FOR CHESTNUT BOMTABLE - SEE PG 14 AUDIO BOM OPTION TRISTAR BOM OPTIONS
TABLE_TABLEOFCONTENTS_ITEM TABLE_5_ITEM 155S0731 2 FERRITE 0402 P06OHM 1P8A FL6, FL9 Y SPKAMP_FERRITE_LOWDCR
27 27 Cross Reference Page
116S0004
2 RESISTOR 0402 0OHM 1A
FL6, FL9
SPKAMP_FERRITE_0OHM TABLE_5_ITEM
TABLE_TABLEOFCONTENTS_ITEM
132S0396 TABLE_5_ITEM 2 CAP 01005 10V 1000PF C500, C501 Y SPKAMP_CAPFILT_1000PF
I2C ADDRESS MAP TABLE_5_ITEM 132S0437 2 CAP 01005 10V 150PF C500, C501 Y SPKAMP_CAPFILT_150PF
131S0283 TABLE_5_ITEM 2 CAP 01005 10V 100PF DZ13, DZ14 Y SPKAMP_ESDFILT_100PF
SCH 051-9681
I2C0
DEVICE TABLE_5_ITEM BINARY 7-BIT HEX 8-BIT HEX 338S1077 1 CLASSD AMP, L19 U22 Y SPKAMP_IC_L19
AMBER PMU: TABLE_5_ITEM 1110100X 0X74 0XE8 338S1161 1 CLASSD AMP, L20 U22 Y SPKAMP_IC_L20
BRD 820-3382
CS35L19B AMP:
1000000X 0X40 0X80
117S0002 TABLE_5_ITEM 1 0201 0OHM R128 Y SPKAMP_SENSE_R_L20
LM3534 BL DRIVER:
1100011X 0X63 0XC6
TRISTAR:
0011010X 0X1A 0X34
SPKAMP_SENSE_R_L19
TABLE_5_ITEM
MCO 056-5179
CHESTNUT:
0100111X 0X27 0X4E
A I2C1
CT814 ALS:
0101001X 0X29 0X52
BOM 639-4159 (16GB) X152 REAR FACING CAM: 0010000X 0X10 0X20 ADI VCM AF DRIVER: 0001110X 0X0E 0X1C
RCAM I2C
OPEL STROBE DRIVER:
1100011X 0X63 0XC6
BOM 639-4160 (32GB) X152 FCAM I2C
ROHM VCM AF DRIVER:
0001100X 0X0C 0X18
BOM 639-3973 (64GB) X152 NOTE: ACCEL, GYRO, COMPASS ALL USING SPI (VIA OSCAR) FOR AP COMMUNICATION.
FRONT FACING CAM:
0110110X 0X36 0X6C
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H6P: JTAG, USB, PLL, HSIC, XTAL
MISC COMPONENTS ALTERNATES TABLE_ALT_HEAD
PART NUMBER
ALTERNATE FOR PART NUMBER
BOM OPTION
ALT FOR THERMISTOR TABLE_ALT_ITEM TABLE_ALT_ITEM
138S0702
138S0657
138S0697 TABLE_ALT_ITEM 138S0695 D ?
138S0746
138S0705
TABLE_ALT_ITEM
138S0739
138S0706
TABLE_ALT_ITEM
155S0773 TABLE_ALT_ITEM 155S0453 ?
155S0667 TABLE_ALT_ITEM 155S0583 ?
335S0895
335S0874
TABLE_ALT_ITEM
138S0703 TABLE_ALT_ITEM 138S0648 ?
NOTE: CANDIDATE FOR COST-SAVINGS (REPLACE WITH XW LATER?)
18 16 14 12 11 10 7 6 24 5 21 3 19 2 PP1V8
ROOM=H6P
0.00 1 R1 01005 2 24 PP1V8_PLL
PP1V0
PCB: PLACE NEAR U1
1 ROOM=H6P
1 ROOM=H6P
C34 DELETED HERE
C33
C20
1 ROOM=H6P
C21 0.01UF
20% 0.1UF
0.01UF
2 6.3V X5R-CERM
2 X5R 6.3V 10%
2 10% 6.3V
PCB: PLACE 01005
PCB: PLACE 01005 PCB: PLACE 01005 NEAR R1 X5R NEAR U1.U16 NEAR U1.AE20
24 12 5 4 PP1V2
PP3V3_USB
1 C C35
ROOM=H6P
C2 1
(25MA)
20% 0.1UF
6.3V
0.22UF
2 01005 X5R-CERM
0201 X5R 2
ROOM=H6P
ROOM=H6P
12PF C36
(1MA)
1 USB_DVDD 2
TBD: XTAL PASSIVES WILL CHANGE ON H6P WITH FIRST HW BUILD
HSIC_VDD122 5% USB_VDD330 ROOM=H6P
(25MA)
HSIC_VDD120
HSIC_VDD121
(3X 13MA)
(6X 1MA)
VDD_ANA_PLL
45_XTAL_24M_I
1.00M R7 1 Y1
CERM 16V
U1
VDD_ANA_PLL_CCC
45_XTAL_24M_O
1/32W 1%
24.000MHZ-30PPM-9.5PF-60OHM 1.60X1.20MM-SM
PP23
SHORT-10L-0.1MM-SM SM XW44
A26
12PF C37
ROOM=H6P
P4MM
N/C OK PER SEG 5/14/12
1 B26
HSIC0_DATA
H6PPOP-1GB-DDR
(5.4MA)
MF
ROOM=H6P 01005 2 R71
HSIC0_STB
HSIC_VDD120 SC58960X01-A030 FCMSP
1.33K
XI0
F25
1/32W 1% 1 2 MF
45_XTAL_24M_O_R
45_XTAL_24M_GND
PP
PP24
23 50_AP_BI_BB_HSIC1_DATA
A27
HSIC1_DATA
SYM 1 OF 13
VDDIO18_GRP4
E25
5% CERM 16V
PCB: PLACE THIS XW AT U1, NEAR XI/XO
P4MM
BASEBAND
OMIT_TABLE
XO0
ROOM=H6P
PP SM
23 50_AP_BI_BB_HSIC1_STB
B27
HSIC1_STB
HSIC_VDD121
1 01005 ROOM=H6P
WLAN (TOP) 23 50_AP_BI_WLAN_HSIC2_DATA
AM33
HSIC2_DATA
ROOM=H6P
23 50_AP_BI_WLAN_HSIC2_STB
AM34
HSIC2_STB
HSIC_VDD122
ANALOGMUXOUT
0.00 1 R163 USB_DP 2 B29 90_AP_BI_TRISTAR_USB0_H6P_P 01005
E26
N/C OK PER SEG 5/14/12
90_AP_BI_TRISTAR_USB0_P
D28 16
JTAG_SEL
USB_DM
A29
90_AP_BI_TRISTAR_USB0_H6P_N
ROOM=H6P R164
90_AP_BI_TRISTAR_USB0_N
D27
JTAG_TRTCK
1 2 USBHS ON/OFF TOLERANCE 5V/1.98V
JTAG_TSRTN MUST BE TIED TO SYSTEM_RESET PER H6 A0 BUG
E28
JTAG_TRST*
USB_ANALOGTEST
D26
N/C OK PER SEG 5/14/12
REMAINING JTAG PINS OK TO BE N/C BY SEG 5/14/12
E27
JTAG_TDO
NOTE: REPLACING INDUCTORS WITH 0OHMS FOR PROTO2 UNTIL VERIFY USB EYE
F27
JTAG_TDI
USB_VBUS
D23
USB_VBUS_DETECT 12
SERIAL MODE NAMES
16 TRISTAR_BI_AP_JTAG_SWDIO
F28
JTAG_TMS
16 TRISTAR_TO_AP_JTAG_SWCLK
C28
JTAG_TCK VDDIO18_GRP3
USB_ID
E24
N/C OK PER SEG 5/14/12
B 18 16 14 12 11 10 7 24 6 5 21 3 2 19 PP1V8
1 F29
4.7K R67
USB_REXT
E23
USB_REXT
MF 1/32W 1%
D29
HOLD_RESET
WDOG
AD4
AP_TO_PMU_RESET_IN
13 1 R6
NOTE: NEW USB_REXT
1.8V TOLERANT
H16
FUSE1_FSRC
VDDIO18_GRP1
TST_CLKOUT
AC3
VALUE FOR H6 = 200 OHM OLD (H5) VALUE: 44.2 OHM
23 22 19 16 14 13 4 RESET_1V8_L
AP_TO_PMU_TEST_CLKOUT 13
01005 MF FAST_SCAN_CLK 1/32W AD3 2 ROOM=H6P
C1 AB3
TESTMODE
1000PF
2 10% X5R-CERM 6.3V 01005
HSIC_VSS121
HSIC_VSS122
HSIC_VSS120
USB_VSSA0
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GPIO4 SYM 2 OF 13
UART6_TXD
UART6_RXD
UART5_RTXD
UART4_RTSN
UART4_CTSN
UART3_RXD
UART3_RTSN
UART3_CTSN
UART2_TXD
UART2_RXD
UART2_RTSN
UART2_CTSN
UART1_TXD
UART1_RXD
UART1_RTSN
UART1_CTSN
UART0_TXD
UART0_RXD
TMR32_PWM2
TMR32_PWM1
TMR32_PWM0
GPIO29 UART4_RXD GPIO30
UART3_TXD
UART4_TXD
GPIO10
GPIO9
SPI3_SSIN SPI3_MOSI SPI3_MISO SPI2_SSIN SPI2_SCLK SPI2_MOSI SPI2_MISO SPI1_SSIN SPI1_SCLK SPI1_MOSI SPI1_MISO SPI0_SSIN SPI0_SCLK SPI0_MOSI SPI0_MISO
SOCHOT1
SOCHOT0
SIO_7816UART1_SCL
SIO_7816UART1_RST
SIO_7816UART0_SCL
SEP_7816UART1_SCL
SEP_7816UART0_RST
I2S4_MCK I2S4_LRCK I2S4_DOUT I2S4_DIN I2S4_BCLK I2S3_MCK I2S3_LRCK I2S3_DOUT I2S3_DIN I2S3_BCLK I2S2_MCK I2S2_LRCK I2S2_DOUT I2S2_DIN I2S2_BCLK I2S1_MCK I2S1_LRCK I2S1_DOUT I2S1_DIN I2S1_BCLK I2S0_MCK I2S0_LRCK I2S0_DOUT I2S0_DIN I2S0_BCLK
I2C3_SDA
I2C3_SCL
I2C2_SDA
I2C2_SCL
I2C1_SDA
I2C1_SCL
I2C0_SDA
I2C0_SCL
DWI_DO
DWI_DI
DWI_CLK
SIO_7816UART0_SDA
SIO_7816UART0_RST
SEP_7816UART1_SDA
SEP_7816UART1_RST
SEP_7816UART0_SCL SEP_7816UART0_SDA
SIO_7816UART1_SDA
SPI3_SCLK
DISP_VSYNC
BOARD_REV1 BOARD_REV0
NOTE: THIS PULLUP + NET FOR NAVAJO
BOARD_REV3
R12 MUST WIN OVER 6X INTERNAL PULL-DOWNS THAT ARE ~100K
MENU & POWER / HOLD KEY BUFFER H6P: DIGITAL I/O, BOOTSTRAPPING
ACCESSORY UART: TOLERANCE 1.98V
NOTE: AMBER HAS 100K (MIN) INT PU FOR RESET_IN3. NEED PU TO BE 10K OR LOWER
GRAPE
VDDIO18_GRP1
VDDIO18_GRP2
