MT6735_MT6328_MT6169_MT6625L_EMMC_LPDDR2_CMCC_3M_PHASE-2_REF_SCH_V0.4

更新时间：2023-08-10 04:51:01 阅读量：工程科技文档下载

说明：文章内容仅供预览，部分内容可能不全。下载后的文档，内容与下面显示的完全一致。下载之前请确认下面内容是否您想要的，是否完整无缺。

mt6735mt6739推荐度：
相关推荐

Project: MT6735 REF_SCH TOP LEVELBPI, APC MSDC 8-bit

MSDC0/ eMMC eMMC5.0+ LPDDR2RXD EMI 32-bit RF IQ BSI ctrl

RXD ANT

RxD FEMD

DRAM IFD

MT6169RX LTE ANT TX

micro SD+ hot-plugConnectivity ANT

MSDC 4-bit

MSDC1

ABBFEM VTCXO 26MCONN IQ 26M_BB

GPI26M_AUD

CLK Ctrl26M_NFC

MT6625LTCXOCONN ctrl

CONN IF

LCD module

LCD IF

LCD (MIPI DSI) Camera (MIPI CSI) I2C_0

Camera Modules

Camera IF I2C

CTP controller

I2C

I2C_1I2C

MT6735 (SBS)32K_BB

MT6328LDOs RTC Vibrator Bucks

MEMs& ALS/PS

I2C_2 LDOs I2C_3

ENBB/XOSC_EN

32K VIBHeadset (HPL, HPR, AU_VIN1) Receiver

SIM1

SIM1 Audio I/FAUD I/F

Audio Speech

AU_VIN0 SpeakerB

SIM2

SIM2 PWRAP I/F

SPI

Fast Pulse Charger BC 1.1 KeypadJTAG

Keypad

Debug port

UART

JTAG UART micro USB Battery

USBA A

USB 2.0

USB 2.0Title Size C Date:5 4 3 2

01_Block_Diagram

MTK ConfidentialWednesday, January 14, 20151

Sheet

I2C

Function Rear Camera - 13M

I2C Spec. 400 Kbps 400 Kbps

Budget Timing Yes. Yes.

I2C Slave Address (7-bit mode)Rear camera (IMX135) I2C address: 0X10 (Write:0x20, Read:0x21) AF driver (DW9714A) I2C address: 0x0C (Write:0x18, Read:0x19) Front camera (GC2355) I2C address: 0x3C (Write:0x78, Read:0x79)

I2C-0 Front Camera CTP I2C-1

400 Kbps

Yes.

GT1151/ CTP I2C address: 0X5D (Write:0xBA, Read:0xBB) or 0x14 (Write:0x28, Read:0x29)

M Sensor Gyro Sensor I2C-2C

2.5 Mbps 400 Kbps 400 Kbps 400 Kbps 1.2 Mbps 400 Kbps Yes. Yes.

AK09911/ M-Sensor I2C Address: 0x0D (Write:0x1A, Read:0x1B) ITG1010/ Gyro I2C Address: 0x68 (Write:0xD0, Read:0xD1) MC3410/ Accelerometer I2C address: 0x4C (Write:0x98, Read:0x99) CM36652/ RGB+PS I2C address: 0X60 (Write:0xC0, Read:0xC1) MT6605/ NFC I2C address: 0X28 (Write:0x50, Read:0x51) LM3642/ Flashlight Driver I2C address: 0X63 (Write:0xC6, Read:0xC7)C

Accelerometer RGB/ PS Sensor NFC Flashlight Driver

I2C-3 Note: I2C Spec.: Standard mode (100 kbps) and Fast mode (400 kbps), Fast mode Plus (1 Mbps) and High-speed mode (3.4 Mbps)

Title Size C Date:5 4 3 2

02_I2C_ID_Overview

MTK ConfidentialWednesday, January 14, 20151

Sheet

V0.1 First Release (2014/09/05) V0.2 Change Notice (2014/10/04) 1. Modify Circuit and Cap of VPROC/ VLTE/ VCORE/ DVDD12_EMI to sync with MMD Circuit[P10] 2. Modify VIO18 CAP -Change C10093 from 1uF to 220nF[P10] -Change C10094 from 1uF to 220nF[P10] -Change C10100 from 1uF to 100nF[P10] -Change C4101 from 2.2uF to 1uF[P41] -Change C5121 from 1uF to 100nF[P51] 3. Add Notice for DVDD18_MC0/DVDD28_MC1 Cap[P10] 4. Delete UCTS0/URTS0 net[P12, 90] 5. Delete C2024 and connect AUXADC_VIN to D_GND directly[P20] 6. Rename R2004 to R2005 (sync with MMD circuit), and change from 200K to 1R[P20] 7. Delete SH2102 and connect CS_P to D_GND[P21] 8. Delete SH2101[P21] 9. Change C4103& C4104 from 10uF/C0603 to 2.2uF/C0402[P41] 10. Delete Notice for Camera[P62] 11. Change U5003 fro

m GPS SAW to GNSS SAW/B8313[P50] 12. Change R1101 from 240R to 35R[P11] 13. Add Notice for Bypass CAP close to AVDD18_MEMPLL(E1 ball)& DVDD18_MC1(F3 ball)[P10] 14. Delete C2058~C2061[P20] 15. Rename C2037 to C2040 (sync with MMD circuit)and add notice for C2040[P20] 16. Rename SH2006~SH2010 to sync with MMD circuit[P20] -Rename SH2006 to SH2009 -Rename SH2007 to SH2010 -Rename SH2008 to SH2011 -Rename SH2009 to SH2012 -Rename SH2010 to SH2013 and modify description to NC/MMD/PMIC 17. Add SH2014[P20] 18. Modify L2001/L2003/L2006/L2008/L2009 value description[P20] 19. Change net name VBAT_RF to VBAT[P32] 20. Remove SH3126/SH3127/SH3128[P31] 21. Remove SH3125[P32] 22. SH3129 change to R3215[P32] 23. SH3123 change to R3216[P32] 24. SH3124 change to R3217[P32] 25. Remove C3239[P32] 26. Change SH4101 size from 0603 to 0201 (Sync with MMD)[P41] 27. Modify notice for CON2101 pin1 (Bat connector-VBAT net) from 60mil to 125mil[P21] 28. Add notice for CON2101 pin3 (Bat connector-GND net), need 125mil[P21] 29. Rename bypass cap to sync with MMD circuit[P10] -Rename bypass cap for AVDD28_DAC from C10080 to C10090 -Rename bypass cap for DVDD18_IOLT from C10086 to C10096 -Rename bypass cap for DVDD18_IOLB from C10087 to C10097 30. Rename bypass cap for AVDD18_AUD from C2040 to C2058[P20] 31. Mofidy notice for AVDD45_VSYS22 balls, change form 20mil to 30mil[P20] 32. Mofidy notice for AVDD45_VPA ball, change form 20mil to 30mil[P20] 33. Add trace width notice for Buck[P20] V0.3 Change Notice (2014/10/24) 1. Delete CORESONIC_SWD/CORESONIC_SWCK net[P12, 90] 2. Modify R1105& R1106 from 8K to 8.06K[P11] 3. Update U2402 complete part number: FAN53611AUC115X[P24] 4. Modify C10082 from 100nF to NC[P10] 5. Add Note12-1& 12-2 for MT6735M[P12] 6. Connect GND_VLTE from SH2003 to SH2002[P20] 7. Connect GND_VCORE1 from SH2002 to SH2003[P20] 8. Modify R1101 from 35R to 36R[P11] 9. Modify R6510 Circuit[P65] 10. RF Phase2 first release[P31-34]

V0.4 Change Notice (2015/01/09) 1. Add R2104 for BAT_ON[P21] 2. Correct headset type note from CTIA to OMTP[P60] 3. Change C4113 from 2.2uF to 4.7uF[P41] 4. Change C10091 from 1uF/0201 to 4.7uF/0402[P10] 5. Delete R6211[P62] 6. Add ESD6006[P60] 7. Change R6002& R6005 to NC[P60] 8. Add R6008[P60] 9. Change SH6007 to R6030[P60] 10. Add Note 62-1 for PIP function[P62] 11. Modify Note 12-1&2 for MT6735M& MT6735P[P12] 12. Change R2103 from 24K to 16.9k[P21] 13. Add Note 10-2 for PDN CAP[P10] 14. Update MT6328 Orcad Library: remove A11 ball[P20] 15. Rename net name from ENBB_6169 to ENBB for MT6328.R3[P20] 16. Add R2035[P20] 17. Correct mis-connection for VSRAM_PMU and C1004.1[P10] 18. Remove U2402 Circuit[P24] 19. Delete R1011& R1007[P10] 20. Delete C10007[P10] 21. Delete PWRAP_INT net[11] 22. Modify description from BOARD TEMPERATURE to RF PA TEMPERATURE for AUX_IN1_NTC[P11] 23. Update Power Spec Table for VM/ VCMAD/ VIO18[P20] 24. Connect AU_VIN1_N to GND[P60] 25. Add R11

11& R1112[P11] 26. Change R1109 from 47K to NC[P11] 27. Add R1110[P11] 28. Modify description for VLTE_SRAM_ID[P11] 29. Add C2049[P20] 30. Modify net name from RF_B3439_PA_FEM to RF_B34B39_PA_FEM[P34] 31. Change C3243/C3244 to 100pF[P32] 32. Modify description of RF PA TEMPERATURE detector[P32] 33. Add BEAD6006[P60] 34. Add Note 41-1 for co-layout different eMMC+LPDDR2 Type[41] 35. Modify description of Note 40-1[P40] 36. Modify description of Clock scheme[P31] 37. Add C2050[P20] 38. Change C10038 from NC to 47uF[P10] 39. Add R6013& R6014[P60] 40. Delete SH6006[P60] 41. Add SH6007[P60]

Title Size C Date:5 4 3 2

05_Change_Notice

MTK ConfidentialWednesday, January 14, 20151

Sheet

U1001E

U1001F

MT6735-SBSVOCRENote: 10-1D

MT6735-SBSGNDDVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU DVDD_CPU M12 M13 M15 M16 M17 M18 M19 M20 N12 N13 N14 N15 N16 N17 N18 N19 N20 T12 T13 T14 T15 T16 T17 T18 T19 T20 U12 U13 U14 U15 U16 U17 U18 U19 U20 V14 W14 Y14 AA14 AB14 AC14 T11 T21 T23 U21 V7 V8 V9 V10 V11 V12 V13 V15 V16 V17 V18 V21 V22 V23 W7 W8 W9 W10 W11 W12 W13 W15 Y13 Y15 AA7 AA9 AA11 AA13 AA15 AA17 AA19 AA21 AA23 AB7 AB9 AB11 AB13 AB15 AB17 AB19 AB21 AB23 AC7 AC8 AC9 AC10 AC11 AC12 AC13 AC15 AC17 AC18 AC19 AC21 AC22 AC23 DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS

VPROC

AVDD& MD_AAVDD18_MD AVDD18_AP AVDD28_DAC AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AL4 AK11 AL9 AE11 AG6 AG7 AG8 AG9 AH3 AH6 AH9 AJ1 AJ2 AJ3 AJ4 AJ5 AJ6 AJ9 AK5 AK9 AL5 AL8 VIO18_PMU VTCXO_0_PMUD

VCORE_PMU[20] VCORE_PMIC_FB[20] GND_VCORE_FB SH1005 1 2 NC/MMD/L1/4MIL C10006 C/ 47/ uF/ 0805/ NC C0805 C10008 C/ 22/ uF/ 0603 C0603 2 C10009 C/ 22/ uF/ 0603 C0603 SH1006 1 2 NC/MMD/L1/4MIL 2 1 2 1 1

Note: 10-2

C10012 C/ 22/ uF/ 0603 C10016 C/ 4.7/ uF/ 0402 C10017 C/ 4.7/ uF/ 0402 C10018 C/ 1/ uF/ 0201

C0603 C0402 C0402 2 C0201

2 2 1 2

1 1 1

C10025 C/ 1/ uF/ 0201 C10027 C/ 1/ uF/ 0201 C10035 C/ 1/ uF/ 0201 C10037 C/ 1/ uF/ 0201 C10039 C/ 1/ uF/ 0201

C0201 2 C0201 2 C0201 2 C0201 C0201 2

1 1 1 2 1 1

D_GND

K8 L7 L8 L9 L10 L11 L12 L15 L16 L19 L20 L21 L22 M8 M10 M22 N8 N10 N22 T8 T10 T22 U7 U8 U9 U10 U11 U22 U23 Y7 Y8 Y9 Y10 Y11 Y12 AA8 AA10 AA12 AB8 AB10 AB12

DVDD_CORE DVD

D_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE DVDD_CORE

1 2

C10078 C/ 1/ uF/ 0201

C10090 C/ 100/ nF/ 0201

D_GND 2

VPROC_PMU

Note: 10-1VPROC_PMIC_FB_6328[20] GND_VPROC_PMIC_FB_6328 SH1002 1 2 NC/MMD/L1/4MIL C0805 C0805 C0603 C0402 C0402 C0201 C0201 C0201 C0201 C0201 C0201[20]

D_GND C0201

SH1001 1 2 NC/MMD/L1/4MIL 1 1 1 1 1 1 2 1 2 2 1 2 1 2 1 2 1

C10036 C/ 47/ uF/ 0805 2 C10038 C/ 47/ uF/ 0805 C10040 C/ 22/ uF/ 0603 C10046 C/ 4.7/ uF/ 0402 2 C10047 C/ 4.7/ uF/ 0402 C10052 2 C10053 C10059 2 C10060 C10062 2 C10064 C/ 1/ uF/ 0201 C/ 1/ uF/ 0201 C/ 1/ uF/ 0201 C/ 1/ uF/ 0201 C/ 1/ uF/ 0201 C/ 1/ uF/ 0201

PLLAVDD18_PLLGP AVDD18_MEMPLL AVSS18_PLLGP AVSS18_PLLGP AVSS18_PLLGP AVSS18_PLLGP AVSS18_PLLGP AVSS18_MEMPLL AG16 E1 1 C0201 AE14 AG15 AH15 AJ15 AK15 E3 VIO18_PMU

150mils1 C10083 C/ 100/ nF/ 0201 C10098 C/ 100/ nF/ 0201 C0201

VIO18_PMU

Each C/ 47/ uF/ 0805 can be replaced by 2pcs C/ 22/ uF/ 0603

D_GND D_GND

D_GND

PERI_DDVDD18_CONN DVDD18_EFUSE DVDD18_IORB DVDD18_IOLT DVDD18_IOLB DVDD18_IOLB DVDD18_IOLB FSOURCE_P DVDD18_MC0 DVDD18_MC1 DVDD28_MC1 C28 AB29 AD3 K27 1 1 1 1 1 C10085 C/ 100/ nF/ 0201 C10096 C/ 100/ nF/ 0201 C0201 C10097 C/ 100/ nF/ 0201 C0201 C10084 C/ 100/ nF/ 0201 C10082 C/ 100/ nF/ 0201/ NC C0201 C0201 C0201 AA29 AL20 AL26 W30 C27 F3 G1 D_GND VIO18_PMU VIO18_PMU

Note: 10-1

VLTE_PMU[20] VLTE_PMIC_FB[20] GND_VLTE_FB SH1003 1 2 NC/MMD/L1/4MIL C10065 C/ 22/ uF/ 0603 SH1004 1 2 NC/MMD/L1/4MIL C0603 2 1 2 2 1 2 1 2 1 1 D_GND

