Schematic.pdf

Title
Size
Date: Sheet of
MTK Confidential
34
01_Block_Diagram
1
A1
Friday, December 08, 2017
BSI ctrl
AUD I/F
BPI, APC
RF IQ
UART
Debug
port
Audio
Speech
TX
MT6765
(SBS)
MT6177m
Project : MT6765 LPDDR3
REF_SCH TOP LEVEL
JTAG
ABB
FEM
RX
Main 1 ANT
MSDC 4-bit
micro SD
+ hot-plug
USB 2.0 USB Type-C
MSDC1
MT6357
Receiver
AU_VIN0
Camera IF
Camera
Modules
Camera
(MIPI CSI)
VIB
eMMC MSDC0 / eMMC
32K_BB
CTP
controller
Keypad
LCD
module
Battery
LCD IF
BC1.1
I2C_2 / I2C_4
I2C
RTC
Headset
(HPL,HPR,AU_VIN1)
SPI
PWRAP I/F
Audio I/F
BC 1.1
Bucks
LDOs
Vibrator
MT6631
TCXO
CONN ctrl
Connectivity ANT
LDOs
RXD
RxD FEM
RXD ANT
VSYS
CONN IQ
CONN IF
LCD
(MIPI DSI)
I2C_0
I2C
I2C_1
I2C
SPI
GPIOs
SIM1 SIM1
SIM1
SIM2
SIM2
SIM2
Keypad
MSDC1/SPI Pin-MUX
JTAG
EINT
USB2.0
USB 2.0
GPIOs / EINTs
WLED
BST
LCM's
BL
Flash FLASH
LCM Gate
Driver
LCM_AVDD/AVEE
Bucks
SPK Driver
I2C_5
ST21NFCD I2C_3
I2C
DCXO / TMS
I/Q
26M
Charger/
SW
VSYS
VSYS
I2C
26M_WBG
26M_WBG
26M_BB
26M_RF
26M_RF
26M_BB
26M_NFC
26M_NFC
LPDDR3 EMI
MT6371
I2C_6
PERIPHERAL_EN
PERI. Device
AU_LO
MEMs & ALS/PS
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5

Title
Size
Date: Sheet of
MTK Confidential
34
02_I2C_ID_Overview
2
A1
I2C-4
400 Kbps
I2C-0
Cap Touch controller
Function i2C Slave Address / Write / Read (7-bit mode)
I2C I2C Spec.
Magnetic Sensor
Pressure Sensor
I2C-1
I2C Spec. : Standard mode (100 kbps) and Fast mode (400 kbps), Fast mode Plus (1 Mbps) and High-speed mode (3.4 Mbps)
I2C-2
Rear Camera
I2C-3
NFC
Sub-PMIC
Audio Smart PA
I2C-6
Note :
Sub SYS
AP
AP
AP
AP
AP
I2C-5
Front Camera
Sensor Hub
AP
AP
Part Number
GT1151 0x5D Write:0xBA / Read:0xBB
AK09918C 400 Kbps 0x0C Write:0x18 / Read:0x19
CM36558 400 Kbps 0x51 Write:0xA2 / Read:0xA3
BMP280 400 Kbps 0x77 Write:0xEE / Read:0xEF
IMX230 400 Kbps 0x1A Write:0x34 / Read:0x35
EEPROM 400 Kbps 0x50 Write:0xA0 / Read:0xA1
AF driver 400 Kbps 0x0C Write:0x18 / Read:0x19
RT5510 400 Kbps 0x34 Write:0x68 / Read:0x69
ST21NFCD 400 Kbps 0x08 Write:0x10 / Read:0x11
S5K2T7 400 Kbps
EEPROM 400 Kbps
AF driver=NA
0x2D Write:0x5A / Read:0x5B
3.4 Mbps
MT6371 PMU
MT6371 PD 3.4 Mbps
0x34
0x4E
Write:0x68 / Read:0x69
Write:0x9C / Read:0x9D
(I3C)
(I3C)
(I3C)
Ambient Light Sensor
Proximity Sensor
Write:0xA4 / Read:0xA5
0x52
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5

Title
Size
Date: Sheet of
MTK Confidential
34
05_Change_Notice
3
A1
Category Item
Date
2017.11.24
(V0.1)
Page 05 V0.1 Release
2017.12.7
(V0.2)
Page 44
1. To enhance LPDDR3 power off sequence,change C4422 from 0.1uF to 2.2uF, and change C4423 from 0.1uF to 1uF
2. Change VDD1 power of eMCP from VIO18_PMU to EMI_VDD1, fulfilling power rail in star connection
Change power of AVDD18_DDR(H21) from VIO18_PMU to EMI_VDD1, connecting EMI_VDD1 to SH2102 in star connection
Page 11
Add SH2102 for star connection among EMI_VDD1, AVDD18_SOC, and VIO18_PMU
Page 21
Page 51
1. Add 2nd source plan for U5004
2. Add Note 51-3 and Note 51-4
Add Note 12-5
Page 12
Page 22
1. Change C2304 from C / 1 / uF / 10V to C / 1 / uF / 6.3V
2. Change R2301 from R / 1.5 / K to R / 7.5 / K
3. Update Note 22-5
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5

Title
Size
Date: Sheet of
MTK Confidential
4
10_BB_ POWER_PDN
34
A1
Thursday, November 02, 2017
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
G
P
U
S
R
A
M
C1062 22uF
C1049 1.0uF
SH1011
C1025 1.0uF
C10111
10uF
C1058 1.0uF
C1073 NF
C1026 NF
C10116
100nF
SH1061
C1031 1.0uF
C1050 NF
C1078 1.0uF
C1023 1.0uF
SH1012
C10118
100nF
C1052 NF
C1016 22uF
C1061 22uF
C10115
4.7uF
C1067 1.0uF
C1017 22uF
VDDQ
SRAM
MODEM
CORE
CPU
MT6765-SBS
GPU
MD1
H18 AVDDQ_EMI1
H11 AVDDQ_EMI0
H20 AVDD2_EMI
L13 DVDD_TOP_SRAM
V15 DVDD_MCUSYS_SRAM
R19 DVDD_MFG_SRAM
H12 AVDDQ_EMI0
H19 AVDDQ_EMI1
H10 AVDD2_EMI
H13 AVDD2_EMI
H17 AVDD2_EMI
V12 DVDD_TOP_SRAM
J21
DVDD_TOP
K10
DVDD_TOP
K13
DVDD_TOP
K14
DVDD_TOP
K17
DVDD_TOP
L17
DVDD_TOP
M10
DVDD_TOP
M18
DVDD_TOP
N17
DVDD_TOP
P18
DVDD_TOP
P23
DVDD_TOP
R17
DVDD_TOP
T18
DVDD_TOP
U16
DVDD_DVFS
U18
DVDD_DVFS
U20
DVDD_DVFS
U22
DVDD_DVFS
Y16
DVDD_DVFS
Y18
DVDD_DVFS
Y20
DVDD_DVFS
Y21
DVDD_DVFS
Y22
DVDD_DVFS
AA16
DVDD_DVFS
AA18
DVDD_DVFS
AA20
DVDD_DVFS
AA21
DVDD_DVFS
AA22
DVDD_DVFS
AB16
DVDD_DVFS
AB18
DVDD_DVFS
R9 DVDD_VDD_MODEM
T10 DVDD_VDD_MODEM
U9 DVDD_VDD_MODEM
U13 DVDD_VDD_MODEM
V10 DVDD_VDD_MODEM
V13 DVDD_VDD_MODEM
W9 DVDD_VDD_MODEM
W10 DVDD_VDD_MODEM
M14 DVDD_MDSYS
N13 DVDD_MDSYS
P10 DVDD_MDSYS
P13 DVDD_MDSYS
P14 DVDD_MDSYS
R13 DVDD_MDSYS
K20
DVDD_MFGSYS
L19
DVDD_MFGSYS
L20
DVDD_MFGSYS
M20
DVDD_MFGSYS
N19
DVDD_MFGSYS
N20
DVDD_MFGSYS
P20
DVDD_MFGSYS
T20
DVDD_MFGSYS
W8 DVDD_VDD_MODEM
Y8 DVDD_VDD_MODEM
T21
DVDD_MFGSYS
U1001-E
C10130 470nF
SH1062
C1082 2.2uF
C10119
100nF
C1021 1.0uF
C1044 1.0uF
C1063 NF
C1083 NF
C1068 1.0uF
C1024 1.0uF
C1001 NF
C1045 1.0uF
C1084 NF
C10135 470nF
C1002 22uF
C1069 1.0uF
SH1042
C1046 1.0uF
C10133 NF
C1008 1.0uF
C10131 NF
C1041 22uF
C1079 NF
C1047 1.0uF
C1080
2.2uF
SH1041
C1006 1.0uF
C1051 22uF
C1056 1.0uF
C1048 1.0uF
C10134 NF
C10132 NF
C1018 NF
C1007 NF
C10136 470nF
C1059 1.0uF
C1081 2.2uF
C1022 1.0uF
C1066 1.0uF
C1005 1.0uF
C10117
100nF
C1057 1.0uF
GND
VDRAM_PMU
GND GND GND GND GND
DVDD_CORE
GND
DVDD_DVFS
GND
GND
DVDD_CORE
GND
DVDD_CORE
GND
DVDD_MODEM
GND
VSRAM_OTHERS_PMU
GND
VSRAM_OTHERS_PMU
GND
D
V
D
D
︳
S
R
A
M
︳
D
V
F
S
GND
D
V
D
D
︳
D
V
F
S
︳
6
3
5
7
︳
F
B
D
V
D
D
︳
D
V
F
S
︳
6
3
5
7
︳
G
N
D
D
V
D
D
︳
C
O
R
E
︳
6
3
5
7
︳
F
B
D
V
D
D
︳
C
O
R
E
︳
6
3
5
7
︳
G
N
D
D
V
D
D
︳
M
O
D
E
M
︳
6
3
5
7
︳
G
N
D
D
V
D
D
︳
M
O
D
E
M
︳
6
3
5
7
︳
F
B

A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
Note: 11-1 Note: 11-2
Note: 11-3
Note 11-1: C4101 closed DVDD18_MSDC0 150mil
Schematic design notice of "11_BB_POWER_IO" page.
0201 测试
C1116
NF
C1164
100nF
C1137
100nF
C1121
100nF
C1105
1.0uF
C1120
100nF
C1100
1.0uF
C1114
NF
C1102
100nF
C1136
100nF
C1112
100nF
C1165
1.0uF
C1172
100nF
C1131
100nF
C1103
1.0uF
C1106
100nF
C1162
1.0uF
C1135
100nF
C1104
100nF
C1153
1.0uF
C1115
NF
C1152
1.0uF
C1107
100nF
PERI_A
PERI_D
PLL
GND AVDD & MD_A
MT6765-SBS
T16
AVDD18_PLLGP
AG27
DVDD18_IOBL
H21
AVDD18_DDR
AD28
DVDD28_MSDC1
R28
AVDD12_DSI
D28
AVDD18_USB
AE28
DVDD28_SIM1
AC28
DVDD28_SIM2
H2
AVDD18_WBG
G28
DVDD18_IOLT
B28
AVDD33_USB
AA28
DVDD18_MSDC1
AB28
DVDD18_SIM
T28
AVDD04_DSI
U1
DVDD18_IORB
AG21
AVDD12_MD
AG6
DVDD18_IORB
U2
AVDD12_CSI
J1
DVDD18_IORT
A27
DVDD18_MSDC0
E28
AVDD12_USB
AG19
AVDD18_MD
T14
AVDD12_PLLGP
C3
AVDD12_WBG
AD18
DVDD_VQPS
AG18
AVDD18_AP
W28
DVDD18_IOLM
AC18
AVDD18_CPU
A11 DVSS
A13 DVSS
A15 DVSS
B3 DVSS
B21 DVSS
C2 DVSS
C6 DVSS
C12 DVSS
C16 DVSS
C20 DVSS
C23 DVSS
D3 DVSS
D9 DVSS
D13 DVSS
D23 DVSS
D27 DVSS
E4 DVSS
E24 DVSS
E25 DVSS
F2 DVSS
F4 DVSS
F5 DVSS
F6 DVSS
F7 DVSS
F8 DVSS
F10 DVSS
F11 DVSS
F12 DVSS
F14 DVSS
F17 DVSS
F19 DVSS
F20 DVSS
F21 DVSS
F22 DVSS
F23 DVSS
G4 DVSS
G6 DVSS
G11 DVSS
G12 DVSS
G13 DVSS
G14 DVSS
G15 DVSS
G21 DVSS
G22 DVSS
G26 DVSS
H14 DVSS
H15 DVSS
H22 DVSS
H25 DVSS
J22 DVSS
J23 DVSS
J24 DVSS
K9 DVSS
K11 DVSS
K12 DVSS
K15 DVSS
K16 DVSS
K18 DVSS
L8 DVSS
L11 DVSS
L15 DVSS
L16 DVSS
L21 DVSS
L22 DVSS
L26 DVSS
M6 DVSS
M7 DVSS
M12 DVSS
M16 DVSS
M22 DVSS
M24 DVSS
M28 DVSS
N6 DVSS
N7 DVSS
N11 DVSS
N15 DVSS
N21 DVSS
N22 DVSS
P7 DVSS
P12 DVSS
P16 DVSS
P21 DVSS
P22 DVSS
R11 DVSS
R15 DVSS
R21 DVSS
R22 DVSS
T8 DVSS
T12 DVSS
T22 DVSS
U11 DVSS
V8 DVSS
V16 DVSS
V17 DVSS
V19 DVSS
V21 DVSS
W17 DVSS
W19 DVSS
W21 DVSS
AA9 DVSS
AA11 DVSS
AA13 DVSS
AB10 DVSS
AB12 DVSS
AD7 DVSS
AD11 DVSS
AD14 DVSS
AE8 DVSS
AE11 DVSS
AE14 DVSS
AF8 DVSS
AF11 DVSS
AF14 DVSS
AF17 DVSS
AF28 DVSS
AG26 DVSS
U1001-F
C1151
1.0uF
C1171
100nF
C1132
1.0uF
C1101
1.0uF
GND
VA12_PMU
GND
GND
GND
VEFUSE_PMU
DVDD_CORE
GND
VIO18_PMU
GND
GND
GND
GND
GND
GND
GND
GND
GND
VA12_PMU
VA12_PMU
GND
VA12_PMU
GND
GND
GND GND
GND
VA12_PMU
GND
GND
VA12_PMU
GND
VUSB_PMU
GND
GND
GND
GND
A
V
D
D
1
8
︳
S
O
C
A
V
D
D
1
8
︳
S
O
C
A
V
D
D
1
8
︳
S
O
C
GND
A
V
D
D
1
8
︳
S
O
C
VMC_PMU
VSIM1_PMU
VSIM2_PMU
A
V
D
D
1
8
︳
S
O
C
A
V
D
D
1
8
︳
S
O
C
EMI_VDD1

