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Schematic.pdf

M
MarnoYudi

This document provides a block diagram and overview of the power domains and power delivery network for the MT6765 system on a chip. Key power rails include various VDD and VSS rails for cores like CPU, MODEM, and peripherals. The document also lists the component part numbers and I2C slave addresses for devices connected to the various I2C interfaces. Schematic changes between versions are documented.

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Title Size Date: Sheet of MTK Confidential 34 01_Block_Diagram 1 A1 Friday, December 08, 2017 BSI ctrl AUD I/F BPI, APC RF IQ UART Debug port Audio Speech TX MT6765 (SBS) MT6177m Project : MT6765 LPDDR3 REF_SCH TOP LEVEL JTAG ABB FEM RX Main 1 ANT MSDC 4-bit micro SD + hot-plug USB 2.0 USB Type-C MSDC1 MT6357 Receiver AU_VIN0 Camera IF Camera Modules Camera (MIPI CSI) VIB eMMC MSDC0 / eMMC 32K_BB CTP controller Keypad LCD module Battery LCD IF BC1.1 I2C_2 / I2C_4 I2C RTC Headset (HPL,HPR,AU_VIN1) SPI PWRAP I/F Audio I/F BC 1.1 Bucks LDOs Vibrator MT6631 TCXO CONN ctrl Connectivity ANT LDOs RXD RxD FEM RXD ANT VSYS CONN IQ CONN IF LCD (MIPI DSI) I2C_0 I2C I2C_1 I2C SPI GPIOs SIM1 SIM1 SIM1 SIM2 SIM2 SIM2 Keypad MSDC1/SPI Pin-MUX JTAG EINT USB2.0 USB 2.0 GPIOs / EINTs WLED BST LCM's BL Flash FLASH LCM Gate Driver LCM_AVDD/AVEE Bucks SPK Driver I2C_5 ST21NFCD I2C_3 I2C DCXO / TMS I/Q 26M Charger/ SW VSYS VSYS I2C 26M_WBG 26M_WBG 26M_BB 26M_RF 26M_RF 26M_BB 26M_NFC 26M_NFC LPDDR3 EMI MT6371 I2C_6 PERIPHERAL_EN PERI. Device AU_LO MEMs & ALS/PS A B C D 5 4 3 2 1 D C B A 1 2 3 4 5
Title Size Date: Sheet of MTK Confidential 34 02_I2C_ID_Overview 2 A1 Friday, December 08, 2017 I2C-4 400 Kbps I2C-0 Cap Touch controller Function i2C Slave Address / Write / Read (7-bit mode) I2C I2C Spec. Magnetic Sensor Pressure Sensor I2C-1 I2C Spec. : Standard mode (100 kbps) and Fast mode (400 kbps), Fast mode Plus (1 Mbps) and High-speed mode (3.4 Mbps) I2C-2 Rear Camera I2C-3 NFC Sub-PMIC Audio Smart PA I2C-6 Note : Sub SYS AP AP AP AP AP I2C-5 Front Camera Sensor Hub AP AP Part Number GT1151 0x5D Write:0xBA / Read:0xBB AK09918C 400 Kbps 0x0C Write:0x18 / Read:0x19 CM36558 400 Kbps 0x51 Write:0xA2 / Read:0xA3 BMP280 400 Kbps 0x77 Write:0xEE / Read:0xEF IMX230 400 Kbps 0x1A Write:0x34 / Read:0x35 EEPROM 400 Kbps 0x50 Write:0xA0 / Read:0xA1 AF driver 400 Kbps 0x0C Write:0x18 / Read:0x19 RT5510 400 Kbps 0x34 Write:0x68 / Read:0x69 ST21NFCD 400 Kbps 0x08 Write:0x10 / Read:0x11 S5K2T7 400 Kbps EEPROM 400 Kbps AF driver=NA 0x2D Write:0x5A / Read:0x5B 3.4 Mbps MT6371 PMU MT6371 PD 3.4 Mbps 0x34 0x4E Write:0x68 / Read:0x69 Write:0x9C / Read:0x9D (I3C) (I3C) (I3C) Ambient Light Sensor Proximity Sensor Write:0xA4 / Read:0xA5 0x52 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5
Title Size Date: Sheet of MTK Confidential 34 05_Change_Notice 3 A1 Friday, December 08, 2017 Category Item Date 2017.11.24 (V0.1) Page 05 V0.1 Release 2017.12.7 (V0.2) Page 44 1. To enhance LPDDR3 power off sequence,change C4422 from 0.1uF to 2.2uF, and change C4423 from 0.1uF to 1uF 2. Change VDD1 power of eMCP from VIO18_PMU to EMI_VDD1, fulfilling power rail in star connection Change power of AVDD18_DDR(H21) from VIO18_PMU to EMI_VDD1, connecting EMI_VDD1 to SH2102 in star connection Page 11 Add SH2102 for star connection among EMI_VDD1, AVDD18_SOC, and VIO18_PMU Page 21 Page 51 1. Add 2nd source plan for U5004 2. Add Note 51-3 and Note 51-4 Add Note 12-5 Page 12 Page 22 1. Change C2304 from C / 1 / uF / 10V to C / 1 / uF / 6.3V 2. Change R2301 from R / 1.5 / K to R / 7.5 / K 3. Update Note 22-5 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5
Title Size Date: Sheet of MTK Confidential 4 10_BB_ POWER_PDN 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 G P U S R A M C1062 22uF C1049 1.0uF SH1011 C1025 1.0uF C10111 10uF C1058 1.0uF C1073 NF C1026 NF C10116 100nF SH1061 C1031 1.0uF C1050 NF C1078 1.0uF C1023 1.0uF SH1012 C10118 100nF C1052 NF C1016 22uF C1061 22uF C10115 4.7uF C1067 1.0uF C1017 22uF VDDQ SRAM MODEM CORE CPU MT6765-SBS GPU MD1 H18 AVDDQ_EMI1 H11 AVDDQ_EMI0 H20 AVDD2_EMI L13 DVDD_TOP_SRAM V15 DVDD_MCUSYS_SRAM R19 DVDD_MFG_SRAM H12 AVDDQ_EMI0 H19 AVDDQ_EMI1 H10 AVDD2_EMI H13 AVDD2_EMI H17 AVDD2_EMI V12 DVDD_TOP_SRAM J21 DVDD_TOP K10 DVDD_TOP K13 DVDD_TOP K14 DVDD_TOP K17 DVDD_TOP L17 DVDD_TOP M10 DVDD_TOP M18 DVDD_TOP N17 DVDD_TOP P18 DVDD_TOP P23 DVDD_TOP R17 DVDD_TOP T18 DVDD_TOP U16 DVDD_DVFS U18 DVDD_DVFS U20 DVDD_DVFS U22 DVDD_DVFS Y16 DVDD_DVFS Y18 DVDD_DVFS Y20 DVDD_DVFS Y21 DVDD_DVFS Y22 DVDD_DVFS AA16 DVDD_DVFS AA18 DVDD_DVFS AA20 DVDD_DVFS AA21 DVDD_DVFS AA22 DVDD_DVFS AB16 DVDD_DVFS AB18 DVDD_DVFS R9 DVDD_VDD_MODEM T10 DVDD_VDD_MODEM U9 DVDD_VDD_MODEM U13 DVDD_VDD_MODEM V10 DVDD_VDD_MODEM V13 DVDD_VDD_MODEM W9 DVDD_VDD_MODEM W10 DVDD_VDD_MODEM M14 DVDD_MDSYS N13 DVDD_MDSYS P10 DVDD_MDSYS P13 DVDD_MDSYS P14 DVDD_MDSYS R13 DVDD_MDSYS K20 DVDD_MFGSYS L19 DVDD_MFGSYS L20 DVDD_MFGSYS M20 DVDD_MFGSYS N19 DVDD_MFGSYS N20 DVDD_MFGSYS P20 DVDD_MFGSYS T20 DVDD_MFGSYS W8 DVDD_VDD_MODEM Y8 DVDD_VDD_MODEM T21 DVDD_MFGSYS U1001-E C10130 470nF SH1062 C1082 2.2uF C10119 100nF C1021 1.0uF C1044 1.0uF C1063 NF C1083 NF C1068 1.0uF C1024 1.0uF C1001 NF C1045 1.0uF C1084 NF C10135 470nF C1002 22uF C1069 1.0uF SH1042 C1046 1.0uF C10133 NF C1008 1.0uF C10131 NF C1041 22uF C1079 NF C1047 1.0uF C1080 2.2uF SH1041 C1006 1.0uF C1051 22uF C1056 1.0uF C1048 1.0uF C10134 NF C10132 NF C1018 NF C1007 NF C10136 470nF C1059 1.0uF C1081 2.2uF C1022 1.0uF C1066 1.0uF C1005 1.0uF C10117 100nF C1057 1.0uF GND VDRAM_PMU GND GND GND GND GND DVDD_CORE GND DVDD_DVFS GND GND DVDD_CORE GND DVDD_CORE GND DVDD_MODEM GND VSRAM_OTHERS_PMU GND VSRAM_OTHERS_PMU GND D V D D ︳ S R A M ︳ D V F S GND D V D D ︳ D V F S ︳ 6 3 5 7 ︳ F B D V D D ︳ D V F S ︳ 6 3 5 7 ︳ G N D D V D D ︳ C O R E ︳ 6 3 5 7 ︳ F B D V D D ︳ C O R E ︳ 6 3 5 7 ︳ G N D D V D D ︳ M O D E M ︳ 6 3 5 7 ︳ G N D D V D D ︳ M O D E M ︳ 6 3 5 7 ︳ F B
A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note: 11-1 Note: 11-2 Note: 11-3 Note 11-1: C4101 closed DVDD18_MSDC0 150mil Schematic design notice of "11_BB_POWER_IO" page. Note 11-2: C4302 closed DVDD28_MSDC1 150mil Note 11-3: C4301 closed DVDD18_MSDC1 150mil 0201 测试 C1116 NF C1164 100nF C1137 100nF C1121 100nF C1105 1.0uF C1120 100nF C1100 1.0uF C1114 NF C1102 100nF C1136 100nF C1112 100nF C1165 1.0uF C1172 100nF C1131 100nF C1103 1.0uF C1106 100nF C1162 1.0uF C1135 100nF C1104 100nF C1153 1.0uF C1115 NF C1152 1.0uF C1107 100nF PERI_A PERI_D PLL GND AVDD & MD_A MT6765-SBS T16 AVDD18_PLLGP AG27 DVDD18_IOBL H21 AVDD18_DDR AD28 DVDD28_MSDC1 R28 AVDD12_DSI D28 AVDD18_USB AE28 DVDD28_SIM1 AC28 DVDD28_SIM2 H2 AVDD18_WBG G28 DVDD18_IOLT B28 AVDD33_USB AA28 DVDD18_MSDC1 AB28 DVDD18_SIM T28 AVDD04_DSI U1 DVDD18_IORB AG21 AVDD12_MD AG6 DVDD18_IORB U2 AVDD12_CSI J1 DVDD18_IORT A27 DVDD18_MSDC0 E28 AVDD12_USB AG19 AVDD18_MD T14 AVDD12_PLLGP C3 AVDD12_WBG AD18 DVDD_VQPS AG18 AVDD18_AP W28 DVDD18_IOLM AC18 AVDD18_CPU A11 DVSS A13 DVSS A15 DVSS B3 DVSS B21 DVSS C2 DVSS C6 DVSS C12 DVSS C16 DVSS C20 DVSS C23 DVSS D3 DVSS D9 DVSS D13 DVSS D23 DVSS D27 DVSS E4 DVSS E24 DVSS E25 DVSS F2 DVSS F4 DVSS F5 DVSS F6 DVSS F7 DVSS F8 DVSS F10 DVSS F11 DVSS F12 DVSS F14 DVSS F17 DVSS F19 DVSS F20 DVSS F21 DVSS F22 DVSS F23 DVSS G4 DVSS G6 DVSS G11 DVSS G12 DVSS G13 DVSS G14 DVSS G15 DVSS G21 DVSS G22 DVSS G26 DVSS H14 DVSS H15 DVSS H22 DVSS H25 DVSS J22 DVSS J23 DVSS J24 DVSS K9 DVSS K11 DVSS K12 DVSS K15 DVSS K16 DVSS K18 DVSS L8 DVSS L11 DVSS L15 DVSS L16 DVSS L21 DVSS L22 DVSS L26 DVSS M6 DVSS M7 DVSS M12 DVSS M16 DVSS M22 DVSS M24 DVSS M28 DVSS N6 DVSS N7 DVSS N11 DVSS N15 DVSS N21 DVSS N22 DVSS P7 DVSS P12 DVSS P16 DVSS P21 DVSS P22 DVSS R11 DVSS R15 DVSS R21 DVSS R22 DVSS T8 DVSS T12 DVSS T22 DVSS U11 DVSS V8 DVSS V16 DVSS V17 DVSS V19 DVSS V21 DVSS W17 DVSS W19 DVSS W21 DVSS AA9 DVSS AA11 DVSS AA13 DVSS AB10 DVSS AB12 DVSS AD7 DVSS AD11 DVSS AD14 DVSS AE8 DVSS AE11 DVSS AE14 DVSS AF8 DVSS AF11 DVSS AF14 DVSS AF17 DVSS AF28 DVSS AG26 DVSS U1001-F C1151 1.0uF C1171 100nF C1132 1.0uF C1101 1.0uF GND VA12_PMU GND GND GND VEFUSE_PMU DVDD_CORE GND VIO18_PMU GND GND GND GND GND GND GND GND GND VA12_PMU VA12_PMU GND VA12_PMU GND GND GND GND GND VA12_PMU GND GND VA12_PMU GND VUSB_PMU GND GND GND GND A V D D 1 8 ︳ S O C A V D D 1 8 ︳ S O C A V D D 1 8 ︳ S O C GND A V D D 1 8 ︳ S O C VMC_PMU VSIM1_PMU VSIM2_PMU A V D D 1 8 ︳ S O C A V D D 1 8 ︳ S O C EMI_VDD1
Note 12-1: The de-coupling cap. for REFP (AF18 ball) have to be placed as close to BB as possible. Note 12-2: To shunt a 1uF capacitor in the AUXIN ADC input to prevent noise coupling. It should be placed as close to BB as possible. Connect the unused AUX ADC input to GND. Schematic design notice of "12_BB_1" page. Note 12-3: "PWRAP_SPI0_CSN" and "AUD_DAT_MOSI0" are bootstrap pin to select which interface will be the JTAG pin out. default=PD default=PU (by ext. PD) (by ext. PD) (by ext. PU) (by ext. PU) N/A N/A SPI1+SPI3 N/A PWRAP_SPI0_CSN AUD_DAT_MOSI0 AP_JTAG HI LO HI HI LO LO LO HI N/A SPI0+EINT8 SPI0+EINT8 MSDC1 MD_JTAG JTAG Function Note 12-4: PWRAP_SPI0_MO and PWRAP_SPI0_MI are DDR type feature in bootstrap default=PU (by ext. PD) MSDC0 pin mux follow LP3 Ref SCH. follow LP4X Ref SCH. PWRAP_SPI0_MI DDR LO HI LPDDR3 LPDDR4X Booting interface 注释错误 投板前注意MTK套片库更新一次 R5007 NC 单nano卡座库更新 Please check IQ connection for 6177 or 6177M 增加主板各种版本ID Note: 12-1 Note: 12-2 R0705 R0706 ADC_in project 输入范围0.05-1.45V Note: 12-3 Note: 12-4 12K AP JTAG电阻确定配置好 PD PU 走线等长 Note: 12-5 Note 12-5: Please set unused IQ pins in NC C1203 1.0uF C1204 100nF REF POWER AUX IN RF MIPI ABB_IF BPI SIM MT6765-SBS RFIC_Ctrl AA25 SIM1_SCLK Y25 SIM1_SIO AA26 SIM1_SRST AC25 SIM2_SCLK AB25 SIM2_SIO AC26 SIM2_SRST AD4 BPI_BUS11_OLAT0 AF25 BPI_BUS10 AD25 BPI_BUS8 AC6 BPI_BUS7 AG4 BPI_BUS6 AG3 BPI_BUS5 AG2 BPI_BUS4 AF4 BPI_BUS3 AF3 BPI_BUS2 AF2 BPI_BUS1 AE4 BPI_BUS0 AF22 RFIC0_BSI_CK AG22 RFIC0_BSI_D2 AF21 RFIC0_BSI_D1 AE20 RFIC0_BSI_D0 AF7 MISC_BSI_DO_0 AG7 MISC_BSI_CK_0 AF6 MISC_BSI_DO_1 AF5 MISC_BSI_CK_1 AG13 PRX_BB_I0N AE13 DRX_BB_I0N AG12 PRX_BB_Q0N AE12 DRX_BB_Q0N AC10 APC AE19 AUXIN2 AE18 AUXIN3 AF20 AUXIN0 AB13 MAIN_X26M_IN AE9 TX_BB_IP0 AD9 TX_BB_IN0 AE10 TX_BB_QP0 AD10 TX_BB_QN0 AF13 PRX_BB_I0P AF15 PRX_BB_I1 AF12 PRX_BB_Q0P AG15 PRX_BB_Q1 AD13 DRX_BB_I0P AG16 DRX_BB_I1 AD12 DRX_BB_Q0P AF16 DRX_BB_Q1 AE21 RFIC0_BSI_EN AF18 REFP AF26 BPI_BUS9 AD6 MISC_BSI_DO_2 AE6 MISC_BSI_CK_2 AD5 MISC_BSI_DO_3 AE5 MISC_BSI_CK_3 AF19 AUXIN1 AE17 AUXIN4 AE24 BPI_BUS12_OLAT1 AE25 BPI_BUS13_ANT0 AE3 BPI_BUS14_ANT1 AF24 BPI_BUS15_ANT2 AE2 BPI_PA_VM1 AD3 BPI_PA_VM0 AG9 DET_IP0 AF9 DET_IN0 AF10 DET_QP0 AG10 DET_QN0 AD8 RFIC_ET0_P AC9 RFIC_ET0_N U1001-B PMU_IF Test Pin MT6765-SBS E27 SYSRSTB K24 WATCHDOG L25 SRCLKENA0 M25 SRCLKENA1 H26 RTC32K_CK K27 PWRAP_SPI0_CSN L27 PWRAP_SPI0_CK M27 PWRAP_SPI0_MO J25 AUD_CLK_MOSI J26 AUD_SYNC_MOSI J27 AUD_DAT_MISO0 F27 TESTMODE K28 PWRAP_SPI0_MI W13 TP_PLLGP W12 TN_PLLGP G27 AUD_CLK_MISO K26 AUD_DAT_MOSI0 J28 AUD_DAT_MISO1 H27 AUD_SYNC_MISO K25 AUD_DAT_MOSI1 AC5 CDM3P5A AB6 CDM5P5A A1 NC A28 NC AG1 NC AG28 NC U1001-A C1202 1.0uF TP37 TP-0.5MM R0706 NF R0705 NF C3 1.0uF C111 1.0uF R1012 NF R2213 10K R1004 NF R1009 NF R46 NF R1001 NF TP44 TP-0.5MM TP45 TP-0.5MM TP46 TP-0.5MM R1206 0 R1205 NF C1210 1.0uF GND GND GND GND AUD_DAT_MISO0 SYSRSTB WATCHDOG SRCLKENA1 RTC32K_CK SRCLKENA0 AUD_SYNC_MISO PWRAP_SPI0_CSN PWRAP_SPI0_MI PWRAP_SPI0_CK PWRAP_SPI0_MO AUD_SYNC_MOSI AUD_CLK_MISO AUD_CLK_MOSI AUD_DAT_MISO1 AUD_DAT_MOSI0 AUD_DAT_MOSI1 MIPI0_SCLK MIPI0_SDATA MIPI1_SDATA MIPI1_SCLK MIPI3_SDATA MIPI3_SCLK SIM1_SRST SIM1_SCLK SIM1_SIO SIM2_SRST SIM2_SCLK SIM2_SIO PMIC_CLK_BB LTE_TX_BB0_QP LTE_TX_BB0_QN AUX_IN1_NTC AUX_IN0_NTC LTE_TX_BB0_IP LTE_TX_BB0_IN BPI_BUS1 APC1 BPI_BUS0 BPI_BUS2 BPI_BUS3 BPI_BUS6 BPI_BUS5 BPI_BUS4 BPI_BUS7 BPI_BUS8 BPI_BUS9 BPI_BUS10 BPI_BUS11 BPI_BUS12 BPI_BUS13 BPI_BUS15 BPI_BUS14 RFIC0_BSI_EN RFIC0_BSI_CK RFIC0_BSI_D0 RFIC0_BSI_D1 LTE_PRX_BB0_QP LTE_DRX_BB0_QP LTE_PRX_BB0_QN LTE_DRX_BB0_IN LTE_DRX_BB0_IP LTE_DRX_BB0_QN LTE_PRX_BB0_IP LTE_PRX_BB0_IN LTE_DET_BB0_QP LTE_DET_BB0_QN LTE_DET_BB0_IP LTE_DET_BB0_IN VIO18_PMU A U X ︳ I N 2 ︳ B O A R D ︳ I D AUX_IN2_BOARD_ID GND A U X ︳ I N 3 ︳ B A T T E R Y ︳ I D GND GND VIO18_PMU VIO18_PMU GND VIO18_PMU GND AUD_DAT_MOSI0 PWRAP_SPI0_CSN PWRAP_SPI0_MI GND AUX_IN_HARDWARE_ID AUX_IN_HARDWARE_ID GND GND
