
VSS_160
VSS_161
VSS_162
VSS_163
VSS_164
VSS_165
VSS_166
VSS_167
VSS_168
VSS_169
VSS_170
VSS_171
VSS_172
VSS_173
VSS_174
VSS_175
VSS_176
VSS_177
VSS_178
VSS_179
VSS_180
VSS_181
VSS_182
VSS_183
VSS_184
VSS_185
VSS_186
VSS_187
VSS_188
VSS_189
VSS_190
VSS_191
VSS_192
VSS_193
VSS_194
VSS_195
VSS_196
VSS_197
VSS_198
VSS_199
VSS_200
VSS_201
VSS_202
VSS_203
VSS_204
VSS_205
VSS_206
VSS_207
VSS_208

940432

01T010000015

VSS_209
VSS_210
VSS_211
VSS_212
VSS_213
VSS_214
VSS_215
VSS_216
VSS_217
VSS_218
VSS_219
VSS_220
VSS_221
VSS_222
VSS_223
VSS_224
VSS_225
VSS_226
VSS_227
VSS_228
VSS_229
VSS_230
VSS_231
VSS_232
VSS_233
VSS_234
VSS_235
VSS_236
VSS_237
VSS_238
VSS_239
VSS_240
VSS_241
VSS_242
VSS_243
VSS_244
VSS_245
VSS_246
VSS_247
VSS_248
VSS_249
VSS_250
VSS_251
VSS_252
VSS_253
VSS_254
VSS_255
VSS_256
VSS_257
VSS_258
VSS_259
VSS_260
VSS_261
VSS_262
VSS_263
VSS_264
VSS_265
VSS_266
VSS_267
VSS_268
VSS_269
VSS_270
VSS_271
VSS_272
VSS_273
VSS_274
VSS_275
VSS_276
VSS_277

BA49
BA53
BA57
BA6
BA62
BA66
BA71
BB18
BB26
BB30
BB34
BB38
BB43
BB55
BB6
BB60
BB64
BB67
BB70
C1
C25
C5
D10
D11
D14
D18
D22
D25
D26
D30
D34
D39
D44
D45
D47
D48
D53
D58
D6
D62
D66
D69
E11
E15
E18
E21
E46
E50
E53
E56
E6
E65
E71
F1
F13
F2
F22
F23
F27
F28
F32
F33
F35
F37
F38
F4
F40
F42
BA41

B B

A A

CPU(6)_CPU GND

CPU(6)_CPU GND

CPU(6)_CPU GND

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Willy_Liao

Willy_Liao

Willy_Liao

8 100Thursday, March 31, 2016

8 100Thursday, March 31, 2016

8 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

CFG0
CFG1
CFG2
CFG3
CFG4
CFG5
CFG6
CFG7
CFG8
CFG9
CFG10

T0901

1

CFG11
CFG12
CFG13
CFG14
CFG15

CFG16
CFG17

CFG18
CFG19

CFG_RCOMP

ITP_PMODE

D D

1

T0919

1

T0920

1

T0921

1

T0922

1 2

R0901 49.9Ohm1%

tx_r0402

Reserve TP for XDP

Remove SNN

BA70

C C

Intel confirm NC

T0917
T0918

1
1

RSVD_VSS_F65
RSVD_VSS_G65

BA68

Remove SNN

+VCCIO

12

R0905
0Ohm

tx_r0402_0ohm

@

+VCCIO_OUT_CFG_PU

B B

A A

1 2

R0906 10KOhm@

1 2

R0907 10KOhm@

1 2

R0908 10KOhm@

1 2

R0909 10KOhm@

1 2

R0910 10KOhm@

1 2

R0911 10KOhm@

1 2

R0912 10KOhm@

1 2

R0913 10KOhm@

1 2

R0914 10KOhm@

1 2

R0915 10KOhm@

1 2

R0916 10KOhm@

1 2

R0917 10KOhm@

1 2

R0918 10KOhm@

1 2

R0919 10KOhm@

1 2

R0920 10KOhm@

1 2

R0921 10KOhm@

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

1%tx_r0402

AL25
AL27

E68
B67
D65
D67
E70
C68
D68
C67
F71
G69
F70
G68
H70
G71
H69
G70

E63
F63

E66
F66

E60

AY2
AY1

D1
D3

K46
K45

C71
B70

F60

A52

J71
J68

F65
G65

F61
E61

E8

U0301S

CFG[0]
CFG[1]
CFG[2]
CFG[3]
CFG[4]
CFG[5]
CFG[6]
CFG[7]
CFG[8]
CFG[9]
CFG[10]
CFG[11]
CFG[12]
CFG[13]
CFG[14]
CFG[15]

CFG[16]
CFG[17]

CFG[18]
CFG[19]

CFG_RCOMP

ITP_PMODE

RSVD_5
RSVD_6

RSVD_7
RSVD_8

RSVD_9
RSVD_10

RSVD_11
RSVD_12

RSVD_13
RSVD_14

RSVD_15

RSVD_16

RSVD_TP_1
RSVD_TP_2

RSVD_17
RSVD_18

VSS_360
VSS_361

RSVD_19
RSVD_20

940432

01T010000015

4

RESERVED SIGNALS-1

CFG0

CFG1

CFG2

CFG3

CFG4

CFG5

CFG6

CFG7

CFG8

CFG9

CFG10

CFG11

CFG12

CFG13

CFG14

CFG15

1 2

R0922 1KOhm

@

tx_r0402

1 2

R0923 1KOhm

@

tx_r0402

1 2

R0924 1KOhm

@

tx_r0402

1 2

R0925 1KOhm

@

tx_r0402

1 2

R0926 1KOhm

tx_r0402

1 2

R0927 1KOhm

@

tx_r0402

1 2

R0928 1KOhm

@

tx_r0402

1 2

R0929 1KOhm

@

tx_r0402

RSVD_TP_3
RSVD_TP_4

RSVD_TP_5
RSVD_TP_6

RSVD_21
RSVD_22

RSVD_23
RSVD_24
RSVD_25
RSVD_26

RSVD_27
RSVD_28

RSVD_29

RSVD_30
RSVD_31

RSVD_32
RSVD_33

RSVD_34
RSVD_35

RSVD_36
RSVD_37

RSVD_38

RSVD_39
RSVD_40

RSVD_41
RSVD_42

VSS_362

ZVM#

RSVD_TP_7
RSVD_TP_8

MSM#

PROC_SELECT#

3

BB68
BB69

Remove SNN

AK13
AK12

BB2
BA3

AU5

TP5

AT5

TP6

D5
D4
B2
C2

B3
A3

AW1

E1
E2

BA4
BB4

A4
C4

BB5

TP4

A69
B69

AY3

D71
C70

C54
D54

AY4

TP1

BB3

TP2

AY71
AR56

AW71
AW70

AP56
C64

RSVD_AY3

Remove SNN

VSS_AY71

Remove SNN

SKL_CNL#

1 2

R0902 0Ohm

tx_r0402_0ohm

1 2

R0903 0Ohm

tx_r0402_0ohm

From Intel, SKL-U 2+2 remove these pins.

MOW WW48

1. Ball C64 which is PROC_SELECT# needs to be pulled to VCCST for
Cannonlake support via 100K ohm resistor and with no resistor populated
(floating pin) for Skylake.

1 2

R0904 100KOHM@

tx_r0402

+1.8VSUS

R0930 0Ohm tx_r0402_0ohm@
R0931 0Ohm tx_r0402_0ohm@

PDG 1.2
Placeholder only. Does not need to be stuffed.
Placement are required for future platform compatibility purpose only.

1 2
1 2

+VCCST_CPU

2

12

C0902

0.1UF/25V@

tx_c0402

+VCCIO [3,7,91]

+VCCST_CPU [3,5,7,25,32]

+1.8VSUS [26,84]

U0301T

AW69

RSVD_43

AW68

RSVD_44

AU56

RSVD_45

AW48

RSVD_46

C7

RSVD_47

U12

RSVD_48

U11

RSVD_49

H11

RSVD_50

940432

01T010000015

VCC_1P8_U12
VCC_1P8_U11

12

C0901

0.1UF/25V@

tx_c0402

+VCCIO

+VCCST_CPU

+1.8VSUS

SPARE

1

F6

RSVD_51

E3

RSVD_52

C11

RSVD_53

B11

RSVD_54

A11

RSVD_55

D12

RSVD_56

C12

RSVD_57

F52

RSVD_58

CPU(7)_CFG/RSVD

CPU(7)_CFG/RSVD

CPU(7)_CFG/RSVD

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Willy_Liao

Willy_Liao

Willy_Liao

9 100Thursday, March 31, 2016

9 100Thursday, March 31, 2016

9 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

LPDDR3 Channel A

M_A_CAA[9:0][4]

M_A_DIM0_CLK0[4]

D D

M_A_DIM0_CLK#0[4]

M_A_DIM0_CKE0[4]
M_A_DIM0_CKE1[4]

M_A_DIM0_CS#0[4]
M_A_DIM0_CS#1[4]

M_A_DQS1[4]

B1

M_A_DQS#1[4]

M_A_DQS0[4]

B0

C C

B B

M_A_DQS#0[4]

M_A_DQS3[4]

B3

M_A_DQS#3[4]

M_A_DQS2[4]

B2

M_A_DQS#2[4]

M_A_CAA0
M_A_CAA1
M_A_CAA2
M_A_CAA3
M_A_CAA4
M_A_CAA5
M_A_CAA6
M_A_CAA7
M_A_CAA8
M_A_CAA9

U1601

R2

CA0

P2

CA1

N2

CA2

N3

CA3

M3

B1

CA4

F3

CA5

E3

CA6

E2

CA7

D2

CA8

C2

CA9

J3

B0

CK_t

J2

CK_c

K3

CKE0

K4

CKE1

L3

B3

CS0_n

L4

CS1_n

L8

DM0

G8

DM1

P8

DM2

D8

DM3

B2

A1

GND GND

GND

DNU_1

A2

DNU_5

A12

DNU_7

A13

DNU_9

B1

DNU_2

B13

DNU_10

T1

DNU_3

T13

DNU_11

U1

DNU_4

U2

DNU_6

U12

DNU_8

U13

DNU_12

L10

DQS0_t

L11

DQS0_c

G10

DQS1_t

G11

DQS1_c

P10

DQS2_t

P11

DQS2_c

D10

DQS3_t

D11

DQS3_c

B2

VSS_1

B5

VSS_10

C5

VSS_11

E4

VSS_6

E5

VSS_12

F5

VSS_13

H2

VSS_2

J12

VSS_19

K2

VSS_3

L6

VSS_18

M5

VSS_14

N4

VSS_7

N5

VSS_15

R4

VSS_8

R5

VSS_16

T2

VSS_4

T3

VSS_5

T4

VSS_9

T5

VSS_17

C3

VSSCA_1

D3

VSSCA_2

F4

VSSCA_5

G3

VSSCA_3

G4

VSSCA_6

J4

VSSCA_7

M4

VSSCA_8

P3

VSSCA_4

B6

VSSQ_1

B12

VSSQ_14

C6

VSSQ_2

D12

VSSQ_15

E6

VSSQ_3

F6

VSSQ_4

F12

VSSQ_16

G6

VSSQ_5

G9

VSSQ_10

H10

VSSQ_12

K10

VSSQ_13

L9

VSSQ_11

M6

VSSQ_6

M12

VSSQ_17

N6

VSSQ_7

P12

VSSQ_18

R6

VSSQ_8

T6

VSSQ_9

T12

VSSQ_19

H9CCNNNBLTMLAR-NTM

0315-011Q000

SKU1 0315-01GR0PB
SKU2 0315-01960PB
SKU3 0315-01GJ0PB
SKU4 0315-01A20PB

DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31

VDD1_1
VDD1_3
VDD1_5
VDD1_7
VDD1_9
VDD1_2
VDD1_4
VDD1_6
VDD1_8

VDD1_10

VDD2_15
VDD2_17

VDD2_1
VDD2_3

VDD2_10

VDD2_4

VDD2_5
VDD2_11
VDD2_19

VDD2_6
VDD2_12

VDD2_7
VDD2_13
VDD2_20

VDD2_8

VDD2_2

VDD2_9
VDD2_14
VDD2_16
VDD2_18

VDDCA_1
VDDCA_2
VDDCA_5
VDDCA_3
VDDCA_4

VDDQ_8

VDDQ_12

VDDQ_1

VDDQ_13
VDDQ_14

VDDQ_2
VDDQ_5
VDDQ_9
VDDQ_6
VDDQ_7
VDDQ_3

VDDQ_10
VDDQ_15

VDDQ_4

VDDQ_16
VDDQ_17
VDDQ_11

Vref(CA)
Vref(DQ)

NC_2
NC_3
NC_1

P9

M_A_D8

DQ0

N9

M_A_D11

DQ1

N10

M_A_D13

DQ2

N11

M_A_D12

DQ3

M8

M_A_D14

DQ4

M9

M_A_D15

DQ5

M10

M_A_D9

DQ6

M11

M_A_D10

DQ7

F11

M_A_D4

DQ8

F10

M_A_D2

DQ9

F9

M_A_D5

F8

M_A_D6

E11

M_A_D7

E10

M_A_D0

E9

M_A_D3

D9

M_A_D1

T8

M_A_D28

T9

M_A_D25

T10

M_A_D27

T11

M_A_D30

R8

M_A_D24

R9

M_A_D29

R10

M_A_D26

R11

M_A_D31

C11

M_A_D22

C10

M_A_D16

C9

M_A_D17

C8

M_A_D18

B11

M_A_D21

B10

M_A_D20

B9

M_A_D23

B8

M_A_D19

A3
A4
A5
A6
A10
U3
U4
U5
U6
U10

A8
A9
D4
D5
D6
G5
H5
H6
H12
J5
J6
K5
K6
K12
L5
P4
P5
P6
U8
U9

F2
G2
H3
L2
M2

A11
C12
E8
E12
G12
H8
H9
H11
J9
J10
K8
K11
L12
N8
N12
R12
U11

H4
J11

J8

ODT

B3

R1601 243OHM tx_r0402 1%

ZQ0

B4

R1602 243OHM tx_r0402 1%

ZQ1

C4
K9
R3

12

C1658
10PF/50V

tx_c0402

@

Close To Memory Die

GND

12

C1659
10PF/50V

tx_c0402

@

Close To Memory Die Close To Memory Die

GND

+1.2V

+1.2V +1.2V

+V_VREF_CA_DIMM0
+V_VREF_DQ_DIMM0

M_A_DIM0_ODT0 [4]

1 2
1 2

4

M_A_D[15:8] [4]

M_A_D[7:0] [4]

M_A_D[31:24] [ 4]

M_A_D[23:16] [ 4]

+1.8V_DDR3 +1.8V_DDR3

+1.2V

GND

M_A_CAB[9:0][4]

M_A_DIM0_CLK1[4]
M_A_DIM0_CLK#1[4]

M_A_DIM0_CKE2[4]
M_A_DIM0_CKE3[4]

M_A_DIM0_CS#0
M_A_DIM0_CS#1

M_A_DQS4[4]

B4

M_A_DQS#4[4]

M_A_DQS5[4]

B5

M_A_DQS#5[4]

M_A_DQS6[4]

B6

M_A_DQS#6[4]

M_A_DQS7[4]

B7

M_A_DQS#7[4]

M_A_CAB0
M_A_CAB1
M_A_CAB2
M_A_CAB3
M_A_CAB4
M_A_CAB5
M_A_CAB6
M_A_CAB7
M_A_CAB8
M_A_CAB9

GND

R2
P2
N2
N3
M3
F3
E3
E2
D2
C2

J3
J2

K3
K4

L3
L4

L8
G8
P8
D8

A1

A2
A12
A13

B1
B13

T1
T13

U1

U2
U12
U13

L10
L11

G10
G11

P10
P11

D10
D11

B2

B5

C5

E4

E5

F5

H2

J12

K2

L6

M5

N4

N5

R4

R5

T2

T3

T4

T5

C3

D3

F4

G3

G4

J4
M4
P3

B6

B12

C6

D12

E6
F6

F12

G6
G9

H10
K10

L9
M6

M12

N6

P12

R6
T6

T12

3

U1602

CA0
CA1
CA2
CA3

B4

CA4
CA5
CA6
CA7
CA8
CA9

B5

CK_t
CK_c

CKE0
CKE1

B6

CS0_n
CS1_n

DM0
DM1
DM2
DM3

B7

DNU_1
DNU_5
DNU_7
DNU_9
DNU_2
DNU_10
DNU_3
DNU_11
DNU_4
DNU_6
DNU_8
DNU_12

DQS0_t
DQS0_c

DQS1_t
DQS1_c

DQS2_t
DQS2_c

DQS3_t
DQS3_c

VSS_1
VSS_10
VSS_11
VSS_6
VSS_12
VSS_13
VSS_2
VSS_19
VSS_3
VSS_18
VSS_14
VSS_7
VSS_15
VSS_8
VSS_16
VSS_4
VSS_5
VSS_9
VSS_17

VSSCA_1
VSSCA_2
VSSCA_5
VSSCA_3
VSSCA_6
VSSCA_7
VSSCA_8
VSSCA_4

VSSQ_1
VSSQ_14
VSSQ_2
VSSQ_15
VSSQ_3
VSSQ_4
VSSQ_16
VSSQ_5
VSSQ_10
VSSQ_12
VSSQ_13
VSSQ_11
VSSQ_6
VSSQ_17
VSSQ_7
VSSQ_18
VSSQ_8
VSSQ_9
VSSQ_19

H9CCNNNBLTMLAR-NTM

0315-011Q000

SKU1 0315-01GR0PB
SKU2 0315-01960PB
SKU3 0315-01GJ0PB
SKU4 0315-01A20PB

DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31

VDD1_1
VDD1_3
VDD1_5
VDD1_7
VDD1_9
VDD1_2
VDD1_4
VDD1_6
VDD1_8

VDD1_10

VDD2_15
VDD2_17

VDD2_1
VDD2_3

VDD2_10

VDD2_4

VDD2_5
VDD2_11
VDD2_19

VDD2_6
VDD2_12

VDD2_7
VDD2_13
VDD2_20

VDD2_8

VDD2_2

VDD2_9
VDD2_14
VDD2_16
VDD2_18

VDDCA_1
VDDCA_2
VDDCA_5
VDDCA_3
VDDCA_4

VDDQ_8

VDDQ_12

VDDQ_1

VDDQ_13
VDDQ_14

VDDQ_2

VDDQ_5

VDDQ_9

VDDQ_6

VDDQ_7

VDDQ_3

VDDQ_10
VDDQ_15

VDDQ_4

VDDQ_16
VDDQ_17
VDDQ_11

Vref(CA)

Vref(DQ)

NC_2
NC_3
NC_1

P9

M_A_D32

DQ0

N9

M_A_D37

DQ1

N10

M_A_D39

DQ2

N11

M_A_D38

DQ3

M8

M_A_D33

DQ4

M9

M_A_D36

DQ5

M10

M_A_D35

DQ6

M11

M_A_D34

DQ7

F11

M_A_D47

DQ8

F10

M_A_D43

DQ9

F9

M_A_D46

F8

M_A_D44

E11

M_A_D41

E10

M_A_D40

E9

M_A_D42

D9

M_A_D45

T8

M_A_D53

T9

M_A_D50

T10

M_A_D48

T11

M_A_D54

R8

M_A_D51

R9

M_A_D52

R10

M_A_D49

R11

M_A_D55

C11

M_A_D63

C10

M_A_D59

C9

M_A_D57

C8

M_A_D60

B11

M_A_D62

B10

M_A_D58

B9

M_A_D56

B8

M_A_D61

A3
A4
A5
A6
A10
U3
U4
U5
U6
U10

A8
A9
D4
D5
D6
G5
H5
H6
H12
J5
J6
K5
K6
K12
L5
P4
P5
P6
U8
U9

F2
G2
H3
L2
M2

A11
C12
E8
E12
G12
H8
H9
H11
J9
J10
K8
K11
L12
N8
N12
R12
U11

H4
J11

J8

M_A_DIM0_ODT0

ODT

B3

R1603 243OHM tx_r0402 1%

ZQ0

B4

R1604 243OHM tx_r0402 1%

ZQ1

C4
K9
R3

12

C1660
10PF/50V

tx_c0402

@

GND

Close To Memory Die

12

C1661
10PF/50V

tx_c0402

@

GND

+1.2V

+V_VREF_CA_DIMM0
+V_VREF_DQ_DIMM0

1 2
1 2

M_A_D[39:32] [4]

M_A_D[47:40] [4]

M_A_D[55:48] [4]

M_A_D[63:56] [4]

+1.2V

2

+1.8V_DDR3

+1.8V_DDR3+1.8V

JP1602

2

112

1MM_OPEN_M1M2

@

+1.8V_DDR3

12

12

C1807
1UF/6.3V

tx_c0402

+1.2V

12

C1883
1UF/6.3V

tx_c0402

+0.6VS

12

C1834
1UF/6.3V

tx_c0402

+0.6VS

12

C1652
22uF/6.3V

tx_r0402_h28

@

R1.1

GND

Follow CRB RVP5, Only one 22uF Mount Per Channel

C1804
10UF/6.3V

tx_c0603_t02_h39

12

C1808
1UF/6.3V

tx_c0402

12

C1811
10UF/6.3V

tx_c0603_t02_h39

12

C1819
1UF/6.3V

tx_c0402

12

C1885
1UF/6.3V

tx_c0402

12

C1835
1UF/6.3V

tx_c0402

12

C1653
22uF/6.3V

tx_r0402_h28

@

12

C1805
10UF/6.3V

tx_c0603_t02_h39

12

C1809
1UF/6.3V

tx_c0402

GND

12

C1820
1UF/6.3V

tx_c0402

12

C1884
1UF/6.3V

tx_c0402

12

C1836
1UF/6.3V

tx_c0402

12

C1810
1UF/6.3V

tx_c0402

GND

12

C1853
10UF/6.3V

tx_c0603_t02_h39

12

C1821
1UF/6.3V

tx_c0402

12

C1886
1UF/6.3V

tx_c0402

12

C1837
1UF/6.3V

tx_c0402

12

C1654
22uF/6.3V

tx_r0402_h28

@

12

C1806
10UF/6.3V

tx_c0603_t02_h39

GND

12

12

12

C1822
1UF/6.3V

tx_c0402

C1830

0.1UF/6.3V

tx_c0201

C1838
1UF/6.3V

tx_c0402

12

C1655
22uF/6.3V

tx_r0402_h28

@

+V_VREF_CA_DIMM0

+V_VREF_DQ_DIMM0

12

C1875
1UF/6.3V

tx_c0402

12

C1831

0.1UF/6.3V

tx_c0201

12

C1839
1UF/6.3V

tx_c0402

12

M_A_DIM0_ODT0
M_A_DIM0_CS#0
M_A_DIM0_CS#1
M_A_DIM0_CKE0
M_A_DIM0_CKE1
M_A_DIM0_CKE2
M_A_DIM0_CKE3

M_A_DIM0_CLK0
M_A_DIM0_CLK#0
M_A_DIM0_CLK1
M_A_DIM0_CLK#1

12

C1877
1UF/6.3V

tx_c0402

12

12

C1840
1UF/6.3V

tx_c0402

C1656
22uF/6.3V

tx_r0402_h28

@

M_A_CAA0
M_A_CAA1
M_A_CAA2
M_A_CAA3
M_A_CAA4
M_A_CAA5
M_A_CAA6
M_A_CAA7
M_A_CAA8
M_A_CAA9

M_A_CAB0
M_A_CAB1
M_A_CAB2
M_A_CAB3
M_A_CAB4
M_A_CAB5
M_A_CAB6
M_A_CAB7
M_A_CAB8
M_A_CAB9

C1832

0.1UF/6.3V

tx_c0201

1

+1.8V

+1.2V

+0.6VS

R1605 68Ohm
R1606 68Ohm
R1607 68Ohm
R1608 68Ohm
R1609 68Ohm
R1610 68Ohm
R1611 68Ohm
R1612 68Ohm
R1613 68Ohm
R1614 68Ohm

R1615 68Ohm
R1616 68Ohm
R1617 68Ohm
R1618 68Ohm
R1619 68Ohm
R1620 68Ohm
R1621 68Ohm
R1622 68Ohm
R1623 68Ohm
R1624 68Ohm

R1629 80.6Ohm
R1628 80.6Ohm
R1627 80.6Ohm
R1625 80.6Ohm
R1626 80.6Ohm
R1635 80.6Ohm
R1634 80.6Ohm

R1630 37.4Ohm
R1631 37.4Ohm
R1632 37.4Ohm
R1633 37.4Ohm

12

12

C1878

C1876

1UF/6.3V

1UF/6.3V

tx_c0402

tx_c0402

GND

12

C1833

0.1UF/6.3V

tx_c0201

GND

12

12

C1842
22UF/6.3V

C1841

X5R/+/-20%

1UF/6.3V

tx_c0603_t02_h39

tx_c0402

12

C1657
22uF/6.3V

tx_r0402_h28

@

GND

+1.8V [57,91]

+1.8V_DDR3 [17]

+1.2V [4,7,17,18,83]

+0.6VS [17,57,83]

+V_VREF_CA_DIMM0 [18]

+V_VREF_DQ_DIMM0 [18]

12

GND

+0.6VS

C1843
22uF/6.3V

tx_r0402_h28

@

1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2

1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2

1 2
1 2
1 2
1 2
1 2
1 2
1 2

1 2
1 2
1 2
1 2

+1.2V

A A

12

C1815
1UF/6.3V

tx_c0402

12

C1813
10UF/6.3V

tx_c0603_t02_h39

5

12

C1814
10UF/6.3V

tx_c0603_t02_h39

GND

+1.2V

12

C1816
1UF/6.3V

tx_c0402

+V_VREF_CA_DIMM0 +V_VREF_DQ_DIMM0

12

C1817
1UF/6.3V

tx_c0402

GND

12

12

GND GND GND GND

C1601

0.047UF/16V

tx_c0402

4

C1602

0.047UF/16V

tx_c0402

12

C1603

0.047UF/16V

tx_c0402

12

C1604

0.047UF/16V

tx_c0402

+1.2V

12

C1818
1UF/6.3V

tx_c0402

12

C1851

10UF/6.3V

tx_c0603_t02_h39

3

12

C1852
10UF/6.3V

tx_c0603_t02_h39

GND

+1.2V

12

C1824
1UF/6.3V

tx_c0402

12

C1825
1UF/6.3V

tx_c0402

GND

2

<Variant Name>

<Variant Name>

<Variant Name>

Title :

Title :

Title :

LPDDR3(1)_Channel A

LPDDR3(1)_Channel A

LPDDR3(1)_Channel A

Willy_Liao

Willy_Liao

Engineer:

Engineer:

HAWAII

HAWAII

HAWAII

Engineer:

1

Size Project Name

Size Project Name

Size Project Name

C

C

C

Date: Sheet of

Date: Sheet of

Date: Sheet of

Willy_Liao

16 100Thursday, March 31, 2016

16 100Thursday, March 31, 2016

16 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

LPDDR3 Channel B

M_B_CAA[9:0][4] M_B_CAB[9:0][4]

M_B_DIM0_CLK0[4]
M_B_DIM0_CLK#0[4]

D D

M_B_DIM0_CKE0[4]
M_B_DIM0_CKE1[4]

M_B_DIM0_CS#0[4]
M_B_DIM0_CS#1[4]

M_B_DQS0[4]

B0

M_B_DQS#0[4]

M_B_DQS1[4]

B1

M_B_DQS#1[4]

C C

B B

M_B_DQS2[4]

B2

M_B_DQS#2[4]

M_B_DQS3[4]

B3

M_B_DQS#3[4]

M_B_CAA0
M_B_CAA1
M_B_CAA2
M_B_CAA3
M_B_CAA4
M_B_CAA5
M_B_CAA6
M_B_CAA7
M_B_CAA8
M_B_CAA9

GND

U1701

R2

CA0

P2

CA1

N2

CA2

N3

CA3

M3

CA4

F3

CA5

E3

CA6

E2

CA7

D2

CA8

C2

CA9

J3

CK_t

J2

CK_c

K3

CKE0

K4

CKE1

L3

CS0_n

L4

CS1_n

L8

DM0

G8

DM1

P8

DM2

D8

DM3

A1

DNU_1

A2

DNU_5

A12

DNU_7

A13

DNU_9

B1

DNU_2

B13

DNU_10

T1

DNU_3

T13

DNU_11

U1

DNU_4

U2

DNU_6

U12

DNU_8

U13

DNU_12

L10

DQS0_t

L11

DQS0_c

G10

DQS1_t

G11

DQS1_c

P10

DQS2_t

P11

DQS2_c

D10

DQS3_t

D11

DQS3_c

B2

VSS_1

B5

VSS_10

C5

VSS_11

E4

VSS_6

E5

VSS_12

F5

VSS_13

H2

VSS_2

J12

VSS_19

K2

VSS_3

L6

VSS_18

M5

VSS_14

N4

VSS_7

N5

VSS_15

R4

VSS_8

R5

VSS_16

T2

VSS_4

T3

VSS_5

T4

VSS_9

T5

VSS_17

C3

VSSCA_1

D3

VSSCA_2

F4

VSSCA_5

G3

VSSCA_3

G4

VSSCA_6

J4

VSSCA_7

M4

VSSCA_8

P3

VSSCA_4

B6

VSSQ_1

B12

VSSQ_14

C6

VSSQ_2

D12

VSSQ_15

E6

VSSQ_3

F6

VSSQ_4

F12

VSSQ_16

G6

VSSQ_5

G9

VSSQ_10

H10

VSSQ_12

K10

VSSQ_13

L9

VSSQ_11

M6

VSSQ_6

M12

VSSQ_17

N6

VSSQ_7

P12

VSSQ_18

R6

VSSQ_8

T6

VSSQ_9

T12

VSSQ_19

H9CCNNNBLTMLAR-NTM

0315-011Q000

SKU1 0315-01GR0PB
SKU2 0315-01960PB
SKU3 0315-01GJ0PB
SKU4 0315-01A20PB

P9

M_B_D5

DQ0

N9

M_B_D3

DQ1

N10

M_B_D2

DQ2

N11

M_B_D4

DQ3

M8

DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31

NC_2
NC_3
NC_1

M_B_D1

DQ4

M9

M_B_D6

DQ5

M10

M_B_D7

DQ6

M11

M_B_D0

DQ7

F11

M_B_D9

DQ8

F10

M_B_D12

DQ9

F9

M_B_D13

F8

M_B_D11

E11

M_B_D14

E10

M_B_D10

E9

M_B_D15

D9

M_B_D8

T8

M_B_D21

T9

M_B_D20

T10

M_B_D23

T11

M_B_D19

R8

M_B_D16

R9

M_B_D17

R10

M_B_D18

R11

M_B_D22

C11

M_B_D26

C10

M_B_D29

C9

M_B_D28

C8

M_B_D25

B11

M_B_D27

B10

M_B_D30

B9

M_B_D31

B8

M_B_D24

A3
A4
A5
A6
A10
U3
U4
U5
U6
U10

A8
A9
D4
D5
D6
G5
H5
H6
H12
J5
J6
K5
K6
K12
L5
P4
P5
P6
U8
U9

F2
G2
H3
L2
M2

A11
C12
E8
E12
G12
H8
H9
H11
J9
J10
K8
K11
L12
N8
N12
R12
U11

H4
J11

J8

ODT

B3

ZQ0

B4

ZQ1

C4
K9
R3

12

C1710
10PF/50V

tx_c0402

@

GND

12

C1711
10PF/50V

tx_c0402

@

GND

+1.2V

+1.2V +1.2V

+V_VREF_CA_DIMM1
+V_VREF_DQ_DIMM1

1 2

R1701 243OHM1%

1 2

R1702 243OHM1%

B0

B1

B2

B3

VDD1_1
VDD1_3
VDD1_5
VDD1_7
VDD1_9
VDD1_2
VDD1_4
VDD1_6
VDD1_8

VDD1_10

VDD2_15
VDD2_17

VDD2_1
VDD2_3

VDD2_10

VDD2_4

VDD2_5
VDD2_11
VDD2_19

VDD2_6
VDD2_12

VDD2_7
VDD2_13
VDD2_20

VDD2_8

VDD2_2

VDD2_9
VDD2_14
VDD2_16
VDD2_18

VDDCA_1
VDDCA_2
VDDCA_5
VDDCA_3
VDDCA_4

VDDQ_8

VDDQ_12

VDDQ_1

VDDQ_13
VDDQ_14

VDDQ_2
VDDQ_5
VDDQ_9
VDDQ_6
VDDQ_7
VDDQ_3

VDDQ_10
VDDQ_15

VDDQ_4

VDDQ_16
VDDQ_17
VDDQ_11

Vref(CA)
Vref(DQ)

4

M_B_D[7:0] [4]

M_B_D[15:8] [4]

M_B_DIM0_CLK1[4]

M_B_D[23:16] [ 4]

M_B_D[31:24] [ 4]

+1.8V_DDR3 +1.8V_DDR3

Close To Memory Die

+1.2V

Close To Memory Die

M_B_DIM0_ODT0 [4]

M_B_DIM0_CLK#1[4]

M_B_DIM0_CKE2[4]
M_B_DIM0_CKE3[4]

M_B_DIM0_CS#0
M_B_DIM0_CS#1

M_B_DQS4[4]

B4

M_B_DQS#4[4]

M_B_DQS5[4]

B5

M_B_DQS#5[4]

M_B_DQS6[4]

B6

M_B_DQS#6[4]

M_B_DQS7[4]

B7

M_B_DQS#7[4]

M_B_CAB0
M_B_CAB1
M_B_CAB2
M_B_CAB3
M_B_CAB4
M_B_CAB5
M_B_CAB6
M_B_CAB7
M_B_CAB8
M_B_CAB9

GNDGND

GND

R2
P2
N2
N3
M3
F3
E3
E2
D2
C2

J3
J2

K3
K4

L3
L4

L8
G8
P8
D8

A1

A2
A12
A13

B1
B13

T1
T13

U1

U2
U12
U13

L10
L11

G10
G11

P10
P11

D10
D11

B2

B5

C5

E4

E5

F5

H2

J12

K2

L6

M5

N4

N5

R4

R5

T2

T3

T4

T5

C3

D3

F4

G3

G4

J4
M4
P3

B6

B12

C6

D12

E6
F6

F12

G6
G9

H10
K10

L9
M6

M12

N6

P12

R6
T6

T12

3

U1702

CA0
CA1
CA2
CA3

B4

CA4
CA5
CA6
CA7
CA8
CA9

B5

CK_t
CK_c

CKE0
CKE1

B6

CS0_n
CS1_n

DM0
DM1
DM2
DM3

B7

DNU_1
DNU_5
DNU_7
DNU_9
DNU_2
DNU_10
DNU_3
DNU_11
DNU_4
DNU_6
DNU_8
DNU_12

DQS0_t
DQS0_c

DQS1_t
DQS1_c

DQS2_t
DQS2_c

DQS3_t
DQS3_c

VSS_1
VSS_10
VSS_11
VSS_6
VSS_12
VSS_13
VSS_2
VSS_19
VSS_3
VSS_18
VSS_14
VSS_7
VSS_15
VSS_8
VSS_16
VSS_4
VSS_5
VSS_9
VSS_17

VSSCA_1
VSSCA_2
VSSCA_5
VSSCA_3
VSSCA_6
VSSCA_7
VSSCA_8
VSSCA_4

VSSQ_1
VSSQ_14
VSSQ_2
VSSQ_15
VSSQ_3
VSSQ_4
VSSQ_16
VSSQ_5
VSSQ_10
VSSQ_12
VSSQ_13
VSSQ_11
VSSQ_6
VSSQ_17
VSSQ_7
VSSQ_18
VSSQ_8
VSSQ_9
VSSQ_19

H9CCNNNBLTMLAR-NTM

0315-011Q000

SKU1 0315-01GR0PB
SKU2 0315-01960PB
SKU3 0315-01GJ0PB
SKU4 0315-01A20PB

DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31

VDD1_1
VDD1_3
VDD1_5
VDD1_7
VDD1_9
VDD1_2
VDD1_4
VDD1_6
VDD1_8

VDD1_10

VDD2_15
VDD2_17

VDD2_1
VDD2_3

VDD2_10

VDD2_4

VDD2_5
VDD2_11
VDD2_19

VDD2_6
VDD2_12

VDD2_7
VDD2_13
VDD2_20

VDD2_8

VDD2_2

VDD2_9
VDD2_14
VDD2_16
VDD2_18

VDDCA_1
VDDCA_2
VDDCA_5
VDDCA_3
VDDCA_4

VDDQ_8

VDDQ_12

VDDQ_1

VDDQ_13
VDDQ_14

VDDQ_2

VDDQ_5

VDDQ_9

VDDQ_6

VDDQ_7

VDDQ_3

VDDQ_10
VDDQ_15

VDDQ_4

VDDQ_16
VDDQ_17
VDDQ_11

Vref(CA)

Vref(DQ)

NC_2
NC_3
NC_1

P9

M_B_D35

DQ0

N9

M_B_D33

DQ1

N10

M_B_D38

DQ2

N11

M_B_D34

DQ3

M8

M_B_D32

DQ4

M9

M_B_D36

DQ5

M10

M_B_D37

DQ6

M11

M_B_D39

DQ7

F11

M_B_D46

DQ8

F10

M_B_D47

DQ9

F9

M_B_D44

F8

M_B_D45

E11

M_B_D42

E10

M_B_D41

E9

M_B_D40

D9

M_B_D43

T8

M_B_D52

T9

M_B_D48

T10

M_B_D54

T11

M_B_D51

R8

M_B_D53

R9

M_B_D49

R10

M_B_D55

R11

M_B_D50

C11

M_B_D60

C10

M_B_D61

C9

M_B_D59

C8

M_B_D62

B11

M_B_D57

B10

M_B_D56

B9

M_B_D58

B8

M_B_D63

A3
A4
A5
A6
A10
U3
U4
U5
U6
U10

A8
A9
D4
D5
D6
G5
H5
H6
H12
J5
J6
K5
K6
K12
L5
P4
P5
P6
U8
U9

F2
G2
H3
L2
M2

A11
C12
E8
E12
G12
H8
H9
H11
J9
J10
K8
K11
L12
N8
N12
R12
U11

H4
J11

J8

ODT

B3

ZQ0

B4

ZQ1

C4
K9
R3

M_B_DIM0_ODT0

1 2

R1703 243OHM1%

1 2

R1704 243OHM1%

12

C1712
10PF/50V

tx_c0402

@

GND

12

C1713
10PF/50V

tx_c0402

@

GND

+1.2V

+V_VREF_CA_DIMM1
+V_VREF_DQ_DIMM1

M_B_D[39:32] [4]

M_B_D[47:40] [4]

M_B_D[55:48] [4]

M_B_D[63:56] [4]

Close To Memory Die

+1.2V

Close To Memory Die

GNDGND

2

+1.8V_DDR3

12

12

C1823
1UF/6.3V

tx_c0402

+1.2V

12

C1879
1UF/6.3V

tx_c0402

+0.6VS

12

C1740
1UF/6.3V

tx_c0402

+0.6VS

12

C1752
22uF/6.3V

tx_r0402_h28

@

R1.1
Follow CRB RVP5, Only one 22uF Mount Per Channel

C1861
10UF/6.3V

tx_c0603_t02_h39

12

C1865
1UF/6.3V

tx_c0402

12

C1845
10UF/6.3V

tx_c0603_t02_h39

12

C1856
1UF/6.3V

tx_c0402

12

C1880
1UF/6.3V

tx_c0402

12

C1741
1UF/6.3V

tx_c0402

12

C1753
22uF/6.3V

tx_r0402_h28

@

12

C1849
10UF/6.3V

tx_c0603_t02_h39

12

C1863
1UF/6.3V

tx_c0402

12

C1862
1UF/6.3V

tx_c0402

12

C1881
1UF/6.3V

tx_c0402

12

C1742
1UF/6.3V

tx_c0402

12

GND

12

C1846
10UF/6.3V

tx_c0603_t02_h39

GND

12

12

12

12

C1750
22uF/6.3V

tx_r0402_h28

@

C1864
1UF/6.3V

tx_c0402

C1866
1UF/6.3V

tx_c0402

C1882
1UF/6.3V

tx_c0402

C1743
1UF/6.3V

tx_c0402

12

GND

C1850
10UF/6.3V

tx_c0603_t02_h39

12

C1867
1UF/6.3V

tx_c0402

12

C1826

0.1UF/6.3V

tx_c0201

12

C1746
1UF/6.3V

tx_c0402

12

C1755
22uF/6.3V

tx_r0402_h28

@

12

12

C1868
1UF/6.3V

tx_c0402

12

C1827

0.1UF/6.3V

tx_c0201

C1747
1UF/6.3V

tx_c0402

12

+1.8V_DDR3

+V_VREF_CA_DIMM1

+V_VREF_DQ_DIMM1

M_B_CAA0
M_B_CAA1
M_B_CAA2
M_B_CAA3
M_B_CAA4
M_B_CAA5
M_B_CAA6
M_B_CAA7
M_B_CAA8
M_B_CAA9

M_B_CAB0
M_B_CAB1
M_B_CAB2
M_B_CAB3
M_B_CAB4
M_B_CAB5
M_B_CAB6
M_B_CAB7
M_B_CAB8
M_B_CAB9

M_B_DIM0_ODT0
M_B_DIM0_CS#0
M_B_DIM0_CS#1
M_B_DIM0_CKE0
M_B_DIM0_CKE1
M_B_DIM0_CKE2
M_B_DIM0_CKE3

M_B_DIM0_CLK0
M_B_DIM0_CLK#0
M_B_DIM0_CLK1
M_B_DIM0_CLK#1

12

12

C1869
1UF/6.3V

tx_c0402

12

C1828

0.1UF/6.3V

tx_c0201

12

12

C1748
1UF/6.3V

tx_c0402

12

C1756
22uF/6.3V

tx_r0402_h28

@

GND

1

+1.2V

+0.6VS

R1705 68Ohm
R1706 68Ohm
R1707 68Ohm
R1708 68Ohm
R1709 68Ohm
R1710 68Ohm
R1711 68Ohm
R1712 68Ohm
R1713 68Ohm
R1714 68Ohm