VDDIO18_GRP1
BASEBAND
DAISY-CHAIN (PROTO1A/PROTO2)
PULLDOWN NEEDED ON FORCE_DFU
BOOT_CONFIG1
VDDIO18_GRP2
FLOAT=LOW, PULLUP=HIGH
VDDIO18_GRP2
FLOAT=LOW, PULLUP=HIGH
0001 X145 DEV
BOOT_CONFIG2
BB
CODEC VSP
BOOT_CONFIG3
BB_JTAG_TCK
DAISY-CHAIN (PROTO1A/PROTO2)
BB_JTAG_TMS
WIFI UART
NORTH END OF SINGLE_BRD
PCB: PLACE THIS TOP SIDE,
BOARD_ID1
BOARD_ID2
<--- SELECTED
WHEN NAVAJO SILICON ARRIVES. TO BE DELETED FROM DESIGN
NOTE: THESE PULLUPS FOR NAVAJO
BLUETOOTH
BOARD_REV2
CODEC XSP & SPKR AMP
DFU STATUS
BOARD_ID0
VDDIO18_GRP1
BT
BB_JTAG_TDI
0010 NAND 0001 SPI0 TEST MODE
SOUTH END OF SINGLE_BRD
VDDIO18_GRP2
01 NAND TEST MODE
FLOAT=LOW, PULLUP=HIGH 0000 SPI0
BB_JTAG_TDO
VDDIO18_GRP1
PCB: PLACE THIS BOTTOM SIDE,
NAVAJO
CODEC
VDDIO18_GRP1
GAS GAUGE
BOARD_ID3
VDDIO18_GRP1
L19A KEEP (STAYING) ALIVE -->
VDDIO18_GRP2
BOOT_CONFIG0
OSCAR
FOR A0 ROM. CAN BE REMOVED
WHEN NAVAJO SILICON ARRIVES. TO BE DELETED FROM DESIGN
DEBUG UART: TOLERANCE 1.98V
WHEN GET B0 SILICON
0000 X145 MLB
BOARD_ID[3:0]={GPIO16, SPIO0_MISO, SPI0_MOSI, SPI0_SCLK}
0010 X152 MLB <--- SELECTED
1101 EVT1 MAIN BUILD 1110 PROTO2A, TRISTAR2/L20 1111 PROTO2/2A, TRISAR/L19
BOARD_REV[3:0]={GPIO34, GPIO35, GPIO36, GPIO37}
BOOTSTRAPPING (BOARD_REV, BOARD_ID, BOOT_CFG)
COMMON PULL UP FOR BOARD_REV, BOARD_ID AND BOOT_CONFIG PINS
10 EVT1 MESA BUILD <--- DNP R3000 TO SELECT
01 X152 DEV
BOOT_CONFIG[3:0]={GPIO29_CONFIG3,GPIO28_CONFIG2,GPIO25_CONFIG1,GPIO18_CONFIG0}
<--- SELECTED
CODEC ASP
1.00K
01005 MF 1/32W 5%
2.2K 5%
1/32W 01005 MF
2.2K
2.2K
1/32W 5%
MF
2.2K 5% 1/32W
1/32W MF 01005 1%
ROOM=H6P
220K 5%
1/32W MF 01005
10K
1/32W MF 5%
0.00 1/32W 0%
01005 MF
3.3K
MF 01005
5% 3.3K 1/32W 1/32W
3.3K 5%
1/32W 01005 1/32W MF 5% 3.3K MF 01005
3.3K
1/32W 5% MF 01005
01005 MF
392K
1/32W 1%
FCMSP
H6PPOP-1GB-DDR
OMIT_TABLE
SC58960X01-A030
OMIT_TABLE
SC58960X01-A030 H6PPOP-1GB-DDR FCMSP
100K
01005 MF
5% 1/32W
SOT1226 74LVC1G34GX
74LVC1G34GX SOT1226
392K
1/32W 1% MF
01005 MF 1/32W
NAVAJO_TO_PMU_INT_H
PP1V8_SDRAM
PP1V8_SDRAM
PP1V8_ALWAYS
PP1V8
PP1V8
PP1V8
PP1V8
PP1V8
45_AP_TO_CODEC_I2S_MCLK
AP_BI_I2C0_SDA
AP_TO_I2C1_SCL AP_BI_I2C1_SDA
AP_TO_EEPROM_I2C_SCL
45_AP_TO_PMU_DWI_DO
BB_TO_AP_UART4_CTS_L
AP_TO_OSCAR_UART2_TXD
BUTTON_TO_AP_RINGER_A
AP_TO_SPKAMP_RESET_L
AP_TO_SPKAMP_BEE_GEES
SPKAMP_TO_AP_INT_L
AP_TO_TRISTAR_ACC_UART6_TXD
BOARD_INFO
FORCE_DFU
AP_TO_BB_WAKE_MODEM
BOARD_INFO
BB_TO_AP_RESET_DET_L
LCM_TO_AP_HIFA_BSYNC
AP_TO_LCM_RESET_L
AP_TO_TOUCH_GRAPE_RESET_L
TOUCH_TO_AP_INT_L
AP_TO_PMU_KEEPACT
PMU_TO_AP_IRQ_L
AP_TO_BB_JTAG_TDI
AP_TO_HEADSET_HS3_CTRL
AP_TO_WLAN_HSIC2_RDY
AP_TO_CODEC_XSP_I2S2_LRCLK
AP_TO_OSCAR_SWDCLK_1V8
AP_TO_OSCAR_DBGEN
AP_TO_OSCAR_RESET_L
TRISTAR_TO_AP_DEBUG_UART0_RXD
BUTTON_TO_AP_MENU_KEY_BUFF_L
AP_TO_PMU_SOCHOT1_H6P
AP_TO_PMU_VIBE_PWM_EN
WLAN_TO_AP_UART3_RXD
45_AP_TO_SPKAMP_I2S2_MCLK
AP_TO_CODEC_SPI3_CS_L
OSCAR_BI_AP_TIME_SYNC_HOST_INT
BUTTON_TO_AP_HOLD_KEY_BUFF_L BUTTON_TO_AP_VOL_UP_L BUTTON_TO_AP_VOL_DOWN_L
AP_TO_BT_WAKE
BB_TO_AP_JTAG_TDO
AP_TO_HEADSET_HS4_CTRL
OSCAR_TO_PMU_HOST_WAKE
AP_TO_RCAM_VDDCORE_EN
BB_TO_AP_PP_SYNC
AP_TO_BB_UART4_RTS_L
45_AP_TO_CODEC_ASP_I2S0_BCLK
LCM_TO_AP_PIFA
AP_TO_CODEC_ASP_I2S0_LRCLK
AP_BI_OSCAR_SWDIO_1V8
AP_TO_CODEC_SPI3_CLK
AP_TO_PMU_SOCHOT1
BUTTON_TO_AP_HOLD_KEY_BUFF_L
45_AP_TO_PMU_DWI_CLK
AP_TO_BB_I2S1_DOUT
45_AP_TO_BB_I2S1_BCLK
AP_TO_BB_JTAG_TRST_L
WLAN_TO_AP_HSIC2_REMOTE_WAKE
AP_TO_BB_HSIC1_RDY
BB_TO_AP_HSIC1_RDY
BB_TO_AP_HSIC1_REMOTE_WAKE
TOUCH_TO_AP_SPI1_MISO
AP_TO_CODEC_SPI3_MOSI
45_AP_TO_CODEC_I2S_MCLK_R
CODEC_TO_AP_ASP_I2S0_DIN
AP_TO_BB_JTAG_TMS
AP_TO_TOUCH_SPI1_MOSI
AP_BI_EEPROM_I2C_SDA
AP_TO_BB_UART4_TXD
AP_TO_BT_UART1_TXD
OSCAR_TO_AP_UART2_RXD
FORCE_DFU
WLAN_TO_AP_HSIC2_RDY
BOARD_INFO
BB_TO_AP_I2S1_DIN
AP_TO_TOUCH_SPI1_CS_L
AP_BI_BATTERY_SWI
BT_TO_AP_I2S3_DIN
BOARD_INFO
45_AP_TO_CODEC_XSP_I2S2_BCLK
AP_TO_BT_I2S3_LRCLK
AP_TO_BB_JTAG_TCK
AP_TO_RADIO_ON_L
CODEC_TO_AP_INT_L
AP_TO_BT_I2S3_DOUT
BB_TO_AP_UART4_RXD
BOARD_INFO_R
CODEC_TO_AP_VSP_I2S4_DIN
CODEC_TO_AP_XSP_I2S2_DIN
BOARD_INFO AP_TO_WLAN_UART3_TXD
AP_TO_BB_RST_L
45_AP_TO_TOUCH_CLK32K_RESET_L
AP_TO_BB_I2S1_LRCLK
AP_TO_CODEC_VSP_I2S4_DOUT
ALS_TO_AP_INT_L
BUTTON_TO_AP_MENU_KEY_BUFF_L
BT_TO_AP_UART1_RXD
AP_TO_BT_UART1_RTS_L
BT_TO_AP_UART1_CTS_L
CODEC_TO_AP_SPI3_MISO
AP_TO_NAVAJO_SPI2_MOSI AP_TO_NAVAJO_SPI2_CLK
NAVAJO_TO_AP_SPI2_MISO
AP_TO_TOUCH_SPI1_CLK
AP_TO_CODEC_ASP_I2S0_DOUT
45_AP_TO_SPKAMP_I2S2_MCLK_R
45_AP_TO_BT_I2S3_BCLK
TRISTAR_TO_AP_INT
45_AP_TO_CODEC_VSP_I2S4_BCLK AP_TO_CODEC_VSP_I2S4_LRCLK
BUTTON_TO_AP_MENU_KEY_L
BOARD_INFO
TRISTAR_TO_AP_ACC_UART6_RXD
BUTTON_TO_AP_HOLD_KEY_L
AP_TO_CODEC_XSP_I2S2_DOUT
AP_TO_NAVAJO_DAISY_CHAIN
BOARD_INFO_R BOMOPTION=MAIN_BUILD
AP_TO_TRISTAR_DEBUG_UART0_TXD
1/32W MF
ROOM=H6P
SM
P4MM-NSM
SM P4MM-NSM
AP_TO_I2C0_SCL
R16
1 R12
R17 1
R18 1
R19 1
R21 1
R5
1 R52 2 1
R53 1
2 R93
1 R150
1 R149
1 R148
1 R147
R146 1
R22 1
AC5 U1 AB1
AP13 AP12 AR13 AN14 AT12 AT13 AV13 AP14
AD1
AU13 AP15 AR14 AT14 AT15 AP16 AR16 AT16 AT17
AD5 AE4 AF1 AE2 AE5 AF3
AC31 AD34 AC32
AR19 AR18
U1
AN17
AP19 AT18 AT19
AV6 AR7
AP8 AU7
AT11 AR11
W30 W32
AL32
AJ31 AK31
AJ32 AK34
AH31 AH34
AF31 AG34
AD31 AE33
AB33 AA31 AB31 A3 AA32 AA34
AP18 AP17
AV10 AN12 AT10
R162 1 R162
U25
U26
R20 1
1 R3000
1 PP13
1 PP15
www.vinafix.vn
DDR1_VREF_CA
DDR0_VREF_CA
DDR1_RREF_DQ
VSS
DDR0_CKEIN
DDR0_VDD_CKE
DDR1_RREF_CA
DDR0_RREF_CA
DDR0_RREF_DQ
DDR0_VREF_DQ DDR1_VREF_DQ
DDR1_VDD_CKE
DDR1_CKEIN
SYM 7 OF 13
VDD_SENSE
VDD VDD
SYM 10 OF 13
VDD_CPU VDD_GPU
VDD_GPU_SENSE
VDD_SENSE_CPU
SYM 13 OF 13
(DDR IMPEDANCE CONTROL)
NOTE: CKEIN CONFIRMED 1.8V TOLERANT
10,800MA FOR CPU0+1
7,500MA FOR G3 GPU
(<1MA)
ON 5/6/12, BY MANU G
@1.1V/1.2GHZ
(500MA)
H6P: GND, VDDCA, VDD1/2, VDD, VDD_CPU, VDD_GPU
(CURRENT CONSUMPTION
VDDCA, VDD1/2, VDDQ
@125C
VDD
@1.1V @125C
(<1MA)
(CURRENT CONSUMPTION
VDD_CPU, VDD_GPU
SHARED WITH VDDIOD)
@1.0V @125C
(45MA PULLED BY H6)
(THERMAL VIRUS)
2,500MA FOR VDD_SOC
(VDD BALLS = VDD_SOC PWR DOMAIN)
SHARED WITH VDDIOD)
10K