Title Size Date: Sheet of MTK Confidential 7 13_BB_2 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note 13-1: The enable pin of acoustic or optoelectronic devices (e.g. SPK AMP/Backlight/Charger OCP/OVP) suggest to use Peripheral_EN[0:5] Schematic design notice of "13_BB_2" page. If use other GPIOs as enable pin, suggest to reserve 0201 NC to GND Touch Sensor Hub Rear Cam NFC Front Cam Sub PMIC 新平台预留电阻测试位 留作JTAG JTRSTn口 Note: 13-1 ramdump测试点 MD_UART放置与屏蔽罩外 MD_UART MD-JTAG 使用 Board_ID 区分C3C，C3F是否带指纹； 区分C3E版本相关 预留 区分BB是6762M（C3C，C3F）还是6762（C3D）； GPO CSI Ctrl CSI-2 CSI-1 GPIO DSI-0 MT6765-SBS CSI-0 N4 CSI0A_L0N N3 CSI0A_L0P N2 CSI0A_L1N N1 CSI0A_L1P P1 CSI0A_L2P P2 CSI0A_L2N P3 CSI0B_L0P P4 CSI0B_L0N R3 CSI0B_L1P R4 CSI0B_L1N L3 CSI1A_L0P L4 CSI1A_L0N L1 CSI1A_L1P L2 CSI1A_L1N M1 CSI1A_L2P M2 CSI1A_L2N P25 DSI0_CKP P26 DSI0_CKN N25 DSI0_D0P N26 DSI0_D0N N28 DSI0_D1P N27 DSI0_D1N R25 DSI0_D2P R26 DSI0_D2N P27 DSI0_D3P R27 DSI0_D3N AD26 LCM_RST AE27 DSI_TE T26 SPI2_CSB AD1 SPI0_MI V27 SPI4_CLK U27 SPI4_MI U26 SPI3_CSB AC1 SPI0_CSB T25 SPI2_MO AC2 SPI0_MO AD2 SPI0_CLK Y24 SPI1_MO V24 SPI1_CLK U24 SPI2_MI T24 SPI2_CLK U23 SPI1_CSB V2 CAM_RST0 W6 CAM_PDN0 W5 CAM_CLK0 Y2 CAM_PDN1 V26 SPI3_MO V25 SPI3_CLK W24 SPI1_MI T27 SPI4_MO V1 CAM_RST1 V28 SPI4_CSB U25 SPI3_MI AD27 DISP_PWM W2 CAM_CLK1 L5 CSI1B_L0P M5 CSI1B_L0N M3 CSI1B_L1P M4 CSI1B_L1N N5 CSI0B_L2P P5 CSI0B_L2N R1 CSI2A_L0P R2 CSI2A_L0N T1 CSI2A_L1P T2 CSI2A_L1N T3 CSI2A_L2P T4 CSI2A_L2N U3 CSI2B_L0P U4 CSI2B_L0N R5 CSI2B_L1P T5 CSI2B_L1N K3 CAM_RST2 K2 CAM_PDN2 AF23 CAM_RST3 L24 CAM_PDN3 J2 CAM_CLK2 AG24 CAM_CLK3 AD24 PERIPHERAL_EN1 AD23 PERIPHERAL_EN2 AC24 PERIPHERAL_EN3 AE23 PERIPHERAL_EN4 AE22 PERIPHERAL_EN5 AD22 PERIPHERAL_EN0 U1001-C CONN_IQ SD (MSDC1) USB KEYPAD UART I2C GPIO BC MT6765-SBS CONN_Dig. B27 USB_DM C27 USB_DP D26 CHD_DP AB1 KPROW1 AA1 KPROW0 AB3 KPCOL0 AB5 SCL0 AC4 SDA0 AE1 SCL1 AF1 SDA1 V4 SCL2 V3 SDA2 W26 MSDC1_CLK W27 MSDC1_CMD W25 MSDC1_DAT3 AA27 MSDC1_DAT2 Y26 MSDC1_DAT1 Y27 MSDC1_DAT0 G3 CONN_HRST_B Y1 SRCLKENAI AC3 PWM0 H4 CONN_WF_CTRL1 H3 CONN_WF_CTRL2 G2 CONN_WB_PTA J6 CONN_TOP_CLK K7 CONN_TOP_DATA J5 CONN_BT_CLK F1 GPS_I G1 GPS_Q H5 CONN_WF_CTRL0 K8 CONN_BT_DATA D2 BT_IP D1 BT_IN E3 BT_QP F3 BT_QN A3 WF_IP A2 WF_IN B1 WF_QP B2 WF_QN AB27 IDDIG AB26 DRVBUS G7 XIN_WBG AB23 SCL5 AC23 SDA5 AB2 KPCOL1 E26 CHD_DM AE26 INT_SIM1 AF27 INT_SIM2 K5 ANT_SEL0 K6 ANT_SEL1 K4 ANT_SEL2 AA3 URXD0 AA2 UTXD0 AB4 EINT0 AA7 EINT1 AA5 EINT2 AA4 EINT3 Y6 EINT4 Y7 EINT5 Y4 EINT6 Y3 EINT7 AA6 EINT8 W4 EINT9 M26 EINT12 W7 EINT11 W3 EINT10 AC21 SCL3 AC22 SDA3 U6 SCL4 V6 SDA4 J3 SCL6 J4 SDA6 G23 GPIO_EXT0 F25 GPIO_EXT1 F24 GPIO_EXT2 G24 GPIO_EXT3 F26 GPIO_EXT4 G25 GPIO_EXT5 H23 GPIO_EXT6 H24 GPIO_EXT7 AA24 GPIO_EXT8 Y23 GPIO_EXT9 AA23 GPIO_EXT10 AD21 GPIO_EXT11 AD20 GPIO_EXT12 AD19 GPIO_EXT13 AC20 GPIO_EXT14 AC19 GPIO_EXT15 U1001-D R1102 24 L6 0 C53 5.0pF R41 0 C64 27PF R42 0 C86 27PF TP38 TP-0.5MM TP48 TP-0.5MM R2507 NF R19 1K TP9 TP-0.5MM R 1 3 0 9 0 / N F R 1 3 1 0 0 / N F R 1 3 0 3 NF R 1 3 0 2 NF R 1 3 0 5 NF R 1 3 0 4 NF R 1 3 0 7 NF R 1 3 0 6 NF S C L 6 S D A 6 URXD0 S C L 1 S D A 1 MSDC1_CLK MSDC1_CMD UTXD0 USB_DP USB_DM S C L 2 S D A 2 CHD_DM CHD_DP S C L 5 S D A 5 KPCOL0 U S B ︳ I D S C L 0 S D A 0 S C L 4 S D A 4 RDP1_B RDN1_B CAM_CLK0 CAM_CLK1 CAM_RST0 RDP3_B RDN3_B R D P 0 R D N 0 R C P R C N CAM_RST1 RDP2_B RDN2_B RDP0_B RDN0_B RCP_B RCN_B LCM_RST DSI0_D3P DSI0_D3N DSI0_D2P DSI0_D2N DSI0_D1P DSI0_D1N DSI0_D0P DSI0_D0N DSI0_CKP DSI0_CKN D I S P ︳ P W M DSI_TE CONN_TOP_CLK CONN_TOP_DATA CONN_BT_CLK CONN_BT_DATA CONN_WF_CTRL0 CONN_WF_CTRL1 CONN_WF_CTRL2 CONN_WB_PTA CONN_HRST_B WF_IP WF_IN WF_QP WF_QN BT_IP BT_IN BT_QP BT_QN GPS_I GPS_Q I N T ︳ S D C A R D I N T ︳ S I M 2 EINT_ALPS EINT_A_G J T R S T MSDC1_DAT0 MSDC1_DAT1 MSDC1_DAT2 MSDC1_DAT3 XIN_WBG GPIO_SPK_EN EINT_CHG_0 JTCK JTDI JTDO JTMS R D P 0 ︳ D R D N 0 ︳ D R C P ︳ D R C N ︳ D C A M ︳ C L K 2 C A M ︳ P D N 2 GPIO_CHG_EN_0 GPIO_VCN33_EN GPIO_CTP_RSTB GPIO_CTP_LDO_EN G P I O ︳ F P ︳ R S T ︳ N GND GND GND GND GND GPIO_GPS_LNA_EN EINT_CTP INT_SDCARD K P C O L 1 R D P 1 ︳ D R D N 1 ︳ D S P I 1 ︳ M O S P I 1 ︳ M I S P I 1 ︳ C S B S P I 1 ︳ C L K S P I 4 ︳ M I S P I 4 ︳ C L K S P I 4 ︳ C S B S P I 4 ︳ M O VIO18_PMU GND LCM_ID0 LCM_ID1 E I N T ︳ F P ︳ N R D P 1 R D N 1 GND VCAMA_EXT_EN VCAMD_EXT_EN INFARED_PWM GYRO_INT_N VIO18_PMU GND VIO18_PMU GND VIO18_PMU GND VIO18_PMU GND
Title Size Date: Sheet of MTK Confidential 34 14_BB_3 8 A1 Thursday, November 02, 2017 Please check eMCP LP3 and eMCP LP4 pin mux A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 注意器件值34.8 0201 1% Note: 14-2 Note: 14-1 Note 14-1: R4001 please select 34.8 ohm (1%) resistor Schematic design notice of "14_BB_3" page. Note 14-2: Please check eMCP LP3 and eMCP LP4X pin mux R1207 36 eMMC (MSDC0) EMI_DDR MT6765-SBS E19 EMI0_DQ13 D14 EMI0_DQS0_T F18 EMI0_DQ10 A17 EMI0_DQ8 E21 EMI0_DQ26 D21 EMI0_DQ27 C22 EMI0_DQ29 D18 NC A7 NC D12 EMI0_DQ19 B13 EMI0_DQ20 B15 EMI0_DQ4 E16 EMI0_DQ6 E5 EMI0_CA8 A5 EMI0_CA9 E8 EMI0_CS1_N E6 EMI0_CA7 C19 EMI0_DQ14 C18 EMI0_DQ11 D19 EMI0_DQ12 B20 EMI0_DQ28 D20 EMI0_DQ24 C21 EMI0_DQ30 E17 EMI0_DQS1_T E7 EMI0_CKE1 D4 NC C4 NC D17 EMI0_DQS1_C B11 EMI0_DQ21 B12 EMI0_DQ22 B17 EMI0_DQ7 D15 EMI0_DQ5 E14 EMI0_DQS0_C E15 EMI0_DQ3 C9 NC A9 EMI0_CS0_N C5 EMI0_CA6 E18 EMI0_DQ9 B8 EMI0_CA0 B7 EMI0_CA1 B5 EMI0_CA4 D11 NC C10 EMI0_DQ18 D22 EMI0_DQS3_T E11 EMI0_DQ23 E13 EMI0_DQS2_C F13 EMI0_DQS2_T C14 EMI0_DQ2 B16 EMI0_DM0 D6 EMI0_CA3 C7 EMI0_CA2 E9 EMI0_CK_C F9 EMI0_CK_T A21 EMI0_DQ31 D5 EMI0_CA5 B9 NC B19 EMI0_DM3 D10 EMI0_DQ16 E22 EMI0_DQS3_C C13 EMI0_DQ0 C17 EMI0_DM1 D8 EMI0_CKE0 E20 EMI0_DQ25 A19 EMI0_DQ15 C15 EMI0_DQ1 C11 EMI0_DQ17 E10 EMI0_DM2 D7 NC E23 NC B4 EMI_EXTR C25 MSDC0_RSTB B25 MSDC0_CMD D25 MSDC0_CLK B26 MSDC0_DSL A26 MSDC0_DAT7 B24 MSDC0_DAT6 B23 MSDC0_DAT5 A23 MSDC0_DAT4 C24 MSDC0_DAT3 A25 MSDC0_DAT2 D24 MSDC0_DAT1 C26 MSDC0_DAT0 F16 VREF_EMI G16 NC U1001-G GND MSDC0_DAT1 MSDC0_DAT2 MSDC0_DAT3 MSDC0_DAT4 MSDC0_DAT5 MSDC0_DAT6 MSDC0_DAT7 EMI0_DQ0 EMI0_DQ1 EMI0_DQ2 EMI0_DQ3 EMI0_DQ4 EMI0_DQ5 EMI0_DQ6 EMI0_DQ7 EMI0_DQ8 EMI0_DQ9 EMI0_DQ10 EMI0_DQ11 EMI0_DQ12 EMI0_DQ13 EMI0_DQ14 EMI0_DQ15 EMI0_DQ16 EMI0_DQ17 EMI0_DQ18 EMI0_DQ19 EMI0_DQ20 EMI0_DQ21 EMI0_DQ22 EMI0_DQ23 EMI0_DQ24 EMI0_DQ25 EMI0_DQ26 EMI0_DQ27 EMI0_DQ28 EMI0_DQ29 EMI0_DQ30 EMI0_DQ31 E V R E F EMI0_CA0 EMI0_CA1 EMI0_CA2 EMI0_CA3 EMI0_CA4 EMI0_CA5 EMI0_CA6 EMI0_CA7 EMI0_CA8 EMI0_CA9 EMI0_CS0_N EMI0_CS1_N EMI0_CKE0 EMI0_DM0 EMI0_DM1 EMI0_DM2 EMI0_CK_T EMI0_CK_C EMI0_CKE1 EMI0_DM3 EMI0_DQS2_C EMI0_DQS2_T EMI0_DQS3_C EMI0_DQS3_T EMI0_DQS0_C EMI0_DQS0_T EMI0_DQS1_C EMI0_DQS1_T MSDC0_CMD MSDC0_RSTB MSDC0_CLK MSDC0_DSL MSDC0_DAT0
Title Size Date: Sheet of MTK Confidential 34 15_BB_AUXADC_Thermal 9 A1 Thursday, November 02, 2017 Thermistor to sense AP temperature 1. NTC1501must keep a distance about 6~8 mm away from AP and far from other heat sources 10 mm at least. 2. The distance is the shortest distance from package edge to edge. Thermistor to sense RF PA temperature 1. NTC1502 must close to LTE Band 7 PA or the hottest PA <2mm. 2. The distance is the shortest distance from package edge to edge. A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 注意NTC电阻选择 注意NTC电阻选择 390K 1%精度 390K 1%精度 R1501 39K NTC1502 100K R1502 39K NTC1501 100K GND GND VIO18_PMU AUX_IN0_NTC AUX_IN1_NTC
VPROC Set power inductor close to PMIC Differential and shielded with GND 4mil 4mil Set power inductor close to PMIC Differential and shielded with GND 4mil 4mil Set power inductor close to PMIC Differential and shielded with GND 4mil 4mil Set power inductor close to PMIC Set cap. close to VPA power inductor Note: 20-1 Set power inductor close to PMIC Note 20-1: Schematic design notice of "20_POWER_MT6357_Buck" To reserve a cap., C2041, please choose 0603 size For EOS Optional 1欧姆 R2001 0 SH2002 C2012 4.7uF C2004 4.7uF VR2001 ESD / AZ5825-01F C2011 10uF C2001 1.0uF PL2002 0.47uH PL2001 0.47uH SH2001 SH2008 PL2003 1.0uH SH2006 MT6357 VPROC IN VPROC VCORE VCORE IN VMODEM VMODEM IN VPA IN VPA VS1 VS1 IN VBUCK CTRL B2 VSYS_SMPS A4 VSYS_VPROC B4 VSYS_VPROC A5 GND_VPROC A6 VPROC A7 VPROC C2 VPROC_FB D2 GND_VPROC_FB A8 VSYS_VCORE B8 VSYS_VCORE B9 GND_VCORE C9 GND_VCORE A9 VCORE A10 VCORE D3 VCORE_FB E3 GND_VCORE_FB A13 VSYS_VMODEM A12 GND_VMODEM B11 VMODEM E13 VMODEM_FB D14 GND_VMODEM_FB A2 VSYS_VPA A1 VPA E4 VPA_FB A14 VSYS_VS1 A16 VS1 E14 VS1_FB B3 GND_VPA B5 GND_VPROC B1 GND_SMPS B14 VSYS_VS1 B6 VPROC A3 VSYS_VPA B16 VS1 B12 GND_VMODEM C12 GND_VMODEM C5 GND_VPROC B10 VCORE C10 VCORE C11 VMODEM B7 VPROC C6 VPROC C7 VPROC C8 VSYS_VCORE B13 VSYS_VMODEM C4 VSYS_VPROC A15 GND_VS1 B15 GND_VS1 U2001-A C2006 10uF C2017 2.2uF SH2005 PL2005 1.0uH C2003 10uF SH2009 PL2004 1.0uH GND GND GND GND GND VPA_PMU GND GND GND DVDD_MODEM DVDD_CORE DVDD_DVFS VS1_PMU VS1_PMU V S Y S D V D D ︳ C O R E ︳ 6 3 5 7 ︳ F B D V D D ︳ C O R E ︳ 6 3 5 7 ︳ G N D DVDD_MODEM_6357_FB D V D D ︳ M O D E M ︳ 6 3 5 7 ︳ G N D D V D D ︳ D V F S ︳ 6 3 5 7 ︳ F B D V D D ︳ D V F S ︳ 6 3 5 7 ︳ G N D VPA_PMU
Note: 21-1 f o r E O S Set cap. close to PMIC Set cap. close to PMIC 1. "Typical Cap" defined in design notice is the minimum cap. to LDO Cout. 2. NC cap can move to application, if (PCB L<20nH, PCB R<0.2 ohm) => value and placement of Cap, please refer design notice Note: 21-2 Note: 21-4 Suggest trace width > 40 mil Note: 21-3 2.1V 1.35V Note: 21-5 Set cap. and shortpad close to PMIC Note 21-1: Schematic design notice of "21_POWER_MT6357_LDO" If these power trace can meet LDO layout constraint, these CAP can be NC or removed. Please refer to MT6357 design notice. Note 21-2: Output cap range please follow MT6357CRV LDO design notice Note 21-3: R2851 0-ohm , 0603 NC Ext. buck option R2852 w/ EXT VS2 Buck w/o EXT VS2 Buck 0-ohm , 0603 NC C2104 10uF 22uF Ext Buck BOM option Note 21-4: Please set SH2101 close to C2141, making star connection between VIO18_PMU and AVDD18_SOC near to LDO cap. C2141 Please also refer to MT6357 design notice for further detail design information Note 21-5: Please connect VS2_LDO1(F15) to VS1_PMU if voltage applied to VCAMD(E17) >= 1.3 V 0201 测试 空接？？ SH2110 C2117 2.2uF C2104 NF C2101 10uF C2130 1.0uF C2134 1.0uF C2161 4.7uF C2138 1.0uF C2153 100nF C2159 4.7uF C2168 1.0uF C2132 1.0uF C2169 1.0uF C2103 4.7uF MT6357 LDO IN LDO VREF DIG Power ALDO DLDO SLDO1 SLDO2 Power Switch T14 VREF T13 GND_VREF K10 DVDD18_IO L10 DVDD18_DIG C17 VS1_LDO1 D16 VRF18 E15 VCN18 A17 VCAMIO B17 VIO18 K13 VCN28 H16 VCAMA T4 VXO22 L16 VLDO28 L15 VMC N16 VMCH J17 VSIM1 K16 VSIM2 K15 VIO28 L17 VEMC P17 VCN33 J14 VUSB E17 VCAMD E16 VRF12 G15 VSRAM_PROC G16 VSRAM_OTHERS T5 VAUX18 L7 VAUD28 M16 VIBR H17 VDRAM L14 VFE28 D6 D_GND D7 D_GND D8 D_GND D9 D_GND D10 D_GND D11 D_GND D12 D_GND D13 D_GND G14 VSYS_LDO1 N17 VSYS_LDO2 K7 VSYS_LDO3 E6 D_GND E7 D_GND E8 D_GND E9 D_GND E10 D_GND E11 D_GND E12 D_GND H15 VEFUSE F5 D_GND F6 D_GND F7 D_GND F8 D_GND F15 VS2_LDO1 F17 VS2_LDO2 R9 TREF F9 D_GND F10 D_GND F11 D_GND F12 D_GND J10 DVSS18_IO F13 D_GND G7 D_GND G8 D_GND G9 D_GND G10 D_GND G11 D_GND G12 D_GND H6 D_GND H7 D_GND H8 D_GND H9 D_GND H10 D_GND H11 D_GND H12 D_GND J6 D_GND J7 D_GND J8 D_GND J9 D_GND J11 D_GND K12 D_GND U2001-B C2133 1.0uF C2105 4.7uF C2144 4.7uF C2139 4.7uF C2108 22uF C2157 2.2uF C2107 22uF C2156 2.2uF C2131 1.0uF C2102 22uF C2170 100nF SH2112 C2114 1.0uF C17 1.0uF C112 1.0uF SH7 R47 NF R48 0 SH8102 SH4 C115 1.0uF SH15 VIO18_PMU GND GND GND GND GND GND GND GND GND GND GND VS1_PMU GND GND GND GND GND GND GND VFE28_PMU VXO22_PMU VCN28_PMU VCAMA_PMU VAUX18_PMU VAUD28_PMU VLDO28_PMU VIO28_PMU VMC_PMU VMCH_PMU VEMC_PMU VSIM1_PMU VSIM2_PMU VIBR_PMU V U S B ︳ P M U VRF18_PMU VCN18_PMU VCAMD_PMU VCAMIO_PMU VIO18_PMU VRF12_PMU D V D D ︳ S R A M ︳ D V F S VSRAM_OTHERS_PMU VDRAM_PMU TREF_PMU VEFUSE_PMU V S Y S GND GND GND GND V S 2 ︳ P M U GND GND GND GND A V D D 1 8 ︳ S O C VS2_PMU VS1_PMU EXT_VS2 EXT_VS2_FB GND GND V C N 3 3 E M I ︳ V D D 1
Title Size Date: Sheet of MTK Confidential 12 22_POWER_MT6357-IF 34 A1 Thursday, November 02, 2017 differential differential differential differential A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note: 22-3 Schottky diode (VF <0.3V @ 1mA) MUST be for PWRKEY ESD protection and to avoid inverse current from MT6371. 1% 精度 S e t r e s i s t o r a n d c a p . c l o s e t o P M I C Note 22-1: Schematic design notice of "22_POWER_MT6357-IF" Please implement 2520 & 2016 Size TMS PCB co-layout. Please refer to MT6765_MT6357 Co-Clock Design Notice for co-layout guide Note 22-2: 1. Please Connect P1 and R1 ball first and then to GND 2. Please Connect P2 and N2 ball first and then to GND 3. Please connect DCXO GND to main GND by independent L1-2 GND via.; DO NOT connect it through L1 GND Let floating if disable HOMEKEY function Note 22-3: Note 22-4: Please follow MT6765_MT6357 Co-Clock Design Notice for Layout guide of VAUX18, then R8101 can use 0 ohm to replace BEAD. Set cap. close to chip 换小容值 Note: 22-2 3mil trace width 3mil trace width Set cap. close to PMIC h o m e k e y VCDT rating: 1.268V 2 0 0 K Note: 22-1 注意型号和封装 3mil trace width Route AVDD18_AUXADC, AUXADC_VIN, and AVSS18_AUXADC with 3mils width traces and well GND shielding 1% 精度 3mil trace width 7.5K 1%精度 Note: 22-5 Note 22-5: Please connect to battery connector C2210 NF FB2201 0 R2204 1.5K C2214 1.0uF C2208 NF C2205 10uF C2204 100nF C2213 1.0uF R2224 R2223 39K C2206 100nF C2201 100nF C2209 NF R2222 330K C2212 100nF R2202 20K Control I/F RTC MT6357 DCXO Gauge Charger I/F AUXADC ISINK R4 PWRKEY N4 FCHR_ENB R5 RESETB T8 WDTRSTB_IN M5 EXT_PMIC_EN1 N8 SRCLKEN_IN1 N7 SRCLKEN_IN0 M6 EXT_PMIC_PG R8 SPI_CSN M8 SPI_CLK M7 SPI_MOSI M9 SPI_MISO N3 UVLO_VTH N9 VSYSSNS M13 BATSNS N13 ISENSE R13 BATON T11 VCDT R11 CHRLDO P13 VDRV M10 CHG_DM M11 CHG_DP N12 PCHR_LED P5 PMU_TESTMODE P9 FSOURCE M1 XTAL1 M2 AVSS22_XO N1 XTAL2 R2 XO_NFC T1 XO_CEL P1 AVSS22_XOBUF P3 XO_WCN R3 XO_SOC R12 VRTC28 P14 RTC32K_1V8_0 R15 RTC32K_1V8_1 P11 RTC32K_2V8 R7 AVDD18_AUXADC T7 AUXADC_VIN P7 AVSS18_AUXADC L12 ISINK1 R10 CS_N T10 CS_P R1 AVSS22_XOBUF N2 AVSS22_XO_ISO P2 AVSS22_XO_ISO N5 EXT_PMIC_EN2 T2 XO_EXT U2001-C D0602 R2214 0 R2212 0 R2216 0 C2207 1.0uF SH8 SH9 SH10 SH2201 TP47 TP-0.5MM R2235 RES-100K-+-1%-0201 4 SENSOR 1 HOT 3 HOT 2 GND X2201 XTAL-26M-CT2520DB26000C0FLZA1 GND GND GND GND GND GND V S Y S VRTC28 GND GND GND GND GND VBUS VAUX18_PMU GND GND GND VBUS VSYS B A T O N CHD_DM CHD_DP CS_P CS_N AVDD18_AUXADC AVSS18_AUXADC AUXADC_VIN RTC32K_CK XTAL2 XTAL1 PMIC_CLK_BB PMIC_CLK_WCN RFIC_CLK_CELL P W R K E Y SYSRSTB WATCHDOG SRCLKENA0 SRCLKENA1 PWRAP_SPI0_CSN PWRAP_SPI0_CK PWRAP_SPI0_MO PWRAP_SPI0_MI EXT_PMIC_EN2 VBAT GND GND L E D ︳ R G B AUXADC_VIN AVDD18_AUXADC XTAL1 XTAL2
