Nokia Lumia 610 Schematics
NOKIA 610
Schematic & Placement
Contents
1. Baseband-1 (Control I/F)
2. Baseband-2 (Analog/RF)
3. Baseband-3 (EBI1/EBI2 I/F)
4. Baseband-4 (Power)
5. Baseband-5 (GND)
6. Baseband-6 (CAPs)
20. RF Transceiver-1
21. RF Transceiver-2
22. RF PA-1
23. RF PA-2
24. RF PA-3
25. RF Front End-1
Contents
1. Baseband-1 (Control I/F)
2. Baseband-2 (Analog/RF)
3. Baseband-3 (EBI1/EBI2 I/F)
4. Baseband-4 (Power)
5. Baseband-5 (GND)
6. Baseband-6 (CAPs)
7. GPIO (MSM7227A)
8. PMIC-1 (Input PWR/CTRL)
9. PMIC-2 (CLOCKs/GPIOs/MPPs)
10. PMIC-3 (VREGs)
11. USB/Charger
12. Memory-1 (LPDDR1)
13. Memory-2 (eMMC)
14. Audio-1 (MIC)
15. Audio-2 (SPK & RVR)
16. Audio-3 (Headset JACK)
17. Camera/Flash Light-1
18. Camera/Flash Light-2
19. LCM/Touch Panel
20. RF Transceiver-1
21. RF Transceiver-2
22. RF PA-1
23. RF PA-2
24. RF PA-3
25. RF Front End-1
26. RF Front End-2
27. RF Front End-3
28. BT/WiFi/FM-1
29. BT/WiFi/FM-2
30. GPS
31. Sensors
32. Keypad/Backlight
33. SIM
34. Connectors/Vibrator
35. Debug Conn/Test Point
36. Click
37. Mechanical Parts Template
38. Placement/Index
5
4
3
2
1
PROJECT
D D
C C
MODE[3:0] MSM7X27A OPERATING MODE
0000 ARM9 on P_Jtag; ARM CORTEX A5 on A_Jtag
0001
B B
P_Jtag = Primary JTAG port, A_Jtag = Auxilliary JTAG port
ARM9 + ARM CORTEX A5 daisy chain on P_Jtag
U1
631P770002N
631P770004N
631P770004N 631P770005N
0100000038R 0100000088C
R510 100K_0201_JR510 100K_0201_J
1 2
VREG_S3
SLEEP_CLK_MSM
PMIC_TCXO
JTAG_TDI
JTAG_TMS
JTAG_TCK
JTAG_RTCK
JTAG_TRST_N
MSM_RESIN_N
WDOG_EN
SLEEP_CLK_MSM
PMIC_TCXO
R501
R501
0_0201_J
0_0201_J
R507 10K_0201_FR507 10K_0201_F
1 2
1 2
L501
L501
12
2.2UH_0603
C501
C501
QCT ref. ckt Rev. B
2.2UH_0603
2.2uF_0402_6.3V
2.2uF_0402_6.3V
JTAG_TDI
JTAG_TMS
JTAG_TCK
JTAG_RTCK
JTAG_TRST_N
MSM_RESIN_N
MSM_USB_TCXO
MSM_USB_TCXO
MODE0
AE7
AJ3
AG7
AJ5
AG5
AK30
AJ11
AN1
D22
AD8
AA3
AM8
AM10
AK10
AN11
AK20
AK18
U1-1
U1-1
CONTROL
CONTROL
TDI
TMS
TCK
RTCK
TRST_N
RESIN_N
WDOG_EN
SLP_CLK
USBPHY_SYSCLK
RSVD
TCXO
MODE_3
MODE_2
MODE_1
MODE_0
MIPI_CAL
MIPI_LDO
USBPHY_VBUS
TDO
USBPHY_REXT
RESOUT_N
MIPI_DSI_CLK_P
MIPI_DSI_CLK_N
MIPI_DSI_LANE1_P
MIPI_DSI_LANE1_N
MIPI_DSI_LANE2_P
MIPI_DSI_LANE2_N
MIPI_CSI1_CLK_P
MIPI_CSI1_CLK_N
MIPI_CSI1_LANE0_P
MIPI_CSI1_LANE0_N
MIPI_CSI2_CLK_P
MIPI_CSI2_CLK_N
MIPI_CSI2_LANE0_P
MIPI_CSI2_LANE0_N
MIPI_CSI2_LANE1_P
MIPI_CSI2_LANE1_N
MSM7227A-1
MSM7227A-1
CHG_VALID
C23
JTAG_TDO
AJ7
C21
MSM_RESOUT_N
AL31
MIPI_DSI_CLK_P
AM18
MIPI_DSI_CLK_N
AN19
MIPI_DSI_LANE1_P
AT18
MIPI_DSI_LANE1_N
AR19
MIPI_DSI_LANE2_P
AR17
MIPI_DSI_LANE2_N
AP18
AM22
AN23
AR23
AP24
MIPI_CSI2_CLK_P
AM20
MIPI_CSI2_CLK_N
AN21
MIPI_CSI2_LANE0_PMIPI_CSI2_LANE0_PMIPI_CSI2_LANE0_PMIPI_CSI2_LANE0_P
AT20
MIPI_CSI2_LANE0_N
AR21
MIPI_CSI2_LANE1_P
AP22
MIPI_CSI2_LANE1_N
AT22
R502
R502
1 2
4.02K_0201_F
4.02K_0201_F
CHG_VALID
JTAG_TDO
MSM_RESOUT_N
MIPI_DSI_CLK_P
MIPI_DSI_CLK_N
MIPI_DSI_LANE1_P
MIPI_DSI_LANE1_N
MIPI_DSI_LANE2_P
MIPI_DSI_LANE2_N
MIPI_CSI2_CLK_P
MIPI_CSI2_CLK_N
MIPI_CSI2_LANE0_P
MIPI_CSI2_LANE0_N
MIPI_CSI2_LANE1_P
MIPI_CSI2_LANE1_N
MODE(3:0) pins have internal Pull Downs.
NOTES:
A A
1. MIPI internal regulator is set to Switching mode by default.
For LDO mode install 0 ohm instead of 2.2uH inductor
2. MIPI signals should be routed as differential pair of 100 ohm impedance.
5
4
3
2
1
5
PA_RAMP
D D
PRX_I_M
PRX_I_P
PRX_Q_M
PRX_Q_P
C C
PRX_I_M
PRX_I_P
PRX_Q_M
PRX_Q_P
C604 1UF_0201_6.3VC604 1UF_0201_6.3V
1 2
1 2
C605 1UF_0201_6.3VC605 1UF_0201_6.3V
PA_R0
TX_ON
TX_AGC_ADJ
TRK_LO
DRX_GPS_I_M
DRX_GPS_I_P
DRX_GPS_Q_M
DRX_GPS_Q_P
LINE_IN_L_P
LINE_IN_R_P
AUXI_M
AUXI_P
MIC1_M
MIC1_P
MIC2_M
MIC2_P
4
U1-7
U1-7
ANALOG_RF
ANALOG_RF
PA_RAMP
U5
PA_PWR_CTL
V4
AM6
P8
R5
R7
P2
J3
J1
H4
G3
K2
L1
K4
L3
C7
C9
A9
B8
E7
D6
A5
C5
B6
A7
D2
E3
E1
F2
PA_PWR_CTL_M
PA_RANGE0
PA_ON0
TX_ON
TX_AGC_ADJ
TRK_LO_ADJ
I_IM_CH0
I_IP_CH0
Q_IM_CH0
Q_IP_CH0
I_IM_CH1
I_IP_CH1
Q_IM_CH1
Q_IP_CH1
LINE_L_IN
LINE_L_IP
LINE_R_IN
LINE_R_IP
AUXIN
AUXIP
MIC1N
MIC1P
MIC2N
MIC2P
TS_LR
TS_LL
TS_UR
TS_UL
PA_R0
PA_ON_0
TX_ON
TX_AGC_ADJ
TRK_LO
C606
C606
33PF_0201_25V
33PF_0201_25V
DRX_GPS_I_M
DRX_GPS_I_P
DRX_GPS_Q_M
DRX_GPS_Q_P
LINE_IN_L_M LINE_O_RM
LINE_IN_L_P
LINE_IN_R_M
LINE_IN_R_P
AUXI_M
AUXI_P
MIC1_M
MIC1_P
MIC2_M
MIC2_P
3
GSM_BG_REF
DAC_IREF
I_OUT_N
I_OUT_P
Q_OUT_N
Q_OUT_P
USBPHY_DP
USBPHY_DN
HPH_VREF
HPH_L
HPH_R
EAR1_ON
EAR1_OP
LINE_ON
LINE_OP
AUXOUT
CCOMP
MIC_BIAS
USBPHY_ID
GSM_BANDGAP_REF
AA7
TX_IREF
AC1
TX_I_M
AE3
TX_I_P
AF2
TX_Q_M
AE5
TX_Q_P
AF4
USB_HS_DP
A21
USB_HS_DN
B22
D14
HPH_L
C11
HPH_R
C13
EAR1_M
B12
EAR1_P
A13
E9
LINE_O_LP
D8
E11
CCOMP
E5
MSM_MICBIAS
B4
B20
GSM_BANDGAP_REF
(NOTE1)
TX_IREFPA_ON_0
TX_I_M
TX_I_P
TX_Q_M
TX_Q_P
USB_HS_DP
USB_HS_DN
HPH_L
HPH_R
EAR1_M
EAR1_P
LINE_O_RM
LINE_O_LP
1 2
C602 100NF_0201_6.3VC602 100NF_0201_6.3V
MSM_MICBIAS
2
CAD NOTE:
Diff. routing and
90 ohm controlled impedance
1
CAD NOTE:
MSM7227A-1
MSM7227A-1
B B
Place this cap near GND_A (pin B10)
External CODEC Decoupling CAP
RESET
QCT ref. ckt Rev. B
PMIC_RESIN_N
(NOTE2)
D601
D602
D602
D601
CDB0130QRL
CDB0130QRL
CDB0130QRL
CDB0130QRL
PON_RESET_N
JTAG_RESOUT_N
A A
NOTES:
1. TX_IREF has cap to VREG_L7_MSM_A1. SEE SHEET 9.
2. See 80-N3261-1 for alternate PMIC_RESIN_N implementation.
5
4
PON_RESET_N
(from PMIC)
JTAG_RESOUT_N
(from debugger)
PMIC_RESIN_N
VREG_S3
R601
R601
10K_0201_J
10K_0201_J
12
12
3
MSM_RESIN_N
MSM_RESIN_N
2
1
5
D D
4
3
2
1
CAD NOTE:
Place resistor close to MSM.
EBI1_WE_N
EBI1_RAS_N
EBI1_CAS_N
EBI1_CS1_N
EBI1_CS0_N
EBI1_CLK_EN1
EBI1_CLK_EN0
EBI1_DCLK_P
EBI1_DCLK_M
C C
12
R701
R701
49.9_0201_F
49.9_0201_F
EBI1_ADDR[0:13]
B B
EBI1_DQS3
EBI1_DQS2
EBI1_DQS1
EBI1_DQS0
EBI1_DQM3
EBI1_DQM2
EBI1_DQM1
EBI1_DQM0
EBI1_BA1
EBI1_BA0
EBI1_WE_N
EBI1_RAS_N
EBI1_CAS_N
EBI1_CS1_N
EBI1_CS0_N
EBI1_CLK_EN1
EBI1_CLK_EN0
EBI1_DCLK_P
EBI1_DCLK_M
EBI1_CAL
EBI1_DQS3
EBI1_DQS2
EBI1_DQS1
EBI1_DQS0
EBI1_DQM3
EBI1_DQM2
EBI1_DQM1
EBI1_DQM0
EBI1_BA1
EBI1_BA0
EBI1_ADDR13
EBI1_ADDR12
EBI1_ADDR11
EBI1_ADDR10
EBI1_ADDR9
EBI1_ADDR8
EBI1_ADDR7
EBI1_ADDR6
EBI1_ADDR5
EBI1_ADDR4
EBI1_ADDR3
EBI1_ADDR2
EBI1_ADDR1
EBI1_ADDR0
AG29
AD32
AB30
AA29
W29
AB34
AE35
AF36
AB36
AB32
AJ35
AH30
AG33
AD34
AE29
AF30
AH36
AH34
AC29
AF34
AG35
AE33
AD30
AH32
AJ33
AF32
P36
H36
K36
T36
Y36
H30
P32
P34
Y30
U1-2
U1-2
EBI1_WE_N
EBI1_RAS_N
EBI1_CAS_N
EBI1_CS1_N
EBI1_CS0_N
EBI1_CKE1
EBI1_CKE0
EBI1_DCLK
EBI1_DCLKB
EBI1_CAL
EBI1_DQS_3
EBI1_DQS_2
EBI1_DQS_1
EBI1_DQS_0
EBI1_DM_3
EBI1_DM_2
EBI1_DM_1
EBI1_DM_0
EBI1_BA_1
EBI1_BA_0
EBI1_ADR_14
EBI1_ADR_13
EBI1_ADR_12
EBI1_ADR_11
EBI1_ADR_10
EBI1_ADR_9
EBI1_ADR_8
EBI1_ADR_7
EBI1_ADR_6
EBI1_ADR_5
EBI1_ADR_4
EBI1_ADR_3
EBI1_ADR_2
EBI1_ADR_1
EBI1_ADR_0
EBI1
EBI1
EBI1_DQ_31
EBI1_DQ_30
EBI1_DQ_29
EBI1_DQ_28
EBI1_DQ_27
EBI1_DQ_26
EBI1_DQ_25
EBI1_DQ_24
EBI1_DQ_23
EBI1_DQ_22
EBI1_DQ_21
EBI1_DQ_20
EBI1_DQ_19
EBI1_DQ_18
EBI1_DQ_17
EBI1_DQ_16
EBI1_DQ_15
EBI1_DQ_14
EBI1_DQ_13
EBI1_DQ_12
EBI1_DQ_11
EBI1_DQ_10
EBI1_DQ_9
EBI1_DQ_8
EBI1_DQ_7
EBI1_DQ_6
EBI1_DQ_5
EBI1_DQ_4
EBI1_DQ_3
EBI1_DQ_2
EBI1_DQ_1
EBI1_DQ_0
MSM7227A-1
MSM7227A-1
J29
K30
K32
G35
H32
J33
J35
H34
L29
K34
M32
M30
M34
N33
N29
N35
R29
R35
T30
P30
T34
R33
V32
T32
V30
V34
U29
AA33
Y34
Y32
W35
AA35
EBI1_DATA31
EBI1_DATA30
EBI1_DATA29
EBI1_DATA28
EBI1_DATA27
EBI1_DATA26
EBI1_DATA25
EBI1_DATA24
EBI1_DATA23
EBI1_DATA22
EBI1_DATA21
EBI1_DATA20
EBI1_DATA19
EBI1_DATA18
EBI1_DATA17
EBI1_DATA16
EBI1_DATA15
EBI1_DATA14
EBI1_DATA13
EBI1_DATA12
EBI1_DATA11
EBI1_DATA10
EBI1_DATA9
EBI1_DATA8
EBI1_DATA7
EBI1_DATA6
EBI1_DATA5
EBI1_DATA4
EBI1_DATA3
EBI1_DATA2
EBI1_DATA1
EBI1_DATA0
EBI1_DATA[0:31]
C35
F32
D34
B26
H28
E27
A27
E29
C27
U1-3
U1-3
EBI2_OE_N
EBI2_WE_N
EBI2_UB_N
EBI2_LB_N
EBI2_WAIT_N
EBI2_CS2_N
EBI2_CS1_N
EBI2_CS0_N
EBI2_CLK
EBI2
EBI2
EBI2_ADV_N
EBI2_BUSY0_N
EBI2_A_D_15
EBI2_A_D_14