MF 1/32W 1% 01005
ROOM=H6P
1% 1/32W 10K
ROOM=H6P
MF 01005
ROOM=H6P
10K
1% MF 1/32W
10K
ROOM=H6P
ROOM=H6P
MF 1/32W 01005
4.7K 1%
4.7K
ROOM=H6P
MF 1/32W 1% 01005
01005 ROOM=H6P
4.7K 1% 1/32W MF
01005 ROOM=H6P
4.7K 1% 1/32W MF
4V
ROOM=H6P
20% X7S 0204
0.47UF
4V
ROOM=H6P
20% X5R-CERM 0610
4.3UF
4V ROOM=H6P 0204 X7S
20% 0.47UF
4V X6S
1UF
ROOM=H6P 0204
6.3V
0.01UF
ROOM=H6P
X5R
6.3V 01005 ROOM=H6P
10% 0.01UF
X5R
6.3V 01005 ROOM=H6P X5R
0.01UF 10%
6.3V
ROOM=H6P
X5R 01005
0.01UF 10%
6.3V
ROOM=H6P
10% 01005 X5R
0.01UF
6.3V 01005 ROOM=H6P
10% X5R
0.01UF
6.3V
ROOM=H6P
X5R
0.01UF 10%
6.3V
ROOM=H6P
0.01UF 10%
01005 X5R
243 1% 1/32W MF
ROOM=H6P
MF
243 1% 1/32W
6.3V
ROOM=H6P
20% CERM 0402
0.47UF
20% CERM 20%
ROOM=H6P 0402
1UF
6.3V
0.47UF
0402 CERM
ROOM=H6P
6.3V
0.47UF
ROOM=H6P
CERM 0402
6.3V 0.47UF 6.3V
ROOM=H6P
CERM 0402
6.3V CERM 0402
0.47UF 20%
ROOM=H6P
CERM 4V 20% 0402
1UF
ROOM=H6P
4V
ROOM=H6P
1UF
6.3V
ROOM=H6P
0.47UF 20% CERM 6.3V 0402 0402 CERM 0.47UF 20%
ROOM=H6P
CERM 4V 20%
ROOM=H6P
4V 1UF 0402 CERM
1UF 20%
ROOM=H6P
6.3V
ROOM=H6P
0.47UF 20% CERM 6.3V 0402 0402 20% 0.47UF CERM
ROOM=H6P
4V
1UF
ROOM=H6P
4V X5R-CERM
ROOM=H6P
4.3UF
4V 0610 X5R-CERM ROOM=H6P
4.3UF 20%
4V ROOM=H6P 0610 X5R-CERM
20% 4V 4.3UF
X5R-CERM
20% 4.3UF
4V
ROOM=H6P
CERM 0402
1UF 20%
4V 4.3UF 20% X5R-CERM
ROOM=H6P 0610
4V 20% 0.47UF X7S
ROOM=H6P 0204
4V 20% 0610 ROOM=H6P
4.3UF
4V ROOM=H6P 0204
20% X6S
1UF
4V 20%
ROOM=H6P 0204
1UF
X6S
4V 20%
ROOM=H6P 0204
1UF
X6S
4V 1UF 20%
ROOM=H6P 0204 X6S
4V X6S ROOM=H6P 0204
20% 1UF
OMIT_TABLE
SC58960X01-A030 FCMSP
H6PPOP-1GB-DDR
FCMSP SC58960X01-A030 FCMSP
H6PPOP-1GB-DDR
H6PPOP-1GB-DDR SC58960X01-A030
FCMSP OMIT_TABLE
16V
15PF
NP0-C0G-CERM 01005
4V X5R-CERM
4.3UF
0610 ROOM=H6P
4V ROOM=H6P 0610
4.3UF
X5R-CERM
4V 20%
ROOM=H6P
20% X5R-CERM
4.3UF
45_DDR0_VREF_CA 45_DDR1_VREF_CA
RESET_1V8_L
45_DDR0_ZQ
45_DDR0_VREF_DQ
45_DDR1_VREF_DQ
45_DDR1_VREF_DQ
45_DDR0_VREF_DQ
45_DDR1_VREF_CA
45_BUCK2_FB
45_BUCK0_FB
45_BUCK1_FB
PP1V0_SOC
PP1V2
PP1V2
PP1V2_SDRAM
PP1V8_SDRAM
PP1V1_GPU
ROOM=H6P
6.3V CERM-X5R
10UF 20%
0402-2
PP1V1_CPU
0402-2 ROOM=H6P
6.3V CERM-X5R
10UF 20%
0610 0402-2 ROOM=H6P
20% 10UF CERM-X5R 6.3V
ROOM=H6P
X5R-CERM
PP1V2_SDRAM
PP1V2_SDRAM
ROOM=H6P
0.1UF 20%
X5R-CERM 6.3V 01005
ROOM=H6P 01005 01005
45_DDR1_ZQ 45_DDR0_VREF_CA
01005 ROOM=H6P
0.1UF 20%
X5R-CERM C160 1 C160
1 C133
1 C68
1 R28
1 R27
1 R29
1 R30
1 R31
1 R32
1 R33
1 R34
1 C59
1 C57
1 C60
1 C43
1 C106
1 C108
1 C111
1 C113
1 C114
1 C117
1 C118
1 C120
1 R72
1 R73
C112
C158
4 C161
C121
C124
C97
C87
C83
C122
C100
C89
C72
C166
C174
C169
1 C177
1 C141
1 C152
1 C107
C282
1 C302
1 C48
1 C285
1 C40
1 C173
1 C153
1 C53
1 C49
U1
AU12 AU19 AV22
AC2 AD33
AG33
AJ2 AU10 AU14 AU20 AU22 AV17
AB34 AF34 AV12 AV15 AV19 AV21
AA7 AA17 AA7
AB30
AB14 AB20 AN13 AD20 AN15 AE21 AF6 AF20 AF30 AN18
AH20
AK6 AK20 AK30 AL23 AN9 H24 H28 J7 J9 J11
V24 V26 V28 W7 W17 W19 Y16 Y18 Y20 AN11
V31
AA21 U1 AA23
AC23 AC25 AC27 AC29 AD22 AD27 AE29 AF22 AF25 AF27
AA25
AG21 AG23 AG25 AG27 AG29 AH22 AH24 AH26 AH28 AJ21
AA27
AJ23 AJ25 AJ27 AJ29 AK22 AK24 AK26 AK28 AL21 AL27
AB22 AB24 AB26 AB28 AC21
AB10 AB12
AC9 AD10 AD12 AD14 AD16 AD18 AD8 AE11 AE13 AE15
AB16
AE17 AE19 AE7 AE9 AF10 AF12 AF14 AF16 AF18 AF8
AB18
AG11 AG13 AG15 AG17 AG19 AG7 AG9 AH10 AH12 AH14
AC11
AH16 AH18 AH8 AJ11 AJ13 AJ15 AJ17 AJ19 AJ7 AJ9
AC13
AK10 AK12 AK14 AK16 AK18 AK8 AL11 AL13 AL15 AL17
AC15
AL19 AL7 AL9 AM6
AC17 AC19 AC7
AA5
AN30
1 C5000
1 C75
1 C80
1 C151
C41 2 1
1 C142
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VDDIOD_DDR1CA
VDDIOD_DDR0CA
VDDIO18_GRP4
VSS
VDDIO18_GRP2
VDDIO18_GRP1
VDDIOD_DDRDQ
VDDIO18_GRP3
SYM 9 OF 13
SYM 8 OF 13
VDD_ANA_TMPSADC0 VDD_ANA_TMPSADC1 VDD_ANA_TMPSADC2 VDD_ANA_TMPSADC3
VDD_SRAM_SOC
VSS
VDD_SRAM_CPU
CAPS FOR VDDIO18_X ARE SHARED WITH VDDIODX
(2.5MA)
VDD_SRAM, VDD_SOC
(2.5MA) (2.5MA)
(1500MA)
@1.0V @125C 1,500MA FOR CYCLONE + M$ SRAM
H6P
(1000MA)
(PPN,GPIO,JTAG)
(2MA)
(31MA)
(XTAL I/O)
(I2S,TMR,SIO,GPIO,UART) (20MA)
VDDIOD, VDDIO18
(GPIO,UART,SPI,I2C) (65MA) (SENSOR,SOCHOT,PMU)
CAPS FOR VDDIOD ARE SHARED WITH VDDQ
JUST A FEW GNDS
(GND, VDDIO18, VDDIOD, VDD_SRAM, VDD_SOC)
(2.5MA)
4V 0204 X7S
20% 0.47UF
ROOM=H6P
4V 0204
20% 0.47UF
X7S
ROOM=H6P
4V 0.47UF 20%
4V
ROOM=H6P
4.3UF
X5R-CERM 0610
20%
1KOHM-25%-0.2A
0201
ROOM=H6P
10V ROOM=H6P 0201-1
1.0UF 20%
X5R-CERM
4V X6S 20% 1UF
ROOM=H6P 0204
4V
1UF
ROOM=H6P
X6S 0204
20%
4V
ROOM=H6P
X6S
20% 1UF
0204
4V
ROOM=H6P
X6S
20% 1UF
0204
H6PPOP-1GB-DDR SC58960X01-A030
OMIT_TABLE
FCMSP
H6PPOP-1GB-DDR SC58960X01-A030
OMIT_TABLE
FCMSP
OMIT_TABLE
H6PPOP-1GB-DDR SC58960X01-A030 FCMSP
H6PPOP-1GB-DDR SC58960X01-A030
FCMSP
OMIT_TABLE
PP1V0_SRAM
PP1V2
PP1V8
402 ROOM=H6P
6.3V X5R
4.7UF 20%
X7S 0204
ROOM=H6P
PP1V8_XTAL
PP1V8
ROOM=H6P
0.1UF 20%
X5R-CERM 6.3V 01005
1 C134
1 C91
1 C95
1 C305
FL67
1 C379
1 C86
1 C78
1 C81
1 C115
A1 U1 A2
A16
AG14 AG16 AG18 AG20 AG22 AG24 AG26 AG28 AG30 AH5
A18
AH7 AH9 AH11 AH13 AH15 AH17 AH19 AH21 AH23 AH25
A25
AH27 AH29 AH32 AJ1 AJ3 AJ8 AJ10 AJ12 AJ14 AJ16
A28
AJ18 AJ22 AJ24 AJ26 AJ28 AJ30 AK5 AK7 AK9 AK11
A30
AK13 AK15 AK17 AK19 AK21 AK23 AK27 AK29 AK32 AL3
A33
AL6 AL8 AL10 AL12 AL14 AL16 AL18 AL20 AL22 AL24
A34
AL26 AL28 AL30 AM4 AM7 AM18 AM30 AN2 AN5 AN7
AA1
AB6 AM9 AM11 AM13 AN16 AM15 AN19 AN20 AN21 AN22
AA2
AN23 AN24 AN31
AA10 AA12 AA14 AA16 AA18 A2 AA24 AA26
A4
AA28 AA30
AB5 AB7 AB9
AB11 AB13 AB15 AB17 AB19
A5
AB21 AB23 AB25 AB27 AB29 AB32
AC4 AC8
AC10 AC12
A7
AC14 AC16 AC18 AC20 AC22 AC24 AC26 AC28 AC30 AC34
A9
AD2 AD7 AD9
AD11 AD13 AD15 AD17 AD19 AD21 AD23
A11
AD25 AD29 AD32
AE3 AE8
AE10 AE12 AE14 AE16 AE18
A13
AE22 AE24 AE26 AE28
AF5 AF7 AF9
AF11 AF13 AF15
A14
AF17 AF19
AF21 AF23 AF29 AF32 AG2 AG8 AG10 AG12
AN32 U1 AN33
AN34 AP6 AP20 AP21 AP24 AP25 AP26 AP27 AP28 AP29 AP30 AP31 AP32
AR3 AR8
AR12 AR15 AR17 AR20 AR21 AR22 AR23 AR24 AR25 AR28 AR29 AR32
AT1 AT4 AT6
AT20 AT21 AT22 AT23 AT24 AT25 AT26 AT27 AT28 AT29 AT30 AT31 AT32
AU1 AU2
AU11 AU16 AU18 AU21 AU33 AU34
AV1 AV2 AV9
AV11 AV14 AV16 AV18 AV20 AV33 AV34