Title Size Date: Sheet of MTK Confidential 34 23_POWER_MT6357-Audio 13 A1 Thursday, November 02, 2017 1. AVSS18_AUD is connected to GND with very short trace 2. AVSS18_AUD is connected to de-couple cap of AVDD18_AUD and AU_V18N with 6mil trace respectively A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 P-N pair should be differential pair & shielded with GND P-N pair should be differential pair & shielded with GND P-N pair should be differential pair & shielded with GND - AU_HPL and AU_HPR should be routed as single end signal, and be guarded by GND, up and down, left and right respectively - The suggested layout pattern of AU_HPL/ AU_HPR/ AU_REFN is " GND AU_HPL AU_REFN AU_HPR GND" Set cap. close to PMIC P-N pair should be differential pair & shielded with GND P-N pair should be differential pair & shielded with GND Set cap. and shortpad close to PMIC Set cap. close to PMIC C2301 1nF C2305 2.2uF AUDIO IF UL POWER MT6357 CHARGE PUMP AUDIO INPUT ACCDET AUDIO OUTPUT T17 AUD_DAT_MISO0 N14 AUD_DAT_MOSI1 P16 AUD_CLK_MOSI P15 AUD_DAT_MOSI0 R17 AUD_DAT_MISO1 R16 AUD_CLK_MISO M14 AUD_SYNC_MOSI T16 AUD_SYNC_MISO K5 AU_VIN1_P J4 AU_VIN2_P K3 AU_VIN0_P L5 AU_VIN1_N J5 AU_VIN2_N K4 AU_VIN0_N J1 HP_EINT M4 ACCDET J2 AU_HPL G3 AU_HPR H3 AU_REFN F4 AU_LOLP F3 AU_LOLN G6 AU_HSP G5 AU_HSN D1 AU_V18N F1 FLYP E2 FLYN G2 AVDD18_AUD F2 AVSS18_AUD K1 AVDD28_AUD H5 AVSS28_AUD L3 AU_MICBIAS0 M3 AU_MICBIAS1 U2001-D SH2301 C2303 1.0uF C2302 1.0uF C2307 4.7uF C2306 4.7uF C2304 1.0uF SH2302 R10 NF R17 NF GND GND GND VAUD28_PMU AU_MICBIAS0 AU_MICBIAS1 VIO18_PMU AUD_CLK_MISO AUD_DAT_MISO0 AUD_DAT_MISO1 AUD_SYNC_MISO AUD_CLK_MOSI AUD_DAT_MOSI0 AUD_DAT_MOSI1 AUD_SYNC_MOSI AU_HPL AU_VIN0_P AU_VIN0_N AU_VIN2_P AU_VIN2_N AU_VIN1_P AU_VIN1_N AU_LOLP AU_LOLN AU_HSP AU_HSN ACCDET HP_EINT AU_HPR AU_REFN AVSS28_AUD FLYP FLYN GND GND
Title Size Date: Sheet of MTK Confidential 14 25_POWER_SubPMIC-General 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 1 0 V AGND Internal Pwr MT6371 CTRL I/F E8 CHG_QONB H8 MRSTB J6 IRQB B8 PD_IRQB E9 CHG_ENB D8 CHG_OTG F8 CHG_DSEL A5 D+ A4 D- J8 SCL J9 SDA C10 BL_VDDA K10 DB_VDDA K9 VDDM J10 VDDA E5 AGND E6 AGND E7 AGND F5 AGND F6 AGND F7 AGND G5 AGND G6 AGND G7 AGND G9 AGND U2501-A C2502 1.0uF R2501 10K C2503 1.0uF C2501 1.0uF C2504 1.0uF R20 0 GND GND GND GND GND EINT_CHG_0 SCL5 SDA5 GPIO_CHG_EN_0 P W R K E Y WATCHDOG
Title Size Date: Sheet of MTK Confidential 15 26_POWER_SubPMIC-Charger + PP 34 A1 Thursday, November 02, 2017 Note: 26-1 Schematic design notice of "26_POWER_MT6370-Charger + PP" page. Note 26-1: For better ESD or surge performance we need choose suitable device for system protection. Please refer to [Surge device selection guide V2.0] provide by MTK. 1 5 698欧姆,1%精度 47nf 25V OVP 25V 25V BATTERY CONNECTOR Kelvin connection Rfg > 0.5W0.005欧姆 客户需求：10V 金属薄膜电阻 16.9K 1%精度 1%精度 1%精度 C2607 2.2uF R2606 62 C2601 2.2uF C2602 4.7uF R2710 NF PL2601 1.0uH PP+VSYS CHG MT6371 E4 OVP_CTRL A1 CHG_VIN A2 CHG_VIN A3 CHG_VIN D1 CHG_PGND D2 CHG_PGND D3 CHG_PGND E2 VBUS B9 PD_VCONN5V C9 PD_CC1 A9 PD_CC2 C8 CHG_ILIM G4 CHG_STAT F4 NC B1 CHG_VMID B2 CHG_VMID B3 CHG_VMID G1 VBAT G2 VBAT H1 VBAT H2 VBAT D5 VBATS D4 CHG_BOOT C1 CHG_VLX C2 CHG_VLX C3 CHG_VLX F1 VSYS F2 VSYS E1 VSYS E3 CHG_VDDP F3 CHG_VBATOVPB J3 TS U2501-B C2604 47PF R2709 NF C2605 22uF C2603 10uF C1310 0.1uF 25V C1311 1.0uF A1 OUT A2 OUT A3 GND B1 OUT B2 IN B3 GND C1 IN C2 IN C3 GND U1303 R1330 47K ESD2 TVS0001 SH3 TVS3 TVS4 C38 NF R12 0.01 SH2 C0502 NF C0501 4.7uF TP19 TP-1.0MM SH1 TP18 TP-1.0MM TP22 TP-1.0MM C28 27PF TVS0005 C95 27PF R45 1K R18 15K R11 1K TP20 TP-1.0MM R1 10K 1 TP12 TP-1.0MM 1 2 3 4 5 6 7 8 9 10 11 12 J 0 0 0 2 BTB-5050040810 2 1 TVS7 GND GND GND VBUS GND VSYS GND GND VBAT PWR_SUBPMIC_VCHG_VMID GND GND VBUS_USB_IN VBUS GND VBAT GND CS_P CS_N BATON GND AUX_IN3_BATTERY_ID TREF_PMU GND GND GND GND GND GND VIO18_PMU
Title Size Date: Sheet of MTK Confidential 34 27_POWER_SubPMIC-HV powers 16 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 25V NC 电容耐压值50V 电容耐压值10V 电容耐压值10V 电容耐压值10V Schematic design notice of "27_POWER_SubPMIC-HV powers" page: Note 27-1: To minimize RF de-sense, it is recommended to reserve 0-ohm and 0402 cap for BOM fine tuning. Note: 27-1 Note 27-2: To minimize RF de-sense, it is recommended to reserve 0-ohm and 0201 cap. for BOM fine tuning. Note 27-3: C2705 could be replaced with C / 1 / uF / 50V + C / 1 / uF / 50V Note: 27-1 Note: 27-3 Note: 27-2 Note: 27-2 0806测试暂时省掉 电容耐压值10V Murata 22BM1HC2250L 最小电流确认 电感大小确认 PL2702 2.2uH PL2701 10uH C2701 2.2uF C2710 10uF C2709 10uF C2708 10uF LED ISINK LDO Display Bias BL MT6371 FLASH LED C6 FL_VINTORCH A7 FL_LEDCS1 A6 FL_LEDCS2 B4 FL_VMID B5 FL_VMID B6 FL_VMID D7 FL_TORCH D6 FL_STROBE G8 FL_TXMASK A10 BL_VLX D9 BL_VOUT B10 BL_PGND D10 BL_LED1 E10 BL_LED2 F10 BL_LED3 G10 BL_LED4 H9 BL_PWM H10 BL_EN K7 DB_POSVLX K8 DB_POSPGND K5 DB_POSVOUT K6 DB_BSTVOUT K4 DB_NEGCF1 K2 DB_NEGCF2 K1 DB_NEGVOUT K3 DB_NEGPGND H7 DB_ENP H6 DB_ENN J2 LDO_VIN J1 LDO_VOUT H5 RGB_ISINK1 J5 RGB_ISINK2 J4 RGB_ISINK3 H4 RGB_ISINK4 U2501-C C2704 22uF C2703 4.7uF D2701 C2705 2.2uF C2706 4.7uF C2711 22PF C2707 10uF R38 0 R39 NF R 2 7 0 6 0 C10 2.2uF C2 2.2uF VSYS PWR_SUBPMIC_VCHG_VMID GND GND GND GND GND GND GND GND VSYS GND FLASH_LED1 FLASH_LED2 LCM_LEDA D I S P ︳ P W M LCM_LEDK_1 LCM_LEDK_2 LCM_AVDD LCM_AVEE PWR_SUBPMIC_DB_BSTVOUT L C M ︳ L E D ︳ P W M GND GND VSYS F P ︳ M T 6 3 7 1 ︳ 2 V 8 GND
0 . 5 V * ︵ 1 + R 2 8 2 0 / R 2 8 2 1 ︶ 1.2V LDO for VA12 LDO for VCN33 Please check MT67xx QVL 28K 1%精度 Suggest trace width > 12 mil Suggest trace width > 12 mil 1.35V Ext. Bulk for VS2 0.6V x (1+R1/R2) Suggest trace width > 40 mil Suggest trace width > 25 mil Note: 28-2 2 5 5 K 1 % 1%精度 Note 28-1: Schematic design notice of "28_POWER_ThirdParty-Power" VA12 Layout placement please close to AP Note 28-2: VS2 Buck Layout placement please close to PMIC MT6357 Note 28-3: VCN33 LDO Layout placement please close to MT6631 2 0 0 K 1 % R2820 20K R 2 8 2 1 20K C2624 10uF C2631 1.0uF C2632 4.7uF A1 VOUT B1 ADJ A2 VIN B2 EN C1 GND C2 BIAS U2806 C2833 10uF R2816 200 PL2803 1.0uH R2817 220K 6 LX 2 FB 4 VOUT 7 VIN 3 AGND 8 PGOOD 1 EN 5 PGND U2803 C2817 10uF C2831 100nF C2816 10uF TP2 TP-0.5MM R 2 8 0 1 1K GND VSYS GND GND V A 1 2 ︳ P M U GND V S 2 ︳ P M U GND EXT_PMIC_EN2 VS1_PMU GND GND GND VSYS GND GND GND EXT_VS2 EXT_VS2_FB
Thursday, November 02, 2017 A1 34 31_RF_MT6177_Pin_Out 18 MTK Confidential of Sheet Date: Size Title 5 4 3 2 1 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 T h e l i n e a r d e t e c t i o n r a n g e i s 0 ~ - 3 9 d B m , coupling factor is 22~27dB. No Connection, for PN test For phone, remove 0R to avoid low slew rate. For EVB, put test point. 6dB Attenuator Power domain of MT6177M 4.7uF close to RFIC for better Ripple Performance C3102 0.1uF C3103 0.1uF C3104 0.1uF C3105 0.1uF C3106 0.1uF 1 2 R3116 2K C3101 0.01uF C3145 4.7uF C 3 1 1 3 4.7uF 1 2 R3121 0 1 2 R3117 0 1 2 R3115 0 XO DRX TXO PRX BSI PRX(I/Q) TX(I/Q) MT6177M DRX(I/Q) DET(I/Q) J3 RX2_BBIP G4 EN_BB G1 RCAL L2 XO_IN L1 VIO J4 RX2_BBIN L4 RX2_BBQP K4 RX2_BBQN B7 PRX3 H1 BSI_EN K1 BSI_CLK H2 BSI_D0 J1 BSI_D1 J2 BSI_D2 L5 RX1_BBIP K5 RX1_BBIN J6 RX1_BBQP J5 RX1_BBQN H12 TX_BBIP J12 TX_BBIN L12 TX_BBQP K12 TX_BBQN K2 GND L9 DET_IP K9 DET_IN K7 DET_QP K8 DET_QN A7 PRX4 B6 PRX5 A5 PRX6 B5 PRX7 B4 SWHB B3 SWLB A2 DRX1 A1 DRX2 B2 DRX3 B1 DRX4 C2 DRX5 D1 DRX6 D2 DRX7 E1 DRX8 D12 TXO1 C12 TXO2 A12 TXO3(2G) A10 TXO4(2G) C11 TXO5 A4 PRX8 B10 TX_GND C10 TX_GND D10 TX_GND D11 TX_GND F10 STX_MON L7 TXDET1 G2 VDD_RXHF E3 VDD_RXLV J10 VDD_STXHF L11 VDD_STXLV F12 VDD_TXHF C3 GND D3 GND F3 GND G3 GND H3 GND C4 GND D4 GND E4 GND F4 GND H4 GND C5 GND E5 GND F5 GND G5 GND H5 GND C6 GND D5 GND D6 GND E6 GND F6 GND G6 GND H6 GND C7 GND D7 GND E7 GND F7 GND G7 GND H7 GND J7 GND C8 GND D8 GND E8 GND F8 GND G8 GND H8 GND J8 GND B9 GND C9 GND D9 GND E9 GND F9 GND G9 GND H9 GND J9 GND E10 GND G10 GND H10 GND K10 GND L10 GND E11 GND F11 GND G11 GND H11 GND J11 GND K11 GND E12 GND G12 GND A8 PRX2 B8 PRX1 E2 DRX9 F2 DRX10 B12 TX_GND U3101 RF-TR-MT6177M R3112 300 R3123 300 R3210 18 GND GND GND RF_HB_TX_RFIC RF_MB_TX_RFIC RF_MB1_TX_RFIC RF_LB1_TX_RFIC RF_LB_TX_RFIC LTE_DRX_BB0_IP LTE_DRX_BB0_IN LTE_DRX_BB0_QP LTE_DRX_BB0_QN LTE_PRX_BB0_IP LTE_PRX_BB0_IN LTE_PRX_BB0_QP LTE_PRX_BB0_QN LTE_TX_BB0_IP LTE_TX_BB0_IN LTE_TX_BB0_QP LTE_TX_BB0_QN LTE_DET_BB0_IP LTE_DET_BB0_IN LTE_DET_BB0_QP LTE_DET_BB0_QN RFIC0_BSI_D1 RFIC0_BSI_D0 RFIC0_BSI_CK RFIC0_BSI_EN RF_MB1_TX_RFIC RFIC0_BSI_EN RFIC0_BSI_D0 RFIC0_BSI_CK RF_MB_TX_RFIC RF_HB_TX_RFIC RFIC0_BSI_D1 RF_LB1_TX_RFIC LTE_PRX_BB0_QP LTE_PRX_BB0_IN LTE_PRX_BB0_IP LTE_DET_BB0_QP LTE_DET_BB0_IN LTE_DET_BB0_IP LTE_TX_BB0_QN LTE_TX_BB0_QP LTE_TX_BB0_IN LTE_DRX_BB0_IP LTE_DET_BB0_QN LTE_DRX_BB0_QN LTE_DRX_BB0_QP LTE_DRX_BB0_IN LTE_TX_BB0_IP LTE_PRX_BB0_QN GND VRF18_RFIC VRF18_RFIC GND VRF12_RFIC GND VRF18_RFIC GND VRF12_RFIC GND VRF18_RFIC VRF12_RFIC VRF18_RFIC VRF18_RFIC VRF12_RFIC VIO18_RFIC GND GND SRCLKENA1 RFIC_CLK_CELL GND GND RF_TXDET N58683668 VIO18_RFIC VIO18_PMU VIO18_RFIC VRF18_RFIC VRF18_PMU VRF12_RFIC VRF12_PMU GND GND RF_LB_TX_RFIC RF_B20B28_PRX_RFIC RF_B34B39_PRX_RFIC RF_B38B41_DRX_RFIC RF_B3_DRX_RFIC RF_B34B39_DRX_RFIC RF_B1B4_DRX_RFIC RF_B7_DRX_RFIC RF_B8_DRX_RFIC RF_B5_DRX_RFIC RF_B40_DRX_RFIC RF_B20B28_DRX_RFIC RF_B2_DRX_RFIC RF_B5_PRX_RFIC RF_B2_PRX_RFIC RF_B1B4_PRX_RFIC RF_B40_PRX_RFIC RF_B7_PRX_RFIC RF_B3_PRX_RFIC RF_B8_PRX_RFIC RF_B38B41_PRX_RFIC
Power Net Connection Note: Reserve at least one tuning cap. For PMIC VPA total cap requirement, the total cap at RF side should be in 6.2uF +/-5%. 50mil From PMIC VBAT to TXM V28 to FEM 80mil 8mil 8mil B 3 T X Note: Use 0603 for lower Capacitance drop 3/4G_PAIN_MB 3/4G_PAIN_LB 4G PA input need LPF for harmonic rejection B7 TX B20_B28A TX B 3 4 B 3 9 T X B 2 T X B 1 T X B40 TRX 50mil 50mil 10mil B a n d 4 1 B 8 T X B 5 T X B 4 T X B28B TX 3/4G_PAIN_HB C3222 100PF C3264 33PF C3263 33PF 1 2 C3258 12pF 1 2 C3255 12pF 1 2 C3254 NF 1 2 C3256 NF 1 2 C3259 NF 1 2 C3257 NF 1 UNBL1 2 GND 3 GND 4 UNBL2 5 GND U3241 1 2 C3204 12pF L3204 NF 1 2 C3207 12pF 1 2 C3213 12pF 1 2 C3206 NF 1 2 C3208 NF L3201 NF L3202 NF 4 UNBAL2 2 GND 5 GND 3 GND 1 UNBAL1 U3240 C3202 12pF C3203 NF C3201 NF R3217 0 C3215 NF 1 2 L3207 NF L3211 3.3NH C3218 NF C3219 NF L3213 3.3NH C3221 NF C3210 NF R3202 0 C3223 NF C3224 NF C3249 4.7PF L3241 7.5NH 1 2 L3242 NF C3214 NF L3205 2.7nH 1 2 L3208 NF R3219 0 1 2 C3261 12pF L3235 NF 1 2 C3260 12pF L3233 NF 1 2 C3211 100PF 1 2 C3236 100PF 1 2 C3238 100PF R3233 0 R3201 0 1 2 C3267 1.0uF 1 2 C3270 1.0uF 1 2 C3229 NC 1 2 C3131 NF 1 2 C3232 1.5PF 1 2 C3240 NF 1 2 C3241 2.2PF 1 2 C3244 NF 1 2 C3248 NF C3245 3.3PF C3246 3.3PF L3215 9.1nH C3247 22PF 1 2 C3278 33PF 1 2 C3243 1.0PF 1 2 C3242 1.0PF L3222 4.7nH R3203 0 R3205 0 1 2 C3269 27PF 1 2 C3271 27PF 1 2 C3266 8.2pF 1 2 C3233 1.0PF 1 2 C3226 1.0PF L32006 4.3nH 2 1 TVS3201 C3237 0.1uF C3227 4.7uF L/M/H PA 1 GND 2 GND 3 RFIN_H 4 NC 5 SDATA 6 SCLK 7 VIO 8 VBATT 9 NC 10 NC 11 NC 12 RFIN_M 13 RFIN_L 14 RFIN_VL 15 GND 16 LB4 17 LB3 18 LB2 19 LB1 20 LB5 21 MB1 22 GND 23 MB2 24 GND 25 MB3 26 MB4 27 GND 28 VCC2_2 29 VCC1 30 VCC2 31 GND 32 GND 33 HB1 34 GND 35 HB2 36 GND 37 HB3 38 GND 39 GND 40 GND 41 HBRX1 42 HBRX2 43 GND 44 GND 45 GND 46 GND 47 GND 48 GND 49 GND 50 GND U3201 RF-PA-SKY77638-11 1 IN/OUT 2 GND 3 IN/OUT 4 GND U3239 1 2 C3228 0.47UF 1 2 C3234 0.47UF 1 2 C3239 0.47UF R3212 0 R3207 0 1 2 C3230 4.7uF 1 2 C3225 1nF 1 2 C3205 3.9PF 1 2 L3203 5.6NH C3209 NF L3216 NF L3212 NF R3206 0 1 2 C 3 2 1 2 NF LTE_VFE28 VFE28_PMU LTE_VMIPI GND VPA_PMU VIO18_PMU VPA_VCC2 VBAT VPA_VCC2 VPA_VCC1 R F ︳ M B ︳ T X ︳ R F I C MIPI1_SCLK MIPI1_SDATA RF_B41_TRX_TXM RF_B40_TRX_TXM R F ︳ B 7 ︳ P A ︳ D P X RF_B3_PA_DPX RF_B20B28A_PA_DPX RF_B8_PA_DPX RF_B5_PA_DPX RF_B2_PA_DPX RF_B1_PA_DPX RF_B4_PA_DPX RF_B34B39_PA_TXM VPA_VCC1 VPA_VCC2 RF_B40_PRX_RFIC RF_B38B41_PRX_RFIC RF_LB_TX_RFIC LTE_VMIPI RF_HB_TX_RFIC GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND R F ︳ B 2 8 B ︳ P A ︳ D P X GND GND GND