Note 12-1: The de-coupling cap. for REFP (AF18 ball) have to be placed as close to BB as possible.
Note 12-2: To shunt a 1uF capacitor in the AUXIN ADC input to prevent noise coupling. It should
be placed as close to BB as possible. Connect the unused AUX ADC input to GND.
Schematic design notice of "12_BB_1" page.
Note 12-3: "PWRAP_SPI0_CSN" and "AUD_DAT_MOSI0" are bootstrap pin to select which interface will be the JTAG pin out.
default=PD
default=PU
(by ext. PD)
(by ext. PD)
(by ext. PU)
(by ext. PU)
N/A
N/A
SPI1+SPI3
N/A
PWRAP_SPI0_CSN AUD_DAT_MOSI0
AP_JTAG
HI LO
HI HI
LO LO
LO HI
N/A
SPI0+EINT8
SPI0+EINT8
MSDC1
MD_JTAG
JTAG Function
Note 12-4: PWRAP_SPI0_MO and PWRAP_SPI0_MI are DDR type feature in bootstrap
default=PU
(by ext. PD)
MSDC0 pin mux
follow LP3 Ref SCH.
follow LP4X Ref SCH.
PWRAP_SPI0_MI
DDR
LO
HI
LPDDR3
LPDDR4X
Booting interface
注释错误
投板前注意MTK套片库更新一次
R5007 NC
单nano卡座库更新
Please check IQ connection for 6177 or 6177M
增加主板各种版本ID
Note: 12-1
Note: 12-2
R0705 R0706 ADC_in project
输入范围0.05-1.45V
Note: 12-3 Note: 12-4
12K
AP JTAG电阻确定配置好
PD PU
走线等长
Note: 12-5
Note 12-5: Please set unused IQ pins in NC
C1203
1.0uF
C1204
100nF
REF POWER
AUX IN
RF MIPI
ABB_IF
BPI
SIM
MT6765-SBS
RFIC_Ctrl
AA25 SIM1_SCLK
Y25 SIM1_SIO
AA26 SIM1_SRST
AC25 SIM2_SCLK
AB25 SIM2_SIO
AC26 SIM2_SRST
AD4 BPI_BUS11_OLAT0
AF25 BPI_BUS10
AD25 BPI_BUS8
AC6 BPI_BUS7
AG4 BPI_BUS6
AG3 BPI_BUS5
AG2 BPI_BUS4
AF4 BPI_BUS3
AF3 BPI_BUS2
AF2 BPI_BUS1
AE4 BPI_BUS0
AF22 RFIC0_BSI_CK
AG22 RFIC0_BSI_D2
AF21 RFIC0_BSI_D1
AE20 RFIC0_BSI_D0
AF7 MISC_BSI_DO_0
AG7 MISC_BSI_CK_0
AF6 MISC_BSI_DO_1
AF5 MISC_BSI_CK_1
AG13
PRX_BB_I0N
AE13
DRX_BB_I0N
AG12
PRX_BB_Q0N
AE12
DRX_BB_Q0N
AC10
APC
AE19
AUXIN2
AE18
AUXIN3
AF20
AUXIN0
AB13
MAIN_X26M_IN
AE9
TX_BB_IP0
AD9
TX_BB_IN0
AE10
TX_BB_QP0
AD10
TX_BB_QN0
AF13
PRX_BB_I0P
AF15
PRX_BB_I1
AF12
PRX_BB_Q0P
AG15
PRX_BB_Q1
AD13
DRX_BB_I0P
AG16
DRX_BB_I1
AD12
DRX_BB_Q0P
AF16
DRX_BB_Q1
AE21 RFIC0_BSI_EN
AF18
REFP
AF26 BPI_BUS9
AD6 MISC_BSI_DO_2
AE6 MISC_BSI_CK_2
AD5 MISC_BSI_DO_3
AE5 MISC_BSI_CK_3
AF19
AUXIN1
AE17
AUXIN4
AE24 BPI_BUS12_OLAT1
AE25 BPI_BUS13_ANT0
AE3 BPI_BUS14_ANT1
AF24 BPI_BUS15_ANT2
AE2 BPI_PA_VM1
AD3 BPI_PA_VM0
AG9
DET_IP0
AF9
DET_IN0
AF10
DET_QP0
AG10
DET_QN0
AD8
RFIC_ET0_P
AC9
RFIC_ET0_N
U1001-B
PMU_IF
Test Pin
MT6765-SBS
E27 SYSRSTB
K24 WATCHDOG
L25 SRCLKENA0
M25 SRCLKENA1
H26 RTC32K_CK
K27 PWRAP_SPI0_CSN
L27 PWRAP_SPI0_CK
M27 PWRAP_SPI0_MO
J25 AUD_CLK_MOSI
J26 AUD_SYNC_MOSI
J27 AUD_DAT_MISO0
F27 TESTMODE
K28 PWRAP_SPI0_MI
W13 TP_PLLGP
W12 TN_PLLGP
G27 AUD_CLK_MISO
K26 AUD_DAT_MOSI0
J28 AUD_DAT_MISO1
H27 AUD_SYNC_MISO
K25 AUD_DAT_MOSI1
AC5 CDM3P5A
AB6 CDM5P5A
A1 NC
A28 NC
AG1 NC
AG28 NC
U1001-A
C1202
1.0uF
TP37
TP-0.5MM
R0706
NF
R0705
NF
C3
1.0uF
C111
1.0uF
R1012
NF
R2213
10K
R1004
NF
R1009
NF
R46
NF
R1001
NF
TP44
TP-0.5MM
TP45
TP-0.5MM
TP46
TP-0.5MM
R1206
0
R1205
NF
C1210
1.0uF
GND
GND
GND
GND
AUD_DAT_MISO0
SYSRSTB
WATCHDOG
SRCLKENA1
RTC32K_CK
SRCLKENA0
AUD_SYNC_MISO
PWRAP_SPI0_CSN
PWRAP_SPI0_MI
PWRAP_SPI0_CK
PWRAP_SPI0_MO
AUD_SYNC_MOSI
AUD_CLK_MISO
AUD_CLK_MOSI
AUD_DAT_MISO1
AUD_DAT_MOSI0
AUD_DAT_MOSI1
MIPI0_SCLK
MIPI0_SDATA
MIPI1_SDATA
MIPI1_SCLK
MIPI3_SDATA
MIPI3_SCLK
SIM1_SRST
SIM1_SCLK
SIM1_SIO
SIM2_SRST
SIM2_SCLK
SIM2_SIO
PMIC_CLK_BB
LTE_TX_BB0_QP
LTE_TX_BB0_QN
AUX_IN1_NTC
AUX_IN0_NTC
LTE_TX_BB0_IP
LTE_TX_BB0_IN
BPI_BUS1
APC1
BPI_BUS0
BPI_BUS2
BPI_BUS3
BPI_BUS6
BPI_BUS5
BPI_BUS4
BPI_BUS7
BPI_BUS8
BPI_BUS9
BPI_BUS10
BPI_BUS11
BPI_BUS12
BPI_BUS13
BPI_BUS15
BPI_BUS14
RFIC0_BSI_EN
RFIC0_BSI_CK
RFIC0_BSI_D0
RFIC0_BSI_D1
LTE_PRX_BB0_QP
LTE_DRX_BB0_QP
LTE_PRX_BB0_QN
LTE_DRX_BB0_IN
LTE_DRX_BB0_IP
LTE_DRX_BB0_QN
LTE_PRX_BB0_IP
LTE_PRX_BB0_IN
LTE_DET_BB0_QP
LTE_DET_BB0_QN
LTE_DET_BB0_IP
LTE_DET_BB0_IN
VIO18_PMU
A
U
X
︳
I
N
2
︳
B
O
A
R
D
︳
I
D
AUX_IN2_BOARD_ID
GND
A
U
X
︳
I
N
3
︳
B
A
T
T
E
R
Y
︳
I
D
GND
GND
VIO18_PMU
VIO18_PMU
GND
VIO18_PMU
GND
AUD_DAT_MOSI0 PWRAP_SPI0_CSN PWRAP_SPI0_MI
GND
AUX_IN_HARDWARE_ID
AUX_IN_HARDWARE_ID
GND
GND

Title
Size
Date: Sheet of
MTK Confidential
7
13_BB_2
34
A1
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
Note 13-1: The enable pin of acoustic or optoelectronic devices (e.g. SPK AMP/Backlight/Charger
OCP/OVP) suggest to use Peripheral_EN[0:5]
If use other GPIOs as enable pin, suggest to reserve 0201 NC to GND
Touch
Sensor Hub
Rear Cam
NFC
Front Cam
Sub PMIC
新平台预留电阻测试位
留作JTAG JTRSTn口
Note: 13-1
ramdump测试点
MD_UART放置与屏蔽罩外
MD_UART
MD-JTAG 使用
Board_ID
区分C3C，C3F是否带指纹；
区分C3E版本相关
预留
区分BB是6762M（C3C，C3F）还是6762（C3D）；
GPO
CSI Ctrl
CSI-2
CSI-1
GPIO
DSI-0
MT6765-SBS
CSI-0
N4 CSI0A_L0N
N3 CSI0A_L0P
N2 CSI0A_L1N
N1 CSI0A_L1P
P1 CSI0A_L2P
P2 CSI0A_L2N
P3 CSI0B_L0P
P4 CSI0B_L0N
R3 CSI0B_L1P
R4 CSI0B_L1N
L3 CSI1A_L0P
L4 CSI1A_L0N
L1 CSI1A_L1P
L2 CSI1A_L1N
M1 CSI1A_L2P
M2 CSI1A_L2N
P25
DSI0_CKP
P26
DSI0_CKN
N25
DSI0_D0P
N26
DSI0_D0N
N28
DSI0_D1P
N27
DSI0_D1N
R25
DSI0_D2P
R26
DSI0_D2N
P27
DSI0_D3P
R27
DSI0_D3N
AD26
LCM_RST
AE27
DSI_TE
T26
SPI2_CSB
AD1
SPI0_MI
V27
SPI4_CLK
U27
SPI4_MI
U26
SPI3_CSB
AC1
SPI0_CSB
T25
SPI2_MO
AC2
SPI0_MO
AD2
SPI0_CLK
Y24
SPI1_MO
V24
SPI1_CLK
U24
SPI2_MI
T24
SPI2_CLK
U23
SPI1_CSB
V2 CAM_RST0
W6 CAM_PDN0
W5 CAM_CLK0
Y2 CAM_PDN1
V26
SPI3_MO
V25
SPI3_CLK
W24
SPI1_MI
T27
SPI4_MO
V1 CAM_RST1
V28
SPI4_CSB
U25
SPI3_MI
AD27
DISP_PWM
W2 CAM_CLK1
L5 CSI1B_L0P
M5 CSI1B_L0N
M3 CSI1B_L1P
M4 CSI1B_L1N
N5 CSI0B_L2P
P5 CSI0B_L2N
R1 CSI2A_L0P
R2 CSI2A_L0N
T1 CSI2A_L1P
T2 CSI2A_L1N
T3 CSI2A_L2P
T4 CSI2A_L2N
U3 CSI2B_L0P
U4 CSI2B_L0N
R5 CSI2B_L1P
T5 CSI2B_L1N
K3 CAM_RST2
K2 CAM_PDN2
AF23 CAM_RST3
L24 CAM_PDN3
J2 CAM_CLK2
AG24 CAM_CLK3
AD24
PERIPHERAL_EN1
AD23
PERIPHERAL_EN2
AC24
PERIPHERAL_EN3
AE23
PERIPHERAL_EN4
AE22
PERIPHERAL_EN5
AD22
PERIPHERAL_EN0
U1001-C
CONN_IQ
SD (MSDC1)
USB
KEYPAD
UART
I2C
GPIO
BC
MT6765-SBS
CONN_Dig.
B27 USB_DM
C27 USB_DP
D26 CHD_DP
AB1 KPROW1
AA1 KPROW0
AB3 KPCOL0
AB5 SCL0
AC4 SDA0
AE1 SCL1
AF1 SDA1
V4 SCL2
V3 SDA2
W26 MSDC1_CLK
W27 MSDC1_CMD
W25 MSDC1_DAT3
AA27 MSDC1_DAT2
Y26 MSDC1_DAT1
Y27 MSDC1_DAT0
G3
CONN_HRST_B
Y1
SRCLKENAI
AC3
PWM0
H4
CONN_WF_CTRL1
H3
CONN_WF_CTRL2
G2
CONN_WB_PTA
J6
CONN_TOP_CLK
K7
CONN_TOP_DATA
J5
CONN_BT_CLK
F1
GPS_I
G1
GPS_Q
H5
CONN_WF_CTRL0
K8
CONN_BT_DATA
D2
BT_IP
D1
BT_IN
E3
BT_QP
F3
BT_QN
A3
WF_IP
A2
WF_IN
B1
WF_QP
B2
WF_QN
AB27 IDDIG
AB26 DRVBUS
G7
XIN_WBG
AB23 SCL5
AC23 SDA5
AB2 KPCOL1
E26 CHD_DM
AE26
INT_SIM1
AF27
INT_SIM2
K5
ANT_SEL0
K6
ANT_SEL1
K4
ANT_SEL2
AA3 URXD0
AA2 UTXD0
AB4
EINT0
AA7
EINT1
AA5
EINT2
AA4
EINT3
Y6
EINT4
Y7
EINT5
Y4
EINT6
Y3
EINT7
AA6
EINT8
W4
EINT9
M26
EINT12
W7
EINT11
W3
EINT10
AC21 SCL3
AC22 SDA3
U6 SCL4
V6 SDA4
J3 SCL6
J4 SDA6
G23
GPIO_EXT0
F25
GPIO_EXT1
F24
GPIO_EXT2
G24
GPIO_EXT3
F26
GPIO_EXT4
G25
GPIO_EXT5
H23
GPIO_EXT6
H24
GPIO_EXT7
AA24
GPIO_EXT8
Y23
GPIO_EXT9
AA23
GPIO_EXT10
AD21
GPIO_EXT11
AD20
GPIO_EXT12
AD19
GPIO_EXT13
AC20
GPIO_EXT14
AC19
GPIO_EXT15
U1001-D
R1102 24
L6 0
C53
5.0pF
R41 0
C64
27PF
R42 0
C86
27PF
TP38
TP-0.5MM
TP48 TP-0.5MM
R2507
NF
R19 1K
TP9
TP-0.5MM
R
1
3
0
9
0
/
N
F
R
1
3
1
0
0
/
N
F
R
1
3
0
3
NF
R
1
3
0
2
NF
R
1
3
0
5
NF
R
1
3
0
4
NF
R
1
3
0
7
NF
R
1
3
0
6
NF
S
C
L
6
S
D
A
6
URXD0
S
C
L
1
S
D
A
1
MSDC1_CLK
MSDC1_CMD
UTXD0
USB_DP
USB_DM
S
C
L
2
S
D
A
2
CHD_DM
CHD_DP
S
C
L
5
S
D
A
5
KPCOL0
U
S
B
︳
I
D
S
C
L
0
S
D
A
0
S
C
L
4
S
D
A
4
RDP1_B
RDN1_B
CAM_CLK0
CAM_CLK1
CAM_RST0
RDP3_B
RDN3_B
R
D
P
0
R
D
N
0
R
C
P
R
C
N
CAM_RST1
RDP2_B
RDN2_B
RDP0_B
RDN0_B
RCP_B
RCN_B
LCM_RST
DSI0_D3P
DSI0_D3N
DSI0_D2P
DSI0_D2N
DSI0_D1P
DSI0_D1N
DSI0_D0P
DSI0_D0N
DSI0_CKP
DSI0_CKN
D
I
S
P
︳
P
W
M
DSI_TE
CONN_TOP_CLK
CONN_TOP_DATA
CONN_BT_CLK
CONN_BT_DATA
CONN_WF_CTRL0
CONN_WF_CTRL1
CONN_WF_CTRL2
CONN_WB_PTA
CONN_HRST_B
WF_IP
WF_IN
WF_QP
WF_QN
BT_IP
BT_IN
BT_QP
BT_QN
GPS_I
GPS_Q
I
N
T
︳
S
D
C
A
R
D
I
N
T
︳
S
I
M
2
EINT_ALPS
EINT_A_G
J
T
R
S
T
MSDC1_DAT0
MSDC1_DAT1
MSDC1_DAT2
MSDC1_DAT3
XIN_WBG
GPIO_SPK_EN
EINT_CHG_0
JTCK
JTDI
JTDO
JTMS
R
D
P
0
︳
D
R
D
N
0
︳
D
R
C
P
︳
D
R
C
N
︳
D
C
A
M
︳
C
L
K
2
C
A
M
︳
P
D
N
2
GPIO_CHG_EN_0
GPIO_VCN33_EN
GPIO_CTP_RSTB
GPIO_CTP_LDO_EN
G
P
I
O
︳
F
P
︳
R
S
T
︳
N
GND
GND
GND GND GND
GPIO_GPS_LNA_EN
EINT_CTP
INT_SDCARD
K
P
C
O
L
1
R
D
P
1
︳
D
R
D
N
1
︳
D
S
P
I
1
︳
M
O
S
P
I
1
︳ M
I
S
P
I
1
︳
C
S
B
S
P
I
1
︳
C
L
K
S
P
I
4
︳
M
I
S
P
I
4
︳
C
L
K
S
P
I
4
︳
C
S
B
S
P
I
4
︳
M
O
VIO18_PMU
GND
LCM_ID0
LCM_ID1
E
I
N
T
︳
F
P
︳
N
R
D
P
1
R
D
N
1
GND
VCAMA_EXT_EN
VCAMD_EXT_EN
INFARED_PWM
GYRO_INT_N
VIO18_PMU
GND
VIO18_PMU
GND
VIO18_PMU
GND
VIO18_PMU
GND