U1
AD6 AH6 AM8
AM10 AM12 AM14 AM16 AM19
AD30 AH30
G25 G27 H30 K30 M30 P30 G29
G24
AM20 AM21 AM22 AM23 AM24
V9 V11 V13 V15 V17 V19 V21 V23 V25 V27 V30 V32 V34 W1 W2 W3 W4 W5 W8 W10 W12 W14 W16 W18 W20 W22 W24 W26 W28 W33 Y2 Y3 Y4 Y5 Y7 Y9 Y11 Y13 Y15 Y17 Y19 Y21 Y23 Y27 Y29 Y32 AM17 Y30 AC6 AE6 AG6 AJ6 AE30
U1
AJ20 AA20
AB4 H22
AD24 AD26
Y25
AD28 AE23 AE25 AE27 AF24 AF26 AF28 AK25
1 C30
1 C85
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IO0-1
IO7-1
IO6-1
IO3-1 IO4-1 IO5-1
IO1-1 IO2-1
IO7-0
IO5-0 IO6-0
IO4-0
IO2-0 IO3-0
IO1-0
IO0-0
RE0 RE0*
DQS0*
R/B0*
DQS0
ALE1 WE1*
RE1 RE1*
DQS1 DQS1*
R/B1*
ZQ
VREF
VSS VSSQ
VDDI VCCQ
TMSC TCKC PPN0_ALE PPN0_CEN0 PPN0_CEN1 PPN0_CLE PPN0_DQS PPN0_IO0 PPN0_IO1 PPN0_IO2 PPN0_IO3 PPN0_IO4 PPN0_IO5 PPN0_IO6 PPN0_IO7 PPN0_REN PPN0_VREF PPN0_WEN PPN0_ZQ
PPN1_ALE
PPN1_CEN0 PPN1_CEN1
PPN1_CLE
PPN1_IO0 PPN1_IO1 PPN1_IO2 PPN1_IO3 PPN1_IO4 PPN1_IO5 PPN1_IO6
PPN1_REN
PPN1_VREF
PPN1_WEN
PPN1_ZQ
PPN1_DQS
PPN1_IO7
SUPPORT FOR PPN1.5 (1.8V IO) ONLY
1000MA 500MA
VDDIO18_GRP3
(IS A STATUS READY BIT)
H6P NAND + 12X17 NAND PKG
NOTE: IO<6> PREFERRED BY MATT BYOM
PCB: THIS XW ON OUTER LAYER, ACCESSIBLE FOR REWORK NOTE: NAND PADS SHOULD BE SHIELDED FROM TRACES WITH A GROUND PLANE
ROOM=NAND
SM
6.3V
ROOM=NAND
10UF 20%
OMIT_TABLE
CERM-X5R 6.3V 0402-1
10UF
OMIT_TABLE
CERM-X5R 0402-1
ROOM=NAND
4V 0204 ROOM=NAND
0.47UF 20%
X7S
ROOM=NAND
1% 1/32W MF 01005
ROOM=NAND
LGA-12X17
1/32W 5% 01005 ROOM=H6P MF
100K
ROOM=H6P
100K
1/32W 5% MF 01005
6.3V
0.01UF 10%
01005 ROOM=H6P X5R
6.3V
ROOM=H6P
10UF
CERM-X5R
ROOM=NAND OMIT_TABLE 0402-1
6.3V
OMIT_TABLE
0402-1 CERM-X5R ROOM=NAND
20% 10UF
4V
ROOM=NAND
2.2UF
20% X5R-CERM
4V
2.2UF 20%
ROOM=NAND 0201 X5R-CERM
4V ROOM=NAND 0402
15UF 20%
X5R
4V
15UF
ROOM=NAND
1UF
ROOM=NAND 0204
4V
ROOM=NAND
20% 1UF
0204 X6S
ROOM=H6P 01005
1% MF
ROOM=H6P 01005
1/32W 1% MF
01005 ROOM=H6P
50K 1%
1/32W MF
1/32W
50K 1%
MF 01005
ROOM=H6P
1/32W
ROOM=NAND
NOSTUFF
MF
100K
100K 1/32W 5%
ROOM=NAND
MF 01005
OMIT_TABLE
H6PPOP-1GB-DDR SC58960X01-A030
FCMSP
10V ROOM=NAND 0402-1 X5R-CERM
10UF 20%
45_AP_PPN0_ZQ
AP_BI_NAND_ANC0_IO<2>
AP_BI_NAND_ANC0_IO<4>
AP_TO_NAND_ANC0_ALE
AP_TO_NAND_ANC0_CEN0_L
AP_BI_NAND_ANC0_IO<0> AP_BI_NAND_ANC0_IO<1>
AP_BI_NAND_ANC0_IO<3>
AP_BI_NAND_ANC0_IO<5> AP_BI_NAND_ANC0_IO<6> AP_BI_NAND_ANC0_IO<7>
AP_TO_NAND_ANC1_ALE AP_TO_NAND_ANC1_CLE
AP_BI_NAND_ANC1_IO<0>
45_AP_TO_NAND_ANC1_RE_L
AP_TO_NAND_ANC1_WE_L
45_AP_BI_NAND_ANC1_DQS
AP_TO_NAND_ANC_DQVREF
AP_TO_NAND_ANC_DQVREF
AP_TO_NAND_ANC0_WE_L
AP_TO_NAND_ANC0_CEN0_L
AP_TO_NAND_ANC0_CLE
AP_BI_NAND_ANC0_IO<0>
AP_BI_NAND_ANC0_IO<4>
AP_BI_NAND_ANC0_IO<6>
AP_BI_NAND_ANC0_IO<2>
45_AP_TO_NAND_ANC1_RE_L
45_AP_BI_NAND_ANC1_DQS
AP_TO_NAND_ANC1_CLE
AP_TO_NAND_ANC1_CEN0_L
AP_BI_NAND_ANC0_IO<1>
NAND_RDYBSY0
AP_BI_NAND_ANC0_IO<5>
NAND_RDYBSY1
AP_TO_NAND_ANC1_CEN0_L
45_AP_PPN1_ZQ
AP_BI_NAND_ANC1_IO<4>
AP_BI_NAND_ANC1_IO<3>
AP_TO_NAND_ANC0_CLE
AP_BI_NAND_ANC1_IO<1>
AP_BI_NAND_ANC0_IO<7>
AP_BI_NAND_ANC0_IO<3>
AP_TO_NAND_ANC0_ALE
45_AP_TO_NAND_ANC0_RE_L
45_AP_BI_NAND_ANC0_DQS
AP_BI_NAND_ANC1_IO<2>
PP1V2_NAND_VDDI
PP1V8
PP1V8
PP3V0_NAND
AP_TO_NAND_ANC_DQVREF
45_AP_BI_NAND_ANC0_DQS
45_AP_TO_NAND_ANC0_RE_L
AP_TO_NAND_ANC0_WE_L
AP_BI_NAND_ANC0_IO<6>
P4MM-NSM ROOM=H6P P4MM-NSM
45_AP_TO_NAND_ANC0_RE_L
P4MM-NSM ROOM=H6P P4MM-NSM
45_AP_BI_NAND_ANC0_DQS
ROOM=H6P P4MM-NSM SM
AP_TO_NAND_ANC_DQVREF
OMIT_TABLE
PP3V0_NAND_XW
AP_TO_NAND_ANC1_WE_L
AP_TO_NAND_ANC1_ALE
45_NAND_PPN_ZQ
ROOM=NAND
P4MM-NSM SM
XXNM-XGBX8-MLC-PPN1.5-ODP
0.01UF
NAND_TO_PP_TMSC
NAND_TO_PP_TCKC
AP_BI_NAND_ANC1_IO<7>
AP_BI_NAND_ANC1_IO<6>
AP_BI_NAND_ANC1_IO<5>
P4MM-NSM ROOM=NAND 1/32W ROOM=NAND
XW2
1 C187
1 C182
1 C180
R8
U4
1 R82
1 R78
1 C136
1 C144
1 C209
1 C307
1 C50
1 C376
1 C377
1 C378
1 C3
1 C185
R55
R153
1 R137
1 R143
1 R160
1 R161
U1
1 C999
PP2
1 PP3
1 PP10
PP17
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H6P HIGH SPEED DIG (CAM, LCD, DP)
PP1V8 235
24 12 7 2 PP1V0
24 PP_MIPI0D_VREG
1 C190
24 PP_MIPI1D_VREG
1UF
LPDP NOT USED, NO CAP NEEDED ON THIS PIN
2200PF C6 C7 2200PF C191 0.1UF
24 12 7 2 PP1V0
PP1V8
X6S
ROOM=H6P 0204
MIPI_VDD10
X5R-CERM 6.3V 2 2 6.3V 10% X5R-CERM
2 6.3V 20%
(55MA)
ROOM=H6P
ROOM=H6P
01005 ROOM=H6P
X5R-CERM
BB_TO_AP_IPC_GPIO 2 3 5 6 7 10 11 12 14 16 18 19 AN10 VDDIO18_GRP1 PP1V8
SENSOR0_ISTRB
MIPI0D_VDD18
MIPI1D_VDD18
11 FCAM_TO_AP_ALS_INT_L
23 AR9
SENSOR0_XSHUTDOWN
1 R37 1 R39 1 R41 1 R42
15 AP_TO_LEDDRV_EN
AR10
SENSOR1_ISTRB
U1
MIPI0D_VREG_0P4V
MIPI1D_VREG_0P4V
1.00K 1.00K 1.00K
1.00K
AP10
1/32W 5%
SENSOR1_XSHUTDOWN
H6PPOP-1GB-DDR
DP_PAD_DVDD
SC58960X01-A030
DP_PAD_AVDDX
DP_PAD_AVDDP0
DP_PAD_AVDD1
DP_PAD_AVDD0
DP_PAD_AVDD3
DP_PAD_AVDD2
21 90_RCAM_TO_AP_MIPI_DATA0_P
AU27
MIPI0C_DPDATA0
FCMSP
ISP0_SCL
AT7
AP_TO_RCAM_I2C_SCL
DP_PAD_AVDD_AUX
C (50MA)
21 90_RCAM_TO_AP_MIPI_DATA0_N
AV27
MIPI0C_DNDATA0
SYM 5 OF 13
ISP0_SDA
AV7
AP_BI_RCAM_I2C_SDA
U1
21 90_RCAM_TO_AP_MIPI_DATA1_P
AU26
MIPI0C_DPDATA1
OMIT_TABLE
H6PPOP-1GB-DDR
21 90_RCAM_TO_AP_MIPI_DATA1_N
AV26
MIPI0C_DNDATA1
SC58960X01-A030
21 AU24
ISP1_SCL
AU8
AP_TO_FCAM_I2C_SCL 11
E16
FCMSP
90_RCAM_TO_AP_MIPI_DATA2_P
MIPI0C_DPDATA2
ISP1_SDA
AP9
AP_BI_FCAM_I2C_SDA 11 N/C OK PER SEG 5/14/12
DP_PAD_DC_TP
SYM 6 OF 13
21 90_RCAM_TO_AP_MIPI_DATA2_N
AV24
MIPI0C_DNDATA2
R38 1 2 45_AP_TO_RCAM_CLK 21 E17 DP_PAD_R_BIAS
OMIT_TABLE
VDDIO18_GRP1
SENSOR0_CLK
AV8
45_AP_TO_RCAM_CLK_R
21 90_RCAM_TO_AP_MIPI_DATA3_P
AU23
AT8
AP_TO_RCAM_SHUTDOWN
1/32W
VDDIO18_GRP3
EDP_HPD
D30
SENSOR0_RST
21 90_RCAM_TO_AP_MIPI_DATA3_N
AV23
MF ROOM=H6P MIPI0C_DNDATA3 01005
MIPI0C_DPDATA3
MAIN CAMERA
AU9
45_AP_TO_FCAM_CLK_R
1 C259
C274 56PF
21 90_RCAM_TO_AP_MIPI_CLK_P
AV25 11
AU25
SENSOR1_CLK
MIPI0C_DPCLK
SENSOR1_RST
AT9
AP_TO_FCAM_SHUTDOWN
56PF
21 90_RCAM_TO_AP_MIPI_CLK_N
DP_PAD_AUXP
A20
MIPI0C_DNCLK
2 5% NP0-C0G 6.3V 2 NP0-C0G 6.3V 5%
SHUTDOWN IS ALSO
DP_PAD_AUXN
B20
AU32
RESET FCAM
ROOM=H6P
ROOM=H6P
19 90_AP_BI_LCM_MIPI_DATA0_P
MIPI0D_DPDATA0
19 90_AP_BI_LCM_MIPI_DATA0_N
AV32
MIPI0D_DNDATA0