VLTEW16 W17 W18 W19 W20 W21 W22 W23 W24 Y16 Y17 Y18 Y19 Y20 Y21 Y22 Y23 Y24 AA16 AA18 AA20 AA22 AA24 AB16 AB18 AB20 AB22 AB24 DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE DVDD_LTE

C10098 close to AVDD18_MEMPLL(E1 ball)& DVDD18_MC1(F3 ball) and keep trace length< 150mils

Note: 10-2

Note: 10-3

C0603 2 C10066 C/ 22/ uF/ 0603 C10067 C/ 22/ uF/ 0603/ NC C0603 C10068 C/ 1/ uF/ 0201 C10069 C/ 1/ uF/ 0201 C10070 C/ 1/ uF/ 0201 C10071 C/ 1/ uF/ 0201 C10079 C/ 4.7/ uF/ 0402 C10080 C/ 4.7/ uF/ 0402 C0201 C0201 2 C0201 C0201 2 C0402 C0402 2

1 1 1 1

D_GND

GNDDVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS D

VSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS A27 B5 B7 B9 B14 B18 B23 C6 C15 C22 C26 D3 D5 D8 D10 D11 D18 E24 G10 G13 G15 G17 H10 H13 H15 H17 K7 K9 L13 L17 L18 L23 M7 M9 M11 M21 M23 N7 N9 N11 N21 N23 P7 P8 P9 P10 P11 P12 P13 P14 P15 P16 P17 P18 P19 P20 P21 R7 R8 R9 R10 R11 R12 R13 R14 R15 R16 R17 R18 R19 R20 R21 T7 T9

150mils 150mils

VIO18_PMU VMC_PMU

D_GND

DVDD28_MC2

L31

D_GND

DVDD28_SIM1 DVDD28_SIM2

H1 L2 C10088 C/ 100/ nF/ 0201 C10089 C/ 100/ nF/ 0201 C10091 C/ 4.7/ uF/ 0402 C10092 C/ 100/ nF/ 0201 C0201 1 1 1 1 C0402 C0201 C0201

VSIM1_PMU VSIM2_PMU

PERI_AAVDD18_MIPIRX0 AVDD18_MIPIRX1 AVDD18_MIPITX N30 W31 T1

C10092 close to DVDD18_MC0 and keep trace length< 150mils C10091 close to DVDD28_MC1 and keep trace length< 150milsVIO18_PMU VIO18_PMU

D_GND 1

D_GND

VLTE_SRAMVLTE_PMU VLTE_SRAM 1 C10010 C/ 100/ nF/ 0201 AC16 AC20 AC24 VLTE_SRAM VLTE_SRAM VLTE_SRAM

AVSS18_MIPIRX0 AVSS18_MIPITX

D_GND AVDD18_USB AVDD33_USB W1 T2 1

N27 L3

D_GND D_GND

D_GND

C10093 C/ 220/ nF/ 0201

C0201

C10094 C/ 220/ nF/ 0201

C0201

VIO18_PMU VUSB33_PMU 1 C10100 C/ 100/ nF/ 0201 C0201 D_GND VCN18_PMU 1 C10099 C/ 100/ nF/ 0201 C0201 2

D_GND

SRAMB

D_GND AVDD18_WBG B30

VSRAM_PMU

AVSS33_USB

D_GND

C10095 C/ 1/ uF/ 0201 C0201

L14 V19 V20 1 1 C10004 C/ 4.7/ uF/ 0402 C10005 C/ 100/ nF/ 0201

DVDD_SRAM DVDD_SRAM DVDD_SRAM

D_GND

VDDQG9 G12 G14 G16 G18 H9 H12 H14 H16 H18 DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI

AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG

C29 D29 E28 E31 F27 F28 L30

D_GND D_GND

VM_EXT

GND

R1021 R/ NC/ 0603 R0603 2 2

R1005 R/ 0/ ohm/ 0603 R0603

DVDD12_EMI

Schematic design notice of"10_BB_POWER" page. Note 10-1: 4 mil GND trace with good shielding to PMIC (Differential)IC-MT6735-LP2-E1-SBS_MAP0827

D_GND

IC-MT6735-LP2-E1-SBS_MAP0827

Note 10-2: Please reserve footprint of C10006& C10067& C10038 for MT6735/MT6735M/MT6735P PCB design, since MTK will confirm if these CAPs can be removed or not near MT6735 MP.

C10086 C/ 100/ nF/ 0201 C0201

C10076 C/ 100/ nF/ 0201 C0201

C10072 C/ 100/ nF/ 0201 C0201

C10077 C/ 100/ nF/ 0201 C0201

C10073 C/ 100/ nF/ 0201 C0201

C10087 C/ 2.2/ uF/ 0402 C0402

C10075 C/ 2.2/ uF/ 0402 C0402

Note 10-3: FSOURCE_P(EFUSE) (1)FSOURCE_P EFUSE power(VEFUSE) should be only for EFUSE usage(not share with other application) (2)W/I EFUSE program, VEFUSE need 1uF bypass cap (pls refer to“LDO output voltage/current table”) (3)W/O EFUSE program, VEFUSE bypass cap should be NC.Title Size D Date:5 4 3 2

10_BB_ POWER

MTK ConfidentialWednesday, January 14, 20151

Sheet

U1001B U1001A

MT6735-SBSD

This c

ircuit muse be reserved SIM[65][65][65] VIO18_PMU[65][65][65] R1112 R/ 47/ K/ 0201/ NC R0201 1 Board_Type_ID AK20 AH19 SIM2_SCLK SIM2_SIO SIM2_SRST L4 K1 K2 SIM1_SCLK SIM1_SIO SIM1_SRST K4 J2 J4 SIM1_SCLK SIM1_SIO SIM1_SRST SIM2_SCLK SIM2_SIO SIM2_SRST

MT6735-SBSABB_IFC2KX26M_IN C2K_TX_BBIP C2K_TX_BBIN C2K_TX_BBQP C2K_TX_BBQN C2K_RX1_BBIP C2K_RX1_BBIN C2K_RX1_BBQP C2K_RX1_BBQN C2K_RX2_BBIP C2K_RX2_BBIN C2K_RX2_BBQP C2K_RX2_BBQN APC1 APC2 AE13 AK14 AK13 AL12 AK12 AJ13 AH13 AG13 AG14 AL15 AL14 AH14 AJ14 AH10 AJ10D

PMU_IF[20,90][20][20][20] SYSRSTB WATCHDOG SRCLKENA0 SRCLKENA1 AC2 U4 V4 AC30 SYSRSTB WATCHDOG SRCLKENA0 SRCLKENA1

DRAM_IF

BPI-L/CBPI_BUS20 BPI_BUS19 BPI_BUS18 BPI_BUS17 BPI_BUS16 BPI_BUS15 BPI_BUS14 BPI_BUS13 BPI_BUS12 BPI_BUS11 BPI_BUS10 BPI_BUS9

[20]

RTC32K1V8 PWRAP_SPI0_CSN

AC1 Y4 Y3 AB2 AB1

RTC32K_CK PWRAP_SPI0_CSN PWRAP_SPI0_CK PWRAP_SPI0_MO PWRAP_SPI0_MI REXTDN AUD_CLK_MOSI AUD_DAT_MOSI AUD_DAT_MISO PWRAP_INT E2 EXTDN R1101 1 2 R/ 36/ ohm/ 0201/ 1% R0201 D_GND

[20] PWRAP_SPI0_CSN[20] PWRAP_SPI0_CK[20] PWRAP_SPI0_MO[20] PWRAP_SPI0_MI

R1111 R/ 47/ K/ 0201/ NC R0201 2 D_GND

AK21 Board_Type_ID AL21 AF20 AG20 AF21 AG21 AF22 AH21 AK22 AG22

APC1

[33]

[20] AUD_CLK_MOSI[20] AUD_DAT_MOSI_1[20] AUD_DAT_MISO_1

Y1 AUD_DAT_MOSI_1 Y2 W3 AA2

PLLs Test Pin

AH22 VREF F16 EVREF[41] AJ22 AK23 AL23

LTEX26M_IN BPI_BUS8 BPI_BUS7 BPI_BUS6 BPI_BUS5 LTE_TX_BBQP LTE_TX_BBQN LTE_TX_BBIP LTE_TX_BBIN

AE10 AK2 AK3 AL3 AK4

LTE_LTEX26M_IN RF_TX_BBIP RF_TX_BBIN RF_TX_BBQP RF_TX_BBQN[31][31][31][31]

[31]

RFI_C[31] LTE_RFIC0_BSI_EN[31] LTE_RFIC0_BSI_CK[31] LTE_RFIC0_BSI_D2[31] LTE_RFIC0_BSI_D1[31] LTE_RFIC0_BSI_D0 AG17 AG18 AK16 AL17 AK17 AG19 AH18 AJ19 AL18 RFIC0_BSI_EN RFIC0_BSI_CK RFIC0_BSI_D2 RFIC0_BSI_D1 RFIC0_BSI_D0 C2K_TXBPI RFIC1_BSI_EN RFIC1_BSI_CK RFIC1_BSI_D0 RFIC1_TX_BSI_EN RFIC1_TX_BSI_CK RFIC1_TX_BSI_D0

LTE_RX1_BBIP LTE_RX1_BBIN LTE_RX1_BBQP LTE_RX1_BBQN LTE_RX2_BBIP LTE_RX2_BBIN LTE_RX2_BBQP LTE_RX2_BBQN

AH7 AJ7 AK6 AL6 AK7 AK8 AJ8 AH8

RF_RX1_BBIP RF_RX1_BBIN RF_RX1_BBQP RF_RX1_BBQN RF_RX2_BBIP RF_RX2_BBIN RF_RX2_BBQP RF_RX2_BBQN

[31][31][31][31][31][31][31][31]

RFIC_ET_P RFIC_ET_N

AH5 AH4

JTAG[90][90]B

JTMS JTCK JTDI JTDO

AJ31 AJ30 AJ29 AK28

JTMS JTCK JTDI[31] JTDO LTE_TXBPI 2 1 VIO18_PMU R1109 R/ 47/ K/ 0201/ NC R0201 R1110 R/ 47/ K/ 0201 R0201 2 DVDD12_EMI[34] BPI_BUS22 D_GND VLTE_SRAM_ID

AK19 AK18 AJ18

MISC BSIRFIC_MIPI0_SCLK RFIC_MIPI0_SDATA RFIC_MIPI1_SCLK RFIC_MIPI1_SDATA LTE_PAVM0 LTE_PAVM1 AD2 AB5 AC3 AB4 AD4 AC4 MIPI0_SCLK MIPI0_SDATA MIPI1_SCLK MIPI1_SDATA[32][32][33][33]B

This circuit muse be reservedAH1 AD5 AG3 1 AG4 AE5 AF5 AG5 AF2 AF1 AE2 AG2 1 1 C1102 C/ 100/ nF/ 0201 D_GND C1103 C/ 1/ uF/ 0402 D_GND AE1 AH2

[90][90]

BPI - LLTE_TXBPI BPI_BUS27 BPI_BUS26 BPI_BUS25 BPI_BUS24 BPI_BUS23 BPI_BUS22 BPI_BUS21 BPI_BUS4 BPI_BUS3 BPI_BUS2 BPI_BUS1 BPI_BUS0

R1109: 47K, R1100: NC, Ext. Buck for LTE VSRAM: Enable R1109: NC, R1

100: 47K, Ext. Buck for LTE VSRAM: Disable

MiscAK30 TESTMODE

D_GND

AUX IND_GND AUXIN2 AUXIN1 AUXIN0 AH11 AG12 AUX_IN1_NTC AG11 AUX_IN0_NTC C1105 C/ 100/ pF/ 0201 RF PA TEMPERATURE AP TEMPERATURE 1 2 C0201 2 C0201 1 C0201 C1104 C/ 100/ nF/ 0201 D_GND AUX_IN1_NTC AUX_IN0_NTC[32][63]

NCA1 A2 A30 A31 B1 B31 AK1 AL1 AL2 AL30 AL31 NC NC NC NC NC NC NC NC NC NC NC IC-MT6735-LP2-E1-SBS_MAP0827

R1105 R/ 8.06/ K/ 0201 EVREF 2

[34] BPI_BUS21 C1101 C/ 100/ nF/ 0201

[41]

EVREF

REF POWERREFP AVSS_REFN AL10 AK10 REFP

R1106 R/ 8.06/ K/ 0201 2 D_GND

C1106 1 C/ 100/ pF/ 0201

C1105/C1106 close to BB

IC-MT6735-LP2-E1-SBS_MAP0827

D_GND

Close to AP IC.A A

Title Size C Date:5 4 3 2

11_BB_1

MTK ConfidentialWednesday, January 14, 20151

Sheet

U1001C

U1001D

MT6735-SBSCSI[62][62][62][62][62][62][62][62][62][62] RCP RCN RDP0 RDN0 RDP1 RDN1 RDP2 RDN2 RDP3 RDN3 P28 N28 N29 P29 P30 P31 T30 R30 T31 U31 RCP RCN RDP0 RDN0 RDP1 RDN1 RDP2 RDN2 RDP3 RDN3

MT6735-SBSUSBTCP TCN TDP0 TDN0 TDP1 TDN1 TDP2 TDN2 TDP3 TDN3 N2 N1 R2 P2 R3 P3 N3 M3 M1 M2 TCP TCN TDP0 TDN0 TDP1 TDN1 TDP2 TDN2 TDP3 TDN3[61][61][61][61][61][61][61][61][20][61][61][20][64][64] USB_DP USB_DM U2 V2 USB_DP USB_DM

DSI

MSDCsMSDC0_RSTB MSDC0_CMD D26 B24 C23 E25 D25 D23 A24 A23 E23 B25 B26 A26 MSDC0_RSTB MSDC0_CMD MSDC0_CLK MSDC0_DSL MSDC0_DAT7 MSDC0_DAT6 MSDC0_DAT5 MSDC0_DAT4 MSDC0_DAT3 MSDC0_DAT2 MSDC0_DAT1 MSDC0_DAT0[41][41][41][41][41][41][41][41][41][41][41][41]

USB_VRT_P0

USB_VRT

MSDC0_CLK MSDC0_DSL MSDC0_DAT7 MSDC0_DAT6 MSDC0_DAT5 MSDC0_DAT4 MSDC0_DAT3 MSDC0_DAT2 MSDC0_DAT1 MSDC0_DAT0

R1201 R/ 5.1/ K/ 0201/ 1% R0201

BCT3 T4 CHD_DP CHD_DM

D_GND

CHD_DP CHD_DM

MSDC1_CLK[62][62][62][62][62][62] RCP_A RCN_A RDP0_A RDN0_A RDP1_A RDN1_A T28 R28 T29 R29 V30 U30 V29 U29 V28 U28 MSDC1_CMD RCP_A RCN_A RDP0_A RDN0_A VRT RDP1_A RDN1_A RDP2_A RDN2_A RDP3_A RDN3_A 2

H3 F2 G2 H2 H4 G4 L29 K28 M30 M31 L27 M27

MSDC1_CLK MSDC1_CMD MSDC1_DAT3 MSDC1_DAT2 MSDC1_DAT1 MSDC1_DAT0

MSDC1_CLK MSDC1_CMD

[40][40]