R1715 68Ohm
R1716 68Ohm
R1717 68Ohm
R1718 68Ohm
R1719 68Ohm
R1720 68Ohm
R1721 68Ohm
R1722 68Ohm
R1723 68Ohm
R1724 68Ohm

R1729 80.6Ohm
R1728 80.6Ohm
R1727 80.6Ohm
R1725 80.6Ohm
R1726 80.6Ohm
R1734 80.6Ohm
R1735 80.6Ohm

R1730 37.4Ohm
R1731 37.4Ohm
R1733 37.4Ohm
R1732 37.4Ohm

12

C1873

C1870

1UF/6.3V

1UF/6.3V

tx_c0402

tx_c0402

GND

12

C1829

0.1UF/6.3V

tx_c0201

GND

12

C1754
22UF/6.3V

C1749

X5R/+/-20%

1UF/6.3V

tx_c0603_t02_h39

tx_c0402

C1757
22uF/6.3V

tx_r0402_h28

@

+1.8V_DDR3 [16]

+1.2V [4,7,16,18,83]

+0.6VS [16,57,83]

+V_VREF_CA_DIMM1 [18]

+V_VREF_DQ_DIMM1 [18]

12

GND

C1751
22uF/6.3V

tx_r0402_h28

@

+0.6VS

1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2

1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2
1 2

1 2
1 2
1 2
1 2
1 2
1 2
1 2

1 2
1 2
1 2
1 2

+1.2V

A A

12

C1857
1UF/6.3V

tx_c0402

12

C1872
10UF/6.3V

tx_c0603_t02_h39

12

C1871
10UF/6.3V

tx_c0603_t02_h39

GND

5

+1.2V

12

C1858
1UF/6.3V

tx_c0402

+V_VREF_DQ_DIMM1+V_VREF_CA_DIMM1

12

C1859
1UF/6.3V

tx_c0402

GND

12

C1701

0.047UF/16V

tx_c0402

12

C1702

0.047UF/16V

tx_c0402

12

4

C1703

0.047UF/16V

tx_c0402

12

GNDGNDGNDGND

C1704

0.047UF/16V

tx_c0402

+1.2V

12

C1860
1UF/6.3V

tx_c0402

12

C1812
10UF/6.3V

tx_c0603_t02_h39

12

C1844
10UF/6.3V

tx_c0603_t02_h39

GND

3

+1.2V

12

C1854
1UF/6.3V

tx_c0402

12

C1855
1UF/6.3V

tx_c0402

<Variant Name>

<Variant Name>

GND

2

<Variant Name>

Title :

Title :

Title :

LPDDR3(2)_Channel B

LPDDR3(2)_Channel B

LPDDR3(2)_Channel B

Willy_Liao

Willy_Liao

Engineer:

Engineer:

HAWAII

HAWAII

HAWAII

Engineer:

1

Size Project Name

Size Project Name

Size Project Name

C

C

C

Date: Sheet of

Date: Sheet of

Date: Sheet of

Willy_Liao

17 100Thursday, March 31, 2016

17 100Thursday, March 31, 2016

17 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

+1.2V

+V_VREF_DQ_DIMM0

LPDDR3 Vref

D D

1 2

DIMM0_VREF_DQ[4]

12

12

C C

DIMM1_VREF_DQ[4]

12

12

B B

R1803 10Ohm

C1801

0.022UF/16V

tx_c0402

R1804

24.9Ohm

tx_r0402
1%

R1807 10Ohm

C1802

0.022UF/16V

tx_c0402

R1808

24.9Ohm

tx_r0402
1%

tx_r0402

1 2

tx_r0402

1%

1%

+1.2V

12

12

+1.2V

12

12

R1801

8.2KOhm

tx_r0402
1%

R1802

8.2KOhm

tx_r0402
1%

R1805

8.2KOhm

tx_r0402
1%

R1806

8.2KOhm

tx_r0402
1%

+V_VREF_DQ_DIMM0

+V_VREF_DQ_DIMM1

+V_VREF_CA_DIMM0

+V_VREF_DQ_DIMM1

+V_VREF_CA_DIMM1

+1.2V [4,7,16,17,83]

+V_VREF_DQ_DIMM0 [16]

+V_VREF_CA_DIMM0 [16]

+V_VREF_DQ_DIMM1 [17]

+V_VREF_CA_DIMM1 [17]

+1.2V

3

+V_VREF_CA_DIMM0

+V_VREF_CA_DIMM1

Title :

Title :

Title :

Engineer:

Engineer:

BG1-NB4

BG1-NB4

BG1-NB4

Size Projec t Name

Size Projec t Name

Size Projec t Name

B

B

B

Date: Sheet of

Date: Sheet of

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Engineer:

LPDDR3(3)_CA/DQ

LPDDR3(3)_CA/DQ

LPDDR3(3)_CA/DQ

Willy_Liao

Willy_Liao

Willy_Liao

18 10 0Thursday, March 31, 2016

18 10 0Thursday, March 31, 2016

18 10 0Thursday, March 31, 2016

1

Rev

Rev

Rev

0.0

0.0

0.0

12

R1809

8.2KOhm

tx_r0402

12

1%

R1810

8.2KOhm

tx_r0402
1%

R1811

DIMM_VREF_CA[4]

12

C1803

0.022UF/16V

tx_c0402

A A

5

12

R1812

24.9Ohm

tx_r0402
1%

1 2

5.1OHM

10T220000087

DIMM_VREF_CA_R

4

1 2

SP1801 0Ohm

tx_r0402_short_12mil

1 2

SP1802 0Ohm

tx_r0402_short_12mil

5

4

3

2

1

+3VSUS_ORG

+3VS

U0301E

SPI - FLASH

D D

C C

B B

SPI_CLK[28]
SPI_SO[28]

SPI_SI[28]
SPI_WP#_IO2[28]
SPI_HOLD#_IO3[28]
SPI_CS#0[28]

12

C2003
10PF/50V

@

tx_c0402

RF reserve

GND

CL_CLK[53]
CL_DATA[53]
CL_RST#[53]

RCIN#[30]

INT_SERIRQ[30,44,62]

1 2

R2004 20KOhm@

GND

1 2

R2006 20KOhm@

GND

1 2

R2008 20KOhm@

GND

tx_r0402

tx_r0402

tx_r0402

T2011
T2001

T2016
T2017
T2018
T2019
T2020
T2021

1
1

1
1
1
1
1
1

WiGig_WAKE#

SPI_CS1#
SPI_CS2#

SPI1_CLK_1
SPI1_MISO
SPI1_MOSI
SPI1_IO2
SPI1_IO3
SPI1_CS#

AV2

SPI0_CLK

AW3

SPI0_MISO

AV3

SPI0_MOSI

AW2

SPI0_IO2

AU4

SPI0_IO3

AU3

SPI0_CS0#

AU2

SPI0_CS1#

AU1

SPI0_CS2#

M2

GPP_D1/SPI1_CLK

M3

GPP_D2/SPI1_MISO

J4

GPP_D3/SPI1_MOSI

V1

GPP_D21/SPI1_IO2

V2

GPP_D22/SPI1_IO3

M1

GPP_D0/SPI1_CS#

G3

CL_CLK

G2

CL_DATA

G1

CL_RST#

AW13

GPP_A0/RCIN#

AY11

GPP_A6/SERIRQ

940432

01T010000015

1 2

R2003 2.2kOHM

tx_r0402

CRB 0.53 reserve 150k ohm

1 2

R2005 4.7KOhm@

tx_r0402

CRB 0.53 reserve 150k ohm

1 2

R2007 4.7KOhm@

tx_r0402

SPI - TOUCH

C LINK

BBS [21]

+3VSUS_ORG

+3VSUS_ORG

+3VSUS_ORG

SMBALERT# - Internal weak pull down 20k ohm
TLS Confidentiality
0 : Disable (default)
1 : Enable

SML0ALERT# - Internal weak pull down 20 kohm
0 : LPC EC (default)
1 : eSPI EC

BBS - Internal weak pull down 20k ohm
Boot BIOS Strap
0 : SPI destination (default)
1 : LPC destination

LPC

SMBUS, SMLINK

GPP_A14/SUS_STAT#/ESPI_RESET#

GPP_C0/SMBCLK

GPP_C1/SMBDATA

GPP_C2/SMBALERT#

GPP_C3/SML0CLK

GPP_C4/SML0DATA

GPP_C5/SML0ALERT#

GPP_C6/SML1CLK

GPP_C7/SML1DATA

GPP_B23/SML1ALERT#/PCHHOT#

GPP_A1/LAD0/ESPI_IO0
GPP_A2/LAD1/ESPI_IO1
GPP_A3/LAD2/ESPI_IO2
GPP_A4/LAD3/ESPI_IO3

GPP_A5/LFRAME#/ESPI_CS#

GPP_A9/CLKOUT_LPC0/ESPI_CLK

GPP_A10/CLKOUT_LPC1

GPP_A8/CLKRUN#

R7
R8
R10

R9
W2
W1

W3
V3
AM7

AY13
BA13
BB13
AY12
BA12
BA11

AW9
AY9
AW11

SMB_CLK
SMB_DAT
SMBALERT#

SML1_DAT
SML1ALERT#

CLK_KBCPCI_PCH_R

CLK_LPC1

1

T2012

1

T2013

1

T2008

1

SML0_CLK_NFC
SML0_DAT_NFC
WiGig_WAKE#

SML1_CLK

PM_CLKRUN#

INT_SERIRQSMBALERT#

SMB_CLK

SMB_DAT

T2003

1

T2004

WiGig_WAKE# [53]

1

T2014

1

T2015

1

T2010

LPC_AD0 [30,44,62]
LPC_AD1 [30,44,62]
LPC_AD2 [30,44,62]
LPC_AD3 [30,44,62]
LPC_FRAME# [30,44,62]
PM_SUS_STAT# [62]

R2001 22OHM tx_r0201_h10 1%
R2002 22OHM tx_r0201_h10 1%/Debug
R2014 22OHM tx_r0201_h10 1%/TPM

PM_CLKRUN# [30,62]

Unmount R2013,R2009
Vendor Suggest Pull High Resistor Need To Close To TPM
PM_CLKRUN#, INT_SERIRQ Need To Pull 10Kohm To+3VS at Chipset Side

1 2

R2013 10KOhm tx_r0402

1 2

R2009 10KOhm tx_r0402

3 4

2.2KOHM

1 2

2.2KOHM

1 2
1 2
1 2

RN2001B

tx_2r4p0402_h18

RN2001A

tx_2r4p0402_h18

Reserve For Touch Pad

Reserve For NFC

To EC

TPM

C2001

10PF/50V

tx_c0402

@

+3VS

+3VSUS_ORG

Delete SML0 PU

SML1_DAT

SML1_CLK

SML1ALERT#

3 4

RN2002B

2.2KOHM

tx_2r4p0402_h18

1 2

RN2002A2.2KOHM

tx_2r4p0402_h18

1 2

R2012 150KOhm 1%

tx_r0402

MOW WW52
To enable Direct Connect Interface (DCI),
a 150K pull up resistor will need to be added to PCHHOT#
pin. This pin must be low during the rising edge of RSMRST#.

+3VSUS_ORG [21,22,23,25, 26]

+3VS [3,4,21,22,23,24,30,32,36,40,41,44,45,50,51,53,55,56,57,62,70,91,92]

CLK_KBCPCI_PCH [30]

CLK_DEBUG [44]
LPCCLK_TPM [62]

12

12

C2002
10PF/50V

tx_c0402

@

GNDGND

A A

PCH(1)_SPI/LPC

PCH(1)_SPI/LPC

PCH(1)_SPI/LPC

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Willy_Liao

Willy_Liao

Willy_Liao

20 100Thursday, March 31, 2016

20 100Thursday, March 31, 2016

20 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

Microsoft* Windows* 7 System WHCK Requirement – OEM platforms are
required to include a supported OS debug interface, accessible by an enduser.
This allows developers to help in driver debug. The supported
Windows 7 debug interfaces are EHCI, 1394 port and COM port.

With skylake EHCI Removal, Potential Gap with Windows* 7 Kernel Debug
and OS Installation – Mitigation Required

D D

4

3

2

1

+3VS

U0301F

GPP_B15
GPP_B16
GPP_B17

C C

WiGig_RST#[53]

VDB_PD_EN_PCH#[57]

1 2

BBS[ 20]

To implement UART for WIN7 WHCK requirement if need

Please refer to Intel document #548689 - RVP5

WLAN_ON[30,53]

R1.2

Sensors

Touch Panel

Rear Camera (5M)

B B

+3VSUS_ORG +3VSUS_ORG +3VSUS_ORG +3VSUS_ORG +3VSUS_ORG

12

R2104
10KOhm

tx_r0402

@

12

R2105
10KOhm

tx_r0402

A A

GND GND GND

BT_ON/OFF#[30,53]

LCD_BKLTEN_PCH[3,45]

PCH_I2C0_SDA[30,70]

PCH_I2C0_SCL[30,70]

PCH_I2C1_SDA[56]

PCH_I2C1_SCL[ 56]

PCH_I2C2_SDA[55]

PCH_I2C2_SCL[ 55]

+3VSUS_ORG +3VSUS_ORG

12

12

12

R2106
10KOhm

tx_r0402

R2107
10KOhm

tx_r0402

@

R2152
10KOhm

tx_r0402

@

PCB_ID2 GPP_D14 GPP_C15MEM_ID3

12

R2153
10KOhm

tx_r0402

GND

R2126 0Ohm tx_r0402_0ohm@
R2127 0Ohm tx_r0402_0ohm@

R2149 0Ohm tx_r0402_0ohm

GPP_C14PCB_ID1

MB Version ID

PCB_ID2 PCB_ID1 PCB_ID0
(GPP_D14) (GPP_C14) (GPP_C13)
A1 Build 1 0 0
A2 Build 1 0 1
B1 Build 1 1 0
B2 Build 1 1 1
C1 Build 0 0 0
C2 Build 0 0 1
PPR Build 0 1 0

Hawaii (PPR build default)

5

R2102

1 2
1 2

1 2

CAM_5M_EN_RESET#[55]
CAM_5M_EN_PWR[55]

0Ohm tx_r0402_0ohm

reserve UART

T2109
T2110
T2111
T2144

T2112

1

T2133

1

T2134

B15 B16 B17 C15

12

R2108
10KOhm

tx_r0402

12

R2109
10KOhm

tx_r0402

@

GND

Memory ID

GPP_B18

WiGig_RST#
VDB_PD_EN_PCH#

BBS_R

1

GPP_C8

1

GPP_C9

1

GPP_C10

1

GPP_C11

WLAN_ON_PCH
BT_ON/OFF#_PCH
GPP_C22

1

GPP_C23

PCH_I2C0_SDA
PCH_I2C0_SCL

PCH_I2C1_SDA
PCH_I2C1_SCL

PCH_I2C2_SDA
PCH_I2C2_SCL

CAM_5M_EN_RESET#
CAM_5M_EN_PWR

PCH_I2C4_SDA
PCH_I2C4_SCL

12

R2115
10KOhm

tx_r0402

12

R2116
10KOhm

tx_r0402

@

4

12

R2119
10KOhm

tx_r0402

12

R2120
10KOhm

tx_r0402

@

GND

AN8

AP7
AP8

AR7

AM5
AN7

AP5

AN5

AB1
AB2
W4
AB3

AD1
AD2
AD3
AD4

U7
U6

U8
U9

AH9

AH10

AH11
AH12

AF11
AF12

12

R2117
10KOhm

tx_r0402

12

R2118
10KOhm

tx_r0402

@

GND

LPSS ISH

GPP_B15/GSPI0_CS#
GPP_B16/GSPI0_CLK
GPP_B17/GSPI0_MISO
GPP_B18/GSPI0_MOSI

GPP_B19/GSPI1_CS#
GPP_B20/GSPI1_CLK
GPP_B21/GSPI1_MISO
GPP_B22/GSPI1_MOSI

GPP_C8/UART0_RXD
GPP_C9/UART0_TXD
GPP_C10/UART0_RTS#
GPP_C11/UART0_CTS#

GPP_C20/UART2_RXD
GPP_C21/UART2_TXD
GPP_C22/UART2_RTS#
GPP_C23/UART2_CTS#

GPP_C16/I2C0_SDA
GPP_C17/I2C0_SCL

GPP_C18/I2C1_SDA
GPP_C19/I2C1_SCL

GPP_F4/I2C2_SDA
GPP_F5/I2C2_SCL

GPP_F6/I2C3_SDA
GPP_F7/I2C3_SCL

GPP_F8/I2C4_SDA
GPP_F9/I2C4_SCL

940432

01T010000015

MEM_ID0 GPP_B15

MEM_ID1 GPP_B16PCB_ID0 GPP_C13

MEM_ID2 GPP_B17

C 3.3V GPIO

F 1.8V GPIO

+3VSUS_ORG

Hawaii (C build default)(SKU3)

3

GPP_D9
GPP_D10
GPP_D11

D 3.3V GPIO

GPP_F10/I2C5_SDA/ISH_I2C2_SDA

GPP_F11/I2C5_SCL/ISH_I2C2_SCL

GPP_D13/ISH_UART0_RXD/SML0BDATA/I2C4B_SDA

GPP_D14/ISH_UART0_TXD/SML0BCLK/I2C4B_SCL

Sx_EXIT_HOLDOFF#/GPP_A12/BM_BUSY#/ISH_GP6

GPP_D15/ISH_UART0_RTS#

GPP_D16/ISH_UART0_CTS#/SML0BALERT#

GPP_C12/UART1_RXD/ISH_UART1_RXD

GPP_C13/UART1_TXD/ISH_UART1_TXD
GPP_C14/UART1_RTS#/ISH_UART1_RTS#
GPP_C15/UART1_CTS#/ISH_UART1_CTS#

GPP_D12

GPP_D5/ISH_I2C0_SDA

GPP_D6/ISH_I2C0_SCL

GPP_D7/ISH_I2C1_SDA

GPP_D8/ISH_I2C1_SCL

GPP_A18/ISH_GP0
GPP_A19/ISH_GP1
GPP_A20/ISH_GP2
GPP_A21/ISH_GP3
GPP_A22/ISH_GP4
GPP_A23/ISH_GP5

Reserved

12

R2154
10KOhm

tx_r0402

Panel_ID0 GPP_D15

12

R2155
10KOhm

tx_r0402

@

GND

Panel ID

Panel_ID0
(GPP_D14)
AUO 1
PVO 0

P2
P3

I2C0_MUX_SEL

P4

GPP_D11

P1

GPP_D12

M4

ISH_I2C0_SDA

N3

ISH_I2C0_SCL

N1

ISH_I2C1_SDA

N2

ISH_I2C1_SCL

AD11
AD12

U1

TP_IRQ#

U2

GPP_D14

U3

GPP_D15

U4

TCH_PNL_RPS#_PCH_R

AC1

GPP_C12

AC2

GPP_C13

AC3

GPP_C14

AB4

GPP_C15

AY8

GYRO_INT_PCH

BA8

ALS_INT_PCH

BB7

E_COMPASS_RSTN_PCH

BA7
AY7
AW7
AP13

Hawaii (B2 build default)

1 2

R2151 0Ohm tx_r0402_0ohm@

1 2

R2150 0Ohm tx_r0402_0ohm@

1

T2132

1

T2148

1

T2129

1

T2147

1 2

R2103 0Ohm tx_r0402_0ohm

2

+3VS [3,4,20,22,23,24,30,32,36,40,41,44,45,50,51,53,55,56,57,62,70,91, 92]

I2C0_MUX_SEL [30]

VOL_UP# [30,56]

VOL_DOWN# [30,56]

ISH_I2C0_SDA [41, 70]
ISH_I2C0_SCL [41,70]

ISH_I2C1_SDA [41]
ISH_I2C1_SCL [41]

OP_SD# [ 36]

GYRO_INT_PCH [70]
ALS_INT_PCH [56]

E_COMPASS_RSTN_PCH [70]

PCH_I2C0_SDA
PCH_I2C0_SCL

PCH_I2C2_SDA
PCH_I2C2_SCL

PCH_I2C4_SDA
PCH_I2C4_SCL

R2113 2.2kOHM tx_r0402
R2114 2.2kOHM tx_r0402

R2128 4.7KOhm tx_r0402
R2129 4.7KOhm tx_r0402

R2124 4.7KOhm tx_r0402@
R2125 4.7KOhm tx_r0402@

GPP_B18

GSPI0_MOSI / GPP_B18 - Internal weak pull down 20k ohm
0 : Disable No Reboot mode(default)
1 : Enable NO Reboot Enable mode

Internal SensorHub

Internal SensorHub debug port

1 2
1 2

1 2
1 2

1 2
1 2

1 2

R2112 4.7KOhm tx_r0402@

1 2

R2122 4.7KOhm tx_r0402@

+3VSUS_ORG

Default is GPO, to reserve pull high to +3VSUS_ORG

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

+3VS

+1.8VS

+1.8VS

+3VS

PCH(2)_ISH

PCH(2)_ISH

PCH(2)_ISH

Willy_Liao

Willy_Liao

Willy_Liao

21 100Thursday, March 31, 2016

21 100Thursday, March 31, 2016

21 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

+VCCPAZIO

+3VS

D D

U0301G

AUDIO

1 2

HDA_SYNC[36]
HDA_BCLK[36]
HDA_SDO[36]
HDA_SDI0[36]

HDA_RST#[36]

12

C C

Reserved for iSST
Reserved for iSST

B B

R1.1 . RF Suggest

Close To PCH Side

DMIC_CLK0_PCH[36]

DMIC_DAT0_PCH[36]

DGL_DIR_PCH[56] CAM_5M_EN_CLK [55]

DGL_PWR_MUX_EN_PCH[56]

HDA_SPKR[36]

C2201
10PF/50V

tx_c0402

@

R2211 3 3Ohm tx_r0402
R2212 3 3Ohm tx_r0402

SP2201 0Ohm tx_r0402_short_12m il

1 2

SP2202 0Ohm tx_r0402_short_12m il

1 2

SP2203 0Ohm tx_r0402_short_12m il

1 2

SP2204 0Ohm tx_r0402_short_12m il

1 2

SP2205 0Ohm tx_r0402_short_12m il

12

C2202

2.2UF/6.3V

tx_c0402

@

GNDGND

1 2
1 2

1 2

SP2208 0Ohm

tx_r0402_short_12mil

GND

T2201

T2202

R2202 2 0KOhm@

HDA_SYNC_R
HDA_BCLK_R
HDA_SDO_R
HDA_SDI0_R

1

HDA_SDI1
HDA_RST#_R

1

GPP_D23

Remove SNN

DMIC_CLK0_PCH_R
DMIC_DAT0_PCH_R

SPKR

1 2

tx_r0402

BA22

HDA_SYNC/I2S0_SFRM

AY22

HDA_BLK/I2S0_SCLK

BB22

HDA_SDO/I2S0_TXD

BA21

HDA_SDI0/I2S0_RXD

AY21

HDA_SDI1/I2S1_RXD

AW22

HDA_RST#/I2S1_SCLK

J5

GPP_D23/I2S_MCLK

AY20

I2S1_SFRM

AW20

I2S1_TXD

AK7

GPP_F1/I2S2_SFRM

AK6

GPP_F0/I2S2_SCLK

AK9

GPP_F2/I2S2_TXD

AK10

GPP_F3/I2S2_RXD

H5

GPP_D19/DMIC_CLK0

D7

GPP_D20/DMIC_DATA0

D8

GPP_D17/DMIC_CLK1

C8

GPP_D18/DMIC_DATA1

AW5

GPP_B14/SPKR

940432

01T010000015

SPKR

1 2

R2209 4 .7KOhm@

tx_r0402

1 2

R2210 4 .7KOhm@

tx_r0402

+3VS

+3VSUS_ORG

SDIO/SDXC

GPP_A17/SD_PWR_EN#/ISH_GP7

SPKR - Internal weak pull down
0 : Disable TOP Swap mode (default)
1 : Enable Top Swap Enable

Default is GPO, to reserve pull high to +3VSUS_ORG

+3VSUS_ORG

GPP_G0/SD_CMD
GPP_G1/SD_DATA0
GPP_G2/SD_DATA1
GPP_G3/SD_DATA2
GPP_G4/SD_DATA3

GPP_G5/SD_CD#

GPP_G6/SD_CLK

GPP_G7/SD_WP

GPP_A16/SD_1P8_SEL

SD_RCOMP

GPP_F23

+VCCPAZIO [26]

+3VS [3,4,20,21,23,24,30,32,36,40,41,44,45,50,51,53,55,56,57 ,62,70,91,92]

+3VSUS_ORG [20,21,23,25,26]

AB11
AB13
AB12
W12
W11
W10
W8
W7

BA9
BB9

AB7

AF13

uSD_CMD
uSD_DATA0
uSD_DATA1
uSD_DATA2
uSD_DATA3
uSD_CD#
uSD_CLK

uSD_WP
uSD_PWR_EN#
uSD_1P8_SEL

SKL_SD_RCOMP

1

T2211

1

T2212

1

T2213

1

T2214

1

T2215

1

T2216

1

T2217

1

T2205

1

T2218

1

T2219

1 2

R2201 2 00Ohm1% tx_r0402

GND

+VCCPAZIO

CRB 0.53 reserve 150k ohm

1 2

R2203 4 .7KOhm@

tx_r0402

A A

5

4

HDA_SDO_R

3

2 1

tx_sod323_h39

D2201CH751H-40AGP

PCH_FLASH_DESCRIPTOR [30]

HDA_SDO - Internal weak pull down
FLASH DESCRIPTOR SECURITY OVERRRIDE
0 : Enable security measure defined in the Flash Descriptor
1 : Disable Flash Descriptor Security

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

BG1-NB4

BG1-NB4

BG1-NB4

Size Projec t Name

Size Projec t Name

Size Projec t Name

B

B

B

Date: Sheet of

Date: Sheet of

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

1

PCH(3)_HDA/SDIO

PCH(3)_HDA/SDIO

PCH(3)_HDA/SDIO

Willy_Liao

Willy_Liao

Willy_Liao

22 10 0Thursday, March 31, 2016

22 10 0Thursday, March 31, 2016

22 10 0Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

D D

SATA_RXN1_SSD[51]

C C

SSD

WLAN

WiGig

SATA_RXP1_SSD[51]

SATA_TXN1_SSD[51]
SATA_TXP1_SSD[51]

PCIE_RXN9_WLAN[53]

PCIE_RXP9_WLAN[53]

PCIE_TXN9_WLAN[53]
PCIE_TXP9_WLAN[53]

PCIE_RXN_WiGig[53]

PCIE_RXP_WiGig[53]

PCIE_TXN_WiGig[53]
PCIE_TXP_WiGig[ 53]

PCIE_RCOMP PDG 0.9 need 100 ohm 0.1% / CRB 0.53 use 100 ohm +-1%

Reserve TP for XDP

B B

4

12

C2309 0.1UF/16V tx_c0402

12

C2310 0.1UF/16V tx_c0402

12

C2311 0.1UF/16V tx_c0402

12

C2312 0.1UF/16V tx_c0402

1 2

R2301 100Ohm 1%tx_r0402

1

PROC_PRDY#

T2323

1

PROV_PREQ#

T2324

PIRQA#

PCIE_TXN9_WLAN_C
PCIE_TXP9_WLAN_C

PCIE_TXN_WiGig_C
PCIE_TXP_WiGig_C

PCIE_RCOMPN
PCIE_RCOMPP

U0301H

PCIE/USB3/SATA

H13

PCIE1_RXN/USB3_5_RXN

G13

PCIE1_RXP/USB3_5_RXP

B17

PCIE1_TXN/USB3_5_TXN

A17

PCIE1_TXP/USB3_5_TXP

G11

PCIE2_RXN/USB3_6_RXN

F11

PCIE2_RXP/USB3_6_RXP

D16

PCIE2_TXN/USB3_6_TXN

C16

PCIE2_TXP/USB3_6_TXP

H16

PCIE3_RXN

G16

PCIE3_RXP

D17

PCIE3_TXN

C17

PCIE3_TXP

G15

PCIE4_RXN

F15

PCIE4_RXP

B19

PCIE4_TXN

A19

PCIE4_TXP

F16

PCIE5_RXN

E16

PCIE5_RXP

C19

PCIE5_TXN

D19

PCIE5_TXP

G18

PCIE6_RXN

F18

PCIE6_RXP

D20

PCIE6_TXN

C20

PCIE6_TXP

F20

PCIE7_RXN/SATA0_RXN

E20

PCIE7_RXP/SATA0_RXP

B21

PCIE7_TXN/SATA0_TXN

A21

PCIE7_TXP/SATA0_TXP

G21

PCIE8_RXN/SATA1A_RXN

F21

PCIE8_RXP/SATA1A_RXP

D21

PCIE8_TXN/SATA1A_TXN

C21

PCIE8_TXP/SATA1A_TXP

E22

PCIE9_RXN

E23

PCIE9_RXP

B23

PCIE9_TXN

A23

PCIE9_TXP

F25

PCIE10_RXN

E25

PCIE10_RXP

D23

PCIE10_TXN

C23

PCIE10_TXP

F5

PCIE_RCOMPN

E5

PCIE_RCOMPP

D56

PROC_PRDY#

D61

PROC_PREQ#

BB11

GPP_A7/PIRQA#

E28

PCIE11_RXN/SATA1B_RXN

E27

PCIE11_RXP/SATA1B_RXP

D24

PCIE11_TXN/SATA1B_TXN

C24

PCIE11_TXP/SATA1B_TXP

E30

PCIE12_RXN/SATA2_RXN

F30

PCIE12_RXP/SATA2_RXP

A25

PCIE12_TXN/SATA2_TXN

B25

PCIE12_TXP/SATA2_TXP

940432

01T010000015

3

SSIC / USB3

USB3_2_RXN/SSIC_RXN

USB3_2_RXP/SSIC_RXP
USB3_2_TXN/SSIC_TXN
USB3_2_TXP/SSIC_TXP

USB2

USB2_VBUSSENSE

GPP_E9/USB2_OC0#
GPP_E10/USB2_OC1#
GPP_E11/USB2_OC2#
GPP_E12/USB2_OC3#

(OD)

GPP_E4/DEVSLP0

(OD)

GPP_E5/DEVSLP1

(OD)

GPP_E6/DEVSLP2

GPP_E0/SATAXPCIE0/SATAGP0
GPP_E1/SATAXPCIE1/SATAGP1
GPP_E2/SATAXPCIE2/SATAGP2

GPP_E8/SATALED#

USB3_1_RXN
USB3_1_RXP
USB3_1_TXN
USB3_1_TXP

USB3_3_RXN
USB3_3_RXP
USB3_3_TXN
USB3_3_TXP

USB3_4_RXN
USB3_4_RXP
USB3_4_TXN
USB3_4_TXP

USB2N_1
USB2P_1

USB2N_2
USB2P_2

USB2N_3
USB2P_3

USB2N_4
USB2P_4

USB2N_5
USB2P_5

USB2N_6
USB2P_6

USB2N_7
USB2P_7

USB2N_8
USB2P_8

USB2N_9
USB2P_9

USB2N_10
USB2P_10

USB2_COMP

USB2_ID

H8
G8
C13
D13

J6
H6
B13
A13

J10
H10
B15
A15

E10
F10
C15
D15

AB9
AB10

AD6
AD7

AH3
AJ3

AD9
AD10

AJ1
AJ2

AF6
AF7

AH1
AH2

AF8
AF9

AG1
AG2

AH7
AH8

AB6
AG3
AG4

A9
C9
D9
B9

J1
J2
J3

H2
H3
G4

H1

2

USBCOMP
USB2_ID_OTG
USB2_VBUSSENSE_OTG

OC0#
OC1#
OC2#
OC3#

SATA_DEVSLP0
SATA_DEVSLP1

SATA_SSD0_PEDET_R
SATA_SSD1_PEDET_R

SATA_LED#

R2304 10KOhm tx_r0402@

OC0#
OC1#
OC2#
OC3#

PIRQA#

+3VSUS_ORG

+3VS

USB_PN2_30 [52]
USB_PP2_30 [52]

USB_PN3_PD [96]
USB_PP3_PD [96]

USB_PN4_20 [56]
USB_PP4_20 [56]

USB_PN5_BT [53]
USB_PP5_BT [53]

USB_PN7_CCD [55]
USB_PP7_CCD [55]

USB_PN8_CR [40]
USB_PP8_CR [40]

USB_PN9_PD [96]
USB_PP9_PD [96]

USB2_COMP PDG 1.0 R=113 +-1%

1 2

R2302 113Ohm1% tx_r0402

1 2

R2319 1KOhm tx_r0402

1 2

R2320 1KOhm tx_r0402

1 2

R2307 0Ohm tx_r0402_0ohm

1 2

R2308 0Ohm tx_r0402_0ohm

1 2

1

T2325

1 2

R2321 0Ohm tx_r0402_0ohm

1 2

R2309 0Ohm tx_r0402_0ohm

1 2

R2310 0Ohm tx_r0402_0ohm

1 2

R2322 0Ohm tx_r0402_0ohm

1 2

R2318 10KOhm

tx_r0402

3 4
7 8
1 2
5 6

1

+3VSUS_ORG [20,21,22,25, 26]

+3VS [3,4,20,21,22,24,30,32,36,40,41,44,45,50,51,53,55,56,57,62,70,91, 92]

USB3_RXN2 [52]
USB3_RXP2 [52]
USB3_TXN2 [52]

USB3_TXP2 [52]

USB3_RXN3 [95]
USB3_RXP3 [95]
USB3_TXN3 [95]

USB3_TXP3 [95]

USB3.0

USB3.0 Type C

USB3.0

USB3.0 Type C

Keyboard (POGO CONN.)

Bluetooth

Camera (Front)

Card Reader

USB3.0 Type C

SATA SSD

+3VSUS_ORG

1

T2327

SATA_DEVSLP1 [51]

1

T2328

SATA_SSD1_PEDET [51]

USB30 port2
POGO
Type C

MOW 5.1.3 If the platform does not

GND
GND

support Dual Role, then USB2_ID pin

GND

shall be connected directly to GND.

RN2301B

10KOhm

RN2301D

10KOhm

RN2301A

10KOhm

RN2301C

10KOhm

+3VS

1

T2326

+3VS

tx_4r8p0402_h22
tx_4r8p0402_h22
tx_4r8p0402_h22
tx_4r8p0402_h22

USB_OC1#_PCH [ 52]
USB_OC2#_PCH [ 56]
USB_OC3#_PCH [ 96]

C2315
10PF/50V

tx_c0201

RF reserve

12

Capture from 545659_545659_SKL_PCH_LP_EDS_Rev1_0_pub
Please refer the latest Doc.

Remove XDP

A A

PCH(4)_USB/PCIE/SATA

PCH(4)_USB/PCIE/SATA

PCH(4)_USB/PCIE/SATA

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Willy_Liao

Willy_Liao

Willy_Liao

23 100Thursday, March 31, 2016

23 100Thursday, March 31, 2016

23 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

D D

Rear Camera (5M) Rear Camera (5M)

C C

Remove SNN

CLK_PC IE_WiG ig#_PC H[53]

WiGig

CLK_PC IE_WiG ig_PCH[53]
CLK_RE Q3_WiG ig#[53]

CLK_PC IE_WL AN#_PC H[53]

WLAN

B B

CLK_RE Q3_WiG ig#_R

CLK_RE Q3_WiG ig#_R

CLK_RE Q4_WL AN#_R

CLK_RE Q4_WL AN#_R

CLK_RE Q5_CR# _R

CLK_RE Q5_CR# _R

SRCCLKREQ#[5:0] (PDG v1.3 Page 835)

SRCCLKREQ#[5:0] (PDG v1.3 Page 835)

SRCCLKREQ#[5:0] (PDG v1.3 Page 835)SRCCLKREQ#[5:0] (PDG v1.3 Page 835)
Any un-used, disabled, must be left as no connects at the PCH side on the platform.

Any un-used, disabled, must be left as no connects at the PCH side on the platform.

Any un-used, disabled, must be left as no connects at the PCH side on the platform.Any un-used, disabled, must be left as no connects at the PCH side on the platform.
Any used, enabled, should connect to a PCIe* connector pin or a device down ball with a 10K Ohm ±10% external pull-up resistor to core rail.

Any used, enabled, should connect to a PCIe* connector pin or a device down ball with a 10K Ohm ±10% external pull-up resistor to core rail.

Any used, enabled, should connect to a PCIe* connector pin or a device down ball with a 10K Ohm ±10% external pull-up resistor to core rail.Any used, enabled, should connect to a PCIe* connector pin or a device down ball with a 10K Ohm ±10% external pull-up resistor to core rail.
CLKOUT_PCIE_P/N[5:0] (PDG v1.3 Page420)

CLKOUT_PCIE_P/N[5:0] (PDG v1.3 Page420)

CLKOUT_PCIE_P/N[5:0] (PDG v1.3 Page420)CLKOUT_PCIE_P/N[5:0] (PDG v1.3 Page420)
Any differential clock pair not being used must be left as no connect

Any differential clock pair not being used must be left as no connect

Any differential clock pair not being used must be left as no connectAny differential clock pair not being used must be left as no connect

A A

1 2

R2430 1 0KOhm tx_r0402

1 2

R2409 1 0KOhm tx_r0402@

1 2

R2412 1 0KOhm tx_r0402@

1 2

R2429 1 0KOhm tx_r0402

1 2

R2408 1 0KOhm tx_r0402@

1 2

R2411 1 0KOhm tx_r0402@

1 2

R2442 1 0KOhm tx_r0402

1 2

R2441 1 0KOhm tx_r0402@

1 2

R2440 1 0KOhm tx_r0402@

+3VSUS

+3VS

+3VSUS

+3VS

+3VSUS

+3VS

GND

GND

GND

CLK_PC IE_WL AN_PCH[53]
CLK_RE Q4_WL AN#[53]

4

MCSI_1_ DATA0_ DN[55]
MCSI_1_ DATA0_ DP[55]
MCSI_1_ DATA1_ DN[55]
MCSI_1_ DATA1_ DP[55]

1

T2401

1

T2402

1 2

SP2418 0Ohm tx_r0402_ short_12m il

1 2

SP2419 0Ohm tx_r0402_ short_12m il

1 2

R2434 0 Ohm tx_r0402_ 0ohm

1 2

SP2412 0Ohm tx_r0402_ short_12m il

1 2

SP2413 0Ohm tx_r0402_ short_12m il

1 2

R2433 0 Ohm tx_r0402_ 0ohm

M,2_SSD1 _SUSCLK[51]
M,2_WLA N_SUSCLK[53]

U0301I

CSI-2

A36

CSI2_DN0

B36

CSI2_DP0

C38

CSI2_DN1

D38

CSI2_DP1

C36

CSI2_DN2

D36

CSI2_DP2

A38

CSI2_DN3

B38

CSI2_DP3

C31

CSI2_DN4

D31

CSI2_DP4

C33

CSI2_DN5

D33

CSI2_DP5

A31

CSI2_DN6

B31

CSI2_DP6

A33

CSI2_DN7

B33

CSI2_DP7

A29

CSI2_DN8

B29

CSI2_DP8

C28

CSI2_DN9

D28

CSI2_DP9

A27

CSI2_DN10

B27

CSI2_DP10

C27

CSI2_DN11

D27

CSI2_DP11

940432

01T010 000015

U0301J

SNN_CLKO UT_PCIE _N0

SNN_CLKO UT_PCIE _N2

CLK_PC IE_WiG ig#_PC H_R
CLK_PC IE_WiG ig_PCH_ R
CLK_RE Q3_WiG ig#_R

CLK_PC IE_WL AN#_PC H_R
CLK_PC IE_WL AN_PCH_ R
CLK_RE Q4_WL AN#_R

CLK_RE Q5_CR# _R

D42

CLKOUT_PCIE_N0

C42

CLKOUT_PCIE_P0

AR10

GPP_B5/SRCCLKREQ0#

B42

CLKOUT_PCIE_N1

A42

CLKOUT_PCIE_P1

AT7

GPP_B6/SRCCLKREQ1#

D41

CLKOUT_PCIE_N2

C41

CLKOUT_PCIE_P2

AT8

GPP_B7/SRCCLKREQ2#

D40

CLKOUT_PCIE_N3

C40

CLKOUT_PCIE_P3

AT10

GPP_B8/SRCCLKREQ3#

B40

CLKOUT_PCIE_N4

A40

CLKOUT_PCIE_P4

AU8

GPP_B9/SRCCLKREQ4#

E40

CLKOUT_PCIE_N5

E38

CLKOUT_PCIE_P5

AU7

GPP_B10/SRCCLKREQ5#

940432

01T010 000015

2015.04.06 YenPin
Add CLOCK Buffer Schematic (CRB Page123)

R2426~R2428 Close To U2401 S USCLK is on the DSW well and i s available

GND

1 2

R2426 33Ohm tx_r0402@

1 2

R2427 33Ohm tx_r0402@

C2408 0.01UF/50V@

tx_c0402

GPP_F13/EMMC_DATA0
GPP_F14/EMMC_DATA1
GPP_F15/EMMC_DATA2
GPP_F16/EMMC_DATA3
GPP_F17/EMMC_DATA4
GPP_F18/EMMC_DATA5
GPP_F19/EMMC_DATA6
GPP_F20/EMMC_DATA7

CLOCK SIGNALS

12

GPP_F21/EMMC_RCLK

CSI2_CLKN0
CSI2_CLKP0
CSI2_CLKN1
CSI2_CLKP1
CSI2_CLKN2
CSI2_CLKP2
CSI2_CLKN3
CSI2_CLKP3

CSI2_COMP

GPP_D4/FLASHTRIG

EMMC

GPP_F22/EMMC_CLK

GPP_F12/EMMC_CMD

EMMC_RCOMP

CLKOUT_ITPXDP_N
CLKOUT_ITPXDP_P

XCLK_BIASREF

+VCCDSW

earlier in the boot sequence.