R40 33.2
DP_PAD_TX0P
A21
19 90_AP_TO_LCM_MIPI_DATA1_P
AU31
MIPI0D_DPDATA1
MIPI_VDD10
1/32W 2 45_AP_TO_FCAM_CLK
DP_PAD_TX0N
B21
19 90_AP_TO_LCM_MIPI_DATA1_N
AV31
MIPI0D_DNDATA1
MF ROOM=H6P 01005
FF CAMERA
DP_PAD_TX1P
A22
N/C OK PER SEG 5/14/12
AU29
C280
C284
DP_PAD_TX1N
B22
AV29
MIPI0D_DPDATA2
5% 56PF
56PF
MIPI0D_DNDATA2
2 NP0-C0G 6.3V 2 5% NP0-C0G 6.3V
DP_PAD_TX2P
A23
N/C OK PER SEG 5/14/12
AU28 11
MIPI1C_DPDATA0
AT33
90_FCAM_TO_AP_MIPI_DATA0_P
DP_PAD_TX2N
B23
MIPI0D_DPDATA3
MIPI1C_DNDATA0
AT34
90_FCAM_TO_AP_MIPI_DATA0_N
11 ROOM=H6P
ROOM=H6P
AV28
MIPI0D_DNDATA3
DP_PAD_TX3P
A24
MIPI1C_DPDATA1
AP33
B24
19 90_AP_TO_LCM_MIPI_CLK_P
AU30
MIPI0D_DPCLK MIPI0D_DNCLK
MIPI1C_DNDATA1
AP34
N/C OK PER SEG 5/14/12
DP_PAD_TX3N
B DP_PAD_AVSS_AUX
19 90_AP_TO_LCM_MIPI_CLK_N
AV30
DP_PAD_AVSS2
DP_PAD_AVSS3
DP_PAD_DVSS
DP_PAD_AVSSX
DP_PAD_AVSSP0
DP_PAD_AVSS1
DP_PAD_AVSS0
MIPI1C_DPCLK
AR33
90_FCAM_TO_AP_MIPI_CLK_P 11
MIPI1C_DNCLK
AR34
90_FCAM_TO_AP_MIPI_CLK_N 11
MIPI_VSS
8 7 6 5 4 3 2 www.vinafix.vn 1
BUTTON FLEX
(VIBE DRIVER, BUTTONS, ANC REF MIC, STROBE, STROBE_NTC)
120-OHM-210MA FL21
15 STROBE:
RCAM_TO_STROBE_NTC_CONN
1 RCAM_TO_STROBE_NTC
STROBE:
C397
56PF 1 ROOM=BUTTON 01005
51.1K R157
STROBE NTC
LED WARM, RETURN
24 15 PP_STRB_DRIVER_TO_LED_WARM
01005 MF 1/32W ROOM=BUTTON 1% 01005
2 NP0-C0G 6.3V
C409 100PF
27PF C406
2 16V NP0-C0G 5% NP0-C0G ROOM=BUTTON 01005
2 16V 5%
ROOM=BUTTON 01005
120-OHM-210MA FL47
120-OHM-210MA FL18
1 2 PP_CODEC_TO_MIC2_3_BIAS
WIFI FLEX PAC:
1 2 24 PP3V0_SDRAM_CONN
1 C45
C216 1.0UF
VDD (3.0V)
24 16 12 PP3V0_SDRAM
56PF
ROOM=BUTTON
ROOM=BUTTON
C15 6.3V
01005 NP0-C0G
2 X5R 6.3V 20%
56PF 5%
ROOM=BUTTON
ROOM=BUTTON 0201-1
MIC2 (ANC REF MIC):
6.3V
ROOM=BUTTON
2 ON MLB ---->
516S1040 PLUG
PGND_MIC2_3_TO_CODEC_RET
516S1041 RCPT (FLEX)
MIC2/3 BIAS,
MIC2_P,_N
FL74 10-OHM-750MA
SHORT-10L-0.1MM-SM ROOM=BUTTON XW5 M-ST-SM SHORT-10L-0.1MM-SM XW41
105847-018 J2
20 SIGNAL_MODEL=EMPTY ROOM=BUTTON 1 1 C ROOM=BUTTON
SIGNAL_MODEL=EMPTY
24 12 PP_PMU_TO_VIBE
24 PP_PMU_TO_VIBE_CONN
VIBE DRIVE C289
01005-1
1 DZ101 1 ROOM=BUTTON
DFN1006-2 D3 1.0UF 20%
12V-33PF 01005-1
1 2 NOTE: STROBE_NTC
MIC2_TO_CODEC_N 9
ROOM=BUTTON BAT54LP
A ROOM=BUTTON 2 ROOM=BUTTON
6.3V 0201-1 X5R
5 6 NOTE: MIC_P CODEC_TO_MIC2_BIAS_CONN
MIC2_TO_CODEC_P
NOSTUFF
BUTTON_TO_AP_HOLD_KEY_CONN_L
7 8 NOTE: MIC_N
9 10 BB_TO_ANT_PAC_SPI_SCLK_BUTTON_CONN
C244 1
NOTE: PP3V0_SDRAM
11 12 BB_TO_ANT_PAC_SPI_MOSI_BUTTON_CONN
56PF 5%
NOTE: PP_VIBE
13 14 BB_TO_ANT_PAC_SPI_CS_BUTTON_CONN_L
ROOM=BUTTON 01005 2
NP0-C0G 6.3V
BUTTON_TO_AP_RINGER_A_CONN
15 16 NOTE: VIBE RETURN, TO GND HERE
120-OHM-210MA FL3
BUTTON_TO_AP_VOL_DOWN_CONN_L
FL71 ROOM=BUTTON
BUTTON_TO_AP_VOL_UP_CONN_L
120-OHM-210MA
3 BUTTON_TO_AP_HOLD_KEY_L
1 2 BB_TO_ANTENNA_PAC_SPI_SCLK 23
C314 01005
1 DZ1
100PF
ROOM=BUTTON
12V-33PF
FL70 ROOM=BUTTON
WIFI FLEX PAC:
NP0-C0G 10V 5%
2 01005-1
120-OHM-210MA
01005 2 ROOM=BUTTON
1 2 BB_TO_ANTENNA_PAC_SPI_MOSI 23
PAC SPI BUS
ROOM=BUTTON
120-OHM-210MA FL7
120-OHM-210MA ROOM=BUTTON FL72
13 3 BUTTON_TO_AP_RINGER_A
01005 C313 BB_TO_ANTENNA_PAC_SPI_CS 1
100PF
ROOM=BUTTON
DZ7
12V-33PF 01005-1
C382 56PF
C384 56PF
C383 56PF
BUTTONS:
RINGER, HOLD, 5%
01005 ROOM=DOCK 01005 2 ROOM=DOCK 01005 6.3V 2 2 01005 6.3V ROOM=BUTTON 5% ROOM=DOCK
10V 5%
NP0-C0G
2 2 ROOM=BUTTON
6.3V 5%
B VOL_UP/DOWN
120-OHM-210MA FL8
13 3 BUTTON_TO_AP_VOL_DOWN_L
PP_STRB_DRIVER_TO_LED_COOL
STROBE:
1 C208 100PF 1 12V-33PF
C311 1 ROOM=BUTTON
DZ2
100PF C241
LED COOL
NP0-C0G 10V 5%
01005-1
27PF
2 2 ROOM=BUTTON
2 16V 5%
NP0-C0G
2 NP0-C0G 16V
ROOM=BUTTON
FL46 01005 ROOM=BUTTON
ROOM=BUTTON 01005
120-OHM-210MA
13 3 BUTTON_TO_AP_VOL_UP_L
C197 1 ROOM=BUTTON 01005
1 DZ3
100PF
12V-33PF
10V 5%
2 NP0-C0G 01005-1 2 ROOM=BUTTON
01005 ROOM=BUTTON
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L67 AUDIO CODEC AUDIO I/O
(ANALOG MIC IN, DIG MIC IN, HPOUT, LINEOUT, RECEIVER OUT, MIKEYBUS)
C222 0.1UF
6.3V 20%
X5R-CERM 01005
22 17 MIC1_TO_CODEC_P
ROOM=CODEC
VOICE MIC 17 MIC1_TO_CODEC_N
C223 0.1UF
1 2 C227 1 56PF C230 56PF
6.3V
6.3V 20%
X5R-CERM
2 NP0-C0G
5% 6.3V 5%
ROOM=CODEC 01005
ROOM=CODEC 01005
ROOM=CODEC 01005
2 NP0-C0G
ROOM=CODEC
U21
C 50PF LIMIT ON AOUTX PINS
C220 0.1UF
SYM 1 OF 3 WLCSP
1 2 MIC1_TO_CODEC_L67_P
AIN1- (VOICE) MIC
G2 AIN1+
CODEC_TO_RCVR_P 11
G1
6.3V X5R-CERM 01005
MIC1_TO_CODEC_L67_N
AOUT1-
L7
CODEC_TO_RCVR_N 11
HEADPHONE MIC HEADPHONE
17 EXTMIC_TO_CODEC_P
ROOM=CODEC
EXTMIC_TO_CODEC_L67_P
F4 AIN2+
AOUT2+
L5
CODEC_TO_HAC_P
MIC
17 EXTMIC_TO_CODEC_N
0.1UF C221
EXTMIC_TO_CODEC_L67_N
F3 AIN2-
AOUT2-
K5
CODEC_TO_HAC_N
LINEOUT_REF
X5R-CERM
C226 56PF
C229
F1 AIN3-
LINEOUTA
J8
ROOM=CODEC
6.3V 01005
2 6.3V 5%
56PF
RCVR_TO_CODEC_RCVR_TEST_L67
E4 AIN4+
ANC
5% 6.3V E3 REF MIC2
LINEOUTB
ROOM=CODEC 01005 NP0-C0G
ROOM=CODEC 17 MIC2_TO_CODEC_L67_P E1
2 NP0-C0G 01005
CODEC_TO_HPHONE_L
AIN5+
REF MIC1 ANC
CS42L67-CWZR-A0
HPOUTB
K9
CODEC_TO_HPHONE_R
17 HEADPHONES
MIC2_TO_CODEC_L67_N
E2 AIN5-
HS3
K1
CODEC_TO_HPHONE_HS3
C235 1 56PF C236
C224 17 MIC3_TO_CODEC_L67_P D1 1
0.1UF
D2 AIN6-
AIN6+
ANC
1 2 MIC3_TO_CODEC_L67_N
ERROR MIC
HS4
L2
CODEC_TO_HPHONE_HS4
17 6.3V 5%
56PF
NP0-C0G 01005 2 NP0-C0G 6.3V 01005
X5R-CERM
HPHONE_TO_CODEC_HPHONE_TEST_L67
AIN7+
ANALOG
D3 HS3_REF
L9
CODEC_TO_HPHONE_HS3_REF
6.3V ROOM=CODEC 01005
D4 AIN7-
LINEIN
HS4_REF
L8
CODEC_TO_HPHONE_HS4_REF
ROOM=CODEC
ROOM=CODEC
22 8 MIC2_TO_CODEC_P
ANC REF MIC
C225
HAC_TO_CODEC_TEST_L67
HPDETECT
C1 G8
C2 AIN8+
LINEIN ANALOG
HPHONE_TO_CODEC_DET 17
8 MIC2_TO_CODEC_N
0.1UF
DMIC1_SD
F10
6.3V 20%
ROOM=CODEC
ROOM=CODEC 01005
X5R-CERM
C228 1 56PF C231
5% 56PF
B6 DMIC1_SCLK
MBUS_REF
F11
100PF C138 1 2
2 NP0-C0G 6.3V 01005
2 6.3V NP0-C0G A3
A2
DMIC2_SD
DMIC2_SCLK
OMIT_TABLE
ROOM=CODEC
ROOM=CODEC
R102
NP0-C0G 10V 1 5% 15.0 2 01005
0.1UF C55
MF
ROOM=CODEC
90_CODEC_BI_TRISTAR_MIKEYBUS_L67_N
1/32W
ROOM=CODEC 01005
C51 100PF
90_CODEC_BI_TRISTAR_MIKEYBUS_N 16
MIKEY TO TRISTAR
ROOM=CODEC
6.3V 01005
X5R-CERM
90_CODEC_BI_TRISTAR_MIKEYBUS_L67_P