KEYPADR1 MIPI_VRT 1[65,90] R1227 R/ 1.5/ K/ 0201/ 1% R0201 AG24 AK24 AL24 KPROW0 AG23 AJ23 AH23 KPROW2 KPROW1 KPROW0

MSDC1_DAT3 MSDC1_DAT2 MSDC1_DAT1 MSDC1_DAT0 MSDC2_CLK

MSDC1_DAT[3..0]

[40]

Note: 12-1

MSDC2_CMD MSDC2_DAT3 MSDC2_DAT2 MSDC2_DAT1 MSDC2_DAT0

Note 12-1: MSDC2 Pin should be NC (No Connection) for MT6735M& MT6735P

D_GND AH31 W4 AA5 DISP_PWM0 LCM_RST DSI_TE[23][61][61] VCAM_IO_PMU

[65][65,90]

KPCOL1 KPCOL0

KPCOL2 KPCOL1 KPCOL0

DISP_PWM LCM_RST

CONN_IFWB_CTRL0 WB_CTRL1 WB_CTRL2 WB_CTRL3 WB_CTRL4 WB_CTRL5 WB_SCLK WB_SDATA WB_SEN XIN_WBG SCL1 SDA1 WB_RSTB ANT_SEL0 ANT_SEL1 ANT_SEL2 F29 G29 G28 H29 H28 J29 B27 B28 A29 E27 B29 J28 M28 L28 WB_CTRL0 WB_CTRL1 WB_CTRL2 WB_CTRL3 WB_CTRL4 WB_CTRL5C

[23] GPIO_Flash_Strobe[23] GPIO_Flash_ENC

W29 W28 Y31

CMDAT0 DSI_TE CMDAT1 CMPCLK

[62] GPIO_CAMERA_RESET

R1202 R/ 4.7/ K/ 020

1 1 2 1 2 R1203 R/ 4.7/ K/ 0201 SCL0 SDA0

R0201

I2CAA30 Y30 SCL0 SDA0

R0201

[62][62] VIO18_PMU

CONN_SCLK CONN_SDATA CONN_SEN CONN_XO_IN CONN_RSTB

R1204 R/ 4.7/ K/ 0201 R0201 1 2 1 2 R1205 R/ 4.7/ K/ 0201 R0201 SCL1 SDA1 R1206 R/ 4.7/ K/ 0201 R0201 1 2 1 2 R1207 R/ 4.7/ K/ 0201 R0201 SCL2 SDA2

AB31 AB30

[62]

CMMCLK

Y27 Y28

CMMCLK CMMCLK1

Note: 12-2

[61][61]

Note 12-2: MT6735M& MT6735P does Not have CMMCLK1 function[63] EINT_ALPS AH28 AH29 AG30 AH30

VIO18_PMU

AA28 AB28

SCL2 SDA2

SPISPI_CS SPI_CK SPI_MO SPI_MI

PCM (ext MD)AB27 AC27 SCL3 SDA3 PCM_CLK PCM_SYNC AE27 AD29 AD28 AD27 EINT_M GPIO_CTP_RSTB[63][61]

[23,51,63][23,51,63]

[63] EINT_ACC

UART[90][90] UTXD0 URXD0 AJ28 AJ27 AG27 AH27 AD30 AE29 AE30 AE31 UTXD0 URXD0 UTXD1 URXD1 UTXD2 URXD2 UTXD3 URXD3

PCM_TX PCM_RX

GPIOSRCLKENAI AC31 SRCLKENAI[51]

[63] EINT_GYRO

I2SB

EINT0 EINT1 EINT2

AF28 AE28 AF27 AF30 AF31 AL29 AK29 AJ26 AH26 AG26 AH25 AG25 AK25 EINT_NFC GPIO_NFC_IRQ GPIO_NFC_RSTB GPIO_NFC_ENB EINT_SD EINT_EAR CAM_PDN0 INT_SIM1 INT_SIM2 EINT_CTP CAM_RST1 CAM_PDN1[51]B

AK26[50] GPIO_GPS_LNA_EN AL27 AK27

[51][51][51][40][60][62][65][65][61][62][62]

I2S_BCK I2S_LRCK I2S_DATA_IN

[50] WB_CTRL0[50][50][50] WB_CTRL1 WB_CTRL2 WB_CTRL3

WB_CTRL0 WB_CTRL1 WB_CTRL2 WB_CTRL3 WB_CTRL4 WB_CTRL5 CONN_SCLK CONN_SDATA CONN_SEN CONN_RSTB WB_RX_IP WB_RX_IN WB_RX_QP WB_RX_QN WB_TX_IP WB_TX_IN WB_TX_QP WB_TX_QN GPS_RX_IP GPS_RX_IN GPS_RX_QP GPS_RX_QN F2W_CLK F2W_DATA E30 D30 C30 C31 D28 D27 K30 J30 J31 H31 H30 G30 F30 F31

WCN 6625GPS_RXIP GPS_RXIN GPS_RXQP GPS_RXQN F2W_CLK F2W_DATA WB_RXIP WB_RXIN WB_RXQP WB_RXQN WB_TXIP WB_TXIN WB_TXQP WB_TXQN

EINT3 EINT4 EINT5 EINT6 EINT7 EINT8 EINT9 EINT10 EINT11 EINT12

[50] WB_CTRL4[50] WB_CTRL5[50][50] IC-MT6735-LP2-E1-SBS_MAP0827[50][50] CONN_SEN CONN_RSTB CONN_SCLK CONN_SDATA

[50] GPS_RX_IP[50] GPS_RX_IN[50] GPS_RX_QP[50] GPS_RX_QN[50] F2W_CLK[50] F2W_DATA[50]A

GPS_RX_IP GPS_RX_IN GPS_RX_QP GPS_RX_QN F2W_CLK F2W_DATA WB_RX_IP WB_RX_IN WB_RX_QP WB_RX_QN WB_TX_IP WB_TX_IN WB_TX_QP WB_TX_QN CONN_XO_INA

IC-MT6735-LP2-E1-SBS_MAP0827

WB_RX_IP WB_RX_IN WB_RX_QP WB_RX_QN WB_TX_IP WB_TX_IN WB_TX_QP WB_TX_QN CONN_XO_IN

[50][50][50][50][50][50][50][50]5 4

Schematic design notice of"12_BB_2" page. Note 12-1: MSDC2 Pin should be NC (No Connection) for MT6735M& MT6735P Note 12-2: MT6735M& MT6735P does Not have CMMCLK1 function Please refer to MT6735M/P Design Notice for details3 2

Title Size C Date:

12_BB_2

MTK ConfidentialWednesday, January 14, 20151

Sheet

U1001G

MT6735-SBSEMI_IF[41] DQ[0..31] 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 C10 B13 C11 A12 D12 A15 A14 B12 A17 B16 B15 D15 A18 D17 B17 C18 A9 C7 B10 B8 D9 B11 A11 A8 D21 B19 B20 B21 A20 A21 D20 B22 RDQ0 RDQ1 RDQ2 RDQ3 RDQ4 RDQ5 RDQ6 RDQ7 RDQ8 RDQ9 RDQ10 RDQ11 RDQ12 RDQ13 R

DQ14 RDQ15 RDQ16 RDQ17 RDQ18 RDQ19 RDQ20 RDQ21 RDQ22 RDQ23 RDQ24 RDQ25 RDQ26 RDQ27 RDQ28 RDQ29 RDQ30 RDQ31 RCS_B RCS1_B RCKE RDQM0 RDQM1 RDQM2 RDQM3 RDQS0 RDQS1 RDQS2 RDQS3 RDQS0_B RDQS1_B RDQS2_B RDQS3_B RCLK0 RCLK0_B RA0 RA1 RA2 RA3 RA4 RA5 RA6 RA7 RA8 RA9 B4 B3 D4 D14 C14 D7 C19 E15 E17 E12 F20 F15 F17 F12 E20 F9 E9 D6 B6 A3 A6 A5 C3 D2 C2 B2 D1 CA0 CA1 CA2 CA3 CA4 CA5 CA6 CA7 CA8 CA9 CS0_N CS1_N CKE DQM0 DQM1 DQM2 DQM3 DQS0_T DQS1_T DQS2_T DQS3_T DQS0_C DQS1_C DQS2_C DQS3_C[41][41][41][41][41][41][41][41][41][41][41][41][41][41][41]C

CLK0_T CLK0_C

[41][41] CA[0..9][41]

IC-MT6735-LP2-E1-SBS_MAP0827

Title Size B Date:5 4 3 2

13_BB_3

MTK ConfidentialWednesday, January 14, 2015 Sheet1

U2001A

[65,90] PWRKEY[65][11,90] HOMEKEY SYSRSTB HOMEKEY

E2 N6 D3 D2

CONTROL SIGNALPWRKEY HOMEKEY RESETB EXT_PMIC_EN

BUCK OUTPUTVPROC VPROC VPROC VPROC VPROC

L2001 PL/ 0.33/ uH/ 2520

A7 B7 C7 D7 B8

VPROC_SW

125mil VPROC_PMU

[11]

WATCHDOG D_GND

M7 1 2 R2003R/ 200/ K/ 0201 R0201

VPROC_FB AVSS45_VPROC_FB WDTRSTB_IN UVLO_VTH FSOURCE PMU_TESTMODE SRCLKEN_IN0 SRCLKEN_IN1 SPI_CSN SPI_CLK SPI_MOSI SPI_MISO VCORE1 VCORE1 VCORE1 VCORE1_FB AVSS45_VCORE1_FB VLTE_FB AVSS45_VLTE_FB VLTE VLTE VLTE

C16 B15

4 mil GND trace with good shielding from baseband (Differential) VPROC_PMIC_FB_6328 VPROC_PMIC_FB_6328[10] GND_VPROC_PMIC_FB_6328 GND_VPROC_PMIC_FB_6328[10] L2003 PL/ 0.47/ uH/ 2016

N2 P4 D4 P8 R5 M6 K6

UVLO_VTH R RANGE: 200KOHM~ 250KOHM[11][11] SRCLKENA0 SRCLKENA1

D_GND

A12 B12 C12

VLTE_SW

75mil VLTE_PMUD

4 mil GND trace with good shielding (Differential)

C14 E13

VLTE_PMIC_FB GND_VLTE_FB

[10][10]

[11] PWRAP_SPI0_CSN[11] PWRAP_SPI0_CK[11] PWRAP_SPI0_MO[11] PWRAP_SPI0_MI PWRAP_SPI0_MO PWRAP_SPI0_MI

L2006 PL/ 0.47/ uH/ 2016

L6 N5 R15

A5 A6 B5 C2 C1

VCORE_SW

90mil

VCORE_PMU

AUX ADCVAUX18

VCORE_PMIC_FB VCORE_PMIC_FB GND_VCORE_FB GND_VCORE_FB 4 mil GND trace with good shielding from baseband (Differential)

[10][10]

1VBAT C2023

2C/ 1/ uF/ 0201 C0201

M12 N13 P14

AVDD18_AUXADC AVSS18_AUXADC AUXADC_VINL2008

Please refer to latest MMD designNC/MMD/PMIC 100mil SH2009

D_GND

BAT_VPROC

VBAT INPUT50mil

VSYS22 VSYS22 VSYS22_FB

B10 B11 C10 D10C2007 C/ 22/ uF/ 0603 C0603 NC/MMD/PMIC SH2010

AVDD45_VPROC AVDD45_VPROC AVDD45_VPROC AVDD45_VPROC AVDD45_VLTE AVDD45_VLTE AVDD45_VLTE AVDD45_VCORE1 AVDD45_VCORE1 AVDD45_VCORE1 AVDD45_VSYS22 AVDD45_VSYS22 AVDD45_VPA AVDD45_SMPS

L2009

1NC/MMD/PMIC

2SH2011

BAT_VLTE

30mil 30mil

1D_GND

BAT_VCORE1

B13 C13 D13 C4 C5 B4 A1 B1 A16 C15

VPA VPA_FB

A15 B14

VPA_SW

1 1

2 PL/ 2.2/ uH/ 2520 1

30mil C2055 C/ 2.2/ uF/ 0402 C0402

D_GND VPA_PMU

NC/MMD/PMIC

SH2012

C2049 C0201 C/ 1/ nF/ 0201/ 16V/ NC

11. VBAT_Buck input cap should connect to its individual GND first, then go to main GND. 2. Buck controller power trace (AVDD

45_SMPS) must use single trace connected to system (battery) power directly, and can’t merge with others. 3. Please refer to latest MMD design NC/MMD/PMIC 1 NC/MMD/PMIC 1

2 2 SH2013 2 SH2014

BAT_VSYS BAT_VPA

30mil 30mil 4mil

LDO OUTPUTVM VTCXO_0 VTCXO_1 VRF18_0 VRF18_1 VSIM1 VSIM2 VCN18 VCN28 VCN33 VIO18 VUSB33 VIO28 TREF VEFUSE VMC VMCH VEMC_3V3 VCAMA VCAMAF VCAMD VCAMIO VGP1 VSRAM

J1 P9 T16 F10 F9 R11 N11 F3 R13 R12 F2 P11 K2 P13 T15 K4 R9 R10 T14 H5 H2 E3 H4 E4

D_GND

D_GND VM VTCXO_0_PMU VRF18_0_PMU VSIM1_PMU VSIM2_PMU

2R2005 R/ 1/ ohm/ 0201 R0201

1 1

D_GND 20mil 20mil 20mil 20mil 20mil

4 mil GND trace with good shielding from baseband (Differential)

A2 B2

VSYS_SW

50mil

PL/ 0.47/ uH/ 2016

50mil

VSYS_PMU C2039 C/ 10/ uF/ 0603 C0603

C2043 C/ 1/ uF/ 0201 C0201

VBATC

120mil

T13 T8 K1 T11 M2

AVDD45_LDO1 AVDD45_LDO2 AVDD45_LDO3 AVDD45_LDO4 AVDD45_LDO5

VCN18_PMU VCN28_PMU VCN33_PMU VIO18_PMU VUSB33_PMU VIO28_PMU VBATREF VEFUSE VMC_PMU VMCH_PMU VEMC_3V3_PMU VCAMA_PMU VCAM_AF_PMU VCAMD_PMU VCAM_IO_PMU VGP1_PMU VSRAM_PMU

C0201 C/ 100/ nF/ 0201

D_GND C2031 D_GND

C2040 C/ 22/ uF/ 0603 C0603

C0201

C2030 C/ 100/ nF/ 0201

C/ 1/ uF/ 0201

C0201

C2040 close to AVDD22_LDO1/2/3/4 balls

D_GND

GNDA9 B9 C8 C9 D9 B6 C6 D6 C11 D11 D12 A3 B3 A14 B16 AVSS45_VPROC AVSS45_VPROC AVSS45_VPROC AVSS45_VPROC AVSS45_VPROC

Vibrator DriverVIBR J4

GND_VPROC SH2001

Close to MT6328

D_GND

15mil

D_GND

D_GND VIBR_PMU

D_GND

D_GND VRTC C2008 C/ 22/ uF/ 0603 C0603

D_GND

AVSS45_VREF

C2050 C/ 1/ uF/ 0201/ NC C0201

C2047 C/ 1/ uF/ 0201 C0201

C2046 C/ 1/ uF/ 0201 C0201

C2048 C0201 C/ 1/ uF/ 0201/ NC

NC/MMD/PMIC

GND_VLTE

XIN XOUT ENBB XOSC_EN

T6 R6 R3 T1 M9 P5 R4ENBB

32K_IN 32K_OUT

SH2002

SH2003

SH2004

GND_VSYS

AVSS45_VSYS22 AVSS45_VSYS22 AVSS45_VPA

NC/MMD/PMIC

NC/MMD/PMICSH2005 NC/MMD/PMIC SH2005

AVSS45_SMPS

RTC32K_2V8 RTC32K_1V8_0

RTC32K1V8

[11]