Title
Size
Date: Sheet of
MTK Confidential
34
14_BB_3
8
A1
Please check eMCP LP3 and eMCP LP4 pin mux
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
注意器件值34.8 0201 1%
Note: 14-2
Note: 14-1
Note 14-1: R4001 please select 34.8 ohm (1%) resistor
Note 14-2: Please check eMCP LP3 and eMCP LP4X pin mux
R1207
36
eMMC (MSDC0)
EMI_DDR
MT6765-SBS
E19 EMI0_DQ13
D14
EMI0_DQS0_T
F18 EMI0_DQ10
A17 EMI0_DQ8
E21 EMI0_DQ26
D21 EMI0_DQ27
C22 EMI0_DQ29
D18
NC
A7
NC
D12 EMI0_DQ19
B13 EMI0_DQ20
B15 EMI0_DQ4
E16 EMI0_DQ6
E5
EMI0_CA8
A5
EMI0_CA9
E8
EMI0_CS1_N
E6
EMI0_CA7
C19 EMI0_DQ14
C18 EMI0_DQ11
D19 EMI0_DQ12
B20 EMI0_DQ28
D20 EMI0_DQ24
C21 EMI0_DQ30
E17
EMI0_DQS1_T
E7
EMI0_CKE1
D4
NC
C4
NC
D17
EMI0_DQS1_C
B11 EMI0_DQ21
B12 EMI0_DQ22
B17 EMI0_DQ7
D15 EMI0_DQ5
E14
EMI0_DQS0_C
E15 EMI0_DQ3
C9
NC
A9
EMI0_CS0_N
C5
EMI0_CA6
E18 EMI0_DQ9
B8
EMI0_CA0
B7
EMI0_CA1
B5
EMI0_CA4
D11
NC
C10 EMI0_DQ18
D22
EMI0_DQS3_T
E11 EMI0_DQ23
E13
EMI0_DQS2_C
F13
EMI0_DQS2_T
C14 EMI0_DQ2
B16
EMI0_DM0
D6
EMI0_CA3
C7
EMI0_CA2
E9
EMI0_CK_C
F9
EMI0_CK_T
A21 EMI0_DQ31 D5
EMI0_CA5
B9
NC
B19
EMI0_DM3
D10 EMI0_DQ16
E22
EMI0_DQS3_C
C13 EMI0_DQ0
C17
EMI0_DM1
D8
EMI0_CKE0
E20 EMI0_DQ25
A19 EMI0_DQ15
C15 EMI0_DQ1
C11 EMI0_DQ17
E10
EMI0_DM2
D7
NC
E23 NC
B4 EMI_EXTR
C25
MSDC0_RSTB
B25
MSDC0_CMD
D25
MSDC0_CLK
B26
MSDC0_DSL
A26 MSDC0_DAT7
B24 MSDC0_DAT6
B23 MSDC0_DAT5
A23 MSDC0_DAT4
C24 MSDC0_DAT3
A25 MSDC0_DAT2
D24 MSDC0_DAT1
C26 MSDC0_DAT0
F16 VREF_EMI
G16 NC
U1001-G
GND
MSDC0_DAT1
MSDC0_DAT2
MSDC0_DAT3
MSDC0_DAT4
MSDC0_DAT5
MSDC0_DAT6
MSDC0_DAT7
EMI0_DQ0
EMI0_DQ1
EMI0_DQ2
EMI0_DQ3
EMI0_DQ4
EMI0_DQ5
EMI0_DQ6
EMI0_DQ7
EMI0_DQ8
EMI0_DQ9
EMI0_DQ10
EMI0_DQ11
EMI0_DQ12
EMI0_DQ13
EMI0_DQ14
EMI0_DQ15
EMI0_DQ16
EMI0_DQ17
EMI0_DQ18
EMI0_DQ19
EMI0_DQ20
EMI0_DQ21
EMI0_DQ22
EMI0_DQ23
EMI0_DQ24
EMI0_DQ25
EMI0_DQ26
EMI0_DQ27
EMI0_DQ28
EMI0_DQ29
EMI0_DQ30
EMI0_DQ31
E
V
R
E
F
EMI0_CA0
EMI0_CA1
EMI0_CA2
EMI0_CA3
EMI0_CA4
EMI0_CA5
EMI0_CA6
EMI0_CA7
EMI0_CA8
EMI0_CA9
EMI0_CS0_N
EMI0_CS1_N
EMI0_CKE0
EMI0_DM0
EMI0_DM1
EMI0_DM2
EMI0_CK_T
EMI0_CK_C
EMI0_CKE1
EMI0_DM3
EMI0_DQS2_C
EMI0_DQS2_T
EMI0_DQS3_C
EMI0_DQS3_T
EMI0_DQS0_C
EMI0_DQS0_T
EMI0_DQS1_C
EMI0_DQS1_T
MSDC0_CMD
MSDC0_RSTB
MSDC0_CLK
MSDC0_DSL
MSDC0_DAT0

Title
Size
Date: Sheet of
MTK Confidential
34
15_BB_AUXADC_Thermal
9
A1
Thermistor to sense AP
temperature
1. NTC1501must keep a distance about 6~8 mm away from AP and far from
other heat sources 10 mm at least.
2. The distance is the shortest distance from package edge to edge.
Thermistor to sense RF PA
temperature
1. NTC1502 must close to LTE Band 7 PA or the hottest PA <2mm.
2. The distance is the shortest distance from package edge to edge.
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
注意NTC电阻选择注意NTC电阻选择
390K 1%精度
390K 1%精度
R1501
39K
NTC1502
100K
R1502
39K
NTC1501
100K
GND
GND
VIO18_PMU
AUX_IN0_NTC
AUX_IN1_NTC

VPROC
Set power inductor
close to PMIC
Differential and shielded with GND
4mil
4mil
Set power inductor
close to PMIC
4mil
4mil
Set power inductor
close to PMIC
4mil
4mil
Set power inductor
close to PMIC
Set cap. close to
VPA power inductor
Note: 20-1
Set power inductor
close to PMIC
Note 20-1:
Schematic design notice of "20_POWER_MT6357_Buck"
To reserve a cap., C2041, please choose 0603 size
For EOS Optional
1欧姆
R2001 0
SH2002
C2012
4.7uF
C2004
4.7uF
VR2001
ESD
/
AZ5825-01F
C2011
10uF
C2001
1.0uF
PL2002 0.47uH
PL2001
0.47uH
SH2001
SH2008
PL2003 1.0uH
SH2006
MT6357
VPROC IN VPROC
VCORE
VCORE IN
VMODEM
VMODEM IN
VPA IN VPA
VS1
VS1 IN
VBUCK CTRL
B2 VSYS_SMPS
A4 VSYS_VPROC
B4 VSYS_VPROC
A5 GND_VPROC
A6
VPROC
A7
VPROC
C2
VPROC_FB
D2
GND_VPROC_FB
A8 VSYS_VCORE
B8 VSYS_VCORE
B9 GND_VCORE
C9 GND_VCORE
A9
VCORE
A10
VCORE
D3
VCORE_FB
E3
GND_VCORE_FB
A13 VSYS_VMODEM
A12 GND_VMODEM
B11
VMODEM
E13
VMODEM_FB
D14
GND_VMODEM_FB
A2 VSYS_VPA A1
VPA
E4
VPA_FB
A14 VSYS_VS1 A16
VS1
E14
VS1_FB
B3 GND_VPA
B5 GND_VPROC
B1 GND_SMPS
B14 VSYS_VS1
B6
VPROC
A3 VSYS_VPA
B16
VS1
B12 GND_VMODEM
C12 GND_VMODEM
C5 GND_VPROC
B10
VCORE
C10
VCORE
C11
VMODEM
B7
VPROC
C6
VPROC
C7
VPROC
C8 VSYS_VCORE
B13 VSYS_VMODEM
C4 VSYS_VPROC
A15 GND_VS1
B15 GND_VS1
U2001-A
C2006
10uF
C2017
2.2uF
SH2005
PL2005 1.0uH
C2003
10uF
SH2009
PL2004 1.0uH
GND
GND
GND
GND
GND
VPA_PMU
GND
GND
GND
DVDD_MODEM
DVDD_CORE
DVDD_DVFS
VS1_PMU
VS1_PMU
V
S
Y
S
D
V
D
D
︳
C
O
R
E
︳
6
3
5
7
︳
F
B
D
V
D
D
︳
C
O
R
E
︳
6
3
5
7
︳
G
N
D
DVDD_MODEM_6357_FB
D
V
D
D
︳
M
O
D
E
M
︳
6
3
5
7
︳
G
N
D
D
V
D
D
︳
D
V
F
S
︳
6
3
5
7
︳
F
B
D
V
D
D
︳
D
V
F
S
︳
6
3
5
7
︳
G
N
D
VPA_PMU

Note: 21-1
f
o
r
E
O
S
Set cap. close to PMIC
1. "Typical Cap" defined in design notice is the minimum cap. to LDO Cout.
2. NC cap can move to application, if (PCB L<20nH, PCB R<0.2 ohm)
=> value and placement of Cap, please refer design notice
Note: 21-2
Note: 21-4
Suggest trace width > 40 mil
Note: 21-3
2.1V
1.35V
Note: 21-5
Set cap. and shortpad close to PMIC
Note 21-1:
Schematic design notice of "21_POWER_MT6357_LDO"
If these power trace can meet LDO layout constraint, these CAP can be NC or removed.
Please refer to MT6357 design notice.
Note 21-2: Output cap range please follow MT6357CRV LDO design notice
Note 21-3:
R2851 0-ohm , 0603
NC
Ext. buck option
R2852
w/ EXT VS2 Buck w/o EXT VS2 Buck
0-ohm , 0603
NC
C2104 10uF 22uF
Ext Buck BOM option
Note 21-4: Please set SH2101 close to C2141, making star connection between VIO18_PMU and AVDD18_SOC near to LDO cap. C2141
Please also refer to MT6357 design notice for further detail design information
Note 21-5: Please connect VS2_LDO1(F15) to VS1_PMU if voltage applied to VCAMD(E17) >= 1.3 V
0201 测试
空接？？
SH2110
C2117
2.2uF
C2104
NF
C2101
10uF
C2130
1.0uF
C2134
1.0uF
C2161
4.7uF
C2138
1.0uF
C2153
100nF
C2159
4.7uF
C2168
1.0uF
C2132
1.0uF
C2169
1.0uF
C2103
4.7uF
MT6357
LDO IN LDO
VREF
DIG Power
ALDO
DLDO
SLDO1
SLDO2
Power Switch
T14 VREF
T13 GND_VREF
K10 DVDD18_IO
L10 DVDD18_DIG
C17 VS1_LDO1
D16
VRF18
E15
VCN18
A17
VCAMIO
B17
VIO18
K13
VCN28
H16
VCAMA
T4
VXO22
L16
VLDO28
L15
VMC
N16
VMCH
J17
VSIM1
K16
VSIM2
K15
VIO28
L17
VEMC
P17
VCN33
J14
VUSB
E17
VCAMD
E16
VRF12
G15
VSRAM_PROC
G16
VSRAM_OTHERS
T5
VAUX18
L7
VAUD28
M16
VIBR
H17
VDRAM
L14
VFE28
D6 D_GND
D7 D_GND
D8 D_GND
D9 D_GND
D10 D_GND
D11 D_GND
D12 D_GND
D13 D_GND
G14 VSYS_LDO1
N17 VSYS_LDO2
K7 VSYS_LDO3
E6 D_GND
E7 D_GND
E8 D_GND
E9 D_GND
E10 D_GND
E11 D_GND
E12 D_GND
H15
VEFUSE
F5 D_GND
F6 D_GND
F7 D_GND
F8 D_GND
F15 VS2_LDO1
F17 VS2_LDO2
R9
TREF
F9 D_GND
F10 D_GND
F11 D_GND
F12 D_GND
J10 DVSS18_IO
F13 D_GND
G7 D_GND
G8 D_GND
G9 D_GND
G10 D_GND
G11 D_GND
G12 D_GND
H6 D_GND
H7 D_GND
H8 D_GND
H9 D_GND
H10 D_GND
H11 D_GND
H12 D_GND
J6 D_GND
J7 D_GND
J8 D_GND
J9 D_GND
J11 D_GND
K12 D_GND
U2001-B
C2133
1.0uF
C2105
4.7uF
C2144
4.7uF
C2139
4.7uF
C2108
22uF
C2157
2.2uF
C2107
22uF
C2156
2.2uF
C2131
1.0uF
C2102
22uF
C2170
100nF
SH2112
C2114
1.0uF
C17
1.0uF
C112
1.0uF
SH7
R47 NF
R48 0
SH8102
SH4
C115
1.0uF
SH15
VIO18_PMU
GND
GND
GND
GND
GND GND
GND
GND
GND
GND
GND
VS1_PMU
GND GND
GND
GND
GND
GND
GND
VFE28_PMU
VXO22_PMU
VCN28_PMU
VCAMA_PMU
VAUX18_PMU
VAUD28_PMU
VLDO28_PMU
VIO28_PMU
VMC_PMU
VMCH_PMU
VEMC_PMU
VSIM1_PMU
VSIM2_PMU
VIBR_PMU
V
U
S
B
︳
P
M
U
VRF18_PMU
VCN18_PMU
VCAMD_PMU
VCAMIO_PMU
VIO18_PMU
VRF12_PMU
D
V
D
D
︳
S
R
A
M
︳
D
V
F
S
VSRAM_OTHERS_PMU
VDRAM_PMU
TREF_PMU
VEFUSE_PMU
V
S
Y
S
GND
GND
GND
GND
V
S
2
︳
P
M
U
GND
GND
GND
GND
A
V
D
D
1
8
︳
S
O
C
VS2_PMU
VS1_PMU
EXT_VS2
EXT_VS2_FB
GND
GND
V
C
N
3
3
E
M
I
︳
V
D
D
1