R103 15.0 2 NP0-C0G 10V NOSTUFF 5%
90_CODEC_BI_TRISTAR_MIKEYBUS_P 16
CODEC_MBUS_REF 17 1 2 ANC ERROR MIC 01005
22 11 MIC3_TO_CODEC_P
11 MIC3_TO_CODEC_N
0.1UF C61
C143
ROOM=CODEC
100PF
C64 56PF
56PF C65
X5R-CERM
OMIT_TABLE
6.3V ROOM=CODEC 01005
2 5% 6.3V
NP0-C0G 6.3V NP0-C0G 5% 2
NP0-C0G 10V
ROOM=CODEC 01005
ROOM=CODEC 01005
ROOM=CODEC 01005
ROOM=CODEC
0.01UF C354
11 RCVR_TO_CODEC_RCVR_TEST
6.3V 10% X5R
ROOM=CODEC 01005
0.01UF C356
17 HPHONE_TO_CODEC_HPHONE_TEST
6.3V 10% X5R
ROOM=CODEC 01005
0.01UF C362
11 HAC_TO_CODEC_TEST
6.3V 10% 01005 X5R
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L67 AUDIO CODEC
POWER, MICBIAS
DIGITAL SYSTEM I/O
SHORT-10L-0.1MM-SM XW43
ROOM=CODEC
ROOM=CODEC
24 23 14 13 12 PP_VCC_MAIN
U21 WLCSP
A9 A1
C422 C5
1 2 24 PP_VCC_MAIN_CODEC
0.1UF C421
C420
3 45_AP_TO_CODEC_I2S_MCLK
MCLK WEAK INT PD
B1
F9
20% 10UF
0.1UF
3 45_AP_TO_CODEC_ASP_I2S0_BCLK
ASP_SCLK
D5
2 6.3V 0402-2 CERM-X5R
2 X5R 6.3V 2 6.3V
201 X5R
3 AP_TO_CODEC_ASP_I2S0_LRCLK
B11
ASP_LRCK
D7
ROOM=CODEC 201
ROOM=CODEC
3 AP_TO_CODEC_ASP_I2S0_DOUT
C9 ASP_SDIN
E5
19 18 16 14 12 11 7 6 5 3 21 2 PP1V8
ROOM=CODEC
24 PCB: C421 AT U21.L6
3 CODEC_TO_AP_ASP_I2S0_DIN
A8 ASP_SDOUT
E6
C413 ALL ASP PINS:WEAK INT PD
0.1UF E9 VSP_SCLK
3 45_AP_TO_CODEC_VSP_I2S4_BCLK
2 20% 6.3V
3 AP_TO_CODEC_VSP_I2S4_LRCLK
E8 E7
F5
X5R-CERM
3 AP_TO_CODEC_VSP_I2S4_DOUT
D10
VSP_LRCK/FSYNC
GND
F6
ROOM=CODEC 01005
VSP_SDIN
CODEC_TO_AP_VSP_I2S4_DIN
3 D11
VSP_SDOUT ALL VSP PINS:WEAK INT PD
24 23 17 16 14 12 10 4 3 PP1V8_SDRAM
C414 XSP_SCLK 1
15 3 45_AP_TO_CODEC_XSP_I2S2_BCLK
0.1UF C416
10UF
15 3 AP_TO_CODEC_XSP_I2S2_LRCLK
C7 XSP_LRCK/FSYNC
CS42L67-CWZR-A0 F8
H3
2 CERM-X5R 6.3V 20%
6.3V 20%
15 3 AP_TO_CODEC_XSP_I2S2_DOUT
H4
2 X5R-CERM
15 3 CODEC_TO_AP_XSP_I2S2_DIN
A7 XSP_SDOUT
XSP_SDIN/DAC2B_MUTE
0402-2
ROOM=CODEC
ROOM=CODEC
ALL XSP PINS:WEAK INT PD
24 15 12 PP1V8_VA_L19_L67
3 AP_TO_CODEC_SPI3_CS_L
B5 CS*
J3 J4
1 C412
3 AP_TO_CODEC_SPI3_CLK
C B4 CCLK
B3
1.0UF
24 23 17 16 14 12 10 4 3 3 AP_TO_CODEC_SPI3_MOSI
ROOM=CODEC
0201-1 X5R
VCP
6.3V VA VL
VP
PP1V8_SDRAM
3 CODEC_TO_AP_SPI3_MISO
A4 CDOUT
G4
KEEP THESE CAPS AT CODEC PINS
1 ROOM=CODEC R145
L67 WEAK INT PD = 550K - 2450K WEAK INT PD
ROOM=CODEC
ROOM=CODEC
C232
1.00K
3 CODEC_TO_AP_INT_L
INT*
U21
VPROG_CP
FLYP
J11
1/32W 24 5% PP_CODEC_VHP_FLYP 4.7UF
20% 6.3V
MF 01005
13 CODEC_TO_PMU_MIKEY_INT_L
G5 WAKE*
D8
SYM 2 OF 3 WLCSP
PP_CODEC_VHP_FLYC
2 402 X5R-CERM1
H10
CODEC_RESET_L
G3 RESET*
B2
C233
24 J10
KEEP THESE CAPS AT CODEC PINS
E10
PP_CODEC_VHP_FLYN
2 20% 4.7UF
H9 X5R-CERM1 6.3V 1 ROOM=CODEC
E11
TSTI C3
J5
MIC1_BIAS
FLYN
C425
A5 4.7UF C4 C11
+VCP_FILT
K11
24 PP_CODEC_VCPFILT+
ROOM=CODEC
C8
XW48
C6 TSTO
D6
2.21K R100
SHORT-10L-0.1MM-SM
X5R-CERM1 6.3V
ROOM=CODEC
J6
MIC1_BIAS_FILT
GNDCP0
K10
PGND_CODEC_GNDCP
ROOM=CODEC
C429
2 24 MF
-VCP_FILT
L10
PP_CODEC_VCPFILT-
20% 4.7UF
TSTO MUST BE NC
6.3V
24 PP_EXTMIC_BIAS_IN
L4
MIC2_BIAS_IN
CS42L67-CWZR-A0
SPEAKER_VQ 24 J7 PP_CODEC_SPKR_VQ
ROOM=CODEC
1 ROOM=CODEC
2 402 X5R-CERM1
KEEP THESE CAPS AT CODEC PINS
1 24 1.0UF PP_EXTMIC_BIAS C237
L3
MIC2_BIAS
GNDP
K6
C234
4.7UF ROOM=CODEC
2 20% 6.3V 24 PP_EXTMIC_BIAS_FILT_IN
K4
MIC2_BIAS_FILT_IN
X5R
FILT+ 24 H1 PP_CODEC_FILT+
0201-1
24 K3
H2 402 1 X5R-CERM1 KEEP THIS CAP AT CODEC PINS
2 6.3V
PP_EXTMIC_BIAS_FILT
MIC2_BIAS_FILT
FILT-
H7 C424
1 C238
24 17 PP_CODEC_TO_MIC1_BIAS
MIC3_BIAS
GNDA
J2
G6 MIC3_BIAS_FILT 20% CERM-X5R 6.3V 0402-2
10UF
B KEEP THIS CAP AT CODEC PINS
4.7UF
20% 6.3V PGND_MIC1_TO_CODEC_RET_FILT
ROOM=CODEC 8 402 X5R-CERM1 11 24 PP_CODEC_TO_MIC2_3_BIAS
H6 MIC4_BIAS
ROOM=CODEC
H5
PGND_MIC2_3_TO_CODEC_RET_FILT
MIC4_BIAS_FILT
ROOM=CODEC
C218 4.7UF
17 PGND_MIC1_TO_CODEC_RET
C26 20%
1 X5R-CERM1 6.3V
56PF
6.3V 5%
NP0-C0G ROOM=CODEC 01005
C219 4.7UF
11 8 PGND_MIC2_3_TO_CODEC_RET
C27 1 56PF 20% X5R-CERM1 6.3V
ROOM=CODEC 6.3V 402 5% NP0-C0G 01005
ROOM=CODEC
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FRONT CAM FLEX B2B
(FCAM, PROX, ALS, RECEIVER, ANC ERROR MIC)
120-OHM-25%-250MA-0.5DCR FL13
7 45_AP_TO_FCAM_CLK
ROOM=CG_B2B 01005
1 C198
56PF
2 6.3V 5%
ROOM=CG_B2B L35
1 120-OHM-25%-250MA-0.5DCR TCM0605-1 SYM_VER-2
FL15
01005 NP0-C0G
90-OHM-50MA
ROOM=CG_B2B
7 AP_TO_FCAM_I2C_SCL
90_FCAM_TO_AP_MIPI_CLK_N
2 3 90_FCAM_TO_AP_MIPI_CLK_P
FCAM: NOTE: CONN GENDER SWAPPED AT PROTO2
ROOM=CG_B2B 01005
1 C192
5% 56PF
L39
CLK, I2C, SHDN 90-OHM-50MA
120-OHM-25%-250MA-0.5DCR FL12
2 NP0-C0G 6.3V
THIS ON ONE MLB ---> 516S0987 PLUG (FLEX) 516S0986 RCPT
ROOM=CG_B2B 01005
1 TCM0605-1 SYM_VER-2
90_FCAM_TO_AP_MIPI_DATA0_N 7
7 AP_TO_FCAM_SHUTDOWN
2 3 90_FCAM_TO_AP_MIPI_DATA0_P 7
ROOM=CG_B2B 01005
C202 ROOM=CG_B2B
5% 56PF
45_AP_TO_FCAM_CLK_CONN
AA22L-S034VA1 J1
ROOM=CG_B2B
FL44
FL14
01005 NP0-C0G
2 6.3V
AP_TO_FCAM_SCL_CONN
AP_TO_FCAM_SHUTDOWN_CONN
39 F-ST-SM
70-OHM-300MA
120-OHM-25%-250MA-0.5DCR
ROOM=CG_B2B
AP_BI_FCAM_SDA_CONN
2 1 PP2V85_CAM_AVDD
FCAM:
POWER AND MIPI
7 AP_BI_FCAM_I2C_SDA
C402 56PF
50 MA
1 ROOM=CG_B2B
01005-1
ROOM=CG_B2B
ROOM=CG_B2B 01005 2 2
6.3V C196 5%
56PF
5 6 5% MIPI GROUND 90_FCAM_TO_AP_MIPI_CLK_CONN_N
NP0-C0G
NP0-C0G 6.3V
90_FCAM_TO_AP_MIPI_CLK_CONN_P
ROOM=CG_B2B
11 12 MIPI GROUND 90_FCAM_TO_AP_MIPI_DATA0_CONN_N
70-OHM-300MA FL23
FL45
24 PP3V0_PROX
120-OHM-25%-250MA-0.5DCR
45_PROX_TO_CUMULUS_RX_CONN
13 14 90_FCAM_TO_AP_MIPI_DATA0_CONN_P
PP1V8
PROX GROUND
15 16 MIPI GROUND
C407
C410
1 1 ROOM=CG_B2B 01005-1
12 11 24 PP3V0_PROX_ALS
2 1 CUMULUS_TO_PROX_RX_EN_1V8_CONN
17 18 24 PP2V85_FCAM_CONN
0.1UF 20%
56PF
5 MA
ROOM=CG_B2B 01005
C194
C63
1 1 AP_BI_I2C1_SDA_ALS_CONN
FCAM ANALOG GROUND
6.3V 6.3V 5%
1.0UF 20%
56PF 5%
ALS_TO_AP_INT_CONN_L
21 22 24 PP1V8_FCAM_CONN
X5R-CERM 01005 2 NP0-C0G 01005 2
PROX_RX SIGNAL MUST BE TREATED WITH CARE
6.3V 2 6.3V 2 AP_TO_I2C1_SCL_ALS_CONN
23 24 NOTE: MIC3_TO_CODEC_P
ROOM=CG_B2B
ROOM=CG_B2B
25 26 10 C 8
PROX: POWER,
0201-1 X5R
NP0-C0G 01005
24 PP3V0_ALS
27 28 24 PGND_MIC2_3_TO_CODEC_RET PP_CODEC_TO_MIC3_BIAS_CONN
RX, RX_EN 1
R125 ROOM=CG_B2B
ROOM=CG_B2B
C67
18 45_PROX_TO_CUMULUS_RX