D_GND D_GND D_GND D_GND

D_GND

Please refer to latest MMD designB

E5 E12 D5 E10 G7 E11 G8 E6 G9 H10 H7 E7 H8 H9 E8 E9 J10 J7 J8 J9 K7 K8 K9 K10 G11

RTC32K_1V8_1 AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO

D_GND

AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO AVSS45_LDO

H12 G12 F12 G10 F11 G6 L7 L8 L9 J6 H6 H11 J11 K11 L12 L10 L11

Close to MT6328

C2019 C/ 2.2/ uF/ 0402 C0402

C2016 C/ 2.2/ uF/ 0402 C0402

C2017 C/ 2.2/ uF/ 0402 C0402

C2018 C/ 2.2/ uF/ 0402

4 mil trace with good shi

elding (Differential) U2001B[21][21] BATSNS ISENSE[31] MT6169_XO4_CLK

[11] AUD_DAT_MOSI_1 U2001C[11] AUD_DAT_MISO_1

N8 M10

AUD_DAT_MOSI AUD_DAT_MISO

AU_FLYP AU_FLYN AVDD45_SPK

G15 F15 D14 E14 R14 K16 K12 G13

C0402

VBAT R/ 330/ K/ 0402/ 1% VBUS

FCHR_ENB CHG_DM BATSNS CHG_DP ISENSE VSYSSNS BATON VCDT ISINK1 VDRV CHRLDOU/ MT6328E1

M1 N1 E15 D15 R16 P15 N14D_GND

N3 1 N4C2051 C/ 1/ uF/ 0201 C0201[21] VCDT D_GND CHR_LDO R2033 R/ 39/ K/ 0402/ 1% VDRV BAT_ON

CHD_DM CHD_DP CS_N CS_P

[12][12][21][21]

[60][60][60][60][60][60][60]

AU_SPK1P AU_SPK1N AU_HSP AU_HSN AU_HPL AU_HPR ACCDET AU_VIN0_P AU_VIN0_N AU_VIN1_P AU_VIN1_N AU_VIN2_P AU_VIN2_N

F16 E16 K15 J14 H15 H16 M14 M16 M15 K13 L13 K14 L14

SPK_P SPK_N AU_HSP

AVSS45_SPK VAUD28 AVDD28_AUD

M4 P2 R1 R2 1 P3C2041 C/ 1/ uF/ 0201 C0201

R2032

AU_HSN AU_HPL AU_HPR ACCDET AVSS18_AUD AU_VIN0_P AU_VIN0_N AU_VIN1_P AU_VIN1_N AU_VIN2_P AU_VIN2_NU/ MT6328E1 D_GND D_GND Pole4_J[60]

Gauge ISINK

CS_N CS_P ISINK0

AVSS28_AUD AVDD18_AUD

VCDT rating: 1.268V1

4 mil trace with good shielding (Differential)

C2036 C/ 1/ uF/ 0201 C0201

D_GND

single via to GND plane directlyA

D_GND

G14 F13 1C2027 C/ 2.2/ uF/ 0402 C0402 VIO18_PMU

AVSS45_ISINK

Close to PMICD_GND D_GND

[60][60][60][60][60][60]

AU_REFN

H14

GND shielding To improve noise level, connect to audio jack first, and then connect to GND5 4 3 2

C2020 C/ 2.2/ uF/ 0402 D_GND

C2011

C2012

C2014

C2015

C2013

Close to MT632850mil VSYS_PMU 20mil 20mil 20mil 20mil 20mil

J2 H3 E1 F1 G1 T2 T3 T5

C0402 C/ 4.7/ uF/ 0402

C0402

C0402C/ 2.2/ uF/ 0402

AVDD22_LDO1 AVDD22_LDO1 AVDD22_LDO2 AVDD22_LDO3 AVDD22_LDO4

C0402 C/ 2.2/ uF/ 0402

C/ 4.7/ uF/ 0402

DIG PowerDVDD18_IO DVDD18_DIG DVSS18_IO

VIO18_PMU

C2057

D_GND

VREFL4 VREF

C2056 C0201 C/ 1/ uF/ 0201

R2026 R/ 1/ K/ 0201 R0201

RTCAVSS45_VCORE1 AVSS45_VCORE1 AVSS45_VCORE1 AVSS45_VLTE AVSS45_VLTE AVSS45_VLTE

AVDD28_RTC AVSS28_RTC

R8 R7D_GND

VRTC

2D_GND

GND_VCORE1

2X2001 X/ 32/ KHz/ CM7V-T1A CRYS/SMD/3.2X1.5/9H032000XX/TXC

C2032 C/ 100/ nF/ 0201 C0201 D_GND

C2033 C/ 22/ pF/ 0201 C0201

C2034 C/ 22/ pF/ 0201 C0201

GND_VPA

R/ 0/ ohm/ 0201-3P(1-2)[11] SRCLKENA0 ENBB

R2035

1 2 3ENBB_6169[31]

D_GND

U/ MT6328E1 D_GND

AudioJ12 M8 CLK26M AUD_CLK AU_MICBIAS1 AU_MICBIAS0 N15 N16C2038 C/ 2.2/ uF/ 0402 C2044 C2042 C/ 1/ uF/ 0201 C/ 1/ uF/ 0201 C0201 C0201 MICBIAS1 MICBIAS0 C2054 C/ 100/ nF/ 0201 C0201[11] AUD_CLK_MOSI

VBAT 20mil C2022 C/ 1/ uF/ 0201 C0201

Charger

BC1.1/1.2

20mil D_GND D_GND

AVSS18N_AUD

C2058 C/ 2.2/ uF/ 0402 C0402

C2027/ C2038/ C2058 flying cap& holding cap: 4.7uF for 16ohm reciver 2.2uF for 32ohm reciver

Title

Size A1 Date:1

20_POWER_MT6328

MTK ConfidentialWednesday, January 14, 2015 Sheet 20 of 99

BATTERY CONNECTOR

Pulse ChargerVBUS

CON2101 CON/ KEIRAKU KBC13S3A2R BAT/SMD/KBC23S3D4XR/KEIRAKU VBAT D2103 D/ MMSZ5231BT1G DIODE/SMD/MMSZ5221B VF: 4.85V~5.36V D_GND VBAT+ 6 NC NTC GND7 NC NC NC 1 2 3 125mil 4 5 125mil

VBAT

Battery NTC=10K, R2103 select 16.9K, 1% Battery NTC=47K, R2013 select 61.9K, 1%R2104 2 R/ 1/ K/ 0402 R0402 R2103 2 R/ 16.9/ K/ 0402 R0402

OVP: 12V50mil

1 1

BAT_ON VBATREF

[20]

From MT6328C2101 R2192 50mil 1 2 CHR_LDO CHR_LDO D_GND 1 2

SOD123 500mW

D_GND

C/ 1/ uF/ 0603/ 25V

R/ 1.5/ K/ 0402

Kelvin connection6 5C

R/ 0.010/ ohm/ 1206/ 1% 125mil R2137

ESD suggest<5pf on BAT_OND_GND

1. R2135 close to battery connector. (<10mm) 2. Charging path should be 40mil or wider 3. Star connection from R2135 to BAT connector

4E U2106

50milC C B

U/ STT818B/ SOT-6 VDRV

U2116 3

VDRV

50mil CS_P CS_N[20][20]

Q/ SSM3K35MFV 2-1L1B/SMD/SSM3K35MFV

4 mil trace with good shielding (Differential)50mil 1 R2135 R/ 0.056/ ohm/ 0805/ 1% R0805 2 ISENSE[20]

Rsense

BATSNSC

[20]

DifferentialC

50mil

100mil

VBAT

Title Size D Date:5 4 3 2

21_POWER_TBD

MTK ConfidentialWednesday, January 14, 20151

Sheet

LCM Backlight LED DriverPL2303 VBAT PL/ 22/ uH/ LQH3NPN220MJ0L U2305 6 VIN PAD GND SW COMP FB 4 2 1 1 1 LCM_LEDK 1 LCM_LEDK C2319 C/ 1/ uF/ 0603/ 50V C0603[61][12] GPIO_Flash_Strobe[12] GPIO_Flash_EN D2301 D/ PMEG6010CEH LCM_LEDA LCM_LEDA[61] VBAT

Flash LED 5V BoostD

Flash LED I2C address: 0X63 (Write:0xC6, Read:0xC7)PL2305 PL/ VLS252010HBX-1R0M L/IND/SMD/2520 1 2 U2301 U/ LM3642 DSBGA9/SMD/P0.5/LM3642 B3 B2 C1 C3 C2 IN STROBE TX/TORCH SCL SDA GND A3 D_GND D_GND D_GND SW LED OUT A2 B1 A1 1 C2322 C/ 10/ uF/ 0402 C0402 K 2 FLASH_1 40mil 1 1 2 C2323 C/ 33/ pF/ 0201 C0201 LED2302 LED/ LUW F8DN FLASH_LED/LUW_F8DN

40mil 1 C2320 C/ 4.7/ uF/ 0402 C0402

[12]

DISP_PWM0 1

CTRL

D_GND GPIO_Flash_Strobe GPIO_Flash_EN

U/ TPS61161 C2312 SON6/SMD/P0.65/TPS61161 C/ 2.2/ uF/ 0402 R2310 R/ 10/ ohm/ 0201 7 3 2

C2315 C/ 220/ nF/ 0201/ X7R 2 2

[12,51,63]

SCL2 SDA2

VOUT max.: 38V Switch Frequency: 5KHz~100KHz VFB: 200mV

D_GND

[12,51,63]

D_GND

Title Size C Date:5 4 3 2

23_POWER_THIRD-PARTY

MTK ConfidentialWednesday, January 14, 20151

Sheet

External Buck for DRAMD D

VBAT

U2401 U/ NCP6324CMTAATBG/ NC WDFN8/SMD/P0.5/NCP6324 8 7 PVIN AVIN EN MODE/PG SW FB PGND AGND 2 4 1 3

L2401 PL/ VLS252010HBX-1R0M/ NC L/IND/SMD/2520 1 2 2 R2416 R/ 220/ K/ 0201/ NC R0201 1 1

1.22VVM_EXT

D_GND D_GND

D_GND

C2402 C/ 4.7/ uF/ 0402/ NC C0402

VM 2

5 6

C2413 C/ 15/ pF/ 0201/ NC C0201 1 C2411 C/ 10/ uF/ 0603/ NC C0603

Vout=0.6x(1+R1/R2)

R2417 R/ 210/ K/ 0201/ NC R0201 1 D_GND

D_GND

[Optional] for Low Power enhancement

DRAM Buck Purpose: Reserved for low power performanceC C

Title Size C Date:5 4 3 2

24_POWER_THIRD-PARTY

MTK ConfidentialWednesday, January 14, 20151

Sheet

R3101 R/ 62/ ohm/ 0201 R0201 RF_TXDET 1 2 1 R3102 R/ 105/ ohm/ 0201 R0201 2 RF_HB1_TX_MT6169 2 D_GND 1 R3103 R/ 105/ ohm/ 0201 R0201

D_GND RF_MB2_TX_MT6169

RF_TX_BBIP RF_TX_BBIN RF_TX_BBQN RF_TX_BBQP RF_RX1_BBIP RF_RX1_BBIN RF_RX1_BBQN RF_RX1_BBQP RF_RX2_BBIP RF_RX2_BBIN

Off-Page ConnectorD

RF_MB1_TX_MT6169

RF_TXDET_MT6169

(To RF front-end)

RF_LB3_TX_MT6169

[33] RF_TXDET

RF_B40B41_PRX_MT6169_RFIP1_HB1 RF_B40B41_PRX_MT6169_RFIN1_HB1

D_GND RF_RX2_BBQN RF_RX2_BBQP

M13

M15

G14

[32] RF_MB2_TX_MT6169[33] RF_MB1_TX_MT6169[33] RF_LB3_TX_MT6169 RF_B34B39_PRX_MT6169_RFIP1_MB1 B14 RF_B34B39_PRX_MT6169_RFIN1_MB1 B13 RF_900_PRX_MT6169_RFIP1_LB2 A15[33] RF_B40B41_PRX_MT6169_RFIP1_HB1[33] RF_B40B41_PRX_MT6169_RFIN1_HB1[33] RF_DCS_PRX_MT6169_RFIP1_HB3[33] RF_DCS_PRX_MT6169_RFIN1_HB3 RF_900_PRX_MT6169_RFIN1_LB2 A14 B12 A12 RF_850_PRX_MT6169_RFIP1_LB3A11 RF_850_PRX_MT6169_RFIN1_LB3 B11[33] RF_B34B39_PRX_MT6169_RFIP1_MB1C

L13 K13 J13 H13 G13 F13 E13 E14 E15 L14

C15

C14

D14

H15

H14

N15

N14

N13

B15

K14

F15

F14

[32] RF_HB1_TX_MT6169

J14

J15

RFIP1_MB1 RFIN1_MB1 RFIP1_LB2 RFIN1_LB2 RFIP1_HB2 RFIN1_HB2 RFIP1_LB3 RFIN1_LB3 RFIP1_MB2 RFIN1_MB2 RFIP1_HB3 RFIN1_HB3 RFIP2_LB1 RFIN2_LB1 RFIP2_HB1 RFIN2_HB1 RFIP2_LB2 RFIN2_LB2 RFIP2_HB2 RFIN2_HB2 RFIP2_MB1 RFIN2_MB1 RFIP2_LB3 RFIN2_LB3 VRXHF2 VRXHF1 V28_ESD1 VTXHF VTXLF VRXLF VDCXO_DIG VIO VTCXO XMODE CLK_SEL EN_26M_BB RFIN2_MB2 RFIP2_MB2 RFIN2_HB3 RFIP2_HB3 OUT_32K 32K_EN TST1 U3101

TST4 TST3 TXBPI VRT TST2 TMEAS BSI_CK BSI_EN BSI_D0 BSI_D1 BSI_D2

H12 M12 K10 N10 M10 M9 K6 J7 J6 J5 K4

RFIN1_HB1

RFIN1_LB1

RX1_BBIN

RFIP1_HB1

RFIP1_LB1

RX2_BBIN

TX_HB1

TX_HB2

RX1_BBQN

RX2_BBQN

RX1_BBQP

RX2_BBQP

DET_GND TXO_GND TXO_GND TXO_GND TXO_GND TXO_GND TXO_GND TXO_GND TXO_GND TXO_GND

TX_LB1

TX_LB2

TX_LB3

TX_LB4

RX1_BBIP

RX2_BBIP

TX_MB1

TX_MB2

TX_BBIN

TXDET

TX_BBQN

TX_BBIP

TX_BBQP

LTE_TXBPI VRT only 5% resistor LTE_RFIC0_BSI_CK LTE_RFIC0_BSI_EN LTE_RFIC0_BSI_D0 LTE_RFIC0_BSI_D1 LTE_RFIC0_BSI_D2 1 R3105 R/ 2K/ ohm/ 0201/ 1% R0201 2 D_GND