Title
Size
Date: Sheet of
MTK Confidential
12
22_POWER_MT6357-IF
34
A1
differential
differential
differential
differential
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
Note: 22-3
Schottky diode (VF <0.3V @ 1mA) MUST be for
PWRKEY ESD protection and to
avoid inverse current from MT6371.
1% 精度
S
e
t
r
e
s
i
s
t
o
r
a
n
d
c
a
p
.
c
l
o
s
e
t
o
P
M
I
C
Note 22-1:
Schematic design notice of "22_POWER_MT6357-IF"
Please implement 2520 & 2016 Size TMS PCB co-layout.
Please refer to MT6765_MT6357 Co-Clock Design Notice for co-layout guide
Note 22-2:
1. Please Connect P1 and R1 ball first and then to GND
2. Please Connect P2 and N2 ball first and then to GND
3. Please connect DCXO GND to main GND by independent L1-2 GND via.;
DO NOT connect it through L1 GND
Let floating if disable HOMEKEY function
Note 22-3:
Note 22-4: Please follow MT6765_MT6357 Co-Clock Design Notice for Layout guide of VAUX18,
then R8101 can use 0 ohm to replace BEAD.
Set cap. close to chip
换小容值
Note: 22-2
3mil trace width
3mil trace width
h
o
m
e
k
e
y
VCDT rating: 1.268V
2
0
0
K
Note: 22-1
注意型号和封装
3mil trace width
Route AVDD18_AUXADC, AUXADC_VIN, and AVSS18_AUXADC with 3mils width traces and well GND shielding
1% 精度
3mil trace width
7.5K 1%精度
Note: 22-5
Note 22-5: Please connect to battery connector
C2210
NF
FB2201 0
R2204
1.5K
C2214
1.0uF
C2208
NF
C2205
10uF
C2204
100nF
C2213
1.0uF
R2224
R2223
39K
C2206
100nF
C2201
100nF
C2209
NF
R2222
330K
C2212
100nF
R2202
20K
Control I/F RTC
MT6357
DCXO
Gauge
Charger I/F
AUXADC
ISINK
R4 PWRKEY
N4 FCHR_ENB
R5 RESETB
T8 WDTRSTB_IN
M5 EXT_PMIC_EN1
N8 SRCLKEN_IN1
N7 SRCLKEN_IN0
M6 EXT_PMIC_PG
R8 SPI_CSN
M8 SPI_CLK
M7 SPI_MOSI
M9 SPI_MISO
N3 UVLO_VTH
N9 VSYSSNS
M13 BATSNS
N13 ISENSE
R13 BATON
T11 VCDT
R11 CHRLDO
P13 VDRV
M10 CHG_DM
M11 CHG_DP
N12 PCHR_LED
P5 PMU_TESTMODE
P9 FSOURCE
M1
XTAL1
M2
AVSS22_XO
N1
XTAL2
R2
XO_NFC
T1
XO_CEL
P1
AVSS22_XOBUF
P3
XO_WCN
R3
XO_SOC
R12
VRTC28
P14
RTC32K_1V8_0
R15
RTC32K_1V8_1
P11
RTC32K_2V8
R7
AVDD18_AUXADC
T7
AUXADC_VIN
P7
AVSS18_AUXADC
L12 ISINK1
R10 CS_N
T10 CS_P
R1
AVSS22_XOBUF
N2
AVSS22_XO_ISO
P2
AVSS22_XO_ISO
N5 EXT_PMIC_EN2
T2
XO_EXT
U2001-C
D0602
R2214 0
R2212 0
R2216 0
C2207
1.0uF
SH8
SH9
SH10
SH2201
TP47
TP-0.5MM
R2235
RES-100K-+-1%-0201
4
SENSOR
1
HOT
3
HOT
2
GND
X2201
XTAL-26M-CT2520DB26000C0FLZA1
GND
GND
GND
GND
GND
GND
V
S
Y
S
VRTC28
GND
GND
GND GND
GND
VBUS
VAUX18_PMU
GND
GND
GND
VBUS
VSYS
B
A
T
O
N
CHD_DM
CHD_DP
CS_P
CS_N
AVDD18_AUXADC
AVSS18_AUXADC
AUXADC_VIN
RTC32K_CK
XTAL2
XTAL1
PMIC_CLK_BB
PMIC_CLK_WCN
RFIC_CLK_CELL
P
W
R
K
E
Y
SYSRSTB
WATCHDOG
SRCLKENA0
SRCLKENA1
PWRAP_SPI0_CSN
PWRAP_SPI0_CK
PWRAP_SPI0_MO
PWRAP_SPI0_MI
EXT_PMIC_EN2
VBAT
GND
GND
L
E
D
︳
R
G
B
AUXADC_VIN
AVDD18_AUXADC
XTAL1
XTAL2

Title
Size
Date: Sheet of
MTK Confidential
34
23_POWER_MT6357-Audio
13
A1
1. AVSS18_AUD is connected to GND with
very short trace
2. AVSS18_AUD is connected to de-couple
cap of AVDD18_AUD and AU_V18N with 6mil
trace respectively
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
P-N pair should be
differential pair & shielded with GND
P-N pair should be
P-N pair should be differential pair & shielded with GND
- AU_HPL and AU_HPR should be routed as single end signal,
and be guarded by GND, up and down, left and right respectively
- The suggested layout pattern of AU_HPL/ AU_HPR/ AU_REFN
is " GND AU_HPL AU_REFN AU_HPR GND"
P-N pair should be differential pair & shielded with GND
P-N pair should be
Set cap. and shortpad close to PMIC
C2301
1nF
C2305 2.2uF
AUDIO IF UL POWER
MT6357
CHARGE PUMP
AUDIO INPUT
ACCDET
AUDIO OUTPUT
T17 AUD_DAT_MISO0
N14 AUD_DAT_MOSI1
P16 AUD_CLK_MOSI
P15 AUD_DAT_MOSI0
R17 AUD_DAT_MISO1
R16 AUD_CLK_MISO
M14 AUD_SYNC_MOSI
T16 AUD_SYNC_MISO
K5 AU_VIN1_P
J4 AU_VIN2_P
K3 AU_VIN0_P
L5 AU_VIN1_N
J5 AU_VIN2_N
K4 AU_VIN0_N
J1 HP_EINT
M4 ACCDET
J2 AU_HPL
G3 AU_HPR
H3 AU_REFN
F4 AU_LOLP
F3 AU_LOLN
G6 AU_HSP
G5 AU_HSN
D1
AU_V18N
F1
FLYP
E2
FLYN
G2
AVDD18_AUD
F2
AVSS18_AUD
K1
AVDD28_AUD
H5
AVSS28_AUD
L3
AU_MICBIAS0
M3
AU_MICBIAS1
U2001-D
SH2301
C2303
1.0uF
C2302
1.0uF
C2307
4.7uF
C2306
4.7uF
C2304
1.0uF
SH2302
R10
NF
R17
NF
GND
GND
GND
VAUD28_PMU
AU_MICBIAS0
AU_MICBIAS1
VIO18_PMU
AUD_CLK_MISO
AUD_DAT_MISO0
AUD_DAT_MISO1
AUD_SYNC_MISO
AUD_CLK_MOSI
AUD_DAT_MOSI0
AUD_DAT_MOSI1
AUD_SYNC_MOSI
AU_HPL
AU_VIN0_P
AU_VIN0_N
AU_VIN2_P
AU_VIN2_N
AU_VIN1_P
AU_VIN1_N
AU_LOLP
AU_LOLN
AU_HSP
AU_HSN
ACCDET
HP_EINT
AU_HPR
AU_REFN
AVSS28_AUD
FLYP
FLYN
GND
GND

Title
Size
Date: Sheet of
MTK Confidential
14
25_POWER_SubPMIC-General
34
A1
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
1
0
V
AGND
Internal Pwr
MT6371
CTRL I/F
E8 CHG_QONB
H8 MRSTB
J6 IRQB
B8 PD_IRQB
E9 CHG_ENB
D8 CHG_OTG
F8 CHG_DSEL
A5 D+
A4 D-
J8 SCL
J9 SDA
C10
BL_VDDA
K10
DB_VDDA
K9
VDDM
J10
VDDA
E5
AGND
E6
AGND
E7
AGND
F5
AGND
F6
AGND
F7
AGND
G5
AGND
G6
AGND
G7
AGND
G9
AGND
U2501-A
C2502
1.0uF
R2501 10K
C2503
1.0uF
C2501
1.0uF
C2504
1.0uF
R20
0
GND
GND GND
GND GND
EINT_CHG_0
SCL5
SDA5
GPIO_CHG_EN_0
P
W
R
K
E
Y
WATCHDOG

Title
Size
Date: Sheet of
MTK Confidential
15
26_POWER_SubPMIC-Charger + PP
34
A1
Note: 26-1
Schematic design notice of "26_POWER_MT6370-Charger + PP" page.
Note 26-1:
For better ESD or surge performance we need choose
suitable device for system protection. Please refer to
[Surge device selection guide V2.0] provide by MTK.
1
5
698欧姆,1%精度
47nf 25V
OVP
25V 25V
BATTERY
CONNECTOR
Kelvin connection
Rfg > 0.5W0.005欧姆
客户需求：10V
金属薄膜电阻
16.9K 1%精度
1%精度
1%精度
C2607
2.2uF
R2606 62
C2601
2.2uF
C2602
4.7uF
R2710
NF
PL2601
1.0uH
PP+VSYS
CHG
MT6371
E4 OVP_CTRL
A1 CHG_VIN
A2 CHG_VIN
A3 CHG_VIN
D1 CHG_PGND
D2 CHG_PGND
D3 CHG_PGND
E2 VBUS
B9 PD_VCONN5V
C9 PD_CC1
A9 PD_CC2
C8 CHG_ILIM
G4 CHG_STAT
F4
NC
B1
CHG_VMID
B2
CHG_VMID
B3
CHG_VMID
G1
VBAT
G2
VBAT
H1
VBAT
H2
VBAT
D5
VBATS
D4
CHG_BOOT
C1
CHG_VLX
C2
CHG_VLX
C3
CHG_VLX
F1
VSYS
F2
VSYS
E1
VSYS
E3
CHG_VDDP
F3
CHG_VBATOVPB
J3
TS
U2501-B
C2604 47PF
R2709
NF
C2605
22uF
C2603
10uF
C1310
0.1uF
25V
C1311
1.0uF
A1
OUT
A2
OUT
A3
GND
B1
OUT
B2 IN
B3
GND
C1 IN
C2
IN
C3
GND
U1303
R1330
47K
ESD2
TVS0001
SH3
TVS3
TVS4
C38
NF
R12 0.01
SH2
C0502
NF
C0501
4.7uF
TP19
TP-1.0MM
SH1
TP18
TP-1.0MM
TP22
TP-1.0MM
C28
27PF
TVS0005
C95
27PF
R45
1K
R18 15K
R11 1K
TP20
TP-1.0MM
R1
10K
1
TP12
TP-1.0MM
1
2
3
4
5
6 7
8
9
10
11
12
J
0
0
0
2
BTB-5050040810
2
1
TVS7
GND
GND
GND
VBUS
GND
VSYS
GND
GND
VBAT
PWR_SUBPMIC_VCHG_VMID
GND
GND
VBUS_USB_IN
VBUS
GND
VBAT
GND
CS_P
CS_N
BATON
GND
AUX_IN3_BATTERY_ID
TREF_PMU
GND
GND
GND
GND
GND
GND
VIO18_PMU

Title
Size
Date: Sheet of
MTK Confidential
34
27_POWER_SubPMIC-HV powers
16
A1
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
25V
NC
电容耐压值50V
电容耐压值10V
电容耐压值10V
电容耐压值10V
Schematic design notice of "27_POWER_SubPMIC-HV powers" page:
Note 27-1: To minimize RF de-sense, it is recommended to reserve 0-ohm and 0402 cap for BOM fine tuning.
Note: 27-1
Note 27-2: To minimize RF de-sense, it is recommended to reserve 0-ohm and 0201 cap. for BOM fine tuning.
Note 27-3: C2705 could be replaced with C / 1 / uF / 50V + C / 1 / uF / 50V
Note: 27-1
Note: 27-3
Note: 27-2
Note: 27-2
0806测试暂时省掉
电容耐压值10V
Murata 22BM1HC2250L
最小电流确认
电感大小确认
PL2702 2.2uH
PL2701
10uH
C2701
2.2uF
C2710
10uF
C2709 10uF
C2708
10uF
LED ISINK
LDO
Display Bias
BL
MT6371
FLASH LED
C6
FL_VINTORCH
A7
FL_LEDCS1
A6
FL_LEDCS2
B4
FL_VMID
B5
FL_VMID
B6
FL_VMID
D7
FL_TORCH
D6
FL_STROBE
G8
FL_TXMASK
A10
BL_VLX
D9
BL_VOUT
B10
BL_PGND
D10
BL_LED1
E10
BL_LED2
F10
BL_LED3
G10
BL_LED4
H9
BL_PWM
H10
BL_EN
K7
DB_POSVLX
K8
DB_POSPGND
K5
DB_POSVOUT
K6
DB_BSTVOUT
K4
DB_NEGCF1
K2
DB_NEGCF2
K1
DB_NEGVOUT
K3
DB_NEGPGND
H7
DB_ENP
H6
DB_ENN
J2 LDO_VIN
J1 LDO_VOUT
H5 RGB_ISINK1
J5 RGB_ISINK2
J4 RGB_ISINK3
H4 RGB_ISINK4
U2501-C
C2704
22uF
C2703
4.7uF
D2701
C2705
2.2uF
C2706 4.7uF
C2711
22PF
C2707
10uF
R38 0
R39
NF
R
2
7
0
6
0
C10
2.2uF
C2
2.2uF
VSYS
PWR_SUBPMIC_VCHG_VMID
GND
GND
GND
GND
GND
GND
GND
GND
VSYS
GND
FLASH_LED1
FLASH_LED2
LCM_LEDA
D
I
S
P
︳
P
W
M
LCM_LEDK_1
LCM_LEDK_2
LCM_AVDD
LCM_AVEE
PWR_SUBPMIC_DB_BSTVOUT
L
C
M
︳
L
E
D
︳
P
W
M
GND
GND
VSYS
F
P
︳
M
T
6
3
7
1
︳
2
V
8
GND

0
.
5
V
*
︵
1
+
R
2
8
2
0
/
R
2
8
2
1
︶
1.2V
LDO for VA12
LDO for VCN33
Please check MT67xx QVL
28K 1%精度
1.35V
Ext. Bulk for VS2
0.6V x (1+R1/R2)
Note: 28-2
2
5
5
K
1
%
1%精度
Note 28-1:
Schematic design notice of "28_POWER_ThirdParty-Power"
VA12 Layout placement please close to AP
Note 28-2: VS2 Buck Layout placement please close to PMIC MT6357
Note 28-3: VCN33 LDO Layout placement please close to MT6631
2
0
0
K
1
%
R2820
20K
R
2
8
2
1
20K
C2624
10uF
C2631
1.0uF
C2632
4.7uF
A1
VOUT
B1
ADJ
A2 VIN
B2 EN
C1
GND
C2 BIAS
U2806
C2833
10uF
R2816
200
PL2803
1.0uH
R2817
220K
6
LX
2
FB
4
VOUT
7 VIN
3
AGND
8 PGOOD
1 EN
5 PGND
U2803
C2817
10uF
C2831
100nF
C2816
10uF
TP2
TP-0.5MM
R
2
8
0
1
1K
GND
VSYS
GND
GND
V
A
1
2
︳
P
M
U
GND
V
S
2
︳
P
M
U
GND
EXT_PMIC_EN2
VS1_PMU
GND
GND
GND
VSYS
GND
GND GND
EXT_VS2
EXT_VS2_FB