EBI2_A_D_13
EBI2_A_D_12
EBI2_A_D_11
EBI2_A_D_10
EBI2_A_D_9
EBI2_A_D_8
EBI2_A_D_7
EBI2_A_D_6
EBI2_A_D_5
EBI2_A_D_4
EBI2_A_D_3
EBI2_A_D_2
EBI2_A_D_1
EBI2_A_D_0
MSM7227A-1
MSM7227A-1
G29
A25
E33
G33
D36
A33
B34
C33
E31
B32
B28
G27
D26
C29
D32
A31
H26
C31
A A
5
4
3
2
1
5
D D
U1-6
AK16
AK22
AJ21
AA11
G21
E21
G11
D10
AC5
U13
U11
Y12
AA9
G9
D4
U7
W5
F4
G5
L5
M4
W9
U1-6
VDD_USBPHY_1P8
VDD_USBPHY_3P3
VDD_A1
VDD_A1
VDD_A1
VDD_A1
VDD_A2
VDD_A3
VDD_A3
VDD_EFUSE_PROG
VDD_A1
VDD_A4
VDD_A1
VDD_A1
VDD_A1
VDD_A1
VDD_A6
VDD_A6
VDD_A6
VDD_A6
VDD_A5
VDD_A6
VREG_L14
VREG_L7
C C
VREG_S3
VREG_L9
R802 0_0201_JR802 0_0201_J
VREG_L9
B B
VREG_L9
VREG_L7
VREG_L4
VREG_L9
VREG_L3
VREG_L7VREG_L2
4
PWR
PWR
VDD_P1
VDD_P1
VDD_P1
VDD_P1
VDD_P1
VDD_P1
VDD_P2
VDD_P2
VDD_P2
VDD_P2
VDD_P2
VDD_P2
VDD_P2
VDD_P2
VDD_P2
VDD_P2
VDD_P3
VDD_P4
VDD_P4
VDD_C2
VDD_C2
VDD_C2
VDD_C2
VDD_C2
VDD_C2
VDD_C2
VDD_C2
VDD_C2
VDD_C2
VDD_C2
MSM7227A-1
MSM7227A-1
F34
L33
U33
W33
AC33
AK34
D20
D28
D30
T4
AD4
AK4
AN9
AP16
AP28
AP34
AM4
D12
F6
AC9
AC11
AC13
AF8
AF10
AF12
AF14
AG9
AG11
AG13
AG15
VREG_S3
VREG_S3
VREG_L12
VREG_S3
VREG_S2
3
VREG_S1
2
U1-8
U1-8
VDDCX_1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDDCX_1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
VDD_C1
MSM7227A-1
MSM7227A-1
V18
V20
V22
V24
V26
W15
W17
W19
W21
W23
W25
AB14
AB16
AB18
AB20
AB22
AB24
AB26
AC15
AC17
AC19
AC21
AC23
AC25
AF16
AF18
AF20
AF22
AF24
AF26
AH10
AJ9
J9
K24
K26
L11
L13
L15
L17
L19
L21
L23
L25
L27
N9
N27
P12
P14
P16
P18
P20
P22
P24
P26
R11
R13
R15
R17
R19
R21
R23
R25
V14
V16
1
NOTES:
1. VREG_L4_MSM_PLLX (X = 0, 1, 2, 3 and 5). Refer Device Spec (80-VM155-1) for more details.
2. Please connect pin U7 (of MSM device) to 1.8V to program the efuse.
Please refer to application note (80-V8891-15) which details an example fuse blow process.
A A
5
4
3
2
1
5
D D
NOTE:
R1308 PlACEMENT MUST
BE CLOSE TO MSM
GND_A (pin B10)
HPA_GND
C C
B B
1 2
R1308
R1308
0_0201_J
0_0201_J
H10
B10
AC7
V12
AA13
W13
W11
AB8
AB12
B24
AJ17
AP20
AJ23
AJ19
U1-5
U1-5
GND_A
H8
GND_A
GND_A
H2
GND_A
C3
GND_A
GND_A
W7
GND_A
M2
GND_A
GND_A
GND_A
Y8
GND_A
V8
GND_A
GND_A
U9
GND_A
GND_A
GND_A
GND_A
GND_A
J7
GND_A
G7
GND_A
J5
GND_A
L7
GND_A
GND_A
GND_A
GND_A
GND_A
4
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
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
MSM7227A-1
MSM7227A-1
A1
A3
A11
A17
A23
A29
A35
B2
B30
B36
C1
E35
F36
G1
H24
J11
J13
J15
J17
J19
J21
J23
J25
J27
K28
L9
L35
M8
M12
M14
M16
M18
M20
M22
M24
M26
M28
M36
N1
N11
N13
N15
N17
N19
3
U1-9
U1-9
GND2
N21
N23
N25
P28
U15
U17
U19
U21
U23
U25
U35
V28
V36
Y14
Y16
Y18
Y20
Y22
Y24
Y26
Y28
AA15
AA17
AA19
AA21
AA23
AA25
AB10
AB28
AC35
AD2
GND2
GND
GND
GND
GND
R9
GND
T8
GND
T12
GND
T14
GND
T16
GND
T18
GND
T20
GND
T22
GND
T24
GND
T26
GND
T28
GND
GND
GND
GND
GND
GND
GND
GND
V2
GND
GND
GND
W1
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
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
MSM7227A-1
MSM7227A-1
AD10
AD12
AD14
AD16
AD18
AD20
AD22
AD24
AD26
AD28
AD36
AE1
AE9
AE11
AE13
AE15
AE17
AE19
AE21
AE23
AE25
AF28
AH8
AH12
AH14
AH16
AH18
AH20
AH22
AH24
AH26
AK2
AK36
AL1
AR1
AR9
AR29
AR35
AT2
AT10
AT16
AT24
AT30
AT36
2
1
A A
5
4
3
2
1
VREG_S1
5
NOTE:
There are a total of 52 pins on MSM_C1.ils an example fuse blow process.
These caps are to be shared by multiple power pins
4
3
CAD NOTE:
Place resistor close to 22UF cap.
VFB_S1_MSM_C1
R1001
R1001
0_0201_J
0_0201_J
2
1
12
C1001
VREG_S2
C1025
C1025
470nF_0402_10V
470nF_0402_10V
VREG_S3
VREG_S3
VREG_L12
VREG_S3
C1001
12
C1020
C1020
12
C1042
C1042
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
D D
12
C C
B B
12
C1002
C1002
12
C1021
C1021
12
C1026
C1026
12
C1032
C1032
12
C1003
C1003
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
12
C1022
C1022
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
12
C1027
C1027
470NF_0201
470NF_0201
470nF_0402_10V
470nF_0402_10V
12
C1033
C1033
470NF_0201
470NF_0201
470NF_0201
470NF_0201
12
C1004
C1004
12
C1023
C1023
12
C1028
C1028
12
C1034
C1034
12
C1005
C1005
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
12
C1024
C1024
22uF_0603_6.3V
22uF_0603_6.3V
470nF_0402_10V
470nF_0402_10V
12
C1029
C1029
470NF_0201
470NF_0201
470nF_0402_10V
470nF_0402_10V
12
C1035
C1035
470NF_0201
470NF_0201
470nF_0402_10V
470nF_0402_10V
12
12
12
C1006
C1006
R1002
R1002
0_0201_J
0_0201_J
Rev.B
C1030
C1030
C1036
C1036
470nF_0402_10V
470nF_0402_10V
470NF_0201
470NF_0201
470nF_0402_10V
470nF_0402_10V
12
12
12
C1008
C1008
C1007
C1007
470NF_0201
470NF_0201
470nF_0402_10V
470nF_0402_10V
VFB_S2_MSM_C2
CAD NOTE:
Place resistor close to 22UF cap.