29 30 FCAM_TO_AP_ALS_INT_CONN_L
6.3V
31 32 PGND_IRLED_K
56PF 5%
01005 MF
1/32W 0%
C62
NOTE: IRLED_A
MIC3_TO_CODEC_N MIC3_TO_CODEC_P 9 9 22
ROOM=CG_B2B
56PF 5%
2 01005 NP0-C0G
2 NP0-C0G 6.3V
ROOM=CG_B2B
XW7
1 SM
2 MIC3
(ANC ERROR MIC)
ROOM=CG_B2B 01005
FL58
2 ROOM=CG_B2B ROOM=CG_B2B
18 CUMULUS_TO_PROX_RX_EN_1V8
XW42
C380 1.0UF
120-OHM-210MA
SHORT-10L-0.1MM-SM
ROOM=CG_B2B 01005
C201 ROOM=CG_B2B 1 2 6.3V 0201-1 X5R
5% 56PF 6.3V
120-OHM-210MA FL48
2 NP0-C0G
1 2 PP_CODEC_TO_MIC2_3_BIAS
ROOM=CG_B2B
FL2
01005 ROOM=CG_B2B
1 C253
56PF ROOM=CG_B2B
3 AP_BI_I2C1_SDA
120-OHM-210MA 01005
2 5% 6.3V
ROOM=CG_B2B 01005 ROOM=CG_B2B NP0-C0G FL57 ROOM=CG_B2B
1 R133
3 ALS_TO_AP_INT_L
1 DZ18 1 DZ16
R45
FCAM_TO_AP_ALS_INT_L 7
120-OHM-210MA
12V-33PF
01005-1
01005-1
12V-33PF
FCAM ALS INT
FL20 NOTE: J1.29 IS GND ON POR BOARDS,
ROOM=CG_B2B
2 2 MF
ROOM=CG_B2B
201 2 FF_ALS_INT_YES
ROOM=CG_B2B
ROOM=CG_B2B
J1.29 IS ALS_INT FROM FF CAM FOR
ALS: POWER,
R132
(CONTROLLED VIA BOMOPTION) SPECIAL CONFIG OF PROTO2
I2C, INT
3 AP_TO_I2C1_SCL
120-OHM-210MA
1 C211
C212
C210
1 1 PCB: PLACE THESE AT J1 CONN
PGND_IRLED_DRAIN
56PF
56PF
5% 56PF
1 1/32W ROOM=CG_B2B 01005
2 NP0-C0G 6.3V 5%
DZ17
FL4
2 NP0-C0G 6.3V 2 NP0-C0G 6.3V 1 DZ19
01005 ROOM=CG_B2B
Q1
3 FF_ALS_INT_NO
120-OHM-25%-250MA-0.5DCR
ROOM=CG_B2B
ROOM=CG_B2B 01005
01005-1
12V-33PF
12V-33PF
01005-1
2 D ROOM=CG_B2B
24 12 11 PP3V0_PROX_ALS
2 ROOM=CG_B2B
ROOM=CG_B2B
DMN3730UFB4
0.25 MA
ROOM=CG_B2B 01005
CUMULUS_TO_PROX_TX_EN_BUFF C56 18
G 1 DFN1006H4-3
C199 56PF
0.1UF
2 20% X5R 4V 2 NP0-C0G 6.3V 5%
SYM_VER_1
1.00M R85
ROOM=CG_B2B
ROOM=CG_B2B 01005
ROOM=CG_B2B 01005
1/32W
2 01005 MF ROOM=CG_B2B
PROX: PWR, TX EN
70-OHM-300MA FL65
01005-1
IRLED = 104-128MA
PP3V0_PROX_IRLED
15.8K R95
C200 56PF
0.1UF C44
C256
1/32W 1%
6.3V 5% 2 2 6.3V 20%
20% 4.7UF 6.3V SPECIAL Z = 0.60 MM MAX
9 CODEC_TO_HAC_N
9 HAC_TO_CODEC_TEST
MF
2 ROOM=CG_B2B
CODEC_TO_HAC_CONN_N
ROOM=CG_B2B 01005
NP0-C0G
X5R-CERM
ROOM=CG_B2B 01005
2 X5R
402 ROOM=CG_B2B
HAC
9 CODEC_TO_HAC_P
-21.4 DB SIGNAL OF HAC VPP
10K R94 1%
1 ROOM=CG_B2B
CODEC_TO_HAC_CONN_P
70-OHM-300MA FL64 MF 1/32W
ROOM=CG_B2B
1 2 2 01005 01005-1
A FL51 70-OHM-300MA
ROOM=CG_B2B 01005-1
1 R3
10K 1%
01005 RECEIVER MF
1/32W
9 CODEC_TO_RCVR_P
9 RCVR_TO_CODEC_RCVR_TEST
2 ROOM=CG_B2B
CODEC_TO_RCVR_CONN_P
9 CODEC_TO_RCVR_N
-21.4 DB SIGNAL OF RCVR VPP
R9 15.8K
1 ROOM=CG_B2B
CODEC_TO_RCVR_CONN_N
1/32W 70-OHM-300MA 1% FL52 MF
ROOM=CG_B2B
2 1 2 01005 01005-1
8 7 6 5 4 3 2 www.vinafix.vn 1
AMBER PMU
OMIT_TABLE 1.0UH-20%-2.5A-0.075OHM L9
SAME POLARITY
H6 VDD1(BUCK3)=0.045A MAX
OMIT_TABLE
ROOM=PMU
ROOM=PMU
1 2 PP1V1_CPU
L16
BUCK3_SW3=0.?A MAX BUCK3_SW2=0.?A MAX BUCK3_SW1=0.500A MAX
OMIT_TABLE 1.0UH-20%-2.5A-0.075OHM L10
TFA201610G-SM
1.0UH-20%-2.5A-0.075OHM
(BUCK, LDO, VIBE DRIVER, 32K, CHARGER) 3 4 10 14 16 17 23 24
15UF C292
1 15UF C294
1 1 C290 2 1 1
15UF C135
PP1V8_SDRAM
TOTAL=0.545A MAX
15UF
TFA201610G-SM
2 X5R 4V 20%
2 4V 20%
SHORT-10L-0.1MM-SM 0402 XW18
20%
20%
C293
C443
ROOM=PMU
2 X5R 4V 2 4V X5R
H6 VDD_CPU
20% 15UF
15UF 20%
OMIT_TABLE
TFA201610G-SM
0402
0402 X5R
L11
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU 0402
10.8A MAX
2 0402 X5R
2 X5R 0402
1 2 4V 4V
NOTE: L10, L12 BOMOPTIONS
CONTROLLED ON PAGE1
1.0UH-20%-2.5A-0.075OHM
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU
D TFA201610G-SM OMIT_TABLE L12
1 C296
15UF OMIT_TABLE 15UF C145 C162
1.0UH-20%-2.5A-0.075OHM
15UF
ROOM=PMU
2 2 4V 20%
20% X5R 0402
2 20%
L17
H6 VDDCA,VDD2 OF R70 WITH H6P (EXPECTED TO CHANGE)
2 TFA201610G-SM 4V
0402 X5R
X5R 4V 1.0UH-20%-2.5A-0.075OHM
TO DO: GEERTJAN TO UPDATE VALUE
R11 1 ROOM=PMU ROOM=PMU ROOM=PMU
0402
2 TFA201610G-SM
PP1V2_SDRAM
4 12 21 24
R70
16 TRISTAR_TO_PMU_OVP_SW_EN_L
U7
1 10 2 NOSTUFF
ROOM=PMU
1 C308 1
C316
BUCK4_SW2=0.100A MAX BUCK4_SW1=1.000A MAX
1 68.1K 2 24 PP_PMU_VCENTER
NOTE: THIS SIGNAL (ACT HI)
FCCSP-0.84MM AMBER-PMC
1/32W 5%
01005 MF
XW20
15UF
15UF
2 USB_VBUS_DETECT
WILL OPEN VBUS
20%
20%
1 1 1 C128 SHORT-10L-0.1MM-SM C181 C262 1 2 2 X5R 4V 2 4V X5R
(BUCK4)=0.500A MAX
ROOM=PMU
TOTAL=1.600A MAX
1/32W
01005
C281 15UF
C3096 ROOM=PMU 1 C204 1 1
15UF 20%
15UF
ROOM=PMU 0402
ROOM=PMU 0402
56PF 5%
10UF
10UF 20%
F5 VBUS_OVP_OFF
24 A3 PP_BUCK0_LX0
PCB: R11 LOCAL FEEDBACK FOR TESTING
2 20%
ROOM=PMU
4V 4V
X5R 4V
100-300K INT PU TO VBUS
B3 45_BUCK0_FB 4 0402 X5R
2 0402 X5R
2 20%
NP0-C0G
16V
2 CERM-X5R 6.3V
20%
0402-2 2 CERM-X5R 6.3V 2 K1
VCENTER C3 K2 ROOM=PMU 24
BUCK0_LX0
0402
01005
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU 0402-2
A5 PP_BUCK0_LX1
24 17 16 PP5V0_USB_PROT
L1
BUCK0_LX1
B5 OMIT_TABLE SAME POLARITY
1.0UH-20%-2.5A-0.075OHM L13
C272 ROOM=PMU L2 C5 1
1UF
A8 24 PP_BUCK0_LX2
PMU: 5.0A MAX
M2
BUCK0_LX2
PP1V1_GPU
B8 1 2 4 24
H6 VDD_GPU
OMIT_TABLE ROOM=PMU
24 23 22 15 PP_BATT_VCC
ROOM=PMU 402 X5R 2
C8 A10
F1 24
PP_BUCK0_LX3
OMIT_TABLE L14
TFA201610G-SM
1 C303
15UF
C310 15UF
1 C127 1 L18
1.0UH-20%-2.2A-0.170OHM
NOTE: PP1V0_SRAM STATIC AT 1.0V.
NO DVFM ON THIS RAIL PER SEG.
VDD_SRAM_SOC
C3 C2 C1
F2 IBAT
BAT/USB
B10
0.47UH-20%-3.2A-0.046OHM
20% 4V 15UF
BUCK0_LX3
2 PP1V0_SRAM
H6 VDD_SRAM,
C10
0402 X5R
TFA201610G-SM
ROOM=PMU
0402 ROOM=PMU
ROOM=PMU
ROOM=PMU 0402
TFA201210G-SM
1 1.5A MAX
22
Q4 APN: 376S1131
BATTERY_TO_PMU_SENSE
VBAT 1 XW3 C140
C66
1 C327
Q4 R115 10 NOSTUFF
SHORT-10L-0.1MM-SM
1 2 2 4V 20% 15UF
15UF
20%
15UF
2 4V 2 4V 20%
C1
CSD68815W15
0402 X5R BGA
G A1 L8
PMU_ACT_DIO
2.2UH-20%-1.7A-200MOHM
ACT_DIO
BUCK0_FB
E4 1 2
ROOM=PMU
0402 X5R
X5R 0402
24
ROOM=PMU ROOM=PMU
1 2 24 PP_PMU_VSW_CHG
J1
A15
PP_BUCK1_LX0
1/32W 5%
01005 MF
1 C301
1 C58
15UF 20%
15UF
ROOM=PMU
ROOM=PMU
TFA201610G-PSE20161T2R2
J2
CHG_LX
BUCK1_LX0
B15
PCB: THIS RESISTOR FOR LOCAL FEEDBACK ROOM=PMU
2 X5R 4V 2 X5R 4V 20%
C B3 B2 B1 A3 A2 OMIT_TABLE
G1 C15
45_BUCK1_FB 4 ROOM=PMU 0402
G2 VCC_MAIN
A17
24 PP_BUCK1_LX1
ROOM=PMU 0402
D2 VCC_MAIN_S
BUCK1_LX1
B17 C17
OMIT_TABLE 1.0UH-20%-2.5A-0.075OHM L15 NOTE: PP1V0_SOC STATIC AT 1.0V. NO DVFM ON THIS RAIL PER SEG.