RF_PCS_PRX_MT6169_RFIP1_MB2 B10 RF_PCS_PRX_MT6169_RFIN1_MB2B9 RF_DCS_PRX_MT6169_RFIP1_HB3 A9

[33] RF_B34B39_PRX_MT6169_RFIN1_MB1[33] RF_PCS_PRX_MT6169_RFIP1_MB2[33] RF_PCS_PRX_MT6169_RFIN1_MB2[33] RF_900_PRX_MT6169_RFIP1_LB2[33] RF_900_PRX_MT6169_RFIN1_LB2[33] RF_850_PRX_MT6169_RFIP1_LB3[33] RF_850_PRX_MT6169_RFIN1_LB3

RF_DCS_PRX_MT6169_RFIN1_HB3 A8 B8 B7 B6 A6 A5 B5 RF_B41_DRX_MT6169_RFIP2_HB2 B4 RF_B41_DRX_MT6169_RFIN2_HB2 B3

U/ MT6169MT6169/VFBGA175/P0.4/B0.25/6.2X5.4

GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND

L12 L11 L10 L9 L8 L7 L6 L3 K12 K9 K8 K7 K3 J12 J11 J10 J9 J8 J4 J3

Off-Page Connector(To BB IC part)[11] RF_RX2_BBIP[11] RF_RX2_BBIN[11] RF_RX2_BBQP[11] RF_RX2_BBQNC

[11][11][11][11]

RF_RX1

_BBIP RF_RX1_BBIN RF_RX1_BBQP RF_RX1_BBQN

[34] RF_B41_DRX_MT6169_RFIP2_HB2[34] RF_B41_DRX_MT6169_RFIN2_HB2[34] RF_B39_DRX_MT6169_RFIP2_MB1[34] RF_B39_DRX_MT6169_RFIN2_MB1[34] RF_B40_DRX_MT6169_RFIP2_HB3[34] RF_B40_DRX_MT6169_RFIN2_HB3

RF_B39_DRX_MT6169_RFIP2_MB1 A3 RF_B39_DRX_MT6169_RFIN2_MB1 A2 A1 B1

XTAL2 XTAL1

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

XO3 XO4 XO2 XO1

GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND

H11 H10 H9 H8 H7 H6 H5 H4 H3 G12 G11 G10 G9 G8 G7 G6 G5 G4 G3 G2

[11][11][11][11]

RF_TX_BBIP RF_TX_BBIN RF_TX_BBQP RF_TX_BBQN

[11][11][11][11][11]

LTE_RFIC0_BSI_CK LTE_RFIC0_BSI_EN LTE_RFIC0_BSI_D2 LTE_RFIC0_BSI_D1 LTE_RFIC0_BSI_D0

[20] ENBB_6169[11] LTE_TXBPI[11] LTE_LTEX26M_IN D_GND[51] MT6169_XO3_CLK[20] MT6169_XO4_CLK[50] CLK_WCNB

C8 D13 M11 N11 K11 M8 L4 M3 J1

C3 C4 C5 C6 C7 C9 C10 C11 C12

D3 D4 D5 D6 D7 D8 D9 D10 D11 D12

G1 H2 H1 M1

L2 N1 N2

E1 E3 E4 E5 E6 E7 E8 E9 E10 E11 E12

F1 J2 F3

K1 K2

1 32K_EN

VRF18_0_PMU

XMODE

RF_B40_DRX_MT6169_RFIN2_HB3 C/ 100/ nF/ 0201 C/ 100/ nF/ 0201 C/ 100/ nF/ 0201

D_GND

C3105 C/ 100/ nF/ 0201 C0201

D_GND D_GND D_GND VIO18_PMU VRF18_0_PMU VRF18_0_PMU

MT6169_XO3_CLK MT6169_XO4_CLK CLK_WCN LTE_LTEX26M_IN

D_GND D_GND ENBB_6169 1 ENBB_6169 Xtal2 D_GND 2 Xtal1 D_GND 1A

R3107 R/ 1K/ ohm/ 0201 C0201 R0201

C0201 C0201

C3102 C/ 100/ nF/ 0201 C0201

RF_B40_DRX_MT6169_RFIP2_HB3

R3108 R/ 1K/ ohm/ 0201 R0201

VTCXO_0_PMU C3112 C3101 C3104 1 1 2 VIO18_PMU 1 C3106 C/ 100/ nF/ 0201 C0201 C3103 C/ 100/ nF/ 0201 C0201

F2 F4 F5 F6 F7 F8 F9 F10 F11 F12 D_GND

VIO18_PMU VTCXO_0_PMU

C3111 C/ 2.2/ uF/ 0201 C0201

Far end Cap. For PMIC stability

D_GND 3 2 1

C3108 C/ 100/ nF/ 0201 C0201A

U3102 VTCXO/ 26/ MHz/ KT2520F26000DCW28QAK TCXO/SMD/2.5X2.0/KT2520F

NC NC

OUT

Vcc

Vcon

GND

VTCXO_0_PMU

Title C3110 C/ 100/ nF/ 0201 C0201 Size A2 Date:

C3109 C/ 0201/ NC C0201

31_RF_MT6169_PIN_OUT

MTK ConfidentialWednesday, January 14, 20151

D_GND5 4 3 2

D_GND

Sheet

4 38/41 MMMB MH PA: B34,39,40,

1Off-Page Connector(To RF front-end)[31] RF_HB1_TX_MT6169

3/4G_PAIN_HB

[31] RF_MB2_TX_MT6169[33] RF_B40B41_PRX_FEM C3292 TXM_RX1 1 2 RF_HB1_TX_FEM D_GND L3213 D_GND C/ 18/ pF/ 0201 L0201 1 2 RF_B41_TRX_SAW_In 1 1 1 C3272 C/ 0201/ NC C0201 C3273 L/ 3.9/ nH/ 0201 C0201 5 U3224 SAW/ SAFEA2G60MA0F0A FILTER/SMD/885049 G 3 4 RF_B41_TRX_SAW_Out 1 C0201 L/ 1/ nH/ 0201 C3285 2 L3219 L/ 0201/ NC L0201

RF_HB1_TX_MT6169

C3256 C/ 15/ pF/ 0201 C0201 1 2

R3230 L/ 2.2/ nH/ 0201 R0201 RF_HB1_TX_MT6169_1 1 2 1 1 R3233 C/ 1.2/ pF/ 0201 R0201 2 2

DRF_B41_TRX_TXM L3218 L/ 10/ nH/ 0201 L0201 RF_B41_TRX_TXM[33] RF_B40_TRX_TXM[33]

R3231 C/ 1.2/ pF/ 0201 R02

RF_B40B41_PRX_FEM

RF_B41_TRX_FEM

IN 2 D_GND G OUT

D_GND

D_GND RF_B40B41_TRX_FEM_BYPASS D_GND D_GND

D_GND

C/ 0201/ NC C0201

LPF for more margin on Tx spuriousC3217 C/ 0201/ NC C0201 2 1 L3215 L/ 0201/ NC RF_MB2_TX_MT6169_1 2 2 C0201 C/ 0201/ NC C3254 L0201 1 2 1 2 3 RF_MB2_TX_FEM 4 MIPI0_SDATA R3210 R 2/ 0/ ohm/ 0201 1 MIPI0_SDATA_PA5 MIPI0_SCLK MIPI0_SCLK_PA 2 1 6 R3209 R/ 0/ ohm/ 0201 7 8

U3203 SKY77824/HRSMAC012/RF5418

B41B TRXL3210 C/ 3/ pF/ 0201 L0201 RF_B40_TRX_FEM 1 1

D_GND

D_GND RF_B40B41_TRX_TXM_BYPASS[33]

29 GND

RX2 RX1 GND HB4 GND HB3

28 27 26 25 24 23

RF_MB2_TX_MT6169

GND GND GND GND GND GND

D_GND This path is no use for sky77824 This path is reserved for other vendor's M/H PA which supports B34/B39 and TXM can't support B34/B39 TXM reuse

9 10 11 12 13 14

D_GND

C3258 L/ 3.6/ nH/ 0201 C0201

C3259 L/ 0201/ NC C0201 D_GND

C3228 C/ 0201/ NC C0201

GND M/H PA GND RFIN_H RFIN_M/ NC SDATA SCLK VIO VBAT

GND HB2 GND HB1 NC GND VCC2 VCC1

22 21 20 19 18 17 16 15

RF_B34B39_PA_TXM[33] TXM_HB2 D_GND U3215 SAW/ SAFEA2G35MF0F0A FILTER/SMD/885049 2 RF_B40_TRX_SAW_in G C3288 3 D_GND L/ 2.7/ nH/ 0201 C0201 4 RF_B40_TRX_SAW_out 1 2 L3221 L/ 5.1/ nH/ 0201 L0201 D_GND G C3286 RF_B40_TRX_1 1 2 RF_B40_TRX_TXM[11] AUX_IN1_NTC

C3291 C/ 0201/ NC C0201

IN OUT

C/ 33/ pF/ 0201 C0201 L3222 L/ 0201/ NC L0201 D_GND

D_GND

D_GND D_GND D_GND LTE_VMIPI C3249 C/ 33/ pF/ 0201 1 D_GND

B40 TRX

MIPI0_SDATA MIPI0_SCLK

[11][11]

D_GND

VBAT

CC3289 C/ 100/ nF/ 0201/ X7R C0201

VPA_PMU C3290 C/ 10/ pF/ 0201/ X7R C0201 1 C3243 C/ 100/ pF/ 0201/ X7R C0201 1 1 1 C3233 C/ 1/ uF/ 0201/ X7R C0201

L3211 D_GND L/ 2.6/ nH/ 0201 L0201 RF_B40B41_TRX_LPF_in_BYPASS 2 1

1 2 3

GND GND IN OUT

6 5 4

C3262 D_GND C/ 2.7/ pF/ 0201 C0201 RF_B40B41_TRX_LPF_out_BYPASS 1 2 1 1 C3264 L/ 3.3/ nH/ 0201 D_GND C0201 C3271 C/ 0201/ NC C0201

CRF_B40B41_TRX_TXM_BYPASS 2 LTE_VMIPI D_GND 2 1 R/ 0/ ohm/ 0402 R3212 VIO18_PMU

D_GND

D_GND D_GND

D_GND D_GND VPA_VCC1

U3210 LPF/ LF1608-B2R5KCB BALUN/SMD/HHM22112A2

D_GND

C3244 C/ 100/ pF/ 0201/ X7R C0201

Power Net ConnectionVPA_VCC1 and VPA PMU need to be connected after CapVPA_VCC1 2 1 R/ 0/ ohm/ 0201 R3211 10mil

C3245 C/ 1/ uF/ 0201/ X7R C0201

Bypass pathFor power LTE_VMIPI star connectionVPA_PMU C3206 C/ 0201/ NC C0201 1 2 1 L3214 L/ 0201/ NC L0201 2 2 U3216 LPF/ LF2012-L1R4NAA/ NC 1 3 RF_B34B39_PA_LPF_out In OUT GND C3276 C/ 0201/ NC 1 1 1 2 RF_B34B39_PA_TXM L3224 L/ 0201/ NC VBAT

D_GND

L3216 L/ 0201/ NC L0201

RF_B34B39_PA_FEM

RF_B34B39_PA_LPF_in

L3223 L/ 0201/ NC

2 D_GND 2

C3263 C/ 0.5/ pF/ 0201 C0201

C3265 C/ 0201/ NC C0201 D_GND

D_GND

GND GND

VPA_PMU

50mil 1

VPA_PMU

D_GND

C3234 C/ 470/ nF/ 0201/ X7R C0201

B34/39This path is no use for sky77824 This path is reserve

d for other vendor's M/H PA which support B34/B39 and TXM can't supports B34/B39 TXM reuse

D_GND

Thermistor/ To sense board level temperatureFar end Cap. For PMIC stabilityVIO18_PMU 1

BAUX_IN1_NTC RF PA TEMPERATURE 1 2

R3232 R/ 390K/ ohm/ 0201/ 1% R0201

NTC3201 close to PA, and located in the same layer2

NTC3201 NTC/ NTCG064EF104F/ 0201 R0201

D_GND

Title Size D Date:

32_RF_MT6169_RF_TX

MTK ConfidentialWednesday, January 14, 2015 Sheet 32 of 99

1[31] RF_DCS_PRX_MT6169_RFIP1_HB3[31] RF_DCS_PRX_MT6169_RFIN1_HB3[31] RF_B40B41_PRX_MT6169_RFIP1_HB1[31] RF_B40B41_PRX_MT6169_RFIN1_HB1

ASM_Main_824~2690MHzDCON3303 CON/ 4/ TA-RF02-001-03-811 COAXIAL/SMD/TA-RF02-001-03-811 4 3 1 2 D_GND CON3301 Car_Kit/ MM8130-2600 MM8130-2602 C3318 C/ 33/ pF/ 0201 4 C0201 1 2 RF_ant_TRX_ant_1 2 1 1 6 C3356 C/ 33/ pF/ 0201 C0201 1 2 1

SP10T

[31] RF_B34B39_PRX_MT6169_RFIP1_MB1[31] RF_B34B39_PRX_MT6169_RFIN1_MB1[31] RF_PCS_PRX_MT6169_RFIP1_MB2[31] RF_PCS_PRX_MT6169_RFIN1_MB2

DRF_TXDET RF_Ant_TRX_TXM C3357 C/ 22/ uF/ 0603 C0603 VBAT C3316 C/ 10/ pF/ 0201 C0201[31] RF_850_PRX_MT6169_RFIP1_LB3 C3314 C/ 1/ nF/ 0201 C0201 R3301 R/ 10K/ ohm/ 0201 R0201 APC1_TXM 1 11 2 10 9 8 7 6 1 5 4 3 2 1 C3354 1 1 39 C/ 4.7/ pF/ 0201 C0201 RF_MB1_TX_TXM RF_LB3_TX_TXM 2 C3340 C/ 10/ nF/ 0201 C0201 D_GND D_GND LTE_VMIPI 2[11] APC1 1 C3312 C/ 0201/ NC C0201 2 1 APC1 RF_MB1_TX_MT6169[31] R3377 R/ 24K/ ohm/ 0201 R0201 2 RF_LB3_TX_MT6169[31][31][31] RF_850_PRX_MT6169_RFIN1_LB3 1 1[31] RF_900_PRX_MT6169_RFIP1_LB2[31] RF_900_PRX_MT6169_RFIN1_LB2 L3351 L/ 0201/ NC L0201 2 2 1 2

4 3 1

3 1RF_Ant_TRX_carkit 5

RF_ant_TRX_ant

D_GND L3317 L3346 L/ 0201/ NC L/ 0201/ NC L0201 L0201 2 2 D_GND

D_GND U3307 SKY77910/HRTXAB008/RF5210 19 18 17 16 15 14 13 12

D_GND

D_GND RF_TXDET

D_GND D_GND D_GND

GND18

GND16

GND15

GND14

GND13

20 21 22 23 24 25 26 27 RF_2GHB_PRX_TXM RF_2GLB_PRX_TXM RF_B40B41_TRX_TXM_BYPASS 28 29 30

GND20 GND21 ANT GND23 NC24 NC25 NC26 NC27 TRX8 TRX7

GND12

NC19

CPL

GND11 VBAT VCC VRAMP VIO SDATA SCLK GND4 HB_IN LB_IN GND38 GND1

D_GND

D_GND MIPI1_SDATA MIPI1_SCLK 2 C3355 C/ 4.7/ pF/ 0201 C0201

MIPI1_SDATA MIPI1_SCLK

[11][11]