Title Size Date: Sheet of MTK Confidential 34 33_RF_MT6177_RF_PRX 20 A1 Thursday, November 02, 2017 1 H M L B ︳ P r i m a r y - A N T B 3 4 B 3 9 P R X High pass filter for G8 Tx in G7 Rx band noise rejection 2G_PAIN_HB 2G_PAIN_LB Band Pass Filter for SAWless Application. Band4 Band5 Band3 Band1 Band8 Band7 Band2 Band28A&B20兼容 Band28B Band20&Band28 C3315 33PF R3409 0 L3416 2.7nH 1 2 L3415 NF C3414 12pF 1 2 L3417 NF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3307 1 2 L3301 NF C3319 12pF R3406 0 L3407 3.3NH L3409 9.1nH 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3303 L3408 NF 1 2 C 3 4 0 6 22PF 1 2 C3334 22PF L3310 NF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3304 R3422 4.7PF L3431 NF L3432 2.0NH C3335 NF 1 2 C3338 22PF R3301 4.7PF L3401 NF L3402 2.0NH 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3301 C3402 NF 1 2 C3339 100PF R3323 0 L3404 2.0NH L3405 NF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3302 SAYEY1G88BA0B0A C3405 NF 1 2 C3442 100PF C3327 NF 1 2 C3328 22PF 1 2 C3340 22PF 1 2 L3411 NF R3408 0 C3411 NF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3305 1 2 L3412 NF 1 2 C3331 33PF C3332 NF C3333 100PF 1 2 L3419 NF 1 2 L3420 7.5NH R3411 0 3 TX 6 ANT 2 GND 4 GND 1 RX 5 GND 7 GND 8 GND U3308 C3417 100PF C3416 NF C3341 NF 1 2 C3342 33PF 1 2 C3441 100PF L3433 NF R3420 0 L3435 NF L3309 NF 1 2 C3329 22PF 1 IN 2 OUT J3301 L3102 NF L3101 NF I-PEX 第五代 极性标识 信号端 1 GND 2 I/O 3 GND 4 GND U3309 RF-ANT-I-PEX-MHF5 L3330 68nH C3336 33PF R3325 10K 1 2 C3337 100PF R3326 100K R3310 0 1 2 C3301 33PF 1 2 C3307 10PF 1 2 C3308 1nF 1 2 C3305 10uF 2 1 TVS3301 1 2 R3900 6.98K 1 2 C3312 220pF 1 2 C3313 1000PF 1 2 C3303 18PF 1 2 C3316 18PF R3311 0 R3312 0 C3317 22PF R3305 NF R3306 NF C3318 33PF C3314 NF R3352 0 C3311 NF R3302 0 高通专用 1 LB-SWOUT 2 LB-IN 3 HB-IN 4 HB-SWOUT 5 SCLK 6 SDATA 7 VIO 8 VRAMP 9 VCC 10 VBATT 11 GND 12 GND 13 GND 14 GND 15 GND 16 GND 17 CPL 18 GND 19 NC 20 GND 21 GND 22 ANT 23 GND 24 NC 25 NC 26 NC 27 TRX10 28 TRX9 29 TRX8 30 TRX7 31 TRX6 32 TRX5 33 TRX4 34 TRX3 35 TRX2 36 TRX1 37 NC 38 GND 39 GND 40 GND 41 GND 42 GND 43 GND 44 GND 45 GND 46 GND 47 GND U3310 RF-TR-SKY77912-61 1 2 C3437 100PF 1 2 C3436 100PF L3438 NF 1 RF2 2 GND 3 RF1 4 VDD 5 ANT 6 V1 U3311 1 IN/OUT 2 GND 3 IN/OUT 4 GND U3339 L3436 3.3NH 1 2 C3310 33PF R3309 0 R3308 0 R3320 4.7PF L3306 NF L3307 2.0NH C3321 NF 1 2 C3322 22PF R3317 4.7PF L3305 2.0NH C3324 NF 1 2 C3323 100PF 1 2 C3326 22PF 1 2 C3325 100PF L3308 NF 1 RF2 2 GND 3 RF1 4 VDD 5 ANT 6 V1 U3313 1 RF2 2 GND 3 RF1 4 VDD 5 RFC 6 CTRL U3312 R3316 0 L3303 NF 1 2 C3320 100PF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U2028 SFX718DYJ02 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3328 SFX733DYJ02 R3322 0 R3336 0 L3313 NF L3319 NF 1 2 C3345 22PF 1 2 C3346 22PF 1 2 C3306 10uF R3328 0 L3304 NF L3312 68nH 1 2 C3343 33PF 1 2 C4327 100PF C3348 33PF R3315 0 R3319 0 C3349 33PF 8 RF4 3 GND 2 RF3 1 GND 7 GND 9 CTL 10 VDD 5 GND 4 RF1 6 RF2 U1 RF-DPDT-QM11022 VBAT RF_MB1_TX_RFIC RF_B8_TRX_TXM RF_B2_TRX_TXM RF_B7_TRX_TXM RF_B1_TRX_TXM RF_B5_TRX_TXM RF_B3439_PRX_TXM RF_B34B39_PA_TXM RF_B41_TRX_TXM RF_B40_TRX_TXM RF_B7_PRX_RFIC RF_B7_PA_DPX RF_B7_TRX_TXM RF_B3_PA_DPX RF_B3_TRX_TXM RF_B3_PRX_RFIC RF_B4_PA_DPX RF_B4_TRX_TXM RF_B1_PA_DPX RF_B1_TRX_TXM RF_B2_PA_DPX RF_B2_TRX_TXM RF_B1B4_PRX_RFIC RF_B2_PRX_RFIC RF_B5_TRX_TXM R F ︳ B 5 ︳ P A ︳ D P X RF_B8_TRX_TXM RF_B8_PA_DPX RF_B3439_PRX_TXM R F ︳ B 3 4 B 3 9 ︳ P R X ︳ R F I C RF_B8_PRX_RFIC RF_B5_PRX_RFIC GND LTE_VMIPI BPI_BUS15 APC1 MIPI0_SDATA MIPI0_SCLK RF_LB1_TX_RFIC LTE_VMIPI RF_TXDET RF_B3_TRX_TXM BPI_BUS0 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND LTE_VFE28 RF_B4_TRX_TXM RF_B20B28_TRX_TXM RF_B20B28A_PA_DPX RF_B20B28_PRX_RFIC LTE_VFE28 BPI_BUS1 GND RF_B20B28_TRX_TXM LTE_VFE28 BPI_BUS2 RF_B28B_PA_DPX GND GND GND GND GND GND LTE_VFE28 RF_ANT_TRX_SWITCH_3 RF_ANT_TRX_SWITCH_2 BPI_BUS9 GND
Title Size Date: Sheet of MTK Confidential 21 34_RF_MT6177_RF_DRX 34 A1 Thursday, November 02, 2017 1 B 5 D R X B 3 D R X B 3 4 B 3 9 D R X B 7 D R X B 4 0 D R X B 3 8 B 4 1 D R X B 1 / 4 D R X B40 Band20/B28 B a n d 8 B 2 D R X 1 2 C3471 100PF L3421 NF 1 IN 2 OUT J3401 RF-SWITCH-818000291 L3422 NF 1 J5 1 J4 1 RF1 2 RF2 3 GND 4 VDD 5 VC1 6 VC2 7 GND 8 RF4 9 RF3 10 RFC U3411 C3472 NF C3473 NF C3474 NF C3475 NF R3424 0 C3476 NF C3477 NF 1 TP34 TP-0.5MM 1 TP35 TP-0.5MM 1 J7 R3425 0 R3426 0 L3410 0 L3439 0 R3427 0 R3428 0 1 2 C3505 33PF C3478 22PF L3601 2.7nH C3479 NF 4 UNBAL2 2 GND 5 GND 3 GND 1 UNBAL1 U3401 1 2 C3607 33PF C3608 NF C3609 33PF R3607 NF 1 IN 2 GND 3 GND 4 OUT 5 GND U3403 RF-SAW-SFHG42CA002 1 2 C3613 33PF C3614 NF R3609 NF C3623 22PF 4 UNBAL2 2 GND 5 GND 3 GND 1 UNBAL1 U3440 1 IN 2 GND 3 GND 4 OUT 5 GND U3405 RF-SAW-SAFFB881MAN0F0A 1 2 C3611 33PF L3609 3.9nH C3620 33PF L3620 4.7nH 4 UNBAL2 2 GND 5 GND 3 GND 1 UNBAL1 U3420 SFH806BA002 1 2 C3638 33PF C3639 NF C3622 100PF 1 2 L3603 NF C3618 33PF 4 UNBAL_P1 1 UNBAL_P0 2 GND0 3 GND1 5 GND2 U3408 SAFFB942MAN0F0A 1 2 L3418 NF R3605 33PF R3616 NF C3330 NF 1 2 L3336 NF L3605 5.1NH C3480 22PF L3606 5.1NH C3624 22PF 2 G 1 IN 3 GND 4 OUT 5 G U3407 L3623 5.1NH C3635 22PF L3624 5.1NH C3625 22PF 1 UNBL1 2 GND 3 GND 4 UNBL2 5 GND U3441 RF-SAW-SAFFB2G60AA0F0A 1 2 C3481 33PF C3482 NF 1 2 C3483 33PF 1 2 C3484 33PF C3485 NF C3487 NF C3488 NF C3489 NF C3490 NF R3429 NF C3491 33PF C3433 33PF C3493 33PF R3430 NF C3494 33PF 1 2 C3496 10PF 1 2 C3497 10PF 1 2 C3498 10PF 1 2 L3413 NF R3431 NF C3409 33PF C3410 33PF 1 UNBL1 2 GND 3 GND 4 UNBL2 5 GND U3402 RF-SAW-SAFFB1G96AB0F0A 1 2 C3426 33PF C3425 NF R3432 NF 1 2 C3415 33PF C3413 33PF R3433 NF 1 NC 2 RX10 3 RX9 4 RX8 5 RX7 6 RX6 7 GND 8 GND 9 ANT 10 GND 11 RX5 12 RX4 13 RX3 14 RX2 15 RX1 16 GND 17 VDD 18 VIO 19 SDATA 20 SCLK 21 GND U3410 1 2 C3502 0.01uF 1 2 C3503 33PF 1 2 C3504 33PF 1 J6 R3436 0 1 IN/OUT 2 GND 3 IN/OUT 4 GND U3439 R3414 0 1 NC 2 GND 3 NC 4 OUT 5 GND 6 IN U3421 RF-BAND-LF1005_N1R9NBAT/LF C3422 NF C3424 100PF 1 2 C3421 33PF C3423 NF 1 2 C3420 33PF R3434 0 1 2 C3444 33PF 1 2 C3456 33PF BPI_BUS4 BPI_BUS3 GND GND RF_B40_DRX_SWITCH RF_B3_DRX_SWITCH R F ︳ B 5 ︳ D R X ︳ S W I T C H RF_B20B28_DRX_SWITCH R F ︳ B 1 B 4 ︳ D R X ︳ S W I T C H RF_B8_DRX_SWITCH R F ︳ B 7 ︳ D R X ︳ S W I T C H RF_B41_DRX_SWITCH R F ︳ B 3 4 B 3 9 ︳ D R X ︳ S W I T C H R F ︳ B 3 8 B 4 1 ︳ D R X ︳ R F I C R F ︳ B 4 0 ︳ D R X ︳ R F I C R F ︳ B 7 ︳ D R X ︳ R F I C RF_B5_DRX_RFIC R F ︳ B 1 B 4 ︳ D R X ︳ R F I C R F ︳ B 3 ︳ D R X ︳ R F I C R F ︳ B 3 4 B 3 9 ︳ D R X ︳ R F I C R F ︳ B 8 ︳ D R F ︳ B 2 0 M I P I 3 ︳ S C L K M I P I 3 ︳ S D A T A R F ︳ B 1 B 4 ︳ D R X ︳ S W I T C H RF_B41_DRX_SWITCH RF_B34B39_DRX_SWITCH RF_B5_DRX_SWITCH RF_B20B28_DRX_SWITCH R F ︳ B 8 ︳ D R X ︳ S W I T C H R F ︳ B 4 0 ︳ D R X ︳ S W I T C H R F ︳ B 3 ︳ D R X ︳ S W I T C H R F ︳ B 2 ︳ D R X ︳ S W I T C H RF_B7_DRX_SWITCH RF_B2_DRX_SWITCH RF_B2_DRX_RFIC GND GND GND GND LTE_VFE28 LTE_VFE28 LTE_VMIPI GND RF_ANT_TRX_SWITCH_2 RF_ANT_TRX_SWITCH_3
eMMC+LPDDR3 Close to eMCP A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note: 44-2 Note 44-4: Note 44-3: Please refer to eMCP vendor's datasheet or MTK common design notice to get the recommendation bypass cap. value for VCC/VCCQ/VDDI power domains of eMMC. Note 44-2: DRAM ZQx resistor = 240ohm (1%) that must be connected to GND Note 44-1: Schematic design notice of "44_Memory_eMMC_LPDDR3" Please refer to power supply related page select VDRAM1 output voltage properly for LPDDR3 VDD2 VDDQ VDDCA decoupling cap: closed to DRAM ball. For other cap for PMIC [>10uF, at PMIC page]: please also refer to MMD and layout guide for placement. Note: 44-1 Note: 44-4 Note: 44-3 Note: 44-3 1%精度 C4027 100nF C4022 100nF C4014 2.2uF C4001 100nF R4005 240 C4023 100nF C4007 2.2uF C4002 100nF R4004 240 Power eMMC LP-DDR3 F12 DQ31 F10 DQ29 G10 DQ26 F13 VSSQ H13 DQ25 G11 VSSQ G2 ZQ0 F11 DQ30 G12 DQ27 H10 VSSQ H2 CA9 J2 CA8 G13 DQ28 H11 DQ24 J12 DQ15 J8 VSSQ K3 CA6 J3 CA7 J13 VSSQ L13 DQ11 K11 DQ13 K13 DQ14 L11 DQ12 L3 CA5 N12 DQ8 M13 DQ9 M11 DQ10 K8 VSSQ K9 VSSQ T11 DQ5 T13 DQ6 R12 DQ7 L10 VSSQ V3 CA4 W3 CA3 W2 CA2 L12 VSSQ U13 DQ4 V13 DQ2 V11 DQ1 U11 DQ3 Y3 CA1 AA13 DQ19 Y11 DQ23 W12 DQ0 M8 VSSQ Y2 CA0 AB11 DQ17 AA12 DQ20 N13 VSSQ P9 VSSQ Y13 DQ22 R13 VSSQ AB12 DQ16 AB10 DQ18 AA10 DQ21 N2 VDDCA U2 VDDCA F9 VDD1 L8 VDDQ P11 VDD2 L9 VDDQ N5 VDD2 N11 VDDQ J11 VDDQ M10 VDDQ G9 VDDQ G5 VDD1 R5 VDD2 R11 VDDQ F4 VDD1 P8 VDD2 H12 VDDQ K10 VDDQ K12 VDDQ M5 VDD2 T10 VDDQ K2 VDDCA M12 VDDQ H8 VDDQ P5 VDD2 F3 VDD1 B3 VCC B12 VCC B13 VCC C4 VCC H4 VSSCA J4 VSSCA K4 VSSCA A3 VSSM A8 VSSM A12 VSSM B2 VSSM B7 VSSM B11 VSSM C3 VSSM C5 VSSM C8 VSSM C10 VSSM B8 CLKM C2 RST A6 CMD B4 DAT7 A5 DAT6 A10 DAT5 C9 DAT4 B5 DAT3 C6 DAT2 B10 DAT1 A9 DAT0 C12 VSSM A1 DNU A14 DNU P10 ODT AA1 DNU AA14 DNU AB1 DNU AB2 DNU AB13 DNU AB14 DNU U3 CS0# T3 CS1# T2 CKE0 R2 CKE1 P3 CLK N3 CLK# T9 DQS0 R9 DQS0# M9 DQS1 N9 DQS1# Y9 DQS2 W9 DQS2# H9 DQS3 J9 DQS3# R10 DM0 N10 DM1 W10 DM2 J10 DM3 M2 VREFCA P13 VREFDQ D8 VCC A4 VCCQ B6 VCCQ C7 VCCQ C11 VCCQ A11 VCCI B9 VCCQ C13 VSSM D7 VSSM A2 VSF A13 VSF B1 VSF B14 VSF D2 VSF D3 VSF D4 VSF D5 VSF D6 VSF AA3 VDD1 AA5 VDD1 AB3 VDD1 AB4 VDD1 AB9 VDD1 F5 VDD2 F8 VDD2 J5 VDD2 K5 VDD2 L2 VDD2 L5 VDD2 T5 VDD2 U5 VDD2 V5 VDD2 W5 VDD2 AB5 VDD2 AB8 VDD2 T12 VDDQ U8 VDDQ U9 VDDQ V10 VDDQ V12 VDDQ W11 VDDQ Y8 VDDQ Y12 VDDQ AA9 VDDQ V2 VDDCA T8 VSSQ U10 VSSQ U12 VSSQ V8 VSSQ V9 VSSQ W8 VSSQ W13 VSSQ Y10 VSSQ AA11 VSSQ F2 VSS G4 VSS G8 VSS H3 VSS H5 VSS L4 VSS M3 VSS M4 VSS N4 VSS N8 VSS P4 VSS P12 VSS R3 VSS R4 VSS R8 VSS T4 VSS Y4 VSS Y5 VSS AA2 VSS AA4 VSS AA8 VSS P2 VSSCA U4 VSSCA V4 VSSCA W4 VSSCA A7 RFU G3 ZQ1 U4102 C4006 NF C4011 100nF C4008 100nF C4012 1.0uF C4026 1.0uF C4078 22uF C4010 100nF C4024 2.2uF C113 100nF C114 100nF C4021 4.7uF GND GND VIO18_PMU VEMC_PMU GND GND GND GND VDRAM_PMU GND GND GND GND GND GND GND GND GND GND EMI0_DQS0_T EMI0_CS0_N EMI0_DQS3_T EMI0_DQS2_T EMI0_DQS1_T EMI0_DQS2_C EMI0_DQS1_C EMI0_DQS0_C EMI0_DM0 EMI0_CS1_N EMI0_DQS3_C EMI0_DM3 EMI0_DM2 EMI0_DM1 EMI0_CKE0 EMI0_CK_C EMI0_CK_T E V R E F MSDC0_CLK MSDC0_RSTB MSDC0_CMD MSDC0_DSL MSDC0_DAT7 MSDC0_DAT6 MSDC0_DAT5 MSDC0_DAT4 MSDC0_DAT3 MSDC0_DAT2 MSDC0_DAT1 MSDC0_DAT0 EMI0_DQ0 EMI0_DQ1 EMI0_DQ2 EMI0_DQ3 EMI0_DQ4 EMI0_DQ5 EMI0_DQ6 EMI0_DQ7 EMI0_DQ8 EMI0_DQ9 EMI0_DQ10 EMI0_DQ11 EMI0_DQ12 EMI0_DQ13 EMI0_DQ14 EMI0_DQ15 EMI0_DQ16 EMI0_DQ17 EMI0_DQ18 EMI0_DQ19 EMI0_DQ20 EMI0_DQ21 EMI0_DQ22 EMI0_DQ23 EMI0_DQ24 EMI0_DQ25 EMI0_DQ26 EMI0_DQ27 EMI0_DQ28 EMI0_DQ29 EMI0_DQ30 EMI0_DQ31 EMI0_CA0 EMI0_CA1 EMI0_CA2 EMI0_CA3 EMI0_CA4 EMI0_CA5 EMI0_CA6 EMI0_CA7 EMI0_CA8 EMI0_CA9 EMI0_CKE1 ZQ1 ZQ0 E V R E F E M I ︳ V D D 1 VDRAM_PMU GND GND GND
Thursday, November 02, 2017 A1 23 51_CONNECTIVITY_CONSYS (A/Ddie) 34 MTK Confidential of Sheet Date: Size Title MT6631N Close to ANT <Critical!!> 5G PCB loss is higher and trace must kept short and 50-ohm No layer transition 50 Ohm GPS xLNA Close to MT6631 50 Ohm PMIC R5016/R5017 NC, R5003/R5018 0ohm TCXO R5016/R5017 0ohm, R5003/R5018 NC A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 10nf C O ︳ P a d C O ︳ P a d C5005 100PF C5027 100nF MT6631 1 AVDD28_FSOURCE 4 CONN_TOP_CLK 6 CEXT 12 GPS_IP 10 GPS_QP 11 GPS_IN 39 GPS_RFIN 23 WF_CTRL0 34 WF_RF_5G 2 CONN_HRST_B 38 FM_LANT_P 36 AVDD28_FM 37 FM_LANT_N 9 GPS_QN 8 XO_IN 22 WF_CTRL1 21 WF_CTRL2 20 WF_IP 29 WB_VDET_2G 33 AVDD33_WBT 32 NC 25 BT_DATA 30 WIFI_AUX_2G 35 WF_AUX_5G 26 AVDD18_WBT 31 WB_RF_2G 28 WIFI_VDET_5G 24 BT_CLK 14 BT_QP 3 CONN_TOP_DATA 27 AVDD18_WBT 15 BT_IN 40 AVDD18_GPS 7 NC 5 WB_PTA 13 BT_QN 17 WF_QN 18 WF_QP 19 WF_IN 16 BT_IP 41 DVSS U5003 C4501 NF L4508 NF R4512 0 L4520 NF 1 J4501 1 J4502 R4505 0 C4506 0 R4501 0 R4511 0 C101 NF 1 WIFI 2 GND 3 GPS 4 GND 5 ANT 6 GND U5101 4 OUTPUT 2 GND 5 GND 3 GND 1 INPOUT FL5101 1 2 L4904 8.2nH L4903 NF 1 2 C4904 33PF 1 UNBL1 2 GND 3 GND 4 UNBL2 5 GND FL5103 RF-SAW-SAFFB1G58KA0F0A-A 1 GND 2 GND 3 RFIN 4 VDD 5 EN 6 RFOUT U5102 GPS-LNA-RDALN16 1 2 C4906 27PF 1 2 C4907 33PF L4901 NF L4902 NF R4905 100NH 1 2 C5009 100PF 1 2 C5006 4.7uF 1 2 C5011 0.01uF R5007 NF R5006 NF L5007 82NH 1 2 C5013 4700pF 1 2 C5017 1.0uF 1 2 C5018 100PF R5033 0 R5018 0 BEAD5001 600ohm 1 2 C5019 1.0uF 1 2 C5012 1.0uF R5008 0 R5012 0 R5005 0 1 IN 2 OUT J5101 C5110 NF C5103 NF 1 2 C5101 18PF C5102 NF R5108 NF R5122 0 C5112 NF C5113 NF C5114 NF 4 OUT 2 GND1 5 GND3 3 GND2 1 IN FL5102 1 2 J11 RF-MODULE-TEST_PHI4.0 1 J 4 5 0 3 R4502 0 R4503 0 R22 0 AVDD18_WBT VCN28_PMU FM_AVDD28 VCN18_PMU V C N 3 3 AVDD33_WBT AVDD33_WBT FM_AVDD28 GND AVDD18_WBT AVDD18_GPS GND GND F M ︳ A N T ︳ N FM_ANT_P CONN_WF_CTRL1 CONN_WF_CTRL2 CONN_BT_CLK CONN_WF_CTRL0 WF_IP WF_QP WF_IN BT_IP WF_QN BT_QP BT_IN GPS_I BT_QN GPS_Q CONN_HRST_B CONN_TOP_CLK CONN_WB_PTA CONN_TOP_DATA CONN_BT_DATA CONN_WF_CTRL0 CONN_HRST_B CONN_BT_CLK CONN_TOP_CLK CONN_BT_DATA GPS_I CONN_WF_CTRL2 WF_QP CONN_TOP_DATA BT_QP BT_IN BT_IP WF_IN WF_IP CONN_WB_PTA GPS_Q WF_QN CONN_WF_CTRL1 BT_QN G P S ︳ D I P GND GND GND GND V C N 2 8 ︳ P M U G P I O ︳ G P S ︳ L N A ︳ E N G P S ︳ D I P XIN_WBG PMIC_CLK_WCN AVDD18_GPS GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND
L-R-G-M 6mil 6mil 6mil 6mil Single via to GND plane C <= 1pF Earphone Audio Close to PMIC Close to connector Close to BB Connecting the GNDs together and then to main GND through signle via Close to IC Close to audio jack Receiver Connecting the GNDs together and then to main GND through signle via Star connection Earphone EINT Earphone DL Earphone UL Close to audio jack 10mil Earphone Microphone HPL HPR DETECTION MIC Note: 62-1 Note: 62-2 注意选型 注意选型 注意选型 注意选型 68nH?? 选择ACC MODE Note: 62-3 Note: 62-1 Note: 62-5 R6209 R6219 R6231 R6210 R6230 R6229 1uF 1uF 1K 1.5K NC 4.7uF R6225 0 ohm Key-Detection EINT HP_EINT ACC mode MT6357 DCC mode ACCDET AU_VIN1_P HP_EINT Mode Platform 0 ohm 0 ohm NC NC 2.49K 0 ohm NC R6208 47K ohm 47K ohm Note: 62-4 Part # of BEAD6202, BEAD6203, BEAD6204 and BEAD6205 needs changed to "BLM18BD102SN1" for high THD performance (-90dB) but this BOM change will results in FM RSSI 10dB degraded . Note 62-1: Schematic design notice of "62_PERI_AUDIO_IO" page. Note 62-2: Reserved Cap for CS/RS test, please double check multi-key function when used 0 ohm Earphone Jack @ Sub board Earphone Jack @ Main board R 6 2 1 3 100nF Note 62-3: Please Select ACC Mode for Operator Project to Pass Electrical MOS Test; More Information refer to Audio/Speech Design Notice Note 62-4: Note 62-5: Please select R6231 with 0402 size 15mil 15mil 15mil 15mil 3.3nf 注意选型 R6208 47K R6219 NF ESD6204 ESD6203 L6201 1000PF C6231 33PF ESD6202 C6225 100PF R6231 4.7uF ESD6214 R6207 470 BEAD6206 0 C6232 33PF SH6205 C6220 100PF C6209 3.3PF R6209 1K ESD6212 R6235 NF C6219 33PF L6203 68nH R6225 1K L6202 0 C6208 33PF R6229 1.0uF R6206 470 R6230 1.0uF BEAD6201 1800ohm BEAD6203 0 R6210 1.5K BEAD6205 0 C6221 33PF ESD6213 C6207 33PF REC2101 ESD1 R6213 0 SH5 BEAD1 0 BEAD2 0 R2101 0 R2102 0 6 5 4 3 2 1 7 C O N 6 2 0 1 AUDIO-EAR-PH92-0B22A42A SH14 C1 33PF R 6 2 0 1 0 GND GND GND GND GND GND GND GND GND GND GND AU_MICBIAS1 AU_HSP AU_HSN AU_VIN1_N AU_VIN1_P AU_HPL AU_HPR ACCDET AU_REFN HP_EINT FM_ANT_P AVSS28_AUD MIC_P GND FM_ANT_N H P ︳ L HP_GND H P ︳ R HP_DET HP_MIC HP_MIC H P ︳ R HP_DET HP_L HP_GND GND GND
Title Size Date: Sheet of MTK Confidential 25 63_PERI_AUDIO_IO2(2 AMIC) 34 A1 Thursday, November 02, 2017 Handset 2nd Microphone (Rear - DMNR), AMIC Connecting the GNDs together and then to main GND through signle via Schematic design notice of "63_PERI_AUDIO_IO" page. Note 63-1: 1 uF for ACC mode 0 ohm for DCC mode Note: 63-1 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Analog MIC Close to BB Close to MIC Refer to GUIDE1 选择ACC 模式 C29 33PF C2127 100nF C30 33PF C31 100PF C2125 220PF R2108 0 R2109 0 1 OUTPUT 2 GND 4 POWER 5 GND 6 GND 3 GND MIC2101 MIC-SPU0410LR5H-QB TVS2103 BEAD2104 1.0uF BEAD2103 1.0uF R9 0 R13 0 A U ︳ V I N 2 ︳ P A U ︳ V I N 2 ︳ N GND GND AU_MICBIAS0
Title Size Date: Sheet of MTK Confidential 26 65_PERI_SPEAKER_AMP 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 If AW8738,this cap will be 47nF 耐压值10V 型号确认 型号确认 测试器件暂时省掉 C11 33PF C2109 33PF D2 C1P C1 C1N D1 C2P B1 C2N A1 INP A2 INN A4 SHDN D3 PVDD B4 VOP D4 VON B3 VDD A3 VDD C4 GND C2 GND U2101 AUDIO-AMP-AW87318CSR C12 2.2uF C13 2.2uF C2110 4.7uF;10V C2112 4.7uF C2111 0.1uF R2105 3K R2104 3K C14 0.068uF C15 220PF R2103 100K C16 0.068uF BEAD2101 0R_220ohm BEAD2102 0R_220ohm C18 56PF S P K ︳ P S P K ︳ N G P I O ︳ S P K ︳ E N A U ︳ L O L N A U ︳ L O L P VSYS GND
Title Size Date: Sheet of MTK Confidential 27 67_PERI_LCD_CTP 34 A1 Thursday, November 02, 2017 Schematic design notice of "67_PERI_LCD_CTP" page. It is recommended to reserve common-mode choke to prevent RF de-sense, the max. cap loading of common-mode choke must be less than 3pF. Note 67-1: Note: 67-1 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note: If best EMI practices are followed for MIPI CSI/DSI signals, there is no need for common mode choke filters. You may choose to have placeholders for common mode depending upon your design constraints. Extreme care must be taken that no stubs are created by doing so. LCD 接口OK L C M I D ID0 I D 1 v e n d e r 0 1 E B B G 1 0 天马 BOE 0 0 1.8V 换0402电阻 1 2 3 4 5 6 7 8 9 10 11 12 30 29 28 27 26 25 24 23 22 21 20 19 16 17 18 15 14 13 33 34 32 31 J2302 BTBS-BB2R4-30KBJ03 C35 33PF_NF C36 27PF C37 27PF 1 2 4 3 EM2301 1 2 4 3 EM2302 1 2 4 3 EM2303 1 2 4 3 EM2304 1 2 4 3 EM2305 C32 NF C33 33PF C2351 33PF C34 2.2uF R44 0 C2350 33PF R43 0 FB1 0 R 6 7 0 1 0 C22 15PF C39 15PF LCM_LEDA LCM_LEDK_1 LCM_LEDK_2 D S I 0 ︳ D 3 N D S I 0 ︳ D 3 P D S I 0 ︳ D 2 N D S I 0 ︳ D 2 P D S I 0 ︳ C K P D S I 0 ︳ C K N D S I 0 ︳ D 1 P D S I 0 ︳ D 1 N D S I 0 ︳ D 0 P D S I 0 ︳ D 0 N LCM_RST LCM_LED_PWM LCM_ID0 L C M ︳ I D 1 GND GND DSI_TE LCM_AVEE LCM_AVDD GND GND GND GND GND GND VIO18_PMU
Schematic design notice of "69_PERI_CAMERA" page. Note 69-1: It is recommended to reserve common-mode choke to prevent RF de-sense, the max. cap loading of common-mode choke must be less than 3pF. Note 69-2: It is recommended to reserve 0-ohm for BOM fine tune to minimize RF de-sense. 供应商修改1 pin位置，需要按网络名核对 Note: 69-2 增加双摄 注意信号连接,I2C,CLK等的选用 AVDD，DVDD需要单独增加LDO 0402测试先去掉 Main Camera Note: 69-1 Note: 69-2 AF电源 0201 测试省掉 2.8V 1.2V 1.8V 2.8V 2.8V 1.2V 1.8V 测试器件暂时省掉 接口已确认OK 接口已确认OK 电源选择 FRONT_camera Note: 69-2 接口已确认OK Note: 69-1 2.8V 1.2V 1.8V 闪光灯 1 2 3 4 5 6 7 8 9 10 11 12 30 29 28 27 26 25 24 23 22 21 20 19 16 17 18 15 14 13 33 34 32 31 J2401 BTBS-5033043010 2 GND 1 OUT 4 IN 3 EN U2401 LDO-SGM2031 C2406 4.7uF C2405 1.0uF/NF C25 33PF C26 2.2uF HT1 5 6 7 8 9 10 11 12 20 19 18 17 16 15 14 13 21 22 23 24 4 3 2 1 25 26 28 27 J1 BTBS-BBR43-24KBJ03 1 2 4 3 EM5 1 2 4 3 EM6 1 2 4 3 EM7 C27 1.0uF C24 1.0uF 2 GND 1 OUT 4 IN 3 EN U2 LDO-SGM2031 C7 1.0uF/NF C9 1.0uF/NF 1 2 4 3 EM2404 1 2 4 3 EM2405 1 2 4 3 EM2406 1 2 4 3 EM2407 1 2 4 3 EM2408 C2411 2.2uF C2408 1.0uF C2410 4.7uF HT2402 C108 27PF C2450 33PF C2409 2.2uF R6 0 R 6 9 0 1 0 R6902 0 C2413 33PF C2401 2.2uF HT2401 5 6 7 8 9 10 11 12 20 19 18 17 16 15 14 13 21 22 23 24 4 3 2 1 25 26 28 27 J2402 BTBS-BBR43-24KBJ03 C2412 1.0uF 1 2 4 3 EM2403 1 2 4 3 EM2401 1 2 4 3 EM2402 C2403 1.0uF C109 4.7uF C 2 4 0 2 27PF R14 0 R15 0 1 2 D1 DIODE-LED-FLASH-LXCL-VW01-0013 1 2 D2 DIODE-LED-FLASH-LXCL-VW01-0013 C6903 33PF C6902 39PF 1 2 C6901 56PF C A M ︳ A V D D ︳ E X T V C A M A ︳ E X T ︳ E N C A M ︳ P D N 2 GND GND GND C A M ︳ C L K 2 C A M ︳ A V D D ︳ E X T V C A M D ︳ P M U ︳ E X T GND V C A M I O ︳ P M U S C L 6 SDA6 V S Y S V C A M D ︳ P M U ︳ E X T V C A M D ︳ E X T ︳ E N RCN_B RCP_B RDN2_B RDP2_B RDP0_B RDN0_B GND GND GND C A M ︳ C L K 0 GND V C A M D ︳ P M U V C A M I O ︳ P M U V C A M A ︳ B T B GND SDA2 C A M ︳ R S T 0 V L D O 2 8 ︳ P M U GND SCL2 GND V C A M A ︳ B T B V C A M A ︳ P M U R D P 1 ︳ D RDN1_D RDP0_D RDN0_D RCN_D RCP_D R D N 3 ︳ B R D P 3 ︳ B R D P 1 ︳ B R D N 1 ︳ B V S Y N C VSYNC R C N RCP C A M ︳ R S T 1 S C L 4 SDA4 RDN0 RDP0 GND GND GND C A M ︳ C L K 1 V C A M I O ︳ P M U RDP1 RDN1 V C A M D ︳ P M U V C A M A ︳ B T B GND F L A S H ︳ L E D 1 GND GND GND
Title Size Date: Sheet of MTK Confidential 29 73_PERI_VIBRATOR 34 A1 Thursday, November 02, 2017 VIBRATOR 15mil trace width A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 马达震动强弱如何控制？？ C9015 1.0uF 1 VIB301 1 VIB302 C106 27PF C107 27PF VIBR_PMU GND GND
SIM/TF card SIM1 Vout=3.0V,I-lim=1A SIM2 For internal version,R2603/R2610/R2613/R2604 can be 0Ω, R2611/R2612/R2614/R2615 can be NF, For India version,R2611/R2612/R2614/R2615 can be 0Ω,R2603/R2610/R2613/R2604 can be NF. For internal version,ONLY use J2601: For India version: Q2601 mount;R1301 NF ;R1302 100K R1301 can be 0Ω,Q2601 NF;R1302 NF NOTE: R2603/R2610/R2613/R2604 can be 0Ω, R2611/R2612/R2614/R2615 can be NF, R2611/R2612/R2614/R2615 can be 0Ω,R2603/R2610/R2613/R2604 can be NF. SD CARD Shielding connect to ground 根据主板卡座配置，决定器件 MTK平台IO不需要上拉 MTK平台IO不需要上拉 节省空间，先过VDR，后过电阻 悬空 悬空 This int should give to GPIO54/GPIO58/GPIO67 空间允许，预留测试点 常闭卡座 常闭卡座 悬空 非金属化孔 非金属化孔 C4 1.0uF 1 GATE 2 SOURCE 3 DRAIN Q2604 WPM1488-3/TR R2605 NF VR2602 VR2601 VR2603 VR2604 1 G 2 S 3 D Q2605 FET-N-2SK3541T2L R2607 NF R2 100K R2604 10 R3 10 R2610 10 R2611 10 R2612 10 R2613 0 R2614 0 R4 10 C6 4.7uF TP1 TP-0.8MM VR2615 VR2616 VR2617 VR2618 VR2619 VR2620 VR2621 R1301 0 R5 0 VR2608 VR2613 C5 1.0uF VR1 VR2 SIMB SIMA TF-PIN G2 GND G3 GND G4 GND G5 GND G6 GND G1 GND SIMA-C3 CLK SIMA-C5 GND SIMA-C1 VCC SIMB-C1 VCC SIMB-C5 GND SIMB-C6 VPP SIMB-C3 CLK G14 GND G13 GND G12 GND SIMA-C6 VPP SIMA-C2 RST SIMA-C7 I/O SIMB-C7 I/O SIMB-C2 RST G10 GND G11 GND SD-P1 DAT2 SD-P2 CT/DAT3 SD-P3 CMD SD-P4 VDD SD-P5 CLK SD-P6 VSS SD-P7 DAT0 SD-P8 DAT1 G9 GND DE_SW DET_SWITCH A1 DET/LEVER J9 SIM+SIM+T-CAF00-20137-1029 TP1109 TP-0.8MM TVS2 VR2609 10 V R 2 6 1 4 Nano--SIM C5 GND C1 VCC C6 VPP C2 RST C7 I/O C3 CLK G1 GND G2 GND G3 GND G4 GND G5 GND G6 GND G7 GND G8 GND G9 GND SW/CD SW/CD SW/GND SW/GND J10 NANO_SIM_CAF00-06133-1033 R2601 10 R2602 10 R2603 10 R2616 10 R2618 10 R2617 10 R2609 10 R2608 10 S I M 1 ︳ S I O 1 S I M 1 ︳ S R S T 1 S I M 1 ︳ S C L K 1 GND GND S I M 1 ︳ S C L K SIM1_SRST S I M 1 ︳ S I O V M C H ︳ P M U VDD_SD INT_SDCARD V M C H ︳ P M U V I O 1 8 ︳ P M U V S I M 2 ︳ P M U S I M 2 ︳ S R S T SIM2_SIO1 S I M 2 ︳ S C L K S I M 2 ︳ S C L K 1 SIM2_SRST1 SIM2_SIO S I M 2 ︳ S C L K 2 SIM2_SRST2 SIM2_VCC2 S I M 2 ︳ S I O 2 S I M 2 ︳ V C C 1 I N T ︳ S D C A R D 2 I N T ︳ S D C A R D M S D C 1 ︳ C A R D ︳ D A T 2 M S D C 1 ︳ C A R D ︳ D A T 3 M S D C 1 ︳ C A R D ︳ C M D M S D C 1 ︳ C L K M S D C 1 ︳ C A R D ︳ D A T 0 M S D C 1 ︳ C A R D ︳ D A T 1 VDD_SD GND GND M S D C 1 ︳ D A T 2 M S D C 1 ︳ D A T 3 MSDC1_CMD M S D C 1 ︳ C L K M S D C 1 ︳ D A T 0 M S D C 1 ︳ D A T 1 GND GND GND GND VSIM1_PMU VSIM1_PMU SIM1_SIO1 SIM1_SCLK1 GND UIM1_VPP SIM1_SRST1 SIM2_VCC1 UIM2_VPP SIM2_SRST1 SIM2_SIO1 SIM2_SCLK1 GND MSDC1_CARD_DAT2 MSDC1_CARD_DAT3 MSDC1_CARD_CMD VDD_SD MSDC1_CLK MSDC1_CARD_DAT0 MSDC1_CARD_DAT1 GND INT_SDCARD GND GND GND I N T ︳ S I M 2 GND S I M 2 ︳ S R S T 2 S I M 2 ︳ S C L K 2 S I M 2 ︳ V C C 2 I N T ︳ S D C A R D 2 S I M 2 ︳ S I O 2 UIM2_VPP2 GND GND GND GND GND GND GND GND GND GND
M-MIC+USB+RGB+SPK Brealdown Volt must up to 14V for fast charging application. Brealdown Volt must up to 6.5V for USB OTG application. Note 71-1: Schematic design notice of "71_PERI_USB 2.0" page. For better ESD or surge performance we need choose suitable device for system protection. Please refer to [Surge device selection guide V2.0] provide by MTK. Note: 71-1 CTP接口 电源选择是否OK？ 3.3V 1.8V 测试器件暂时省掉 Close to PMIC 主板接地弹片 TP1112 TP-0.8MM 1 TP14 TP-1.0MM TVS1902 1 2 3 4 5 6 7 8 9 10 11 12 30 29 28 27 26 25 24 23 22 21 20 19 16 17 18 15 14 13 33 34 32 31 J1901 BTBS-BB2R4-30KBJ03 C110 27PF TP15 TP-0.8MM TP16 TP-0.8MM TVS1901 TP17 TP-0.8MM TVS1903 C19 33PF C20 33PF R16 1.0uF R21 1.0uF ANT0003 C21 33PF C40 33PF VBUS_USB_IN SDA0 SCL0 USB_DM USB_DP SPK_N SPK_P A U ︳ V I N 0 ︳ P A U ︳ V I N 0 ︳ N USB_ID GND LTE_VFE28 B P I ︳ B U S 7 B P I ︳ B U S 6 EINT_CTP GPIO_CTP_RSTB V S Y S V I O 1 8 ︳ P M U A U ︳ M I C B I A S 0 GPIO_CTP_LDO_EN
Title Size Date: Sheet of MTK Confidential 34 75_PERI_KEYPAD 32 A1 Thursday, November 02, 2017 DO NOT put pull-up resistor on PWRKEY Power Key / Key Pad RAMDUMP debug key 省掉？？ Volume Up : HOME Key / GND Volume Down : KPROW0/KPCOL0 Schematic design notice of "65_PERI_Dual_SIM_ICUSB_KEYPAD" page. Note 75-2: Note 75-1: DO NOT put pull-up resistor on PWRKEY A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Volume Up Volume Down Power Key 腐蚀问题，修改侧键 下载模式注意和侧键搭配 注意HOMEKEY_SW 1 2 C8 0.1uF_NF R2703 100 R2701 100 R2702 100 1 TP23 TP-1.0MM 1 TP24 TP-1.0MM 1 TP25 TP-1.0MM 1 2 TVS2701 ESD-TVS-ESD5431R 1 2 TVS2702 ESD-TVS-ESD5431R 1 2 TVS2703 ESD-TVS-ESD5431R 1 2 3 4 5 6 7 8 9 10 J3 BTBS-BB2R4-10KBJ13-A PWRKEY KPCOL1 K P C O L 0 GND
Title Size Date: Sheet of MTK Confidential 33 77_PERI_SENSORS_MEMs_ALS/PS 34 A1 Thursday, November 02, 2017 Accerometer + Gyro Sensor CM36558 / ALPS + UV I2C address: 0X51 (Write:0xA2, Read:0xA3) ALS +UV + Proximity Senso FIFO watermark interrupt otherwise we cannot support Hifi-sensor, daydream VR. And Sensor-location accuracy will become worse. [A+G] For optmized GPS performance, please check HW design notice for Sensor selection guide Note 77-1: [M sensor] Keep a minimum distance of 15mm from power ICs / PCB traces of more than 100mA / magnet component. Check HW design notice for more detail Note 77-4: Note 77-2: [A+G] MUST use SPI for optmized sensor hub performance Note 77-3: [A+G] Suggest choose sensor support DO NOT USE i2C (Must for North America Operator / NA SKU) Note 77-5: [Baro] Reserve Baro sensor for LPPe feautre default SPI (if sensor hub support) Schematic design notice of "77_PERI_SENSORS_MEMs_ALS/PS" page. 6DSx INT1/2 default Output Low, Active high CM36558 INT default Output High, Active Low Note 77-6: DO NOT share Sensor hub i2C to other non-SCP device 1 ALS+PS+IR F o r L T R - 5 7 8 R 2 3 3 0 0 O H M F o r S T K 3 3 2 1 R 2 3 3 0 N C Replaced by fingerprint Sensor connector. follow 8996 placement INFARED LEDS 选择PWM接口 RGB G-Sensor 0201测试 AKM: AK09918 I2C address is 0x0C M-Sensor 2.8V 1.8V 测试器件暂时省掉 1 2 3 4 5 6 7 8 9 10 J2301 BTBS-BB2R4-10KBJ13-A HT2301 C2311 1.0uF 1 TP6 TP-0.5MM 1 TP7 TP-0.5MM 1 TP8 TP-0.5MM 1 TP10 TP-0.5MM 1 TP11 TP-0.5MM 1 TP13 TP-0.5MM TVS2310 TVS2311 TVS2312 TVS2313 TVS2314 C23 33PF + - D2601 TVS2604 C105 0.1uF C2505 0.1uF R7 0 C2507 0.1uF A1 VSS A2 SCL B1 VDD B2 SDA U5 1 VDD_IO 2 NC/BYP/VPP 3 NC 4 SCL/SPC 5 GND 6 SDA/SDI/SDO 7 SDO/SA0 8 CS/NC 9 INT2 10 RES/GND/NC 11 INT1 12 GND 13 ADC3/NC 14 VDD 15 ADC2/NC 16 ADC1/NC U3 SENSOR-ACCELER-LIS3DE 1 2 3 4 5 6 J 8 BTB-PAN16-06116-1001 R2304 10K C2309 1.0uF C2310 1.0uF 1 T P 7 7 0 1 TP-0.5MM 1 T P 7 7 0 2 TP-0.5MM 1 T P 7 7 0 3 TP-0.5MM 1 T P 7 7 0 4 TP-0.5MM 1 T P 7 7 0 6 TP-0.5MM 1 T P 7 7 0 5 TP-0.5MM E I N T ︳ F P ︳ N V I O 1 8 ︳ P M U S P I 1 ︳ C L K S P I 1 ︳ C S B S P I 1 ︳ M I S P I 1 ︳ M O G P I O ︳ F P ︳ R S T ︳ N F P ︳ M T 6 3 7 1 ︳ 2 V 8 VSYS I N F A R E D ︳ P W M V S Y S L E D ︳ R G B E I N T ︳ A ︳ G GND S D A 1 S C L 1 V I O 1 8 ︳ P M U S P I 4 ︳ M I S P I 4 ︳ M O S P I 4 ︳ C S B S P I 4 ︳ C L K VIO18_PMU GYRO_INT_N VIO28_PMU GND GND SCL1 E I N T ︳ A L P S VIO18_PMU GND GND SDA1 V I O 2 8 ︳ P M U VSYS