M,2_SSD1 _SUSCLK _R
M,2_WLA N_SUSCLK _R

GND

C37
D37
C32
D32
C29
D29
B26
A26

E13
B7

AP2
AP1
AP3
AN3
AN1
AN2
AM4
AM1

AM2
AM3
AP4

AT1

GPD8/SUSCLK

XTAL24_IN

XTAL24_OUT

RTCX1
RTCX2

SRTCRST#

RTCRST#

1
2
3
4

R2439 0Ohm

tx_r0402_ 0ohm

R2437 0Ohm

tx_r0402_ 0ohm

CSI2_C OMP
GPP_D4

EMMC_RCO MP

F43
E43

BA17

E37
E35

E42

AM18
AM20

AN18
AM16

U2401

VDD
Q0
Q1
GND1

ICS553 MILFT

06T100 000009

0610-00DF000

@

1 2

@

1 2

3

Delete XDP clk

OE

Q3
Q2

ICLK

SUSCLK_ PCH

XTAL_2 4M_IN
XTAL_2 4M_OUT

XCLK_B IASREF

XTAL_3 2K_X1
XTAL_3 2K_X2

SRTC_R ST#
RTC_RS T#

8
7
6
5

MCSI_1_ CLK_DN [55]
MCSI_1_ CLK_DP [5 5]

1 2

R2418 100Ohm tx_r04021%

1

1 2

R2419 200Ohm tx_r04021%

1 2

R2417 2.7KOHM tx_r0402 1%

1 2

R2422 60.4Ohm@ tx_r0402

SUSCLK_ PCH_BUF

SUSCLK_ PCH_BYP

T2403

PDG 0.9 - 2.7k +-1%

1 2

R2428 33Ohm

@

tx_r0402

1 2

R2438 33Ohm

tx_r0402

GND

GND

+VCCF24 NS_1P0

GND

SUSCLK_ PCH_R

12

R2432
1MOhm

tx_r0402

SP2401

1 2

0Ohm

tx_r0402_ short_12m il

SP2402

1 2

0Ohm

tx_r0402_ short_12m il

12

R2402
10MOhm

tx_r0402

SW_RT CRST[30]

XTAL_2 4M_OUT_R

12

R2436
1KOhm

@

tx_r0402

GND

+VCC_RT C

12

C2407
1UF/6.3V

tx_c0402

GND

13

2

X2401

4

24MHZ

XTAL 24 MHZ 10PF/3 0PPM SMD

XTAL_3 2K_X1_ R

X2403

32.768K HZ

1 2

+/-20ppm/9 PF
tx_xtal_2p_12 6x59

R2406 0Ohm

1 2

R2435 0Ohm

tx_r0402_ 0ohm

+VCCF24 NS_1P0

+VCC_RT C

+3VA

+3VS

+3VSUS

1 2

R2420 1KOhm

@

tx_r0402

D2401

2 1

CH751H-40 AGP

40V/30m A
tx_sod32 3_h39

1 2

C2401 10PF/50V

tx_c0201 NPO/+/-5%

C2402 10PF/50V

C2403 8PF/50V

tx_c0402

C2404 8PF/50V

tx_c0402

1 2

tx_r0402_ 0ohm

10KOhm

tx_r0201_ h10

SUSCLK_ PCH

2

+VCCF24 NS_1P0 [2 6]

+VCC_RT C [25,26,36 ]

+3VA [30,36,53,56 ,57,70,8 1,93,95]

+3VS [3,4,20,21,22 ,23,30,3 2,36,40,4 1,44,45 ,50,51,53 ,55,56,57 ,62,70,9 1,92]

+3VSUS [4,25,26 ,28,30,5 1,53,62,6 8,81,84 ,92,95]

+3VA

12

12

R2425

R2423

0Ohm

@

1.5KOHM

tx_r0402_ 0ohm

tx_r0402
1%

+RTC_AC

3.19V~3.18V VCCRTC is sourced from Vbatt in G3 or VCCDSW_3p3

12

R2424

45.3KOHM

tx_r0402
1%

GND

GND

GND

12

GND

tx_c0201

12

GND

12

GND

Q2401

G

1

12

R2407

NX7002A K

07T040 000001

1

JRST24 02

SGL_JUMP

@

2

1

D

JRST24 01

SGL_JUMP

@

2

S

2 3

GND GND

GND

in Non-G3 state, platform designers must ensure the
effective voltage at VCCRTC does not exceed 3.2V.

1 2

R2403 2 0KOhm

tx_r0402

12

C2405

1

2.2uF/6.3V

2

tx_c0201 _t0d09_ h15

GNDGND

1 2

R2404 2 0KOhm

tx_r0402

12

C2406

2.2uF/6.3V

1

tx_c0201 _t0d09_ h15

2

1

+VCC_RT C

PCH(5)_CLK

PCH(5)_CLK

PCH(5)_CLK

Title :

Title :

HAWAII

HAWAII

HAWAII

Title :

Engineer:

Engineer:

Engineer:

Willy_Liao

Willy_Liao

Willy_Liao

24 100Thursday, March 3 1, 2016

24 100Thursday, March 3 1, 2016

24 100Thursday, March 3 1, 2016

Rev

Rev

Rev

0.0

0.0

0.0

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

D

D

D

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

1

5

4

3

2

1

+3VSUS_ORG

+VCC_RTC

+VCCDSW

+VCCST_CPU

+3VSUS

D D

+3VSUS_ORG

12

R2501
3KOhm

tx_r0402
1%

1 2

PM_RSMRST#[30]

ALL_SYS_PWRGD delay 99 ms from EC

DSW function / non-AMT

C C

PLT_RST# LAN_WAKE#

12

GND

C2502
100PF/50V

tx_c0402

@

B B

SYS_PWROK[30,68]

SUSWARN#/SUSPWRDNACK[30]

WAKE_PCIE#[53]

U2501

B

1

A

2

3 4

GND

TC7SZ08FU

06T030000004

1 2

R2515 0Ohm

tx_r0402_0ohm

1

H_CPUPWRGD_TP H_CPUPWRGD

T2501

PM_PWROK PM_PCH_PWROK_R
PM_RSMRST_R

SUSACK#[30]

+3V

@

5

VCC

Y

12

C2503
100PF/50V

tx_c0402

@

12

GNDGNDGND

SP2501 0Ohm tx_r0402_short_12mil

1 2

R2503 1KOhm tx_r0402

H_VCCST_PWRGD_MCP

1 2

R2504 0Ohm tx_r0402_0ohm

1 2

R2505 0Ohm tx_r0402_0ohm

1 2

R2506 0Ohm tx_r0402_0ohm

1 2

R2508 0Ohm tx_r0402_0ohm

1 2

R2509 0Ohm tx_r0402_0ohm

1 2

R2510 0Ohm tx_r0402_0ohm@

PLT_RST#_BUF [30,32,53,62]

R2516
10KOhm

tx_r0402

T2502
T2508

1
1

DELAY_ALL_SYSTEM_PWRGD[30]

PLT_RST#
PM_SYS_RESET#_R
PM_RSMRST_R

SYS_PWROK_R

PCH_DPWROK

SUS_PWR_ACK_R
SUSACK#_RSUS_PWR_ACK_R

LAN_WAKE#
GPD11
GPD7

ALL_SYSTEM_PWRGD[30,92]

VRM_PWRGD[80,92]

U0301K

SYSTEM POWER MANAGEMENT

AN10

GPP_B13/PLTRST#

B5

SYS_RESET#

AY17

RSMRST#

A68

PROCPWRGD

B65

VCCST_PWRGD

B6

SYS_PWROK

BA20

PCH_PWROK

BB20

DSW_PWROK

AR13

GPP_A13/SUSWARN#/SUSPWRDNACK

AP11

GPP_A15/SUSACK#

BB15

WAKE#

AM15

GPD2/LAN_WAKE#

AW17

GPD11/LANPHYPC

AT15

GPD7/RSVD

940432

01T010000015

1 2

R2531 0Ohm tx_r0402_0ohm@

1 2

SP2506 0Ohm tx_r0402_short_12mil

1 2

SP2507 0Ohm tx_r0402_short_12mil

GPP_B12/SLP_S0#

GPD9/SLP_WLAN#

GPD1/ACPRESENT

GPP_B11/EXT_PWR_GATE#

GPP_B2/VRALERT#

ALL_SYSTEM_PWRGD_PMOK

VR_READY_PMOK

GPD4/SLP_S3#
GPD5/SLP_S4#

GPD10/SLP_S5#

SLP_SUS#
SLP_LAN#

GPD6/SLP_A#

GPD3/PWRBTN#

GPD0/BATLOW#

GPP_A11/PME#

INTRUDER#

U2502

B

1

A

2

3 4

GND

TC7SH08FU

1 2

R2517 0Ohm

@

tx_r0402_0ohm

VCC

AT11
AP15
BA16
AY16

AN15
AW15
BB17
AN16

BA15
AY15
AU13

AU11
AP16

AM10
AM11

5

Y

SLP_S0#:
When C10 use for
Low power mode

SLP_S0#
SLP_S3#_R
SLP_S4#_R
GPD10

SLP_SUS#
SLP_LAN#
SLP_WLAN#
ME_PM_SLP_M#_PCH

AC_PRESENT_R
BATLOW#

PME#
SM_INTRUDER#

MPHY_EXT_PWR_GATEB_R
VR_ALERT#

+3VSUS

SP2502 0Ohm tx_r0402_short_12mil
SP2503 0Ohm tx_r0402_short_12mil

12

GND

1 2
1 2

R2532 0Ohm tx_r0402_0ohm

R2513 1MOhm tx_r0402

PM_PWROK

R9229
10KOhm

tx_r0402

1 2

1 2

1

T2504

1

T2510

1

T2505

1

T2506

1

T2507

+3VSUS_ORG [20,21,22,23,26]

+VCC_RTC [24,26,36]

+VCCDSW [24,26,30]

+VCCST_CPU [3, 5,7,9,32]

+3V [57,91]

+3V

+3VSUS [4,24,26,28,30,51,53, 62,68,81,84,92,95]

SLP_S0# [30]
PM_SUSB# [30,68]

BATLOW#

GPD7

WAKE_PCIE#

AC_PRESENT_R

PME#

VR_ALERT#

PM_SUSC# [30,68]

PM_PWRBTN# [30]

ME_AC_PRESENT [30]

R2522 10KOhm

R2523 10KOhm

R2524 10KOhm

R2525 10KOhm

R2526 10KOhm

R2527 10KOhm

R2528 10KOhm

1 2

tx_r0402

1 2

tx_r0402

1 2

tx_r0402

1 2

tx_r0402

1 2

tx_r0402

1 2

@

tx_r0402

1 2

@

tx_r0402

+VCCDSW

+3VSUS_ORG

If Deep Sx is not implemented on the platform, this signal may be left as no connect

+VCC_RTC

1

T2509

internal pull high

internal pull high

Set to GPI

+3VSUS

+VCCST_CPU

12

U2503

A A

5

EC delay ALL_SYSTEM_PWRGD 2ms

DELAY_ALL_SYSTEM_PWRGD
ALL_SYSTEM_PWRGD

4

1 2

R2529 0Ohm tx_r0402_0ohm

1 2

R2530 0Ohm tx_r0402_0ohm@

H_VCCST_PWRGD_L

3

1

NC

A

GND

SN74AUP1G07DCKR

06T030000021

VCC

2
3 4

Y

12

5

H_VCCST_PWRGD_R H_VCCST_PWRGD_MCP

C2504

0.1UF/16V

tx_c0201

R9230
1KOhm

tx_r0402

1 2

R2521 60.4Ohm

tx_r0402

12

1%

C2505

0.1UF/16V

tx_c0201

@

2

+VDDQ/+VCCST_CPU/+VCCSTG to VCCST_PWRGD must > 1ms

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

Date: Sheet of

HAWAII

PCH(6)_POWER MANAGE

PCH(6)_POWER MANAGE

PCH(6)_POWER MANAGE

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

1

Willy_Liao

Willy_Liao

Willy_Liao

25 100Thursday, March 31, 2016

25 100Thursday, March 31, 2016

25 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

D D

+1.0VSUS

C C

1 2

R2604 0Ohm tx_r0402_0ohm
C2649

12

0.1UF/16V
C2608

tx_c0402

47UF/6.3V

tx_c0603_t02_h39

+3VSUS_ORG

B B

1 2

R2607 0Ohm tx_r0402_0ohm

C2650

12

0.1UF/16V

tx_c0402

+3VSUS_ORG

1 2

R2611 0Ohm tx_r0402_0ohm

+3VSUS_ORG +VCCDSW

w/o DSW

+1.0VSUS

1 2

+0.85VSUS

R2602 0Ohm

R2649 0Ohm

+1.0VSUS

+VCCMPHYGTAON_1P0_LS_SIP

G

near N15

47UF/6.3V

tx_c0603_t02_h39

R1.1

12

12

C2648

0.1UF/16V

tx_c0201

@

X5R/+/-10%

near V15

near AJ19

near V19

R2601 0Ohm tx_r0402_0ohm

1 2

tx_r0603_0ohm_h24

1 2

tx_r0603_0ohm_h24

R2603 0Ohm tx_r0805_0ohm_h26

tx_c0201_t0d09_h14

12

C2605

@

@

12

C2609
1UF/10V

tx_c0402

@

12

C2611
1UF/10V

tx_c0402

@

12

@

C2601
1UF/6.3V

tx_c0201_t0d09_h14
X5R/+/-20%

12

@

C26021UF/6.3V

tx_c0201_t0d09_h14

1 2

+1.0VSUS

+3VSUS_ORG

+1.0VSUS

R2612 0Ohm

+VCCAPLLEBB_1P0

tx_c0201_t0d09_h14

X5R/+/-20%

12

C2603

1UF/6.3V

X5R/+/-20%

12

C2606
1UF/6.3V

tx_c0201_t0d09_h14
X5R/+/-20%

near N15

R2605 0Ohm tx_r0402_0ohm

+VCCDSW

R2606 0Ohm tx_r0402_0ohm

R2610 0Ohm tx_r0402_0ohm

1 2

tx_r0402_0ohm

+VCCAMPHYPLL_1P0

G

1 2

1 2

1 2

+VCCFHV

near K17

+VCCMPHYAON_1P0

G

12

C2612

1UF/6.3V

X5R/+/-20%

+3VSUS_ORG/+1.8VSUS to +1.0VSUS >200us (tPCH06)

+3VSUS_ORG+3VSUS

JP2601

2

112

2MM_OPEN_5MIL

1 2

R2633 0Ohm

tx_r0805_0ohm_h26

near AB19

near AF18

+VCCPRIM_CORE

Decoupling cap for internal power

+VCCDSW_1P0

X5R/+/-20%

C2604 1UF/6.3V

tx_c0201_t0d09_h14

+VCCAPLL_1P0

+V1.00A_SIP

+VCCPDSW_3P3

+VCCPSPI

+VCCSRAM_1P0

G

+VCCPRIM_3P3

C2610 1UF/6.3V

tx_c0201_t0d09_h14

near N18

+1.0VSUS +VCCMPHYGTAON_1P0_LS

Remove +VCCMPHYGTAON_1P0_LS_P

Remove +VCCMPHYGTAON_1P0_LS_P

4

+VCCPRIM_1P0

1 2

near AL1

1.01A

12

@

C2607
1UF/6.3V

tx_c0201_t0d09_h14
X5R/+/-20%

near K15

+VCCPAZIO

X5R/+/-20%

1 2

near AF20

Short Short

SATA Gen3 Port X 10
PCIe Gen2 Lane X 1
USB3 Port X 2
All HSIO disabled (basic comsunption)
=0.154x1+0.132x1+0.132x4+0.064 = 1.01A

U0301O

0.696A

2.574A

0.022A

0.088A

0.026A

0.696A

0.118A

0.068A

0.011A

0.642A

0.075A

0.696A

0.033A

R2637 0Ohm

tx_r0402_0ohm

R2638 0Ohm

tx_r0402_0ohm

R2639 0Ohm

tx_r0402_0ohm

AB19
AB20

AF18
AF19

AB17

AD17
AD18

AF20
AF21

AK20

P18

V20
V21

AL1

K17

L1

N15
N16
N17
P15
P16

K15
L15

V15

Y18

AJ17

AJ19

AJ16

T19
T20

AJ21

N18

CPU POWER 4 OF 4

VCCPRIM_1P0_1
VCCPRIM_1P0_2
VCCPRIM_1P0_3

VCCPRIM_CORE_1
VCCPRIM_CORE_2
VCCPRIM_CORE_3
VCCPRIM_CORE_4

DCPDSW_1p0

VCCMPHYAON_1P0_1
VCCMPHYAON_1P0_2

VCCMPHYGT_1P0_1
VCCMPHYGT_1P0_2
VCCMPHYGT_1P0_3
VCCMPHYGT_1P0_4
VCCMPHYGT_1P0_5

VCCAMPHYPLL_1P0_1
VCCAMPHYPLL_1P0_2

VCCAPLL_1P0

VCCPRIM_1P0_4
VCCPRIM_1P0_5

VCCDSW_3p3_1
VCCDSW_3p3_2
VCCDSW_3p3_3

VCCHDA

VCCSPI

VCCSRAM_1P0_1
VCCSRAM_1P0_2
VCCSRAM_1P0_3
VCCSRAM_1P0_4

VCCPRIM_3p3_1

VCCPRIM_1P0_6

VCCAPLLEBB_1P0

940432

01T010000015

1 2

1 2

1 2

+VCCMPHYGTAON_1P0_LS_SIP

if need choke, gate power should be disabled

1.01A

0.642A

0.088A

3

VCCRTCPRIM_3p3

GPP_B0/CORE_VID0
GPP_B1/CORE_VID1

+VCCSRAM_1P0

+VCCAMPHYPLL_1P0

0.033A

VCCPGPPA

VCCPGPPB
VCCPGPPC
VCCPGPPD

VCCPGPPE

VCCPGPPF
VCCPGPPG

VCCPRIM_3p3_2

VCCPRIM_1P0_7

VCCATS_1p8

VCCRTC_1

VCCRTC_2

DCPRTC

VCCCLK1

VCCCLK2

VCCCLK3

VCCCLK4

VCCCLK5

VCCCLK6

G

G

+VCCAPLLEBB_1P0

+VCCPGPPA

AK15
AG15
Y16
Y15
T16
AF16
AD15

V19

T1

AA1

AK17

AK19
BB14

BB10

A14

K19

L21

N20

L19

A10

AN11
AN13

G

0.02A

0.075A

0.696A

0.006A

0.001A

VCCRTCEXT

0.035A

0.029A

0.024A

0.033A

0.004A

0.01A

0.004A

+VCCPGPPB

GND

near BB10

G

12

R2646
1KOhm

tx_r0402

1 2

C2635 1UF/10V

0.006A

0.008A

+VCCPGPPC

+VCCPGPPD

1 2

C2634 0.1UF/16V

tx_c0201X5R/+/-10%

1 2

C2620 0.1UF/16V

tx_c0201X5R/+/-10%

12

R2647
1KOhm

tx_r0402

Intel confirm pull down 1k

D

S

23

2

3

Q2600

G

SI2301CDS-T1-GE3

1

07T040000124

1

@

near AG15

tx_c0402 @

1 2

C2613 1UF/10V

tx_c0402 @

0.006A

+VCCPGPPE

+VCCPGPPG

+VCCPRTC_3P3

near AK19

0.001A

GND

+VCCPDSW_3P3+VCCDSW

2

near Y16

1 2

C2614 1UF/10V

tx_c0402 @

0.161A

0.056A

+VCCPGPPF

+VCCPGPPG

1 2

R2626 0Ohm

tx_r0603_0ohm_h24

1 2

C2619 1UF/10V

near T16

1 2

R2620 0Ohm

tx_r0402_0ohm

+VCCPRIM_3P3

1

T2220

+VCCDTS_1P0

+VCC_RTC

GND

tx_c0402

+VCCF100OC_1P0

+VCCF24NS_1P0

+VCC24TBT_1P0

+VCCMPHYGTAON_1P0_LS_SIP

near AK19

+1.0VSUS

+0.85VSUS

+VCCDSW

+3VSUS_ORG

+1.8VSUS

+VCCPAZIO

+VCCF135_1P0

+1.8VSUS

1 2

R2623 0Ohm

tx_r0402_0ohm

R2624 0Ohm

12

C2615
1UF/6.3V

tx_c0201_t0d09_h14

+V1.8A_SIP

X5R/+/-20%

+VCCPRTCPRIM_3P3

+VCC19P2_1P0

+VCCF100_1P0

near A10

+1.0VSUS [82]
+0.85VSUS [82]

+VCCMPHYGTAON_1P0_LS_SIP [82]

+VCCDSW [24,25,30]
+3VSUS_ORG [20,21,22,23, 25]

+1.8VSUS [9,84]
+VCCPAZIO [ 22]

1

1 2

R2613 0Ohm

tx_r0402_0ohm

+3VSUS_ORG +VCCPGPPG

+1.0VSUS

1 2

tx_r0402_0ohm

R2627 0Ohm

R2628 0Ohm

R2629 0Ohm

R2630 0Ohm

R2631 0Ohm

R2632 0Ohm tx_r0402_0ohm

12

@

+1.8VSUS

near AA1

near AK17

C2617

0.1UF/16V

tx_c0402

1 2

tx_r0402_0ohm

1 2

tx_r0402_0ohm

1 2

tx_r0402_0ohm

1 2

tx_r0402_0ohm

1 2

tx_r0402_0ohm

1 2

C2624
1UF/6.3V

tx_c0201_t0d09_h14
X5R/+/-20%

1 2

R2648 0Ohm

tx_r0402_0ohm

12

+1.0VSUS

+1.0VSUS

+1.0VSUS

+1.0VSUS

+3VSUS_ORG

1 2

R2625 0Ohm

12

tx_r0402_0ohm

C2618

near AK17

1UF/10V

tx_c0402

+1.0VSUS

+1.0VSUS

+3VSUS_ORG

Q2601

2

3

1

BC856BS

E1

B1

C2

07T020000007

A A

5

4

3

C1

6

12

B2
5

R2650
100KOHM

tx_r0402

@

E24

12

R2651
100KOHM

tx_r0402

@5%

@5%

2

+VCC_RTC

+VCCF24NS_1P0

+VCCMPHYGTAON_1P0_LS

+3VSUS

+VCC_RTC [24,25,36]

+VCCF24NS_1P0 [24]

+VCCMPHYGTAON_1P0_LS [82]

+3VSUS [4,24, 25,28,30,51,53,62,68,81,84,92,95]

PCH(7)_POWER

PCH(7)_POWER

PCH(7)_POWER

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

C

C

C

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

Date: Sheet of

HAWAII

Engineer:

Engineer:

Engineer:

1

Title :

Willy_Liao

Willy_Liao

Willy_Liao

26 100Thursday, March 31, 2016

26 100Thursday, March 31, 2016

26 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

D D

+3VSUS

+3VA_EC

15WW06 MOW Pull-up Resistors on SPI_IO2 and SPI_IO3 are no longer needed

C C

SPI_WP#_IO2[20]
SPI_SO[20]
SPI_CS#0[20]

F_CS#_EC[30]
F_SDIO_EC[30]

4

1 2

R2802 0Ohm tx_r0402_0ohm

1 2

R2822 0Ohm tx_r0402_0ohm

@

R2805 33Ohm tx_r0402
R2806 33Ohm tx_r0402
R2807 33Ohm tx_r0402

R2808 33Ohm tx_r0402
R2809 33Ohm tx_r0402

+3VM_SPI

55mA

D2801

1

3

2

BAT54CW

tx_sot323

@

1 2

R2804 0Ohm tx_r0402_0ohm

1 2
1 2
1 2

1 2
1 2

SPI1_CS#0
SPI1_SO
SPI1_WP#

R2811

1KOhm

tx_r0402

3

+3VM_SPI

+3VM_SPI

12

12

R2812

3.3KOhm

tx_r0402

@

@

U2801

1
2
3
4

W25Q64FVZPIQ

05T000000093

0500-022Y000

CS#
DO(IO1)
WP#(IO2)
GND1

GND2

VCC

HOLD#(IO3)

DI(IO0)

CLK

C2801

0.1UF/16V

tx_c0201

9
8
7

SPI1_HOLD#

6

SPI1_CLK

5

SPI1_SI

12

R2813
1KOhm

tx_r0402

@

12

R2820 1KOhm tx_r0402

WW48MOW(ES Sample)
In Skylake Platform Design Guides (PDG) under “Platform Debug & Test Hooks”
chapter, HOOK[3] pin from XDP/CMC header needs to be routed to PCH SPI0_MOSI
pin. The termination resistor can be a value from 1K to 3K ohm pull up to Always rail
(not Core rail) with voltage value from 0.8V to 3.3V. This will ensure PCH hardware
straps are not overridden unintentionally and cause boot issues.

2

+3VS

+12VS

+3VSUS

+3VA_EC

+12VSUS

WW36MOW (for ES Pre-ES Sample)
SPI0_IO# Should be pull-down 1K

1 2

+3VS [3,4,20,21,22,23,24,30,32,36,40,41,44,45,50,51,53,55,56,57,62,70, 91,92]

+12VS [57,91]

+3VSUS [4,24, 25,26,30,51,53,62,68,81,84,92,95]

+3VA_EC [ 30,32]

+12VSUS [ 81,91]

1 2

R2814 33Ohm tx_r0402

1 2

R2815 33Ohm tx_r0402

1 2

R2816 33Ohm tx_r0402

1 2

R2818 33Ohm tx_r0402

1 2

R2819 33Ohm tx_r0402

1 2

R2821 3KOhm tx_r0402

+3VM_SPI

SPI_HOLD#_IO3 [ 20]
SPI_CLK [20]
SPI_SI [20]

F_SCK_EC [30]
F_SDI_EC [30]

1

PCH SMBus

B B

EC co-lay 8528/8587
SPI Structure

LPC

PCH EC

SPI

CS0

A A

8528

8587

0 ohm option nearby EC side

5

HSPI

U280 nearby PCH

FSPI

U2801

8M

4

PCH

Title :

Title :

Title :

PCH(9)_SPI,SMB

PCH(9)_SPI,SMB

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

C

C

C

Date: Sheet of

Date: Sheet of

3

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Engineer:

Engineer:

Engineer:

1

PCH(9)_SPI,SMB

Willy_Liao

Willy_Liao

Willy_Liao

28 100Thursday, March 31, 2016

28 100Thursday, March 31, 2016

28 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

IT8528, IT8587 Pin3 is VBAT, should pull down
IT8991 Pin 3 is GPH7, should NC

+3VA_EC

R3021 0Ohm@

1 2

D D

IT8528, IT8587 connect to +3VS

LPC_AD0[20,44,62]
LPC_AD1[20,44,62]
LPC_AD2[20,44,62]
LPC_AD3[20,44,62]

CLK_KBCPCI_PCH[20]

LPC_FRAME#[20,44,62]
PLT_RST#_BUF[25,32,53,62]
INT_SERIRQ[20,44,62]

EXT_SMI#[3,44]
EXT_SCI#[3]

RCIN#[20]

SUSWARN#/SUSPWRDNACK[25]

CON3000

GND1

GND2

FPC_CON_15P

12T18GWSM085

1218-00P3000

EC_RST#[32]

LID_SW#_MR_N[70]

THRO_CPU[3]

BAT_LEARN[88]

WLAN_RST#[53]

PM_PWRBTN#[25]
SUSACK#[25]
OP_SD#_EC[36]

SMB0_CLK[60,88,95]
SMB0_DAT[60,88,95]

H_PECI_EC[3]

R3096 0Ohm tx_r0402_0ohm@

VOL_DOWN# VOL_DOWN#_EC
VOL_UP# VOL_UP#_EC

PCH_FLASH_DESCRIPTOR[22]

1

KSO0

1

2

KSO1

2

3

KSO2

3

4

KSO3

4

5

KSO4

5

6

KSO5

6

7

KSO6

7

8

KSO7

8

9

KSI0

9

10

KSI1

10

11

KSI2

11

12

KSI3

12

13

KSI4

13

14

KSI5

14

15

KSO9

15

C C

Battery
Charger

PD

B B

PD

SOC

LCD_BKLTEN_EC[45]
DGL_DIR_EC[56]
VDB_PD_EN_EC[97]

USBP01_EN[52]
USB_CPW_EN[81]

IOAC_EN[53]
VOL_DOWN#[21,56]
VOL_UP#[21,56]

16

A A

17

GND

SP3001 0Ohm tx_r0402_short_12mil
SP3002 0Ohm tx_r0402_short_12mil
SP3003 0Ohm tx_r0402_short_12mil
SP3004 0Ohm tx_r0402_short_12mil
SP3005 0Ohm tx_r0402_short_12mil

R3026 0Ohm tx_r0402_0ohm

SP3006 0Ohm tx_r0402_short_12mil
SP3007 0Ohm tx_r0402_short_12mil

1

T3001 nb_tpc28t_68

R3071 0Ohm tx_r0402_0ohm
R3029 0Ohm@ tx_r0402_0ohm

R3072 0Ohm@ tx_r0402_0ohm
R3073 0Ohm@ tx_r0402_0ohm

1 2

R3082 0Ohm@ tx_r0402_0ohm

R3030 0Ohm tx_r0402_0ohm
R3031 0Ohm tx_r0402_0ohm

SW_RTCRST[24]

F_CS#_EC[28]
F_SCK_EC[28]
F_SDI_EC[28]
F_SDIO_EC[28]

5

tx_r0402_0ohm

R3022 0Ohm

1 2

tx_r0402_0ohm

GND

+3VS

1 2
1 2
1 2
1 2
1 2

1 2

1 2
1 2

Bottom

T3019 nb_tpc28t_68
T3020 nb_tpc28t_68

1 2
1 2

1 2
1 2

T3006 nb_tpc28t_68

1
1

T3005 nb_tpc28t_68

1 2

1 2
1 2

R3032 0Ohm tx_r0402_0ohm

+3VAPLL

+3VA_EC

+3VACC

R3023 0Ohm

1 2

tx_r0402_0ohm

1
1

LID_SW#_MR_N_EC

USB_CPW_EN_EC

1 2

12

C3008
10PF/50V

tx_c0402

@

GND

LAD0
LAD1
LAD2
LAD3
CLK_KBCPCI_EC

LPCRST#_EC

EXT_SMI#_EC
EXT_SCI#_EC
A20GATE
RCIN#

KSI0
KSI1
KSI2
KSI3
KSI4
KSI5
KSI6
KSI7
KSO0
KSO1
KSO2
KSO3
KSO4
KSO5
KSO6
KSO7

KSO9

WLAN_RST#
PM_PWRBTN#

TP_PS2_CLK
TP_PS2_DAT

SMB0_CLK
SMB0_DAT
SMB1_CLK
SMB1_DAT

F_CS#_EC
F_SCK_EC
F_SDI_EC
F_SDIO_EC

VBAT_PIN3

EC_VCC

J4

E4
K4

K10

D5
D4

D10

E9

J5

K1

J2

J1
H2
K2
H1
M4
G2
L2
N4
F1
H4
L1

J12
J13

J9

H12

H9

H10
H13

G9
M8

J7
N9
M9
K8

J8

N10
M10
N11

K9

N12
N13
M13

L12
L13

K12

D1
D2

A11
B11
A10
B10

D9
B9

B4
A2
B3
B2
B1
C1

C12
B13
C13
D12
D13
E12

F2
G1

A7
B5
B6
A6

4

U3001

VBAT

VSTBY(PLL)
VSTBY5
VSTBY4
VSTBY3
VSTBY2
VSTBY1

AVCC

VCC

RING#/PWRFAIL#

LAD0/GPM0
LAD1/GPM1
LAD2/GPM2
LAD3/GPM3
LPCCLK/GPM4
LFRAME#/GPM5
LPCRST#/GPD2
SERIRQ/GPM6
ECSMI#/GPD4
ECSCI#/GPD3
GA20/GPB5
KBRST#/GPB6
WRST#

KSI0/STB#
KSI1/AFD#
KSI2/INIT#
KSI3/SLIN#
KSI4
KSI5
KSI6
KSI7
KSO0/PD0
KSO1/PD1
KSO2/PD2
KSO3/PD3
KSO4/PD4
KSO5/PD5
KSO6/PD6
KSO7/PD7
KSO8/ACK#
KSO9/BUSY
KSO10/PE
KSO11/ERR#
KSO12/SLCT
KSO13
KSO14
KSO15

CRX0/GPC0
CTX0/TMA0/GPB2

PS2CLK0/TMB0/CEC/GPF0
PS2DAT0/TMB1/GPF1
PS2CLK1/DTR0#/GPF2
PS2DAT1/RTS0#/GPF3
PS2CLK2/GPF4
PS2DAT2/GPF5

SMCLK0/GPB3
SMDAT0/GPB4
SMCLK1/GPC1
SMDAT1/GPC2
SMCLK2/PECI/GPF6
SMDAT2/PECIRQT#/GPF7

DAC5/RIG0#/GPJ5
DAC4/DCD0#/GPJ4
DAC3/TACH1B/GPJ3
DAC2/TACH0B/GPJ2
GPJ1
TACH2/GPJ0

CK32K/GPJ6
CK32KE/GPJ7

FSCE#/GPG3
FSCK/GPG7
FMOSI/GPG4
FMISO/GPG5

IT8587VG/FX

06T380000034

0638-003V000

tx_bga_128p_20_280x280_it

4

ADC0/GPI0
ADC1/GPI1
ADC2/GPI2
ADC3/GPI3

ADC4/GPI4
ADC5/DCD1#/GPI5
ADC6/DSR1#/GPI6
ADC7/CTS1#/GPI7

PWM0/GPA0
PWM1/GPA1
PWM2/GPA2
PWM3/GPA3
PWM4/GPA4

PWM5/GPA5
PWM6/SSCK/GPA6
PWM7/RIG1#/GPA7

RXD/SIN0/GPB0

TXD/SOUT0/GPB1

/CK32KOUT/LPCRST#/GPB7

KSO16/SMOSI/GPC3

TMRI0/GPC4

KSO17/SMISO/GPC5

PWUREQ#/BBO/SMCLK2ALT/GPC7

TMRI1/GPC6

RI1#/GPD0
RI2#/GPD1

GINT/CTS0#/GPD5

TACH0A/GPD6

TACH1A/TMA1/GPD7

L80HLAT/BAO/GPE0

EGAD/GPE1
EGCS#/GPE2
EGCLK/GPE3

PWRSW /GPE4

RTS1#/GPE5
LPCPD#/GPE6
L80LLAT/GPE7

SSCE1#/GPG0

DTR1#/SBUSY/GPG1/ID7

SSCE0#/GPG2

DSR0#/GPG6

CLKRUN#/GPH0/ID0

CRX1/SIN1/SMCLK3/GPH1/ID1

CTX1/SOUT1/GPH2/SMDAT3/ID2

GPH3/ID3
GPH4/ID4
GPH5/ID5
GPH6/ID6

VCORE

VSS1

VSS2
VSS3
VSS4
VSS5
VSS6

AVSS

G10
G13
G12
F9
F13
F10
F12

WLAN_WAKE#

E13

AC_DET#

M5
N5

CHG_BLUE_LED#

M6
N6

PWR_ORG_LED#

K6

EC_SH_I2C_SCL

J6

EC_SH_I2C_SDA

M7

EC_SPKR

K7

PD_VBUS_OFF_EC#

A4
A3

BT_ON/OFF#_EC

A1

PM_RSMRST#

K13
C2

AC_IN_OC_EC

J10
E1

BAT1_IN_OC#

M2

N1

PM_SUSB#

N3

PM_SUSC#

N7

SYS_PWROK_EC

M11

FAN0_TACH

M12

USBPD_DET#

N2

VSUS_ON_EC

A13

SUSC_EC#_EC

A12

SUSB_EC#_EC

B12

DE_ALL_SYS_PGD_EC

E2
N8

ILIM_SEL

M1

LID_SW#_MR_P

M3

SLP_S0#_EC

E6

WLAN_ON_EC

A5

PD_INT#_EC

E7

DGL_IST#

D6

DGL_PWR_EN

D8
E8
D7
A9

HOME_KEY#_EC

B8

PD_CAB_DET_EC

A8

PD_PWR_EN_EC

B7

PD_RST#_EC

E5
K5
F4
F5
G4
G5
H5

E10

EC_AGND

1 2

R3036 0Ohm tx_r0402_0ohm

1 2

SP3008 0Ohmtx_r0402_short_12mil

1 2

R3067 0Ohm/SEQS_EC tx_r0402_0ohm

1 2

R3063 0Ohm/SEQS_EC tx_r0402_0ohm
R3064 0Ohm/SEQS_EC tx_r0402_0ohm

1 2

R3065 0Ohm/SEQS_EC t x_r0402_0ohm

1 2

R3034 0Ohm tx_r0402_0ohm

1 2

R3090 0Ohm tx_r0402_0ohm

1 2

R3081 0Ohm tx_r0402_0ohm

1 2

(Dongle Insert Detect)
(Dongle Power Enable) (Reserved)

1 2

R3083 0Ohm tx_r0402_0ohm
R3080 0Ohm tx_r0402_0ohm

1 2

R3078 0Ohm tx_r0402_0ohm

1 2
1 2

R3079 0Ohm tx_r0402_0ohm

C3012

GND

1 2

GND

0.1UF/16V

tx_c0201

GND

I2C0_MUX_SEL[21]

SMB1_CLK_CFG[95]

(ANX)

SMB1_DAT_CFG[95]

(ANX)

3

1

T3012nb_tpc28t_68

1

T3015nb_tpc28t_68

AC_IN_OC

T3007nb_tpc28t_68

1

SP3009 0Ohm tx_r0402_short_12mil

1 2

1 2

R3048 0Ohm tx_r0402_0ohm

R3049 0Ohm tx_r0402_0ohm

1 2

DE_ALL_SYS_PGD_S

1

R3095
0Ohm

tx_r0402_0ohm

1 2

1 2

R3066 0Ohm/BYPAS_EC tx_r0402_0ohm

T3018nb_tpc28t_68

R3037 0Ohm tx_r0402_0ohm

1 2

I2C0_MUX_SEL_R

SMB1_CLK_CFG

12

R3094
10KOhm

tx_r0402

GND

I2C0_MUX_SEL_R
+3VA_I2C_MUX
SMB1_DAT_CFG

3

PWR_SW# [56]

LID_SW#_MR_P [45,70]

SLP_S0# [25]

+3VA

Reserved for IT8587E/FX

AD_IINP
SUS_PWRGD
ALL_SYSTEM_PWRGD

USBPD_DET#
WLAN_WAKE#
AC_DET#

AD_IINP [88]
SUS_PWRGD [81,92]
ALL_SYSTEM_PWRGD [25,92]

SYSTHERM_1 [50]
SYSTHERM_2 [50]
SYSTHERM_3 [50]
WLAN_WAKE# [53]

AC_DET# [89]

PWR_BLUE_LED [56]

CHG_ORG_LED [56]

EC_SH_I2C_SCL [70]

EC_SH_I2C_SDA [70]
EC_SPKR [36]
PD_VBUS_OFF_EC# [96]

BT_ON/OFF# [21,53]
PM_RSMRST# [25]

AC_IN_OC [88]

BAT1_IN_OC# [90]

ME_AC_PRESENT [25]

PM_SUSB# [25,68]

PM_SUSC# [25,68]

VSUS_ON

PM_CLKRUN# [20,62]

12

R3093
0Ohm

tx_r0402_0ohm

+3VA_I2C_MUX

12

U3002

6

B1

S

5

GND

VCC

4

B03A

74LVC1G3157GW

06T150000032

N/A

R3091

1 2

0Ohm

tx_r0402_0ohm

@

U3003

6

B1

S

5

GND

VCC

4

B03A

74LVC1G3157GW

06T150000032

N/A

R3092

1 2

0Ohm

tx_r0402_0ohm

@

R3055 0Ohm@ tx_r0402_0ohm

1 2

R3056 0Ohm@ tx_r0402_0ohm

1 2
1 2

R3057 0Ohm@ tx_r0402_0ohm

R3060 0Ohm@ tx_r0402_0ohm

1 2

R3061 0Ohm@ tx_r0402_0ohm

1 2
1 2

R3062 0Ohm@ tx_r0402_0ohm

SYS_PWROK [25,68]
SYS_PWROK_EC [68]

USBPD_DET# [89]

VSUS_ON [81,82,84,93]
SUSC_EC# [57,68,91]
SUSB_EC# [57,68,91,92]
DE_ALL_SYS_PGD_EC [68]
DELAY_ALL_SYSTEM_PWRGD [25]
CPU_VRON [80]
DE_ALL_SYS_PGD_HW [68]

Mirror enable(external PU +3VA) ,
Mirror disable(external PD)

WLAN_ON [21,53]

PD_INT# [95]
DGL_IST# [56]
DGL_PWR_MUX_EN_EC [56]

HOME_KEY# [56]

PD_CAB_DET [95]
PD_PWR_EN [95]
PD_RST# [95]

C3013

0.1UF/6.3V

tx_c0402

1

PCH_I2C0_SCL

2

SMB1_CLK

VCC: 1.65V-5.5V
Iq:Max 10uA
Active Low:<0.3*VCC

S Function

LHA=B0

A=B1

1

PCH_I2C0_SDA

2

SMB1_DAT

VCC: 1.65V-5.5V
Iq:Max 10uA
Active Low:<0.3*VCC

S Function

LHA=B0

A=B1

PCH_I2C0_SCL [21,70]

PCH_I2C0_SDA [21,70]

2

For EC Power

6mA

L3001 120Ohm/100Mhz

GND

(SOC)

(EC)

(SOC)

(EC)