A16
PP1V0_SOC
VDD_BUCK1
TFA201610G-SM
4 24
2.5A MAX H6 VDD
23 14 13 12 10 PP_VCC_MAIN
B16
1 1 C4 1 BUCK1_FB F15 ROOM=PMU C123 C175 C189
24
VDD_BUCK001_2
BUCK
R117
15UF 20%
15UF 20%
15UF 20%
C266
C357
C358
24 PP_BUCK2_LX
NOSTUFF 1 10 2 2 X5R 4V 2 X5R 4V 2 4V X5R
1.0UF
20%
10UF
6.3V 6.3V 20%
20% 10UF
VDD_BUCK2
CERM-X5R
CERM-X5R
2 2 2 6.3V
C13
BUCK2_LX
C12
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU 0201-1
ROOM=PMU 0402-1
0402-1
C16
VDD_BUCK1_2
OMIT_TABLE ROOM=PMU
F20
BUCK2_FB
E8 45_BUCK2_FB 4
OMIT_TABLE
F21
VDD_BUCK3
BUCK INPUT
A20
G20
24 PP_BUCK3_LX
C260 G21
C263 10UF
C267 10UF
C270 10UF
1 1 1 1 B20
BUCK3_LX
10UF
C20
VDD_BUCK4
BUCK3_FB
J15
45_BUCK3_FB
19
2 20% 6.3V 2 CERM-X5R 20% CERM-X5R 6.3V 2 CERM-X5R 6.3V 20%
2 20% 6.3V CERM-X5R
K20
M17
BUCK3_SW1
PP1V8
2 3 5 6 7 10 11 14 16 18 21 24
ROOM=PMU 0402-1
0402-1 ROOM=PMU
0402-1 ROOM=PMU
0402-1 ROOM=PMU
K21
VDD_BUCK5
N17
OMIT_TABLE
OMIT_TABLE
OMIT_TABLE
A4 BUCK3_SW2
N16
PP1V8_GRAPE
18 24
OMIT_TABLE
B4 VDD_BUCK001
BUCK3_SW3
N15
PP1V8_OSCAR
C264 1 10UF C268
C261 M15 1 1
C271 10UF
C9
10UF
10UF
VDD_BUCK023
VBUCK3_SW
M16
20%
2 6.3V CERM-X5R 0402-1
20%
2 CERM-X5R 6.3V
2 6.3V 20%
2 6.3V 20%
NOTE: 6 TURNS OF PP2V5_RCAM_AF_COMP
24
WAS THE MAGIC NUMBER FOR N41. OMIT_TABLE ROOM=PMU
0402-1
0402-1
CERM-X5R
OMIT_TABLE ROOM=PMU 0402-1
CERM-X5R
M12
VDD_LDO6
A19
PP_BUCK4_LX
OMIT_TABLE ROOM=PMU
OMIT_TABLE ROOM=PMU
N13
BUCK4_LX
B19
PLACE AT PMU AREA
M6
VDD_LDO2
VDD_LDO1_3
C19
THIS VALUE NEEDS TUNING LATER
1 C385
1 C398
1 C411
24 21 12 4 PP1V2_SDRAM
M7
VDD_LDO4_7
BUCK4_FB
E18
45_BUCK4_FB
R119 ROOM=PMU
20% 10UF
20% 10UF
10UF 20%
1 C278
M14
VDD_LDO5
M18
24 21 12 PP2V5_RCAM_AF
1% 1 10.2 2 MF
PP2V5_RCAM_AF_COMP
21 24
6.3V
2 0402-1 CERM-X5R
2 CERM-X5R 6.3V 2 CERM-X5R 6.3V 1UF 10%
M8
VDD_LDO8_9
VBUCK4_SW
OMIT_TABLE ROOM=PMU
OMIT_TABLE ROOM=PMU
0402-1
OMIT_TABLE ROOM=PMU 0402-1
2 6.3V 402 CERM
M10 M11
VDD_LDO10
LDO INPUT
L20
PP1V2
2 4 5 24
XW10 SM
ROOM=PMU
VDD_LDO11_13
BUCK4_SW1
M20
BUCK4_SW2
K17
PP1V2_OSCAR
20 24
1 2 PGND_RCAM_AF_RET 21
24 23 14 13 12 10 PP_VCC_MAIN
N5
VDD_VIB
ROOM=PMU
AP_TO_PMU_VIBE_PWM_EN 24
24 8 PP_PMU_TO_VIBE
P5
VIB
THIS XW LINK AT PMU AREA
M5
50-100K INT PD VIB_PWM_EN
VIBE
J20
PP_BUCK5_LX
BUCK5_LX
J21
1 C96
56PF 1 C343
1.0UF TO DO: REVIEW ALL LDO ASSIGNMENTS E1 XTAL1 XTAL2
D1 BUCK5_FB
J16
45_BUCK5_FB
2 16V 5% NP0-C0G 01005
2 6.3V 20%
(CHECK VDD_LDO INPUT SOURCE,
G10
VSS_RTC
2.5V-3.3V, +/-77.5MV
PP3V3_USB
SOC USB PHY (25 MA) 2 24 VS. LOAD REQUIREMENT AT DESTINATION, ETC) CHECK CURRENT RATING FOR LDO OUT
ROOM=PMU
0201-1 ROOM=PMU
1.2V-1.9V, +/-42.5MV
PP1V8_VA_L19_L67 10 SPEAKER AMP, CODEC VA (2.5 MA L19, 3MA L67)
2.5V-3.3V, +/-75MV
PP3V0_SDRAM
24 TRISTAR VDH, WIFI_FLEX PAC (? MA) 8 16 NOTE: 3V +/- 5% PER EUGENE
15 24
45_PMU_TO_XTAL_OSC32
2.5V-3.6V, +/-75MV
PP3V0_IMU
P14
20 24 GYRO, ACCEL, COMPASS (? MA)
45_XTAL_TO_PMU_OSC32
(1000MA)
VLDO5
2.5V-3.6V, +/-75MV
PP3V0_NAND
NAND (? MA)
Y2
1.2V-3.6V, +/-82.5MV
PP3V0_ACC
6 24
24 16 ACCESSORY POWER (? MA)
11
32.768K-20PPM-12.5PF 1 2 (250MA)
VLDO7
N7
2.5V-3.6V, +/-75MV
PP3V0_PROX_ALS
1 C283 ROOM=PMU
(250MA)
2.5V-3.6V, +/-70MV
24 PROX/ALS VDD (PROX: 0.75/1.2 MA ALS: 0.175/0.25 MA [TYP/MAX])
ROOM=PMU
PP2V5_RCAM_AF
12 REAR CAM AUTO FOCUS (120MA PEAK, PROBABLY CAP AT 80MA) 21 24
C276
ROOM=PMU
2.5V-3.6V, +/-71.25MV
PP2V85_CAM_AVDD
11 REAR/FRONT CAM AVDD (? MA)
ROOM=PMU
18PF
18PF 5%
N8
45_CAM_AVDD_FB 11 21 24
XW1
VLDO9_FB
16V
5%
SHORT-10L-0.1MM-SM
1 2 01005 CERM 2 45_AMBER_VSS_RTC CERM 01005
0.6V-1.4V, +/-25MV
PP1V0
24 SOC 1V0 MIPI, USB_DVDD, DP (71 MA TOTAL) 2 7
2.5V-3.6V, +/-82.5MV
PP3V0_PROX_IRLED 11 PROX LED (102 MA TYP)
ALWAYS ON 1V8 (? MA) AT C276/C283 A AT C276/C283
PCB: PLACE THIS XW
FIXED 1.8V, +/-5%
PP1V8_ALWAYS
2.5V-3.6V, +/-71.25MV
PP3V0_NAVAJO
17 24
VPUMP
P17 45_PMU_VPUMP
1 1 C104 1 C109 1 C299 1 C207 1 PER RDAR://12552087 C16 REMOVED LDO9 CAPS
1 C442 1 C24
1 C291 1 C419
24 23 14 13 12 10 PP_VCC_MAIN
VPUMP CAP: SPEC REQUIRES 10NF,
0.1UF C10
20% 1.0UF
1.0UF
6.3V 20% 6.3V 4.7UF 6.3V 20%
1.0UF
20%
1 1 1 1 1 1 1 C250 30% DERATED. C251 C325 VPUMP RUNS AT 4.6V X5R-CERM 6.3V 2 2 X5R 0201-1
2 X5R 0201-1
6.3V 20%
1.0UF
4.7UF
20% 6.3V 6.3V 20% 1.0UF
4.7UF
6.3V 20%
0.1UF 20%
20%
C405 10UF
2 402 X5R-CERM1
2 X5R 0201-1
2 X5R 0201-1
2 X5R-CERM1 402
2 6.3V 2 X5R 6.3V
C399
C417
C418 10UF
2 X5R-CERM1 402
X5R-CERM
20% 10UF
2 6.3V 20%
2 20% CERM-X5R 6.3V 2 6.3V CERM-X5R 20% CERM-X5R
10UF
10UF 20%
10UF
10UF
ROOM=PMU 01005
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU
ROOM=PMU
01005 ROOM=PMU
0201-1
ROOM=PMU
2 CERM-X5R 6.3V 0402-1
2 CERM-X5R 6.3V 2 0402-1 6.3V CERM-X5R 0402-1
20%
20%
0402-1 CERM-X5R
2 6.3V
CHANGED LDO8 CAP
CHANGED LDO11 CAP PER RDAR://12518153
OMIT_TABLE ROOM=PMU
OMIT_TABLE ROOM=PMU
0402-1
OMIT_TABLE ROOM=PMU
0402-1
OMIT_TABLE ROOM=PMU
0402-1
OMIT_TABLE ROOM=PMU
OMIT_TABLE ROOM=PMU
OMIT_TABLE ROOM=PMU
PER RDAR://12525301
8 7 6 5 4 3 2 www.vinafix.vn 1
TDEV3
TCAL
AMUX_B2
AMUX_B1
AMUX_B0
AMUX_AY
AMUX_A7
AMUX_A6
AMUX_A0 AMUX_A1
ADC_REF
ACC_ID
OUT_32K
ACC_DET
AMUX_A4
AMUX_A3
ADC_IN7
AMUX_A2
AMUX_A5
AMUX_B3 AMUX_B4 AMUX_B5 AMUX_B6 AMUX_B7 AMUX_BY
BRICK_ID
BUTTON1 BUTTON2 BUTTON3 BUTTON4
DWI_CK DWI_DI DWI_DO
GPIO1
GPIO10 GPIO11 GPIO12 GPIO13 GPIO14 GPIO15 GPIO16
GPIO2 GPIO3 GPIO4 GPIO5 GPIO6 GPIO7 GPIO8 GPIO9
RESET_IN1 RESET_IN2 RESET_IN3
TDEV1 TDEV2
TDEV4
VDD_REF VDD_RTC
VREF
(2 OF 3)
BUTTONS/DETECT
AMUX
ADC/REFS
AP<->PMU
GPIO
NTC
VSS_BUCK1
VSS_BUCK0
VSS_BUCK012
VSS_BUCK14
VSS_BUCK35
VSS_SW_CHG
VSS
VSS
VSSA_BUCK0 VSSA_BUCK1 VSSA_BUCK2 VSSA_BUCK3 VSSA_BUCK4 VSSA_BUCK5
VSS_BUCK02
(3 OF 3)
NC RDAR://12246169
100-300K INT PU
100-300K INT PD
100-300K INT PD
100-300K INT PD
100-300K INT PD
100-300K INT PU TO LDO12
BASEBAND --->
1.8V ---> 1.8V ---> 1.8V --->
3.33V --->
NO INT PULL
1.8V --->
100PF IS NEEDED FOR SAMPLING CAP IN ADC IN PMU
BASEBAND --->
1.8V --->
H6P NTC
CAMERA NTC
100PF IS NEEDED FOR SAMPLING CAP IN ADC IN PMU
100PF IS NEEDED FOR SAMPLING CAP IN ADC IN PMU
PLACE THESE XWS AT PMU
RADIO PA NTC