A1
34
31_RF_MT6177_Pin_Out
18
MTK Confidential
of
Sheet
Date:
Size
Title
5 4 3 2 1
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5 T
h
e
l
i
n
e
a
r
d
e
t
e
c
t
i
o
n
r
a
n
g
e
i
s
0
~
-
3
9
d
B
m
,
coupling factor is 22~27dB.
No Connection, for PN test
For phone, remove 0R to avoid low slew rate.
For EVB, put test point.
6dB Attenuator
Power domain of MT6177M
4.7uF close to RFIC for better Ripple Performance
C3102
0.1uF
C3103
0.1uF
C3104
0.1uF
C3105
0.1uF
C3106
0.1uF
1 2
R3116
2K
C3101
0.01uF
C3145
4.7uF
C
3
1
1
3
4.7uF
1 2
R3121
0
1 2
R3117
0
1 2
R3115
0
XO
DRX
TXO
PRX
BSI
PRX(I/Q) TX(I/Q)
MT6177M
DRX(I/Q) DET(I/Q)
J3
RX2_BBIP
G4
EN_BB
G1
RCAL
L2
XO_IN
L1
VIO
J4
RX2_BBIN
L4
RX2_BBQP
K4
RX2_BBQN
B7 PRX3
H1
BSI_EN
K1
BSI_CLK
H2
BSI_D0
J1
BSI_D1
J2
BSI_D2
L5
RX1_BBIP
K5
RX1_BBIN
J6
RX1_BBQP
J5
RX1_BBQN
H12
TX_BBIP
J12
TX_BBIN
L12
TX_BBQP
K12
TX_BBQN
K2
GND
L9
DET_IP
K9
DET_IN
K7
DET_QP
K8
DET_QN
A7 PRX4
B6 PRX5
A5 PRX6
B5 PRX7
B4 SWHB
B3 SWLB
A2 DRX1
A1 DRX2
B2 DRX3
B1 DRX4
C2 DRX5
D1 DRX6
D2 DRX7
E1 DRX8
D12 TXO1
C12 TXO2
A12 TXO3(2G)
A10 TXO4(2G)
C11 TXO5
A4 PRX8
B10
TX_GND
C10
TX_GND
D10
TX_GND
D11
TX_GND
F10
STX_MON
L7
TXDET1
G2
VDD_RXHF
E3
VDD_RXLV
J10
VDD_STXHF
L11
VDD_STXLV
F12
VDD_TXHF
C3
GND
D3
GND
F3
GND
G3
GND
H3
GND
C4
GND
D4
GND
E4
GND
F4
GND
H4
GND
C5
GND
E5
GND
F5
GND
G5
GND
H5
GND
C6
GND
D5
GND
D6
GND
E6
GND
F6
GND
G6
GND
H6
GND
C7
GND
D7
GND
E7
GND
F7
GND
G7
GND
H7
GND
J7
GND
C8
GND
D8
GND
E8
GND
F8
GND
G8
GND
H8
GND
J8
GND
B9
GND
C9
GND
D9
GND
E9
GND
F9
GND
G9
GND
H9
GND
J9
GND
E10
GND
G10
GND
H10
GND
K10
GND
L10
GND
E11
GND
F11
GND
G11
GND
H11
GND
J11
GND
K11
GND
E12
GND
G12
GND
A8 PRX2
B8 PRX1
E2 DRX9
F2 DRX10
B12
TX_GND
U3101
RF-TR-MT6177M
R3112
300
R3123
300
R3210
18
GND
GND
GND
RF_HB_TX_RFIC
RF_MB_TX_RFIC
RF_MB1_TX_RFIC
RF_LB1_TX_RFIC
RF_LB_TX_RFIC
LTE_DRX_BB0_IP
LTE_DRX_BB0_IN
LTE_DRX_BB0_QP
LTE_DRX_BB0_QN
LTE_PRX_BB0_IP
LTE_PRX_BB0_IN
LTE_PRX_BB0_QP
LTE_PRX_BB0_QN
LTE_TX_BB0_IP
LTE_TX_BB0_IN
LTE_TX_BB0_QP
LTE_TX_BB0_QN
LTE_DET_BB0_IP
LTE_DET_BB0_IN
LTE_DET_BB0_QP
LTE_DET_BB0_QN
RFIC0_BSI_D1
RFIC0_BSI_D0
RFIC0_BSI_CK
RFIC0_BSI_EN
RF_MB1_TX_RFIC
RFIC0_BSI_EN
RFIC0_BSI_D0
RFIC0_BSI_CK
RF_MB_TX_RFIC
RF_HB_TX_RFIC
RFIC0_BSI_D1
RF_LB1_TX_RFIC
LTE_PRX_BB0_QP
LTE_PRX_BB0_IN
LTE_PRX_BB0_IP
LTE_DET_BB0_QP
LTE_DET_BB0_IN
LTE_DET_BB0_IP
LTE_TX_BB0_QN
LTE_TX_BB0_QP
LTE_TX_BB0_IN
LTE_DRX_BB0_IP
LTE_DET_BB0_QN
LTE_DRX_BB0_QN
LTE_DRX_BB0_QP
LTE_DRX_BB0_IN
LTE_TX_BB0_IP
LTE_PRX_BB0_QN
GND
VRF18_RFIC
VRF18_RFIC
GND
VRF12_RFIC
GND
VRF18_RFIC
GND
VRF12_RFIC
GND
VRF18_RFIC
VRF12_RFIC
VRF18_RFIC
VRF18_RFIC
VRF12_RFIC
VIO18_RFIC
GND
GND
SRCLKENA1
RFIC_CLK_CELL
GND
GND
RF_TXDET
N58683668
VIO18_RFIC
VIO18_PMU
VIO18_RFIC
VRF18_RFIC VRF18_PMU
VRF12_RFIC VRF12_PMU
GND
GND
RF_LB_TX_RFIC
RF_B20B28_PRX_RFIC
RF_B34B39_PRX_RFIC
RF_B38B41_DRX_RFIC
RF_B3_DRX_RFIC
RF_B34B39_DRX_RFIC
RF_B1B4_DRX_RFIC
RF_B7_DRX_RFIC
RF_B8_DRX_RFIC
RF_B5_DRX_RFIC
RF_B40_DRX_RFIC
RF_B20B28_DRX_RFIC
RF_B2_DRX_RFIC
RF_B5_PRX_RFIC
RF_B2_PRX_RFIC
RF_B1B4_PRX_RFIC
RF_B40_PRX_RFIC
RF_B7_PRX_RFIC
RF_B3_PRX_RFIC
RF_B8_PRX_RFIC
RF_B38B41_PRX_RFIC

Power Net Connection
Note:
Reserve at least one tuning cap. For PMIC
VPA total cap requirement, the total cap at
RF side should be in 6.2uF +/-5%.
50mil
From PMIC
VBAT to TXM
V28 to FEM
80mil
8mil
8mil
B
3
T
X
Note:
Use 0603 for lower Capacitance drop
3/4G_PAIN_MB
3/4G_PAIN_LB
4G PA input need LPF for harmonic rejection
B7 TX
B20_B28A TX
B
3
4
B
3
9
T
X
B
2
T
X
B
1
T
X
B40 TRX
50mil
50mil
10mil
B
a
n
d
4
1
B
8
T
X
B
5
T
X
B
4
T
X
B28B TX
3/4G_PAIN_HB
C3222
100PF
C3264
33PF
C3263
33PF
1 2
C3258
12pF
1
2
C3255
12pF
1
2
C3254
NF
1
2
C3256
NF
1
2
C3259
NF
1
2
C3257
NF
1
UNBL1
2
GND
3
GND
4
UNBL2
5
GND
U3241
1 2
C3204
12pF
L3204
NF
1
2
C3207
12pF
1 2
C3213
12pF
1
2
C3206
NF
1
2
C3208
NF
L3201
NF
L3202
NF
4
UNBAL2
2 GND
5
GND
3
GND
1 UNBAL1
U3240
C3202
12pF
C3203
NF
C3201
NF
R3217
0
C3215
NF
1
2
L3207
NF
L3211
3.3NH
C3218
NF
C3219
NF
L3213
3.3NH
C3221
NF
C3210
NF
R3202
0
C3223
NF
C3224
NF
C3249
4.7PF
L3241
7.5NH
1
2
L3242
NF
C3214
NF
L3205
2.7nH
1
2
L3208
NF
R3219 0
1
2
C3261
12pF
L3235
NF
1
2
C3260
12pF
L3233
NF
1
2
C3211
100PF
1
2
C3236
100PF
1
2
C3238
100PF
R3233
0
R3201
0
1
2
C3267
1.0uF
1
2
C3270
1.0uF
1
2
C3229
NC
1
2
C3131
NF
1 2
C3232
1.5PF
1
2
C3240
NF
1 2
C3241
2.2PF
1
2
C3244
NF
1
2
C3248
NF
C3245
3.3PF
C3246
3.3PF
L3215
9.1nH
C3247
22PF
1 2
C3278
33PF
1
2
C3243
1.0PF
1
2
C3242
1.0PF
L3222
4.7nH
R3203
0
R3205
0
1
2
C3269
27PF
1
2
C3271
27PF
1 2
C3266
8.2pF
1
2
C3233
1.0PF
1
2
C3226
1.0PF
L32006
4.3nH
2
1
TVS3201
C3237
0.1uF
C3227
4.7uF
L/M/H
PA
1
GND
2
GND
3
RFIN_H
4
NC
5
SDATA
6
SCLK
7
VIO
8
VBATT
9
NC
10
NC
11
NC
12
RFIN_M
13
RFIN_L
14
RFIN_VL 15
GND
16
LB4
17
LB3
18
LB2
19
LB1
20
LB5
21
MB1
22 GND
23 MB2
24 GND
25 MB3
26 MB4
27 GND
28 VCC2_2
29 VCC1
30 VCC2
31 GND
32 GND
33 HB1
34 GND
35 HB2
36 GND
37
HB3
38
GND
39
GND
40
GND
41
HBRX1
42
HBRX2
43
GND
44
GND
45
GND
46
GND
47
GND
48
GND
49
GND
50
GND
U3201
RF-PA-SKY77638-11
1
IN/OUT
2
GND
3
IN/OUT
4
GND
U3239
1
2
C3228
0.47UF
1
2
C3234
0.47UF
1
2
C3239
0.47UF
R3212
0
R3207
0
1
2
C3230
4.7uF
1
2
C3225
1nF
1
2
C3205
3.9PF
1
2
L3203
5.6NH
C3209
NF
L3216
NF
L3212
NF
R3206 0
1
2
C
3
2
1
2
NF
LTE_VFE28 VFE28_PMU
LTE_VMIPI
GND
VPA_PMU
VIO18_PMU
VPA_VCC2
VBAT
VPA_VCC2
VPA_VCC1
R
F
︳
M
B
︳
T
X
︳
R
F
I
C
MIPI1_SCLK
MIPI1_SDATA
RF_B41_TRX_TXM
RF_B40_TRX_TXM
R
F
︳
B
7
︳
P
A
︳
D
P
X
RF_B3_PA_DPX
RF_B20B28A_PA_DPX
RF_B8_PA_DPX
RF_B5_PA_DPX
RF_B2_PA_DPX
RF_B1_PA_DPX
RF_B4_PA_DPX
RF_B34B39_PA_TXM
VPA_VCC1
VPA_VCC2
RF_B40_PRX_RFIC
RF_B38B41_PRX_RFIC
RF_LB_TX_RFIC
LTE_VMIPI
RF_HB_TX_RFIC
GND
GND
GND
GND GND
GND
GND
GND
GND GND
GND GND
GND GND
GND
GND GND
GND GND
GND GND
GND GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
R
F
︳
B
2
8
B
︳
P
A
︳
D
P
X
GND
GND
GND

Title
Size
Date: Sheet of
MTK Confidential
34
33_RF_MT6177_RF_PRX
20
A1
1
H
M
L
B
︳
P
r
i
m
a
r
y
-
A
N
T
B
3
4
B
3
9
P
R
X
High pass filter for G8 Tx in G7 Rx
band noise rejection
2G_PAIN_HB
2G_PAIN_LB
Band Pass Filter for SAWless Application.
Band4
Band5
Band3
Band1
Band8
Band7
Band2
Band28A&B20兼容
Band28B
Band20&Band28
C3315
33PF
R3409
0
L3416
2.7nH
1
2
L3415
NF
C3414
12pF
1
2
L3417
NF
8
G
5
G
1 RX
2
G
3 TX
4
G
6
ANT
7
G
U3307
1
2
L3301
NF
C3319
12pF
R3406
0
L3407
3.3NH
L3409
9.1nH
8
G
5
G
1
RX
2
G
3
TX
4
G
6
ANT
7
G
U3303
L3408
NF
1 2
C
3
4
0
6
22PF
1 2
C3334
22PF
L3310
NF
8
G
5
G
1
RX
2
G
3
TX
4
G
6
ANT
7
G
U3304
R3422
4.7PF
L3431
NF
L3432
2.0NH
C3335
NF
1 2
C3338
22PF
R3301
4.7PF
L3401
NF
L3402
2.0NH
8
G
5
G
1
RX
2
G
3
TX
4
G
6
ANT
7
G
U3301
C3402
NF
1 2
C3339
100PF
R3323
0
L3404
2.0NH
L3405
NF
8
G
5
G
1
RX
2
G
3
TX
4
G
6
ANT
7
G
U3302
SAYEY1G88BA0B0A
C3405
NF
1 2
C3442
100PF
C3327
NF
1 2
C3328
22PF
1 2
C3340
22PF
1
2
L3411
NF
R3408
0
C3411
NF
8
G
5
G
1
RX
2
G
3
TX
4
G
6 ANT
7
G
U3305
1
2
L3412
NF
1 2
C3331
33PF
C3332
NF
C3333
100PF
1
2
L3419
NF
1
2
L3420
7.5NH
R3411
0
3
TX
6
ANT
2
GND
4
GND
1
RX
5
GND
7
GND
8
GND
U3308
C3417
100PF
C3416
NF
C3341
NF
1 2
C3342
33PF
1
2
C3441
100PF
L3433
NF
R3420
0
L3435
NF
L3309
NF
1 2
C3329
22PF
1
IN
2 OUT
J3301
L3102
NF
L3101
NF
I-PEX 第五代
极性标识
信号端
1
GND
2
I/O
3
GND
4
GND
U3309
RF-ANT-I-PEX-MHF5
L3330
68nH
C3336
33PF
R3325
10K
1 2
C3337
100PF
R3326
100K
R3310
0
1 2
C3301
33PF
1
2
C3307
10PF
1
2
C3308
1nF
1
2
C3305
10uF
2
1
TVS3301
1 2
R3900
6.98K
1
2
C3312
220pF
1
2
C3313
1000PF
1
2
C3303
18PF
1
2
C3316
18PF
R3311
0
R3312
0
C3317
22PF
R3305
NF
R3306
NF
C3318
33PF
C3314
NF
R3352
0
C3311
NF
R3302
0
高通专用
1
LB-SWOUT
2
LB-IN
3
HB-IN
4
HB-SWOUT
5
SCLK
6
SDATA
7
VIO
8
VRAMP
9
VCC
10
VBATT
11
GND
12
GND
13
GND
14
GND
15
GND
16
GND
17
CPL
18
GND
19
NC
20 GND
21
GND
22
ANT
23
GND
24
NC
25
NC
26
NC
27
TRX10
28
TRX9
29
TRX8
30
TRX7
31
TRX6
32
TRX5
33
TRX4
34
TRX3
35
TRX2
36
TRX1
37
NC
38
GND
39
GND
40
GND
41
GND
42
GND
43
GND
44
GND
45
GND
46
GND
47
GND
U3310
RF-TR-SKY77912-61
1
2
C3437
100PF
1
2
C3436
100PF
L3438
NF
1
RF2
2
GND
3
RF1
4
VDD
5
ANT
6
V1
U3311
1
IN/OUT
2
GND
3
IN/OUT
4
GND
U3339
L3436
3.3NH
1 2
C3310
33PF
R3309
0
R3308
0
R3320
4.7PF
L3306
NF
L3307
2.0NH
C3321
NF
1 2
C3322
22PF
R3317
4.7PF
L3305
2.0NH
C3324
NF
1 2
C3323
100PF
1 2
C3326
22PF
1
2
C3325
100PF
L3308
NF
1
RF2
2
GND
3
RF1
4
VDD
5
ANT
6
V1
U3313
1
RF2
2
GND
3
RF1
4
VDD
5
RFC
6
CTRL
U3312
R3316
0
L3303
NF
1
2
C3320
100PF
8
G
5
G
1
RX
2
G
3
TX
4
G
6
ANT
7
G
U2028
SFX718DYJ02
8
G
5
G
1
RX
2
G
3
TX
4
G
6
ANT
7
G
U3328
SFX733DYJ02
R3322
0
R3336
0
L3313
NF
L3319
NF
1 2
C3345
22PF
1 2
C3346
22PF
1
2
C3306
10uF
R3328
0
L3304
NF
L3312 68nH
1 2
C3343
33PF
1
2
C4327
100PF
C3348
33PF
R3315
0
R3319
0
C3349
33PF
8
RF4
3
GND
2
RF3 1
GND
7
GND
9
CTL
10
VDD
5
GND
4
RF1
6
RF2
U1
RF-DPDT-QM11022
VBAT
RF_MB1_TX_RFIC
RF_B8_TRX_TXM
RF_B2_TRX_TXM
RF_B7_TRX_TXM
RF_B1_TRX_TXM
RF_B5_TRX_TXM
RF_B3439_PRX_TXM
RF_B34B39_PA_TXM
RF_B41_TRX_TXM
RF_B40_TRX_TXM
RF_B7_PRX_RFIC
RF_B7_PA_DPX
RF_B7_TRX_TXM
RF_B3_PA_DPX
RF_B3_TRX_TXM
RF_B3_PRX_RFIC
RF_B4_PA_DPX
RF_B4_TRX_TXM
RF_B1_PA_DPX
RF_B1_TRX_TXM
RF_B2_PA_DPX
RF_B2_TRX_TXM
RF_B1B4_PRX_RFIC
RF_B2_PRX_RFIC
RF_B5_TRX_TXM
R
F
︳
B
5
︳
P
A
︳
D
P
X
RF_B8_TRX_TXM
RF_B8_PA_DPX
RF_B3439_PRX_TXM
R
F
︳
B
3
4
B
3
9
︳
P
R
X
︳
R
F
I
C
RF_B8_PRX_RFIC
RF_B5_PRX_RFIC
GND
LTE_VMIPI
BPI_BUS15
APC1
MIPI0_SDATA
MIPI0_SCLK
RF_LB1_TX_RFIC
LTE_VMIPI
RF_TXDET
RF_B3_TRX_TXM
BPI_BUS0
GND
GND
GND
GND
GND
GND
GND
GND GND
GND
GND
GND
GND
GND
GND GND
GND GND
GND
GND
GND
GND
GND
GND
LTE_VFE28
RF_B4_TRX_TXM
RF_B20B28_TRX_TXM
RF_B20B28A_PA_DPX
RF_B20B28_PRX_RFIC
LTE_VFE28
BPI_BUS1
GND
RF_B20B28_TRX_TXM
LTE_VFE28
BPI_BUS2
RF_B28B_PA_DPX
GND
GND
GND
GND
GND
GND
LTE_VFE28
RF_ANT_TRX_SWITCH_3
RF_ANT_TRX_SWITCH_2
BPI_BUS9
GND