12
12
C1038
C1038
C1037
C1037
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
12
C1009
C1009
470nF_0402_10V
470nF_0402_10V
12
C1010
C1010
470nF_0402_10V
470nF_0402_10V
C1040
C1040
470nF_0402_10V
470nF_0402_10V
12
C1011
C1011
12
C1041
C1041
12
C1012
C1012
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
12
C1013
C1013
12
C1014
C1014
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
12
C1015
C1015
12
12
C1016
C1016
C1017
C1017
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
VREG_L14 VREG_L9
12
VREG_L9 VREG_L9
12
VREG_L3
12
VREG_L7 VREG_L2
12
12
470NF_0201
470NF_0201
C1053
C1053
470nF_0402_10V
470nF_0402_10V
C1055
C1055
470nF_0402_10V
470nF_0402_10V
C1057
C1057
470nF_0402_10V
470nF_0402_10V
C1058
C1058
470nF_0402_10V
470nF_0402_10V
12
C1018
C1018
470nF_0402_10V
470nF_0402_10V
C1019
C1019
22uF_0603_6.3V
22uF_0603_6.3V
12
C1054
C1054
12
C1056
C1056
12
C1059
C1059
Rev.B
470nF_0402_10V
470nF_0402_10V
470NF_0201
470NF_0201
470nF_0402_10V
470nF_0402_10V
12
12
C1044
C1044
C1043
C1043
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
VREG_L7
12
C1046
C1046
A A
470nF_0402_10V
470nF_0402_10V
12
C1048
C1048
470nF_0402_10V
470nF_0402_10V
5
TX_IREF
12
C1050
C1050
12
C1051
C1051
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
470nF_0402_10V
12
C1066
C1066
2.2nF_0402_50V
2.2nF_0402_50V
12
C1052
C1052
470nF_0402_10V
470nF_0402_10V
VREG_L4
12
C1061
C1061
470nF_0201
470nF_0201
12
C1062
C1062
470nF_0201
470nF_0201
12
C1060
C1060
470nF_0201
470nF_0201
4
3
12
C1065
C1065
470nF_0201
470nF_0201
2
1
5
PA_R1
MSM_TCXO_EN
PMIC_SSBI
D D
VREG_S3
BT_SYS_RST_N
WAKE_ON_WIRELESS_QRD
VREG_S3
I2C1_SCL
I2C1_SDA
C C
B B
I2C1_SDA
TP1103TP1103
TP1104TP1104
R1106 100K_0201_JR1106 100K_0201_J
R1107 100K_0201_JR1107 100K_0201_J
12
12
R1101
R1101
R1102
R1102
2.2K_0201_F
2.2K_0201_F
2.2K_0201_F
2.2K_0201_F
1 2
1 2
CAM_5MP_SHDN_N
LCD_RST_N
R1111
R1111
1 2
100K_0201_J
100K_0201_J
SEND_KEY_DET
WAKE_ON_WIRELESS_EVB
TORCH_FLASH_CTRL
SDC4_D0
PA_ON2
UART3_TX
UART3_RX
ACCL_INT_2
CAM_5MP_RST
CHIP_PWD_L_QRD
TP_ID
BAT_LOW
CAM_MCLK
ALS_INT_N
SDC4_D3
SDC4_D2
SDC4_D1
PA_ON_1
PM_INT_N
PS_HOLD
BAT_GD
SOC_INT
ACCL_INT
MSM_STROBE
CHIP_PWD_L_EVB
GPIO_TS_RESET
4
PA_R1
MSM_TCXO_EN
PMIC_SSBI
SDC4_D0
PA_ON2
NOTE1)
ACCL_INT_2
NOTE1)
NOTE1)
NOTE1)
CAM_MCLK
ALS_INT_N
SDC4_D3
SDC4_D2
SDC4_D1
PA_ON_1
PM_INT_N
PS_HOLD
BAT_GD
SOC_INT
ACCL_INT
GPIO_TS_RESET
AG1
AG3
AB4
AP32
AN33
AT34
AT8
B14
C15
E15
B16
G15
D16
H14
B18
C17
H12
AH4
AH2
E17
H20
D18
G17
H16
E13
G13
H22
C19
H18
E19
G19
E23
C25
D24
G25
E25
G23
AT32
AM16
AN17
AR15
AR33
AN35
AP36
AJ15
AN25
AM24
AR25
AJ25
AT26
AM26
AK26
AN27
AK24
AM28
AP26
AR27
A15
AJ1
A19
U1-4
U1-4
MPM_GPIO_0
MPM_GPIO_1
MPM_GPIO_2
GPIO_107
GPIO_108
GPIO_109
GPIO_110
GPIO_111
GPIO_112
GPIO_113
GPIO_114
GPIO_115
GPIO_116
GPIO_117
GPIO_118
GPIO_119
GPIO_120
GPIO_121
GPIO_122
GPIO_123
GPIO_124
GPIO_125
GPIO_126
GPIO_127
GPIO_128
GPIO_129
GPIO_130
GPIO_131
GPIO_132
GPIO_4
GPIO_5
GPIO_6
GPIO_7
GPIO_8
GPIO_9
GPIO_10
GPIO_11
GPIO_12
GPIO_13
GPIO_14
GPIO_15
GPIO_16
GPIO_17
GPIO_18
GPIO_19
GPIO_20
GPIO_21
GPIO_22
GPIO_23
GPIO_24
GPIO_25
GPIO_26
GPIO_27
GPIO_28
GPIO_29
GPIO_30
GPIO_31
GPIO_32
GPIO_33
GPIO_34
GPIO
GPIO
GPIO_35
GPIO_36
GPIO_37
GPIO_38
GPIO_39
GPIO_40
GPIO_41
GPIO_42
GPIO_43
GPIO_44
GPIO_45
GPIO_46
GPIO_47
GPIO_48
GPIO_49
GPIO_50
GPIO_51
GPIO_52
GPIO_53
GPIO_54
GPIO_55
GPIO_56
GPIO_57
GPIO_58
GPIO_59
GPIO_60
GPIO_61
GPIO_62
GPIO_63
GPIO_64
GPIO_65
GPIO_66
GPIO_67
GPIO_68
GPIO_69
GPIO_70
GPIO_71
GPIO_72
GPIO_73
GPIO_74
GPIO_75
GPIO_76
GPIO_77
GPIO_78
GPIO_79
GPIO_80
GPIO_81
GPIO_82
GPIO_83
GPIO_84
GPIO_85
GPIO_86
GPIO_87
GPIO_88
GPIO_89
GPIO_90
GPIO_91
GPIO_92
GPIO_93
GPIO_94
GPIO_95
GPIO_96
GPIO_97
MSM7227A-1
MSM7227A-1
AT28
AK28
AN29