2

tx_l0603_t015

+3VDB_EC

R3097 0Ohm

1 2

tx_r0603_0ohm_h24

+3VA_EC +3VA_EC

12

C3001
10UF/6.3V

tx_c0402_t02_h28

GND

SP3011 0Ohm

1 2

tx_r0402_short_12mil

GND

For PU / PD

+3VA_EC

R3001 100KOHM tx_r0402

1 2

R3002 10KOhm@ tx_r0402

1 2

1 2

R3085 10KOhm tx_r0402

1 2

R3088 1.8KOhm tx_r0402
R3089 1.8KOhm tx_r0402

1 2

+3VA_EC

RN3001A 4.7KOHM tx_2r4p0402_h20

1 2
3 4

RN3001B 4.7KOHM tx_2r4p0402_h20

R3003 100KOHM tx_r0402

PM_SUSB#

R3004 100KOHM tx_r0402

PM_SUSC#

PM_RSMRST#

R3006 10KOhm tx_r0402

R3005 100KOHM@ tx_r0402

SLP_S0#

R3050 100KOHM@ tx_r0402

BAT1_IN_OC#

R3087 10KOhm@

DGL_IST#

+3VA_EC

1 2

R3011 10KOhm tx_r0402

R3086 10KOhm

+3VSUS

1 2

R3013 100KOHM@ tx_r0402

21

12

C3002

0.1UF/16V

tx_c0201

1 2

1 2

1 2

1 2

1 2

1 2

1 2

12

C3003

0.1UF/16V

tx_c0201

EC_AGND

+3VA_EC+3VA

BAT1_IN_OC#

AC_IN_OC

PD_INT#

SMB1_DAT
SMB1_CLK

GND

VSUS_ON

DGL_IST#

VSUS_ON

+3VA_EC

+VCCDSW

+3VDB_EC

12

GND

+3VS

12

GND

SMB0_CLK
SMB0_DAT

GND

+3VA

+3VSUS

+3VS

C3004
10UF/6.3V

tx_c0402_t02_h28

C3006

0.1UF/16V

tx_c0201

+3VA_EC

GND

+3VS

+3VA_EC

+VCCDSW

+3VA [24,36,53,56,57,70,81,93,95]
+3VA_EC [28,32]

+3VSUS [4,24,25,26,28,51,53,62,68,81,84,92,95]
+VCCDSW [24,25,26]

+3VS [3,4,20,21,22,23,24,32,36,40,41,44,45,50,51,53,55,56,57,62,70,91,92]

+3VDB_EC [97]

SP3012 0Ohm

1 2

tx_r0402_short_12mil

SP3013 0Ohm

1 2

tx_r0402_short_12mil

1 2

R3015 10KOhm tx_r0402

1 2

R3007 100KOHM tx_r0402

R3039 10KOhm tx_r0402

1 2
1 2

R3040 10KOhm tx_r0402

Multi Power detect OD source

RN3003A 4.7KOHM/SEQS_EC tx_2r4p0402_h20

1 2
3 4

RN3003B 4.7KOHM/SEQS_EC tx_2r4p0402_h20

R3018 10KOhm tx_r0402

1 2

R3009 10KOhm tx_r0402

1 2

R3016 10KOhm tx_r0402

1 2

R3084 10KOhm tx_r0402

1 2

R3020 10KOhm tx_r0402

1 2

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

Custom

Custom

Custom

Date: Sheet of

Date: Sheet of

Date: Sheet of

1

HAWAII

HAWAII

HAWAII

1

+3VAPLL

12

GND

+3VACC

12

EC_AGND

RCIN#

VOL_DOWN#

VOL_UP#

HOME_KEY#

PM_PWRBTN#

Engineer:

Engineer:

Engineer:

C3005

0.1UF/16V

tx_c0201

C3007

0.1UF/16V

tx_c0201

For +3VPLL
Nearby pin 127

PWR_SW#

PD_VBUS_OFF_EC#

AC_DET#
USBPD_DET#

SUSC_EC#

SUSB_EC#

Title :

Title :

Title :

EC_IT8587E/FX

EC_IT8587E/FX

EC_IT8587E/FX

Paddy_Ou

Paddy_Ou

Paddy_Ou

Rev

Rev

Rev

0.0

0.0

0.0

30 100Thursday, March 31, 2016

30 100Thursday, March 31, 2016

30 100Thursday, March 31, 2016

5

4

3

2

1

D D

+3VS

R3206
10KOhm

tx_r0402

2

5

1 2

tx_sc70_s6_h47

6 1

34

tx_sc70_s6_h47

+3VA_EC

R3204 1 00KOHM tx_r0402

D3202 1 SS355AGPtx_sod323f_h49

D3203 1 SS355AGPtx_sod323f_h49

C C

N/A

1 2

CPU_THERM#[50,92]

B B

R3207 0 Ohm

PLT_RST#_BUF[25,30,53,62]

tx_r0402_0ohm

UM6K1N
Q3202A

Q3202B
UM6K1N

+VCCST_CPU

+3VA_EC

+3VS

12

12

12

+VCCST_CPU [3,5,7,9,25]

+3VA_EC [28,30]

+3VS [3,4,20,21,22,23,24,30,36,40,41,44,45,50,51,53,55,56,57 ,62,70,91,92]

EC_RST# [30]FORCE_OFF#[92]

12

C3201
1UF/6.3V

tx_c0402

+VCCST_CPU

R3203 3 30Ohm

H_THRMTRIP#[3]

A A

5

4

12

tx_r0402

3
C

B

1

Q3201
PMBS3904

E

30@100mA/Vceo=40 V

2

tx_sot23_2d4_h43

3

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

BG1-NB4

BG1-NB4

BG1-NB4

Size Projec t Name

Size Projec t Name

Size Projec t Name

B

B

B

Date: Sheet

Date: Sheet of

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Title :

Engineer:

Engineer:

Engineer:

RST_Reset Circuit

RST_Reset Circuit

RST_Reset Circuit

Willy_Liao

Willy_Liao

Willy_Liao

32 10 0Thursday, March 31, 2016

32 10 0Thursday, March 31, 2016

32 10 0Thursday, March 31, 2016

1

Rev

Rev

Rev

0.0

0.0

0.0

of

5

+1.8VS

+1.8VS [21,45,55,57,91]

+3VS

+3VS [3,4,20,21,22,23,24,30,32,40,41,44,45,50,51,53,55,56,57,62,70,91,92]

+5VS

+5VS [51,55,56,57,80,91]

1 2

C3616 1UF/6.3V

tx_c0402

1 2

C3617 1UF/6.3V

tx_c0402

12

C3601

0.1UF/16V

tx_c0201

12

C3603

0.1UF/16V

tx_c0201

12

C3639
1UF/6.3V

tx_c0402

2015.04.08 YenPin
EMI 建建Audio moat 預預TVS

GND VC

1 2

R3625 0Ohm

R3624

R3623

R3622

C3633 1000PF/50V

C3634 1000PF/50V

GND

+3VS_AUDIO

12

C3638
10UF/6.3V

tx_c0402_t02_h28

37

CBP

38

AVSS2

39

1 2

C3611 10UF/6.3V

tx_c0603_t02_h39

R3614 0Ohm tx_r0402_0ohm

R3615 22Ohm tx_r0402

U3602

@

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

H_SPKL+
H_SPKL­H_SPKR­H_SPKR+

PDB

+3VS_AUDIO

tx_c0402_t02_h28

Place close to pin 1

DMIC Interface

1 2

1 2

12

C3624
10PF/50V

tx_c0201

1 2

tx_r0603_0ohm_h24

1 2

0Ohm

tx_r0603_0ohm_h24@

1 2

0Ohm

tx_r0603_0ohm_h24

1 2

0Ohm

tx_r0603_0ohm_h24

@

1 2

1 2

10UF/6.3V

tx_c0402

tx_c0402

C3605

GND_AUDIO

LDO2-CA P

40

AVDD2

41

PVDD1

42

SPK-OUT-L +

43

SPK-OUT-L -

44

SPK-OUT-R -

45

SPK-OUT-R +

46

PVDD2

47

PDB

48

SPDIF-O UT/GPIO2

49

GND

U3601A
ALC255-CGT

02T0J0000074

020J-00L10PB

12

12

C3606

0.1UF/16V

tx_c0402

<<Attention>>
For power_on/off de-pop circuit and system booting warning signal: Please System BIOS Engineer Note :

1. If you want the system make warning signal after power on , please let EC_MUTE# High.

2. If your design want to system make warning signal, for example No CPU or Memory installation or Bad BIOS,
please change to OR Gate or contact our local FAEs for more details about the control circuit

Grounding circuit for combo jack SLEEVE pin

To solve the background noise while combojack connecting to an active speaker
and system entry into S3/S4/S5 without analog power.

D D

Analog

Digital

50mA

21

L3601 120Ohm/100Mhz

+1.8VS

Add this Filter to avoid other
components/chips be influenced

+5VS

L3602
600Ohm/100Mhz

tx_l0805_t02_h43

12

12

C3623

C3622

10UF/6.3V

0.1UF/16V

tx_c0603_t02_h39

tx_c0402

OP_SD#[21]

HDA_RST#

D3604

OP_SD#_EC[30]

CH751H-40AGP

C C

+5VS +5VS_AUDIO

TVHFB0201AC0

tx_esd_2p_34_39x24_inpaq

B B

tx_sod323_h39

+3VS_AUDIO +3VS_AUDIO_DMIC

1 2

R3665 0Ohm

tx_r0402_0ohm

+3VS +3VS_AUDIO

1 2

R3636 0Ohm

tx_r0402_0ohm

Digital

120Ohm/100Mhz

tx_l0603_t015

D3602

1 2

GNDVC

Moat

In order to prevent the built-in LDO damaged from
over-voltage on +5VSYS or Standby power line, we
suggested using this Voltage suppressing device.

21

R3650 0Ohm@

tx_r0402_0ohm

2 1

L3603

21

1 2

D3601

1

2

BAT54AW

tx_sot323

@

DMIC_DAT

DMIC_CLK

Analog

tx_l0603_t015

1 2

C3612 10UF/6.3V

tx_c0603_t02_h39

C3619
10UF/6.3V

tx_c0603_t02_h39

C3620
10UF/6.3V

tx_c0603_t02_h39

+3VS_AUDIO

12

3

12

1.2mA

5mA

12

C3659
10UF/6.3V

tx_c0603_t02_h39

R3652
1KOhm

tx_r0402

R3651
10KOhm

tx_r0402

12

12

32

33

34

35

36

CBN

CPVEE

CPVDD

HPOUT-R(PORT-I-R)

SPDIFO /FRONT_J D(JD3)/G PIO3

DVDD1GPIO0/DMIC-DATA2GPIO1/DMIC-CLK3DC_DET4SDATA-OUT5BCLK6LDO3-CAP7SDATA-IN8DVDD-IO9SYNC10RESETB11PCBEEP

DMIC_DAT_C

DMIC_CLK_C

HDA_RST#

12

C3656
10PF/50V

tx_c0201

GND GND

AC_HP_R
AC_HP_L
LINE1_VREFO_L
LINE1_VREFO_R
MIC2_VREFO

C3609 10UF/6.3V

tx_c0603_t02_h39

25

26

27

29

28

30

31

VREF

AVSS1

AVDD1

LDO1-CAP

MIC2-VREFO

LINE1-VREFO-L

LINE1-VREFO-R

HPOUT-L(PORT-I-L)

LINE2-L(P ORT-E-L)
LINE2-R(P ORT-E-R)
LINE1-L(P ORT-C-L)
LINE1-R(P ORT-C-R)

MIC2-R(PO RT-F-R)/SL EEVE

MIC2-L(PO RT-F-L)/RI NG

MONO-OUT

MIC2/LINE 2_JD(JD 2)

HP/LINE1_ JD(JD1)

12

PC_BEEP

HDA_SDI0_C

12

1 2

R3681 0Ohm

tx_r0402_0ohm

tx_c0603_t02_h39

C3607 10UF/6.3V

HDA_BCLK_C

1 2

R3621 33Ohm

tx_r0402

C3658 2.2UF/6.3V@

1 2

R3620 0Ohm

tx_r0402_0ohm

1 2

C3613 22PF/6.3V tx_c0201

+3VS_AUDIO

R3619

1 2

0Ohm

tx_r0402_0ohm

HDA_BCLK

HDA_RST#

12

C3657
10PF/50V

tx_c0201

Reserve for Noise
Close To Audio Codec

4

1 2

C3615 2.2UF/6.3V tx_c0402

1 2

1 2

R3635 100KOHM tx_r0402

VD33_S TB

MIC_CAP

12

tx_c0603

R3634
100KOHM

tx_r0402

@

1 2

12

C3627
1UF/6.3V

tx_c0402

@

12

C3604

0.1UF/16V

tx_c0402

Place close to Pin 26

24
23
22
21
20

1 2

19

C3614 10UF/6.3V tx_c0603_t02_h39

18
17
16
15
14
13

R3603 200KOhm 1%tx_r0402

R3604 100KOhm 1%tx_r0402

Place close audio codec

1 2

C3602 0.1UF/16V

tx_c0402

HDA_RST# [22]

HDA_SYNC [22]

HDA_SDI0 [22]

HDA_BCLK [22]

12

HDA_SDO [22]

+VCC_RTC

Q3603

G

1

+5VS_AUDIO

1 2

1 2

Analog

Digital

C3618

0.1UF/16V

tx_c0402

1 2

D

2 3

12

C3637
10UF/6.3V

tx_c0603_t02_h39

LINE1_L
LINE1_R

SLEEVE
RING2

PCBEEP

12

C3626
100PF/50V

tx_c0402

@

12

+3VA

R3633
100KOHM

tx_r0402

@

1 2

@

S

NX7002AK

tx_sot23_2d4_h44

DMIC

C3625
10UF/6.3V

tx_c0603_t02_h39

R3631
100KOHM

tx_r0402

@

+3VA

R3637
0Ohm

tx_r0603_0ohm_h24

1 2

1 2

R3605 22kOhm

tx_r0402

R3618

4.7KOhm

tx_r0402

1 2

Check plaform level,
ex: braswell is 1.5vs

+3VS_AUDIO

Q3601

G

1

Q3602

G

1

Audio Codec

Digital

Analog

PCB trace width of SLEEVE &
RING2 are required at least 40
mil and its length should be as
short as possible.

HP_JD#

+3VS_AUDIO

tx_r0402_0ohm

2

1

tx_r0402_0ohm

2 Path of SPKR

HDA_SPKR [22]

EC_SPKR [30]

R3657 0Ohm@ tx_r0402_0ohm

DMIC_DAT0_PCH

R3658 0Ohm@ tx_r0402_0ohm

DMIC_CLK

R3616 0Ohm tx_r0402_0ohm

DMIC_DAT

R3617 0Ohm tx_r0402_0ohm

SLEEVE

D

@

S

NX7002AK

2 3

tx_sot23_2d4_h44

SLEEVE

D

@

S

NX7002AK

2 3

tx_sot23_2d4_h44

1 2

R3638 0Ohm@

D3603

3

@

BAT54C

tx_sot23_2d4_h43

1 2

R3639 0Ohm

DMIC_CLK0_PCH[22]

DMIC_DAT0_PCH[22]

U3601B

50

GND1

51

GND2

52

GND3

53

GND4

54

GND5

55

GND6

56

GND7

57

GND8

58

GND9

ALC255-CGT

02T0J0000074

LINE1_L
LINE1_R

C3635/C3636 Close To Codec

LINE1_VREFO_L
LINE1_VREFO_R

1 2

1 2

1 2

1 2

3

2

Close to J3602 Close to J3602

U3608

GNDVC

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

U3609

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

1 2

R3610 56OHM

tx_r0402

1 2

R3611 56OHM

tx_r0402

12

GNDVC

12

L3607 120OHM/100MHZ tx_l0402_h24
L3608 120OHM/100MHZ tx_l0402_h24
L3605 120OHM/100MHZ tx_l0402_h24

L3606 120OHM/100MHZ tx_l0402_h24

1 2

R3661 0Ohm tx_r0402_0ohm

1 2

R3662 0Ohm tx_r0402_0ohm

H_SPKL+_R

H_SPKL-_R

1 2

R3675 2.2kOHM tx_r0402

MIC2_VREFO

SLEEVE
RING2
AC_HP_L

AC_HP_R HP_R_CON

1 2
1 2

R3671 1KOhm
R3672 1KOhm

R3608 4.7KOhm
R3609 4.7KOhm

C3635 4.7UF/6.3V
C3636 4.7UF/6.3V

MLCC 4.7UF/6.3V(0603)X5R 10%

DMIC to PCH

1 2

R3641 2.2kOHM tx_r0402

1 2
1 2

1 2
1 2

DMIC_CLK_0

DMIC_DAT_0 DMIC_R_DAT

DMIC to Codec

U3610

GNDVC

H_SPKR+_R

H_SPKR-_R

09T010000032
09T010000006

21
21
21

21

12

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

U3611

GNDVC

12

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

Universal Audio Jack

Supported iPhone/Nokia headset, Headphone,
Line-In and Microphone through SW popup menu

12

@

@

1 2

1 2

tx_r0402

tx_r0402

R3674 1KOhm

R3673 1KOhm

C3641 100PF/50V

tx_c0402

DMIC_R_CLKDMIC_CLK0_PCH

Internal Speaker R/L

H_SPKL+ H_SPKL+_R

H_SPKR+ H_SPKR+_R

H_SPKR- H_SPKR-_R

Trace width for SPK-L+/SPK-L- /SPK-R+/SPK-R­Speaker 4 ohm : 40mil

RC Fillter Close To Codec For EMI Solution

SLEEVE_CON
RING2_CON
HP_L_CON

12

12

12

C3642 100PF/50V

C3643 100PF/50V

C3644 100PF/50V

tx_c0402

tx_c0402

tx_c0402

1 2

R3626 0Ohm

tx_r0603_0ohm_h24

1 2

1 2

1 2

C3655 100PF/50V

H_SPKL-_RH_SPKL-

12

12

C3629

1500PF/50V

tx_c0402

1500PF/50V

tx_c0402

J3603

G/M

3

L/R

1
5
6

R/L

2

M/G

4

MS

7

PHONE_JACK_6P

1214-01CF000

U3603

GNDVC

12

TVHFB0201AC0

07T180000029

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

U3604

GNDVC

12

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

1 2

tx_c0402

C3630
1500PF/50V

tx_c0402

C3632

R3627 0Ohm

tx_r0603_0ohm_h24

R3628 0Ohm

tx_r0603_0ohm_h24

R3629 0Ohm

tx_r0603_0ohm_h24

Imax: 0.99A, Iavg: 0.707A

RING2_CON
HP_L_CON
HP_JD#

HP_R_CON
SLEEVE_CON

Close to J3603

RING2_CON

12

12

C3631
1500PF/50V

tx_c0402

1 2 3 4

SLEEVE_CON

HP_L_CONHP_R_CON

HP_JD#HP_JD#

1

J3602

1

4

1

SIDE2

3

22SIDE1

WTOB_CON_2P

12T17GBSM061

Max Current 1A

1217-01NV000

J3601

1

4

1

SIDE2

3

22SIDE1

WTOB_CON_2P

12T17GBSM061

Max Current 1A

1217-01NV000

U3605

GNDVC

12

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

U3606

GNDVC

12

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

U3607

GNDVC

12

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

Close to U2201

U3615

GNDVC

DMIC_R_SET

DMIC_R_CLK

A A

5

DMIC_R_DAT

12

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

U3616

GNDVC

12

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

U3617

GNDVC

12

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

4

3

DMIC_L

1 2

R3653 4.7KOhm

tx_r0402

DMIC_R_CLK
DMIC_R_DAT

R3663
100KOHM

tx_r0402

+3VS_AUDIO_DMIC

1 2

R3654 4.7KOhm@

tx_r0402

DMIC_R_SET

12

@

12

C3663

0.1UF/16V

tx_c0402

U2201

1

VDD

2

LR

3

CLOCK

4

DATA

KMM40301026-18DS

04TA30000021

04A3-00GC000

Reserve for Noise
Close To DMIC

12

C3662
10UF/6.3V

tx_c0402_t02_h28

@

GND1
GND2
GND3
GND4

5
6
7
8

Title :

Title :

Title :

AUD(1)_ALC255

AUD(1)_ALC255

AUD(1)_ALC255

Engineer:

Engineer:

Engineer:

Willy_Liao

Willy_Liao

NBRDC/HW3

NBRDC/HW3

NBRDC/HW3

Size Project Name

Size Project Name

Size Project Name

A1

A1

A1

Date: Sheet of

Date: Sheet of

2

Date: Sheet of

1

HAWAII

HAWAII

HAWAII

Willy_Liao

36 100Thursday, March 31, 2016

36 100Thursday, March 31, 2016

36 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

Card Reader

Card Reader

Card ReaderCard Reader

D D

+3VS

Power Source

+3VS +3VS_CR

400mA

R4007

0Ohm

tx_r0402_0ohm

12

4

3

2

1

SD Power

RN4000A

10TK40000001

USB_PP8_CR[23]+3VS [3,4,20,21,22,23,24,30,32,36,41,44,45,50,51,53,55,56,57 ,62,70,91,92]

tx_2r4p1234_choke_4p_col ay

USB_PN8_CR[23]

tx_2r4p1234_choke_4p_col ay

2

1

0OHM

0OHM

12

3

L4000
90Ohm/100MHz

09T090000001

@

4

34

RN4000B

USB2_PP8_CR_R

USB2_PN8_CR_R

tx_c0402_t02_h26

Close to connector CON4001 Pin4

C4012

4.7uF/6.3V

+3VS_CARD_R

12

GND

12

C4013

0.1UF/16V

tx_c0402

C C

1

Close to U4001

1 2

R4005

6.2KOHM

GND

1%

tx_r0402

U4001B

GND

C4005

10UF/10V

+3VS_CR

12

GND

26

GND1

27

GND2

28

GND3

29

GND4

RTS5170_GR

02T0J0000041

5

B B

tx_c0603_t02_h39

A A

12

C4006

0.1UF/16V

tx_c0402

RREF_CR
USB2_PN8_CR_R
USB2_PP8_CR_R
+3VS_CR
+3VS_CARD

12

C4026

0.1UF/16V

tx_c0402

GND

T4001

12

C4003
1UF/10V

tx_c0603_t015_h37

GND

SP1 SD_W P
SP3 SD_D1
SP4 SD_D0
SP6 SD_CD#
SP8 SD_CLK
SP10 SD_CMD
SP12 SD_D3
SP13 SD_D2

GND

SDREG

12

C4004
1UF/10V

tx_c0603_t015_h37

GND

T4009

T4003

Share Pin

V18

U4001A

1

RREF

2

DM

3

DP

4

3V3_IN

5

CARD_3V3

6

SDREG

1

XD_CD#
SP1 SP4

1

SP2

4

23

24

25

V18

GND

XD_CD#7SP18SP29SP310SP411SP5

22

XD_D7

12

C4019

2.2PF/50V

tx_c0402

@

SP1119SP1220SP1321SP14

SP10

GPIO0

SP9
SP8
SP7
SP6

RTS5170_GR

12

02T0J0000041

SP14XD_D7
SP13
SP12
SP11

18
17
16
15
14
13

12

C4020

2.2PF/50V

tx_c0402

@

1

T4002

1

T4008

SP5

SP3

SP10
GPIO
SP9
SP8
SP7
SP6

1

T4007

T4004
T4005

T4006

1
1

1

ESD solution

C4021

2.2PF/50V

tx_c0402

@

12

12

GNDGNDGND GND GND GNDGND

C4022

2.2PF/50V

tx_c0402

@

12

C4023

2.2PF/50V

tx_c0402

@

3

+3VS_CARD_R

12

C4024

2.2PF/50V

tx_c0402

@

+3VS_CARD

12

C4025

2.2PF/50V

tx_c0402

@

R4000

12

0Ohm

tx_r0402_0ohm

R4006

1 2

0Ohm

tx_r0402_0ohm

@

12

C4027

2.2PF/50V

tx_c0402

@

GND Size Projec t Name

GND

1 2

SD_WPSD_CD#

R4008
10KOhm

tx_r0402

GND

2

GND

SD_D1
SD_D0

SD_CLK_R

SD_CMD
SD_D3
SD_D2

GND

uSD Conn

17

16

15

14

12

GND

GND

SD_CD#+3VS_CARD_R

GND

12

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

Hawaii

Hawaii

Hawaii

1

Card Reader / uSD

Card Reader / uSD

Card Reader / uSD

Willy_Liao

Willy_Liao

Willy_Liao

40 100

40 100

40 100

CON4001

13

13

12

12

10

GND2

8

DAT1

7

DAT0

6

VSS

5

CLK

4

VDD

3

CMD

2

DAT3/CD

1

DAT2

9

GND1

11

11

SD_CARD_8P

12T21GBSM013

1221-00AS000

SD_CLK SD_C LK_R

17

COMMON

CD

14

R4002

0Ohm

tx_r0402_0ohm

C4011

2.2PF/50V

tx_c0402

@

Close to U4001

<Variant Name>

<Variant Name>

<Variant Name>

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

BG1/HW3

BG1/HW3

BG1/HW3

Size Projec t Name

Size Projec t Name

B

B

B

Thursday, March 31, 2016

Thursday, March 31, 2016

Thursday, March 31, 2016

Date: Sheet of

Date: Sheet of

Date: Sheet of

Rev

Rev

Rev

1.0

1.0

1.0

5

4

3

2

1

+3VS

D D

+3VS_ISH_debug

12

R4101
1KOhm

tx_r0402

5%

ISH_I2C1_SCL

C C

ISH_I2C1_SDA

12

R4102
1KOhm

tx_r0402

5%

+3VS_ISH_debug

CON4100

SIDE1

SIDE2

10
11
12
13
14
15
16
17
18

R4100 0Ohm

tx_r0402_0ohm

19
1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

10
11
12
13
14
15
16
17
18
20

1 2

+3VS [3,4,20,21,22,23,24,30,32,36,40,44,45,50,51,53,55,56,57,62,70,91,92]

+3VS

ISH_I2C0_SCL [21,70]
ISH_I2C0_SDA [21,70]

ISH_I2C1_SCL [21]
ISH_I2C1_SDA [21]

GYRO_INT_debug [70]
ALS_INT_debug [56]
E_COMPASS_RSTN_debug [70]

+3VS_ISH_debug

FPC_CON_18P

12T18GISM132

1218-0298000

@

B B

A A

5

4

GND

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Engineer:

Engineer:

Engineer:

Size Project Name

Size Project Name

Size Project Name

A

A

A

Date: Sheet of

Date: Sheet of

Date: Sheet of

3

HAWAII

HAWAII

HAWAII

2

ISH debug port

ISH debug port

ISH debug port

Willy_Liao

Willy_Liao

Willy_Liao

41 100Thursday, March 31, 2016

41 100Thursday, March 31, 2016

41 100Thursday, March 31, 2016

1

Rev

Rev

Rev

0.0

0.0

0.0

5

DEBUG CARD CONN.

4

3

2

1

D D

@

C4401 0.1UF/16V

LPC_AD0[20,30,62]

LPC_AD1[20,30,62]

EXT_SMI#[3,30]

LPC_AD2[20,30,62]

INT_SERIRQ[20,30,62]

LPC_AD3[20,30,62]

LPC_FRAME#[20,30,62]

CLK_DEBUG[20]

C C

20150420 Design review

1 2

R4410 0Ohm@ tx_r0402_0ohm

1 2

R4411 0Ohm@ tx_r0402_0ohm

LPC_FRAME#

CLK_DEBUG

@

1 2

R4444
22Ohm

tx_r0402

1%

12

12

tx_c0402

LPC_AD0

LPC_AD1

LPC_AD2

LPC_AD3

C4402
10PF/50V

tx_c0402

@

+3VS

/Debug

CON4401

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

10

10

11

11

12

12

FPC_CON_12P

12T18GWSM055

tx_fpc_12p_20_2h_ra_b_ptwo

1218-01GK000

SIDE1

SIDE2

13

14

141030 NO function Delete CON4402

B B

A A

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

BG1-NB4

BG1-NB4

BG1-NB4

Size Projec t Name

Size Projec t Name

Size Projec t Name

B

B

B

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Title :

Engineer:

Engineer:

Engineer:

1

DEBUG CONN.

DEBUG CONN.

DEBUG CONN.

Willy_Liao

Willy_Liao

Willy_Liao

44 10 0Thursday, March 31, 2016

44 10 0Thursday, March 31, 2016

44 10 0Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

A

1 1

eDP

CON4501

42

SIDE2

2

2

4

4

6

6

8

8

EDP_AUX P_C
EDP_AUX N_C

1
1

1

1

BRD_REV [0]

LCD_BAC K_PWM
LCD_I2C_C LK

LCD_BKE N_CON
EDP_HPD

LCD_I2C_D AT

T4503
T4504

T4506

2 2

T4505

+AC_INV

3 3

10

10

12

12

14

14

16

16

18

18

20

20

22

22

24

24

26

26

28

28

30

30

32

32

34

34

36

36

38

38

40

40

44

SIDE4

BTOB_CO N_40P

12T16GB SM060

1216-0194000
Rated current: 0.3 A
Contact resistance: Max. 90m Ohm

LCD VDDEN / +LED_VCC

4 4

IDD max:333A
PDD max: 1.1W

+LCD_VC C

+LCD_VC C +LCD_VC C_R

5 5

R4527

1 2

0Ohm

tx_r0603_0o hm_h24

A

EDP_VDD _EN_R

(VIH.min:1.2V)

SIDE1

SIDE3

1
3
5
7

9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39

12

41
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
43

TBD

EDP_AUX N_C

EDP_AUX P_C

C4501

4.7uF/6.3V

tx_c0402_t0 2_h26

+LCD_VC C+LCD_VC C

LCD_BIST
LCD_W P

EDP_TXN 0_C
EDP_TXP 0_C

EDP_TXN 1_CBRD_REV [1]
EDP_TXP 1_C

EDP_TXN 2_C
EDP_TXP 2_C

EDP_TXN 3_C
EDP_TXP 3_C

+AC_INV+AC_INV

+LCD_VC C

@

@

R4502

1 2

200Ohm

U4501

1

OUT

2

GND

EN3DSG

G5244T1 1U

tx_sot23_s5_h5 7

12

R9618
100KOHM

tx_r0402

12

R9619
100KOHM

tx_r0402

IN

+LCD_VC C+LCD_VC C

+AC_INV

tx_r0402
1/16W

5

4

T4509

1
1

T4511

B

(LCD BL Power: 2.6W@7.5V=345mA)

(LCD BL VLED 5 .5V-7.5V-18V)

(7S6P)

+AC_INV

B

C4518
22PF/25V

tx_c0402
@

+3VS

12

12

C4513
1UF/6.3V

tx_c0402

C4509

0.1UF/16V

tx_c0402

12

Discharge Circuit

LCD_BAC K_PWM
LCD_BKE N_CON

12

C4542
22PF/25V

tx_c0402

@

R4526 0Ohm@

tx_r0402_0o hm

Irat=2A

L4504

80Ohm/10 0Mhz

tx_l0805_t02_h 43

12

R4525

2.2kOHM

tx_r0402

Q4501B
UM6K1N

34

Id=100mA/P d=150mW
Rdson=13 Ohm/Vgs(th)=1.5V

5

12

C4543
22PF/25V

tx_c0402

@

+1.8VS

+AC_BAT _SYS

1 2

21

EDP_VDD _EN

+LCD_VC C

+3VS

+5VS

C

Q4500
SI2305CDS -T1-GE3

Rdson=65 mOhm/Vgs(th)=-1V
Id=-5.8A/Pd=1 .7W

D

S

23

2

3

G

1

1

12

R4523
100KOHM

tx_r0402

12

R4524
100KOHM

tx_r0402

61

Q4501A

2

UM6K1N

Id=100mA/P d=150mW
Rdson=13 Ohm/Vgs(th)=1.5V

D4505 CH751H-40AGP

D4502

BAT54AW

R4504
10KOhm

tx_r0402

1 2

12

C4506
100PF/50 V

tx_c0402

@

C

3

tx_sot323

D4503 CH751H-40AGP

2 1

12

C4507
100PF/50 V

tx_c0402

+1.8VS [2 1,36,55,57,91]

+3VS [3,4,20 ,21,22,23,24,30,32,3 6,40,41,44,50,51,5 3,55,56,57,62,70,9 1,92]

+5VS [36,51 ,55,56,57,80,91]

+AC_BAT _SYS [80,8 1,82,83,88,97]

12

C4545
1UF/16V

tx_c0402

21

1

2

21

tx_sod323_h 39

L4502

1kOhm/10 0Mhz

Irat=300mA

tx_l0603_t02

+AC_BAT _SYS

tx_sod323_h 39

LCD_BL_ PWM_PCH_L S

R4521
100KOHM

tx_r0402

1 2

LCD_BKL TEN_EC [30]

1

T4508

nb_tpc28 t_68

LID_SW #_MR_P [30,70]

LCD_BKL TEN_PCH [3,21 ]

12

R4528
1MOhm

tx_r0402

D

(LCD Logic Power: 333mA)

(LCD VCC 3.0V-3 .3V-3.6V)

C4519 close to CON4501

EDP_VDD _EN_R

12

C4544

2.2UF/10V

@

1 2

C4519 47PF/50V

D4506 CH75 1H-40AGP

2 1

1 2

R4522

100KOHM

tx_c0402

tx_sod323_h 39

EDP_VDD _EN

(PL_PWM VIH:1.5 8V-1.8V, VIL:0V -0.47V)

(PL_PWM FREQ:20 0KHz-400KHz)

LCD_BAC K_PWM

(LCD Control Logic)

(BL_EN VIH:1.58 V-4.3V, VIL:0V- 0.47V)

(HPD2 VOH:2.9V- 3.3V-3.6V, VOL: 0V-0.1V)

LCD_BKE N_CON

EDP_HPD [3]

(LCD eDP 1.3 I/F)

1 2

C4510 0.1UF/16V tx_c0402

1 2

C4515 0.1UF/16V tx_c0402

1 2

C4538 0.1UF/16V tx_c0402

1 2

C4529 0.1UF/16V tx_c0402

1 2

C4528 0.1UF/16V tx_c0402

1 2

C4527 0.1UF/16V tx_c0402

1 2

C4523 0.1UF/16V tx_c0402

1 2

C4524 0.1UF/16V tx_c0402

1 2

C4521 0.1UF/16V tx_c0402

1 2

C4522 0.1UF/16V tx_c0402

12

C4547

0.1UF/16V

tx_c0402

U4502

VCCAA1VCCB

GNDB1DIR

C1

A

B

SN74AVC 1T45YZPR

06T0300 00014

0603-000Z000

1 2

R4529 0Ohm

@

tx_r0402_0o hm

Size Project Name

Size Project Name

Size Project Name

A3

A3

A3

Date: Sheet of

Date: Sheet of

Date: Sheet of

1 2

R4532
0Ohm

tx_r0402_0o hm

D

EDP_AUX P_C
EDP_AUX N_C

EDP_TXN 3_C
EDP_TXP 3_C

EDP_TXN 2_C
EDP_TXP 2_C

EDP_TXN 1_C
EDP_TXP 1_C

EDP_TXN 0_C
EDP_TXP 0_C

+1.8VS

LCD_BL_ PWM_PCH_R

+LCD_VC C

12

TBDTBD

DIR
H:A→B
L:B→A

A2

B2

C2

HAWAII

HAWAII

HAWAII

R4516
100KOHM

tx_r0402

E

EDP_VDD _EN [3]

EDP_AUX P [3]

EDP_AUX N [3]

EDP_TXN 3 [3]

EDP_TXP 3 [3]

EDP_TXN 2 [3]

EDP_TXP 2 [3]

EDP_TXN 1 [3]

EDP_TXP 1 [3]

EDP_TXN 0 [3]

EDP_TXP 0 [3]

1 2

1 2

12

C4546

0.1UF/16V

tx_c0402

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

E

R4531

0Ohm

tx_r0402_0o hm

R4530

0Ohm

tx_r0402_0o hm

@

+LCD_VC C

+3VS

LCD_BL_ PWM_PCH [3 ]

LCM_EDP

LCM_EDP

LCM_EDP

Paddy_Ou

Paddy_Ou

Paddy_Ou

45 100Thursday, March 31 , 2016

45 100Thursday, March 31 , 2016

45 100Thursday, March 31 , 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

+3VS

THERMISOR

D D

G709 Thermal Sensor

+3VS

55uA

12

C5007

0.1UF/16V

tx_c0402

C C

U5001

5

VCC

4

HYST

G709T1UF

06T220000007

0622-0030000

tx_sot23_s5_h57

GND

temp setting : 90 degree

SET

OT#

1

2

3

THERM_SET

CPU_THERM#

1 2

R5002 2 2KOhm tx_r0402 1%

CPU_THERM# [32,92]

SYSTHERM_1[30]
SYSTHERM_2[30]
SYSTHERM_3[30]

12

C5006

0.1UF/16V

tx_c0402

12

C5004

0.1UF/16V

tx_c0402

12

C5005

0.1UF/16V

tx_c0402

R5004

24.9KOhm

tx_r0402

1 2

R5003
47Kohm

tx_r0402_h22

For SOC

1 2

R5006

24.9KOhm

tx_r0402

1 2

R5005
47Kohm

tx_r0402_h22

1 2

R5008

24.9KOhm

tx_r0402

1 2

R5007
47Kohm

tx_r0402_h22

For PCB

1 2

For charger IC

Nut
(for CPU)

Screw Hole / Tooling Hole
(for hawaii_main_pcb_layout_0930)

H5000

B B

A A

H5004

CT217B156D126

1308-00MR000

CT217B156D126

1308-00MU000

H5001

H5005

CT217B156D126

1308-00MR000

CT217B156D126

1308-00MU000

H5002

H5006

CT217B156D126

1308-00MR000

CT217B156D126

1308-00MU000

H5003

H5007

CT217B156D126

1308-00MR000

CT217B156D126

1308-00MU000

H5008

1

DO106x28N

T-SH00003939
@

H5009

1

DO106x28N

T-SH00003939
@

H5010

1

DO106x28N

T-SH00003939
@

H5011

1

O51X77DO51X77N

T-SH00003943
@

H5012

1

C51D51N

s01020
@

H5020

1

O110X31DO110X31N

s00809
@

H5014

1

C197D146

T-SH00000325
@

H5016

1

C173D94

T-SH00003034
@

H5018

1

C173D94

T-SH00003034
@

H5015

1

C197D146

T-SH00000325
@

H5017

1

C173D94

T-SH00003034
@

H5019

1

C173D94

T-SH00003034
@

Title :

Title :

Title :

Engineer:

Engineer:

BG1-NB4

BG1-NB4

BG1-NB4

Size Projec t Name

Size Projec t Name

Size Projec t Name

B

B

B

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Engineer:

Thermal/Fan

Thermal/Fan

Thermal/Fan

1

Paddy_Ou

Paddy_Ou

Paddy_Ou

50 10 0Thursday, March 31, 2016

50 10 0Thursday, March 31, 2016

50 10 0Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

NGFF socket B -- Main SSD

PCIe_M.2_Electromechanical_Spec_Rev_0.9-3_07312013_RS_Clean

D D

20150427. For Acer RF

SATA_RXP1_SSD[23]
SATA_RXN1_SSD[23]

SATA_TXN1_SSD[23]
SATA_TXP1_SSD[23]

C C

+3VS_SSD1 +3VS_SSD1

R5101
10KOhm

tx_r0402

@

M.2_SSD1_PEDET

R5120
0Ohm

tx_r0402_0ohm

1 2

U5101

1

NC

2

A

3 4

GND

SN74AUP1G04DCKR

06T030000022

0603-015W000

@

1 2

R5118 0Ohm tx_r0402_0ohm

1 2

R5119 0Ohm tx_r0402_0ohm

12

C5109

0.1UF/25V

tx_c0402

@

5

VCC

Y

1

1

G

+3VSUS

+5VS_HDD +5VS

12

GND

SATA_TXN1_SSD_C
SATA_TXP1_SSD_C SATA_TXP1_SSD_R

R1.1
Chagne To "+3VSUS" For +3VS,

R5112

AC, S5, Leakage Current

10KOhm

tx_r0402

SATA_SSD1_PEDET [23]

3

3

Q5101

D

RUM003N02GT2L

Rdson=1.4Ohm/Vgs(th)=1V

tx_vmt3_3p_rohm_h22

@

S

2

2

12

C5133
10UF/6.3V

tx_c0402_t02_h28

@

GND

1 2

R5115 0Ohm tx_r0402_0ohm

1 2

R5114 0Ohm tx_r0402_0ohm

C5127 0.22uF/10V tx_c 0201
C5128 0.22uF/10V tx_c 0201

C5134
10UF/6.3V

tx_c0402_t02_h28

@

+5VS_HDD

1 2
1 2

12

GND GND

C5135
10UF/6.3V

tx_c0402_t02_h28

@

12

C5136
10UF/6.3V

tx_c0402_t02_h28

@

SATA_RXP1_SSD_R
SATA_RXN1_SSD_R

SATA_TXN1_SSD_R

M.2_SSD1_PEDET

B5103

tx_l0603_t015

1A

21

120ohm/100Mhz

@

2015.05.18 YenPin
Reverse For HDD

CON5101

1

1

3

3

5

5

7

7

9

9

11

11

21

21

23

23

25

25

27

27

29

29

31

31

33

33

35

35

37

37

39

39

41

41

43

43

45

45

47

47

49

49

51

51

53

53

55

55

57

57

59

59

61

61

63

63

65

65

67

67

69

69

71

71

73

73

75

75

MINI_PCI_67P

12T44GBSM036

1244-00GB000
M.2 2280 , KEY-B

NP_NC1

NP_NC2

+3VS

12

76

2

2

4

4

6

6

8

8

10

10

20

20

22

22

24

24

26

26

28

28

30

30

32

32

34

34

36

36

38

38

40

40

42

42

44

44

46

46

48

48

50

50

52

52

54

54

56

56

58

58

60

60

62

62

64

64

66

66

68

68

70

70

72

72

74

74

77

1

SSD_LED#

T5100

SATA_DEVSLP1_R

For LITEON CV1-8BXXX Module Card

If system didn't support DEVSLP, set Device Sleep Signal high and keep (from power on), device will ignore.

If system support DEVSLP, set Device Sleep Signal low (from power on) device, device will support DEVSLP function as below:
Device Sleep Signal H: SSD enter sleep model.
Device Sleep Signal L: SSD exit sleep model.