Title
Size
Date: Sheet of
MTK Confidential
21
34_RF_MT6177_RF_DRX
34
A1
1
B
5
D
R
X
B
3
D
R
X
B
3
4
B
3
9
D
R
X
B
7
D
R
X
B
4
0
D
R
X
B
3
8
B
4
1
D
R
X
B
1
/
4
D
R
X
B40
Band20/B28
B
a
n
d
8
B
2
D
R
X
1
2
C3471
100PF
L3421
NF
1
IN
2
OUT
J3401
RF-SWITCH-818000291
L3422
NF
1
J5
1
J4
1 RF1
2
RF2
3
GND
4
VDD
5
VC1
6 VC2
7 GND
8 RF4
9
RF3
10
RFC
U3411
C3472
NF
C3473
NF
C3474
NF
C3475
NF
R3424
0
C3476
NF
C3477
NF
1
TP34
TP-0.5MM
1
TP35
TP-0.5MM
1
J7
R3425
0
R3426
0
L3410
0
L3439
0
R3427
0
R3428
0
1
2
C3505
33PF
C3478
22PF
L3601
2.7nH
C3479
NF
4
UNBAL2
2 GND
5
GND
3 GND
1 UNBAL1
U3401
1 2
C3607
33PF C3608
NF
C3609
33PF
R3607
NF
1
IN
2
GND
3
GND
4
OUT
5
GND
U3403
RF-SAW-SFHG42CA002
1 2
C3613
33PF
C3614
NF
R3609
NF
C3623
22PF
4
UNBAL2
2 GND
5
GND
3 GND
1 UNBAL1
U3440
1
IN
2
GND
3
GND
4
OUT
5
GND
U3405
RF-SAW-SAFFB881MAN0F0A
1 2
C3611
33PF
L3609
3.9nH
C3620
33PF
L3620
4.7nH
4
UNBAL2
2 GND
5
GND
3 GND
1 UNBAL1
U3420
SFH806BA002
1 2
C3638
33PF
C3639
NF
C3622
100PF
1
2
L3603
NF
C3618
33PF
4
UNBAL_P1
1 UNBAL_P0
2
GND0
3
GND1
5
GND2
U3408
SAFFB942MAN0F0A
1
2
L3418
NF
R3605
33PF
R3616
NF
C3330
NF
1
2
L3336
NF
L3605
5.1NH
C3480
22PF
L3606
5.1NH
C3624
22PF
2
G
1 IN
3
GND
4
OUT
5
G
U3407
L3623
5.1NH
C3635
22PF
L3624
5.1NH
C3625
22PF
1
UNBL1
2
GND
3
GND
4
UNBL2
5
GND
U3441
RF-SAW-SAFFB2G60AA0F0A
1
2
C3481
33PF
C3482
NF
1
2
C3483
33PF
1
2
C3484
33PF
C3485
NF
C3487
NF
C3488
NF
C3489
NF
C3490
NF
R3429
NF
C3491
33PF
C3433
33PF
C3493
33PF
R3430
NF
C3494
33PF
1 2
C3496
10PF
1 2
C3497
10PF
1 2
C3498
10PF
1
2
L3413
NF
R3431
NF
C3409
33PF
C3410
33PF
1
UNBL1
2
GND
3
GND
4
UNBL2
5
GND
U3402
RF-SAW-SAFFB1G96AB0F0A
1 2
C3426
33PF
C3425
NF
R3432
NF
1
2
C3415
33PF
C3413
33PF
R3433
NF
1 NC
2 RX10
3 RX9
4 RX8
5 RX7
6 RX6
7
GND
8
GND
9
ANT
10
GND
11
RX5
12
RX4
13
RX3
14
RX2
15
RX1
16
GND
17
VDD
18
VIO
19
SDATA
20
SCLK
21
GND
U3410
1
2
C3502
0.01uF
1
2
C3503
33PF
1
2
C3504
33PF
1
J6
R3436
0
1
IN/OUT
2
GND
3
IN/OUT
4
GND
U3439
R3414
0
1
NC 2
GND
3
NC
4
OUT
5
GND
6
IN
U3421
RF-BAND-LF1005_N1R9NBAT/LF
C3422
NF
C3424
100PF
1 2
C3421
33PF
C3423
NF
1 2
C3420
33PF
R3434
0
1
2
C3444
33PF
1
2
C3456
33PF
BPI_BUS4
BPI_BUS3
GND
GND
RF_B40_DRX_SWITCH
RF_B3_DRX_SWITCH
R
F
︳
B
5
︳
D
R
X
︳
S
W
I
T
C
H
RF_B20B28_DRX_SWITCH
R
F
︳
B
1
B
4
︳
D
R
X
︳
S
W
I
T
C
H
RF_B8_DRX_SWITCH
R
F
︳
B
7
︳
D
R
X
︳
S
W
I
T
C
H
RF_B41_DRX_SWITCH
R
F
︳
B
3
4
B
3
9
︳
D
R
X
︳
S
W
I
T
C
H
R
F
︳
B
3
8
B
4
1
︳
D
R
X
︳
R
F
I
C
R
F
︳
B
4
0
︳
D
R
X
︳
R
F
I
C
R
F
︳
B
7
︳
D
R
X
︳
R
F
I
C
RF_B5_DRX_RFIC
R
F
︳
B
1
B
4
︳
D
R
X
︳
R
F
I
C
R
F
︳
B
3
︳
D
R
X
︳
R
F
I
C
R
F
︳
B
3
4
B
3
9
︳
D
R
X
︳
R
F
I
C
R
F
︳
B
8
︳
D
R
F
︳
B
2
0
M
I
P
I
3
︳
S
C
L
K
M
I
P
I
3
︳
S
D
A
T
A
R
F
︳
B
1
B
4
︳
D
R
X
︳
S
W
I
T
C
H
RF_B41_DRX_SWITCH
RF_B5_DRX_SWITCH
R
F
︳
B
8
︳
D
R
X
︳
S
W
I
T
C
H
R
F
︳
B
4
0
︳
D
R
X
︳
S
W
I
T
C
H
R
F
︳
B
3
︳
D
R
X
︳
S
W
I
T
C
H
R
F
︳
B
2
︳
D
R
X
︳
S
W
I
T
C
H
RF_B7_DRX_SWITCH
RF_B2_DRX_SWITCH
RF_B2_DRX_RFIC
GND
GND
GND
GND
LTE_VFE28
LTE_VFE28
LTE_VMIPI
GND
RF_ANT_TRX_SWITCH_2 RF_ANT_TRX_SWITCH_3

eMMC+LPDDR3
Close to eMCP
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
Note: 44-2
Note 44-4:
Note 44-3: Please refer to eMCP vendor's datasheet or MTK common design notice to
get the recommendation bypass cap. value for VCC/VCCQ/VDDI power
domains of eMMC.
Note 44-2: DRAM ZQx resistor = 240ohm (1%) that must be connected to GND
Note 44-1:
Schematic design notice of "44_Memory_eMMC_LPDDR3"
Please refer to power supply related page select VDRAM1 output
voltage properly for LPDDR3
VDD2 VDDQ VDDCA decoupling cap: closed to DRAM ball.
For other cap for PMIC [>10uF, at PMIC page]:
please also refer to MMD and layout guide for placement.
Note: 44-1
Note: 44-4
Note: 44-3
Note: 44-3
1%精度
C4027
100nF
C4022
100nF
C4014
2.2uF
C4001
100nF
R4005 240
C4023
100nF
C4007
2.2uF
C4002
100nF
R4004 240
Power
eMMC
LP-DDR3
F12 DQ31
F10 DQ29
G10 DQ26
F13 VSSQ
H13 DQ25
G11 VSSQ
G2 ZQ0
F11 DQ30
G12 DQ27
H10 VSSQ
H2 CA9
J2 CA8
G13 DQ28
H11 DQ24
J12 DQ15
J8 VSSQ
K3 CA6
J3 CA7
J13 VSSQ
L13 DQ11
K11 DQ13
K13 DQ14
L11 DQ12
L3 CA5
N12 DQ8
M13 DQ9
M11 DQ10
K8 VSSQ
K9 VSSQ
T11 DQ5
T13 DQ6
R12 DQ7
L10 VSSQ
V3 CA4
W3 CA3
W2 CA2
L12 VSSQ
U13 DQ4
V13 DQ2
V11 DQ1
U11 DQ3
Y3 CA1
AA13 DQ19
Y11 DQ23
W12 DQ0
M8 VSSQ
Y2 CA0
AB11 DQ17
AA12 DQ20
N13 VSSQ
P9 VSSQ
Y13 DQ22
R13 VSSQ
AB12 DQ16
AB10 DQ18
AA10 DQ21
N2
VDDCA
U2
VDDCA
F9
VDD1
L8
VDDQ
P11
VDD2
L9
VDDQ
N5
VDD2
N11
VDDQ
J11
VDDQ
M10
VDDQ
G9
VDDQ
G5
VDD1
R5
VDD2
R11
VDDQ
F4
VDD1
P8
VDD2
H12
VDDQ
K10
VDDQ
K12
VDDQ
M5
VDD2
T10
VDDQ
K2
VDDCA
M12
VDDQ
H8
VDDQ
P5
VDD2
F3
VDD1
B3
VCC
B12
VCC
B13
VCC
C4
VCC
H4 VSSCA
J4 VSSCA
K4 VSSCA
A3 VSSM
A8 VSSM
A12 VSSM
B2 VSSM
B7 VSSM
B11 VSSM
C3 VSSM
C5 VSSM
C8 VSSM
C10 VSSM
B8
CLKM
C2
RST
A6
CMD
B4
DAT7
A5
DAT6
A10
DAT5
C9
DAT4
B5
DAT3
C6
DAT2
B10
DAT1
A9
DAT0
C12 VSSM
A1
DNU
A14
DNU
P10
ODT
AA1
DNU
AA14
DNU
AB1
DNU
AB2
DNU
AB13
DNU
AB14
DNU
U3
CS0#
T3
CS1#
T2
CKE0
R2
CKE1
P3
CLK
N3
CLK#
T9
DQS0
R9
DQS0#
M9
DQS1
N9
DQS1#
Y9
DQS2
W9
DQS2#
H9
DQS3
J9
DQS3#
R10
DM0
N10
DM1
W10
DM2
J10
DM3
M2
VREFCA
P13
VREFDQ
D8
VCC
A4
VCCQ
B6
VCCQ
C7
VCCQ
C11
VCCQ
A11
VCCI
B9
VCCQ
C13 VSSM
D7 VSSM
A2 VSF
A13 VSF
B1 VSF
B14 VSF
D2 VSF
D3 VSF
D4 VSF
D5 VSF
D6 VSF
AA3
VDD1
AA5
VDD1
AB3
VDD1
AB4
VDD1
AB9
VDD1
F5
VDD2
F8
VDD2
J5
VDD2
K5
VDD2
L2
VDD2
L5
VDD2
T5
VDD2
U5
VDD2
V5
VDD2
W5
VDD2
AB5
VDD2
AB8
VDD2
T12
VDDQ
U8
VDDQ
U9
VDDQ
V10
VDDQ
V12
VDDQ
W11
VDDQ
Y8
VDDQ
Y12
VDDQ
AA9
VDDQ
V2
VDDCA
T8 VSSQ
U10 VSSQ
U12 VSSQ
V8 VSSQ
V9 VSSQ
W8 VSSQ
W13 VSSQ
Y10 VSSQ
AA11 VSSQ
F2 VSS
G4 VSS
G8 VSS
H3 VSS
H5 VSS
L4 VSS
M3 VSS
M4 VSS
N4 VSS
N8 VSS
P4 VSS
P12 VSS
R3 VSS
R4 VSS
R8 VSS
T4 VSS
Y4 VSS
Y5 VSS
AA2 VSS
AA4 VSS
AA8 VSS
P2 VSSCA
U4 VSSCA
V4 VSSCA
W4 VSSCA
A7
RFU
G3 ZQ1
U4102
C4006
NF
C4011
100nF
C4008
100nF
C4012
1.0uF
C4026
1.0uF
C4078
22uF
C4010
100nF
C4024
2.2uF
C113
100nF
C114
100nF
C4021
4.7uF
GND
GND
VIO18_PMU
VEMC_PMU
GND
GND
GND GND
VDRAM_PMU
GND GND GND GND GND
GND
GND
GND
GND
GND
EMI0_DQS0_T
EMI0_CS0_N
EMI0_DQS3_T
EMI0_DQS2_T
EMI0_DQS1_T
EMI0_DQS2_C
EMI0_DQS1_C
EMI0_DQS0_C
EMI0_DM0
EMI0_CS1_N
EMI0_DQS3_C
EMI0_DM3
EMI0_DM2
EMI0_DM1
EMI0_CKE0
EMI0_CK_C
EMI0_CK_T
E
V
R
E
F
MSDC0_CLK
MSDC0_RSTB
MSDC0_CMD
MSDC0_DSL
MSDC0_DAT7
MSDC0_DAT6
MSDC0_DAT5
MSDC0_DAT4
MSDC0_DAT3
MSDC0_DAT2
MSDC0_DAT1
MSDC0_DAT0
EMI0_DQ0
EMI0_DQ1
EMI0_DQ2
EMI0_DQ3
EMI0_DQ4
EMI0_DQ5
EMI0_DQ6
EMI0_DQ7
EMI0_DQ8
EMI0_DQ9
EMI0_DQ10
EMI0_DQ11
EMI0_DQ12
EMI0_DQ13
EMI0_DQ14
EMI0_DQ15
EMI0_DQ16
EMI0_DQ17
EMI0_DQ18
EMI0_DQ19
EMI0_DQ20
EMI0_DQ21
EMI0_DQ22
EMI0_DQ23
EMI0_DQ24
EMI0_DQ25
EMI0_DQ26
EMI0_DQ27
EMI0_DQ28
EMI0_DQ29
EMI0_DQ30
EMI0_DQ31
EMI0_CA0
EMI0_CA1
EMI0_CA2
EMI0_CA3
EMI0_CA4
EMI0_CA5
EMI0_CA6
EMI0_CA7
EMI0_CA8
EMI0_CA9
EMI0_CKE1
ZQ1
ZQ0
E
V
R
E
F
E
M
I
︳
V
D
D
1
VDRAM_PMU
GND GND
GND