AJ27
AR31
AP30
AJ29
AM30
AM2
AL3
AL5
AK8
R1
N3
N5
N7
AN3
AP2
AR3
AN5
AT4
AP4
U3
Y2
AC3
AA5
AB2
AR5
AP6
AT6
AN7
AR7
AP8
AA1
Y4
U1
W3
AP12
AJ13
AR11
AK14
AN13
AR13
AP14
AM12
AT12
AM14
AN15
AT14
T2
K8
R3
P4
AK32
AM36
AL33
AM34
AM32
AL35
AP10
AN31
AH28
AK12
3
Vol_up
Vol_down
5V_BOOST_EN
KYPD_CAM1
MSM_UART1_RFR_N
MSM_UART1_CTS_N
MSM_UART1_RXD
MSM_UART1_TXD
UIM1_MSM_CLK
CAP_TS_INT_N
KYPD_CAM2
UIM1_MSM_DATA
SSBDT_RTR
SDC2_CLK
SDC2_CMD
SDC2_D3
SDC2_D2
SDC2_D1
SDC2_D0
AUX_PCM_DOUT
AUX_PCM_DIN
AUX_PCM_SYNC
AUX_PCM_CLK
ANT_SEL3
ANT_SEL2
ANT_SEL1
ANT_SEL0
APT_BUCK_ENABLE
INTER_RX_SW_SEL
GSM_PA_BAND
GSM_PA_EN
EXT_GPS_LNA_EN
FM_RDS_INT
HS_DETECT_N
SDC3_CLK
SDC3_CMD
SDC3_D3
SDC3_D2
SDC3_D1
SDC3_D0
FLASH_EN
Vol_up
Vol_down
5V_BOOST_EN
OVP_FLAG_N
KYPD_CAM1
MSM_UART1_RFR_N
MSM_UART1_CTS_N
MSM_UART1_RXD
MSM_UART1_TXD
UIM1_MSM_CLK
CAP_TS_INT_N
KYPD_CAM2
UIM1_MSM_DATA
TP1107TP1107
TP1106TP1106
SSBDT_RTRI2C1_SCL
SDC2_CLK
SDC2_CMD
SDC2_D3
SDC2_D2
SDC2_D1
SDC2_D0
AUX_PCM_DOUT
AUX_PCM_DIN
AUX_PCM_SYNC
AUX_PCM_CLK
ANT_SEL3
ANT_SEL2
ANT_SEL1
ANT_SEL0
APT_BUCK_ENABLE
INTER_RX_SW_SEL
GSM_PA_BAND
GSM_PA_EN
EXT_GPS_LNA_EN
HS_DETECT_N
SDC3_CLK
SDC3_CMD
SDC3_D3
SDC3_D2
SDC3_D1
SDC3_D0
FLASH_EN
N_FTM_EN
R1103
R1103
2.2K_0201_F
2.2K_0201_F
(SSBI_2)
NOTE2)
QCT ref. ckt Rev. B
TP1101TP1101
12
2.2K_0201_F
2.2K_0201_F
2
VREG_S3
R1104
R1104
FM_RDS_INT
12
I2C0_SCL
I2C0_SDA
I2C0_SCL
I2C0_SDA
1
TP1102TP1102
PCB REV
GPIO_11
X
H (R1108 mount)
GPIO_119 GPIO_122
H (R1106 mount)EVB (REV0A)
H (R1107 mount)
GPIO_124
H (R1106 mount)EVT (REV0B) L (R1110 mount) X
X
L (R1109 mount)DVT1 (REV0C) XH (R1108 mount) H (R1107 mount)
DVT2 (REV0D) L (R1109 mount) XH (R1108 mount) L (R1110 mount)
XPVT (REV10) L (R1111 mount)H (R1106 mount)H (R1107 mount)
A A
NOTES:
1. GPIOs 4-14, 111-121, 125-130 are reserved for LCDC.
2. The PCM/I2S signals are muxed behind GPIO [68:71]. One of
them can be used at a time while tri-stating the other in
software.
5
4
3
2
1
5
4
3
2
1
PM8029 INPUT POWER
1 2
R1211
R1211
100K_0201_J
100K_0201_J
VREG_S3
PROJECT
U2
PVT MP
0480000007R 0480000019C
D D
C C
USB_HS_VBUS_CONN
C1209
C1209
1UF_0603_50V
1UF_0603_50V
1 2
VBATT
CSD25302Q2
CSD25302Q2
Q1202
Q1202
12
+
+
C1203
C1203
47UF_MATSUO
47UF_MATSUO
VPH_PWR
(NOTE2)
B B
R1221 47K_0201_JR1221 47K_0201_J
1 2
1
2
3
4
5
S11S66S88S22S5
G
D4
D7
4
7
12
U1201
U1201
IN
VSS
NC
VBAT
FAULT
THERMAL
BQ24312DSG
BQ24312DSG
3
R1201
R1201
1 2
0_0201_J
0_0201_J
C1202
C1202
2.2uF_0603_6.3V
2.2uF_0603_6.3V
OVP_FLAG_N
8
OUT
7
ILIM
6
5
CE
9
12
C1201
C1201
22uF_0603_6.3V
22uF_0603_6.3V
12
C1206
C1206
1uF_0402
1uF_0402
I(lim)=25/20(K)(R1210)
=1.25A (1.244 ~ 1.256A)
R1210 20K_0201_FR1210 20K_0201_F
1 2
R1220
R1220
200K_0201_F
200K_0201_F
1 2
VBATT
R1212
R1212
1 2
0_0201_J
0_0201_J
12
C1204
C1204
4.7UF_0402_6.3V
4.7UF_0402_6.3V
VCOIN
12
C1214
1
2
C1214
C1205
C1205
100NF_0201_6.3V
100NF_0201_6.3V
VBATT_TEMP
DSK-3R3G703T414-GRR_0.07F_3.3V
DSK-3R3G703T414-GRR_0.07F_3.3V
VREF_THERM
PM8029 CONTROL
12
R1208
R1208
22K_0201_J
22K_0201_J
Rev.B
BATT THERM
12
R1202
R1202
9.31K_0402_F
9.31K_0402_F
R1203
R1203
1 2
402_0402_F
402_0402_F
P16
R15
P12
R11
N11
N13
P14
R13
N15
CAD NOTE:
The input and output cap ground
of each switching regulator should
be directly connected to these pins
U2-1
U2-1
INPUT_PWR
INPUT_PWR
VCHG
VCHG
VPH_PWR
VPH_PWR
BATFET_N
VBAT
VCOIN
VREF_THERM
BATT_THERM
PM8029
PM8029
NOTE:
R2001 and R2002 values depend on
thermistor. See 80-VM155-5 for
details on how to select values.
GND_NCP
GND_S1
GND_S2
GND_S3
GND_S4
GND
GND
GND
GND
GND
GND
GND
K19
A7
A15
E23
A21
R1
A1
A23
F12
G11
G13
H12
Rev.B
BATTERY ID/TEMP
R1219
R1219
1 2
174K_0402_F
174K_0402_F
VREF_THERM
VBATT_ID
TRK LO ADJUST-DFF
U2-2
U2-2
R1204
R1204
PS_HOLD
JTAG_PS_HOLD
A A
NOTES:
1. External D-FF is only for test purpose.
2. A 47uF Tantalum cap is required to meet RMS phase error performance .
1 2
10K_0402_J
10K_0402_J
R1205
R1205
51K_0402_J
51K_0402_J
1 2
5
CABLE_PWR_ON_N
PHONE_ON_N
PMIC_RESIN_N
PMIC_SSBI
TP1201TP1201
K13
K11
M10
K15
C11
K9
4
PS_HOLD
CBLPWR_N
KPDPWR_N
RESIN_N
OPTION1
SBDT
PM8029
PM8029
CONTROL
CONTROL
VDD_MSM_IO
PON_RESET_N
PM_INT_N
PA_THERM
PM_TRK_LO
TRK_LO_ADJ
F4
H8
H10
N17
M8
M6
VREG_S3
12
C1208
C1208
100NF_0402
100NF_0402
PON_RESET_N
PM_INT_N
TP1202TP1202
PA_THERM
R1206
R1206
0_0201_J
0_0201_J
1 2
1 2
R1207
R1207
0_0201_J
0_0201_J
CAD NOTE:
Place close to PMIC
3
CAD NOTE:
Place close to PM8029
R1213
R1213
0_0201_J
0_0201_J
1 2
12
C1210
C1210
3300PF_0201_10V
3300PF_0201_10V
CAD NOTE:
Place close to PM8029
TRK_LO_ADJ
TRK_LO
2
Rev. B
1
5
4
3
2
1
PM8029 CLOCKS
U2-4
C1301
C1301
PMIC_TCXO_IN
Y1301
Y1301
1 2
1 2
27pF_0201
27pF_0201
D D
TCXO
FC-135_32.768KHz_7pF_20PPM
FC-135_32.768KHz_7pF_20PPM
BATTERY ID
PROJECTNM631P770002N
MPP7
(R1310)
MPP3
(R1311)
C C
VBATT_ID
B B
UIM1_MSM_DATA
UIM1_DATA
LED_indicator
HPH_L
HPH_R
(1.2V VREF)
12
C1302
C1302
R1310
R1310
1 2
0_0201_J
0_0201_J
R1309 0_0201_JR1309 0_0201_J
C1307 10NF_0201C1307 10NF_0201
1 2
1 2
C1308 10NF_0201C1308 10NF_0201
GSM_BANDGAP_REF
Wlite_LED1
HSED_BIAS1
HSED_BIAS2
Rev.B
Note 5
LINE_IN_L_P
LINE_IN_R_P
LINE_O_LP
LINE_O_RM
HPA_GND
VPH_PWR
Rev.B
Note 5
CAD NOTE:
ROUTE BACK TO MSM GND_A (pin B10)
07R0017701W NM NM
100NF_0402
100NF_0402
R1305
R1305
1 2
0_0201_J
0_0201_J
Rev.B
R1306 0_0201_JR1306 0_0201_J
1 2
1 2
R1307 0_0201_JR1307 0_0201_J
1 2
C1303 1uF_0402C1303 1uF_0402
1 2
C1304 1uF_0402C1304 1uF_0402
1 2
C1306
C1306
4.7UF_0603
4.7UF_0603
1 2
07R0017701W
TP1302TP1302
MB_IN
GSM_BANDGAP_REF_IN
HPH_EXT_IN_LP
HPH_EXT_IN_RM
HPA_IN_LP
HPA_IN_RM
C1305
C1305
1uF_0402
1uF_0402
1 2
SPKR_IN_M
SPKR_IN_P
U2-4
P2
TCXO_IN
R3
GND_XTAL19M_OUT
F2
XTAL_32K_IN
E1
XTAL_32K_OUT
H6
GND_XOADC
PM8029
PM8029
CLOCKS
CLOCKS
TCXO_A0_EN
TCXO_OUT_A0
TCXO_D0_EN
TCXO_OUT_D0
TCXO_D1_EN
TCXO_OUT_D1
SLEEP_CLK0
GND_TCXO
N3
M4
K3
N9
N5
N7
E5
P4
631P770005N631P770004N
07R0017701W
PM8029 GPIOs AND MPPs
Rev.B
GPIO_01
GPIO_02
GPIO_03
GPIO_04
GPIO_05
GPIO_06
GPIO_07
GPIO_08
GPIO_09
GPIO_10
GPIO_11
VIB_DRV_N
GND_DRV
HPA_CM_SNS
HPA_OUT_L
HPA_OUT_R
SPKR_BYP_M
SPKR_BYP_P
SPKR_OUT_M
SPKR_OUT_P
D6
E9
C9
C7
E11
D10
F6
F8
F10
C5
D8
B14
C13
H16
H18
F18
P20
N21
R19
P22
1 2
E13
D14
E15
D16
C15
C17
C19
D18
M14
M16
R17
E19
E21
F14
H14
F16
N23
M20
M22
R21
R23
P18
N19
(GND_SPKR)
U2-5
U2-5
MPP1
MPP2
MPP3
MPP4
MPP5
MPP6
MPP7
MPP8(XO_THERM)
HSED_BIAS1
HSED_BIAS2
LED_ATC
EXT_IN_LP
EXT_IN_RM
HPA_IN_LP
HPA_IN_RM
HPA_GNDREF
VDDANA_SPKR
VDDIN_SPKR
VDDIN_SPKR
GND_SPKR
GND_SPKR
SPKR_IN_M
SPKR_IN_P
PM8029
PM8029
MPP_MISC
MPP_MISC
PMIC_TCXO_ST
R1303
R1303
1 2
0_0201_J
0_0201_J
1 2
0_0201_J
0_0201_J
R1304
R1304
C1309
C1309
1NF_0402
1NF_0402
R1318
R1318
1 2
0_0201_J
0_0201_J
C1310
C1310
1NF_0402
1NF_0402
1 2
WLAN_CLK_PWR_REQ
MSM_TCXO_EN
BT_CLK_PWR_REQ
TCXO_D1
SLEEP_CLK_MSM
SLEEP_CLK_BT_WLAN
LCD_BL_EN
TP1301TP1301
CHG_VALID
UIM1_MSM_CLK
UIM1_CLK
UIM1_RESET
GSM_PA_EN
HPA_CM_SNS
PMIC_HPH_L
PMIC_HPH_R
SPKR_OUT_M
SPKR_OUT_P
VIB_DRV_N
C1312
C1312
33PF_0201_25V
33PF_0201_25V
1 2
R1302
R1302
1 2
0_0201_J
0_0201_J
PMIC_TCXO
NOTES:
A A
1. PMIC GPIO 9 and 10 are intended for UIM CARD detect.
2. PMIC GPIO 9 and 10 have option to supply SLEEP_CLK to BT and WLAN.
3. SPKR_BYP_M/P connections are only required for designs that use single far field and earpiece speaker.
4. Replace 0 ohm resistor with 1 uF capacitor if Auxillary inputs of HPH PA are connected to external audio signal.
5. Single-ended LINE outputs of MSM are used to drive HPH PA inputs to keep the power consumption of headphone operation as low as possible.
Differential HPH outputs of MSM are used to drive mono class D inputs amplifier.
5
4
3
2
1
5
D D
1 2
12
C1404
C1404
4.7UF_0603
4.7UF_0603
12
C1410
C1410
100NF_0402
100NF_0402
12
10uF_0603
10uF_0603
12
C1401 100NF_0201_6.3VC1401 100NF_0201_6.3V
12
12
C1406
C1406
C1405
C1405
4.7UF_0603
4.7UF_0603
4.7uF_0402_6.3V
4.7uF_0402_6.3V
12
12
C1412
C1412
C1411
C1411
100NF_0402
100NF_0402
100NF_0402
100NF_0402
VPH_PWR_PMIC
NOTE: The input and output cap
ground of each switching
regulator should be directly
C C
connected to their respective
GND Pins.
VPH_PWR_PMIC
VREG_S4_PMIC
VREG_S3
B B
NOTES:1. This is wired for UMTS only. For Multi Mode support the resistor must be swapped.