1.6A

12

C5110

0.01UF/50V

tx_c0402

1 2

R5111 0Ohm tx_r0402_0ohm

12

12

C5113

0.01UF/50V

tx_c0402

C5111

0.1UF/25V

tx_c0402

+3VS_SSD1

12

GND

12

C5114

0.1UF/25V

tx_c0402

B5101

C5112
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

M,2_SSD1_SUSCLK [24]

12

21

120ohm/100Mhz

tx_l0603_t015

SATA_DEVSLP1 [23]

+3VS_SSD1

C5115
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

GND

R5104
0Ohm

tx_r0805_0ohm_h26

B B

A A

Title :

Title :

Title :

NGFF SSD

NGFF SSD

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

C

C

C

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Engineer:

Engineer:

Engineer:

1

NGFF SSD

Willy_Liao

Willy_Liao

Willy_Liao

51 100Thursday, March 31, 2016

51 100Thursday, March 31, 2016

51 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

A

B

C

D

E

USB 3.0 ports

R5201
0Ohm

12

+5V_USB3

12

+5V_USB3_LS

C5231
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C5232
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C5207

0.1UF/16V

tx_c0402

USB3_RXN2_CON

USB3_RXP2_CON
USB_PP2_30_C

USB_PN2_30_C
USB3_TXN2_CON

USB3_TXP2_CON

CON5200

5

STDA_SSRX-

4

GND

6

STDA_SSRX+

3

D+

7

GND_DRAIN

2

D-

8

STDA_SSTX-

1

VBUS

9

STDA_SSTX+

USB_CON_9P

12T13GURD022

1213-0268000

11

P_GND110P_GND3

P_GND2

12

P_GND4

13

1 1

+5VSUS +5V_USB3

USBP01_EN

12

C5216
1UF/6.3V

tx_c0402

2 2

12

R5200
100KOHM

tx_r0402

U5203

5

4

OUT

IN

GND

OC#

EN/EN#

G524D1T11U

06T290000067

VIN: 2.7V-5.5V
Iq:Max 190uA
Ishut-down: Max 1uA
Active Low:<0.6V
ILMIT:1.2A-1.5A-1.8A

1
2
3

(O.D)

USB_OC1#_PCH [23]USBP01_EN[30]

Add for EMI
20151208 Willy

12

C5233
1000PF/50V

X7R/+/-10%
tx_c0402

12

C5228
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

Add for EMI
20151208 Willy

1.0A

12

C5229
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

tx_r0603_0ohm_h24

12

C5230
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

1 2

USB3_TXN2[23]

3 3

USB3_TXP2[23]

USB3_RXN2[23]

4 4

USB3_RXP2[23]

USB_PN2_30[23]

5 5

USB_PP2_30[23]

C5215 0.1UF/16Vtx_c0402

1 2

C5209 0.1UF/16V tx_c0402

A

RNX5209A

RNX5209B

RNX5211B

R2.0:modify
optional

RNX5211A

USB3_TXP2_C

14

@

1

2

@

0OHM

0OHM

0OHM

0OHM

RNX5208A

RNX5208B

12

23

09T090000022@

90OHM/100MHz
LX5209

34

34

4

LX5211
90Ohm/100MHz

09T090000001

3

12

B

14

0OHM

0OHM

12

23

09T090000022@

90OHM/100MHz
LX5208

34

USB3_RXN2_CON

USB3_RXP2_CON

USB_PN2_30_C

USB_PP2_30_C

USB3_TXN2_CONUSB3_TXN2_C

USB3_TXP2_CON

GND

C

USB3_RXN2_CON
USB3_RXP2_CON

USB3_TXN2_CON
USB3_TXP2_CON

PLACE ESD Diodes near USB Connector

U5201

GND VC

1 2

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

+5V_USB3

U5201 Close To CON6402

1
2
3
4

D

D5202

LINE_1
LINE_2
GND(Pin8)
LINE_3
LINE_45NC1

AZ1045_04F

tx_dfn_9p_34_39x98_ama
07T220000008

10

NC4
NC3

NC2

USB_PN2_30_C

USB_PP2_30_C

USB3_RXN2_CON

9

USB3_RXP2_CON

7

USB3_TXN2_CON

6

USB3_TXP2_CON

U5204

AZ5725-01F

15kv_1.05*0.65*0.5_Vrwm 5v_10pF_Vcl 10v

15kv_1.05*0.65*0.5_Vrwm 5v_10pF_Vcl 10v

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Projec t Name

Size Projec t Name

Size Projec t Name

B

B

B

Date: Sheet

Date: Sheet of

Date: Sheet of

07T180000049

U5205

AZ5725-01F

07T180000049

Engineer:

Engineer:

Engineer:

HAWAII

HAWAII

HAWAII

12

12

Title :

Title :

Title :

E

GND

USB3.0

USB3.0

USB3.0

Willy_Liao

Willy_Liao

Willy_Liao

52 10 0Thursday, March 31, 2016

52 10 0Thursday, March 31, 2016

52 10 0Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

of

5

4

3

2

+3VS

+3VS [3,4,20,21,22,23,24,30,32,36,40,41,44,45,50,51,55,56,57,62,70,91, 92]

1

+3VS_WLAN +3VS_WLAN

Q5314
NX7002AK

1 2

1 2

@

1 2

1 2

@

1 2

07T040000001

Q5315
NX7002AK

07T040000001

PCIE_WAKE# Pull High To
+VCCDSW (+3VSUS_ORG)

D D

WAKE_PCIE#[25]

WLAN_WAKE#[30]

PCIE_WAKE# Pull High To
+VCCDSW (+3VSUS_ORG)

WAKE_PCIE#

WiGig_WAKE#[20]

20131217

BUF_PLT_RST#_WLAN

C C

21

D5306 CH751H-40AGP

D5307 CH751H-40AGP

tx_sod323_h39/NON-IOAC

R5333 0Ohm/IOAC tx _r0402_0ohm

21

tx_sod323_h39/NON-IOAC

1 2

R5353 0Ohm@ tx_r0402_0ohm

+3VS_WLAN

R5349
10KOhm@

1 2

R5319 0Ohm tx_r0402_0ohm

1 2

tx_r0402

D5303 1SS355AGP

R5341 0Ohm@ tx_r0402_0ohm

+3VS_WLAN

R5354
10KOhm@

1 2

R5355 0Ohm tx_r0402_0ohm

1 2

tx_r0402

D5308 1SS355AGP

R5356 0Ohm@ tx_r0402_0ohm

1

G

D

+3VS_WLAN +3VS_WLAN

1

G

D

PLT_RST#_BUFBUF_PLT_RST#_WiGig

R5351
100KOHM

tx_r0402

@

1 2

23

S

R5357
100KOHM

tx_r0402

@

1 2

23

S

PLT_RST#_BUF [25,30,32,62]

WLAN_RST# [30]

WiGig_RST# [21]

PCIE_WAKE#_WLAN

PCIE_WAKE#_WiGig

WLAN / WiGig / BT with NGFF socket E
For USI W0096 Module Card

3 4

RN5304B

RN5304A

CLK_PCIE_WLAN_PCH[24]

CLK_PCIE_WLAN#_PCH[24]

CLK_PCIE_WiGig#_PCH[24]
CLK_PCIE_WiGig_PCH[24]

1 2

PCIE_TXP9_WLAN[23]

PCIE_TXN9_WLAN[23]

PCIE_RXP9_WLAN[23]
PCIE_RXN9_WLAN[23]

PCIE_TXN_WiGig[23]
PCIE_TXP_WiGig[ 23]

PCIE_RXN_WiGig[23]
PCIE_RXP_WiGig[23]

0OHM

14

0OHM

23

L5304
90OHM/100MHz

09T090000022@

USB_PP5_BT_C
USB_PN5_BT_C

CLK_REQ4_WLAN#
PCIE_WAKE#_WLAN

GND

USB_PP5_BT[23]

USB_PN5_BT[23]

WLAN

WiGig

76

CON5301

1

1

3

3

5

5

7

7

17

17

19

19

21

21

23

23

25

25

27

27

29

29

31

31

33

33

35

35

37

37

39

39

41

41

43

43

45

45

47

47

49

49

51

51

53

53

55

55

57

57

59

59

61

61

63

63

65

65

67

67

69

69

71

71

73

73

75

75

For USI W0096 Module Card

For USI W0096 Module Card

For USI W0096 Module CardFor USI W0096 Module Card

CL_RST#_NGFF

2

2

4

4

6

NP_NC1

6

16

16

18

18

20

20

22

22

24

24

26

26

28

28

30

30

32

32

34

34

36

36

38

38

40

40

42

42

44

44

46

46

48

48

50

50

52

52

54

54

56

56

58

58

60

60

62

62

64

64

66

66

68

68

70

70

72

72

74

74

NP_NC2

MINI_PCI_67P

77

1244-00GC000

1244-00GC000

1244-00GC0001244-00GC000

12T44GBSM030

1 2

R5358 0Ohm tx_r0402_0ohm

WLAN/WiGig_LED

BT_LED

CL_RST#_NGFF
CL_DATA_NGFF
CL_CLK_NGFF

COEX3_1.8V
COEX2_1.8V
COEX1_1.8V

BUF_PLT_RST#_WLAN
BT_ON/OFF#_R
WLAN_ON_C

RESERVED_PIN64

BUF_PLT_RST#_WiGig
CLK_REQ3_WiGig#
PCIE_WAKE#_WiGig

1

T5305

1

T5306

For USI W0096 Module Card
Pin 34/36/40/42 use for Dock configuration only.

GND

For Intel 7265 Module Card

1 2

R5324 0Ohm@ tx_r0402_0ohm

1 2

R5323 0Ohm@ tx_r0402_0ohm

1 2

R5322 0Ohm@ tx_r0402_0ohm

1

T5307

1

T5308

1

T5309

M,2_WLAN_SUSCLK [24]

1

T5303

+3VS_WLAN

12

C5332
39PF/50V

tx_c0402

GND

GND

+3VS_WLAN

12

C5311
39PF/50V

GND

1 2
1 2

tx_c0402

CLK_REQ3_WiGig#[24]

GND

R5344 0Ohm
R5347 0Ohm

+3VS_WLAN

CL_RST# [ 20]
CL_DATA [20]

R5348

CL_CLK [20]

10KOhm

tx_r0402

BT_ON/OFF#_C

R5334 Close To Connector

R5334 Close To Connector

R5334 Close To ConnectorR5334 Close To Connector

CLK_REQ4_WLAN#[24]

R5343
10KOhm

tx_r0402

D5304 CH751H-40AGP

D5305 CH751H-40AGP

tx_sod323_h39

tx_sod323_h39

+3VS_WLAN

12

R5334
10KOhm

tx_r0402

@

21

21

12

R5352
10KOhm

tx_r0402

@

BT_ON/OFF# [21,30]

disable BT(USI W0096)

WLAN_ON [21,30]

disable WiGig&WLAN(USI W0096)

CLK_REQ4_WLAN#

CLK_REQ3_WiGig#

B B

A A

Antenna Cable Cilp

MJP5302

1

1

ANT_CLIP_PAD

1302-03GF000

GND

hh_ant_clip_1p_102x107_emi

+3V_WLAN_WP1 bypass capactor:

Place 0.1UF near pin 2,4

Place 10UF near +3V_WLAN_WP1 s ource side.

+3VS_WLAN

12

GND

5

C5339
10UF/6.3V

tx_c0402_t02_h28

@

12

C5336
10UF/6.3V

tx_c0603_t02_h39

12

C5340

0.1UF/16V

tx_c0402

12

C5337

0.01UF/50V

tx_c0402

12

C5338

0.01UF/50V

tx_c0402

Nut(for WIFI card)

H5300

CT236B168D138

1308-00NC000

GND

P/N:1308-00NC000

P/N:1308-00NC000

P/N:1308-00NC000P/N:1308-00NC000

+3V_WLAN_WP1 bypass capactor:

Place 0.1UF near pin 72,74.

Place 10UF near +3V_WLAN_WP1 s ource side.

+3VS_WLAN

12

C5346
10PF/50V

tx_c0201

4

12

GND

C5314
10UF/6.3V

tx_c0402_t02_h28

@

12

C5335
10UF/6.3V

tx_c0603_t02_h39

12

C5334

0.1UF/16V

tx_c0402

EMI Solution

BUF_PLT_RST#_WiGig

BUF_PLT_RST#_WLAN

BT_ON/OFF#_R

WLAN_ON_C

2015.04.15 YenPin

12

12

C5310

0.01UF/50V

tx_c0402

3

12

C5342
100PF/25V

tx_c0201

GND GND GND

12

C5345

C5331

10PF/50V

0.01UF/50V

tx_c0201

tx_c0402

RF reserveRF reserve

12

C5347
100PF/25V

tx_c0201

12

C5348
100PF/25V

tx_c0201

GND

12

C5349
100PF/25V

tx_c0201

IOAC Control Schematic

R5359 0Ohm

tx_r0805_0ohm_h26

Q5313
SI2305CDS-T1-GE3

Rdson=65mOhm/Vgs(th)=-1V

/IOAC

Soft
Start

2

850mA

/NON-IOAC

1 2

D

3

G

1

1

tx_sot23_2d4_h44

12

C5341
1UF/6.3V

/IOAC
tx_c0402

WLAN_PWR+3VS_WLAN

1 2

R5342 0Ohm/NON-I OAC

tx_r0805_0ohm_h26

1 2

R5345 0Ohm/IOAC

tx_r0805_0ohm_h26

S

23

2

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

C

C

C

Date: Sheet of

Date: Sheet of

Date: Sheet of

/IOAC tx_sc70_s6_h47

Size Project Name

Size Project Name

Size Project Name

+3VA

12

61

R5350
10KOhm/IOAC

tx_r0402

Q5312A
UM6K1N

/IOAC tx_sc70_s6_h47

2

1 2

Engineer:

Engineer:

Engineer:

HAWAII

HAWAII

HAWAII

1

+3VS

34

R5346
100KOHM/IOAC

tx_r0402

Title :

Title :

Title :

+3VSUS

Q5312B
UM6K1N

5

IOAC_EN [30]

NGFF WLAN / WiGig

NGFF WLAN / WiGig

NGFF WLAN / WiGig

Willy_Liao

Willy_Liao

Willy_Liao

53 100Thursday, March 31, 2016

53 100Thursday, March 31, 2016

53 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

VCC

CLK

RREF_ISP

MAIN-POWB

5

4

GND

9
8
7
6

ISP_SPI_SK

5

ISP_SPI_DO

GPIO_AL1/SSOR_RST#

SSOR-HSYNC

PIXDIN[5]/DATAI0_P
PIXDIN[4]/DATAI0_N

PIXDIN[3]/CLKI_P
PIXDIN[2]/CLKI_N

PIXDIN[1]/DATAI1_P

R5536

1 2

0Ohm

tx_r0402_0ohm

@

12

C5532

0.022UF/6.3V

tx_c0201

@

SCAN_MODE

GPIO_DLK

DGND_3

PIXDIN[9]
PIXDIN[8]
PIXDIN[7]
PIXDIN[6]

DV12S_2

DGND_2

DGND_1

CAM_2M_AVDD_2V8

+D3V3_ISP

12

C5526

0.1UF/16V

tx_c0201

GND

41

GND

40

CAM_2M_RESET#_R

39

CAM_2M_PD#_R

38
37

ISP_I2C_SDA_R

SDA

36

ISP_I2C_SCL_R

SCK

35
34
33
32

+DV12S_ISP

31
30
29
28

MCSI_2_DATA_DP

27

MCSI_2_DATA_DN

26
25
24
23
22
21

CAM_2M_AVDD_2V8

MCSI_2_CLK_DP
MCSI_2_CLK_DN

GND

U5500B

42

GND1

43

GND2

44

GND3

45

GND4

RTS5830-VB-GR

02T0J0000075

GND

CAM_2M_RESET#_R

ISP_I2C_SDA_R

ISP_I2C_SCL_R

CAM_2M_PD#_R CAM_2M_PD#

1 2

R5527 100KOHM

tx_r0402

U5502

GND2

1

ISP_SPI_CS

CS#

2

ISP_SPI_DI

DO(IO1)

HOLD#

3

ISP_SPI_WP#

WP#

4

12

GND1

GND

+DV12S_ISP

USB_PN7_CCD_R
USB_PP7_CCD_R

RREF_ISP

MAIN-POWB
ISP_SPI_CS_R
ISP_SPI_SK_R
ISP_SPI_DI_R
ISP_SPI_DO_R

HCLK

LED

1

R5555 6.2KOHM

1%tx_r0402

R5554 10KOhm

tx_r0402

12

C5531
1UF/6.3V

tx_c0201_t0d09_h14

@

GND

12

R5529
100KOhm

tx_r0201_h10

@

GND GND

GND

DI(IO0)

W25X05CLUXIG

05T000000080

0500-023D000

U5500A

1

DV12S_1

2

DM

3

DP

4

RREF

5

AGND

6

A3V3

7

VBUS

8

MAIN-POWB

9

SPI-CS#/GPIO4

10

SPI-SCK/GPIO3

11

SPI-MISO/GPIO1

12

SPI-MOSI/GPIO2

13

SPI-WP#/GPIO0

14

GPIO8

15

SVIO

16

SSOR-CLK

17

SSOR-PIXCLK

18

SSOR-VSYNC

19

SVA
GPIO7/(LED)20PIXDIN[0]/DATAI1_N

RTS5830-VB-GR

02T0J0000075

12

12

reserve

U5504

1

VIN

VOUT

2

GND
EN3BP

RT9193-28GU5

06T280000011

0628-00VK000

@

R5528
10KOhm

tx_r0402

GND

D D

USB_PN7_CCD[23]
USB_PP7_CCD[23]

C C

12

R5521 0Ohm

tx_c0402

12

R5522 0Ohm

tx_c0402

GND
+D3V3_ISP
+5VS_ISP

1 2

ISP_SPI_CS
ISP_SPI_SK
ISP_SPI_DI
ISP_SPI_DO
ISP_SPI_WP# ISP_SPI_WP#_R

CAM_2M_XVCLK

tx_c0201

R5553 0Ohm

1 2

tx_c0201

R5556 0Ohm

1 2

tx_c0201

R5557 0Ohm

1 2

tx_c0201

R5558 0Ohm

1 2

tx_c0201

R5559 0Ohm

+SVIO_ISP

12

R5545
0Ohm

tx_r0402_0ohm

12

+SVA_ISP

C5530
10PF/50V

tx_c0402

T5500

@

GND

GND

GND

+5VS_ISP

R5535

1 2

0Ohm

tx_r0402_0ohm

@

R5534

1 2

+SVA_ISP

0Ohm

tx_r0402_0ohm

@

4

CO-LAY

3 4

RN5504B

tx_2r4p0402_h18

MCSI_2_DATA_DN MCSI_2_DATA_DN_CON

MCSI_2_DATA_DP

MCSI_2_CLK_DN

MCSI_2_CLK_DP

0OHM

L5501
90ohm

@

tx_choke_4p_49x39_mura
09T090000021

1 4

2 3

MCSI_2_DATA_DP_CON

1 2

0OHM

RN5504A

tx_2r4p0402_h18

3 4

RN5505B

tx_2r4p0402_h18

0OHM

MCSI_2_CLK_DN_CON

L5502
90ohm

@

tx_choke_4p_49x39_mura
09T090000021

1 4

2 3

MCSI_2_CLK_DP_CON

1 2

0OHM

RN5505A

tx_2r4p0402_h18

+SVIO_ISP

12

12

12

R5546

R5548

R5547

2.2kOHM

4.7KOhm

2.2kOHM

tx_r0402

tx_r0402

tx_r0402

12

R5549 0Ohm

tx_r0402_0ohm

12

R5551 0Ohm

tx_r0402_0ohm

12

R5552 0Ohm

tx_r0402_0ohm

12

R5550 0Ohm

tx_r0402_0ohm

close to Chip

+D3V3_ISP

+5VS_ISP

+DV12S_ISP

12

C5524

4.7UF/10V

tx_c0402 tx_c0402

GND

+SVIO_ISP

12

C5523

2.2UF/6.3V

tx_c0402

GND

12

12

12

12

C5554

C5525

C5528

0.1UF/16V

4.7UF/10V

0.1UF/16V

tx_c0201

tx_c0201

GND

GND

+SVA_ISP

+DV12S_ISP

12

12

12

12

C5519

C5522

C5518

0.1UF/16V

2.2UF/6.3V

0.1UF/16V

tx_c0201

tx_c0402

tx_c0201

GND

GND

C5529
1UF/6.3V

tx_c0201_t0d09_h14

For PIN 1

C5520
1UF/6.3V

tx_c0201_t0d09_h14

For PIN 29

CAM_2M_RESET#

ISP_I2C_SDA

ISP_I2C_SCL

12

12

AGND.01
NC.03
DGND.05
DGND.07
SIO_D.09
PWDN.11
LED-(NC).13
MIPI_CLK_P.15
DGND.17
MIPI_DAT_N.19
NC.21

CAM_2M_DOVDD_1V8

R5533
10KOhm

tx_r0402

R5500

12

1 2

0Ohm

tx_r0402_0ohm

ISP_I2C_SDA
CAM_2M_PD#

MCSI_2_CLK_DP_CON

MCSI_2_DATA_DN_CON

2M Camera (Front)

CON5501

21

CAM_2M_AGND

21
191920
171718
151516
131314
111112
9910
778
556
334
112

FPC_CON_21P

12T18GBSM023

1218-0248000

SKU1/3 (TBD)

SKU2/4 (TBD)

Sensor : OV2722

Sensor : OV2722

Module : CIFDF31-1

Module : 13P2SF205

Vender : Chicony

Vender : LITE-ON

Read address : 0x6D

Read address : 0x6D

Write address : 0x6C

Write address : 0x6C

3

CAM_2M_AVDD_2V8

20
18
16
14
12
10
8
6
4
2

SKU?

Sensor : HM2051
Module : 5SF208T2
Vender : LITE-ON
Read address : 0x49
Write address : 0x48

CAM_2M_DOVDD_1V8

CAM_2M_XVCLK
CAM_2M_RESET#
ISP_I2C_SCL

MCSI_2_CLK_DN_CON
MCSI_2_DATA_DP_CON

02.AVDD2.8V

04.DOVDD1.8V

06.XVCLK

08.RESETB

10.SIO_C

12.LED+(NC)

14.DGND

16.MIPI_CLK_N

18.MIPI_DAT_P

20.DGND

+1.8VS

+1.8VS [21,36,45,57,91]

+3VS

+3VS [3,4,20,21,22,23,24,30,32,36,40,41,44,45,50,51,53,56,57,62,70,91,92]

+5VS

+5VS [36,51,56,57,80,91]

Power Source(ISP)

+5VS +5VS_ISP

12

R5532 0Ohm

tx_r0402_0ohm

2

1

ESD solution

close to CON5501 close to CON5502

CAM_2M_XVCLK
CAM_2M_RESET#
CAM_2M_PD#
ISP_I2C_SCL
ISP_I2C_SDA

12

12

12

C5502

C5501

C5500

10PF/50V

10PF/50V

10PF/50V

tx_c0201

tx_c0201

tx_c0201

@

@

@

CAM_5M_XVCLK
CAM_5M_PD#
CAM_5M_I2C2_SCL
CAM_5M_I2C2_SDA

12

12

C5503

C5504

10PF/50V

10PF/50V

tx_c0201

tx_c0201

@

@

12

12

12

12

C5513

C5511

C5514

C5512

10PF/50V

10PF/50V

10PF/50V

10PF/50V

tx_c0201

tx_c0201

tx_c0201

tx_c0201

@

@

@

@

Power Sequence (HM2051)

Camera Power(2M)

+SVIO_ISP CAM_2M_DOVDD_1V8

12

R5530 0Ohm

tx_r0402_0ohm

C5555

0.1UF/16V

tx_c0201

+SVA_ISP CAM_2M_AVDD_2V8

12

R5531 0Ohm

tx_r0402_0ohm

close to CON5501

C5521

0.1UF/16V

tx_c0201

CAM_2M_AVDD_2V8 CAM_2M_DOVDD_1V8

12

C5533
1UF/6.3V

tx_c0201_t0d09_h14

CAM_2M_DOVDD_1V8CAM_2M_AVDD_2V8

12

12

12

C5534

0.1UF/16V

tx_c0201

GNDGND

C5535
1UF/6.3V

tx_c0201_t0d09_h14

C5536

0.1UF/16V

tx_c0201

Power Sequence (OV5670)

Title :

Title :

Title :

Camera 2M/5M

Camera 2M/5M

HAWAII

HAWAII

HAWAII

Engineer:

Engineer:

Engineer:

Camera 2M/5M

Willy_Liao

Willy_Liao

Willy_Liao

55 100Thursday, March 31, 2016

55 100Thursday, March 31, 2016

55 100Thursday, March 31, 2016

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

NBRDC/HW3

NBRDC/HW3

NBRDC/HW3

Size Project Name

Size Project Name

Size Project Name

E

E

E

Date: Sheet of

Date: Sheet of

2

Date: Sheet of

1

CAM_5M_AFVDD_2V8

12

R5560
100KOHM

tx_r0402

MCSI_1_DATA0_DN[24]

MCSI_1_DATA0_DP[24]

MCSI_1_DATA1_DN[24]

MCSI_1_DATA1_DP[24]

MCSI_1_CLK_DN[24]

MCSI_1_CLK_DP[24]

5M Camera (Rear)

1 2

CAM_5M_AGND

R5501 0Ohm

tx_r0402_0ohm

1 2

CAM_5M_AFGND

R5518 0Ohm

CAM_5M_I2C2_SDA

MCSI_1_DATA1_DN_CON
MCSI_1_CLK_DP_CON

MCSI_1_DATA0_DN_CON

SKU1/3

Sensor : OV5670
Module : CJAF510-1
Vender : Chicony
AF Driver : DW9719
Read address : 0x6D
Write address : 0x6C
AF address : 0x18

CO-LAY

1 2

RN5501A

3 4

RN5501B

1 2

RN5502A

3 4

RN5502B

1 2

RN5503A

3 4

RN5503B

CAM_5M_AVDD_2V8

CON5502

CAM_5M_DOVDD_1V8

21

21

20

191920

18

171718

16

151516

14

131314

12

111112

10

9910

8

778

6

556

4

334

2

112

FPC_CON_21P

12T18GBSM023

1218-0248000

SKU2/4 (TBD)

Sensor : OV5670
Module : 5BA501T3
Vender : LITE-ON
AF Driver : DW9719
Read address : 0x6D
Write address : 0x6C
AF address : 0x18

tx_2r4p0402_h18

0OHM

MCSI_1_DATA0_DN_CON

14

23

L5503
90ohm

tx_choke_4p_49x39_mura
09T090000021

MCSI_1_DATA0_DP_CON

@

0OHM

tx_2r4p0402_h18

tx_2r4p0402_h18

0OHM

MCSI_1_DATA1_DN_CON

14

23

L5505
90ohm

tx_choke_4p_49x39_mura
09T090000021

MCSI_1_DATA1_DP_CON

@

0OHM

tx_2r4p0402_h18

tx_2r4p0402_h18

0OHM

MCSI_1_CLK_DN_CON

14

23

L5504
90ohm

tx_choke_4p_49x39_mura
09T090000021

MCSI_1_CLK_DP_CON

@

0OHM

tx_2r4p0402_h18

3

CAM_5M_XVCLK

CAM_5M_I2C2_SCL
MCSI_1_DATA1_DP_CON

MCSI_1_CLK_DN_CON
MCSI_1_DATA0_DP_CON

02.AVDD28

04.DOVDD18

06.XVCLK

08.NC(RESETB)

10.SIO_C

12.MIPI_D2_P

14.DGND

16.MIPI_CLK_N

18.MIPI_D1_P

20.DGND

Canmera Power (5M)

+1.8VS

+3VS

close to CON5502

12

12

C5507
10UF/6.3V

tx_c0402_t02_h28

B B

PCH_I2C2_SDA CAM_5M_I2C2_SDA

PCH_I2C2_SDA[21]

PCH_I2C2_SCL

PCH_I2C2_SCL[21]

CAM_5M_EN_RESET#

CAM_5M_EN_RESET#[21]

CAM_5M_EN_PWR CAM_5M_EN_DOVDD

CAM_5M_EN_PWR[21]

CAM_5M_EN_CLK CAM_5M_EN_CLK_R

CAM_5M_EN_CLK[22]

A A

R5542 0Ohm

tx_r0402_0ohm

R5543 0Ohm

tx_r0402_0ohm

C5510

0.1UF/16V

tx_c0201

+1.8VS_5M

12

+3VS_5M

12

CAM_5M_AVDD_2V8 CAM_5M_AFVDD_2V8CAM_5M_DOVDD_1V8

12

C5509
10UF/6.3V

tx_c0402_t02_h28

1 2

R5523 0Ohm t x_r0402_0ohm

1 2

R5524 0Ohm t x_r0402_0ohm

R5519 0Ohm t x_r0402_0ohm

R5520 0Ohm t x_r0402_0ohm

R5544 0Ohm t x_r0402_0ohm

R5517 0Ohm t x_r0402_0ohm

1 2

R5562 0Ohm t x_r0402_0ohm

5

1 2

CAM_5M_OSC_VDD

R5563
10KOhm

tx_r0402

@

OSC5500

1

GND

：

CAM_5M_EN_DOVDD

R5516
100KOhm

tx_r0201_h10

CAM_5M_EN_AVDD

C5540
1UF/6.3V

tx_c0201_t0d09_h14

CAM_5M_EN_AFVDD

R5538
100KOhm

tx_r0201_h10

EN

GND2OUT

19.2MHZ

07T060000012

0706-00GD000

12

GND

C5548
1UF/6.3V

tx_c0201_t0d09_h14

R5525
100KOhm

tx_r0201_h10

+3VS_5M

12

GND

12

GND

VDD

GND

+3VS_5M

12

GND

12

GND

GND

4

3

GND GND GND

U5503

B2

ON

B1

VOUT

GND

TPS22902YFPR

06T290000014

0629-008N000

(I Max: 500mA)

1
2

GND GND

U5505

1

VIN

VOUT

2

GND
EN3BP

RT9193-28GU5

06T280000011

0628-00VK000

CAM_5M_EN_CLK_R

12

R5566
100KOHM

tx_r0402

OSC5500,1(EN)
Logic 1 or open : Oscillator output

CAM_5M_AFVDD_2V8CAM_5M_AVDD_2V8CAM_5M_DOVDD_1V8

12

12

12

12

12

12

12

C5506

C5516

C5508

1UF/6.3V

0.1UF/16V

0.1UF/16V

tx_c0402

tx_c0201

tx_c0402

GNDGNDGND

CAM_5M_I2C2_SCL

CAM_5M_PD#

12

C5558

0.1UF/16V

tx_c0201

GND

CAM_5M_EN_AVDD

CAM_5M_EN_AFVDD

Logic 0 : Disable output to high impedance

CAM_5M_XVCLK_LS

12

C5553
15PF/25V

tx_c0201

@

A2

VIN

A1

U5501

VIN

VOUT
GND
EN3BP

RT9193-28GU5

06T280000011

0628-00VK000

5

4

12

C5552

0.01UF/6.3V

tx_c0201

GND

CAM_5M_DOVDD_1V8_R

5

4

CAM_5M_AFVDD_2V8_R

12

GND

C5543

0.022UF/6.3V

tx_c0201

1 2

R5565
0Ohm

tx_r0402_0ohm

@

1 2

R5564
0Ohm

tx_r0402_0ohm

12

C5556
68PF/50V

tx_c0402

@

+1.8VS_5M

12

C5551
1UF/6.3V

tx_c0201_t0d09_h14

GND

12

C5505
1UF/6.3V

tx_c0201_t0d09_h14

GND

CAM_5M_AVDD_2V8_R

12

C5549

0.022UF/6.3V

tx_c0201

12

GND

4

CAM_5M_DOVDD_1V8

R5561

1 2

0Ohm

tx_r0402_0ohm

1 2

12

GND

1 2

C5538
1UF/6.3V

tx_c0201_t0d09_h14

+1.8VS_5M

CAM_5M_DOVDD_1V8

R5541
0Ohm

tx_r0402_0ohm

1 2

C5544
1UF/6.3V

tx_c0201_t0d09_h14

CAM_5M_AFVDD_2V8

R5539
0Ohm

tx_r0402_0ohm

CAM_5M_XVCLK

12

C5557
33PF/50V

tx_c0402

@

R5526
0Ohm

tx_r0402_0ohm

CAM_5M_AVDD_2V8

AGND.01
VCM_VDD.03
DGND.05
AFGND.07
SIO_D.09
PWDN.11
MIPI_D2_N.13
MIPI_CLK_P.15
DGND.17
MIPI_D1_N.19
NC.21

CAM_5M_PD#

Rev

Rev

Rev

0.0

0.0

0.0

5

FPC connector
(for Key PCB)

D D

R5631 0Ohm tx_r0402_0ohm

ALS Sensor

ALS_INT_debug[41]

ALS_INT_PCH[21]
ALS_SDA[70]

ALS_SCL[70]

KEY

LED

Touch Panel

Controller : eKTH5515
address : 0X48

C C

B B

A A

(From PCH)

PWR_BLUE_LED[30]

(From EC)

CHG_ORG_LED[30]

(From EC)

TP_RST[3]

PCH_I2C1_SCL[21]

PCH_I2C1_SDA[21]

12

R5630
100KOHM

tx_r0402

@

61

2

12

R5628
100KOHM

tx_r0402

34

5

12

R5629
100KOHM

tx_r0402

USB_PN4_20_DGL_CONN

DGL_DIR_CONN

DGL_IST#_CONN

5

TP_INT[3]

2

@

PWR_BLUE_LED#

Q5601A
UM6K1N

Rdson=13Ohm/Vgs(th)=1.5V
tx_sc70_s6_h47

CHG_ORG_LED# TP_INT_D

Q5601B
UM6K1N

Rdson=13Ohm/Vgs(th)=1.5V
tx_sc70_s6_h47

1 2

R5623 0Ohm tx_r0402_0ohm

1 2

PU 2.2K at MB Side
PU 2.2K at MB Side

HOME_KEY#[30]
PWR_SW#[30]
VOL_UP#[21,30]
VOL_DOWN#[21,30]

+5VS

R5625 0Ohm tx_r0402_0ohm
R5626 0Ohm tx_r0402_0ohm
R5627 0Ohm tx_r0402_0ohm @
D5603
CH751H-40AGP

TP_RST#

61

Q5602A
UM6K1N

Rdson=13Ohm/Vgs(th)=1.5V
tx_sc70_s6_h47

U5604

12

AZ5725-01F

07T180000049

tx_esd_2p_33_39x24_colay

15kv_1.05*0.65*0.5_Vrwm 5v_10pF_Vcl 10v

U5600

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

U5601

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

+5VA

1 2
1 2
1 2

21

34

Q5602B
UM6K1N

Rdson=13Ohm/Vgs(th)=1.5V

5

tx_sc70_s6_h47

@

12

Close to CON5601

GNDVC

12

GNDVC

12

GND

For

T5601nb_tpc26t_68
T5602nb_tpc26t_68

+3VS_SENSOR

12

R5624
10KOhm

tx_r0402

ALS_INT

PWR_BLUE_LED#
CHG_ORG_LED#

+5VS

PU 2.2K at TP Side

TP_SCL

PU 2.2K at TP Side

TP_SDA

PU 2.2K at TP Side (RC Delay)

TP_RST#_RTP_RST#

PU 2.2K at TP Side

TP_INT_D

Close to CON5600

+5VS

TP_SCL

TP_SDA

TP_RST#_R

12

C5606

C5605

22PF/25V

22PF/25V

tx_c0402

tx_c0402

@

@

+5VS_DGL_CONN

USB_PP4_20_DGL_CONN

開開開開

1
1

+3VS_SENSOR

(O.D)

12

C5607
22PF/25V

tx_c0402

@

4

, TOP/BOT

各各

PWR_SW#

CON5600

GND2

20

20

19

19

18

18

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

9

9

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

GND1

FPC_CON_20P

12T18GBSM003

1218-019H000

1218-019H000

1218-019H0001218-019H000

12

12

C5609

C5608

22PF/25V

22PF/25V

tx_c0402

tx_c0402

@

@

U5606

TVHFB0201AC0

07T180000029

tx_esd_2p_34_39x24_inpaq

30kv_1.05*0.65*0.55_Vrwm 5v_35pF_Vcl 6v

U5605

12

AZ5725-01F

07T180000049

tx_esd_2p_33_39x24_colay

15kv_1.05*0.65*0.5_Vrwm 5v_10pF_Vcl 10v

4

+3VS_SENSOR

+3VA

+5VSUS

+5VA

22

21

GNDVC

12

GND

+3VS_SENSOR [70]

+3VA [24,30,36,53,57,70,81,93,95]

+5VSUS [52,81,84,95,96]

+5VA [81]

3

@

USB_PN4_20_DGL

RNX5600A

RNX5600B

12

0OHM

2

3

L5600
90Ohm/100MHz

1

4

@

34

0OHM

Step 1: DGL_IST#_CONN =>0 , plug in dock.

+3VA

12

R5618
10KOhm

@

tx_r0402

(To EC:)

DGL_IST#[30]

R5616 0Ohm

1 2

tx_r0402_0ohm

DGL_IST#_CONN

Step 2: Delay 500ms , DGL_PWR_MUX_EN will Provide 5V and D+/D-

D5601

R5635 0Ohm

1 2

tx_r0402_0ohm
@

R5634 0Ohm

1 2

tx_r0402_0ohm

12

R5615
10KOhm

tx_r0402

DGL_PWR_EN#

21

tx_sod323_h39

CH751H-40AGP
D5602

21

tx_sod323_h39

CH751H-40AGP

+5VS_DGL_IN

U5603

5

IN

4

EN/EN#

G517C2T11U

06T290000061

VIN: 2.7V-5.5V
Iq:Max 200uA
Ishut-down: Max 40uA
Active Low:<0.7V
ILMIT:0.6A-0.8A-1.0A

1 2

R5632 0Ohm tx_r0402_0ohm
R5633 0Ohm tx_r0402_0ohm

1 2

S9VCC

8

D+

7

D-

6

OE#

OUT

GND

FLAG

+3VS

10

U5602

1D+
1D­2D+
2D-

GND

NX3DV221GM

5

06T960000005

RGB(128,255,128)

@

12

1
2
3

(O.D)

C5601

0.1UF/6.3V

tx_c0402

1
2
3
4

Q5600

3

RUM003N02

3

Rdson=1.4Ohm/Vgs(th)=1.2V

D

07T040000117

1

G

S

2

2

USB_PP4_20_DGL
USB_PN4_20_DGL

VCC: 2.3V-3.6V
Iq:Max 30uA
Ishut-down: Max 2uA
Active Low:<0.25*VCC

S OE# Function
X

H

L

L

H

L

1

R5617
10KOhm

tx_r0402

Disconnect

D=1D
D=2D

DGL_USB_MUX_EN# DGL_PWR_MUX_EN#

DGL_PWR_EN#

+5VS

+5VSUS

+5VS_DGL_IN +5VS_DGL

+5VS_DGL_IN

12

C5602
1UF/6.3V

tx_c0402

USB_PP4_20[23]

USB_PN4_20[23]

+3VS

12

R5614
10KOhm

tx_r0402

DGL_USB_MUX_EN#

Step 3: DGL_IST#_CONN =>0 , DGL_DIR_PCH =>0 , into notebook mode

(5V)

DGL_DIR_CONN

12

R5600
10KOhm

tx_r0402

(3.3V)

1 2

R5621 0Ohm

tx_r0402_0ohm

12

R5603
20KOhm

tx_r0402

3

DGL_DIR_PCH [22]

DGL_DIR_EC [30]

USB_PP4_20_DGL_CONNUSB_PP4_20_DGL

USB_PN4_20_DGL_CONN

R5619 0Ohm

1 2

tx_r0402_0ohm@

12

R5620 0Ohm

1 2

tx_r0402_0ohm

USB_OC2#_PCH [23]

2

(From SOC:)

DGL_PWR_MUX_EN_PCH [22]

(From EC:)

DGL_PWR_MUX_EN_EC [30]

2

FPC connector
(for POGO PCB)

+5VS_DGL

R5601 0Ohm

1 2

tx_r0402_0ohm

DGL_DIR_CONN
DGL_IST#_CONN

12

C5603

0.1UF/16V@

tx_c0201

+5VS_DGL_CONN
USB_PP4_20_DGL_CONN
USB_PN4_20_DGL_CONN

1

+3VS

+3VS [3,4,20,21,22,23,24,30,32,36,40,41,44,45,50,51,53,55,57,62,70,91,92]

+5VS

+5VS [36,51,55,57,80,91]

CON5601

12

SIDE2

10

10

9

9

(Pogo Pin 1：GND)

8

8

(Pogo Pin 2：PWR)

7

7

(Pogo Pin 3：D+)

6

6

(Pogo Pin 4：D-)

5

5

(Pogo Pin 5：DET1)

4

4

(Pogo Pin 6：DET0)

3

3

12

2

C5604

0.1UF/16V@

tx_c0201

2

1

1

11

SIDE1

FPC_CON_10P

12T18GWSM133

1218-024B000

Max Current 0.5 A

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

Custom

Custom

Custom

HAWAII

HAWAII

HAWAII

Date: Sheet of

Date: Sheet of

Date: Sheet of

1

GND

GND

1218-024B000

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

Dongle
Pin 1,6 is GND
w/ Diode between Pin 2,5

IO CONN / POGO PIN

IO CONN / POGO PIN

IO CONN / POGO PIN

Paddy_Ou

Paddy_Ou

Paddy_Ou

56 100Thursday, March 31, 2016

56 100Thursday, March 31, 2016

56 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

Discharge Circuit

100ms --->100mV

0402 1/16W min. resister
5V 400 OHM
3V 144 OHM
12V 2304 OHN

4

+3VS+5VS

3

+1.8VS

+12VS

2

+0.6VS

1

D D

SUSB_EC#[30,68,91,92]

+3VA

2

12

R5704
100KOHM

tx_r0402

61

Q5709A
UM6K1N

tx_sc70_s6_h47

GND

C C

SUSC_EC#[30,68,91]

B B

+3VA

12

R5708
100KOHM

tx_r0402

D

Q5704
NX7002AK

G

1

S

2 3

GND

07T040000001

+12V

@

1 2

34

5

GND

39ohm 12ms

R5701
402Ohm

tx_r0402

1%

Q5709B
UM6K1N

tx_sc70_s6_h47

@ 89ms

R5707
470Ohm

tx_r0402

5%

1 2

34

Q5701B
UM6K1N

5

tx_sc70_s6_h47

GND GND GND

150ohm 13ms

@ 36ms

+3V

R5705

@

330Ohm

tx_r0402

1 2

61

Q5702A

2

UM6K1N

tx_sc70_s6_h47

GND

330ohm 55ms

@ 82ms

@

1 2

61

2

330ohm 55ms

@ 76ms

R5702
330Ohm

tx_r0402

Q5701A
UM6K1N

tx_sc70_s6_h47

+1.8V

R5719
220Ohm

tx_r0402

1%

1 2

34

Q5702B

5

UM6K1N

tx_sc70_s6_h47

GND

@ 5.36ms @ 900us

@132 us @ 130ms @ 496us

+1.0V

R5720

@

100Ohm

tx_r0402

1 2

61

Q5710A

2

UM6K1N

tx_sc70_s6_h47

GND

5

R5721
330Ohm

tx_r0402

1 2

34

Q5708B
UM6K1N

tx_sc70_s6_h47

GND

5

34

Q5710B
UM6K1N

tx_sc70_s6_h47

R5715

2.37KOHM

tx_r0402

1 2

61

Q5708A
UM6K1N

2

tx_sc70_s6_h47

VDB_PD_EN_PCH#[21]

R5722

2.37KOHM

tx_r0402

1 2

5

12

1 2

34

GND

R5723
100KOHM

tx_r0402

R5709
330Ohm

tx_r0402

Q5703B
UM6K1N

tx_sc70_s6_h47

61

Q5703A
UM6K1N

2

GND

VDB_PD_EN_PCH [97]

tx_sc70_s6_h47

GND

+1.0V

+1.8V

+3V

+12V

+3VA

A A

5

4

+1.0V [7,91]

+1.8V [16,91]

+3V [25,91]

+12V [91]

+3VA [24,30,36,53,56,70,81,93,95]

+0.6VS

+12VS

+1.8VS

+3VS

+5VS

+0.6VS [16,17,83]

+12VS [91]

+1.8VS [21,36,45,55,91]

+3VS [3,4,20,21,22,23,24,30,32,36,40,41,44,45,50,51,53,55,56,62,70,91,92]

+5VS [36,51,55,56,80,91]

3

Title :

Title :

Title :

DISCHARGE

DISCHARGE

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

Custom

Custom

Custom

Date: Sheet of

Date: Sheet of

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Engineer:

Engineer:

Engineer:

1

DISCHARGE

Willy_Liao

Willy_Liao

Willy_Liao

57 100Thursday, March 31, 2016

57 100Thursday, March 31, 2016

57 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

DC Jack WtoB CONN

12

12

C6032

0.1UF/25V

tx_c0402

tx_c0402

T6032

C6029

47PF/50V

Current setting=6A

Depend on the current
of the adaptor.