A1
23
51_CONNECTIVITY_CONSYS (A/Ddie)
34
MTK Confidential
of
Sheet
Date:
Size
Title
MT6631N
Close to ANT
<Critical!!>
5G PCB loss is higher and
trace must kept short and
50-ohm No layer transition
50 Ohm
GPS xLNA
Close to
MT6631
50 Ohm
PMIC R5016/R5017 NC, R5003/R5018 0ohm
TCXO R5016/R5017 0ohm, R5003/R5018 NC
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
10nf
C
O
︳
P
a
d
C
O
︳
P
a
d
C5005
100PF
C5027
100nF
MT6631
1
AVDD28_FSOURCE
4
CONN_TOP_CLK
6
CEXT
12
GPS_IP
10
GPS_QP
11
GPS_IN
39 GPS_RFIN
23
WF_CTRL0
34 WF_RF_5G
2
CONN_HRST_B
38 FM_LANT_P
36 AVDD28_FM
37 FM_LANT_N
9
GPS_QN
8
XO_IN
22
WF_CTRL1
21
WF_CTRL2
20
WF_IP
29
WB_VDET_2G
33 AVDD33_WBT
32 NC
25
BT_DATA
30
WIFI_AUX_2G
35 WF_AUX_5G
26
AVDD18_WBT
31 WB_RF_2G
28
WIFI_VDET_5G
24
BT_CLK
14
BT_QP
3
CONN_TOP_DATA
27
AVDD18_WBT
15
BT_IN
40 AVDD18_GPS
7
NC
5
WB_PTA
13
BT_QN
17
WF_QN
18
WF_QP
19
WF_IN
16
BT_IP
41 DVSS
U5003
C4501
NF
L4508
NF
R4512
0
L4520
NF
1
J4501
1
J4502
R4505
0
C4506
0
R4501
0
R4511
0
C101
NF
1
WIFI
2
GND
3
GPS
4 GND
5 ANT
6 GND
U5101
4
OUTPUT
2
GND
5
GND
3
GND
1
INPOUT
FL5101
1 2
L4904
8.2nH
L4903
NF
1 2
C4904
33PF
1
UNBL1
2
GND
3
GND
4
UNBL2
5
GND
FL5103
RF-SAW-SAFFB1G58KA0F0A-A
1
GND
2
GND
3
RFIN
4
VDD
5
EN
6
RFOUT
U5102
GPS-LNA-RDALN16
1
2
C4906
27PF
1 2
C4907 33PF
L4901
NF
L4902
NF
R4905
100NH
1 2
C5009
100PF
1 2
C5006
4.7uF
1 2
C5011
0.01uF
R5007
NF
R5006
NF
L5007
82NH
1
2
C5013
4700pF
1
2
C5017
1.0uF
1
2
C5018
100PF
R5033
0
R5018
0
BEAD5001
600ohm
1
2
C5019
1.0uF
1
2
C5012
1.0uF
R5008
0
R5012
0
R5005
0
1
IN
2 OUT
J5101
C5110
NF
C5103
NF
1 2
C5101
18PF
C5102 NF
R5108
NF
R5122
0
C5112
NF
C5113
NF
C5114
NF
4
OUT
2 GND1
5
GND3
3 GND2
1 IN
FL5102
1 2
J11
RF-MODULE-TEST_PHI4.0
1
J
4
5
0
3
R4502
0
R4503 0
R22
0
AVDD18_WBT
VCN28_PMU
FM_AVDD28
VCN18_PMU
V
C
N
3
3
AVDD33_WBT
AVDD33_WBT
FM_AVDD28
GND
AVDD18_WBT
AVDD18_GPS
GND
GND
F
M
︳
A
N
T
︳
N
FM_ANT_P
CONN_WF_CTRL1
CONN_WF_CTRL2
CONN_BT_CLK
CONN_WF_CTRL0
WF_IP
WF_QP
WF_IN
BT_IP
WF_QN
BT_QP
BT_IN
GPS_I
BT_QN
GPS_Q
CONN_HRST_B
CONN_TOP_CLK
CONN_WB_PTA
CONN_TOP_DATA
CONN_BT_DATA
CONN_WF_CTRL0
CONN_HRST_B
CONN_BT_CLK
CONN_TOP_CLK
CONN_BT_DATA
GPS_I
CONN_WF_CTRL2
WF_QP
CONN_TOP_DATA
BT_QP
BT_IN
BT_IP
WF_IN
WF_IP
CONN_WB_PTA
GPS_Q
WF_QN
CONN_WF_CTRL1
BT_QN
G
P
S
︳
D
I
P
GND
GND
GND
GND
V
C
N
2
8
︳
P
M
U
G
P
I
O
︳
G
P
S
︳
L
N
A
︳
E
N
G
P
S
︳
D
I
P
XIN_WBG
PMIC_CLK_WCN
AVDD18_GPS
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND GND
GND
GND
GND
GND
GND
GND
GND
GND
GND

L-R-G-M
6mil
6mil
6mil
6mil
Single via to
GND plane
C <= 1pF
Earphone Audio
Close to PMIC
Close to connector
Close to BB
Connecting the GNDs
together and then to main
GND through signle via
Close to IC Close to audio jack
Receiver
Connecting the GNDs together and
then to main GND through signle via
Star connection
Earphone EINT
Earphone DL
Earphone UL
Close to
audio jack
10mil
Earphone Microphone
HPL
HPR
DETECTION
MIC
Note: 62-1
Note: 62-2
注意选型
注意选型
注意选型
注意选型
68nH??
选择ACC MODE
Note: 62-3
Note: 62-1
Note: 62-5
R6209
R6219
R6231
R6210
R6230
R6229 1uF
1uF
1K
1.5K
NC
4.7uF
R6225 0 ohm
Key-Detection
EINT HP_EINT
ACC mode
MT6357
DCC mode
ACCDET AU_VIN1_P
HP_EINT
Mode
Platform
0 ohm
0 ohm
NC
NC
2.49K
0 ohm
NC
R6208 47K ohm 47K ohm
Note: 62-4
Part # of BEAD6202, BEAD6203, BEAD6204 and BEAD6205 needs changed to
"BLM18BD102SN1" for high THD performance (-90dB) but this BOM change will
results in FM RSSI 10dB degraded .
Note 62-1:
Schematic design notice of "62_PERI_AUDIO_IO" page.
Note 62-2: Reserved Cap for CS/RS test, please double check multi-key function when used
0 ohm
Earphone Jack
@ Sub board
Earphone Jack
@ Main board
R
6
2
1
3
100nF
Note 62-3:
Please Select ACC Mode for Operator Project to Pass Electrical MOS Test;
More Information refer to Audio/Speech Design Notice
Note 62-4:
Note 62-5: Please select R6231 with 0402 size
15mil
15mil 15mil
15mil
3.3nf
注意选型
R6208 47K
R6219
NF
ESD6204
ESD6203
L6201 1000PF
C6231
33PF
ESD6202
C6225 100PF
R6231 4.7uF
ESD6214
R6207
470
BEAD6206 0
C6232
33PF
SH6205
C6220
100PF
C6209
3.3PF
R6209
1K
ESD6212
R6235
NF
C6219 33PF
L6203 68nH
R6225
1K
L6202
0
C6208
33PF
R6229
1.0uF
R6206
470
R6230
1.0uF
BEAD6201
1800ohm
BEAD6203 0
R6210
1.5K
BEAD6205 0
C6221 33PF
ESD6213
C6207
33PF
REC2101
ESD1
R6213
0
SH5
BEAD1 0
BEAD2 0
R2101 0
R2102 0
6
5
4
3
2
1
7
C
O
N
6
2
0
1
AUDIO-EAR-PH92-0B22A42A
SH14
C1
33PF
R
6
2
0
1
0
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
AU_MICBIAS1
AU_HSP
AU_HSN
AU_VIN1_N
AU_VIN1_P
AU_HPL
AU_HPR
ACCDET
AU_REFN
HP_EINT
FM_ANT_P
AVSS28_AUD
MIC_P
GND
FM_ANT_N
H
P
︳
L
HP_GND
H
P
︳
R
HP_DET
HP_MIC
HP_MIC
H
P
︳
R
HP_DET
HP_L
HP_GND
GND
GND

Title
Size
Date: Sheet of
MTK Confidential
25
63_PERI_AUDIO_IO2(2 AMIC)
34
A1
Handset 2nd Microphone (Rear - DMNR), AMIC
Connecting the GNDs together and then to main GND through signle via
Schematic design notice of "63_PERI_AUDIO_IO" page.
Note 63-1: 1 uF for ACC mode
0 ohm for DCC mode
Note: 63-1
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
Analog MIC Close to BB
Close to MIC
Refer to GUIDE1
选择ACC 模式
C29
33PF
C2127
100nF
C30
33PF
C31
100PF
C2125
220PF
R2108
0
R2109
0
1
OUTPUT
2
GND
4
POWER
5
GND
6
GND
3
GND
MIC2101
MIC-SPU0410LR5H-QB
TVS2103
BEAD2104 1.0uF
BEAD2103 1.0uF
R9
0
R13
0
A
U
︳
V
I
N
2
︳
P
A
U
︳
V
I
N
2
︳
N
GND
GND
AU_MICBIAS0

Title
Size
Date: Sheet of
MTK Confidential
26
65_PERI_SPEAKER_AMP
34
A1
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
If AW8738,this cap will be 47nF
耐压值10V
型号确认
型号确认
测试器件暂时省掉
C11
33PF
C2109
33PF
D2
C1P
C1
C1N
D1
C2P
B1
C2N
A1
INP
A2
INN
A4
SHDN
D3
PVDD
B4
VOP
D4
VON
B3
VDD
A3
VDD
C4
GND
C2
GND
U2101
AUDIO-AMP-AW87318CSR
C12
2.2uF
C13
2.2uF
C2110
4.7uF;10V
C2112 4.7uF
C2111 0.1uF
R2105 3K
R2104 3K
C14 0.068uF
C15
220PF
R2103
100K
C16 0.068uF
BEAD2101
0R_220ohm
BEAD2102
0R_220ohm
C18 56PF
S
P
K
︳
P
S
P
K
︳
N
G
P
I
O
︳
S
P
K
︳
E
N
A
U
︳
L
O
L
N
A
U
︳
L
O
L
P
VSYS
GND

Title
Size
Date: Sheet of
MTK Confidential
27
67_PERI_LCD_CTP
34
A1
Schematic design notice of "67_PERI_LCD_CTP" page.
It is recommended to reserve common-mode choke to prevent RF de-sense,
the max. cap loading of common-mode choke must be less than 3pF.
Note 67-1:
Note: 67-1
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
Note: If best EMI practices are followed for MIPI CSI/DSI signals, there is no need
for common mode choke filters. You may choose to have placeholders for
common mode depending upon your design constraints.
Extreme care must be taken that no stubs are created by doing so.
LCD 接口OK
L
C
M
I
D
ID0
I
D
1
v
e
n
d
e
r
0
1
E
B
B
G
1
0
天马
BOE
0 0
1.8V
换0402电阻
1
2
3
4
5
6
7
8
9
10
11
12
30
29
28
27
26
25
24
23
22
21
20
19
16
17
18
15
14
13
33 34
32
31
J2302
BTBS-BB2R4-30KBJ03
C35
33PF_NF
C36
27PF
C37
27PF
1
2
4
3
EM2301
1
2
4
3
EM2302
1
2
4
3
EM2303
1
2
4
3
EM2304
1
2
4
3
EM2305
C32
NF
C33
33PF
C2351
33PF
C34
2.2uF
R44 0
C2350
33PF
R43 0
FB1
0
R
6
7
0
1
0
C22
15PF
C39
15PF
LCM_LEDA
LCM_LEDK_1
LCM_LEDK_2
D
S
I
0
︳
D
3
N
D
S
I
0
︳
D
3
P
D
S
I
0
︳
D
2
N
D
S
I
0
︳
D
2
P
D
S
I
0
︳
C
K
P
D
S
I
0
︳
C
K
N
D
S
I
0
︳
D
1
P
D
S
I
0
︳
D
1
N
D
S
I
0
︳
D
0
P
D
S
I
0
︳
D
0
N
LCM_RST
LCM_LED_PWM
LCM_ID0
L
C
M
︳
I
D
1
GND
GND
DSI_TE
LCM_AVEE
LCM_AVDD
GND
GND
GND GND
GND
GND
VIO18_PMU

Schematic design notice of "69_PERI_CAMERA" page.
Note 69-1:
It is recommended to reserve common-mode choke to prevent RF de-sense,
the max. cap loading of common-mode choke must be less than 3pF.
Note 69-2: It is recommended to reserve 0-ohm for BOM fine tune to minimize RF de-sense.
供应商修改1 pin位置，需要按网络名核对
Note: 69-2
增加双摄
注意信号连接,I2C,CLK等的选用
AVDD，DVDD需要单独增加LDO
0402测试先去掉
Main Camera
Note: 69-1
Note: 69-2
AF电源 0201 测试省掉
2.8V
1.2V
1.8V
2.8V
2.8V 1.2V
1.8V
接口已确认OK
接口已确认OK
电源选择
FRONT_camera
Note: 69-2
接口已确认OK
Note: 69-1
2.8V
1.2V
1.8V
闪光灯
1
2
3
4
5
6
7
8
9
10
11
12
30
29
28
27
26
25
24
23
22
21
20
19
16
17
18
15
14
13
33 34
32
31
J2401
BTBS-5033043010
2
GND
1
OUT
4
IN
3
EN
U2401
LDO-SGM2031
C2406
4.7uF
C2405
1.0uF/NF
C25
33PF
C26
2.2uF
HT1
5
6
7
8
9
10
11
12
20
19
18
17
16
15
14
13
21
22
23
24
4
3
2
1
25
26
28
27
J1
BTBS-BBR43-24KBJ03
1
2
4
3
EM5
1
2
4
3
EM6
1
2
4
3
EM7
C27
1.0uF
C24
1.0uF
2
GND
1
OUT
4
IN
3
EN
U2
LDO-SGM2031
C7
1.0uF/NF
C9
1.0uF/NF
1
2
4
3
EM2404
1
2
4
3
EM2405
1
2
4
3
EM2406
1
2
4
3
EM2407
1
2
4
3
EM2408
C2411
2.2uF
C2408
1.0uF
C2410
4.7uF
HT2402
C108
27PF
C2450
33PF
C2409
2.2uF
R6
0
R
6
9
0
1
0
R6902
0
C2413
33PF
C2401
2.2uF
HT2401
5
6
7
8
9
10
11
12
20
19
18
17
16
15
14
13
21
22
23
24
4
3
2
1
25
26
28
27
J2402
BTBS-BBR43-24KBJ03
C2412
1.0uF
1
2
4
3
EM2403
1
2
4
3
EM2401
1
2
4
3
EM2402
C2403
1.0uF
C109
4.7uF
C
2
4
0
2
27PF
R14
0
R15
0
1
2
D1
DIODE-LED-FLASH-LXCL-VW01-0013
1
2
D2
DIODE-LED-FLASH-LXCL-VW01-0013
C6903
33PF
C6902
39PF
1
2
C6901
56PF
C
A
M
︳
A
V
D
D
︳
E
X
T
V
C
A
M
A
︳
E
X
T
︳
E
N
C
A
M
︳
P
D
N
2
GND GND
GND
C
A
M
︳
C
L
K
2
C
A
M
︳
A
V
D
D
︳
E
X
T
V
C
A
M
D
︳
P
M
U
︳
E
X
T
GND
V
C
A
M
I
O
︳
P
M
U
S
C
L
6
SDA6
V
S
Y
S
V
C
A
M
D
︳
P
M
U
︳
E
X
T
V
C
A
M
D
︳
E
X
T
︳
E
N
RCN_B
RCP_B
RDN2_B
RDP2_B
RDP0_B
RDN0_B
GND
GND
GND
C
A
M
︳
C
L
K
0
GND
V
C
A
M
D
︳
P
M
U
V
C
A
M
I
O
︳
P
M
U
V
C
A
M
A
︳
B
T
B
GND
SDA2
C
A
M
︳
R
S
T
0
V
L
D
O
2
8
︳
P
M
U
GND
SCL2
GND
V
C
A
M
A
︳
B
T
B
V
C
A
M
A
︳
P
M
U
R
D
P
1
︳
D
RDN1_D
RDP0_D
RDN0_D
RCN_D
RCP_D
R
D
N
3
︳
B
R
D
P
3
︳
B
R
D
P
1
︳
B
R
D
N
1
︳
B
V
S
Y
N
C
VSYNC
R
C
N
RCP
C
A
M
︳
R
S
T
1
S
C
L
4
SDA4
RDN0
RDP0
GND GND
GND
C
A
M
︳
C
L
K
1
V
C
A
M
I
O
︳
P
M
U
RDP1
RDN1
V
C
A
M
D
︳
P
M
U
V
C
A
M
A
︳
B
T
B
GND
F
L
A
S
H
︳
L
E
D
1
GND
GND
GND