Title Size Date: Sheet of MTK Confidential 34 90_DEBUG_IO 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 PCBA AUTOMATIC TEST point Shielding Frame B B S U B - P M U R F W C N 屏蔽盖 屏蔽框 mark 点 TP29 TP-0.8MM TP30 TP-0.8MM R2902 1K R2903 1K C2901 0.01uF 1 TP103 TP-0.5MM 1 TP26 TP-0.5MM 1 TP27 TP-0.5MM 1 TP28 TP-0.5MM 1 TP31 TP-0.5MM 1 HOLE2 HOLE-VIA1.6MM 1 TP39 HOLE-VIA1.6MM 1 HOLE4 HOLE-VIA2.5MM 1 TP4 HOLE-1.2MM 1 TP32 HOLE-1.2MM 1 HOLE3 HOLE-VIA2.5MM 屏蔽框 1 P1 ICO-BOX 屏蔽框 1 P2 ICO-BOX 屏蔽框 1 P3 ICO-BOX 屏蔽框 1 P4 ICO-BOX 屏蔽框 1 P5 ICO-BOX 屏蔽框 1 P6 ICO-BOX 1 TP131 FIDUCIAL-MARK-1MM 1 TP133 FIDUCIAL-MARK-1MM 1 TP134 FIDUCIAL-MARK-1MM 1 TP132 FIDUCIAL-MARK-1MM URXD0 UTXD0 J T M S J T C K J T D O J T D I J T R S T GND

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Schematic.pdf

  • 1. Title Size Date: Sheet of MTK Confidential 34 01_Block_Diagram 1 A1 Friday, December 08, 2017 BSI ctrl AUD I/F BPI, APC RF IQ UART Debug port Audio Speech TX MT6765 (SBS) MT6177m Project : MT6765 LPDDR3 REF_SCH TOP LEVEL JTAG ABB FEM RX Main 1 ANT MSDC 4-bit micro SD + hot-plug USB 2.0 USB Type-C MSDC1 MT6357 Receiver AU_VIN0 Camera IF Camera Modules Camera (MIPI CSI) VIB eMMC MSDC0 / eMMC 32K_BB CTP controller Keypad LCD module Battery LCD IF BC1.1 I2C_2 / I2C_4 I2C RTC Headset (HPL,HPR,AU_VIN1) SPI PWRAP I/F Audio I/F BC 1.1 Bucks LDOs Vibrator MT6631 TCXO CONN ctrl Connectivity ANT LDOs RXD RxD FEM RXD ANT VSYS CONN IQ CONN IF LCD (MIPI DSI) I2C_0 I2C I2C_1 I2C SPI GPIOs SIM1 SIM1 SIM1 SIM2 SIM2 SIM2 Keypad MSDC1/SPI Pin-MUX JTAG EINT USB2.0 USB 2.0 GPIOs / EINTs WLED BST LCM's BL Flash FLASH LCM Gate Driver LCM_AVDD/AVEE Bucks SPK Driver I2C_5 ST21NFCD I2C_3 I2C DCXO / TMS I/Q 26M Charger/ SW VSYS VSYS I2C 26M_WBG 26M_WBG 26M_BB 26M_RF 26M_RF 26M_BB 26M_NFC 26M_NFC LPDDR3 EMI MT6371 I2C_6 PERIPHERAL_EN PERI. Device AU_LO MEMs & ALS/PS A B C D 5 4 3 2 1 D C B A 1 2 3 4 5
  • 2. Title Size Date: Sheet of MTK Confidential 34 02_I2C_ID_Overview 2 A1 Friday, December 08, 2017 I2C-4 400 Kbps I2C-0 Cap Touch controller Function i2C Slave Address / Write / Read (7-bit mode) I2C I2C Spec. Magnetic Sensor Pressure Sensor I2C-1 I2C Spec. : Standard mode (100 kbps) and Fast mode (400 kbps), Fast mode Plus (1 Mbps) and High-speed mode (3.4 Mbps) I2C-2 Rear Camera I2C-3 NFC Sub-PMIC Audio Smart PA I2C-6 Note : Sub SYS AP AP AP AP AP I2C-5 Front Camera Sensor Hub AP AP Part Number GT1151 0x5D Write:0xBA / Read:0xBB AK09918C 400 Kbps 0x0C Write:0x18 / Read:0x19 CM36558 400 Kbps 0x51 Write:0xA2 / Read:0xA3 BMP280 400 Kbps 0x77 Write:0xEE / Read:0xEF IMX230 400 Kbps 0x1A Write:0x34 / Read:0x35 EEPROM 400 Kbps 0x50 Write:0xA0 / Read:0xA1 AF driver 400 Kbps 0x0C Write:0x18 / Read:0x19 RT5510 400 Kbps 0x34 Write:0x68 / Read:0x69 ST21NFCD 400 Kbps 0x08 Write:0x10 / Read:0x11 S5K2T7 400 Kbps EEPROM 400 Kbps AF driver=NA 0x2D Write:0x5A / Read:0x5B 3.4 Mbps MT6371 PMU MT6371 PD 3.4 Mbps 0x34 0x4E Write:0x68 / Read:0x69 Write:0x9C / Read:0x9D (I3C) (I3C) (I3C) Ambient Light Sensor Proximity Sensor Write:0xA4 / Read:0xA5 0x52 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5
  • 3. Title Size Date: Sheet of MTK Confidential 34 05_Change_Notice 3 A1 Friday, December 08, 2017 Category Item Date 2017.11.24 (V0.1) Page 05 V0.1 Release 2017.12.7 (V0.2) Page 44 1. To enhance LPDDR3 power off sequence,change C4422 from 0.1uF to 2.2uF, and change C4423 from 0.1uF to 1uF 2. Change VDD1 power of eMCP from VIO18_PMU to EMI_VDD1, fulfilling power rail in star connection Change power of AVDD18_DDR(H21) from VIO18_PMU to EMI_VDD1, connecting EMI_VDD1 to SH2102 in star connection Page 11 Add SH2102 for star connection among EMI_VDD1, AVDD18_SOC, and VIO18_PMU Page 21 Page 51 1. Add 2nd source plan for U5004 2. Add Note 51-3 and Note 51-4 Add Note 12-5 Page 12 Page 22 1. Change C2304 from C / 1 / uF / 10V to C / 1 / uF / 6.3V 2. Change R2301 from R / 1.5 / K to R / 7.5 / K 3. Update Note 22-5 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5
  • 4. Title Size Date: Sheet of MTK Confidential 4 10_BB_ POWER_PDN 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 G P U S R A M C1062 22uF C1049 1.0uF SH1011 C1025 1.0uF C10111 10uF C1058 1.0uF C1073 NF C1026 NF C10116 100nF SH1061 C1031 1.0uF C1050 NF C1078 1.0uF C1023 1.0uF SH1012 C10118 100nF C1052 NF C1016 22uF C1061 22uF C10115 4.7uF C1067 1.0uF C1017 22uF VDDQ SRAM MODEM CORE CPU MT6765-SBS GPU MD1 H18 AVDDQ_EMI1 H11 AVDDQ_EMI0 H20 AVDD2_EMI L13 DVDD_TOP_SRAM V15 DVDD_MCUSYS_SRAM R19 DVDD_MFG_SRAM H12 AVDDQ_EMI0 H19 AVDDQ_EMI1 H10 AVDD2_EMI H13 AVDD2_EMI H17 AVDD2_EMI V12 DVDD_TOP_SRAM J21 DVDD_TOP K10 DVDD_TOP K13 DVDD_TOP K14 DVDD_TOP K17 DVDD_TOP L17 DVDD_TOP M10 DVDD_TOP M18 DVDD_TOP N17 DVDD_TOP P18 DVDD_TOP P23 DVDD_TOP R17 DVDD_TOP T18 DVDD_TOP U16 DVDD_DVFS U18 DVDD_DVFS U20 DVDD_DVFS U22 DVDD_DVFS Y16 DVDD_DVFS Y18 DVDD_DVFS Y20 DVDD_DVFS Y21 DVDD_DVFS Y22 DVDD_DVFS AA16 DVDD_DVFS AA18 DVDD_DVFS AA20 DVDD_DVFS AA21 DVDD_DVFS AA22 DVDD_DVFS AB16 DVDD_DVFS AB18 DVDD_DVFS R9 DVDD_VDD_MODEM T10 DVDD_VDD_MODEM U9 DVDD_VDD_MODEM U13 DVDD_VDD_MODEM V10 DVDD_VDD_MODEM V13 DVDD_VDD_MODEM W9 DVDD_VDD_MODEM W10 DVDD_VDD_MODEM M14 DVDD_MDSYS N13 DVDD_MDSYS P10 DVDD_MDSYS P13 DVDD_MDSYS P14 DVDD_MDSYS R13 DVDD_MDSYS K20 DVDD_MFGSYS L19 DVDD_MFGSYS L20 DVDD_MFGSYS M20 DVDD_MFGSYS N19 DVDD_MFGSYS N20 DVDD_MFGSYS P20 DVDD_MFGSYS T20 DVDD_MFGSYS W8 DVDD_VDD_MODEM Y8 DVDD_VDD_MODEM T21 DVDD_MFGSYS U1001-E C10130 470nF SH1062 C1082 2.2uF C10119 100nF C1021 1.0uF C1044 1.0uF C1063 NF C1083 NF C1068 1.0uF C1024 1.0uF C1001 NF C1045 1.0uF C1084 NF C10135 470nF C1002 22uF C1069 1.0uF SH1042 C1046 1.0uF C10133 NF C1008 1.0uF C10131 NF C1041 22uF C1079 NF C1047 1.0uF C1080 2.2uF SH1041 C1006 1.0uF C1051 22uF C1056 1.0uF C1048 1.0uF C10134 NF C10132 NF C1018 NF C1007 NF C10136 470nF C1059 1.0uF C1081 2.2uF C1022 1.0uF C1066 1.0uF C1005 1.0uF C10117 100nF C1057 1.0uF GND VDRAM_PMU GND GND GND GND GND DVDD_CORE GND DVDD_DVFS GND GND DVDD_CORE GND DVDD_CORE GND DVDD_MODEM GND VSRAM_OTHERS_PMU GND VSRAM_OTHERS_PMU GND D V D D ︳ S R A M ︳ D V F S GND D V D D ︳ D V F S ︳ 6 3 5 7 ︳ F B D V D D ︳ D V F S ︳ 6 3 5 7 ︳ G N D D V D D ︳ C O R E ︳ 6 3 5 7 ︳ F B D V D D ︳ C O R E ︳ 6 3 5 7 ︳ G N D D V D D ︳ M O D E M ︳ 6 3 5 7 ︳ G N D D V D D ︳ M O D E M ︳ 6 3 5 7 ︳ F B
  • 5. A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note: 11-1 Note: 11-2 Note: 11-3 Note 11-1: C4101 closed DVDD18_MSDC0 150mil Schematic design notice of "11_BB_POWER_IO" page. Note 11-2: C4302 closed DVDD28_MSDC1 150mil Note 11-3: C4301 closed DVDD18_MSDC1 150mil 0201 测试 C1116 NF C1164 100nF C1137 100nF C1121 100nF C1105 1.0uF C1120 100nF C1100 1.0uF C1114 NF C1102 100nF C1136 100nF C1112 100nF C1165 1.0uF C1172 100nF C1131 100nF C1103 1.0uF C1106 100nF C1162 1.0uF C1135 100nF C1104 100nF C1153 1.0uF C1115 NF C1152 1.0uF C1107 100nF PERI_A PERI_D PLL GND AVDD & MD_A MT6765-SBS T16 AVDD18_PLLGP AG27 DVDD18_IOBL H21 AVDD18_DDR AD28 DVDD28_MSDC1 R28 AVDD12_DSI D28 AVDD18_USB AE28 DVDD28_SIM1 AC28 DVDD28_SIM2 H2 AVDD18_WBG G28 DVDD18_IOLT B28 AVDD33_USB AA28 DVDD18_MSDC1 AB28 DVDD18_SIM T28 AVDD04_DSI U1 DVDD18_IORB AG21 AVDD12_MD AG6 DVDD18_IORB U2 AVDD12_CSI J1 DVDD18_IORT A27 DVDD18_MSDC0 E28 AVDD12_USB AG19 AVDD18_MD T14 AVDD12_PLLGP C3 AVDD12_WBG AD18 DVDD_VQPS AG18 AVDD18_AP W28 DVDD18_IOLM AC18 AVDD18_CPU A11 DVSS A13 DVSS A15 DVSS B3 DVSS B21 DVSS C2 DVSS C6 DVSS C12 DVSS C16 DVSS C20 DVSS C23 DVSS D3 DVSS D9 DVSS D13 DVSS D23 DVSS D27 DVSS E4 DVSS E24 DVSS E25 DVSS F2 DVSS F4 DVSS F5 DVSS F6 DVSS F7 DVSS F8 DVSS F10 DVSS F11 DVSS F12 DVSS F14 DVSS F17 DVSS F19 DVSS F20 DVSS F21 DVSS F22 DVSS F23 DVSS G4 DVSS G6 DVSS G11 DVSS G12 DVSS G13 DVSS G14 DVSS G15 DVSS G21 DVSS G22 DVSS G26 DVSS H14 DVSS H15 DVSS H22 DVSS H25 DVSS J22 DVSS J23 DVSS J24 DVSS K9 DVSS K11 DVSS K12 DVSS K15 DVSS K16 DVSS K18 DVSS L8 DVSS L11 DVSS L15 DVSS L16 DVSS L21 DVSS L22 DVSS L26 DVSS M6 DVSS M7 DVSS M12 DVSS M16 DVSS M22 DVSS M24 DVSS M28 DVSS N6 DVSS N7 DVSS N11 DVSS N15 DVSS N21 DVSS N22 DVSS P7 DVSS P12 DVSS P16 DVSS P21 DVSS P22 DVSS R11 DVSS R15 DVSS R21 DVSS R22 DVSS T8 DVSS T12 DVSS T22 DVSS U11 DVSS V8 DVSS V16 DVSS V17 DVSS V19 DVSS V21 DVSS W17 DVSS W19 DVSS W21 DVSS AA9 DVSS AA11 DVSS AA13 DVSS AB10 DVSS AB12 DVSS AD7 DVSS AD11 DVSS AD14 DVSS AE8 DVSS AE11 DVSS AE14 DVSS AF8 DVSS AF11 DVSS AF14 DVSS AF17 DVSS AF28 DVSS AG26 DVSS U1001-F C1151 1.0uF C1171 100nF C1132 1.0uF C1101 1.0uF GND VA12_PMU GND GND GND VEFUSE_PMU DVDD_CORE GND VIO18_PMU GND GND GND GND GND GND GND GND GND VA12_PMU VA12_PMU GND VA12_PMU GND GND GND GND GND VA12_PMU GND GND VA12_PMU GND VUSB_PMU GND GND GND GND A V D D 1 8 ︳ S O C A V D D 1 8 ︳ S O C A V D D 1 8 ︳ S O C GND A V D D 1 8 ︳ S O C VMC_PMU VSIM1_PMU VSIM2_PMU A V D D 1 8 ︳ S O C A V D D 1 8 ︳ S O C EMI_VDD1
  • 6. Note 12-1: The de-coupling cap. for REFP (AF18 ball) have to be placed as close to BB as possible. Note 12-2: To shunt a 1uF capacitor in the AUXIN ADC input to prevent noise coupling. It should be placed as close to BB as possible. Connect the unused AUX ADC input to GND. Schematic design notice of "12_BB_1" page. Note 12-3: "PWRAP_SPI0_CSN" and "AUD_DAT_MOSI0" are bootstrap pin to select which interface will be the JTAG pin out. default=PD default=PU (by ext. PD) (by ext. PD) (by ext. PU) (by ext. PU) N/A N/A SPI1+SPI3 N/A PWRAP_SPI0_CSN AUD_DAT_MOSI0 AP_JTAG HI LO HI HI LO LO LO HI N/A SPI0+EINT8 SPI0+EINT8 MSDC1 MD_JTAG JTAG Function Note 12-4: PWRAP_SPI0_MO and PWRAP_SPI0_MI are DDR type feature in bootstrap default=PU (by ext. PD) MSDC0 pin mux follow LP3 Ref SCH. follow LP4X Ref SCH. PWRAP_SPI0_MI DDR LO HI LPDDR3 LPDDR4X Booting interface 注释错误 投板前注意MTK套片库更新一次 R5007 NC 单nano卡座库更新 Please check IQ connection for 6177 or 6177M 增加主板各种版本ID Note: 12-1 Note: 12-2 R0705 R0706 ADC_in project 输入范围0.05-1.45V Note: 12-3 Note: 12-4 12K AP JTAG电阻确定配置好 PD PU 走线等长 Note: 12-5 Note 12-5: Please set unused IQ pins in NC C1203 1.0uF C1204 100nF REF POWER AUX IN RF MIPI ABB_IF BPI SIM MT6765-SBS RFIC_Ctrl AA25 SIM1_SCLK Y25 SIM1_SIO AA26 SIM1_SRST AC25 SIM2_SCLK AB25 SIM2_SIO AC26 SIM2_SRST AD4 BPI_BUS11_OLAT0 AF25 BPI_BUS10 AD25 BPI_BUS8 AC6 BPI_BUS7 AG4 BPI_BUS6 AG3 BPI_BUS5 AG2 BPI_BUS4 AF4 BPI_BUS3 AF3 BPI_BUS2 AF2 BPI_BUS1 AE4 BPI_BUS0 AF22 RFIC0_BSI_CK AG22 RFIC0_BSI_D2 AF21 RFIC0_BSI_D1 AE20 RFIC0_BSI_D0 AF7 MISC_BSI_DO_0 AG7 MISC_BSI_CK_0 AF6 MISC_BSI_DO_1 AF5 MISC_BSI_CK_1 AG13 PRX_BB_I0N AE13 DRX_BB_I0N AG12 PRX_BB_Q0N AE12 DRX_BB_Q0N AC10 APC AE19 AUXIN2 AE18 AUXIN3 AF20 AUXIN0 AB13 MAIN_X26M_IN AE9 TX_BB_IP0 AD9 TX_BB_IN0 AE10 TX_BB_QP0 AD10 TX_BB_QN0 AF13 PRX_BB_I0P AF15 PRX_BB_I1 AF12 PRX_BB_Q0P AG15 PRX_BB_Q1 AD13 DRX_BB_I0P AG16 DRX_BB_I1 AD12 DRX_BB_Q0P AF16 DRX_BB_Q1 AE21 RFIC0_BSI_EN AF18 REFP AF26 BPI_BUS9 AD6 MISC_BSI_DO_2 AE6 MISC_BSI_CK_2 AD5 MISC_BSI_DO_3 AE5 MISC_BSI_CK_3 AF19 AUXIN1 AE17 AUXIN4 AE24 BPI_BUS12_OLAT1 AE25 BPI_BUS13_ANT0 AE3 BPI_BUS14_ANT1 AF24 BPI_BUS15_ANT2 AE2 BPI_PA_VM1 AD3 BPI_PA_VM0 AG9 DET_IP0 AF9 DET_IN0 AF10 DET_QP0 AG10 DET_QN0 AD8 RFIC_ET0_P AC9 RFIC_ET0_N U1001-B PMU_IF Test Pin MT6765-SBS E27 SYSRSTB K24 WATCHDOG L25 SRCLKENA0 M25 SRCLKENA1 H26 RTC32K_CK K27 PWRAP_SPI0_CSN L27 PWRAP_SPI0_CK M27 PWRAP_SPI0_MO J25 AUD_CLK_MOSI J26 AUD_SYNC_MOSI J27 AUD_DAT_MISO0 F27 TESTMODE K28 PWRAP_SPI0_MI W13 TP_PLLGP W12 TN_PLLGP G27 AUD_CLK_MISO K26 AUD_DAT_MOSI0 J28 AUD_DAT_MISO1 H27 AUD_SYNC_MISO K25 AUD_DAT_MOSI1 AC5 CDM3P5A AB6 CDM5P5A A1 NC A28 NC AG1 NC AG28 NC U1001-A C1202 1.0uF TP37 TP-0.5MM R0706 NF R0705 NF C3 1.0uF C111 1.0uF R1012 NF R2213 10K R1004 NF R1009 NF R46 NF R1001 NF TP44 TP-0.5MM TP45 TP-0.5MM TP46 TP-0.5MM R1206 0 R1205 NF C1210 1.0uF GND GND GND GND AUD_DAT_MISO0 SYSRSTB WATCHDOG SRCLKENA1 RTC32K_CK SRCLKENA0 AUD_SYNC_MISO PWRAP_SPI0_CSN PWRAP_SPI0_MI PWRAP_SPI0_CK PWRAP_SPI0_MO AUD_SYNC_MOSI AUD_CLK_MISO AUD_CLK_MOSI AUD_DAT_MISO1 AUD_DAT_MOSI0 AUD_DAT_MOSI1 MIPI0_SCLK MIPI0_SDATA MIPI1_SDATA MIPI1_SCLK MIPI3_SDATA MIPI3_SCLK SIM1_SRST SIM1_SCLK SIM1_SIO SIM2_SRST SIM2_SCLK SIM2_SIO PMIC_CLK_BB LTE_TX_BB0_QP LTE_TX_BB0_QN AUX_IN1_NTC AUX_IN0_NTC LTE_TX_BB0_IP LTE_TX_BB0_IN BPI_BUS1 APC1 BPI_BUS0 BPI_BUS2 BPI_BUS3 BPI_BUS6 BPI_BUS5 BPI_BUS4 BPI_BUS7 BPI_BUS8 BPI_BUS9 BPI_BUS10 BPI_BUS11 BPI_BUS12 BPI_BUS13 BPI_BUS15 BPI_BUS14 RFIC0_BSI_EN RFIC0_BSI_CK RFIC0_BSI_D0 RFIC0_BSI_D1 LTE_PRX_BB0_QP LTE_DRX_BB0_QP LTE_PRX_BB0_QN LTE_DRX_BB0_IN LTE_DRX_BB0_IP LTE_DRX_BB0_QN LTE_PRX_BB0_IP LTE_PRX_BB0_IN LTE_DET_BB0_QP LTE_DET_BB0_QN LTE_DET_BB0_IP LTE_DET_BB0_IN VIO18_PMU A U X ︳ I N 2 ︳ B O A R D ︳ I D AUX_IN2_BOARD_ID GND A U X ︳ I N 3 ︳ B A T T E R Y ︳ I D GND GND VIO18_PMU VIO18_PMU GND VIO18_PMU GND AUD_DAT_MOSI0 PWRAP_SPI0_CSN PWRAP_SPI0_MI GND AUX_IN_HARDWARE_ID AUX_IN_HARDWARE_ID GND GND