FERRITE BEAD (0805) 220 OHM/3A

L6001 220OHM

FERRITE BEAD (0805) 220 OHM/3A

L6006 220OHM

1

12

tx_c0201

C6030

T6033

1

12

47PF/50V

tx_c0201

C6031

21

21

T6034

1

12

47PF/50V

tx_l0805_h43

tx_l0805_h43

+BAT_CON

L6002 1kOhm/100Mhz Irat=300mA
L6003 1kOhm/100Mhz Irat=300mA
L6004 1kOhm/100Mhz Irat=300mA

tx_c0201

12

C6027

0.1UF/25V

tx_c0402

@

add for RF

21
21
21

TS1#_C

BI

12

C6012
1uF/25V

tx_c0402

+A/D_DOCK_IN

12

C6026

tx_c0402

39PF/50V

D6002

5

AZ2025-04S

07T220000025

GND

12

C6011
1uF/25V

tx_c0402

34

2

1

T6035

T6036

1

1

SMB0_CLK [30,88,95]
SMB0_DAT [30,88,95]
TS1# [90 ]

SMB0_DAT_C

SMB0_CLK_C

+V_DCJACK

1

T6020

1

GND

T6025

1

T6021

1

T6022

1

T6019

12

C6014

0.1UF/25V

tx_c0402

1

T6026

1

T6012

1

T6023

1

T6024

T6029

R6001
0Ohm

tx_r0402_0ohm

1 2

T6027

1

1

T6030

T6028

1

SMB0_CLK_C
SMB0_DAT_C
TS1#_C

12

R6000
10KOhm

tx_r0402
@

Add for EMI
C6032 independent connect ground
20151208 Willy

T6031

1

1

0.1UF/25V

C6028

D D

CON6000

6

GND2

5

GND1

WTOB_CON_4P

12T17ABSM000

1217-01ET000

1217-01ET000

1217-01ET0001217-01ET000

C C

1

1

2

2

3

3

4

4

09V010000108

Battery Connector

B B

CON6001

9

10

WTOB_CON_8P

12T17GBSM060

1217-023C000

A A

SIDE1

SIDE2

8

8

7

7

6

BI

6

5

TS1#_C

5

4

SMB0_CLK_C

4

3

SMB0_DAT_C

3

2

2

1

1

+VCC_RTC

+3VA_EC

+3VA

+5VA

+1.0VSUS

+1.8VSUS

+3VSUS

+5VSUS

+12VSUS

+3V

+12V

+1.8VS

+3VS

+5VS

+12VS

+AC_BAT_SYS

+A/D_DOCK_IN

+BAT_CON

+VCORE

+VCCGT

+VCCSA

+VCCIO

+VCC_RTC [24,25,26,36]

+3VA_EC [28,30,32]

+3VA [24,30,36,53,56,57,70,81,93,95]

+5VA [56,81]

+1.0VSUS [26 ,82]

+1.8VSUS [9,26 ,84]

+3VSUS [4,24,25,26,28,30,51,53,62,68,81 ,84,92,95]

+5VSUS [52,56,81,84,95,96]

+12VSUS [81,91]

+3V [25 ,57,91]

+12V [57,91]

+1.8VS [21,36,45,55,57,91]

+3VS [3,4,20,21,22,23,24,30,32,36,40,41,44,45,50,51,53,55,56 ,57,62,70,91,92]

+5VS [36,51,55,56,57,80,91]

+12VS [57,91]

+AC_BAT_SYS [45 ,80,81,82,83,88,97]

+A/D_DOCK_IN [89]

+BAT_CON [88]

+VCORE [5,80]

+VCCGT [6,80]

+VCCSA [7,80]

+VCCIO [3,7,9,91]

Title :

Title :

Title :

Engineer:

Engineer:

Size Projec t Name

Size Projec t Name

Size Projec t Name

B

B

B

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Engineer:

DC_DC/BAT CONN

DC_DC/BAT CONN

DC_DC/BAT CONN

Willy_Liao

Willy_Liao

Willy_Liao

60 10 0Thursday, March 31, 2016

60 10 0Thursday, March 31, 2016

60 10 0Thursday, March 31, 2016

1

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

TPM

TPM Power Sequence

D D

VBS

VDD

RESET#

NOTE: RESET# is LRESET#,
SPI_RST# or SRESET#.

C C

B B

INT_SERIRQ[20,30,44]

PM_SUS_STAT#[20]

2015.04.09 YenPin
Chipset Have Pulled High 10Kohm At PM_CLKRUN# and INT_SERIRQ

VDD: Power the I/O buffers of the GPIO ports and the Host Interface
VSB: Standby 3.3V Power Supply. Powers the on-chip Core.

5ms < t

0 < t

1ms < t

+3VS

1 2

+3VS

R6201
10KOhm

tx_r0402

@

R6203 0Ohm@ tx_r0402_0ohm
R6204 10KOhm@ tx_r0402

NOTE:

1) For TPM 1.2:
The TPM VSB pin must be connected to the
system's standby voltage (existing at S3 power state).

2) For TPM 2.0:
It is recommended to connect the TPM VSB pin to the
system's standby voltage to improve performance.

3) TPM VDD pins should be connected to the same power rail
that feeds the Chipset LPC interface.

4) RESET# must be asserted for at least 5 msec after
VSB power-up.

5) VSB may come up anytime before VDD power-up,
but not after VDD power-up.

6) RESET# may be asserted together with VDD power
negation, but should not at any point exceed 0.5V
above the VDD power level.

+3VS

R6202
10KOhm

tx_r0402

@

1 2

PM_CLKRUN#[20,30]

PLT_RST#_BUF[25,30,32,53]

1 2

LPC_AD3[20,30,44]

LPC_AD2[20,30,44]

LPCCLK_TPM[20]

LPC_FRAME#[20,30,44]

LPC_AD1[20,30,44]

LPC_AD0[20,30,44]

12

+3VS

+3VS

LPCPD#

GND

U6201

15

CLKRUN#/GPIO4

16

LRESET#/SPI_RST#

17

LAD3

18

GND3

19

VDD2

20

LAD2/SPI_IRQ#

21

LCLK/SCLK

22

LFRAME#/SCS#

23

LAD1/MOSI

24

VDD3

25

GND4

26

LAD0/MISO

27

SERIRQ

28

LPCPD#

NPCT650AA0WX

02T3E0000003

023E-0024000

+3VS

GND

NC4
NC3
NC2

GND2

VDD1

GPIO3/BADD

TEST

PP

GPX/GPIO2

VSB

GND1

NC1

GPIO1

XOR_OUT/GPIO0

7mA

12

C6202
10UF/6.3V

tx_c0402_t02_h28

/TPM

14
13
12
11
10
9
8
7
6
5
4
3
2
1

1 2

PP

GND

+3VSUS

C6204

0.1UF/16V

tx_c0402

/TPM

+3VSUS

NOTE:
GPIO_IF[0..3] and PP are optional.
Leave them open if not used.

1 2

GND

1 2

50mA

C6201

0.1UF/16V

tx_c0402

/TPM

C6205

0.1UF/16V

tx_c0402

/TPM

+3VS

12

C6203
10UF/6.3V

tx_c0603_t02_h39
/TPM

C6206

0.1UF/16V

tx_c0402

1 2

/TPM

NOTE:

1

PP

A A

5

1) The PP is an input signal with configurable polarity.

T6201

2) By default the PP functionality is disabled.

Note:
When LPCPD# functionality is not required, an internal
pull-up resistor allows this pin to be left floating.

4

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

Size Project Name

Size Project Name

Size Project Name

A

A

A

Date: Sheet of

Date: Sheet of

3

Date: Sheet of

HAWAII

HAWAII

HAWAII

2

TPM

TPM

TPM

Willy_Liao

Willy_Liao

Willy_Liao

62 100Thursday, March 31, 2016

62 100Thursday, March 31, 2016

62 100Thursday, March 31, 2016

1

Rev

Rev

Rev

0.0

0.0

0.0

5

1 2

PM_SUSB#[25,30]

PM_SUSC#[25,30]

D D

R6801 0 Ohm

/BYPAS_EC

1 2

R6802 0 Ohm

/BYPAS_EC

DE_ALL_SYS_PGD_EC[30]

tx_r0402_0ohm

tx_r0402_0ohm

4

SUSB_EC# [30,57,91,92]

SUSC_EC# [30,57,91]

1 2

R6809 0 Ohm

/BYPAS_EC

tx_r0402_0ohm

3

For Intel power sequence requestment
ALL_SYS_PWRGD to Delay_ALL_SYS_PGD >2ms

Delay By EC(2ms+ EC processing time (3ms~33ms)

DE_ALL_SYS_PGD_EC_R

2

+3VSUS

+3VSUS

1

+3VSUS [4,24,25,26,28,30,51,53,62,81,84 ,92,95]

delay by EC, delay circuit no longer needed

U6802

B

1

A

PM_SUSB#

C C

+3VSUS

U6803

B

SP6802
0Ohm

SYS_PWROK_EC[30]

B B

1 2

tx_r0402_short_12mil

PM_SUSB#

SYS_PWROK_EC_G

1

VCC

A

2

3 4

GND

Y

TC7SH08FU

tx_sc70_s5_ti

/BYPAS_EC

For shut down Sequence Tplt17 < 1us
Due to PDG1.2 Figure 43-5. SYS_PWROK

5

drop after PM_SUSB# before CPU_VRON
to add this solution

12

R6806
100KOHM

tx_r0402

@

1 2

R6804 0 Ohm

/BYPAS_EC

tx_r0402_0ohm

2

3 4

GND

TC7SH08FU

tx_sc70_s5_ti

/BYPAS_EC

06T030000005

For shut down Sequence
Tplt17 < 1us

SYS_PWROK [25,30]

VCC

5

Y

GND

12

R6808
100KOHM

tx_r0402

@

12

GND

C6804

0.1UF/16V

tx_c0402

@

DE_ALL_SYS_PGD_HW [30]

GND

A A

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Projec t Name

Size Projec t Name

Size Projec t Name

B

B

B

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Title :

Engineer:

Engineer:

Engineer:

POWER Sequence

POWER Sequence

POWER Sequence

Willy_Liao

Willy_Liao

Willy_Liao

68 10 0Thursday, March 31, 2016

68 10 0Thursday, March 31, 2016

68 10 0Thursday, March 31, 2016

1

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

G+G Sensor

+3VS_SENSORGND

12

D D

AD0

I2C Address

0

b1101000X

1

b1101001X

GYRO_INT_PCH[21]

GYRO_INT_debug[41]

VDD

1.71-3.45V

VDDIO

C C

1.71-3.45V

I

Typ.3.4mA Normal Mode

I

Typ.6.37uA LP Mode

12

R7011
100KOHM

tx_r0402

R7012
100KOHM

+3VS_SENSOR

tx_r0402

@

+3VS_SENSOR +3VS_SENSOR

12

1 2

R7010
0Ohm

tx_r0402_0ohm

1 2

R7030
0Ohm

tx_r0402_0ohm

R7020
10KOhm

tx_r0402

GYRO_INT

(O.D)

12

C7003

0.1UF/16V

tx_c0402

GND

GND

+3VS_SENSOR

12

GYRO_AD0

C7004

0.1UF/16V

tx_c0402

1 2

GYRO_AUX_SCL

GND

R7009
0Ohm

tx_r0402_0ohm

+3VS_SENSOR

6

7

AUX_CL

8

VDDIO

9

AD0/SDO

10

REGOUT

11

FSYNC

12

INT

NC11NC22NC33NC44NC55NC6

24

SDA/SDI

SCL/SCLK

nCS

AUX_DA

RESV1
RESV2

GND118NC1017NC916NC815NC714VDD

U7000

13

MPU-6500

06T980000024

0698-001L0PB

GND

GYRO_VDD

12

C7002

0.1UF/16V

tx_c0402

GND

GYRO_SDA_3V0

23

GYRO_SCL_3V0

22
21

GYRO_AUX_SDA

20
19

12

GND

R7002
0Ohm

tx_r0402_0ohm

GYRO_SCL_3V0
GYRO_SDA_3V0

E_SCL
E_SDA

ALS_SCL[ 56]
ALS_SDA[56]

ALS_SCL
ALS_SDA

1 2

R7001 0Ohm tx_r0402_0ohm

1 2

R7000 0Ohm tx_r0402_0ohm

1 2

R7004 0Ohm tx_r0402_0ohm

1 2

R7003 0Ohm tx_r0402_0ohm

1 2

R7024 0Ohm tx_r0402_0ohm

1 2

R7023 0Ohm tx_r0402_0ohm

+3VS_SENSOR

12

12

R7022

R7021

1KOhm

1KOhm

tx_r0402

tx_r0402

5%

5%

SHB_SCL_BYP
SHB_SDA_BYP

+3VS_SENSOR

+3VS
+3VA

1 2

R7014 0Ohm

tx_r0402_0ohm

1 2

R7026 0Ohm tx_r0402_0ohm

1 2

R7027 0Ohm tx_r0402_0ohm

@

1 2

R7028 0Ohm tx_r0402_0ohm

1 2

R7029 0Ohm tx_r0402_0ohm

@
@

1 2

R7035 0Ohm tx_r0402_0ohm

1 2

R7036 0Ohm tx_r0402_0ohm

@

+3VS_SENSOR [ 56]

+3VS [3,4,20,21,22,23,24,30,32,36,40,41,44,45,50,51,53,55,56,57,62,91, 92]

+3VA [24,30,36,53,56,57,81,93,95]

+3VS

ISH_I2C0_SCL [21, 41]
ISH_I2C0_SDA [21, 41]

EC_SH_I2C_SCL [30]
EC_SH_I2C_SDA [30]

PCH_I2C0_SCL [21,30]
PCH_I2C0_SDA [21,30]

PCH Side (ISH_I2C)

EC Side

PCH Side

MR SENSOR

@

E_SDA

+3VS_SENSOR

GND

12

T7000

E_SCL

E_SCL

12

R7013
0Ohm

tx_r0402_0ohm

E_VDD
E_CAD

1

GND

E-Compass

+3VS_SENSOR

12

R7005
10KOhm

tx_r0402

@

12

R7006

GND

0Ohm

tx_r0402_0ohm

B B

CAD I2C Address

1

0 PD (default)

PU 10K0xD

0xC

C7000

0.1UF/16V

tx_c0402

1 2

R7033 0Ohm tx_r0402_0ohm

1 2

R7034 0Ohm tx_r0402_0ohm

@

R7007
0Ohm

tx_r0402_0ohm

U7003

A1
A2
A3

B1
B3

VDD
CAD

RSTN

TST

VSS
SCL

AK09911C

06T980000018

0698-001M0PB

C1

VID

C2
C3

SDA

+3VS_SENSOR

GND

12

E_SDA

GYRO_AUX_SDA
GYRO_AUX_SCL

12

C7001

0.1UF/16V

tx_c0402

E_RSTN

+3VS_SENSOR

12

R7008
10KOhm

tx_r0402

1 2

R7031
0Ohm

tx_r0402_0ohm

1 2

R7032
0Ohm

tx_r0402_0ohm

E_COMPASS_RSTN_PCH [21]

E_COMPASS_RSTN_debug [41]

+3VA

12

GND

(P.P)

1 2

LID_SW#_MR_P[ 30,45]

LID_SW#_MR_N[30]

R7018 0Ohm

tx_r0402_0ohm

(P.P)

R7025 0Ohm

tx_r0402_0ohm

1 2

12

C7005

0.1UF/16V

tx_c0402

LID_SW#_MR_R_P

C7006
680PF/50V

tx_c0402

1 2

GND

LID_SW#_MR_R_N

C7007
680PF/50V

tx_c0402

1 2

GND

R7019
0Ohm

tx_r0402_0ohm

+3VA_HALL

GND

U7002

3

VDD

4

OUT1

5

GND2

HGDEDM013A

06T460000003

0646-00170ZZ

GND1
OUT2

GND

2
1

VDD

2.4-3.6V

VID

1.65-VDD

A A

SENSOR

SENSOR

SENSOR

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

HAWAII

HAWAII

HAWAII

Title :

Engineer:

Engineer:

Engineer:

1

Willy_Liao

Willy_Liao

Willy_Liao

70 100Thursday, March 31, 2016

70 100Thursday, March 31, 2016

70 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

U8002B

36

PGND2

37

PGND3

38

PGND4

39

PGND5

40

PGND6

41

PGND7

42

PGND8

SIC631CD-T1-GE3

Mike_0721

1 2

12

C8095
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80101
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80107
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8078
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

FCCM_A
PWM_A

1 2

5.1Ohm

tx_r0603_h22

Mike_0608

R8075

1Ohm

1%

tx_r0402

tx_r0402

G

3

tx_sc70_6_vishay

G

3

tx_sc70_6_vishay

R8062

tx_r0603_h22

1 2

tx_c0402

2 5 6

D

S

4 1

2 5 6

D

S

4 1

06T520000015

8
7
6
5
4
3
2
1

06T520000015

5%

C8009
1uF/25V

X5R/+/-10%
tx_c0402

12

C8096
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80124
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80108
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8079
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

Q8000

7

SIA432DJ-T4-GE3

Q8001

7

SIA432DJ-T4-GE3

VIN1
PHASE
NC2
BOOT
NC1
VCC
FCCM
PWM

VR_SVID_DATA[5]

VR_SVID_ALERT#[5]

VR_SVID_CLK[5]

R8012

tx_r0402

tx_r0402

tx_c0402

tx_c0402

1 2

1 2

R8022
2KOhm

1%

X7R/+/-10%

1%

12

1 2

C8021
680PF/50V

X7R/+/-10%

R8090

13KOhm

tx_r0402

1%

ISEN1_B

ISEN2_B

VR_HOT#[3]

VRM_PWRGD[25,92]

CPU_VRON[30]

CPU_VRON_PWR[93]

@

R8064
0Ohm

tx_r0402_0ohm

1 2

R8063

tx_r0402_0ohm

0Ohm

tx_r0402_0ohm

1 2

tx_r0402_0ohm

FCCM_B

PWM1_B

1 2

12

@

R8091

220Kohm

tx_r0402_h24

R8019

2.05KOHM

tx_r0402

1 2

10T220000366

CN=CN1+CN2
CN=68nf+15nf=83nf

C8039

0.22UF/16V
X7R/+/-10%

tx_c0402

1 2

Rip

1 2

R8030
1KOhm1%

tx_r0402

@

1.69KOHM
R8033

Ri

C80145
470PF/50V

1 2

R8070

12.1KOhm

tx_r0402

tx_c0402

220KOhm

1 2

Cip

1 2

C8033
2200PF/50V

X7R/+/-10%

RIMON

3.3KOhm
R8072

1 2

tx_r0402

1 2

tx_c0402

RP

T8001

TPC28T

C8002

0.01UF/16V

X7R/+/-10%@

1 2

tx_r0402

1

nb_tpc28t_68

0.022UF/16V

Mike_0717

tx_c0402

tx_c0402

C8042

CN1

R8065

0Ohm

RN

tx_r0402_0ohm

105KOhm

R8004

1 2

tx_r0402

330PF/50V X7R/+/-10%
C8005

1 2

tx_c0402

R8021

4.42KOhm

tx_r0402

1 2

C8020
220PF/50V

1 2

X7R/+/-10%

tx_c0402

C8017

@

0.01UF/16V X7R/+/-10%

1 2

C8012

0.01UF/16V X7R/+/-10%

1 2

12

Mike_0713

12

C80146

@

0.01UF/25V
X7R/+/-10%

tx_c0402

1 2

CN2

12

C8044

0.1UF/25V

X7R/+/-10%

tx_c0402

D D

68PF/50V NPO/+/-5%

C8027

1 2

4700PF/50V

1AT200000062

C8024

1 2

X7R/+/-10%

tx_c0402

+VCCGT

100Ohm

@

R8010

12

tx_r0402

nb_r0402_short_5mil_small

nb_r0402_short_5mil_small

ISUMP_B

R8040

2.61KOHM

RNTCS

RNTC

R8042

5%

10KOHM

ISUMN_B

1 2

SR8007

nb_r0402_short_5mil_small

SR8008

1 2

nb_r0402_short_5mil_small

100Ohm

@

R8013

12

tx_r0402

1 2

tx_r0402

1 2

tx_r0402_h24

U8000B

42

GND1

43

GND2

44

GND3

45

GND4

46

GND5

47

GND6

48

GND7

49

GND8

ISL95859HRTZ

06T950000045

tx_qfn_40p_16_s197_p_h33_8v

11KOhm

R8037

VCCGT_VCCSENSE[6]

VCCGT_VSSSENSE[6]

C C

The R8042 closes to L8001
for VCCGT

Mike_0717

R8081

R8011

1%

13KOhm

220KOhm

1% @

1 2

1 2

tx_r0402

R8001

1%

C8003
330PF/50V

113KOhm

tx_r0402

1 2

X7R/+/-10%

tx_c0402

B B

10T220000401

tx_r0402

1 2

R8084
220Kohm

@

tx_r0402_h24

1 2

NPO/+/-5%

1AT200000062

C8025
68PF/50V

tx_r0402

tx_c0402

1 2
12

R8073

4.3KOHM

1%

C8026
6800PF/25V

330PF/50V

+VCORE

12

C80152
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80159
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80166
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80153
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80160
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80167
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80154
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80161
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80168
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80155
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80162
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80169
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80156
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80163
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80170
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80157
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80164
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80158
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80165
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

2KOhm

C8018

N/A

N/A

R8028

X7R/+/-10%

SR8016

SR8017

1 2

SR8018

1 2

1 2

nb_r0402_short_5mil_small

nb_r0402_short_5mil_small

nb_r0402_short_5mil_small

U8000A

41

GND

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19

+5VS

+5VS

R8017

1%

1.8KOhm

1 2

1 2

12

tx_r0402

Rdroop

10T220000316

tx_c0402

PSYS

VR_ENAB LE

IMON_B

VR_REA DY

NTC_B

VR_HOT#

COMP_B

SCLK

FB_B

ALERT#

RTN_B

SDA

ISUMP_B

VCC

ISUMN_B

VIN

ISEN1_B

PROG1

ISEN2_B

PROG2

FCCM_B

PWM_C

PWM1_B

FCCM_C

PWM2_B

ISUMN_C

IMON_A

ISUMP_C

NTC_A

RTN_C

COMP_A

FB_C

FB_A

COMP_C

RTN_A

IMON_C

ISUMP_A

PWM_A

ISUMN_A20FCCM_A

ISL95859HRTZ

06T950000045

tx_qfn_40p_16_s197_p_h33_8v

R8003

205KOhm

1%

RIMON

R8020

301Ohm

1%

1 2
12

tx_r0402

C8013

2.2NF/50V

X5R/+/-10%

1AT200000131

Mike_0608

40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21

1 2

10T220000174

1KOhm
R8031

1 2

Rip

tx_r0402

@

R8026

100Ohm

+VCORE

1 2

Ri

C8037
X7R/+/-10%

0.22UF/16V

1 2

tx_r0402

12

1.62KOhm

tx_c0402

PWM_C
FCCM_C

PWM_A
FCCM_A

12

C80127
68PF/50V

1AT200000062

C8000
330PF/50V

tx_c0402

2200PF/50V X7R/+/-10%
C8035

12

tx_c0402

Cip

R8032

@

220PF/50VX7R/+/-10%

CN=CN1+CN2
CN=22nf+10nf=33nf

1 2

CN2

C8007

@

12

tx_r0402

1 2

12

0.015UF/25V
tx_c0402

1 2

tx_c0402

12

R8024

R8074

4.3KOHM

tx_r0402

C80126
6800PF/25V

tx_c0402

C80147

C8023

0.22UF/25V

tx_c0603

78.7KOHM

@

X7R/+/-10%

C8011
1UF/6.3V

X5R/+/-10%

1 2

tx_c0402

+AC_BAT_SYS

1KOhm

12

1 2

tx_r0402

R8018

63.4KOhm

R8034 1.18KOHM

tx_r0402

CN=CN1+CN2
CN=22nf+10nf=33nf

R8014

1KOhm

tx_r0402

C8006

220PF/50V

tx_c0402

X7R/+/-10%

@

12

C8040

0.1UF/25V

X7R/+/-10%

tx_c0402

R8066
0Ohm

12

RN

1 2

tx_r0402_0ohm

12

C8045

0.022UF/16V

CN1

1AT200000027

C8001

0.01UF/16VX7R/+/-10%

12

@

C8015

tx_c0402

220PF/50V

1 2

tx_c0402

Rip

R8029

1 2

@

1 2

1 2

+VCCGT

12

C80171
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80178
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80185
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80172
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80179
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80186
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80173
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80180
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80187
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80174
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80181
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80188
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

12

R8060
0Ohm

tx_r0603_0ohm_h24

tx_r0603_0ohm_h24

Cip

2200PF/50VX7R/+/-10%
C8036

12

tx_c0402

Ri

10T220000501

12

@

C8038

tx_c0402

CN2

301Ohm

R8025

2.37KOHM

1%

1 2

Rdroop

1000PF/50V

10T220000044

Mike_0608

TPC28T
T8000

The R8041 closes to L8000
for Vcore

1

nb_tpc28t_68

12

11KOhm

R8035

RP

tx_r0402

nb_r0402_short_5mil_small

1 2

1 2

@

nb_r0402_short_5mil_small

R8027

100Ohm

1 2

Mike_0608

tx_r0402

12

C80176

C80175

10UF/6.3V

10UF/6.3V

X5R/+/-20%

X5R/+/-20%

tx_c0402_t02_h28

tx_c0402_t02_h28

12

C80182

C80183

10UF/6.3V

10UF/6.3V

X5R/+/-20%

X5R/+/-20%

tx_c0402_t02_h28

tx_c0402_t02_h28

12

+5VS

12

C80148

10NF/25V

0.022UF/16V @

tx_c0402

1AT200000032

R8015

1 2
12

tx_r0402

C8022

tx_c0402

@

R8023

100Ohm

tx_r0402

1 2

+VCCSA

12

10KOHM 5%
R8041

tx_r0402_h24

12

2.61KOHM
R8038

RNTCS

tx_r0402

SR8012

nb_r0402_short_5mil_small

SR8011

nb_r0402_short_5mil_small

tx_c0402

RN

R8067

0Ohm

tx_r0402_0ohm

1 2
12

CN1

C8043

tx_r0402

0.033UF/16V

nb_r0402_short_5mil_small

X7R/+/-10%

C8008
220PF/50V

1 2

X7R/+/-10%

tx_c0402

ISUMN_A

RNTC

ISUMP_A

VCORE_VCCSENSE [5]

VCORE_VSSSENSE [5]

PWM_C

12

C80177
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

C80184
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

12

0.01UF/16VX7R/+/-10%

@

tx_c0402

C8041

0.1UF/25V

X7R/+/-10%

11KOhm

R8036

RP

C8004

12

220PF/50V

@

1 2

SR8009nb_r0402_short_5mil_small

1 2

C8014

1 2

tx_c0402

+VCORE

tx_r0603_0ohm_h24

TPC28T
T8002

1

12

12

2.61KOHM

tx_r0402

ISUMP_C

SR8010

nb_r0402_short_5mil_small

nb_r0402_short_5mil_small

12

12

12

12

R8061

1 2

5.1Ohm

5%

tx_r0603_h22

10T340000035

Mike_0608

R8076

1Ohm

tx_r0402

nb_tpc28t_68

ISUMN_C

10KOHM 5%
R8043

RNTC

tx_r0402_h24

R8039

RNTCS

The R8043 closes to L8002
for VCCSA

Mike_0608

@

R8016

100Ohm

tx_r0402

1 2

12

C8093

C8094

22UF/6.3V

22UF/6.3V

X5R/+/-20%

X5R/+/-20%

tx_c0603_t02_h39

tx_c0603_t02_h39

12

C80100

C8099

22UF/6.3V

22UF/6.3V

X5R/+/-20%

X5R/+/-20%

tx_c0603_t02_h39

tx_c0603_t02_h39

12

C80105

C80106

22UF/6.3V

22UF/6.3V

X5R/+/-20%

X5R/+/-20%

tx_c0603_t02_h39

tx_c0603_t02_h39

12

C8080

C8082

22UF/6.3V

22UF/6.3V

X5R/+/-20%

X5R/+/-20%

tx_c0603_t02_h39

tx_c0603_t02_h39

C8048

R8059

0.22UF/25V X7R/+/-10%

0Ohm

tx_c0603

12

tx_c0603

tx_r0603_0ohm_h24

10

U8005

9

GND2

1

8

UGATE

PHASE

2

7

GND3

BOOT

FCCM

3

6

PWM

VCC

5

GND14LGATE

ISL95808HRZ

06T520000016

tx_dfn_8p_20_s79_p_i_h39_1v

FCCM_C

+5VS

12

C8016

4.7UF/10V

tx_c0402_t02_h28

C8046

0.1UF/25V X7R/+/-10%

tx_c0603

12

tx_c0603

+5VS

12

1%

tx_r0402

C8019
1uF/25V

X5R/+/-10%

1 2

tx_c0402

tx_c0402

VCCSA_VSSSENSE [7]

VCCSA_VCCSENSE [7]

+5VS

12

SIC631CD-T1-GE3

C8047

12

0.1UF/25V

tx_c0402

FCCM_B
PWM1_B

tx_r0805_h26

tx_c0402

32

AGND35GL2

34

1 2

12

VIN2

U8002A

31

12

12

12

12

tx_c0402

R8057

2.2Ohm

C8028
1500PF/50V

@

33

PGND1

12

C80140

4.7UF/10V

tx_c0402_t02_h28

C8097
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80103
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80109
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C8081
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8059
1000PF/50V
NPO/+/-5%

@

ISUMP_C

ISUMN_C

U8003B

36

PGND2

37

PGND3

38

PGND4

39

PGND5

40

PGND6

41

PGND7

42

PGND8

SIC631CD-T1-GE3

06T520000015

16

SW1

17

SW2

18

SW3

19

SW4

20

SW5

21

SW6

22

SW7

23

SW8

SW924SW1025SW1126GL127PGND228PVCC29NC330NC4

8

VIN1

7

PHASE

6

NC2

5

BOOT

4

NC1

3

VCC

2

FCCM

1

PWM

06T520000015

12

C8098
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80104
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80110
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8083
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C8053

12

10UF/25V

@

1AT300000056
tx_c0603_t02_h39
X5R/+/-10%

tx_c0603_t02_h39

Mike_0429 (layout request)

3.65KOHM
R8045

1 2

1 2

tx_r0402

R8050
1Ohm

tx_r0402

12

C8061
1000PF/50V

tx_c0402

32

VIN2

SIC631CD-T1-GE3

AGND35GL2

31

34

Iin=0.9A

T8003

@NPO/+/-5%

1 2

12

tx_r0805_h26

tx_c0402

33

U8003A

12

C8077
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8076
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8075
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8074
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C8070

12

10UF/25V

1AT300000056
tx_c0603_t02_h39
X5R/+/-10%

tx_c0603_t02_h39

TPC28T

1

nb_tpc28t_68

JP8000

1 2

nb_pwr_fb_short_pt

12

R8054

2.2Ohm

C8030
1500PF/50V

PGND1

L8002

0.47uH

Irat=10.5A

09T030000251

SHORT_PIN

C8057
10UF/25V

tx_c0603_t02_h39

@

@

16

SW1

17

SW2

18

SW3

19

SW4

20

SW5

21

SW6

22

SW7

23

SW8

SW924SW1025SW1126GL127PGND228PVCC29NC330NC4

12

C80141

tx_c0402_t02_h28

+AC_BAT_SYS

21

T=1.8

1 2

nb_pwr_fb_short_pt

ISUMP_A

ISUMN_A

4.7UF/10V

Iin=3.25A

12

3.65KOHM

1 2

1 2

C8052
10UF/25V

tx_c0603_t02_h39

R8047

tx_r0402

R8052
1Ohm

tx_r0402

T8006
TPC28T

1

nb_tpc28t_68

1 2

nb_pwr_fb_short_pt

L8000

0.15uH

Irat=18A

T=1.8

09T030000273

JP8007

SHORT_PIN

C8063
10UF/25V

tx_c0603_t02_h39

21

JP8002

1 2

nb_pwr_fb_short_pt

12

SHORT_PIN

C8086
22UF/6.3V
X5R/+/-20%
tx_c0603_t02_h39

12

@

+AC_BAT_SYS

12

Iin=2.6A

12

C8050
10UF/25V

tx_c0603_t02_h39

T8004

R8049

tx_r0402

R8053
1Ohm

tx_r0402

12

12

12

12

12

C8065
10UF/25V

tx_c0603_t02_h39

TPC28T

1

nb_tpc28t_68

1 2

nb_pwr_fb_short_pt

C80113
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80121
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C8090
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80129
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80135
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8068
22UF/6.3V

X5R/+/-20%

12

C80192
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

L8001

0.15uH

1.8T

09T030000273

JP8006

SHORT_PIN

12

12

12

12

12

12

12

X5R/+/-20%

12

C80144
10UF/25V

tx_c0603_t02_h39

21

nb_pwr_fb_short_pt

C80119
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80117
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80123
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80132
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80137
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

C80102
22UF/6.3V

C80193
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

12

C8058
1000PF/50V
NPO/+/-5%

@

tx_c0402

R8056

@

2.2Ohm

tx_r0805_h26

1 2

12

@

C8029
1500PF/50V

tx_c0402

12

C80112
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80125
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80120
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80131
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80136
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8066
22UF/6.3V

X5R/+/-20%

JP8001

SHORT_PIN

12

C80189
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

12

X5R/+/-20%

12

C80190
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

C8067
22UF/6.3V

ISUMP_B

ISUMN_B

12

C8089
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80118
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80115
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80133
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80138
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

Iccmax=6A

12

X5R/+/-20%

12

3.65KOHM

1 2

1 2

C8069
22UF/6.3V

C80191
10UF/6.3V

X5R/+/-20%
tx_c0402_t02_h28

C80149
22UF/6.3V

tx_c0603_t02_h39
X5R/+/-20%

+AC_BAT_SYS

JP8003

1 2

SHORT_PIN

12

X5R/+/-20%

VCORE
VID1 : 0.9V
VBoot : 0V
Iccmax = 29A
PL2 TDC=21A
LL=2.4mV/A
OCP=43.5A

12

C80150
22UF/6.3V

tx_c0603_t02_h39
X5R/+/-20%

12

+

CE8004
470UF/2V

3

12

C80114
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C8088
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80116
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80134
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80139

@
22UF/6.3V
X5R/+/-20%
tx_c0603_t02_h39

EE side :
10uF * 6

12

C8073

C8092

22UF/6.3V

22UF/6.3V

X5R/+/-20%

+VCORE

12

C80151

@
22UF/6.3V
X5R/+/-20%
tx_c0603_t02_h39

VCCGT
VID1 : 0.9V
Vboot : 0V
Iccmax = 31A
PL2 TDC =18A
LL=3.1mV/A
OCP=46.5A

+VCCGT

12

C8091
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80122
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

12

C80111

@
22UF/6.3V
X5R/+/-20%
tx_c0603_t02_h39

12

C80130
22UF/6.3V

X5R/+/-20%
tx_c0603_t02_h39

VCCSA
VID1 : 0.9V
VBoot : 1.05V
Iccmax = 4.5A
PL2 TDC = 4A
LL=10.3mV/A
OCP=6.75A

+VCCSA

12

C80143

@
22UF/6.3V
X5R/+/-20%
tx_c0603_t02_h39

A A

<Variant Name>

<Variant Name>

<Variant Name>

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

Custom

Custom

Custom

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

1

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

Title :

Title :

Title :

POWER_VCORE

POWER_VCORE

POWER_VCORE

Simon_Liao

Simon_Liao

Simon_Liao

80 96Thursday, March 31, 2016

80 96Thursday, March 31, 2016

80 96Thursday, March 31, 2016

Rev

Rev

Rev

1.2

1.2

1.2

5

4

3

2

1

+5VO & +3VO POWER SUPPLY

T8125

@

112

SR8105

JP8101
1MM_OPEN _M1M2

2

））））

TPC26T

+5VAO

1

12

C8100
1uF/25V

tx_c0402

16

DRVH1

17

5V_BST

VBST1

18

SW1

19

VCLK

VCLK

20

EN1

21

GND

R8100

143KOhm

1%

R8106
10KOhm

tx_r0402
1%

1 2

C8123

@

0.1UF/16V X 7R/+/-10%
tx_c0402

T8123
TPC26T

@

1

112

12

C8101
1uF/25V

tx_c0402
X5R/+/-10%

X5R/+/-10%

15

DRVL1

CS11VFB12VREG33VFB24CS2

12

13

14

VO1

VREG5

1 2

12

C8106
1uF/25V X5R/+/-10 %

tx_c0402

11

12

VIN

DRVL2

DRVH2

VBST2

SW2

PGOOD

EN2

5

R8101
143KOhm

1%

1 2

R8105
10KOhm

tx_r0402
1%

1 2

U8100A
TPS51225CRUKR

10
9

3V_BST

8
7
6

3V_FB

1 2

C8125

0.1UF/16V X 7R/+/-10%
tx_c0402

+RTC_POWE R

SR8106

1 2

@

T8136
TPC26T

1

R8111

6.65KOh m

tx_r0402
1%

1 2

C8124
39PF/50V
tx_c0402
NPO/+/-5%

3V_LG

3V_HG

1 2

3V_BST_R5V_BST_R
3V_LX

C8110

0.1UF/25V

tx_c0402

SUS_PW RGD [3 0,92]