Title
Size
Date: Sheet of
MTK Confidential
29
73_PERI_VIBRATOR
34
A1
VIBRATOR
15mil trace width
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
马达震动强弱如何控制？？
C9015
1.0uF
1
VIB301
1
VIB302
C106
27PF
C107
27PF
VIBR_PMU
GND
GND

SIM/TF card
SIM1
Vout=3.0V,I-lim=1A
SIM2
For internal version,R2603/R2610/R2613/R2604 can be 0Ω, R2611/R2612/R2614/R2615 can be NF,
For India version,R2611/R2612/R2614/R2615 can be 0Ω,R2603/R2610/R2613/R2604 can be NF.
For internal version,ONLY use J2601:
For India version:
Q2601 mount;R1301 NF ;R1302 100K
R1301 can be 0Ω,Q2601 NF;R1302 NF
NOTE:
R2603/R2610/R2613/R2604 can be 0Ω, R2611/R2612/R2614/R2615 can be NF,
R2611/R2612/R2614/R2615 can be 0Ω,R2603/R2610/R2613/R2604 can be NF.
SD CARD
Shielding connect to ground
根据主板卡座配置，决定器件
MTK平台IO不需要上拉
MTK平台IO不需要上拉
节省空间，先过VDR，后过电阻
悬空
悬空
This int should give to GPIO54/GPIO58/GPIO67
空间允许，预留测试点
常闭卡座
常闭卡座
悬空
非金属化孔
非金属化孔
C4
1.0uF
1
GATE
2
SOURCE
3
DRAIN
Q2604
WPM1488-3/TR
R2605
NF
VR2602
VR2601
VR2603
VR2604
1
G
2
S
3
D
Q2605
FET-N-2SK3541T2L
R2607
NF
R2
100K
R2604 10
R3 10
R2610 10
R2611 10
R2612 10
R2613 0
R2614 0
R4 10
C6
4.7uF
TP1
TP-0.8MM
VR2615
VR2616
VR2617
VR2618
VR2619
VR2620
VR2621
R1301 0
R5 0
VR2608
VR2613
C5
1.0uF
VR1
VR2
SIMB
SIMA
TF-PIN
G2
GND
G3
GND
G4
GND
G5
GND
G6
GND
G1
GND
SIMA-C3
CLK
SIMA-C5
GND
SIMA-C1
VCC
SIMB-C1
VCC
SIMB-C5
GND
SIMB-C6
VPP
SIMB-C3
CLK
G14
GND
G13
GND
G12
GND
SIMA-C6
VPP
SIMA-C2
RST
SIMA-C7 I/O
SIMB-C7
I/O
SIMB-C2
RST
G10
GND
G11
GND
SD-P1
DAT2
SD-P2
CT/DAT3
SD-P3
CMD
SD-P4 VDD
SD-P5 CLK
SD-P6 VSS
SD-P7
DAT0
SD-P8
DAT1
G9
GND
DE_SW
DET_SWITCH
A1 DET/LEVER
J9
SIM+SIM+T-CAF00-20137-1029
TP1109
TP-0.8MM
TVS2
VR2609 10
V
R
2
6
1
4
Nano--SIM
C5
GND
C1
VCC
C6
VPP
C2
RST
C7
I/O
C3
CLK
G1
GND
G2
GND
G3
GND
G4
GND
G5
GND
G6
GND
G7
GND
G8
GND
G9
GND
SW/CD
SW/CD
SW/GND
SW/GND
J10
NANO_SIM_CAF00-06133-1033
R2601 10
R2602 10
R2603 10
R2616 10
R2618 10
R2617 10
R2609 10
R2608 10
S
I
M
1
︳
S
I
O
1
S
I
M
1
︳
S
R
S
T
1
S
I
M
1
︳
S
C
L
K
1
GND
GND
S
I
M
1
︳
S
C
L
K
SIM1_SRST
S
I
M
1
︳
S
I
O
V
M
C
H
︳
P
M
U
VDD_SD
INT_SDCARD
V
M
C
H
︳
P
M
U
V
I
O
1
8
︳
P
M
U
V
S
I
M
2
︳
P
M
U
S
I
M
2
︳
S
R
S
T
SIM2_SIO1
S
I
M
2
︳
S
C
L
K
S
I
M
2
︳
S
C
L
K
1
SIM2_SRST1
SIM2_SIO
S
I
M
2
︳
S
C
L
K
2
SIM2_SRST2
SIM2_VCC2
S
I
M
2
︳
S
I
O
2
S
I
M
2
︳
V
C
C
1
I
N
T
︳
S
D
C
A
R
D
2
I
N
T
︳
S
D
C
A
R
D
M
S
D
C
1
︳
C
A
R
D
︳
D
A
T
2
M
S
D
C
1
︳
C
A
R
D
︳
D
A
T
3
M
S
D
C
1
︳
C
A
R
D
︳
C
M
D
M
S
D
C
1
︳
C
L
K
M
S
D
C
1
︳
C
A
R
D
︳
D
A
T
0
M
S
D
C
1
︳
C
A
R
D
︳
D
A
T
1
VDD_SD
GND
GND
M
S
D
C
1
︳
D
A
T
2
M
S
D
C
1
︳
D
A
T
3
MSDC1_CMD
M
S
D
C
1
︳
C
L
K
M
S
D
C
1
︳
D
A
T
0
M
S
D
C
1
︳
D
A
T
1
GND
GND
GND
GND
VSIM1_PMU
VSIM1_PMU
SIM1_SIO1
SIM1_SCLK1
GND
UIM1_VPP
SIM1_SRST1
SIM2_VCC1
UIM2_VPP
SIM2_SRST1
SIM2_SIO1
SIM2_SCLK1
GND
MSDC1_CARD_DAT2
MSDC1_CARD_DAT3
MSDC1_CARD_CMD
VDD_SD
MSDC1_CLK
MSDC1_CARD_DAT0
MSDC1_CARD_DAT1
GND
INT_SDCARD
GND
GND
GND
I
N
T
︳
S
I
M
2
GND
S
I
M
2
︳
S
R
S
T
2
S
I
M
2
︳
S
C
L
K
2
S
I
M
2
︳
V
C
C
2
I
N
T
︳
S
D
C
A
R
D
2
S
I
M
2
︳
S
I
O
2
UIM2_VPP2
GND
GND
GND
GND
GND
GND
GND
GND
GND GND

M-MIC+USB+RGB+SPK
Brealdown Volt must up to 14V
for fast charging application.
Brealdown Volt must up to 6.5V
for USB OTG application.
Note 71-1:
Schematic design notice of "71_PERI_USB 2.0" page.
For better ESD or surge performance we need choose suitable device for system
protection. Please refer to [Surge device selection guide V2.0] provide by MTK.
Note: 71-1
CTP接口
电源选择是否OK？
3.3V
1.8V 测试器件暂时省掉
Close to PMIC
主板接地弹片
TP1112
TP-0.8MM
1
TP14
TP-1.0MM
TVS1902
1
2
3
4
5
6
7
8
9
10
11
12
30
29
28
27
26
25
24
23
22
21
20
19
16
17
18
15
14
13
33
34
32 31
J1901
BTBS-BB2R4-30KBJ03
C110
27PF
TP15
TP-0.8MM
TP16
TP-0.8MM
TVS1901
TP17
TP-0.8MM
TVS1903
C19
33PF
C20
33PF
R16 1.0uF
R21 1.0uF
ANT0003
C21
33PF
C40
33PF
VBUS_USB_IN
SDA0
SCL0
USB_DM
USB_DP
SPK_N
SPK_P
A
U
︳
V
I
N
0
︳
P
A
U
︳
V
I
N
0
︳
N
USB_ID
GND
LTE_VFE28
B
P
I
︳
B
U
S
7
B
P
I
︳
B
U
S
6
EINT_CTP
GPIO_CTP_RSTB
V
S
Y
S
V
I
O
1
8
︳
P
M
U
A
U
︳
M
I
C
B
I
A
S
0
GPIO_CTP_LDO_EN

Title
Size
Date: Sheet of
MTK Confidential
34
75_PERI_KEYPAD
32
A1
DO NOT put pull-up resistor on PWRKEY
Power Key / Key Pad
RAMDUMP debug key 省掉？？
Volume Up : HOME Key / GND
Volume Down : KPROW0/KPCOL0
Schematic design notice of "65_PERI_Dual_SIM_ICUSB_KEYPAD" page.
Note 75-2:
Note 75-1: DO NOT put pull-up resistor on PWRKEY
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
Volume Up
Volume Down
Power Key
腐蚀问题，修改侧键
下载模式注意和侧键搭配
注意HOMEKEY_SW
1
2
C8
0.1uF_NF
R2703
100
R2701
100
R2702
100
1
TP23
TP-1.0MM
1
TP24
TP-1.0MM
1
TP25
TP-1.0MM
1
2
TVS2701
ESD-TVS-ESD5431R
1
2
TVS2702
ESD-TVS-ESD5431R
1
2
TVS2703
ESD-TVS-ESD5431R
1
2
3
4
5
6
7
8
9
10
J3
BTBS-BB2R4-10KBJ13-A
PWRKEY
KPCOL1
K
P
C
O
L
0
GND

Title
Size
Date: Sheet of
MTK Confidential
33
77_PERI_SENSORS_MEMs_ALS/PS
34
A1
Accerometer + Gyro Sensor
CM36558 / ALPS + UV I2C address: 0X51 (Write:0xA2, Read:0xA3)
ALS +UV + Proximity Senso
FIFO watermark interrupt otherwise we cannot support Hifi-sensor, daydream VR. And Sensor-location accuracy will become worse.
[A+G] For optmized GPS performance, please check HW design notice for Sensor selection guide
Note 77-1: [M sensor] Keep a minimum distance of 15mm from power ICs / PCB traces of more than 100mA / magnet component. Check HW design notice for more detail
Note 77-4:
Note 77-2:
[A+G] MUST use SPI for optmized sensor hub performance
Note 77-3:
[A+G] Suggest choose sensor support
DO NOT USE i2C
(Must for North America Operator / NA SKU)
Note 77-5: [Baro] Reserve Baro sensor for LPPe feautre
default SPI (if sensor hub support)
Schematic design notice of "77_PERI_SENSORS_MEMs_ALS/PS" page.
6DSx INT1/2 default Output Low, Active high
CM36558 INT default Output High, Active Low
Note 77-6: DO NOT share Sensor hub i2C to other non-SCP device
1
ALS+PS+IR
F
o
r
L
T
R
-
5
7
8
R
2
3
3
0
0
O
H
M
F
o
r
S
T
K
3
3
2
1
R
2
3
3
0
N
C
Replaced by fingerprint Sensor connector. follow 8996 placement
INFARED LEDS
选择PWM接口
RGB
G-Sensor
0201测试
AKM: AK09918 I2C address is 0x0C
M-Sensor
2.8V
1.8V
1
2
3
4
5
6
7
8
9
10
J2301
BTBS-BB2R4-10KBJ13-A
HT2301
C2311
1.0uF
1
TP6
TP-0.5MM
1
TP7
TP-0.5MM
1
TP8
TP-0.5MM
1
TP10
TP-0.5MM
1
TP11
TP-0.5MM
1
TP13
TP-0.5MM
TVS2310
TVS2311
TVS2312
TVS2313
TVS2314
C23
33PF
+
-
D2601
TVS2604
C105
0.1uF
C2505
0.1uF
R7 0
C2507 0.1uF
A1 VSS
A2 SCL
B1
VDD
B2
SDA
U5
1
VDD_IO
2
NC/BYP/VPP
3
NC
4
SCL/SPC
5
GND
6
SDA/SDI/SDO
7
SDO/SA0
8
CS/NC
9
INT2
10
RES/GND/NC
11
INT1
12
GND
13
ADC3/NC
14
VDD
15
ADC2/NC
16
ADC1/NC
U3
SENSOR-ACCELER-LIS3DE
1
2
3
4
5
6
J
8
BTB-PAN16-06116-1001
R2304
10K
C2309
1.0uF
C2310
1.0uF
1
T
P
7
7
0
1
TP-0.5MM
1
T
P
7
7
0
2
TP-0.5MM
1
T
P
7
7
0
3
TP-0.5MM
1
T
P
7
7
0
4
TP-0.5MM
1
T
P
7
7
0
6
TP-0.5MM
1
T
P
7
7
0
5
TP-0.5MM
E
I
N
T
︳
F
P
︳
N
V
I
O
1
8
︳
P
M
U
S
P
I
1
︳
C
L
K
S
P
I
1
︳
C
S
B
S
P
I
1
︳
M
I
S
P
I
1
︳
M
O
G
P
I
O
︳
F
P
︳
R
S
T
︳
N
F
P
︳
M
T
6
3
7
1
︳
2
V
8
VSYS
I
N
F
A
R
E
D
︳
P
W
M
V
S
Y
S
L
E
D
︳
R
G
B
E
I
N
T
︳
A
︳
G
GND
S
D
A
1
S
C
L
1
V
I
O
1
8
︳
P
M
U
S
P
I
4
︳
M
I
S
P
I
4
︳
M
O
S
P
I
4
︳
C
S
B
S
P
I
4
︳
C
L
K
VIO18_PMU
GYRO_INT_N
VIO28_PMU
GND
GND
SCL1
E
I
N
T
︳
A
L
P
S
VIO18_PMU
GND
GND
SDA1
V
I
O
2
8
︳
P
M
U
VSYS

Title
Size
Date: Sheet of
MTK Confidential
34
90_DEBUG_IO
34
A1
A
B
C
D
5 4 3 2 1
D
C
B
A
1
2
3
4
5
PCBA AUTOMATIC TEST point
Shielding Frame
B
B
S
U
B
-
P
M
U
R
F
W
C
N
屏蔽盖屏蔽框
mark 点
TP29
TP-0.8MM
TP30
TP-0.8MM
R2902 1K
R2903 1K
C2901
0.01uF
1
TP103
TP-0.5MM
1
TP26
TP-0.5MM
1
TP27
TP-0.5MM
1
TP28
TP-0.5MM
1
TP31
TP-0.5MM
1
HOLE2
HOLE-VIA1.6MM
1
TP39
HOLE-VIA1.6MM
1
HOLE4
HOLE-VIA2.5MM
1
TP4
HOLE-1.2MM
1
TP32
HOLE-1.2MM
1
HOLE3
HOLE-VIA2.5MM
屏蔽框
1
P1
ICO-BOX
屏蔽框
1
P2
ICO-BOX
屏蔽框
1
P3
ICO-BOX
屏蔽框
1
P4
ICO-BOX
屏蔽框
1
P5
ICO-BOX
屏蔽框
1
P6
ICO-BOX
1
TP131
FIDUCIAL-MARK-1MM
1
TP133
FIDUCIAL-MARK-1MM
1
TP134
FIDUCIAL-MARK-1MM
1
TP132
FIDUCIAL-MARK-1MM
URXD0
UTXD0
J
T
M
S
J
T
C
K
J
T
D
O
J
T
D
I
J
T
R
S
T
GND

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Schematic.pdf