VPH_PWR_PMIC
VPH_PWR VPH_PWR_PMIC
12
C1402
C1402
C1403
C1403
4.7UF_0603
4.7UF_0603
(GND_S1) (GND_S2) (GND_S3) (GND_S4)
1 2
R1410 0_0201_JR1410 0_0201_J
12
C1408
C1408
C1409
C1409
100NF_0402
100NF_0402
R1411
R1411
0_0603_J
0_0603_J
12
12
C1407
C1407
12
C1413
C1413
100NF_0402
100NF_0402
G5
A11
B12
A19
G23
C23
H22
100NF_0402
100NF_0402
A13
D22
D4
D2
P8
R7
H2
H4
A5
1uF_0402
1uF_0402
4
PM8029 VREGs
U2-3
U2-3
REF_BYP
K5
REF_GND
VDD_S1
VDD_S1
VDD_S2
VDD_S3
VDD_S4
VDD_L7_NCP
VDD_SMPS
VDD_L1_L2
VDD_L3_L4_L5_L6
VDD_L3_L4_L5_L6
VDD_L8_L9_L10_L11
VDD_L8_L9_L10_L11
VDD_L12_L13_L14_L15_L16
VDD_L12_L13_L14_L15_L16
VDD_L17_L18_L19
VREG
VREG
VSW_S1
VSW_S1
VREG_S1
VSW_S2
VSW_S2
VREG_S2
VSW_S3
VSW_S3
VREG_S3
VSW_S4
VREG_S4
NCP_CTC1
NCP_CTC2
VREG_NCP
NCP_FB
VREG_L7
VREG_L1
VREG_L2
VREG_L3
VREG_L4
VREG_L5
VREG_L6
VREG_L8
VREG_L9
VREG_L10
VREG_L11
VREG_L12
VREG_L13
VREG_L14
VREG_L15
VREG_L16
VREG_L17
VREG_L18
VREG_L19
PM8029
PM8029
A9
B8
B10
A17
B16
B18
F22
F20
G21
B22
B20
K21
H20
G19
M18
K23
C21
D20
C1
C3
E3
B2
R5
P6
P10
R9
N1
K1
G3
M2
G1
A3
B4
B6
VREG_S1_ST
VREG_S2_ST
VREG_S3_ST
VREG_S4_ST
C1434
C1434
2.2uF_0402_6.3V
2.2uF_0402_6.3V
1 2
12
C1415
C1415
C1416
C1416
1uF_0402
1uF_0402
VREG_L18
3
12
C1417
C1417
2.2uF_0402_6.3V
2.2uF_0402_6.3V
12
2.2uF_0402_6.3V
2.2uF_0402_6.3V
12
C1419
C1419
2.2uF_0402_6.3V
2.2uF_0402_6.3V
L1404
L1404
1 2
2.2uH_1.3A
2.2uH_1.3A
L1403
L1403
1 2
2.2uH_1.3A
2.2uH_1.3A
L1402
L1402
1 2
2.2uH_1.3A
2.2uH_1.3A
L1401
L1401
1 2
2.2uH_1.3A
2.2uH_1.3A
need add via 3~4
12
C1432
C1432
1uF_0402
1uF_0402
12
12
C1422
C1422
C1421
C1421
C1420
C1420
1uF_0402
1uF_0402
R1402
R1402
1 2
0_0201_J
0_0201_J
1uF_0402
1uF_0402
12
C1433
C1433
2.2uF_0402_6.3V
2.2uF_0402_6.3V
12
C1423
C1423
1uF_0402
1uF_0402
VREG_S4
(1.8V, 50mA)
12
1uF_0402
1uF_0402
C1424
C1424
12
C1425
C1425
1uF_0402
1uF_0402
2
12
C1438
C1438
22uF_0603_6.3V
22uF_0603_6.3V
12
C1437
C1437
22uF_0603_6.3V
22uF_0603_6.3V
12
C1436
C1436
22uF_0603_6.3V
22uF_0603_6.3V
12
C1435
C1435
22uF_0603_6.3V
22uF_0603_6.3V
12
C1426
C1426
1uF_0402
1uF_0402
VREG_RFTX
VREG_SYNTH
(2.1V, 800mA)
12
12
C1427
C1427
1uF_0402
1uF_0402
C1428
C1428
1uF_0402
1uF_0402
12
1uF_0402
1uF_0402
(1.1V, 1.2A)
(1.1V, 1.2A)
(1.8V, 800mA)
(2.6V, 300mA)
(2.1V, 300mA)
R1405
R1405
1 2
0_0402_J
0_0402_J
R1406
R1406
1 2
0_0201_J
0_0201_J
(2.1V, 300mA)
(1.2V, 150mA)
(1.1V, 150mA)
(1.3V, 150mA)
(1.2V, 150mA)
(2.85V, 50mA)
(1.8V, 150mA)
(3.0V, 150mA)
(2.85V, 300mA)
(2.85V, 300mA)
(3.075V, 150mA)
(1.8V/2.85V, 150mA)
(1.8V/2.85V, 150mA)
(3.3V, 300mA)
(2.7V, 150mA)
(1.8V, 150mA)
12
12
C1430
C1430
C1429
C1429
1uF_0402
1uF_0402
VREG_S1
VFB_S1_MSM_C1
VREG_S2
VFB_S2_MSM_C2
VREG_S3
(RF SMPS DIRECT, 146mA)
VREG_S4_RF
(RF SUBREGULATION, 422mA)
VREG_S4_PMIC
VREG_L7
(RFRX_1_BACKUP 248mA)
VREG_RFRX_1_BACKUP
VREG_RFRX_0
VREG_L18
VREG_L2
VREG_S4_RF
(RF RFRX0&RFRX1, 169mA)
VREG_RFRX_1
12
C1431
C1431
1uF_0402
1uF_0402
1uF_0402
1uF_0402
VREG_L3
VREG_L4
VREG_L5
TP1402TP1402
VREG_L8
VREG_L9
VREG_L10
VREG_L12
VREG_L13
VREG_L14
VREG_L15
VREG_L16
VREG_L17
VREG_L18
VREG_L19
1
A A
PROJECT
U1410
5
4
631P770002N
0440010318W
3
631P770004N 631P770005N
NM NM
2
1
PROJECT
J1601
5
631P770002N
2336000030W
631P770004N 631P770005N
2336000010W 2336000010W
4
3
2
1
HS-USB
R1613
R1613
20K_0201_J
20K_0201_J
1 2
C1606
C1606
I2C_SCL_GAUGE
Note 1
C1611
C1611
1 2
3.3pF_0201
3.3pF_0201
D1606
D1606
1 2
MLVG0402470NV05
MLVG0402470NV05
BI/TOUT
TS_GAUGE
1 2
1 2
12
21
ESD7951ST5G
ESD7951ST5G
D1601
D1601
U1601
U1601
E1
REGIN
D1
VCC
B3
SDA
A3
SCL
E3
BI/TOUT
D3
TS
C2
VSS
C1
VSS
BQ27520YZFR-G1
BQ27520YZFR-G1
R1605
R1605
0_0201_J
0_0201_J
R1606
R1606
0_0201_J
0_0201_J
D1603
D1603
ICVS0530450FR
ICVS0530450FR
F1601 ERBRE2R00VF1601 ERBRE2R00V
21
ESD7951ST5G
ESD7951ST5G
D1602
D1602
SOC_INT
BAT_GD
BAT_LOW
I2C1_SCL
I2C1_SDA
USB_DN
BAT
CE
SRN
SRP
I2C1_SCL
USB_DP
E2
D2
A2
B2
C3
B1
A1
100NF_0201_6.3V
100NF_0201_6.3V
I2C1_SDA
TP1603TP1603
C1602
C1602
33PF_0402_50V
33PF_0402_50V
USB_HS_VBUS_CONNUSB_P
L1602
L1602
2 3
TCM0806G-900-2P-T200
TCM0806G-900-2P-T200
VREG_S3
R1612
R1612
100K_0201_J
100K_0201_J
2
C1607
C1607
1
USB_HS_VBUS_CONN
41
(1.8V)
VBATT
2
1
USB_HS_DN
USB_HS_DP
USB_HS_ID
C1608
C1608
100NF_0201_6.3V
100NF_0201_6.3V
R1609
R1609
100_0201_J_1/20W
100_0201_J_1/20W
2
C1609
C1609
100NF_0201_6.3V
100NF_0201_6.3V
1
2
C1610
C1610
100NF_0201_6.3V
100NF_0201_6.3V
1
R1610 100_0201_J_1/20WR1610 100_0201_J_1/20W
SOC_INT
VREG_S3
D1605
D1605
CDB0130QRL
CDB0130QRL
R1611
R1611
0.01_0805_F_1/4W
0.01_0805_F_1/4W
BAT_GND
12
R1607
R1607
100K_0201_J
100K_0201_J
BAT_GD
D1604
D1604
CDB0130QRL
CDB0130QRL
BAT_GND
12
VREG_S3
BAT_GD
BAT_LOW
R1608
R1608
100K_0201_J
100K_0201_JC1605
BAT_LOW
D D
V0G add FL1201 and FL1200 to Fix CS issue
USB_P
J1601
J1601
1
FIX
FIX
FIX
FIX
FIX
FIX
2UB1000-000201F
2UB1000-000201F
VBUS
GND
2
D-
3
D+
4
ID
USB_G
5
12
C1601
C1601
1UF_0603
1UF_0603
11
10
9
8
7
6
C C
Note:
1. To slow down the edge.
2. Option to change the switching frequency.
3. Place holder for high frequency CAP.
12
C1605
1UF_0201_6.3V
1UF_0201_6.3V
TP1601TP1601
TP1602TP1602
VBATT
2
100NF_0201_6.3V
100NF_0201_6.3V
1
I2C_SDA_GAUGE
VREG_LDO_2.5V
R1602
R1602
1.8M_0201_J
B B
TS
TS
1.8M_0201_J
12
R1603
R1603
18.2K_0201_F
18.2K_0201_F
R1604
R1604
1K_0201_J_1/20W
1K_0201_J_1/20W
1
C1603
C1603
33nF_0201_6.3V
33nF_0201_6.3V
2
2
C1604
C1604
100NF_0201_6.3V
100NF_0201_6.3V
1
VREG_LDO_2.5V
A A
ref: WRITE ADDRESS: 0XAA
Differential pair
ref: READ ADDRESS: 0XAB
ADDRESS: 1010101X
5
4
3
2
1
5
631P770002NPROJECT 631P770004N 631P770005N
0200000111R0200000117RU3 0200000124C
2Gb
4
3
2
1
LPDDR1
D D
EBI1_ADDR[0:13]
EBI1_BA0
EBI1_BA1
TP1707TP1707
EBI1_CLK_EN0
EBI1_CLK_EN1
C C
B B
EBI1_DCLK_P
EBI1_DCLK_M
EBI1_CAS_N
EBI1_RAS_N
EBI1_WE_N
EBI1_CS0_N
EBI1_CS1_N
EBI1_CLK_EN0
EBI1_CLK_EN1
TP1708TP1708
EBI1_DCLK_P
EBI1_DCLK_M
EBI1_CAS_N
EBI1_RAS_N
EBI1_WE_N
EBI1_CS0_N
EBI1_CS1_N
EBI1_ADDR0
EBI1_ADDR1
EBI1_ADDR2
EBI1_ADDR3
EBI1_ADDR4
EBI1_ADDR5
EBI1_ADDR6
EBI1_ADDR7
EBI1_ADDR8
EBI1_ADDR9
EBI1_ADDR10
EBI1_ADDR11
EBI1_ADDR12
EBI1_ADDR13
EBI1_BA0
EBI1_BA1
TP1706TP1706
TP1705TP1705
TP1710TP1710
TP1712TP1712
TP1701TP1701
TP1704TP1704
TP1709TP1709
TP1711TP1711
W22
W23
AB21
AC21
AC14
AC12
AB10
AB12
N22
N23
P22
P23
R22
R23
U22
U23
V22
V23
B11
K23
M22
M23
AB9
U3A
U3A
A0
A1
A2
A3
A4
A5
T22
A6
T23
A7
A8
A9
A10
A11
A12
A13
Y22
A14
BA0
BA1
J22
CKE0
J23
CKE1
A11
CK
CK#
L22
CAS#
L23
RAS#
WE#
CS0#
CS1#
Y2
NC
Y1
NC
W1
NC
W2
NC
V1
NC
V2
NC
NC
TQ
NC
NC
NC
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31
DM0
DM1
DM2
DM3
DQS0
DQS1
DQS2
DQS3
TP1715TP1715
EBI1_DATA0
J2
EBI1_DATA1
J1
EBI1_DATA2
G2
EBI1_DATA3
G1
EBI1_DATA4
F2
EBI1_DATA5
F1
EBI1_DATA6
D2
EBI1_DATA7
D1
EBI1_DATA8
B13
EBI1_DATA9
A13
EBI1_DATA10
B14
EBI1_DATA11
A14
EBI1_DATA12
B16
EBI1_DATA13
A16
EBI1_DATA14
B19
EBI1_DATA15
A19
EBI1_DATA16
B3
EBI1_DATA17
A3
EBI1_DATA18
B5
EBI1_DATA19
A5
EBI1_DATA20
B8
EBI1_DATA21
A8
EBI1_DATA22
B9
EBI1_DATA23
A9
EBI1_DATA24
B21
EBI1_DATA25
A21
EBI1_DATA26
D22
EBI1_DATA27
D23
EBI1_DATA28
E22
EBI1_DATA29
E23
EBI1_DATA30
G22
EBI1_DATA31
G23
TP1713TP1713
EBI1_DQM0
C1
EBI1_DQM1
A17
EBI1_DQM2
A6
EBI1_DQM3
A20
EBI1_DQS0
C2
EBI1_DQS1
B17
EBI1_DQS2
B6
EBI1_DQS3
B20
M2
NC
M1
NC
N2
NC
N1
NC
R2
NC
R1
NC
T2
NC
T1
NC
AB3
NC
AC3
NC
AB4
NC
AC4
NC
AB6
NC
AC6
NC
AB7
NC
AC7
NC
TP1703TP1703
EBI1_DQM0
EBI1_DQM1
EBI1_DQM2
EBI1_DQM3
EBI1_DQS0
EBI1_DQS1
EBI1_DQS2
EBI1_DQS3
VREG_S3
C1706
C1706
EBI1_DATA[0:31]
VREG_S3
12
12
C1707
C1707
22uF_0603_6.3V
22uF_0603_6.3V
12
C1713
C1713
22uF_0603_6.3V
22uF_0603_6.3V
12
C1708
C1708
470NF_0201
470NF_0201
12
C1701
C1701
(1.8V)
12
C1709
C1709
470NF_0201
470NF_0201
12
C1702
C1702
470NF_0201
470NF_0201
12
C1710
C1710
470NF_0201
470NF_0201
(1.8V)
12
C1703
C1703
470NF_0201
470NF_0201
12
C1711
C1711
470NF_0201
470NF_0201
12
C1704
C1704
470NF_0201
470NF_0201
12
C1712
C1712
470NF_0201
470NF_0201
12
C1705
C1705
470NF_0201
470NF_0201
470NF_0201
470NF_0201
470NF_0201
470NF_0201
U3B
U3B
L1
NC
P1
NC
U1
NC
AA1
NC
AC5
NC
AC8
NC
AC13
NC
H23
VDD
K1
VDD
Y23
VDD
AA23
VDD
A12
VDD
A4
VDDQ
A7
VDDQ
A10
VDDQ
A15
VDDQ
A18
VDDQ
C23
VDDQ
E1
VDDQ
F23
VDDQ
H1
VDDQ
A1
DNU
A2
DNU
A22
DNU
A23
DNU
B1
DNU
B2
DNU
B22
DNU
B23
DNU
AB1
DNU
AB2
DNU
AB22
DNU
AB23
DNU
AC1
DNU
AC2
DNU
AC22
DNU
AC23
DNU
MT46H128M32L2KQ-5 IT
MT46H128M32L2KQ-5 IT
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
B12
H22
K2
K22
L2
P2
U2
AA2
AA22
AB5
AB8
AB13
AB14
AB20
B4
B7
B10
B15
B18
C22
E2
F22
H2
AB11
NC
AB15
NC
AB16
NC
AB17
NC
AB18
NC
AB19
NC
AC9
NC
AC10
NC
AC11
NC
AC15
NC
AC16
NC
AC17
NC
AC18
NC
AC19
NC
AC20
NC
MT46H128M32L2KQ-5 IT
MT46H128M32L2KQ-5 IT
A A
5
4
3
2
1
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