TRX6 NC36 NC37 TRX5 TRX4 TRX3 TRX2 TRX1

GND39

D_GND

[32] RF_B40B41_TRX_TXM_BYPASS

CRF_B39_PRX_TXM RF_B34_PRX_TXM RF_B40_TRX_TXM RF_B34B39_PA_TXM RF_B41_TRX_TXM

D_GND R3304 R/ 0/ ohm/ 0201 R0201 1 2

MT6169 TX Ouput need a DC block(MUST).C3313 C/ 33/ pF/ 0201 C0201 RF_MB1_TX_MT6169 1 2

[32] RF_B40B41_PRX_FEM

[32] RF_B40_TRX_TXM[32] RF_B34B39_PA_TXM

RF_MB1_TX_1 1

D_GND R3318 R/ 12/ ohm/ 0201 R0201 1 2 1 C3315 C/ 33/ pF/ 0201 C0201 1 2

RF_LB3_TX_1 1

R3306 L/ 15/ nH/ 0201 R0201

2G_PAIN_HB

[32] RF_B41_TRX_TXM

RF_LB3_TX_MT6169

D_GND

D_GND C3303 C/ 8/ pF/ 0201 L0201 1 2 2

Pi attenuation for LB 8PSK TX in RX band noise2

R3328 R/ 440/ ohm/ 0201

R0201

R3327 R/ 440/ ohm/ 0201 R0201

2G_PAIN_LB

RF_DCS_PRX_MT6169_RFIP1_HB3

L3303 L/ 4.7/ nH/ 0201 L0201

L3302 L/ 0201/ NC L0201 1 RF_DCS_PRX_MT6169_RFIN1_HB3

L0201 L3340

L3332 C0201 C3342 1

L0201 D_GND 6 L3337 L/ 0201/ NC 9 RF_B34B39_PRX_SAW_RFIN1_MB1 L0201 U3305 DIPX/ SAWFD1G90BK0F0A SAWFILTER/SMD/SAWFD1G90BH0F0A D_GND 1 7 8 5 RF_B34B39_PRX_SAW_RFIP1_MB1 1

L3304 C/ 22/ pF/ 0201 L0201 RF_2GHB_PRX_TXM 1 2 C3341 C/ 3.3/ pF/ 0201 2 C0201 L3336 L/ 3/ nH/ 0201 L0201 RF_B34B39_PRX_MT6169_RFIP1_MB1 2 C3308 C/ 0201/ NC C0201

RF_2GHB_PRX_SAW C3309 L/ 3.3/ nH/ 0201 L0201

G G

2 10

B34&B39 PRXD_GND L/ 0201/ NC

D_GND D_GND

C3301 L0201 C/ 8/ pF/ 0201 RF_DCS_PRX_SAW_RFIN1_HB3 RF_DCS_PRX_SAW_RFIP1_HB3 2 RF_PCS_PRX_SAW_RFIP1_MB2 RF_PCS_PRX_SAW_RFIN1_MB2 C3302 C/ 12/ pF/ 0201 L0201 1 2

IN_1 DCS OUT_1 DCS OUT_2

6 7 8 9

L/ 10/ nH/ 0201 2 2 RF_B39_PRX_SAW RF_B34_PRX_SAW 1 4 LCH HCH

GND GND GND

RF_B39_PRX_TXM RF_B34_PRX_TXM

Bal_port1 Bal_port2

L3342 L/ 0201/ NC L0201 2

C/ 3.9/ pF/ 0201 C0201

GND GND GND

3 5

RF_B34B39_PRX_MT6169_RFIN1_MB1

G G

C/ 10/ pF/ 0201 C3343 1 2

D_GND

PCS OUT_2

L3305 L/ 3.6/ nH/ 0201 L0201

PCS OUT_1

RF_PCS_PRX_MT6169_RFIN1_MB2 L3306 L/ 0201/ NC L0201 RF_PCS_PRX_MT6169_RFIP1_MB2

L3338 L/ 5.6/ nH/ 0201 L0201 2

1 C3344 C/ 3.3/ pF/ 0201 C0201 U3304 D_GND SAW/ SAWFD1G84CB0F0A SAWFILTER/10P/SMD/SAWFD1G84CB0F0A

2 3 10

C3358 C/ 12/ pF/ 0201 L0201

D_GND

D_GND 2 RF_850_PRX_SAW_RFIP1_LB3

IN_1

850 OUT_1 850 OUT_2

U3323 BAL/ TDK-TFSZ06052460-3310A2 BALUN/SMD/TFSZ06052460-3310A2 C3352 C/ 3/ pF/ 0201 1 D_GND GND Diff2 C0201 1 2RF_B40B41_PRX_Balun 2 SE Diff1 L3344 L/ 0201/ NC L0201 L3350 L/ 6.8/ nH/ 0201 L0201

C3349 C/ 7/ pF/ 0201 C0201 1 2 RF_B40B41_PRX_MT6169_RFIP1_HB1 RF_B40B41_PRX_MT6169_RFIN1_HB1 1

7 8 9 RF_900_PRX_SAW_RFIP1_LB2 2

L3309 L/ 0201/ NC L0201 1

C3311 L/ 5.6/ nH/ 0201 C0201

900 OUT_1 900 OUT_2 G G

C3305 L/ 4.7/ nH/ 0201 L0201 C3306 L/ 3.9/ nH/ 0201 L0201 1 2

3 5

D_GND

2 U3303 D_GND RF_900_PRX_SAW_RFIN1_LB2 SAW/ SAWFD881MCF0F0A SAWFILTER/10P/SMD/SAWFD881MCF0F0A

C3353 C/ 7/ pF/ 0201 C0201

L3310 L/ 10/ nH/ 0201 L0201 1 1 2

RF_B40B41_PRX_FEM

L3343 L3341 4 RF_B40B41_PRX_Balun_RFIP1_HB1 L/ 0201/ NC L/ 3/ nH/ 0201 L0201 L0201 3 RF_B40B41_PRX_Balun_RFIN1_HB1

RF_2GLB_PRX_TXM

RF_2GLB_PRX_SAW

G G

B40/B41 PRX

C3310 C/ 22/ pF/ 0201 C0201 2 1

L3307 L/ 18/ nH/ 0201 L0201 6 RF_850_PRX_SAW_RFIN1_LB3 1 2

2 10

C3304 L/ 4.7/ nH/ 0201 L0201 1 2 L3308 L/ 0201/ NC L0201

RF_850_PRX_MT6169_RFIP1_LB3

RF_850_PRX_MT6169_RFIN1_LB3

RF_900_PRX_MT6169_RFIP1_LB2

L3311 L/ 0201/ NC L0201 1 RF_900_PRX_MT6169_RFIN1_LB2

D_GND

C3307 L/ 3.9/ nH/ 0201 L0201

Title Size D Date:

33_RF_MT6169_RF_PRX

MTK ConfidentialWednesday, January 14, 2015 Sheet 33 of 99

DRX ANT: 1880-2690MHzSP3T DRX Car KitD_GND CON3401 Car_Kit/ MM8130-2600 MM8130-2602 3 2 C3454 C/ 33/ pF/ 0201 C0201 1RF_Ant_DRX_carkit 1 2 3 5 L3441 L/ 47/ nH/ 0201 L0201 2 D_GND 1 RF_B41_DRX_switch RF_B39_DRX_switch

D4 DRX_Ant 2 6

U3402 RF1628

DD_GND

RF_Ant_DRX_switch 1

4 5

VC1

RF2

RF4

RF1 RF3 GND

GND VC2 VDD

9 8 7

C3435 C/ 100/ pF/ 0201 C0201

VTCXO2 2

D_GND D_GND RF_B40_DRX_switch D_GND BPI_BUS21 2 BPI_BUS22 2 VTCXO2 C3447 C/ 100/ pF/ 0201 C0201 R3414 R/ 0/ ohm/ 0201 1 2 1 C3483 is power capacitor of PMU. VTCXO_0_PMU C3483 C/ 1/ uF/ 0201 C0201

D_GND

C3439 D_GND C/ 100/ pF/ 0201 C0201 D_GND

For power VTCXO2 star connection[31] RF_B40_DRX_MT6169_RFIP2_HB3[31] RF_B40_DRX_MT6169_RFIN2_HB3[31] RF_B39_DRX_MT6169_RFIP2_MB1[31] RF_B39_DRX_MT6169_RFIN2_MB1[31] RF_B41_DRX_MT6169_RFIP2_HB2[31] RF_B41_DRX_MT6169_RFIN2_HB2

B40 DRXC3452 L/ 1.5/ nH/ 0201 C0201 1 2 RF_B40_DRX_SAW 1 U3422 SAW/ EPCOS_AG07D SAWFILTER/SMD/SAFFB1G90FB0F0A U3423 C3455 L/ 1.5/ nH/ 0201 3 1 D_GND G GND BAL C0201 RF_B40_DRX_BALUN_in 4 RF_B40_DRX_SAW_out 1 2 2 OUT UNBAL BAL L3443 L/ 12/ nH/ 0201 L0201 D_GND L3442 L/ 0201/ NC L0201 D_GND 5 C3453 C/ 6.2/ pF/ 0201 C0201 1 2 3RF_B40_DRX_Balun_RFIN2_HB3 L3438 L/ 3.6/ nH/ 0201 4RF_B40_DRX_Balun_RFIP2_HB3 L0201 1 BAL/ TDK-TFSZ06052460-3310A2 BALUN/SMD/TFSZ06052460-3310A2 2 RF_B40_DRX_MT6169_RFIP2_HB3 L3439 L/ 0201/ RF_B40_DRX_MT6169_RFIN2_HB3 NC L0201

B39 DRXU3407 SAW/ SAFFB1G90FB0F0A D_GND SAWFILTER/SMD/SAFFB1G90FB0F0A C3415 L/ 1.2/ nH/ 0201 C0201 OUT 1 2 RF_B39_DRX_SAW 1 IN OUT 2 G L3411 L/ 0201/ NC L0201 D_GND 5 D_GND G C3413 C/ 6.8/ pF/ 0201 C0201 RF_B39_DRX_SAW_RFIP2_MB1 1 2 RF_B39_DRX_MT6169_RFIP2_MB1 L3412 L3413 L/ 0201/ NC RF_B39_DRX_MT6169_RFIN2_MB1 L0201 L/ 3.6/ nH/ 0201 L0201 RF_B39_DRX_SAW_RFIN2_MB1 1 2 C3417 C/ 6.8/ pF/ 0201 C0201

4 3

RF_B39_DRX_switch

RF_B40_DRX_switch

[36]

DRX_Ant

IN 2

L3440 L/ 10/ nH/ 0201 L0201 D_GND

[11] BPI_BUS21[11] BPI_BUS22

C3451 C/ 6.2/ pF/ 0201 C0201

D_GND

B41B DRXU3421 SAW/ SAFFB2G60AA1F0A D_GND SAWFILTER/SMD/SAFFB1G90FB0F0A C3433 C/ 12/ pF/ 0201 C0201 1 2RF_B41_DRX_SAW_In C3434 C/ 10/ pF/ 0201 C0201 1 2 D_GND RF_B41_DRX_BALUN_in 2 1 2 C3401 C/ 5/ pF/ 0201 C0201 RF_B41_DRX_BALUN_RFIP2_HB2 1 2 U3403 GND BAL 3 4 L3401 L3403 L/ 0201/ NC L/ 2.4/ nH/ 0201 L0201 L0201 RF_B41_DRX_BALUN_RFIN2_HB2 RF_B41_DRX_MT6169_RFIN2_HB2 1 2 C3405 C/ 5/ pF/ 0201 C0201 RF_B41_DRX_MT6169_RFIP2_HB2

RF_B41_DRX_switch

OUT OUT

4 3

RF_B41_DRX_SAW_out

UNBAL BAL

IN G 5

L3430 L/ 4.7/ nH/ 0201 L0201 D_GND

L3429 L/ 3.9/ nH/ 0201 L0201 D_GND D_GND

L3437 L/ 0201/ NC L0201

BAL/ TDK-TFSZ06052460-3310A2 BALUN/SMD/TFSZ06052460-3310A2

D_GND

Title

Size A2 Date:

34_RF_MT6169_RF_DRX

MTK ConfidentialWednesday, January 14, 2015 Sheet 34 of 99

LTE Antenna

ANT3601 ANT/ 92138100010F CON3601 CON/ TA-RF02-001-03-8

11 COAXIAL/SMD/TA-RF02-001-03-811 4 3 1 2 R/ 0/ ohm/ 0402 4 3 1 2 R3603 1 2 1 1

ANT3602 ANT/ 92138100010F 1

ANT3603 ANT/ 92138100010F 1 1 Feed

Feed

D_GND 2 C3601 C/ 1/ pF/ 0402 C0402

L3601 L/ 0402/ NC L0402 2 2

L3603 L/ 15/ nH/ 0402 L0402 2

R3601 R/ 0/ ohm/ 0402

D_GND D_GND

D_GND

[Optional] Please Note That: 1. MT6735 can support GPIO Switch for antenna design, and it is optional function. Please decide to use it or not by each project consideration. 2. Please modify matching topology or GPIO Switch components position for diffetent antenna concepts. 3. Please fine ANT design guideline for details.

RxD Antenna

ANT3604

ANT3605

ANT3606

ANT/ 92138100010F ANT/ 92138100010F ANT/ 92138100010F 1 1 1 R3622 R/ 0/ ohm/ 0402 2 2 D_GND 1 R3605 R/ 0/ ohm/ 0402 Feed

Feed

R3604[34] DRX_Ant 1 2

C3602 C/ 1/ pF/ 0402 C0402

L3602 L/ 0402/ NC L0402 2

D_GND

Feed

R/ 0/ ohm/ 0402

Title Size A2 Date:5 4 3 2

36_RF_AT

MTK ConfidentialWednesday, January 14, 20151

Sheet

SD CARD

VMCH_PMU

CON4001 CON/ 12/ TA-M017-012-07-811 MICROSD/8P/SMD/TA-M017-012-07-811 11 12 13 14 15 16 17 18 19

[12] MSDC1_DAT[3..0]

MSDC1_DAT2 MSDC1_DAT3 MSDC1_DAT0 MSDC1_DAT1

[51] MSDC_NFC_SWPIO[51] MSDC_NFC_VCCSWP

1 2 3 4 5 6 7 8 9 10

CD(Vss) DAT2 CD(Vdd) CD/DAT3 CMD VDD GND CLK GND VSS GND DAT0 GND DAT1 GND ANT1 GND ANT2 GND

EINT_SD

[12]

[12][12]

MSDC1_CMD MSDC1_CLK

D_GND C4001 C/ 4.7/ uF/ 0402 C0402

D_GND

Based on your system level design, if better ESD performance is needed on your system.