  • 7. Title Size Date: Sheet of MTK Confidential 7 13_BB_2 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note 13-1: The enable pin of acoustic or optoelectronic devices (e.g. SPK AMP/Backlight/Charger OCP/OVP) suggest to use Peripheral_EN[0:5] Schematic design notice of "13_BB_2" page. If use other GPIOs as enable pin, suggest to reserve 0201 NC to GND Touch Sensor Hub Rear Cam NFC Front Cam Sub PMIC 新平台预留电阻测试位 留作JTAG JTRSTn口 Note: 13-1 ramdump测试点 MD_UART放置与屏蔽罩外 MD_UART MD-JTAG 使用 Board_ID 区分C3C，C3F是否带指纹； 区分C3E版本相关 预留 区分BB是6762M（C3C，C3F）还是6762（C3D）； GPO CSI Ctrl CSI-2 CSI-1 GPIO DSI-0 MT6765-SBS CSI-0 N4 CSI0A_L0N N3 CSI0A_L0P N2 CSI0A_L1N N1 CSI0A_L1P P1 CSI0A_L2P P2 CSI0A_L2N P3 CSI0B_L0P P4 CSI0B_L0N R3 CSI0B_L1P R4 CSI0B_L1N L3 CSI1A_L0P L4 CSI1A_L0N L1 CSI1A_L1P L2 CSI1A_L1N M1 CSI1A_L2P M2 CSI1A_L2N P25 DSI0_CKP P26 DSI0_CKN N25 DSI0_D0P N26 DSI0_D0N N28 DSI0_D1P N27 DSI0_D1N R25 DSI0_D2P R26 DSI0_D2N P27 DSI0_D3P R27 DSI0_D3N AD26 LCM_RST AE27 DSI_TE T26 SPI2_CSB AD1 SPI0_MI V27 SPI4_CLK U27 SPI4_MI U26 SPI3_CSB AC1 SPI0_CSB T25 SPI2_MO AC2 SPI0_MO AD2 SPI0_CLK Y24 SPI1_MO V24 SPI1_CLK U24 SPI2_MI T24 SPI2_CLK U23 SPI1_CSB V2 CAM_RST0 W6 CAM_PDN0 W5 CAM_CLK0 Y2 CAM_PDN1 V26 SPI3_MO V25 SPI3_CLK W24 SPI1_MI T27 SPI4_MO V1 CAM_RST1 V28 SPI4_CSB U25 SPI3_MI AD27 DISP_PWM W2 CAM_CLK1 L5 CSI1B_L0P M5 CSI1B_L0N M3 CSI1B_L1P M4 CSI1B_L1N N5 CSI0B_L2P P5 CSI0B_L2N R1 CSI2A_L0P R2 CSI2A_L0N T1 CSI2A_L1P T2 CSI2A_L1N T3 CSI2A_L2P T4 CSI2A_L2N U3 CSI2B_L0P U4 CSI2B_L0N R5 CSI2B_L1P T5 CSI2B_L1N K3 CAM_RST2 K2 CAM_PDN2 AF23 CAM_RST3 L24 CAM_PDN3 J2 CAM_CLK2 AG24 CAM_CLK3 AD24 PERIPHERAL_EN1 AD23 PERIPHERAL_EN2 AC24 PERIPHERAL_EN3 AE23 PERIPHERAL_EN4 AE22 PERIPHERAL_EN5 AD22 PERIPHERAL_EN0 U1001-C CONN_IQ SD (MSDC1) USB KEYPAD UART I2C GPIO BC MT6765-SBS CONN_Dig. B27 USB_DM C27 USB_DP D26 CHD_DP AB1 KPROW1 AA1 KPROW0 AB3 KPCOL0 AB5 SCL0 AC4 SDA0 AE1 SCL1 AF1 SDA1 V4 SCL2 V3 SDA2 W26 MSDC1_CLK W27 MSDC1_CMD W25 MSDC1_DAT3 AA27 MSDC1_DAT2 Y26 MSDC1_DAT1 Y27 MSDC1_DAT0 G3 CONN_HRST_B Y1 SRCLKENAI AC3 PWM0 H4 CONN_WF_CTRL1 H3 CONN_WF_CTRL2 G2 CONN_WB_PTA J6 CONN_TOP_CLK K7 CONN_TOP_DATA J5 CONN_BT_CLK F1 GPS_I G1 GPS_Q H5 CONN_WF_CTRL0 K8 CONN_BT_DATA D2 BT_IP D1 BT_IN E3 BT_QP F3 BT_QN A3 WF_IP A2 WF_IN B1 WF_QP B2 WF_QN AB27 IDDIG AB26 DRVBUS G7 XIN_WBG AB23 SCL5 AC23 SDA5 AB2 KPCOL1 E26 CHD_DM AE26 INT_SIM1 AF27 INT_SIM2 K5 ANT_SEL0 K6 ANT_SEL1 K4 ANT_SEL2 AA3 URXD0 AA2 UTXD0 AB4 EINT0 AA7 EINT1 AA5 EINT2 AA4 EINT3 Y6 EINT4 Y7 EINT5 Y4 EINT6 Y3 EINT7 AA6 EINT8 W4 EINT9 M26 EINT12 W7 EINT11 W3 EINT10 AC21 SCL3 AC22 SDA3 U6 SCL4 V6 SDA4 J3 SCL6 J4 SDA6 G23 GPIO_EXT0 F25 GPIO_EXT1 F24 GPIO_EXT2 G24 GPIO_EXT3 F26 GPIO_EXT4 G25 GPIO_EXT5 H23 GPIO_EXT6 H24 GPIO_EXT7 AA24 GPIO_EXT8 Y23 GPIO_EXT9 AA23 GPIO_EXT10 AD21 GPIO_EXT11 AD20 GPIO_EXT12 AD19 GPIO_EXT13 AC20 GPIO_EXT14 AC19 GPIO_EXT15 U1001-D R1102 24 L6 0 C53 5.0pF R41 0 C64 27PF R42 0 C86 27PF TP38 TP-0.5MM TP48 TP-0.5MM R2507 NF R19 1K TP9 TP-0.5MM R 1 3 0 9 0 / N F R 1 3 1 0 0 / N F R 1 3 0 3 NF R 1 3 0 2 NF R 1 3 0 5 NF R 1 3 0 4 NF R 1 3 0 7 NF R 1 3 0 6 NF S C L 6 S D A 6 URXD0 S C L 1 S D A 1 MSDC1_CLK MSDC1_CMD UTXD0 USB_DP USB_DM S C L 2 S D A 2 CHD_DM CHD_DP S C L 5 S D A 5 KPCOL0 U S B ︳ I D S C L 0 S D A 0 S C L 4 S D A 4 RDP1_B RDN1_B CAM_CLK0 CAM_CLK1 CAM_RST0 RDP3_B RDN3_B R D P 0 R D N 0 R C P R C N CAM_RST1 RDP2_B RDN2_B RDP0_B RDN0_B RCP_B RCN_B LCM_RST DSI0_D3P DSI0_D3N DSI0_D2P DSI0_D2N DSI0_D1P DSI0_D1N DSI0_D0P DSI0_D0N DSI0_CKP DSI0_CKN D I S P ︳ P W M DSI_TE CONN_TOP_CLK CONN_TOP_DATA CONN_BT_CLK CONN_BT_DATA CONN_WF_CTRL0 CONN_WF_CTRL1 CONN_WF_CTRL2 CONN_WB_PTA CONN_HRST_B WF_IP WF_IN WF_QP WF_QN BT_IP BT_IN BT_QP BT_QN GPS_I GPS_Q I N T ︳ S D C A R D I N T ︳ S I M 2 EINT_ALPS EINT_A_G J T R S T MSDC1_DAT0 MSDC1_DAT1 MSDC1_DAT2 MSDC1_DAT3 XIN_WBG GPIO_SPK_EN EINT_CHG_0 JTCK JTDI JTDO JTMS R D P 0 ︳ D R D N 0 ︳ D R C P ︳ D R C N ︳ D C A M ︳ C L K 2 C A M ︳ P D N 2 GPIO_CHG_EN_0 GPIO_VCN33_EN GPIO_CTP_RSTB GPIO_CTP_LDO_EN G P I O ︳ F P ︳ R S T ︳ N GND GND GND GND GND GPIO_GPS_LNA_EN EINT_CTP INT_SDCARD K P C O L 1 R D P 1 ︳ D R D N 1 ︳ D S P I 1 ︳ M O S P I 1 ︳ M I S P I 1 ︳ C S B S P I 1 ︳ C L K S P I 4 ︳ M I S P I 4 ︳ C L K S P I 4 ︳ C S B S P I 4 ︳ M O VIO18_PMU GND LCM_ID0 LCM_ID1 E I N T ︳ F P ︳ N R D P 1 R D N 1 GND VCAMA_EXT_EN VCAMD_EXT_EN INFARED_PWM GYRO_INT_N VIO18_PMU GND VIO18_PMU GND VIO18_PMU GND VIO18_PMU GND
  • 8. Title Size Date: Sheet of MTK Confidential 34 14_BB_3 8 A1 Thursday, November 02, 2017 Please check eMCP LP3 and eMCP LP4 pin mux A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 注意器件值34.8 0201 1% Note: 14-2 Note: 14-1 Note 14-1: R4001 please select 34.8 ohm (1%) resistor Schematic design notice of "14_BB_3" page. Note 14-2: Please check eMCP LP3 and eMCP LP4X pin mux R1207 36 eMMC (MSDC0) EMI_DDR MT6765-SBS E19 EMI0_DQ13 D14 EMI0_DQS0_T F18 EMI0_DQ10 A17 EMI0_DQ8 E21 EMI0_DQ26 D21 EMI0_DQ27 C22 EMI0_DQ29 D18 NC A7 NC D12 EMI0_DQ19 B13 EMI0_DQ20 B15 EMI0_DQ4 E16 EMI0_DQ6 E5 EMI0_CA8 A5 EMI0_CA9 E8 EMI0_CS1_N E6 EMI0_CA7 C19 EMI0_DQ14 C18 EMI0_DQ11 D19 EMI0_DQ12 B20 EMI0_DQ28 D20 EMI0_DQ24 C21 EMI0_DQ30 E17 EMI0_DQS1_T E7 EMI0_CKE1 D4 NC C4 NC D17 EMI0_DQS1_C B11 EMI0_DQ21 B12 EMI0_DQ22 B17 EMI0_DQ7 D15 EMI0_DQ5 E14 EMI0_DQS0_C E15 EMI0_DQ3 C9 NC A9 EMI0_CS0_N C5 EMI0_CA6 E18 EMI0_DQ9 B8 EMI0_CA0 B7 EMI0_CA1 B5 EMI0_CA4 D11 NC C10 EMI0_DQ18 D22 EMI0_DQS3_T E11 EMI0_DQ23 E13 EMI0_DQS2_C F13 EMI0_DQS2_T C14 EMI0_DQ2 B16 EMI0_DM0 D6 EMI0_CA3 C7 EMI0_CA2 E9 EMI0_CK_C F9 EMI0_CK_T A21 EMI0_DQ31 D5 EMI0_CA5 B9 NC B19 EMI0_DM3 D10 EMI0_DQ16 E22 EMI0_DQS3_C C13 EMI0_DQ0 C17 EMI0_DM1 D8 EMI0_CKE0 E20 EMI0_DQ25 A19 EMI0_DQ15 C15 EMI0_DQ1 C11 EMI0_DQ17 E10 EMI0_DM2 D7 NC E23 NC B4 EMI_EXTR C25 MSDC0_RSTB B25 MSDC0_CMD D25 MSDC0_CLK B26 MSDC0_DSL A26 MSDC0_DAT7 B24 MSDC0_DAT6 B23 MSDC0_DAT5 A23 MSDC0_DAT4 C24 MSDC0_DAT3 A25 MSDC0_DAT2 D24 MSDC0_DAT1 C26 MSDC0_DAT0 F16 VREF_EMI G16 NC U1001-G GND MSDC0_DAT1 MSDC0_DAT2 MSDC0_DAT3 MSDC0_DAT4 MSDC0_DAT5 MSDC0_DAT6 MSDC0_DAT7 EMI0_DQ0 EMI0_DQ1 EMI0_DQ2 EMI0_DQ3 EMI0_DQ4 EMI0_DQ5 EMI0_DQ6 EMI0_DQ7 EMI0_DQ8 EMI0_DQ9 EMI0_DQ10 EMI0_DQ11 EMI0_DQ12 EMI0_DQ13 EMI0_DQ14 EMI0_DQ15 EMI0_DQ16 EMI0_DQ17 EMI0_DQ18 EMI0_DQ19 EMI0_DQ20 EMI0_DQ21 EMI0_DQ22 EMI0_DQ23 EMI0_DQ24 EMI0_DQ25 EMI0_DQ26 EMI0_DQ27 EMI0_DQ28 EMI0_DQ29 EMI0_DQ30 EMI0_DQ31 E V R E F EMI0_CA0 EMI0_CA1 EMI0_CA2 EMI0_CA3 EMI0_CA4 EMI0_CA5 EMI0_CA6 EMI0_CA7 EMI0_CA8 EMI0_CA9 EMI0_CS0_N EMI0_CS1_N EMI0_CKE0 EMI0_DM0 EMI0_DM1 EMI0_DM2 EMI0_CK_T EMI0_CK_C EMI0_CKE1 EMI0_DM3 EMI0_DQS2_C EMI0_DQS2_T EMI0_DQS3_C EMI0_DQS3_T EMI0_DQS0_C EMI0_DQS0_T EMI0_DQS1_C EMI0_DQS1_T MSDC0_CMD MSDC0_RSTB MSDC0_CLK MSDC0_DSL MSDC0_DAT0
  • 9. Title Size Date: Sheet of MTK Confidential 34 15_BB_AUXADC_Thermal 9 A1 Thursday, November 02, 2017 Thermistor to sense AP temperature 1. NTC1501must keep a distance about 6~8 mm away from AP and far from other heat sources 10 mm at least. 2. The distance is the shortest distance from package edge to edge. Thermistor to sense RF PA temperature 1. NTC1502 must close to LTE Band 7 PA or the hottest PA <2mm. 2. The distance is the shortest distance from package edge to edge. A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 注意NTC电阻选择 注意NTC电阻选择 390K 1%精度 390K 1%精度 R1501 39K NTC1502 100K R1502 39K NTC1501 100K GND GND VIO18_PMU AUX_IN0_NTC AUX_IN1_NTC
  • 10. VPROC Set power inductor close to PMIC Differential and shielded with GND 4mil 4mil Set power inductor close to PMIC Differential and shielded with GND 4mil 4mil Set power inductor close to PMIC Differential and shielded with GND 4mil 4mil Set power inductor close to PMIC Set cap. close to VPA power inductor Note: 20-1 Set power inductor close to PMIC Note 20-1: Schematic design notice of "20_POWER_MT6357_Buck" To reserve a cap., C2041, please choose 0603 size For EOS Optional 1欧姆 R2001 0 SH2002 C2012 4.7uF C2004 4.7uF VR2001 ESD / AZ5825-01F C2011 10uF C2001 1.0uF PL2002 0.47uH PL2001 0.47uH SH2001 SH2008 PL2003 1.0uH SH2006 MT6357 VPROC IN VPROC VCORE VCORE IN VMODEM VMODEM IN VPA IN VPA VS1 VS1 IN VBUCK CTRL B2 VSYS_SMPS A4 VSYS_VPROC B4 VSYS_VPROC A5 GND_VPROC A6 VPROC A7 VPROC C2 VPROC_FB D2 GND_VPROC_FB A8 VSYS_VCORE B8 VSYS_VCORE B9 GND_VCORE C9 GND_VCORE A9 VCORE A10 VCORE D3 VCORE_FB E3 GND_VCORE_FB A13 VSYS_VMODEM A12 GND_VMODEM B11 VMODEM E13 VMODEM_FB D14 GND_VMODEM_FB A2 VSYS_VPA A1 VPA E4 VPA_FB A14 VSYS_VS1 A16 VS1 E14 VS1_FB B3 GND_VPA B5 GND_VPROC B1 GND_SMPS B14 VSYS_VS1 B6 VPROC A3 VSYS_VPA B16 VS1 B12 GND_VMODEM C12 GND_VMODEM C5 GND_VPROC B10 VCORE C10 VCORE C11 VMODEM B7 VPROC C6 VPROC C7 VPROC C8 VSYS_VCORE B13 VSYS_VMODEM C4 VSYS_VPROC A15 GND_VS1 B15 GND_VS1 U2001-A C2006 10uF C2017 2.2uF SH2005 PL2005 1.0uH C2003 10uF SH2009 PL2004 1.0uH GND GND GND GND GND VPA_PMU GND GND GND DVDD_MODEM DVDD_CORE DVDD_DVFS VS1_PMU VS1_PMU V S Y S D V D D ︳ C O R E ︳ 6 3 5 7 ︳ F B D V D D ︳ C O R E ︳ 6 3 5 7 ︳ G N D DVDD_MODEM_6357_FB D V D D ︳ M O D E M ︳ 6 3 5 7 ︳ G N D D V D D ︳ D V F S ︳ 6 3 5 7 ︳ F B D V D D ︳ D V F S ︳ 6 3 5 7 ︳ G N D VPA_PMU
  • 11. Note: 21-1 f o r E O S Set cap. close to PMIC Set cap. close to PMIC 1. "Typical Cap" defined in design notice is the minimum cap. to LDO Cout. 2. NC cap can move to application, if (PCB L<20nH, PCB R<0.2 ohm) => value and placement of Cap, please refer design notice Note: 21-2 Note: 21-4 Suggest trace width > 40 mil Note: 21-3 2.1V 1.35V Note: 21-5 Set cap. and shortpad close to PMIC Note 21-1: Schematic design notice of "21_POWER_MT6357_LDO" If these power trace can meet LDO layout constraint, these CAP can be NC or removed. Please refer to MT6357 design notice. Note 21-2: Output cap range please follow MT6357CRV LDO design notice Note 21-3: R2851 0-ohm , 0603 NC Ext. buck option R2852 w/ EXT VS2 Buck w/o EXT VS2 Buck 0-ohm , 0603 NC C2104 10uF 22uF Ext Buck BOM option Note 21-4: Please set SH2101 close to C2141, making star connection between VIO18_PMU and AVDD18_SOC near to LDO cap. C2141 Please also refer to MT6357 design notice for further detail design information Note 21-5: Please connect VS2_LDO1(F15) to VS1_PMU if voltage applied to VCAMD(E17) >= 1.3 V 0201 测试 空接？？ SH2110 C2117 2.2uF C2104 NF C2101 10uF C2130 1.0uF C2134 1.0uF C2161 4.7uF C2138 1.0uF C2153 100nF C2159 4.7uF C2168 1.0uF C2132 1.0uF C2169 1.0uF C2103 4.7uF MT6357 LDO IN LDO VREF DIG Power ALDO DLDO SLDO1 SLDO2 Power Switch T14 VREF T13 GND_VREF K10 DVDD18_IO L10 DVDD18_DIG C17 VS1_LDO1 D16 VRF18 E15 VCN18 A17 VCAMIO B17 VIO18 K13 VCN28 H16 VCAMA T4 VXO22 L16 VLDO28 L15 VMC N16 VMCH J17 VSIM1 K16 VSIM2 K15 VIO28 L17 VEMC P17 VCN33 J14 VUSB E17 VCAMD E16 VRF12 G15 VSRAM_PROC G16 VSRAM_OTHERS T5 VAUX18 L7 VAUD28 M16 VIBR H17 VDRAM L14 VFE28 D6 D_GND D7 D_GND D8 D_GND D9 D_GND D10 D_GND D11 D_GND D12 D_GND D13 D_GND G14 VSYS_LDO1 N17 VSYS_LDO2 K7 VSYS_LDO3 E6 D_GND E7 D_GND E8 D_GND E9 D_GND E10 D_GND E11 D_GND E12 D_GND H15 VEFUSE F5 D_GND F6 D_GND F7 D_GND F8 D_GND F15 VS2_LDO1 F17 VS2_LDO2 R9 TREF F9 D_GND F10 D_GND F11 D_GND F12 D_GND J10 DVSS18_IO F13 D_GND G7 D_GND G8 D_GND G9 D_GND G10 D_GND G11 D_GND G12 D_GND H6 D_GND H7 D_GND H8 D_GND H9 D_GND H10 D_GND H11 D_GND H12 D_GND J6 D_GND J7 D_GND J8 D_GND J9 D_GND J11 D_GND K12 D_GND U2001-B C2133 1.0uF C2105 4.7uF C2144 4.7uF C2139 4.7uF C2108 22uF C2157 2.2uF C2107 22uF C2156 2.2uF C2131 1.0uF C2102 22uF C2170 100nF SH2112 C2114 1.0uF C17 1.0uF C112 1.0uF SH7 R47 NF R48 0 SH8102 SH4 C115 1.0uF SH15 VIO18_PMU GND GND GND GND GND GND GND GND GND GND GND VS1_PMU GND GND GND GND GND GND GND VFE28_PMU VXO22_PMU VCN28_PMU VCAMA_PMU VAUX18_PMU VAUD28_PMU VLDO28_PMU VIO28_PMU VMC_PMU VMCH_PMU VEMC_PMU VSIM1_PMU VSIM2_PMU VIBR_PMU V U S B ︳ P M U VRF18_PMU VCN18_PMU VCAMD_PMU VCAMIO_PMU VIO18_PMU VRF12_PMU D V D D ︳ S R A M ︳ D V F S VSRAM_OTHERS_PMU VDRAM_PMU TREF_PMU VEFUSE_PMU V S Y S GND GND GND GND V S 2 ︳ P M U GND GND GND GND A V D D 1 8 ︳ S O C VS2_PMU VS1_PMU EXT_VS2 EXT_VS2_FB GND GND V C N 3 3 E M I ︳ V D D 1
  • 12. Title Size Date: Sheet of MTK Confidential 12 22_POWER_MT6357-IF 34 A1 Thursday, November 02, 2017 differential differential differential differential A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note: 22-3 Schottky diode (VF <0.3V @ 1mA) MUST be for PWRKEY ESD protection and to avoid inverse current from MT6371. 1% 精度 S e t r e s i s t o r a n d c a p . c l o s e t o P M I C Note 22-1: Schematic design notice of "22_POWER_MT6357-IF" Please implement 2520 & 2016 Size TMS PCB co-layout. Please refer to MT6765_MT6357 Co-Clock Design Notice for co-layout guide Note 22-2: 1. Please Connect P1 and R1 ball first and then to GND 2. Please Connect P2 and N2 ball first and then to GND 3. Please connect DCXO GND to main GND by independent L1-2 GND via.; DO NOT connect it through L1 GND Let floating if disable HOMEKEY function Note 22-3: Note 22-4: Please follow MT6765_MT6357 Co-Clock Design Notice for Layout guide of VAUX18, then R8101 can use 0 ohm to replace BEAD. Set cap. close to chip 换小容值 Note: 22-2 3mil trace width 3mil trace width Set cap. close to PMIC h o m e k e y VCDT rating: 1.268V 2 0 0 K Note: 22-1 注意型号和封装 3mil trace width Route AVDD18_AUXADC, AUXADC_VIN, and AVSS18_AUXADC with 3mils width traces and well GND shielding 1% 精度 3mil trace width 7.5K 1%精度 Note: 22-5 Note 22-5: Please connect to battery connector C2210 NF FB2201 0 R2204 1.5K C2214 1.0uF C2208 NF C2205 10uF C2204 100nF C2213 1.0uF R2224 R2223 39K C2206 100nF C2201 100nF C2209 NF R2222 330K C2212 100nF R2202 20K Control I/F RTC MT6357 DCXO Gauge Charger I/F AUXADC ISINK R4 PWRKEY N4 FCHR_ENB R5 RESETB T8 WDTRSTB_IN M5 EXT_PMIC_EN1 N8 SRCLKEN_IN1 N7 SRCLKEN_IN0 M6 EXT_PMIC_PG R8 SPI_CSN M8 SPI_CLK M7 SPI_MOSI M9 SPI_MISO N3 UVLO_VTH N9 VSYSSNS M13 BATSNS N13 ISENSE R13 BATON T11 VCDT R11 CHRLDO P13 VDRV M10 CHG_DM M11 CHG_DP N12 PCHR_LED P5 PMU_TESTMODE P9 FSOURCE M1 XTAL1 M2 AVSS22_XO N1 XTAL2 R2 XO_NFC T1 XO_CEL P1 AVSS22_XOBUF P3 XO_WCN R3 XO_SOC R12 VRTC28 P14 RTC32K_1V8_0 R15 RTC32K_1V8_1 P11 RTC32K_2V8 R7 AVDD18_AUXADC T7 AUXADC_VIN P7 AVSS18_AUXADC L12 ISINK1 R10 CS_N T10 CS_P R1 AVSS22_XOBUF N2 AVSS22_XO_ISO P2 AVSS22_XO_ISO N5 EXT_PMIC_EN2 T2 XO_EXT U2001-C D0602 R2214 0 R2212 0 R2216 0 C2207 1.0uF SH8 SH9 SH10 SH2201 TP47 TP-0.5MM R2235 RES-100K-+-1%-0201 4 SENSOR 1 HOT 3 HOT 2 GND X2201 XTAL-26M-CT2520DB26000C0FLZA1 GND GND GND GND GND GND V S Y S VRTC28 GND GND GND GND GND VBUS VAUX18_PMU GND GND GND VBUS VSYS B A T O N CHD_DM CHD_DP CS_P CS_N AVDD18_AUXADC AVSS18_AUXADC AUXADC_VIN RTC32K_CK XTAL2 XTAL1 PMIC_CLK_BB PMIC_CLK_WCN RFIC_CLK_CELL P W R K E Y SYSRSTB WATCHDOG SRCLKENA0 SRCLKENA1 PWRAP_SPI0_CSN PWRAP_SPI0_CK PWRAP_SPI0_MO PWRAP_SPI0_MI EXT_PMIC_EN2 VBAT GND GND L E D ︳ R G B AUXADC_VIN AVDD18_AUXADC XTAL1 XTAL2