Enable2

12

@

T8145
TPC26T

Q8102
RF4E080B NTB

1

X7R/+/-10%

RDSON=24.6mOHM

3

256

D

G

S

8

4 1

63412578

6
D

G

07T04000 0182

3V_FB_R5V_FB

22

GND1

23

GND2

U8100B
TPS51225CRUKR

7

Q8103

125

SM2206NS QGC-TRG

S

12

C8108
10UF/25V

tx_c0603_ t02_h39

T8100
TPC26T

1

R8107

2.2Ohm
tx_r0603_h 24
5%

1 2

3V_RC

12

C8116
1500PF/5 0V
tx_c0402
X7R/+/-10%

12

C8103

@

0.1UF/25V
tx_c0402
X5R/+/-10%

L8101

3.3uH

Irat=5.5A

@

SHORT_PIN

@

21

JP8106

OCP= ?A

1 2

CE8101
100UF/6.3 V

94.04.14

+AC_BAT_SYS

（（（（

+3VO

（（（（

5 .03A

12

3 .144A

））））

Mike_0427

））））

JP8108
1MM_OPEN _M1M2

2

JP8109

C8113

0.1UF/16V
tx_c0402
X7R/+/-10%

1MM_OPEN _M1M2

@

2

+3VO
TDC :5.62A
Frequency :350KHz
PWR Cap. :100uF
Total Cap. :100uF
ESR :40mOHM

112

112

+3VSUS

（（（（

5 .03A

））））

JP8102
1MM_OPEN _M1M2

T8129
TPC26T

1
1 2

C8105

0.1UF/25V

tx_c0402

2

（（（（

0.1A

））））

5V_VO1

5V_LG

5V_HG

1 2

5V_LX

X7R/+/-10%

Enable1

1 2

R8108

15.4KOh m

tx_r0402
1%

1 2

C8118

@
39PF/50V
tx_c0402
NPO/+/-5%

+5VA

0A

））））

D D

C C

+AC_BAT_SYS

（（（（

+5VSUS

（（（（

3 .35A

））））

+5VO
TDC :5.98A
Frequency :300KHz
PWR Cap. :100uF
Total Cap. :100uF
ESR :40mOHM

3 .49A

（（（（

JP8107
3MM_OPEN _5MIL

2

112

））））

+5VO

3 .35A

12

））））

C8121

0.1UF/16V
tx_c0402
X7R/+/-10%

@

OCP= ?A

12

C8119
10UF/25V

tx_c0603_ t02_h39

CE8100
100UF/6.3 V

tx_c3528_ h83

94.04.14

JP8100

SHORT_PIN

21

R8104

2.2Ohm
tx_r0603_h 24
5%

1 2

5V_RC

12

C8111
1500PF/5 0V
tx_c0402
X7R/+/-10%

12

C8104

0.1UF/25V
tx_c0402
X5R/+/-10%

Q8100
RF4E080B NTB

@

Q8101

@

T8133
TPC26T

1

@

7

125

12

C8122
10UF/25V

tx_c0603_ t02_h39

063T/DCR=25.4mOHM 063T/DCR=25.4mOHM

L8100

3.3uH

Irat=5.5A

12

12

JP8104
SHORT_PIN

RDSON=24.6mOHM

5V_FB_R

SM2206NS QGC-TRG

（（（（

256

D

G

3

S

8

4 1

T8134

63412578

TPC26T

6
D

S

1

G

+3VA

（（（（

0.1072A

B B

Enable1

61

R8143
1KOhm

tx_r0402
1%
1 2

VSUS_ON_ EN

2

/USBSLP

1 2

1 2

R8144
1KOhm

tx_r0402
1%

1 2

Q8109A
UM6K1N

D8108
1SS355A GP

/USBSLP

D8105
1SS355A GP

VSUS_ON_ EN

12

C8107

0.1UF/16V
tx_c0402
X7R/+/-10%

Enable2

D8100
BAT54S

1

3

T8124
TPC26T

1

10mil

3

+5VO_1_1

12

C8117

0.1UF/25V

tx_c0402
X7R/+/-10%

12

C8115

0.1UF/25V

tx_c0402
X7R/+/-10%

+5VO_2_2

3

D8101
BAT54S

SR8102

1 2

12

R8121
560KOhm

tx_r0402
5%

34

Q8109B

@

FORCE_OFF_ PWR[92]

UM6K1N

5

4

1 2

12

SR8103

R8112
560KOhm

tx_r0402
5%

VCLK

10mil

T8101
TPC26T

1

+10VO

10mil

12

C8114

0.1UF/25V

tx_c0402
X7R/+/-10%

12

T8104
TPC26T

+12VO

1
12

2

1

2

C8120

0.1UF/25V

tx_c0402
X7R/+/-10%

C8112

0.1UF/25V

tx_c0402
X7R/+/-10%

+5VO

@

JP8103

@

1MM_OPEN _M1M2

2

112

T8102
TPC26T

1

10mil

+12VSUS

（（（（

0.01A

））））

2

T8135

T8122

TPC26T

TPC26T

+5VO

1

1

T8131
TPC26T

1

T8121
TPC26T

+3VA

1

<Variant Name>

<Variant Name>

<Variant Name>

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

Custom

Custom

Custom

Date: Sheet of

Date: Sheet of

Date: Sheet of

T8105
TPC26T

1

T8117
TPC26T

1

T8130
TPC26T

1

T8106
TPC26T

1

T8118
TPC26T

1

T8127
TPC26T

1

1

+3VSUS

+5VSUS+5VA

+3VO

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

T8113
TPC26T

1

T8109
TPC26T

1

T8139

T8138

TPC26T

TPC26T

1

1

POWER_SYSTEM

POWER_SYSTEM

POWER_SYSTEM

Simon_Liao

Simon_Liao

Simon_Liao

81 96Thursday, March 31, 20 16

81 96Thursday, March 31, 20 16

81 96Thursday, March 31, 20 16

Rev

Rev

Rev

1.0

1.0

1.0

FORCE_OFF_ PWR

USB_CPW _EN[30]

Mike_0424

A A

VSUS_ON[30,82 ,84,93]

5

5

R1.1

D D

92

1.0VSUS_PW RGD

C C

B B

A A

VSUS_ON30,83,93

5

+5VO

+5VO

R8205
100KOhm
vx_r0402_small
1%

1 2

1.0VO_FB

1.0VO_EN

R8202
0Ohm

vx_r0402_0ohm_small

1 2

R1.1

1 2

R8211

2.2Ohm

vx_r0402_small
5%

1 2

R8201
47KOhm

vx_r0402_small
1%

R8204

84.5KOHM

10T220000388

@

6

TON

5

FB

4

AGND

3

PFM#

2

EN

1

PGOOD

06T880000034

1.0VO_SS

12

C8204

10%

0.01UF/16V

vx_c0402_small

1.0VO_VCC

1.0VO_EN

12

C8205

0.1UF/16V

vx_c0402_small
10%

7

IN1

23

10

LX1

LX418PGND519BST20VCC21IN222SS

1.0VO_BST

12

C8217
1UF/6.3V

vx_c0402_small
X5R/+/-10%

4

12

C8201
1500PF/50V
vx_c0402_small
X7R/+/-10%

PGND1
PGND2
PGND3
PGND4

LX2
LX3

R1.1

4

12

@

U8200
AOZ2260QI-18

12
13
14
15
16
17

R8219
0Ohm

10T340000001

12

（（（（

0.74A

C8203
10UF/25V

X5R/+/-10%
vx_c0805_h57_small

1.0VO_LX

C8219

0.1UF/25V

vx_c0603_small
1AT300000007

1.0VO_BST_R

））））

10%

1.0VO_FB

R1.1

+AC_BAT_SYS

12

C8200

@
10UF/25V
X5R/+/-10%
vx_c0805_h57_small

T8200
TPC28T

L8201

1

1UH

Irat=7A

063T/DCR=9mOHM

12

R1.1

C8218
100PF/50V

vx_c0402_small
1AT200000002

5.11KOhm

10T220000082

1 2

R8203

1%

20.5KOhm

tx_r0402

1 2

VRef=0.8V +/-1%

3

2

+1.0VS POWER SUPPLY

T8208

T8207

TPC28T

TPC28T

1

1

12

C8215
22UF/6.3V

vx_c0603_h39_small
X5R/+/-10%

JP8200
SHORT_PIN

1 2

5%

12

R8207

For Bristol R82 07=6.2KOHM(10V2 20000088), Outp ut Voltage=1.05V
For Stoney R820 7=3.74KOHM(10V2 20000233), Outp ut Voltage=0.95V

R1.1

12

C8216

10%

0.01UF/16V
vx_c0402_small

0.95VO_FB_R

@

3

12

C8221
22UF/6.3V

vx_c0603_h39_small
X5R/+/-10%

T8204
TPC28T

1

+1.0VSUS +1. 0VO

12

C8220
22UF/6.3V

vx_c0603_h39_small
X5R/+/-10%

T8202
TPC28T

1

12

C8222
22UF/6.3V

vx_c0603_h39_small
X5R/+/-10%

2

（（（（

6.125A

+1.0VO

12

C8224
22UF/6.3V

vx_c0603_h39_small
X5R/+/-10%

））））

1

For Bristol Out put Voltage=1.0 5V
For Stoney Outp ut Voltage=0.95 V

JP8201
3MM_OPEN_5MIL

2

112

JP8204
3MM_OPEN_5MIL

112

12

C8223
22UF/6.3V

vx_c0603_h39_small
X5R/+/-10%

+0.95VS/1.05VS
TDC :5.1A
OCP :7A
Frequency :545KHz
PWR Cap. :232uF
EE Cap. :60uF
Total Cap. :292uF

<Variant Name>

<Variant Name>

<Variant Name>

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Pr oject Name

Size Pr oject Name

Size Pr oject Name

Custom

Custom

Custom

Date: Sheet of

Date: Sheet of

Date: Sheet of

Title :

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

1

12

+

2

12

+1.0VSUS

（（（（

CE8200

@
100uF/6.3V
1BT080000058

+0.85VSUS

（（（（

1.799A

C8225
22UF/6.3V
vx_c0603_h39_small
X5R/+/-10%

+0.95VS/+1.0VS

+0.95VS/+1.0VS

+0.95VS/+1.0VS

Simon_Liao

Simon_Liao

Simon_Liao

82 96Thursday, March 31, 2016

82 96Thursday, March 31, 2016

82 96Thursday, March 31, 2016

4.326A

））））

））））

Rev

Rev

Rev

1.0

1.0

1.0

5

4

3

2

1

D D

JP8303
SHORT_PIN

12

C8301
10UF/6.3V

tx_c0603_t02_h3 9
X5R/+/-20%

+AC_BAT_SYS

+5VO

S3

12

C8308

@

0.1UF/16V
tx_c0402
X7R/+/-10%

S5

12

C8323

@

0.1UF/16V X7R/+/-10%
tx_c0402

1 2

12

C8302
10UF/6.3V
tx_c0603_t02_h3 9
X5R/+/-20%

SR8300

1 2

NB_R0402_ 20MIL_SMALL

+0.6VO

+0.6VS

（（（（

0.6A

C C

DDR_PWR GD[92]

R8320
0Ohm

tx_r0402_0ohm

SUSC#_PW R[91,93]

1 2

1 2

R8321
0Ohm

tx_r0402_0ohm

DDR_PG_CT RL[4]

SUSB#_PW R[91,93]

B B

JP8301
1MM_OPEN_M1 M2

2

112

））））

N/A

R8305

N/A

0Ohm

tx_r0402_0ohm

@

1 2

R8318
10KOhm 1 %

1 2

N/A

R8306
499K OHM

tx_r0402
1%

1 2

12

C8309
1UF/6.3V

tx_c0402
X5R/+/-10%

T8301
TPC28T

1

12

C8303

@

0.1UF/16V
tx_c0402
X7R/+/-10%

+V_SM_VREF_R

12

C8304

0.033UF/16V

tx_c0402

6

DDR_FB

12

C8314
1uF/25V
tx_c0402
X5R/+/-10%

S3
S5

@

SR8303

1 2

FB

7

S3

8

S5

9

TON

10

PGOOD

VID Reference Voltage (V)

High 0.675

DDR_VDDQ

5

VDDQ

VID11VDD12CS13PGND14LGATE

DDR_VID

Low 0.75

SKU

UMA

DSC

DDR & VTT POWER SUPPLY

SR8304

12

（（（（

0.54A

DDR_BST_R

25

GND6

24

GND5

23

GND4

22

GND3

U8300B
RT8231BGQW

T8314
TPC28T

1

+1.2V

T8302
TPC28T

1

+0.6VS

+1.2V

））））

C8310

0.1UF/25V X7R/+/-10%

tx_c0603

12

4

5

3

4

VTTREF

DDR_CS

DDR_VDD

0 ~ 5

0 ~ 8

DDR_VTTSNS

2

GND1

1

VTTSNS

VTTGND

VLDOIN

UGATE
PHASE

15

DDR_LG

R8303
300KOHM

21

GND2

20

VTT

19
18

BOOT

17
16

U8300A
RT8231BGQW

F=500KHz

12

1%

1%

VLDOIN
DDR_BST
DDR_HG
DDR_LX

Setting OCP

Low-side MOSFET (pcs)Load current (A)

1

2

12

C8300

N/A
10UF/6.3V
tx_c0603_t02_h3 9
X5R/+/-20%

1AT30000001 8

SR8302

1 2

Output 22uF/6.3V MLCC (pcs)

3

256

D

G

S

4 1

63412578

6
D

G

T8308
TPC28T

1

T8315
TPC28T

1

+AC_BAT_SYS

12

C8316

@
1500PF/50V
tx_c0402
X7R/+/-10%

7

Q8300
RF4E080BNT B

8

Q8302

125

SM2206NSQGC- TRG

S

RDSon=24.6mOhm

T8310
TPC28T

1

T8311
TPC28T

1

VDDQ=VREF*(1+(R1/R2))

12

C8312
10UF/25V

tx_c0603_t02_h3 9
X5R/+/-10%

T8307

061H/DCR=Max 17mOhm

TPC28T

L8300

1

1UH

Irat=7A

R8302

@

2.2Ohm
tx_r0603_h24
5%

1 2

DDR_RC

12

C8307

@
1500PF/50V
tx_c0402
X7R/+/-10%

12

C8306

@

0.01UF/16V
tx_c0402
X7R/+/-10%

DDR_FB

（（（（6A））））

T8309
TPC28T

1

12

JP8305
SHORT_PIN

12

C8305

0.01UF/16V
tx_c0402
X7R/+/-10%

+AC_BAT_SYS

OCP=?A

12

@

12

C8313
10UF/25V

tx_c0603_t02_h3 9
X5R/+/-10%

12

JP8302
SHORT_PIN

DDR_VDDQ

DDR_FB_R

12

R8300

8.06KOHM

tx_r0402

Mike_0602

12

R8301
10KOhm

1%

@

T8313
TPC28T

1

12

C8318
22UF/6.3V

tx_c0603_t02_h3 9
X5R/+/-20%

1%

R1

R2

94.04.10 need to change

（（（（

C8319
22UF/6.3V

tx_c0603_t02_h3 9
X5R/+/-20%

(Typ:1.229V ; Max:1.252V ; Min:1.205V)

(Typ:1.229V ; Max:1.252V ; Min:1.205V)

(Typ:1.229V ; Max:1.252V ; Min:1.205V)(Typ:1.229V ; Max:1.252V ; Min:1.205V)

JP8300 @
2mm_open_5mil_ m1m2

2

12

C8322
22UF/6.3V

tx_c0603_t02_h3 9
X5R/+/-20%

112

JP8304 @
2mm_open_5mil_ m1m2

2

112

4 .172A

12

C8321
22UF/6.3V

tx_c0603_t02_h3 9
X5R/+/-20%

+1.2VO

））））

+1.2VO
TDC :4.14A
Frequency :500KHz
PWR Cap. :22uF*4
Total Cap. :22uF*4

（（（（

4 .172A

+1.2V

））））

A A

POWER_DDR & VTT

POWER_DDR & VTT

POWER_DDR & VTT

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

Custom

Custom

Custom

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

1

Title :

Simon_Liao

Simon_Liao

Simon_Liao

83 96T hursday, March 31, 2016

83 96T hursday, March 31, 2016

83 96T hursday, March 31, 2016

Rev

Rev

Rev

1.0

1.0

1.0

5

4

3

2

1

1.8VSUS POWER SUPPLY

D D

(Typ:1.816V ; Max:1.866V ; Min:1.767V)

(Typ:1.816V ; Max:1.866V ; Min:1.767V)

(Typ:1.816V ; Max:1.866V ; Min:1.767V)(Typ:1.816V ; Max:1.866V ; Min:1.767V)

+3VSUS+5VSUS

12

C8401

0.1UF/16V

tx_c0402

JP8401
1MM_OPEN_M1M2

2

112

@

Mike_0427

12

R8400
10Ohm 1%

12

D8402

C C

VSUS_ON[30,81,82,93]

1.8VSUS_PWRGD[92]

R8403
10KOhm 1%

1SS355AGP

1 2

@

12

C8405

0.1UF/16V
X7R/+/-10%

tx_c0402

@

12

C8403
1UF/6.3V

tx_c0402
X5R/+/-10%

1 2

12

C8410
10UF/6.3V

tx_c0603_t02_h39
X5R/+/-20%

1.8VSUS_PWRGD

Iout =0.67A

SR8405
NB_R0402_20MIL_SMALL

4
3
2
1

GND

9

VPP
VIN
VEN
POK

U8402
G9661-25ADJF11U

06T280000040

GND2

ADJ

GND1

NC
VO

Mike_0424

T8405

+1.8VO

T8402
TPC26T

1

TPC26T

1

T8408

T8400

TPC26T

TPC26T

1

1

B B

5
6
7
8

GND

Iout =0.672A

1.8VSUS_FB_R

12

R8410

12.7KOHM 1%

tx_r0402

1.8VSUS_FBEN_1V8

12

R8409
10KOhm 1%

tx_r0402

12

C8413
56PF/50V
tx_c0402

JP8400

1 2

SHORT_PIN

@

NPO/+/-5%

12

C8400
10UF/6.3V

tx_c0603_t02_h39
X5R/+/-20%

+1.8VO:
Current :0.67A
PWR Cap. :10uF

+1.8VO

+1.8VSUS

Iout =0.232A

A A

5

4

3

2

<Variant Name>

<Variant Name>

<Variant Name>

PAGE 84 POWER

PAGE 84 POWER

PAGE 84 POWER

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Projec t Name

Size Projec t Name

Size Projec t Name

B

B

B

Date: Sheet of

Date: Sheet of

Date: Sheet of

Title :

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

1

Simon_Liao

Simon_Liao

Simon_Liao

84 96Thursday, March 31, 2016

84 96Thursday, March 31, 2016

84 96Thursday, March 31, 2016

Rev

Rev

Rev

1.0

1.0

1.0

5

4

3

2

1

BQ24715_NVDC BATTERY CHARGER

D D

Adapter :2.37A/19V/(45W)
Battery:2S1P / 7.2V

T8805
TPC28T

1

5%

T8806
TPC28T

1

1

2

+BAT

12

1 2

T8807
TPC28T

1

R8808
432KOhm

tx_r0402

1 2

R8816
121KOhm

tx_r0402

1 2

D8801
BAT54CW

07T030000001

RDSON:
VGS:5.0V,Id:0.0 5A
Typ:3.2 ohm
Max:7.5 ohm

T8803

T8804

TPC28T

TPC28T

1

ACDRV

1

R8807

2.2ohm

tx_r1206
RES FILM 2.2 o hm 1/2W 1206 5%

1 2
12

C8822

2.2UF/25V

X7R/+/-10%
tx_c1206_h49

R8821
2MOhm 5%

R8822
1MOhm 5%

+AC_USBP D_WCT_IN89

+AC_USBP D_WCT_IN

C C

B B

RDSON:
Id:8.8A
Typ:14.2m ohm
Max:17.5m ohm
H:2mm

8
7
6
5

12

C8810
2200PF/50V

MLCC 2200P F/50V(0402)X7R 10%

1%

R8811
10KOhm 1%

tx_r0402

AC_IN_OC3 0

C8824

1%

100PF/50V

1 2

1 2

3

R8803
22Ohm

5%

tx_r0805_h24

AC_IN_OC

12

R8820
100KOhm 1 %

tx_r0402

Q8820

D

G

1

S

NX7002AK

2 3

Q8800

SD

G

P1203BV

07T040000099

4.02KOHM 1%

REF

@

CHG_VCC

12

C8829

0.022UF/16V X7R/+/-10%

tx_c0402

1
2
3
4

R8801

1 2

R8802

12.4KOhm 1%

tx_r0402

1 2

AC_BAT_SYS_ Q8800

AC_BAT_SYS_ Q8800

1 2

10T220000069

AC_IN_OC

BAT_LEARN 30

12

C8811

0.1UF/25V

MLCC 0.1UF/2 5V(0603) X7R 1 0%

1 2

10T220000069

ACG_R

ACDRV

AD_IINP30

C8801
100PF/50V NPO/+/-5%

NB_R0402_2 0MIL_SMALL

SMB0_DAT30 ,60

SMB0_CLK30,60

NB_R0402_2 0MIL_SMALL

0912

CELL:
Float: 2cell
High: 3cell
GND: disable LEARN (pulse)

R8809

4.02KOHM 1 %

1 2

SR8805

SR8806

RDSON:
Id:8.8A
Typ:14.2m ohm
Max:17.5m ohm
H:2mm

Q8801

1

S D

2
356
4

G

P1203BV

07T040000099

12

12

BAT_GATE

8
7

R8815

4.02KOHM 1%

10T220000069

AC_BAT_SYS_ Q8801

C8815

0.1UF/25V

tx_c0603

1 2

5

6

ACDET

7

IOUT

8

SDA

9

SCL

10

CELL

06T370000012

12

1

2

3

4

ACP

ACOK

ACDRV

CMSRC

BATDRV#11SRN12SRP13GND114LODRV

15

U8800B

GND3
GND4
GND5
GND6

BQ24715RGRT

06T370000012

12

X7R/+/-10%

CHG_ACP

ACN

GND2

VCC
PHASE
HIDRV

BTST

REGN

U8800A
BQ24715RGRT

CHG_SRP

CHG_SRN

R8814

1 2

10mOhm

tx_r1206_h31

JP8800
SHORT_PIN

C8830

1 2

0.1UF/25V

21
20
19
18
17
16

CHG_LG

22
23
24
25

1%

CHG_ACN

12

C8812
1UF/25V

tx_c0603_t015_ h37

NB_R0402_2 0MIL_SMALL

12

JP8802
SHORT_PIN

C8820

0.47UF/25V

12

tx_c0603_t015_ h37

1 2

SR8801
R0603

X5R/+/-10%

REF

SR8809
R0603

1 2

SR8810

CHG_VCC

1

C8802

0.1UF/25V

tx_c0603

1 2

X7R/+/-10%

X5R/+/-10%

CHG_BST_R

3

2

12

C8823

0.047UF/16V

D8800
BAT54CW

07T030000001

T8819
TPC28T

3

1

12

T8824
TPC28T

3

1

Q8804
SIA432DJ-T4-GE3

RDSON:
Id:6.8A
Typ:20m ohm
Max:25m ohm
H:0.9mm

2 5 6

D

G

S

7

4 1

2 5 6

D

G

S

7

4 1

RDSON:
Id:6.8A
Typ:20m ohm
Max:25m ohm
H:0.9mm

12

C8831
10UF/25V

X5R/+/-10%

1AT300000056

Q8803
SIA432DJ-T4-GE3

T8826
TPC28T

1

1

T8831
TPC28T

1

1

T8836
TPC28T

1

1

T8841
TPC28T

1

1

12

C8832
10UF/25V

X5R/+/-10%

1AT300000056

Rdc:
Typ:31m ohm
Max:35m ohm
Idc:6A/Isat:13A

T8825
TPC28T

1

09T030000059

R8810

2.2Ohm 5%

1 2

CHG_RC

12

C8805

0.1UF/25V
1AT300000007

1 2

T8827

T8828

TPC28T

TPC28T

1

T8833

T8832

TPC28T

TPC28T

1

T8837

T8838

TPC28T

TPC28T

1

T8842

T8843

TPC28T

TPC28T

1

L8800

2.2UH

@

C8821

0.1UF/25V

tx_c0603

12

1AT200000062

X7R/+/-10%

T8829
TPC28T

1

T8834
TPC28T

1

T8839
TPC28T

1

T8844
TPC28T

1

C8833
68PF/50V

NPO/+/-5%

1AT200000026

1 2

10mOhm

tx_r1206_h31

12

1%

JP8804
SHORT_PIN

1 2

0.1UF/25V

MLCC 0.1UF/2 5V(0603) X7R 1 0%

12

SR8807
R0603

T8830
TPC28T

+BAT_CON

1

T8835
TPC28T

+BAT

1

T8840
TPC28T

1

T8845
TPC28T

+AC_BAT_SYS

1

12

C8834
2200PF/50V

MLCC 2200P F/50V(0402)X7R 10%

12

C8807
1500PF/50V

R8805

12

JP8803
SHORT_PIN

C8816

12

SR8808

R0603

12

BAT_GATE

C8808
10UF/25V

X5R/+/-10%

C8804

0.1UF/25V

tx_c0603

1 2

12

C8826

10UF/25V

X5R/+/-10%

@

Q8806

1

8

S D

2

7
356
4

G

P2003EVG

07T040000027

RDSON:
VGS:-4.5V,Id:-7 A
Typ:24.5m ohm
Max:30m ohm
H:1.95mm

X7R/+/-10%

12

C8827

0.1UF/25VX7R/+ /-10%

+BAT

+AC_BAT_SYS

1AT300000007

@

12

JP8801
3MM_OPEN_ 5MIL

2

112

12

C8825
1500PF/50V

MLCC 1500P F/50V (0402) X7 R 10%

EMI Request,Clo se Q8806

12

C8817
10UF/25V

X5R/+/-10%

12

C8818
10UF/25V

X5R/+/-10%

C8819
10UF/25V
X5R/+/-10%

+BAT_CON

+BAT

@

A A

<Variant Na me>

<Variant Na me>

<Variant Na me>

POWER_CHARGER

POWER_CHARGER

POWER_CHARGER

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Projec t Name

Size Projec t Name

Size Projec t Name

Custom

Custom

Custom

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

Title :

Simon_Liao

Simon_Liao

Simon_Liao

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

1

Rev

Rev

Rev

1.0

1.0

1.0

88 94Thursday, March 31, 2016

88 94Thursday, March 31, 2016

88 94Thursday, March 31, 2016

5

4

3

2

1

AC & USB_PD & Wireless Charger Detect

2nd Input(USB PD 20V)

USB PD input

+USB PD_IN DETECT 45W(5V-20V)

D D

EE pull High 10K ohm

USBPD_DET#[30]

TPC28T
T8905

1

nb_tpc28t_68

Q8900

D

S

NX7002AK

2 3

12

+USB_PD_IN

12

R8908
300KOHM

tx_r0402

Typ: (9.071V)

1%

Max: (9.629V)

12

R8907
249KOhm

tx_r0402

1%

Min: (8.523V)

C8904

0.1UF/25V

tx_c0402

X5R/+/-10%

G

1

12

C8953
10UF/25V

tx_c0603_t02_h39
X5R/+/-10%

@

C8952

@

10UF/25V

tx_c0603_t02_h39
X5R/+/-10%

3 Input switch Circuit

Q8914

+USB_PD_IN

R8978

2.2ohm

tx_r1206

5%

1 2

12

C8945

2.2UF/25V

tx_c1206_h49

X7R/+/-10%

C8930

0.1UF/25V

tx_c0402

SI7121DN-T1-GE3

SD

5 4

G

12

tx_si7900edn

R8930
300KOHM

tx_r0402

1%

Typ: (5.646V)
Max: (6.014V)
Min: (5.287V)

12

12

R8931
118KOhm

tx_r0402

1%

1
2
3

C8951

0.1UF/25V

tx_c0402

X5R/+/-10%

Reset Out

Q8918

G

1

NX7002AK

(3A)

12

C8947

0.01UF/25V

tx_c0402

X7R/+/-10%

D

S

2 3

Size:3*3;Spec.:8.6A

SI7121DN-T1-GE3

12

R8927
100KOhm

tx_r0402

1%

Typ: (10V)
Max: (10.605V)

R8983

Min: (9.405V)

100KOhm

tx_r0402

1%

Q8910

D

G

1

S

NX7002AK

2 3

Q8916

1
2
3

tx_si7900edn

S D

G

54

21

07T030000026

+A/D_DOCK_IN

D8902
RB520S-30_G_TE61

Mike_0428

+AC_IN DETECT(45W,19V)

TPC28T

D

S

NX7002AK

2 3

Q8902

T8904

1

nb_tpc28t_68

G

1

+A/D_DOCK_IN

12

R8906
300KOHM

tx_r0402

1%

12

R8905
249KOhm

tx_r0402

1%

Typ: (8.617V)
Max: (9.147V)
Min: (8.097V)

C8903

0.1UF/25V

tx_c0402

X5R/+/-10%

+A/D_DOCK_IN

R8920

2.2ohm

tx_r1206

5%

1 2

12

C8920

2.2UF/25V

tx_c0805_t02_h57
X7R/+/-10%

Main Input(AC Adapter 19V)

12

R8918
10KOhm

tx_r0402

1%

Typ=5.029V

C8921

0.1UF/25V

tx_c0402

X5R/+/-10%

Max:5.359V;Min:4.708V

12

12

C8925

R8919

0.1UF/25V

3.6KOHM

tx_c0402

tx_r0402

X5R/+/-10%

1%

1

RESET#/RESET

2

VCC

3

GND

U8901
G696L438T1UF

tx_sot23_s5_2d4_h57

R8921
0Ohm 0.05

R8922
0Ohm 0.05

Three input Wireless charger Input(20W, 20V/1A)

Q8903

SI7121DN-T1-GE3

SD

5 4

G

tx_si7900edn

@

12

tx_r0402_0ohm

12

tx_r0402_0ohm

CD

NC

Q8909

12

D

2 3

R8986
100KOhm

tx_r0402

1%

R8985
100KOhm

tx_r0402

1%

S

SI7121DN-T1-GE3

1

S D

2
3

54

G

tx_si7900edn

Typ: (9.5V)
Max: (10.075V)
Min: (8.935V)

+AC_USBPD_WCT_IN

To Charger input

Mike_0427

1
2
3

5

4

Reset Out

12

C8926

0.01UF/25V

tx_c0402

X7R/+/-10%

12

@

1 2

(2.37A)

C8946

0.01UF/25V

tx_c0402

X7R/+/-10%

1

R8923

NX7002AK

430KOhm

tx_r0402

Q8917

G

EE pull High 10Kohm

AC_DET#[30]

C C

B B

BQ24715

L

L

L

L

L

L

H

X

Charger EN
DAT&CLK

H

H

H

H

H

H

H

X

DPM

AC_Adapter

AC_Adapter

USB_PD

USB_PD

AC_Adapter

AC_Adapter

WCT

4

USBPD_DET# AC_DET#

WCT_DET#

00

0

0 1

0 1

10

A A

1 0 0

WCT_EN

0

0

1

1 10

1 1 0

1 1 1

5

X

Power Limit

45W*90%

45W*90%

45W*90%??

45W*90%??

45W*90%

45W*90%

20W*90%

X

AC&PD&Wireless S.W.

AC&PD&Wireless S.W.

AC&PD&Wireless S.W.

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

Date: Sheet of

Date: Sheet of

3

2

Date: Sheet of

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

1

Title :

Simon_Liao

Simon_Liao

Simon_Liao

89 96Thursday, March 31, 2016

89 96Thursday, March 31, 2016

89 96Thursday, March 31, 2016

Rev

Rev

Rev

1.0

1.0

1.0

5

D D

C C

4

3

2

1

BATTERY IN DETECT

12

R9000
1KOhm

tx_r0402

B B

A A

5

4

1%

C9000

@

0.1UF/16V X7R/+/-10%
tx_c0402

1 2

3

BAT1_IN_OC# [30]TS1#[60]

<Variant Name>

<Variant Name>

<Variant Name>

POWER_DETECT

POWER_DETECT

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

A

A

A

Date: Sheet of

Date: Sheet of

Date: Sheet of

2

Title :

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

POWER_DETECT

Simon_Liao

Simon_Liao

Simon_Liao

90 96Thursday, March 31, 2016

90 96Thursday, March 31, 2016

90 96Thursday, March 31, 2016

1

Rev

Rev

Rev

1.0

1.0

1.0

5

4

3

2

1

SUSC#_PWR POWER

+1.0VO

（（（（

0.07A

12

C9101
1UF/6.3V
X5R/+/-10%

+1.8VO

+3VO

tx_c0402

（（（（

12

C9104
1UF/6.3V
X5R/+/-10%
tx_c0402

（（（（

0.4A

0.469A

SUSC#_PWR

D D

C C

@

））））

@

(0.01A)

+12VSUS

））））

））））

Q9101
IRFML8244TRPBF

VGS=10V,RDSon=2 4mOHM

3 2

S

D

3

2

G

1

1

12

C9102

@

0.033UF/16V
tx_c0402

Q9103
IRFML8244TRPBF

VGS=10V,RDSon=24mOHM

3 2

S

D

3

2

G

1

1

12

C9105

0.033UF/16V
tx_c0402

Q9104
IRFML8244TRPBF

VGS=10V,RDSon=24mOHM

3 2

S

D

3

2

G

1

1

12

X7R/+/-10%

C9107

0.033UF/16V
tx_c0402

X7R/+/-10%

1 2

10T220000040

X7R/+/-10%

10T220000074

Mike_0616

1 2

R9101

47KOhm

tx_r0402

R9102
22KOhm

Mike_0616

R9103

4.7KOhm

1 2

tx_r0402

ECC

47K

B B

47K

47K

E

1 2 3

Q9105

1%

10mil

46

10K

12

T9104
TPC26T

1

R9112
560KOhm

tx_r0402
5%

10mil

T9101
TPC26T

1

12

C9103

0.1UF/16V X7R/+/-10%

tx_c0402

T9102
TPC26T

1

12

C9106

0.1UF/16V X7R/+/-10%

tx_c0402

T9103
TPC26T

1

12

C9108

0.1UF/16V X7R/+/-10%

tx_c0402

+1.0V

（（（（

0.12A

+1.8V

（（（（

0.3A

+3V

（（（（0A））））

+12V

(0.01A)

））））

(2.1A)

+1.0VO

12

C9117

@

1UF/6.3V
X5R/+/-10%
tx_c0402

））））

(1.197A)

+5VO

(4.3751A)

+3VO

(0.04A)

+1.8VO

12

C9124
1UF/6.3V
X5R/+/-10%
tx_c0402

SUSB#_PWR POWER

Rdson = 2.8m OHM

Q9102

8

1

7

2

S

6

3

D

5

5 4

G

SIRA10DP-T1-GE3

C9118

0.068UF/16V
X7R/+/-10%@

Q9106
IRFML8244TRPBF

VGS=10V,RDSon=2 4mOHM

3 2

S

D

3

2

G

1

1

+5VS_SW_R

C9120

0.033UF/16V

tx_c0402
X7R/+/-10%

Q9107
IRFML8244TRPBF

VGS=10V,RDSon=2 4mOHM

3 2

S

D

3

2

G

1

1

+3VS_SW_R

Q9108
IRFML8244TRPBF

VGS=10V,RDSon=2 4mOHM

S

3 2

D

3

2

G

1

@

1

+1.8VS_SW_R

12

12

12

12

12

R9105

22KOhm

R9116

tx_r0402

22KOhm
1% @

12

R9106

4.7KOhm

tx_r0402

1%

R9107
22KOhm

1%

tx_r0402

1 2

C9122

0.1UF/16V X7R/+/-10%

tx_c0402

R9108
22KOhm

1%

tx_r0402

1 2

C9125

X7R/+/-10%

0.1UF/16V

tx_c0402

T9106
TPC26T

1
12

C9119

0.1UF/16V

12

X7R/+/-10%
tx_c0402

1%

(3.56A)

Mike_0424

(4A)

T9107

+5VS

TPC26T

1

12

C9121

0.1UF/16V X7R/+/-10%

tx_c0402

T9108
TPC26T

1

12

C9123

0.1UF/16V X7R/+/-10%

tx_c0402

(0.05A)

T9109

+1.8VS

TPC26T

1

12

C9126

0.1UF/16V X7R/+/-10%

tx_c0402

+VCCIO

(4.751A)

+3VS

R9111
560KOhm

tx_r0402
5%

(0.01A)

+12VS

<Variant Name>

<Variant Name>

<Variant Name>

POWER_LOAD SWITCH

POWER_LOAD SWITCH

POWER_LOAD SWITCH

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

Date: Sheet of

Date: Sheet of

Date: Sheet of

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

1

Title :

Simon_Liao

Simon_Liao

Simon_Liao

91 96Thursday, March 31, 2016

91 96Thursday, March 31, 2016

91 96Thursday, March 31, 2016

Rev

Rev

Rev

1.0

1.0

1.0

(0.01A)

10mil 10mil

12

C9143

0.033UF/16V
tx_c0402

+12VSUS

@

X7R/+/-10%

SUSC#_PWR POWER Control

SR9101

nb_r0402_short_5mil_small

B B

A A

SUSC_EC#[30,57,68]

SUSC#_PWR[83,93]

1 2

T9100
TPC26T

1

5

SUSB#_PWR POWER Control

SR9100

nb_r0402_short_5mil_small

SUSB_EC#[30,57,68,92]

SUSB#_PWR[83,93]

T9110
TPC26T

1

1 2

4

SUSB#_PWR

3

1 2

tx_r0402_0ohm

R9110
0Ohm

1 2 3

Q9109

ECC

46

47K

47K

12

B B

10K

47K

E

2

5

4

3

2

1

POWER GOOD DETECTER

+3VS

12

R9205

D D

DDR_PWRGD[83]

C C

1.8VSUS_PWRGD[84]

1.0VSUS_PWRGD[82]

SUS_PWRGD[30,81]

T9202
TPC28T

1

T9204
TPC28T

1

T9210
TPC28T

1

T9206
TPC28T

1

SR9200

1 2

1 2

R9214
0Ohm

1 2

R9213
0Ohm

1 2

R9212
0Ohm

N/A

N/A

N/A

100KOhm 1%

+3VSUS

12

R9206
100KOhm 1%

D9201

2 1

CH751H-40AGP

U9200

B

1

A

2

3 4

GND

TC7SH08FU

06T030000005

@

1 2

R9207

N/A

0Ohm

VCC

+3VSUS

5

T9200
TPC28T

1

Y

ALL_SYSTEM_PWRGD [25,30]

B B

CPU_THERM#[50]

+3VS

12

R9204

1.91KOHM

T9208
TPC26T

VRM_PWRGD[25,80]

A A

5

1

1%

D9202

21

CH751H-40AGP

ALL_SYSTEM_PWRGD

4

1 2

R9200

@

0Ohm

1 2

R9211
0Ohm

10T240000001

U9201

B

1

VCC

A

2

3 4

GND

Y

TC7SH08FU

06T030000005

@

T9201

Q9200B

5

TPC26T

1

34

2

FORCE_OFF# [32]

FORCE_OFF_PWR [81]

<Variant Name>

<Variant Name>

<Variant Name>

POWER_PROTECT

POWER_PROTECT

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

Custom

Custom

Custom

Date: Sheet of

Date: Sheet of

Date: Sheet of

Title :

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

POWER_PROTECT

Simon_Liao

Simon_Liao

Simon_Liao

1

92 96Thursday, March 31, 2016

92 96Thursday, March 31, 2016

92 96Thursday, March 31, 2016

Rev

Rev

Rev

1.0

1.0

1.0

SUSB_EC#[30,57,68,91]

+3VSUS

5

Q9200A
UM6K1N

3

SUSB_EC#

12

D9200
1SS355AGP

1 2
12

R9209
75KOhm
1% @

61

2

R9201

@

560KOhm

5%

UM6K1N

12

C9200

2.2UF/6.3V

X5R/+/-10%

5

4

3

2

1

+AC_USBPD_WCT_IN

+AC_BAT_SYS

+BAT_CON

+BAT

D D

C C

+5VA

+3VA

+5VO

+3VO

+1.8VO

+1.2VO

+1.0VO

+0.6VO

+12VSUS

+5VSUS

+3VSUS

+AC_USBPD_WCT_IN 88

+AC_BAT_SYS 80,81,83,87,88

+BAT_CON 88

+BAT 88

+5VA 81

+3VA 81,88

+5VO 81,83,91

+3VO 81,82,84,86,91

+1.8VO 84

+1.2VO 83,91

+1.0VO 82

+0.6VO 83

+12VSUS 81,91

+5VSUS 81

+3VSUS 81,92

+3VA

FOR POWER TEST

T9300
JP9300
SGL_JUMP

112

JP9301
SGL_JUMP

112

JP9302
SGL_JUMP

112

JP9303
SGL_JUMP

112

2

2

2

2

TPC28T

1

T9301

TPC28T

1

T9302

TPC28T

1

T9303

TPC28T

1

CPU_VRON_PWR 80

SUSB#_PWR 82,83,84,91

SUSC#_PWR 83,91

VSUS_ON 81

+3V

B B

+1.2V

+12VS

+5VS

+3VS

+0.6VS

A A

+VCORE

5

4

+3V 91

+1.2V 83

+12VS 91

+5VS 80,87,91

+3VS 80,91,92

+0.6VS 83

+VCORE 80

<Variant Name>

<Variant Name>

<Variant Name>

POWER_SIGNAL

POWER_SIGNAL

Title :

Title :

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

Custom

Custom

Custom

Date: Sheet of

Date: Sheet of

3

Date: Sheet of

2

Title :

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

POWER_SIGNAL

Simon_Liao

Simon_Liao

Simon_Liao

93 96Thursday, March 31, 2016

93 96Thursday, March 31, 2016

93 96Thursday, March 31, 2016

1

Rev

Rev

Rev

1.0

1.0

1.0

5

+5VO

D D

VSUS_ON

4

charge
pump(triple
volatger)

+12VSUS

TDC 5.95A

+3VO

SUSC#_PWR

SUSB#_PWR

SUSC#_PWR

SUSB#_PWR

IRFML8244TRPBF

IRFML8244TRPBF

UMC4N

(SWITCH)

UMC4N

(SWITCH)

3

+12V

+12VS

+3VSUS

+3V

+3VS

Design rating

(10mA)

(10mA)

(0.999A)

(0.469A)

(4.3751A)

2

OCP setting

Current Limit:200mA

OCP>10.63A

1

+A/D_DOCK_IN

BQ24717

BAT

C C

+AC_BAT_SYS

FORCE_OFF_PWR

VSUS_ON

+5VO

SUSC#_PWR

DDR_PG_CTRL

+3VO

B B

VSUS_ON

+5VS

CPU_VRON,CPU_VRON_PWR

VR_SVID_CLK,
VR_SVID_ALERT#,
VR_SVID_DATA

VCORE_VCCSENSE,
VCORE_VSSSENSE

VCCGT_VCCSENSE,
VCCGT_VSSSENSE

VCCSA_VCCSENSE,
VCCSA_VSSSENSE

VSUS_ON

TPS51225CRUKR

NB671GQ-Z

RT8231AGQW

RT9042-25GSP

ISL95859HRTZ

+3VA

TDC 5.98A

+5VO

+5VAO

SUS_PWRGD

TDC 6.37A

+1.0VO

1.0VSUS_PWRGD

TDC 4.14A

+1.2VO

+0.6VO

DDR_PWRGD

TDC 0.672A

+1.8VO

PWM_A,
FCCM_A,
PWM1_B,
FCCM_B,
PWM_C,,
FCCM_C,
ISUMP_A,
ISUMN_A,
ISUMP_B,
ISUMN_B,
ISUMP_C,
ISUMN_C

VRM_PWRGD,
VR_HOT#

SUSB#_PWR

SUSB#_PWR

SUSC#_PWR

+5VS

PWM_A,
FCCM_A

+5VS

PWM1_B,
FCCM_B

+5VS

PWM_C,
FCCM_C

IRFML8244TRPBF

SIRA10DP-T1-GE3

IRFML8244TRPBF

SIC631CD-T1-GE3

SIC631CD-T1-GE3

ISL95808HRZ

TDC 21A

TDC 18A

TDC 4A

+3VA

+5VSUS

+5VS

+5VA

+1.0VSUS

+VCCIO

+0.85VSUS

+1.0V

+1.2V

+0.6VS

+1.8VSUS

+VCORE

+VCCGT

+VCCSA

(0.1072A)

(4.788A)

(1.197A)

(0A)

OCP>11.34A

(2.401A)

(2.1A)

(1.799A)

Current Limit:8.5A

(0.07A)

(4.14A)

(0.54A)

(0.232A)

OCP>8.58A

Current Limit:2.6A

Current Limit:3.1A

(21A) OCP>29A

(18A)

(4A)

OCP>31A

OCP>4.5A

A A

<Variant Name>

<Variant Name>

<Variant Name>

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

D

D

D

Date: Sheet of

Date: Sheet of

5

4

3

2

Date: Sheet of

1

Engineer:

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

Title :

Title :

Title :

POWER_FLOWCHART

POWER_FLOWCHART

POWER_FLOWCHART

Simon_Liao

Simon_Liao

Simon_Liao

94 96Thurs day, March 31, 201 6

94 96Thurs day, March 31, 201 6

94 96Thurs day, March 31, 201 6

Rev

Rev

Rev

1.0

1.0

1.0

5

4

3

2

1

+3VDB_PD

+3VSUS

+3VA

D D

TBD

DDI2_TXP0[3]
DDI2_TXN0[3]
DDI2_TXP1[3]
DDI2_TXN1[3]

C C

Connect to DP Source

Connect to USB3.0 signals

PD_RST#[30]

(From EC:)

PD_VBUS_CTRL[ 96]

M_SDA/GPIO_5 pin:
Connect to AP/CPU/Charge IC
as a charge mode indicator.