Shielding connect to ground

D_GND

Note: 40-1

D_GND

D_GND D_GND

Based on your system level design, if better ESD/desense performance is needed on your system.B B

Schematic design notice of"40_MEMORY_SD Card" page.Note 40-1: The total equivalent capacitance of MSDC ESD protection device and desense bypass CAP must be<=10pF. But for NFC app. equivalent capacitance of MSDC_NFC_SWPIO and MSDC_NFC_VCCSWP should<=0.5pF.

Title Size C Date:5 4 3 2

40_Memory SD Card

MTK ConfidentialWednesday, January 14, 20151

Sheet

Connect to APD

DQ[0..31] CA[0..9] CS0_N CS1_N CKE DQM0 DQM1 DQM2 DQM3 DQS0_C DQS1_C DQS2_C DQS3_C DQS0_T DQS1_T DQS2_T DQS3_T CLK0_T CLK0_C VREF_CA VREF_DQ MSDC0_RSTB MSDC0_CMD MSDC0_CLK MSDC0_DSL MSDC0_DAT0 MSDC0_DAT1 MSDC0_DAT2 MSDC0_DAT3 MSDC0_DAT4 MSDC0_DAT5 MSDC0_DAT6 MSDC0_DAT7R4103 1 R4104 1[13] DQ[0..31] 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 2 R/ 240/ ohm/ 0201

/ 1% 2 R/ 240/ ohm/ 0201/ 1% W11 V11 V10 V12 V9 U10 U11 U12 N12 N11 N10 M9 M12 M10 M11 L11 AB10 Y9 AB11 W8 Y10 AB12 AA11 W9 L9 J11 H12 K10 L8 H11 K9 H10 K6 J6[13] CA[0..9] CA0 CA1 CA2 CA3 CA4 CA5 CA6 CA7 CA8 CA9 Y6 W6 V6 V5 V4 N5 M5 M6 L6 L5 U4102 LPDDR2+eMMC Samsung186 MCP FBGA186/P0.5/B0.27/12X16/SUMSUNG/2-IN-1 CA0 CA1 CA2 CA3 CA4 CA5 CA6 CA7 CA8 CA9 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 ZQ0 ZQ1 VDD1 VDD1 VDD1 VDD1 VDD2 VDD2 VDD2 VDD2 VDD2 VDD2 VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDCA VDDCA VDDCA VCC VCC VCCQ VCCQm VDDI H9 J4 AA4 AB9 H8 K5 N4 R10 Y5 AB8 J10 J13 K8 L12 M13 P9 R9 T9 V13 W12 Y8 AA10 AA13 M4 P4 W5 D11 E5 E11 F5 R4107 1 2 R/ 0/ ohm/ 0201 D8 C4110 C/ 1/ uF/ 0201 C4111 C/ 4.7/ uF/ 0402 1 1

eMMC+LPDDR2162/186 Ball, 0.5mm pitch VDD1=1.8V VDD2=1.20V VDDCA=1.2V VDDQ= 1.20VVDD1: Core 1DVDD18_EMI

C4101 C/ 1/ uF/ 0402 C0402

C4102 C/ 100/ nF/ 0201 C0201 DVDD12_EMI

SH4101 VIO18_PMU 1 2 DVDD18_EMI

D_GND

R/ 0/ ohm/ 0201/ NC

VDD2: Core 2C4105 C/ 100/ nF/ 0201 C4106 C/ 100/ nF/ 0201 C4107 C/ 100/ nF/ 0201 C4108 C/ 100/ nF/ 0201 C4103 C/ 2.2/ uF/ 0402 C4104 C/ 2.2/ uF/ 0402

Power

D_GND

1. VCC: Core Voltage 2.7v~ 3.6v 2. VCCQ: IO Voltage 1.7v~1.95v (low voltage range)C0402 C0402 C0201 C0201 C0201 C0201 VEMC_3V3_PMU VIO18_PMU C4109 C/ 100/ nF/ 0201 2 1

Note: 41-1

C4112 C/ 220/ nF/ 0201

eMMC

RCLK CLKm RST CMD DAT7 DAT6 DAT5 DAT4 DAT3 DAT2 DAT1 DAT0

Power I/FVIO18_PMU VEMC_3V3_PMU DVDD12_EMI VIO18_PMU VEMC_3V3_PMU DVDD12_EMI

D_GND

J9 J12 K13 L13 M8 N13 R8 U13 V8 W13 Y13 AA9 AA12 W4 R4 L4 E12 H4 J5 J8 K4 P5 R11 Y4 AA5 AA8 F6 1 R4109 2 F9 R/ 0/ ohm/ 0201 A1 A3 A14 A16 B2 B15 C1 C16 D4 D5 D12 D13 E4 E13 H13 K2 K15 M2 M15 R2 R15 U2 U15 AB4 AB13 AC4 AC5 AC12 AC13 AD1 AD16 AE2 AE15 AF1 AF3 AF14 AF16

VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSCA VSSCA VSSCA VSSm VSSm VSS VSS VSS VSS VSS VSS VSS VSS VSSQm VSSQm

E7 D7 D9 E9 D10 E10 E6 D6

MSDC0_DAT7 MSDC0_DAT6 MSDC0_DAT5 MSDC0_DAT4 MSDC0_DAT3 MSDC0_DAT2 MSDC0_DAT1 MSDC0_DAT0

[12][12][12][12][12][12][12][12]

CloseD_GND to MemoryD_GND C0201 C0201 C0402 C0201 C0402 C0201 D_GND D_GND D_GND

CS0# CS1# CKE0 CKE1 CLK CLK# DQS0 DQS0# DQS1 DQS1# DQS2 DQS2# DQS3 DQS3# DM0 DM1 DM2 DM3 VREFCA VREFDQ

U4 U5 T4 T5 R6 P6 U9 U8 N9 N8 Y11 Y12 K11 K12 T8 P8 W10 L10 N6 R12 C/ 1/ uF/ 0201

CS0_N CS1_N CKE CKE CLK0_T CLK0_C DQS0_T DQS0_C DQS1_T DQS1_C DQS2_T DQS2_C DQS3_T DQS3_C DQM0 DQM1 DQM2 DQM3

[13][13][13][13][13][13][13][13][13][13][13][13][13][13][13][13][13][13] EVREF EVREF[11][11]

The eMMC VCC/VCCQ/VDDI bypass cap recommand value, please refer to vendor datasheet or MT6735 Design Notice (eMMC power capacitor value reference)

LP-DDR2

F7 R4108 1 2 R/ 0/ ohm/ 0201 E8 F4 F8

MSDC0_DSL MSDC0_CLK MSDC0_RSTB MSDC0_CMD

[12][12][12][12]

C4114 C/ 100/ nF/ 0201

C4113 C/ 4.7/ uF/ 0402

D_GND

DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU

NC NC NC NC NC NC NC NC NC NC NC NC NC NC

G4 G5 G6 G7 G8 G9 H5 H6 R5 T6 U6 AA6 AB5 AB6

C4115 C4116 C0201 C0201 D_GND D_GND

Schematic design notice of"41_Memory_eMMC_LPDDR2" page. Note 41-1: Please reserve R4107/ R4108/ R4109 for co-layout different eMMC+LPDDR2 Type eMMC Type MT6735+ eMMC 5.0 Device MT6735+ eMMC 4.5 Device R4107/ R4108/ R4109 Mount Remove Remark R4107/ R4108/ R4109 Check the eMMC 4.5 Device, if the F5/F7/F9 Ball are real NC, the resistor cam be mounted

C/ 100/ nF/ 0201

Title Size D Date:5 4 3 2

41_Memory_eMMC_LPDDR2

MTK ConfidentialWednesday, January 14, 20151

Sheet

GPS co-VCTCXO: Suggest to reserve this option circuit, since MTK will confirm if it’s ok to implement this near MT6735 MPReserve Keep out region from L1 to Main GND layer

[12] WB_CTRL0[12] WB_CTRL1[12][12] WB_CTRL2 WB_CTRL3

WB_CTRL0 WB_CTRL1 WB_CTRL2 WB_CTRL3 WB_CTRL4 WB_CTRL5 CONN_SCLK CONN_SDATA CONN_SEN CONN_RSTBD

[12] WB_CTRL4 R5001 CONN_XO_IND

R/ 0/ ohm/ 0201-3P(1-2) 1 3 CLK_WCN[31] D_GND

U5002 3 2 OUT GND VCC NC 4 1 VCN28_PMU

[12] WB_CTRL5[12][12][12] CONN_SCLK CONN_SDATA CONN_SEN CONN_RSTB

Close to Antenna

TCXO/ 26/ MHz/ IT2205AE 1

Same layer as Antenna, 50ohm trace reference to 3rd layer GND(2nd Layer clean)

C5001 C/ 1/ uF/ 0201

[12]

D_GND[12] GPS_RX_IP[12] GPS_RX_IN ANT5001 SPR/ PVT1024 ANT/2P/SMD/PVT1024 1 ANT5003 SPR/ PVT1024 ANT/2P/SMD/PVT1024 1 50 Ohm F5001 TRPX/ TDK TPX205950MT-7110A1 MB RF_WBT[12] GPS_RX_QP[12] GPS_RX_QN[12] F2W_CLK 7 50 Ohm 2 50 Ohm 2 3 COM GND HB GND F5001 C5004 1 2 50 Ohm D_GNDC

GPS_RX_IP GPS_RX_IN GPS_RX_QP GPS_RX_QN F2W_CLK F2W_DATA WB_RX_IP WB_RX_IN WB_RX_QP WB_RX_QN WB_TX_IP WB_TX_IN WB_TX_QP WB_TX_QNC

Feed

CON5001Car_Kit/ MM8430-2610 R5004 1 1 2 50 Ohm 1 4 6 5 2 3 1 R/ 0/ ohm/ 0402 R5005 D_GND

GND

D_GND RF_WF_5G WB_CTRL4 WB_CTRL5 D_GND WB_AVDD18 GPS_RF_LNA D_GND C5002 C/ 100/ nF/ 0201 1 2 C0201 D_GND 1 2 C5005 C/ 100/ pF/ 0201 C0201 30 29 28 27 26 25 24 23 22 21 WB_RX_IN WB_CTRL0 WB_RX_IP WB_CTRL3 WB_CTRL2 WB_CTRL1

[12] F2W_DATA[12][12][12][12][12][12][12][12][12] WB_RX_IP WB_RX_IN WB_RX_QP WB_RX_QN WB_TX_IP WB_TX_IN WB_TX_QP WB_TX_QN CONN_XO_IN

6 5

C5003 C/ 0402/ NC

L5004 L/ 0402/ NC 2

R/ 0/ ohm/ 0201 R0201

D_GND

L/ nH/ 0201/ NC L5011 D_GND

L/ nH/ 0201/ NC L5012

D_GND

D_GND D_GND

4 C/ 18/ pF/ 0201

CONN_XO_IN

ANT5002 SPR/ PVT1024 ANT/2P/SMD/PVT1024 1 U5001

WB_CTRL5

WB_CTRL4

WB_CTRL3

WB_CTRL2

WB_CTRL1

WB_AVDD18

WB_CTRL0

Feed

FBAR/ ACPF-7124 R5014 RF_WBT 50 Ohm 1 2 4 OUT R/ 0/ ohm/ 0201 L/ nH

/ 0201/ NC L/ nH/ 0201/ NC R0201 L5008 L5007 U5005 1 IN C5016 1 L/ nH/ 0201/ NC L5006 R/ 0/ ohm/ 0201 50 Ohm WB_ANT 2 L/ nH/ 0201/ NC 32 VCN33_PMU D_GND 1 2 D_GND D_GND C5006 C/ 4.7/ uF/ 0402 D_GND R5016 1 1 2 C5007 C/ 100/ pF/ 0201 33 WB_AVDD33 NC 31

WB_RX_IN

WB_RX_IP

G G G

WB_RF_2G

WB_RX_QP

FM_AVDD28 BEAD5001 FB/ BLM15AG601SN1

VCN28_PMU

5 3 2

L5005

WB_RX_QN

D_GND D_GND

<Critical!!> 5G PCB loss is higher and Trace must kept short and 50-Ohm No layer transition RF_WF_5G

D_GND

WB_TX_IP

Close to MT66252 35 FM_AVDD28 36 C5008 1 2 C/ 10/ nF/ 0201 37

WIFI5G_RF

WB_TX_IN

R/ 0/ ohm/ 0201 L/ nH/ 0201/ NC L/ nH/ 0201/ NC R0201 L5009 L5010

U/ MT6625L/ QFN40

WB_TX_QP

GPS_AVDD18 SH5001 1 2 SHORT/ 0402/ NC 2

AVDD28_FM

WB_TX_QN

VCN18_PMU

D_GND[60] FM_RX_N_6625 1 L5002[60] FM_ANT 1 1 2 L/ 82/ nH/ 0402 R5013 R/ 0/ ohm/ 0201/ NC R0201 2 R5006 R/ 0/ ohm/ 0201/ NC R0201

D_GND D_GND

FM_LANT_N

GPS_RX_IP

GPS_RX_IP WB_AVDD18 1 SH5002 1 2 SHORT/ 0402/ NC D_GND

C5015 C/ 1/ uF/ 0201 C0201

38 50 Ohm GPS_ANT 39 GPS_AVDD18

FM_LANT_P

GPS_RX_IN

D_GND

GPS_RFIN

GPS_RX_QP

D_GND D_GND 1

F2W_CLK

FM_DBG

HRST_B

SDATA

Close to ANT

F2W_DATA

GPS xLNA

AVDD28_FSOURCE

AVDD18_GPS C5009 C/ 4.7/ nF/ 0201 2 41 DVSS C0201 D_GND

GPS_RX_QN

XO_IN

CEXT

SCLK

SEN

MT6625 IPD CONN_XO_IN

VCN28_PMU

D_GND CONN_RSTB C5012 C/ 1/ uF/ 0201 1 2 C0201 2 3 1 GPS_ANT 50 Ohm D_GND CONN_SCLK CONN_SDATA[12] CONN_SEN D_GND C0201 C0201 C/ 100/ pF/ 0201

D_GND 4 5

F2W_DATA F2W_CLK

L5003 50 Ohm G G G GPS_RF_LNA 1 IN OUT 4 1 1 2 1

D_GND

GNDRF AI PON

VCC AO GND

C/ 1/ uF/ 0201

matching value depends on LNA selected

1 C5013 2

D_GND D_GND D_GND

GPIO_GPS_LNA_EN

2 C5014

U5003 GNSS SAW/B8313

2 3 5

L/ 5.6/ nH/ 0402

C5011 C/ 0402/ NC

C5017 C/ 0402/ NC

U5004

U/ BGA725L6

Title Size C Date:5 4 3 2

Same layer as Antenna, 50ohm trace reference to 3rd layer GND(2nd Layer clean)

50_CONNECTIVITY_MT6625

MTK ConfidentialWednesday, January 14, 20151

Sheet

ANT5101 ANT/ N124M1 PAD/1P/R2.2

ANT5102 ANT/ N124M1 PAD/1P/R2.2

R5101 R/ 0/ ohm/ 0402 R0402 2 2

1 R5102 R/ 0/ ohm/ 0402 R0402

ANT_N

ANT_P

C5104 C5105 C/ 4.7/ pF/ 0402/ NC C/ 4.7/ pF/ 0402/ NC C0402 C0402 1 2 1 2 C5106 C/ 39/ pF/ 0402 C0402 1 2 C5107 C/ 39/ pF/ 0402 C0402 1 2