Logic 0: Fast Charger Mode,
charge voltage > 5V or

B B

A A

charge current >= 1.5A.

Logic 1: Normal Charger Mode,
charge voltage = 5V and
charge current <1.5A.

U9500B

50

AVSS_1

51

AVSS_2

52

AVSS_3

53

AVSS_4

54

AVSS_5

55

AVSS_6

56

AVSS_7

57

AVSS_8

ANX7428QN-AB-R

06T500000021

5

DDI2_TXP2[3]
DDI2_TXN2[3]
DDI2_TXP3[3]
DDI2_TXN3[3]

DDI2_AUXP[3]
DDI2_AUXN[3]

DDI2_HPD[3]

USB3_TXN3[23]
USB3_TXP3[23]

USB3_RXN3[23]

USB3_RXP3[23]

R9520

4.7KOhm

tx_r0402

+3VA_PD

DDI2_AUXN_C

DDI2_AUXP_C

C9516 0.1UF/16V tx_c0402
C9517 0.1UF/16V tx_c0402

R9525 100KOhm

tx_r0201_h10

SMB1_DAT_CFG[30]
SMB1_CLK_CFG[30]

+3VA_PD

12

I2C Address Selection:

12

R9523
100KOHM

tx_r0402

12

R9524
100KOHM

tx_r0402

1 2
1 2

12

SMB0_DAT[30,60,88]
SMB0_CLK[ 30,60,88]

+3VA_PD

12

R9509

4.7KOhm

tx_r0402

12

R9512

4.7KOhm

tx_r0402

@

I2C_ADR_0I2C_ADR_1

Logic 0

Logic 0 0x72Logic 1

Logic 0 0x50

Logic 0

Logic 1 0x80Logic 1

12

R9533

tx_r0402_0ohm

1 2

0Ohm

1 2

R9532
0Ohm tx_r0402_0ohm

R9527

tx_r0402_0ohm

1 2

0Ohm

1 2

R9528
0Ohm tx_r0402_0ohm

DRP_EN pin:
Logic 1: DRP Mode.
Logic 0: DFP Mode.

DRP_EN

12

C9501
1UF/16V

tx_c0402

DDI2_AUXP_C
DDI2_AUXN_C

PD_HPD (P.P)

SMB_DAT_PD

@

SMB_CLK_PD

@

I2C_ADR_0

I2C_ADR_1/GPIO_3 pin: Connected to AP or CPU as UART TXD

1. Don＊t care before reset released.

2. Used to config the I2C address right after reset released.

3. Used as software UART output after OCM boot.

R9518

1 2

0Ohm

tx_r0402_0ohm

I2C_ADR_0/INTP_IN/GPIO_2:
Connect to AP or CPU to control the discharge of VBUS.

1. Don＊t care before reset released.

2. Used to config the I2C address right after reset released.

3. Used for VBUS discharge control after OCM boot.

I2C Address

0x7cLogic 1

4

12

C9502

0.1UF/10V

tx_c0402

Int. PD
Int. PD

I2C_ADR_1 and I2C_ADR_0 pin:

1. The I2C address is determined approximately 500ns after RESET_N turns from 0 to 1,
these two pins' input should be kept at a stable value during this period.

2. There are internal pull-down resistors on I2C_ADR_0 and I2C_ADR_1 pins.

3. If external pull-up resistor is not populated, the I2C_ADR_0 or I2C_ADR_1 is logic 0.

4. If external pull-up is populated, the I2C_ADR_0 or I2C_ADR_1 is logic 1.

C9500
1000PF/50V

tx_c0402

U9500A

1

DP_LN_0P

2

DP_LN_0N

7

DP_LN_1P

8

DP_LN_1N

9

DP_LN_2P

10

DP_LN_2N

3

DP_LN_3P

4

DP_LN_3N

16

AUXP

17

AUXN

37

HPD

11

SSTX_N

12

SSTX_P

5

SSRX_N

6

SSRX_P

33

RESET_N

23

NC

38

CFG_SDA

39

CFG_SCL

43

M_SCL/GPIO_4

42

M_SDA/GPIO_5

34

TEST_EN

28

DRP_EN

47

I2C_ADR_1/GPIO_3

48

I2C_ADR_0/INTP_IN/GPIO_2

ANX7428QN-AB-R

06T500000021

0650-0079000

VBUS_DISCHARGE_CTRL [96]

ANX7428

+3VA_PD +3VA_PD

12

40

24

DVDD_IO

AVDD33_113AVDD33_2

1.7V-3.3V-3.63V

3.14V-3.3V-3.46V

AVSS

49

The DVDD_IO can be power supplied by 1.8V ~ 3.3V:
If AP's IO type is 1.8V, select 1.8V power for DVDD_IO;
If AP's IO type is 3.3V, select 3.3V power for DVDD_IO.

C9504
1UF/16V

tx_c0402

SSTXP1
SSTXN1

SSRXN2
SSRXP2

SSTXP2
SSTXN2

SSRXN1
SSRXP1

VCONN1_EN/GPIO_0

CC_CAP

VCONN2_EN/GPIO_1

VBUS_DIV6

INTP_OUT

CABLE_DET

PWR_EN

DVSS

46

3

12

SBU1
SBU2

C9505

0.1UF/10V

tx_c0402

CC1

CC2

12

C9503
1000PF/50V

tx_c0402

25
26

35
36

30
29

32
31

19
18

21

CHIP_CC1

45

VCONN1_EN

22

CC_CAP

12

C9506
1000PF/16V

@

tx_c0201

20

CHIP_CC2

44

VCONN2_EN

VBUS_USB_TYPE_C

12

R9507
750Kohm

tx_r0201_h10

15

(Default: O.D)

41

14
27

VBUS_DIV6

1%

1 2

R9510
150KOhm

tx_r0402
1%

R9513

1 2

0Ohm

tx_r0402_0ohm

12

R9531
10KOhm

tx_r0402

@

CABLE_DET pin: Connect to AP or CPU.
Logic 1: USB Type-C cable plug detected.
Logic 0: USB Type-C cable unplug detected.

Note:

1. Set R21 = 100K, C15 = 22nF to filter the short high toggle pulse
in DRP mode when cable is unplugged in ES chip.

2. Set R21 to 0R, C15 to DNP when this is fixed in CS chip.

12

C9507
2200PF/16V

tx_c0402

@

12

UTC_A2_SSTXp1 [96]
UTC_A3_SSTXn1 [96]

UTC_A10_SSRXn2 [96]
UTC_A11_SSRXp2 [96]

UTC_B2_SSTXp2 [96]
UTC_B3_SSTXn2 [96]

UTC_B10_SSRXn1 [96]
UTC_B11_SSRXp1 [96]

UTC_A8_SBU1_AUX [96]
UTC_B8_SBU2_AUX [96]

R9502 0Ohm tx_r0402_0ohm

R9522
100KOhm

tx_r0201_h10

+5VSUS V5_VCONN

1 2

1 2

R9505 0Ohm tx_r0402_0ohm

PD_CAB_DET [30]

PD_PWR_EN [30]

PWR_EN pin:
Controlled by AP or CPU
Logic 1: to power up the chip.
Logic 0: to power down the chip.

+3VA_PD

R9534

1 2

0Ohm

tx_r0402_0ohm

R9530

1 2

0Ohm

tx_r0402_0ohm
@

R9526

1 2

0Ohm

tx_r0402_0ohm
@

R9529

1 2

0Ohm

tx_r0402_0ohm

Connect to USB Type-C connector

12

R9514

4.7KOhm

tx_r0402

@

PD_INT# [30]

INTP_OUT pin: interrupt output.
Connect to AP or CPU.

If AP or GPU's interrupt is low level
triggered, set R16 = 4.7K, leave R22
not installed;
else if is high level triggered, set R22
=4.7K, leave R16 not installed.

2

VBUS_USB_TYPE_C

+3VA_PD

+3VSUS

+3VDB_PD

V5_VCONN V5_VCONN

12

R9503
100KOHM

tx_r0402

V5_VCONN

V5_VCONN

12

R9521
100KOHM

tx_r0402

+3VA

V5_VCONN is the power source for
VCONN(UTC_B5_CC2 or UTC_A5_CC1).
Please make sure:

1) VCONN Voltage range [4.75V, 5.5V]

2) VCONN Minimum power is 1W. If DP Alternate
Mode is supported, VCONN power is up to 1.5W.

Reverse voltage protection is required.
It might be necessary to add a diode to
protect the power supply.

Requirement of Q3:

1) Id >= 500mA (Vgs = - 4.5V).

2) Ron < 120 mOhm (Vgs = - 4.5V).

3) Max Vds >= -10V

VBUS_USB_TYPE_C [96,97]

+3VA [24, 30,36,53,56,57,70,81,93]

+3VA_PD [96]

+3VSUS [4,24,25,26,28,30,51, 53,62,68,81,84,92]

+3VDB_PD [97]

U9501

5

4

TPS2041BDBVR

06T290000047

0629-007K000

VIN: 2.7V-5.5V
Iq:Max 190uA
Ishut-down: Max 1uA
Active Low:<0.6V
ILMIT:0.6A-0.8A-1.0A

U9502

5

4

TPS2041BDBVR

06T290000047

0629-007K000

VIN: 2.7V-5.5V
Iq:Max 190uA
Ishut-down: Max 1uA
Active Low:<0.6V
ILMIT:0.6A-0.8A-1.0A

<Variant Name>

<Variant Name>

<Variant Name>

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

PEGATRON PROPRIETARY AND CONFIDENTI AL

Size Project Name

Size Project Name

Size Project Name

C

C

C

Date: Sheet

Date: Sheet of

Date: Sheet of

1

OUT

IN

2

GND

3

OC#

EN#

1

OUT

IN

2

GND

3

OC#

EN#

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

HAWAII

HAWAII

HAWAII

1

UTC_A5_CC1 [96]

UTC_B5_CC2 [96]

POWER_FLOWCHART

POWER_FLOWCHART

POWER_FLOWCHART

Paddy_Ou

Paddy_Ou

Paddy_Ou

of

95 100Thursday, March 31, 2016

95 100Thursday, March 31, 2016

95 100Thursday, March 31, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

VBUS_USB _TYPE_C

D D

PD_VBUS _CTRL[9 5]

C C

B B

Optional:
If PMIC can detect VBUS presence and disable/enable VBUS,
the VBUS control circuit can be removed.

VBUS_CTRL Function:

VBUS_CTRL 5V VBUS

Logic 0

Requirement of NMOSFET Q9602:

1) Max Vds >= 3 0V.

2) Max Vgs >= 5 V.

3) Max Vgs(th) <= 1.6V.

Output

12

Enable Disa bleLogic 1

R9603

4.7KOhm

tx_r0402

5~20V VBUS
Charge Input

EnableDisable

VBUS Discharge Control

Requirement of NMOSFET Q9600:

1) Max Vgs(th) <= 1.6V.

VBUS_DI SCHARGE _CTRL[95]

VBUS_DISCHARGE_ CTRL = logic 1 , enable discha rge.
VBUS_DISCHARGE_ CTRL = logic 0 , disable disch arge.

A A

5

VBUS Control

5V VBUS Output Control

VBUS_USB _TYPE_C

D2

S2

123 6

1 2

5~20V VBUS Char ge Input Contr ol

VBUS_USB _TYPE_C

D2

S2

123 6

1 2

R9600
300KOHM

12

61

Q9600A
UM6K1N

R9605
100KOHM

tx_r0402

Q9601A
UM6K1N

R9606

4.7KOhm

tx_r0402

1 2

+3VA_PD

@

2

R9607
0Ohm

tx_r0402_ 0ohm

12

tx_r0402_ 0ohm

61

tx_r0402

R9710

1 2

0Ohm

@

VBUS_USB _TYPE_C

2

VBUS_Charge _IN

5478

D1

U9600
AO4805

P

N

07T040 000175

0704-03F8000

G1

G2

S1

Requirement of the PMOSFETs U 9600 and U9601:

1) Max Vds >= - 30V.

2) Max Vgs >= + /-25V.

3) Id >= 5A.

4) Ron < 100 mO hm (Vgs = - 4. 5V, Id = -5A).

R9601
300KOHM

tx_r0402

12

R9602
10KOhm

tx_r0402

34

Requirement of NMOSFET Q9601:

1) Max Vgs(th) <= 1.6V.

5

Q9601B
UM6K1N

5478

Note:

1. If battery c harger can ope rate with 5V in put, no

D1

U9601

more circuits a re needed.

AO4805

P

N

G2

2. If battery c harger needs h igher voltage t han 5V

07T040 000175

to operate corr ectly, ANX74xx should be powe red

0704-03F8000

G1

S1

by VBUS and loc al power.

1 2

R9604
10KOhm

tx_r0402

Q9604

1

NX7002A K

07T040 000001

VBUS_USB _TYPE_C

12

3

3

D

1

1

G

S

2

2

1 2

R9608

4.7KOhm

tx_r0402

12

R9611
1MOHM

tx_r0402

PD_VBUS _OFF_E C#[30]

+USB_PD_ IN

D

G

S

2 3

Requirement of R9610:

1) Pd >= 0.1W i f VBUSmax >12V .

2) Pd >= 0.025W if VBUS max < =12V.

R9610
1KOhm

tx_r0603_ h24
1%

Requirement of NMOSFET Q9603:

1) Max Vds >= 3 0V.

2) Max Vgs >= 5 V.

3) Max Pd >=1W.

4) Max Id >= 1A .

5) Id >= 0.5A w hen Vgs = 1.6V .

6) Max Vgs(th) <= 1.6V.

Q9603
CPH3457 -TL-W

07T040 000177

0704-03FC000

4

PD_VBUS _CTRL

34

Q9600B

UM6K1N

PD_VBUS _OFF_E C#

Requirement of NMOSFET Q9604:

1) Max Vds >= 3 0V.

2) Max Vgs >= 3 0V.

3) Vgs(th) <=4V .

If need PD output 20V,MAX VGS >=30V is necessary

5

12

R9612
470KOhm

tx_r0402
5%

+5VSUS

USB Type C Connector

A3A2 A11A9A8A4 A5A1 A10

TX1-TX1+

12

C9608
1UF/6.3V

tx_c0402

U9604

5

IN

4

G524C1 T11U

06T290 000080

0629-00NG000

VIN: 2.7V-5.5V
Iq:Max 190uA
Ishut-down: Max 1uA
Active Low:<0.6V
ILMIT:1.7A-2.0A-2.3A

OUT
GND
OC#3EN/EN#

VBUS_Charge _IN

1
2

(O.D)

USB_OC3 #_PCH [23]

B12

VBUS_USB _TYPE_C

2mm_op en_5mil_m 1m2

A6

VbusGND SBU1D-D+ Vbus RX2-

JP9600

2

112

@

Suggest change to 10uF/25V
or smaller Cap .DONE~

A7 A12

CC2Vbus SBU2 D- D+RX1+ RX1-

Vbus

VBUS_USB _TYPE_C _CONN

12

C9601
1UF/50V

tx_c0603

12

C9602

0.1UF/50V

tx_c0402

12

C9607
10UF/25V

tx_c0603 _t02_h39

RX2+CC1

TX2- TX2+GND

B3B5B10

B2B4B9 B7B8B11 B6 B1

ESD

34

USB_PP3 _PD_CO NN

RNX9604 B

UTC_B8_ SBU2_AUX
UTC_A8_ SBU1_AUX

UTC_B5_ CC2
UTC_A5_ CC1

0OHM

@

1

4

09T090 000001

90Ohm/10 0MHz
L9604

2

3

12

0OHM

34

0OHM

@

1

4

09T090 000001

90Ohm/10 0MHz
L9605

2

3

12

0OHM

D9600

1 2

AZ4024 -01F

07T180 000052

0718-0118000

U9602

1

CH1

n.c.4

2

CH2

n.c.3

3

GND1

GND2

4

CH3

n.c.2

5

CH4

n.c.1

PUSB3F9 6

07T220 000032
For working voltage 5v use

0718-0181000
CL = 0.6 pF

U9603

1

LINE_1

2

LINE_2

3

GND(Pin8)

4

LINE_3
LINE_45NC1

AZ1045 _04F

07T220 000008
For working voltage 3.3v use

0722-005H000

2

RNX9604 A

RNX9605 B

RNX9605 A

NC4
NC3

NC2

USB_PN3_ PD_CONN

USB_PP9 _PD_CO NN

USB_PN9_ PD_CONN

VBUS_USB _TYPE_C _CONN

10

UTC_B8_ SBU2_AUX

9

UTC_A8_ SBU1_AUX

8
7
6

10
9

7
6

UTC_B5_ CC2
UTC_A5_ CC1

USB_PP9 _PD_CO NN
USB_PN9_ PD_CONN

USB_PP3 _PD_CO NN
USB_PN3_ PD_CONN

34

UTC_A11 _SSRXp 2_CONN

RNX9600 B

UTC_A11 _SSRXp 2[95]

UTC_A10 _SSRXn2[95]

UTC_A2_ SSTXp1[95]

UTC_A3_ SSTXn1[95]

UTC_B11 _SSRXp 1[95]

UTC_B10 _SSRXn1[95]

UTC_B3_ SSTXn2[95]

UTC_B2_ SSTXp2[95]

1 2

C9603

0.1UF/16V

tx_c0201

C9604

0.1UF/16V

tx_c0201

1 2

C9605

0.1UF/16V

tx_c0201

C9606

0.1UF/16V

tx_c0201

UTC_A2_ SSTXp1 _C

UTC_A3_ SSTXn1_ C

12

UTC_B3_ SSTXn2_ C

12

UTC_B2_ SSTXp2 _C

0OHM

L9600
90OHM

@

09T090 000023
tx_2r4p_c hoke1243 _4p_c o_h55

1 4

2 3

12

UTC_A10 _SSRXn2 _CONN

RNX9600 A

0OHM

12

UTC_A2_ SSTXp1 _CONN

RNX9601 A

0OHM

14

23

L9601
90OHM

@

09T090 000023
tx_2r4p_c hoke1243 _4p_c o_h55

34

UTC_A3_ SSTXn1_ CONN

RNX9601 B

0OHM

12

UTC_B11 _SSRXp 1_CONN

RNX9602 A

0OHM

14

23

L9602
90OHM

@

09T090 000023
tx_2r4p_c hoke1243 _4p_c o_h55

34

UTC_B10 _SSRXn1 _CONN

RNX9602 B

0OHM

12

UTC_B3_ SSTXn2_ CONN

RNX9603 A

0OHM

14

23

L9603
90OHM

@

09T090 000023
tx_2r4p_c hoke1243 _4p_c o_h55

34

UTC_B2_ SSTXp2 _CONN

RNX9603 B

0OHM

3

USB_PP3 _PD[23]

USB_PN3_ PD[23]

USB_PP9 _PD[23]

USB_PN9_ PD[23]

USB_PP9 _PD_CO NN
USB_PN9_ PD_CONN

USB_PP3 _PD_CO NN
USB_PN3_ PD_CONN

+USB_PD_ IN
+5VSUS

+3VA_PD

GND

GND

UTC_A2_ SSTXp1 _CONN
UTC_B11 _SSRXp 1_CONN
UTC_A3_ SSTXn1_ CONN

UTC_A5_ CC1[95]

UTC_B8_ SBU2_AUX[95]

UTC_A8_ SBU1_AUX[95]

UTC_B5_ CC2[95]

UTC_B10 _SSRXn1 _CONN

USB_PP3 _PD_CO NN
USB_PN9_ PD_CONN
USB_PN3_ PD_CONN
USB_PP9 _PD_CO NN

UTC_A10 _SSRXn2 _CONN
UTC_B3_ SSTXn2_ CONN
UTC_A11 _SSRXp 2_CONN
UTC_B2_ SSTXp2 _CONN

UTC_A2_ SSTXp1 _CONN
UTC_A3_ SSTXn1_ CONN

UTC_B3_ SSTXn2_ CONN
UTC_B2_ SSTXp2 _CONN

UTC_B11 _SSRXp 1_CONN
UTC_B10 _SSRXn1 _CONN

UTC_A10 _SSRXn2 _CONN
UTC_A11 _SSRXp 2_CONN

VBUS_USB _TYPE_C [95,97]
+USB_PD_ IN [89]
+5VSUS [52,56,81 ,84,95]
+3VA_PD [95]

CON9600

A1

GND2

B12

GND4

A2

SSTXP1

B11

SSRXP1

A3

SSTXN1

B10

SSRXN1

A4

VBUS2

B9
A5
B8
A6
B7
A7
B6
A8
B5
A9
B4

A10

B3

A11

B2

A12

B1

U9605

1

CH1

2

CH2

3

GND1

GND2

4

CH3

5

CH4

PUSB3F9 6

07T220 000032
For working voltage 5v use

0718-0181000
CL = 0.6 pF

U9606

1

CH1

2

CH2

3

GND1

GND2

4

CH3

5

CH4

PUSB3F9 6

07T220 000032
For working voltage 5v use

0718-0181000
CL = 0.6 pF

1

VBUS4

P_GND1

2

CC1

P_GND2

3

SBU2

P_GND3

4

DP1

P_GND4

5

DN2

P_GND5

6

DN1

P_GND6
DP2
SBU1
CC2
VBUS1
VBUS3
SSRXN2
SSTXN2
SSRXP2
SSTXP2
GND1
GND3

USB_CON_ 24P

1213-02 7W000

10

UTC_A2_ SSTXp1 _CONN

n.c.4

9

UTC_A3_ SSTXn1_ CONN

n.c.3

8
7

UTC_B3_ SSTXn2_ CONN

n.c.2

6

UTC_B2_ SSTXp2 _CONN

n.c.1

10

UTC_B11 _SSRXp 1_CONN

n.c.4

9

UTC_B10 _SSRXn1 _CONN

n.c.3

8
7

UTC_A10 _SSRXn2 _CONN

n.c.2

6

UTC_A11 _SSRXp 2_CONN

n.c.1

<Variant Name>

<Variant Name>

<Variant Name>

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Proje ct Name

Size Proje ct Name

Size Proje ct Name

D

D

D

Date: Sheet of

Date: Sheet of

Date: Sheet of

1

Engineer:

Engineer:

Engineer:

HAWAII

HAWAII

HAWAII

Title :

Title :

Title :

POWER_FLOWCHART

POWER_FLOWCHART

POWER_FLOWCHART

Paddy_Ou

Paddy_Ou

Paddy_Ou

96 100Thursday, March 3 1, 2016

96 100Thursday, March 3 1, 2016

96 100Thursday, March 3 1, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

Hardware Solution For Dead Battery

For notebook applications, if the battery charger needs higher voltage than
5V to operate correctly, execute the steps below in the order they are listed:

D D

Requirement of U1:

1) Vin range: 4V-30V.

2) Vout: EC's operating voltage + Vf of D1

3) Output current >= EC's operating current.

C C

+AC_BAT_SYS

VBUS_USB_TYPE_C

B B

1 2

VDB_PD_EN_PCH[57]

VDB_PD_EN_EC[30]

(O.D)

A A

5

R9707
0Ohm

tx_r0402_0ohm

1 2

R9706
0Ohm

tx_r0402_0ohm
@

D9701

21

tx_vmn2m_rm

SCHOTTKY 30V 100mA VMN2M

D9702

21

tx_vmn2m_rm

SCHOTTKY 30V 100mA VMN2M

@

+3VDB_EC

12

R9708
10KOhm

tx_r0402

12

R9709
100KOHM

tx_r0402

4

12

C9703

2.2UF/25V

tx_c0603

12

@

C9701

2.2UF/25V

tx_c0603

3

1

3

U9702

1

VCC

2

GND

3

NC

RT9069-33GB

06T280000076

0628-01MN000

VBUS_USB_TYPE_C

+AC_BAT_SYS

+3VDB_EC

+3VDB_PD

U9701

VCC

VOUT

GND

RT9058-33GV

06T280000075

0628-0157000

@

VOUT

EN

2

12

C9702

2.2uF/6.3V

tx_c0201_t0d09_h15

@

12

R9705
0Ohm

tx_r0402_0ohm
@

5

12

C9704

4

<Variant Name>

<Variant Name>

<Variant Name>

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Name

Size Project Name

Size Project Name

A

A

A

Date: Sheet of

Date: Sheet of

Date: Sheet of

2.2uF/6.3V

tx_c0201_t0d09_h15

2

VBUS_USB_TYPE_C [95,96]

+AC_BAT_SYS [45,80,81,82,83,88]

+3VDB_EC [30]

+3VDB_PD [95]

Power for EC

+3VDB_EC

Power for ANX7428

+3VDB_PD

Title :

Title :

Title :

Engineer:

Engineer:

Engineer:

HAWAII

HAWAII

HAWAII

Willy_Liao

Willy_Liao

Willy_Liao

Dead Battery

Dead Battery

Dead Battery

97 100Thursday, March 31, 2016

97 100Thursday, March 31, 2016

97 100Thursday, March 31, 2016

1

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

+1.2VO +1.2V U0301N SOC

+A/D_DOCK_IN +A/D_D OCK_IN

D D

BQ24735

+A/D_DOCK_IN

C C

PWM_A

U8000 VR
ISL95859HRTZ

PWM_B

PWM_C

B B

A A

U8300
RT8231BGQW
F=500KHz

1.2V/0.6V

U8200
NB671GQ-Z
1V

U8100A
TPS51225CRUKR
5V/3V

U8002
SIC631CD-T1-GE3
VCORE TO SOC/29 A

U9202
SIC631CD-T1-GE3
VCCGT TO SOC/31 A

U8003 VR
ISL95808HRZ
VCCSSATO SOC/4. 5A

+0.6VS

+1.0VO

+3VO

+3VA

+5VO

+3VA_EC

N-MOS

N-MOS

+1.0VSUS

+0.85VSUS + VCCPRIM_CORE

+12VSUS

N-MOS

+5VS J3104 KeyBoard

2.85A

0.8A

+5VS_TPL

0.125A

+5VS_ISP

0.3A

+5VS_TCH_PNL J640 3 Toch Panel

W/O

IO_+5VS_HDMI_F

N-MOS

W/O

+3VO

+3VO +3V S U3001 EC

N-MOS

U3001 EC IT8587 E/FX
AVCC/VSTBY(PLL) /VSTBY

0.01A/ /

+3VS_SSD1

+3VS_WLAN

+3V_SHB

+3VS_SENSOR

+3VS_SENSOR

+3VS_SENSOR

+3VS_CR

+12VSUS

+12VSUS

+5VS_KB_BL

U3601 Codec
ALC255-CG Speak er
PVDD/0.8A

CON4501 eDP
ALC255-CG Touch IC
VCC/0.125A

U5500 ISP
RTS5830-GR/0.3A

WTOB_CON_30P

0.45A

J4801 HDMI
HDMI_CON_19P

0.055A

EC IT8587E/FX

U3601 Codec
DVDD/DVDD-IO/CP VDD

CON4501 eDP
Touch Panel/0.3 33A

0.333A

CON5101 SSD/1.7 9A

1.79A

U5801 Sensor HU B
IT8350E/0.01A

0.01A

U7001 E-Compass
AK09911C/0.008A

0.008A

U4001 SD CR
3V3_IN+3V3_AUX/

1.32A

1.2+0.12

Front/Rear Came ra

0.3A/0.3A

0.6A

2.57A

W/O

U0301O SOC
VCCPRIM_CORE

2.574A

BJT

BJT

FPC_CON_4P

0.3A W/O

0.463A

+3VSUS

+1.0V

0.13A

+VCCIO

0.02A

2.652A

+12V

+12VS

5.92A

J3601 Speaker
WtoB_CON_4P

+3VSUS U8402 VR

'+3VM_SPI

0.04A

+3VSUS

0.05A

U5001 Thermal
G709T1UF/3.3µA

3.3µA

CON5301 WIFI/BT

0.436A

0.436A

U7000 G+G
MPU_6500/0.034A

0.034A

U6401 CM32180
Light Sensor/13 0µA

0.00013A

U6201 TMP
NPCT650AA0WX/7m A

0.007A

U2200/U2201
DMIC/20mA

0.02A

U0301N SOC
VDDQ/0.6A

0.6A

U0301N SOC
VDDQC/VccPLL

0.06/0.13A

U0301N SOC
VCCIO/VCCSTG

3.1/0.02A

U0301O SOC
VCCMPHYAON_1P0/ 0.022A
VCCPRIM_1P0_1-7 /0.696A
VCCMPHYGT_1P0/1 .01A
VCCSRAM_1P0/0.6 42A
VCCAMPHYPLL_1P0 /0.088A
VCCAPLLEBB_1P0/ 0.033A
VCCAPLL_1P0/0.0 26A
VCCCLK1/0.035A
VCCCLK2/0.029A
VCCCLK3/0.024A
VCCCLK4/0.033A
VCCCLK5/0.004A
VCCCLK6/0.01A

+5VBUS+5VSUS+5VO U1301 TypeC

+5VBUS U5203 USB3.0

+5VBUS

+5VSUS_LED J6402 L ED CON

+3VSUS

RT9042-25GSP

1.8V

U2801 SPI ROM
W25Q64FVSSIQ

0.04A

U6201 TMP
NPCT650AA0WX

0.05A

0.02A

3.912A

TPS25810RVC

2A

2A

APL3518ABI-TRG

1A

1A

U5207
TPS2544RTER

W/O

2A

FPC_CON_12P

0.02A

+1.8VO +1.8V U1 701~1704 DDR3

N-MOS

N-MOS

0.3A

+VCCSFR_OC

0.1A

+VDDQ_CPU

2A

+VDDQ_CPU

1.912A

+1.2VS_HDMI

W/O

+5V_USB_I

+5V_USB3

+5V_USB2

+3VSUS_ORG

0.373A

U2503
74AUP1G07GW

VDD/0.3A

+1.8VSUS

0.167A

+1.8VSUS U3601 Codec

VCCPLL_OC

0.1A

U0301N SOC
VDDQ
2A

U1601~U1702 DDR 3*4
VDD2/VDDCA/VDDQ

0.24/0.008/0.23 A

U4801A HDMI
VDDRX/VDDTA/VDD TX

0.2A

CON1401
USB_24P_12HD_LO TES

U5201
AZ5725-01F

J5204
USB_CON_9P

U5202
AZ5725-01F

J5202
USB_CON_9P

U0301O SOC
VCCDSW_3p3/0.11 8A
VCCHDA/0.068A
VCCSPI/0.011A
VCCPRIM_3p3/0.0 75A
VCCPGPPA/0.02A
VCCPGPPB/0.004A
VCCPGPPC/0.006A
VCCPGPPD/0.008A
VCCPGPPE/0.006A
VCCPGPPG/0.056A
VCCRTCPRIM_3p3/ 0.001A

U0301O SOC
VCCPGPPF/0.161A
VCCATS_1p8/0.00 6A

AVDD2(CDC)/0.05 A

<Variant Nam e>

<Variant Nam e>

<Variant Nam e>

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

PEGATRON PROPRIETARY AND CONFIDENTIAL

Size Project Na me

Size Project Na me

Size Project Na me

A0

A0

A0

Date: Sheet o f

Date: Sheet o f

5

4

3

2

Date: Sheet o f

1

Engineer:

Engineer:

Engineer:

HAWAII

HAWAII

HAWAII

Title :

Title :

Title :

POWER_FLOWCHART

POWER_FLOWCHART

POWER_FLOWCHART

Tomo_Hu

Tomo_Hu

Tomo_Hu

98 10 0Thurs day, March 3 1, 2016

98 10 0Thurs day, March 3 1, 2016

98 10 0Thurs day, March 3 1, 2016

Rev

Rev

Rev

0.0

0.0

0.0

5

4

3

2

1

+3VS_SENSOR_ SB

12

C6403

0.1UF/10V

12

R6402
100KOHM

tx_r0402

@

+3VS_SENSOR_ SB

12

R6409

2.2kOHM

tx_r0402

@

H6401

@
T-SH00003034

H6403

@
s03483

tx_c0201

GND_SB

+3VS_SENSOR_ SB

1 2

R6405
100KOHM

tx_r0402

Debeg Pull High

12

R6410

2.2kOHM

tx_r0402

@

ALS_INT_PCH_SB

ALS_SCL_SB

ALS_SDA_SB

FPC connector
(for Main PCB)

CON6401

GND1

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

GND2

FPC_CON_20 P

12T18GBSM003

1218-019H000

21

22

AD0

0

1

I2C Address

0X10

0X48

GND_SB

GND_SB

Charger LED

CHG_ORG_LE D#_SB

PWR_BLU E_LED#_SB

(15mA)

(10.45mA)

+5VS_SB

1 2

R6415 0Ohm

tx_r0603_0ohm_h24

Touch Board
SDA,SCl, 2.2KΩ Pull High
NT 2.2KΩ Pull High
REST 10KΩPull High
TP SIDE PULL HIGH

1 2

R6406 4.7K Ohm

tx_r0402

1 2

R6407 2.2k OHM

tx_r0402

+5VS_TPL_SB

PCH_I2C1_SCL_R _SB
PCH_I2C1_SDA_R _SB
TP_INT#_R_SB
TP_RST#_R_SB

Close to CON6400

D6404

GND VC

1 2

GND_SB

TVHFB0201AC0

07T180000029

30kv_1.05*0.65*0.55_Vrw m 5v_35pF_Vcl 6v

1 2

GND_SB

1 2

GND_SB

D6407

GND VC

1 2

GND_SB

TVHFB0201AC0

07T180000029

30kv_1.05*0.65*0.55_Vrw m 5v_35pF_Vcl 6v

D6408

GND VC

1 2

GND_SB

TVHFB0201AC0

07T180000029

30kv_1.05*0.65*0.55_Vrw m 5v_35pF_Vcl 6v

2

D D

C C

B B

A A

IO Board CONN

Home Key

1 2

PIN4,5

PIN4,5

PIN4,5

：：：：

PIN4,5

4 5

NPTH

6 7

TACT_SW ITCH_2P

12T09SBSM053
t_nb_sw_2p_5hd _ra_diptr

P/N

GND_SB GND_SB

Vol - Key

1 2

：：：：

NPTH

4 5
6 7

Vol + Key

1 2
4 5

：：：：

NPTH

6 7

Power Key

：：：：

NPTH

GND_SB GND_SB

3

SW6401

：：：：

1209-01PL000

3

SW6402

TACT_SW ITCH_2P

12T09SBSM053
t_nb_sw_2p_5hd _ra_diptr

P/N

：：：：

1209-01PL000

3

SW6403

TACT_SW ITCH_2P

12T09SBSM053
t_nb_sw_2p_5hd _ra_diptr

P/N

：：：：

1209-01PL000

3

SW6400

1 2
4 5
6 7

TACT_SW ITCH_2P

12T09SBSM053
t_nb_sw_2p_5hd _ra_diptr

P/N

：：：：

1209-01PL000

5

R6401

1 2

HOME_R_SB

VOL_DN_KEY_R_SB V OL_DOWN#_SB

GND_SBGND_SB

VOL_UP_KEY_R_SB VOL_UP#_SB

GND_SBGND_SB

1KOhm

tx_r0402

12

D6401
ESD5V3L1B-02LRH

@

GND_SB

12

D6400
ESD5V3L1B-02LRH

@

GND_SB

12

D6402
ESD5V3L1B-02LRH

@

GND_SB

POWER_K EY_R_SB PWR_SW #_SB

12

D6403
ESD5V3L1B-02LRH

@

GND_SB

R6404

1 2

1KOhm

tx_r0402

R6411

1 2

1KOhm

tx_r0402

R6400

1 2

1KOhm

tx_r0402

GND_SB

GND_SB

12

12

GND_SB

C6401

0.1UF/10V

tx_c0201

C6404

0.1UF/10V

tx_c0201

12

12

GND_SB

C6405

0.1UF/10V

tx_c0201

C6400

0.1UF/10V

tx_c0201

HOME_KEY_SB

ALS

GND_SB

ALS_SDA_R_SB ALS_S CL_R_SB
ALS_INT_PCH_R _SB

ALS_INT_PCH_R _SB

ALS_SCL_R_SB

ALS_SDA_R_SB

+5VA_SB
+5VS_SB

4

U6400

1
2
3

(OD)

R6412

1 2

0Ohm

tx_r0402_0ohm

R6413

1 2

0Ohm

tx_r0402_0ohm

R6414

1 2

0Ohm

tx_r0402_0ohm

PCH_I2C1_SCL_SB PCH_I2C1_SC L_R_SB

PCH_I2C1_SDA_S B PCH_I2C1_SDA _R_SB

TP_INT#_SB T P_INT#_R_SB

TP_RST#_SB TP_RST#_R _SB

Screw Hole / Tooling Hole
( for hawaii_sub_pcb_1002 )

H6400

1

C173D94

@

GND_SB GND_SB

T-SH00003034

H6402

1

C59D59N

@
temp_3376_fc17

ALS_INT_PCH_SB
ALS_SDA_SB
ALS_SCL_SB

HOME_KEY_SB
PWR_SW #_SB
VOL_UP#_SB
VOL_DOW N#_SB

PWR_BLU E_LED#_SB
CHG_ORG_LE D#_SB

PCH_I2C1_SCL_SB
PCH_I2C1_SDA_S B

TP_RST#_SB
TP_INT#_SB

GND

VDD

SDAT

SCLK

INT

ADDR

CM32181EA3OP

06T750000025

P/N:0675-002Y0PB

P/N:0675-002Y0PB

P/N:0675-002Y0PBP/N:0675-002Y0PB

R6419 0Ohm

R6418 0Ohm

R6417 0Ohm

R6416 0Ohm

+3VS_SENSOR_ SB

6
5
4

12

R6408

2.2kOHM

tx_r0402

@

1 2

tx_r0402_0ohm

1 2

tx_r0402_0ohm

1 2

tx_r0402_0ohm

1 2

tx_r0402_0ohm

GND_SB

1

C173D94

1

O67X47DO67X47N

GND_SB

GND_SB

GND_SB

GND_SB

3

+5VA_LED_SB

1 2

R6403 0Ohm

tx_r0402_0ohm

12

C6402
47PF/50V

tx_c0201

Battery LED
Dual Coloer (B/O)

ORANGE VF=1.7~2 .3V

GND_SB

IMAX= 25mA

3

2

BULE VF2.7~3.2V
IMAX 25mA

1

FPC Conn.
( for Touch panel IC )

CON6400

SIDE2

6

6

5

5

4

4

3

3

2

2

1

1

tx_wtob_6p_24_2h_ent

WTOB_C ON_6P

12T17GBSM000

1217-00VW000

@

PCH_I2C1_SCL_R _SB

@

PCH_I2C1_SDA_R _SB

@

TP_INT#_R_SB

@

TP_RST#_R_SB

@

SIDE1

GND_SB

D6405

AZ5725-01F

07T180000049
15kv_1.05*0.65*0.5_Vrw m 5v_10pF_Vcl 10v

D6406

AZ5725-01F

07T180000049
15kv_1.05*0.65*0.5_Vrw m 5v_10pF_Vcl 10v

+5VA_SB

LED6400

ORANGE

BLUE

BLUE&ORANG E

07DISCRETE\LED
tx_led_3p_118x79_ever

P/N:0713-029W000

P/N:0713-029W000

P/N:0713-029W000P/N:0713-029W000

(TBD: 10%~0%,Orange)

8

7

GND_SB

+5VS_TPL_SB

Title :

Title :

Title :

Engineer:

Engineer:

P2JCC

P2JCC

P2JCC

Engineer:

1

BG1-NB4

BG1-NB4

BG1-NB4

Size Project Name

Size Project Name

Size Project Name

A2

A2

A2

Date: Sheet

Date: Sheet of

Date: Sheet of

I/O Connector

I/O Connector

I/O Connector

Tomo_Hu

Tomo_Hu

Tomo_Hu

of

99 100Thursday, March 31 , 2016

99 100Thursday, March 31 , 2016

99 100Thursday, March 31 , 2016

Rev

Rev

Rev

1.0

1.0

1.0