C5101 C/ 39/ pF/ 0402 C0402

R5103 R/ 0/ ohm/ 0402 R0402

R5104 R/ 0/ ohm/ 0402 R0402

C5102 C/ 39/ pF/ 0402 C0402

C5101,C5102,C5104,C5105,C5106,C5107, C5108, C5109 need to use 2% accuracy and 50V tolerance capacitor PS: 0201 cap can't tolerance 50V

POWER MODE[1:0]=[NFC_RST:NFC_VENB]Power Mode NFC enable (configure, R/W, card, polling loop, polling loop card listening) N

FC disable (HPD) Hign battery card listening Reset NFC_RST 1 NFC_VENBD

0 1 0

1 1 0

1. R5128=R5129=10K if SWIO1/SWIO2 need support PBtF 2. R5128=R5129=NC if SWIO1/SWIO2 no need to support PBtFR5128 R/ 10/ K/ 0402/ NC R0402 2 1 R5129 R/ 10/ K/ 0402/ NC R0402 2 1 2

EBOM for Feature

C5108 D_GND C/ 18/ pF/ 0402 C0402

C5109 C/ 18/ pF/ 0402 C0402 MT6169_XO3_CLK

C5110 C/ 180/ pF/ 0402 C0402 1 2

C5111 C/ 180/ pF/ 0402 C0402 1 2

C5112 C/ 180/ pF/ 0402 C0402 1 2

Components in this region use 5% accuracy1

R5130/R5108 are close to each otherR5130 R/ 0/ ohm/ 0201 D_GND R0201 2 D_GND R5108 1 2

3 D_GND

D_GND

DVDD_EPMU1 1

R5105 R/ 7.5/ K/ 0402 R0402

D_GND L5101 L/ MLF1608DR56J L/IND/SMD/0603

L5102 L/ MLF1608DR56J L/IND/SMD/0603

2 X5101 X/ 27.12/ MHz/ FA-128/ NC CRYS/SMD/FA-128

RXIN_P

D_GND

DVDD_EPMU2

TX_N

TX_P

R/ 0/ ohm/ 0201/ NC R0201 RXIN_P ANT_N ANT_P NFC_RST D_GND 27 31 33

VSIM1_NFC VSIM1_PMU[65] SIM1_NFC_SWP1

SH5101 1 2 SHORT/ 0402/ NC SH5102 1 2 SHORT/ 0402/ NC SH5103 1 2 NC/MMD/L1/4MIL

U5101 U/ MT6605E3 MT6605/MQFN32/SMD/P0.4/4X4/S DVDD_SIM1 DVDD_EPMU1 NFC_SWP1

SYSRST_B (NFC_RST) 1.Input pin 2.Internal pull high 3.Low active OSC_EN (NFC_OSC_EN) 1.NFC_OSC_EN is output pin, and high active. 2.Need to connect to host SRCLKENAI and SRCLKENAI pin need to be default low.

TX_N

TX_P

SH5104 1 2 SHORT/ 0402/ NC SH5105 1 2 VSIM2_PMU SHORT/ 0402/ NC SH5106 1 2[65] SIM2_NFC_SWP2 NC/MMD/L1/4MIL VSIM2_NFC SH5107 1 2 NC/MMD/L1/4MIL SH5108 1 2 NC/MMD/L1/4MIL

DVDD_SIM2 DVDD_EPMU2 NFC_SWP2

ENB (NFC_VEN) 1.Input pin 2.Internal pull low 3.Low active 4.If default NFC would like to disable, please configure to high C5116 close to pin19 EBOM for Feature

VBAT_NFC

D_GND

C5115 C/ 2.2/ uF/ 0402 C0402 1 2

MAIN_GND

RXIN_N

RXIN_P

ANT_N

ANT_P

TX_N

TX_P

SYSRST_B

CLK_IN

VBAT

Test_Mode/GPIO1/OSC_EN/JTAG_TDO

NFC_OSC_EN

NFC_VENB C0201 C5116 C/ 1/ uF/ 0201 1 2 C5117 C0402 C/ 10/ uF/ 0402 1 2 C5119 C0402 C/ 470/ nF/ 0402 1 2 C5120 1

ENB

D_GND

AVDD_PA

[40] MSDC_NFC_VCCSWP[40] MSDC_NFC_SWPIO

NFC_VCCSWP NFC_SWPIO

D_GND

AVDD

C5117= 10uF is necessary for PBtF DVDD28 (VRTC_NFC) Coin battery or gold cap is necessary if PBtF card mode is supported

D_GND

DVDD12

C0201 2 28 DVDD18

MT6605 QFN32 4x4DVDD_EPMU1 DVDD_EPMU2 SWIO1/GPIO6 DVDD_SIM1 DVDD_SE SWIO_SE

UART_TXD/I2C_DAT/SPI_CS

NFC_I2C_SDA

1. MT6605 I2C address is 0x28 2. MT6605 can support SW I2C and only HW I2C is allowed R5116 NC: XTAL MODE R5116 10K: Co-Clock (default)DVDD_IO_NFC

UART_RXD/I2C_CK/SPI_CK

NFC_I2C_SCL R5116 R0402 R/ 10/ K/ 0402 1

SPI_MISO/GPIO2/JTAG_TMS/DBG_TXD

SPI_MOSI/GPIO3/JTAG_TCK/DBG_RXD

TP5102 TP/SMD/12MIL TP/ 30/ mil NFC_IRQ

D_GND

IRQ/GPIO4

C/ 100/ nF/ 0201 SH5109 1 2 SHORT/ 0402/ NC SH5110 1 2 SHORT/ 0402/ NC SH5111 1 2 SHORT/ 0402/ NC VRTC_NFC C0201 C

5121 C/ 100/ nF/ 0201 1 2 30 DVDD28 EINT/GPIO5/JTAG_TDI 7 NFC_EINT

IRQ (NFC_IRQ) 1. IRQ is output pin and high active 2. IRQ is also a NFC strap pin 3. Host EINT connected with IRQ must be default low EINT (NFC_EINT) 1. Input pin 2. Internal pull low 3. High active

VIO18_PMU

DVDD_IO_NFC VRTC_NFC VBAT_NFC

DVDD_SIM2

VRTC VBAT

D_GND

DVDD_IO

GPIO0/JTAG_TRST SWIO2

TP5101 TP/SMD/12MIL TP/ 30/ mil

DVDD_IO_NFC

DVDD_EPMU1

DVDD_SIM1

NFC_SWP1

13 NFC_SWP2 DVDD_SIM2 1 C5126 C/ 470/ nF/ 0402 C0402

[12]

EINT_NFC

[12] GPIO_NFC_IRQ

[12] GPIO_NFC_RSTB[12] GPIO_NFC_ENB

SH5112 1 2 NC/MMD/L1/4MIL SH5113 NFC - IRQ 1 2 NC/MMD/L1/4MIL SH5114 NFC - nRST 1 2 NC/MMD/L1/4MIL SH5115 NFC - VENB/ UART-CTS1 1 2 NC/MMD/L1/4MIL NFC - EINT

NFC_VCCSWP NFC_EINT NFC_IRQ NFC_RST NFC_VENB

1. Current reference design can't support external SE 2. For PBtF and external SE support, please refer to MT6605 Schematic and Layout Review Notice1 2

NFC_SWPIO

C5122 C/ 470/ nF/ 0402 C0402

C5123 C/ 1/ uF/ 0201 C0201

C0402 C/ 470/ nF/ 0402 C5124

D_GND DVDD_EPMU2 1

D_GND MT6169_XO3_CLK

D_GND

[31] MT6169_XO3_CLK SH5116 1 2 NC/MMD/L1/4MIL SH5117 1 2 NC/MMD/L1/4MIL SH5118 1 2 NC/MMD/L1/4MIL

T-Card

SIM1

SIM2D_GND 2

C5125 C/ 1/ uF/ 0201 C0201

Reserve test points or 0ohm of below signals for NFC debug 1. SWIO1 (must) 2. Debug_RXD (must) 3. GPIO0 (must) 4. IRQ (must) 5. EINT (must) 6. I2C_DAT (must) 7. I2C_CK (must) 8. Debug_TXD (optional)A

[12] SRCLKENAI

SRCLKENAI

NFC_OSC_EN

[12,23,63]

SCL2

NFC_I2C_SCL

Title[12,23,63] SDA2 NFC_I2C_SDA Size C Date:5 4 3 2

51_CONNECTIVITY_NFC_MT6605

MTK ConfidentialWednesday, January 14, 20151

Sheet

Earphone Audio SpeakerD

D_GND 1 C6023 C/ 33/ pF/ 0201/ NC C0201

D_GND

Based on your system level design, if better Audio performance is needed on your system, please add 32ohm to audio path for performance enhance proposal ( 32ohm condition pop noise can improve 6dB )2 1 SPK6001 SPK/ DMSP1115KJ-10-F1-G SPEAKER/SMD/2403-260-00071

[20]

ACCDET

R6008 R/ 47/ K/ 0402 R0402 1

VIO18_PMU 1 R6002 R/ 470/ K/ 0402/ NC R0402 2 D_GND CON6001 Pole3_J 2 5 MIC+ NCD

close to IC[12] BEAD6002 FB/ BLM18BD182SN1/ 0603 BEAD0603

close to connectorEINT_EAR EINT_EAR

R6005 R/ 47/ K/ 0402/ NC R0402 2 1

(1) CTIA: L-R-G-M (2) OMTP: L-R-M-G

[20]

AU_SPK1P

HP_MIC

[20]

AU_HPL

HP_MP3L

BEAD6001 FB/ BLM18BD182SN1/ 0603 BEAD0603 BEAD6003 FB/ BLM18BD182SN1/ 0603 BEAD0603 BEAD6005 FB/ BLM18BD182SN1/ 0603 BEAD0603

[20]

AU_SPK1N 1 C6024 C/ 33/ pF/ 0201/ NC C0201[20] AU_HPR BEAD6004 FB/ BLM18BD182SN1/ 0603 BEAD0603

HP_MP3R R6006 R6007

4 BEAD6006 FB/ BLM18BD182SN1/ 0603 BEAD0603 3 1

SPKL SPKR GND CON/ 5/ EJ-3699M-GP

Based on your system level design, if better desense performance is needed on your system.

D_GND D_GND

Based on your system level design, if better ESD pe

rformance is needed on your system.

C6007 C/ 33/ pF/ 0201 C0201

BEAD6002/ BEAD6004 are for FM-desense tuning proposal

C6008 C/ 33/ pF/ 0201 C0201

[20]

Pole4_J

GND shieldingSH6005 NC/R 2 2 R/ 470/ ohm/ 0201 R/ 470/ ohm/ 0201

C<= 1pFESD6006 ESD/ ESD5311NKM ESD/SMD/ESD5311N 1 2 D_GND

Note: 60-1 Note: 60-3

D_GND

Note: 60-1

Based on your system level design, if better ESD performance is needed on your system.

Single via to GND plane

Note: 60-22 L6002 L/ LQW18ANR10G00 BEAD0603 FM_ANT FM_RX_N_6625[50][50]

Handset Microphone 2Analog MICMICBIAS0C

Earphone MICPHONEMICBIAS1

1 1

D_GND D_GND

D_GND

MIC6002 Close MIC/ SPU0410HR5H-PB FILTER/SMD/SPU0410HR5H-PB 1 VDD OUT 4

to MIC Close to BB

close to MT63282 AU_VIN2_P 2 C6013 C/ 100/ pF/ 0201 C0201 AU_VIN2_N C6015 C/ 33/ pF/ 0201 C0201 1 1[20][20] 2 R6011 R/ 2.5/ K/ 0201/ NC R0201 1 R6013 R/ 1/ K/ 0201/ NC R0201 1 D_GND

R6012 R/ 0/ ohm/ 0402 R0402

C6012 C/ 100/ nF/ 0201 C0201

Close to BB

Close to MIC

Close to CON6001Earphone Detection CircuitNC/R SH6007 1 2

GND

ModeD_GND

[20]

AU_VIN1_N C6019 C/ 33/ pF/ 0201 C0201 1

Low Cost Mode Traditional Mode (ACC)

R6002 NC 470K

R6005 NC 47K

R6008 47K NC

R6030 NC 0R

C6016 C/ 33/ pF/ 0201 C0201

Reserved for ACC mode

C6020 C/ 100/ pF/ 0201 C0201

Reserved to enhance TDD performanceR6014 R/ 1.5/ K/ 0201/ NC R0201

D_GND

SH6003 NC/R

D_GND 1 1 C6021 C/ 33/ pF/ 0201 C0201

Note: 60-1D_GND D_GND D_GND[20] AU_VIN1_P

tie together and single via to GND planeHP_MIC

together then single via to main GND

Based on your system level design, if better audio performance is needed on your system, please reserve for ACC mode[20]

Reserved for ACC modeACCDET R6030 1 2 R/ 0/ ohm/ 0201/ NC R0201

Handset Microphone 1Analog MICB

R6013/ R6014/ R6030: Based on your system level design, if better audio performance is needed on your system, please reserve for ACC mode

MICBIAS0

MIC6003 Close MIC/ SPU0410HR5H-PB FILTER/SMD/SPU0410HR5H-PB 1 VDD OUT 4

to MIC Close to BBAU_VIN0_P 2 C6034 C/ 100/ pF/ 0201 C0201 AU_VIN0_N C6039 C/ 33/ pF/ 0201 C0201 1 1[20][20]

ReceiverB

C6038 C/ 100/ nF/ 0201 C0201

close to IC

close to connector

GND

C6035 C/ 33/ pF/ 0201 C0201

Reserved for ACC mode

[20]

AU_HSN

6mil 2 C6025 C/ 100/ pF/ 0201 C0201

6mil

REC6001 REC/ 2403 260 00031/ NC RECEIVE/SMD/NXP 2 1

D_GND

SH6004 NC/R

Note: 60-1D_GND D_GND D_GND

[20]

AU_HSP

6mil

together then single via to main GND

C6032 C/ 33/ pF/ 0201 C0201

C6031 C/ 33/ pF/ 0201 C0201

Note: 60-1

Schematic design notice of"60_PERI_AUDIO_IO" page.A

D_GND

Based on your system level design, if better ESD performance is needed on your system.A

Note 60-1: The equivalent capacitance of audio and speech ESD protection device must be<=330pF. choose

bi-directional device only Note 60-2: The equivalent capacitance of FM ANT. ESD protection device must be<=1pF. Note 60-3: TVS Stand off voltage for speaker should>=5VTitle Size C Date:5 4 3 2

60_PERI_AUDIO_IO

MTK ConfidentialWednesday, January 14, 20151

Sheet

本文来源：https://www.bwwdw.com/article/qtlj.html

相关文章：

莱美药业抗感染及特色专科用药制剂产业化生产基地建设项目可行性研究报告08-15

Atfbrla - a2010年西南政法大学招收硕士学位研究生考试参考书目03-29

高亮度LED芯片生产工艺流程01-22

工程成本分析对比表(1)08-07

2018年中国高效过滤棉行业市场调查研究及发展报告目录03-08

电学复习题04-01

蛹虫草中虫草素的研究进展12-21

闵行区2016学年第一学期九年级质量调研考试12-03

物理物理第八章运动和力的专项培优易错试卷练习题及解析06-03

上一篇：石油化工工艺的研究下一篇：机械原理期末练习试卷5——答案