  • 13. Title Size Date: Sheet of MTK Confidential 34 23_POWER_MT6357-Audio 13 A1 Thursday, November 02, 2017 1. AVSS18_AUD is connected to GND with very short trace 2. AVSS18_AUD is connected to de-couple cap of AVDD18_AUD and AU_V18N with 6mil trace respectively A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 P-N pair should be differential pair & shielded with GND P-N pair should be differential pair & shielded with GND P-N pair should be differential pair & shielded with GND - AU_HPL and AU_HPR should be routed as single end signal, and be guarded by GND, up and down, left and right respectively - The suggested layout pattern of AU_HPL/ AU_HPR/ AU_REFN is " GND AU_HPL AU_REFN AU_HPR GND" Set cap. close to PMIC P-N pair should be differential pair & shielded with GND P-N pair should be differential pair & shielded with GND Set cap. and shortpad close to PMIC Set cap. close to PMIC C2301 1nF C2305 2.2uF AUDIO IF UL POWER MT6357 CHARGE PUMP AUDIO INPUT ACCDET AUDIO OUTPUT T17 AUD_DAT_MISO0 N14 AUD_DAT_MOSI1 P16 AUD_CLK_MOSI P15 AUD_DAT_MOSI0 R17 AUD_DAT_MISO1 R16 AUD_CLK_MISO M14 AUD_SYNC_MOSI T16 AUD_SYNC_MISO K5 AU_VIN1_P J4 AU_VIN2_P K3 AU_VIN0_P L5 AU_VIN1_N J5 AU_VIN2_N K4 AU_VIN0_N J1 HP_EINT M4 ACCDET J2 AU_HPL G3 AU_HPR H3 AU_REFN F4 AU_LOLP F3 AU_LOLN G6 AU_HSP G5 AU_HSN D1 AU_V18N F1 FLYP E2 FLYN G2 AVDD18_AUD F2 AVSS18_AUD K1 AVDD28_AUD H5 AVSS28_AUD L3 AU_MICBIAS0 M3 AU_MICBIAS1 U2001-D SH2301 C2303 1.0uF C2302 1.0uF C2307 4.7uF C2306 4.7uF C2304 1.0uF SH2302 R10 NF R17 NF GND GND GND VAUD28_PMU AU_MICBIAS0 AU_MICBIAS1 VIO18_PMU AUD_CLK_MISO AUD_DAT_MISO0 AUD_DAT_MISO1 AUD_SYNC_MISO AUD_CLK_MOSI AUD_DAT_MOSI0 AUD_DAT_MOSI1 AUD_SYNC_MOSI AU_HPL AU_VIN0_P AU_VIN0_N AU_VIN2_P AU_VIN2_N AU_VIN1_P AU_VIN1_N AU_LOLP AU_LOLN AU_HSP AU_HSN ACCDET HP_EINT AU_HPR AU_REFN AVSS28_AUD FLYP FLYN GND GND
  • 14. Title Size Date: Sheet of MTK Confidential 14 25_POWER_SubPMIC-General 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 1 0 V AGND Internal Pwr MT6371 CTRL I/F E8 CHG_QONB H8 MRSTB J6 IRQB B8 PD_IRQB E9 CHG_ENB D8 CHG_OTG F8 CHG_DSEL A5 D+ A4 D- J8 SCL J9 SDA C10 BL_VDDA K10 DB_VDDA K9 VDDM J10 VDDA E5 AGND E6 AGND E7 AGND F5 AGND F6 AGND F7 AGND G5 AGND G6 AGND G7 AGND G9 AGND U2501-A C2502 1.0uF R2501 10K C2503 1.0uF C2501 1.0uF C2504 1.0uF R20 0 GND GND GND GND GND EINT_CHG_0 SCL5 SDA5 GPIO_CHG_EN_0 P W R K E Y WATCHDOG
  • 15. Title Size Date: Sheet of MTK Confidential 15 26_POWER_SubPMIC-Charger + PP 34 A1 Thursday, November 02, 2017 Note: 26-1 Schematic design notice of "26_POWER_MT6370-Charger + PP" page. Note 26-1: For better ESD or surge performance we need choose suitable device for system protection. Please refer to [Surge device selection guide V2.0] provide by MTK. 1 5 698欧姆,1%精度 47nf 25V OVP 25V 25V BATTERY CONNECTOR Kelvin connection Rfg > 0.5W0.005欧姆 客户需求：10V 金属薄膜电阻 16.9K 1%精度 1%精度 1%精度 C2607 2.2uF R2606 62 C2601 2.2uF C2602 4.7uF R2710 NF PL2601 1.0uH PP+VSYS CHG MT6371 E4 OVP_CTRL A1 CHG_VIN A2 CHG_VIN A3 CHG_VIN D1 CHG_PGND D2 CHG_PGND D3 CHG_PGND E2 VBUS B9 PD_VCONN5V C9 PD_CC1 A9 PD_CC2 C8 CHG_ILIM G4 CHG_STAT F4 NC B1 CHG_VMID B2 CHG_VMID B3 CHG_VMID G1 VBAT G2 VBAT H1 VBAT H2 VBAT D5 VBATS D4 CHG_BOOT C1 CHG_VLX C2 CHG_VLX C3 CHG_VLX F1 VSYS F2 VSYS E1 VSYS E3 CHG_VDDP F3 CHG_VBATOVPB J3 TS U2501-B C2604 47PF R2709 NF C2605 22uF C2603 10uF C1310 0.1uF 25V C1311 1.0uF A1 OUT A2 OUT A3 GND B1 OUT B2 IN B3 GND C1 IN C2 IN C3 GND U1303 R1330 47K ESD2 TVS0001 SH3 TVS3 TVS4 C38 NF R12 0.01 SH2 C0502 NF C0501 4.7uF TP19 TP-1.0MM SH1 TP18 TP-1.0MM TP22 TP-1.0MM C28 27PF TVS0005 C95 27PF R45 1K R18 15K R11 1K TP20 TP-1.0MM R1 10K 1 TP12 TP-1.0MM 1 2 3 4 5 6 7 8 9 10 11 12 J 0 0 0 2 BTB-5050040810 2 1 TVS7 GND GND GND VBUS GND VSYS GND GND VBAT PWR_SUBPMIC_VCHG_VMID GND GND VBUS_USB_IN VBUS GND VBAT GND CS_P CS_N BATON GND AUX_IN3_BATTERY_ID TREF_PMU GND GND GND GND GND GND VIO18_PMU
  • 16. Title Size Date: Sheet of MTK Confidential 34 27_POWER_SubPMIC-HV powers 16 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 25V NC 电容耐压值50V 电容耐压值10V 电容耐压值10V 电容耐压值10V Schematic design notice of "27_POWER_SubPMIC-HV powers" page: Note 27-1: To minimize RF de-sense, it is recommended to reserve 0-ohm and 0402 cap for BOM fine tuning. Note: 27-1 Note 27-2: To minimize RF de-sense, it is recommended to reserve 0-ohm and 0201 cap. for BOM fine tuning. Note 27-3: C2705 could be replaced with C / 1 / uF / 50V + C / 1 / uF / 50V Note: 27-1 Note: 27-3 Note: 27-2 Note: 27-2 0806测试暂时省掉 电容耐压值10V Murata 22BM1HC2250L 最小电流确认 电感大小确认 PL2702 2.2uH PL2701 10uH C2701 2.2uF C2710 10uF C2709 10uF C2708 10uF LED ISINK LDO Display Bias BL MT6371 FLASH LED C6 FL_VINTORCH A7 FL_LEDCS1 A6 FL_LEDCS2 B4 FL_VMID B5 FL_VMID B6 FL_VMID D7 FL_TORCH D6 FL_STROBE G8 FL_TXMASK A10 BL_VLX D9 BL_VOUT B10 BL_PGND D10 BL_LED1 E10 BL_LED2 F10 BL_LED3 G10 BL_LED4 H9 BL_PWM H10 BL_EN K7 DB_POSVLX K8 DB_POSPGND K5 DB_POSVOUT K6 DB_BSTVOUT K4 DB_NEGCF1 K2 DB_NEGCF2 K1 DB_NEGVOUT K3 DB_NEGPGND H7 DB_ENP H6 DB_ENN J2 LDO_VIN J1 LDO_VOUT H5 RGB_ISINK1 J5 RGB_ISINK2 J4 RGB_ISINK3 H4 RGB_ISINK4 U2501-C C2704 22uF C2703 4.7uF D2701 C2705 2.2uF C2706 4.7uF C2711 22PF C2707 10uF R38 0 R39 NF R 2 7 0 6 0 C10 2.2uF C2 2.2uF VSYS PWR_SUBPMIC_VCHG_VMID GND GND GND GND GND GND GND GND VSYS GND FLASH_LED1 FLASH_LED2 LCM_LEDA D I S P ︳ P W M LCM_LEDK_1 LCM_LEDK_2 LCM_AVDD LCM_AVEE PWR_SUBPMIC_DB_BSTVOUT L C M ︳ L E D ︳ P W M GND GND VSYS F P ︳ M T 6 3 7 1 ︳ 2 V 8 GND
  • 17. 0 . 5 V * ︵ 1 + R 2 8 2 0 / R 2 8 2 1 ︶ 1.2V LDO for VA12 LDO for VCN33 Please check MT67xx QVL 28K 1%精度 Suggest trace width > 12 mil Suggest trace width > 12 mil 1.35V Ext. Bulk for VS2 0.6V x (1+R1/R2) Suggest trace width > 40 mil Suggest trace width > 25 mil Note: 28-2 2 5 5 K 1 % 1%精度 Note 28-1: Schematic design notice of "28_POWER_ThirdParty-Power" VA12 Layout placement please close to AP Note 28-2: VS2 Buck Layout placement please close to PMIC MT6357 Note 28-3: VCN33 LDO Layout placement please close to MT6631 2 0 0 K 1 % R2820 20K R 2 8 2 1 20K C2624 10uF C2631 1.0uF C2632 4.7uF A1 VOUT B1 ADJ A2 VIN B2 EN C1 GND C2 BIAS U2806 C2833 10uF R2816 200 PL2803 1.0uH R2817 220K 6 LX 2 FB 4 VOUT 7 VIN 3 AGND 8 PGOOD 1 EN 5 PGND U2803 C2817 10uF C2831 100nF C2816 10uF TP2 TP-0.5MM R 2 8 0 1 1K GND VSYS GND GND V A 1 2 ︳ P M U GND V S 2 ︳ P M U GND EXT_PMIC_EN2 VS1_PMU GND GND GND VSYS GND GND GND EXT_VS2 EXT_VS2_FB
  • 18. Thursday, November 02, 2017 A1 34 31_RF_MT6177_Pin_Out 18 MTK Confidential of Sheet Date: Size Title 5 4 3 2 1 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 T h e l i n e a r d e t e c t i o n r a n g e i s 0 ~ - 3 9 d B m , coupling factor is 22~27dB. No Connection, for PN test For phone, remove 0R to avoid low slew rate. For EVB, put test point. 6dB Attenuator Power domain of MT6177M 4.7uF close to RFIC for better Ripple Performance C3102 0.1uF C3103 0.1uF C3104 0.1uF C3105 0.1uF C3106 0.1uF 1 2 R3116 2K C3101 0.01uF C3145 4.7uF C 3 1 1 3 4.7uF 1 2 R3121 0 1 2 R3117 0 1 2 R3115 0 XO DRX TXO PRX BSI PRX(I/Q) TX(I/Q) MT6177M DRX(I/Q) DET(I/Q) J3 RX2_BBIP G4 EN_BB G1 RCAL L2 XO_IN L1 VIO J4 RX2_BBIN L4 RX2_BBQP K4 RX2_BBQN B7 PRX3 H1 BSI_EN K1 BSI_CLK H2 BSI_D0 J1 BSI_D1 J2 BSI_D2 L5 RX1_BBIP K5 RX1_BBIN J6 RX1_BBQP J5 RX1_BBQN H12 TX_BBIP J12 TX_BBIN L12 TX_BBQP K12 TX_BBQN K2 GND L9 DET_IP K9 DET_IN K7 DET_QP K8 DET_QN A7 PRX4 B6 PRX5 A5 PRX6 B5 PRX7 B4 SWHB B3 SWLB A2 DRX1 A1 DRX2 B2 DRX3 B1 DRX4 C2 DRX5 D1 DRX6 D2 DRX7 E1 DRX8 D12 TXO1 C12 TXO2 A12 TXO3(2G) A10 TXO4(2G) C11 TXO5 A4 PRX8 B10 TX_GND C10 TX_GND D10 TX_GND D11 TX_GND F10 STX_MON L7 TXDET1 G2 VDD_RXHF E3 VDD_RXLV J10 VDD_STXHF L11 VDD_STXLV F12 VDD_TXHF C3 GND D3 GND F3 GND G3 GND H3 GND C4 GND D4 GND E4 GND F4 GND H4 GND C5 GND E5 GND F5 GND G5 GND H5 GND C6 GND D5 GND D6 GND E6 GND F6 GND G6 GND H6 GND C7 GND D7 GND E7 GND F7 GND G7 GND H7 GND J7 GND C8 GND D8 GND E8 GND F8 GND G8 GND H8 GND J8 GND B9 GND C9 GND D9 GND E9 GND F9 GND G9 GND H9 GND J9 GND E10 GND G10 GND H10 GND K10 GND L10 GND E11 GND F11 GND G11 GND H11 GND J11 GND K11 GND E12 GND G12 GND A8 PRX2 B8 PRX1 E2 DRX9 F2 DRX10 B12 TX_GND U3101 RF-TR-MT6177M R3112 300 R3123 300 R3210 18 GND GND GND RF_HB_TX_RFIC RF_MB_TX_RFIC RF_MB1_TX_RFIC RF_LB1_TX_RFIC RF_LB_TX_RFIC LTE_DRX_BB0_IP LTE_DRX_BB0_IN LTE_DRX_BB0_QP LTE_DRX_BB0_QN LTE_PRX_BB0_IP LTE_PRX_BB0_IN LTE_PRX_BB0_QP LTE_PRX_BB0_QN LTE_TX_BB0_IP LTE_TX_BB0_IN LTE_TX_BB0_QP LTE_TX_BB0_QN LTE_DET_BB0_IP LTE_DET_BB0_IN LTE_DET_BB0_QP LTE_DET_BB0_QN RFIC0_BSI_D1 RFIC0_BSI_D0 RFIC0_BSI_CK RFIC0_BSI_EN RF_MB1_TX_RFIC RFIC0_BSI_EN RFIC0_BSI_D0 RFIC0_BSI_CK RF_MB_TX_RFIC RF_HB_TX_RFIC RFIC0_BSI_D1 RF_LB1_TX_RFIC LTE_PRX_BB0_QP LTE_PRX_BB0_IN LTE_PRX_BB0_IP LTE_DET_BB0_QP LTE_DET_BB0_IN LTE_DET_BB0_IP LTE_TX_BB0_QN LTE_TX_BB0_QP LTE_TX_BB0_IN LTE_DRX_BB0_IP LTE_DET_BB0_QN LTE_DRX_BB0_QN LTE_DRX_BB0_QP LTE_DRX_BB0_IN LTE_TX_BB0_IP LTE_PRX_BB0_QN GND VRF18_RFIC VRF18_RFIC GND VRF12_RFIC GND VRF18_RFIC GND VRF12_RFIC GND VRF18_RFIC VRF12_RFIC VRF18_RFIC VRF18_RFIC VRF12_RFIC VIO18_RFIC GND GND SRCLKENA1 RFIC_CLK_CELL GND GND RF_TXDET N58683668 VIO18_RFIC VIO18_PMU VIO18_RFIC VRF18_RFIC VRF18_PMU VRF12_RFIC VRF12_PMU GND GND RF_LB_TX_RFIC RF_B20B28_PRX_RFIC RF_B34B39_PRX_RFIC RF_B38B41_DRX_RFIC RF_B3_DRX_RFIC RF_B34B39_DRX_RFIC RF_B1B4_DRX_RFIC RF_B7_DRX_RFIC RF_B8_DRX_RFIC RF_B5_DRX_RFIC RF_B40_DRX_RFIC RF_B20B28_DRX_RFIC RF_B2_DRX_RFIC RF_B5_PRX_RFIC RF_B2_PRX_RFIC RF_B1B4_PRX_RFIC RF_B40_PRX_RFIC RF_B7_PRX_RFIC RF_B3_PRX_RFIC RF_B8_PRX_RFIC RF_B38B41_PRX_RFIC
  • 19. Power Net Connection Note: Reserve at least one tuning cap. For PMIC VPA total cap requirement, the total cap at RF side should be in 6.2uF +/-5%. 50mil From PMIC VBAT to TXM V28 to FEM 80mil 8mil 8mil B 3 T X Note: Use 0603 for lower Capacitance drop 3/4G_PAIN_MB 3/4G_PAIN_LB 4G PA input need LPF for harmonic rejection B7 TX B20_B28A TX B 3 4 B 3 9 T X B 2 T X B 1 T X B40 TRX 50mil 50mil 10mil B a n d 4 1 B 8 T X B 5 T X B 4 T X B28B TX 3/4G_PAIN_HB C3222 100PF C3264 33PF C3263 33PF 1 2 C3258 12pF 1 2 C3255 12pF 1 2 C3254 NF 1 2 C3256 NF 1 2 C3259 NF 1 2 C3257 NF 1 UNBL1 2 GND 3 GND 4 UNBL2 5 GND U3241 1 2 C3204 12pF L3204 NF 1 2 C3207 12pF 1 2 C3213 12pF 1 2 C3206 NF 1 2 C3208 NF L3201 NF L3202 NF 4 UNBAL2 2 GND 5 GND 3 GND 1 UNBAL1 U3240 C3202 12pF C3203 NF C3201 NF R3217 0 C3215 NF 1 2 L3207 NF L3211 3.3NH C3218 NF C3219 NF L3213 3.3NH C3221 NF C3210 NF R3202 0 C3223 NF C3224 NF C3249 4.7PF L3241 7.5NH 1 2 L3242 NF C3214 NF L3205 2.7nH 1 2 L3208 NF R3219 0 1 2 C3261 12pF L3235 NF 1 2 C3260 12pF L3233 NF 1 2 C3211 100PF 1 2 C3236 100PF 1 2 C3238 100PF R3233 0 R3201 0 1 2 C3267 1.0uF 1 2 C3270 1.0uF 1 2 C3229 NC 1 2 C3131 NF 1 2 C3232 1.5PF 1 2 C3240 NF 1 2 C3241 2.2PF 1 2 C3244 NF 1 2 C3248 NF C3245 3.3PF C3246 3.3PF L3215 9.1nH C3247 22PF 1 2 C3278 33PF 1 2 C3243 1.0PF 1 2 C3242 1.0PF L3222 4.7nH R3203 0 R3205 0 1 2 C3269 27PF 1 2 C3271 27PF 1 2 C3266 8.2pF 1 2 C3233 1.0PF 1 2 C3226 1.0PF L32006 4.3nH 2 1 TVS3201 C3237 0.1uF C3227 4.7uF L/M/H PA 1 GND 2 GND 3 RFIN_H 4 NC 5 SDATA 6 SCLK 7 VIO 8 VBATT 9 NC 10 NC 11 NC 12 RFIN_M 13 RFIN_L 14 RFIN_VL 15 GND 16 LB4 17 LB3 18 LB2 19 LB1 20 LB5 21 MB1 22 GND 23 MB2 24 GND 25 MB3 26 MB4 27 GND 28 VCC2_2 29 VCC1 30 VCC2 31 GND 32 GND 33 HB1 34 GND 35 HB2 36 GND 37 HB3 38 GND 39 GND 40 GND 41 HBRX1 42 HBRX2 43 GND 44 GND 45 GND 46 GND 47 GND 48 GND 49 GND 50 GND U3201 RF-PA-SKY77638-11 1 IN/OUT 2 GND 3 IN/OUT 4 GND U3239 1 2 C3228 0.47UF 1 2 C3234 0.47UF 1 2 C3239 0.47UF R3212 0 R3207 0 1 2 C3230 4.7uF 1 2 C3225 1nF 1 2 C3205 3.9PF 1 2 L3203 5.6NH C3209 NF L3216 NF L3212 NF R3206 0 1 2 C 3 2 1 2 NF LTE_VFE28 VFE28_PMU LTE_VMIPI GND VPA_PMU VIO18_PMU VPA_VCC2 VBAT VPA_VCC2 VPA_VCC1 R F ︳ M B ︳ T X ︳ R F I C MIPI1_SCLK MIPI1_SDATA RF_B41_TRX_TXM RF_B40_TRX_TXM R F ︳ B 7 ︳ P A ︳ D P X RF_B3_PA_DPX RF_B20B28A_PA_DPX RF_B8_PA_DPX RF_B5_PA_DPX RF_B2_PA_DPX RF_B1_PA_DPX RF_B4_PA_DPX RF_B34B39_PA_TXM VPA_VCC1 VPA_VCC2 RF_B40_PRX_RFIC RF_B38B41_PRX_RFIC RF_LB_TX_RFIC LTE_VMIPI RF_HB_TX_RFIC GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND R F ︳ B 2 8 B ︳ P A ︳ D P X GND GND GND
  • 20. Title Size Date: Sheet of MTK Confidential 34 33_RF_MT6177_RF_PRX 20 A1 Thursday, November 02, 2017 1 H M L B ︳ P r i m a r y - A N T B 3 4 B 3 9 P R X High pass filter for G8 Tx in G7 Rx band noise rejection 2G_PAIN_HB 2G_PAIN_LB Band Pass Filter for SAWless Application. Band4 Band5 Band3 Band1 Band8 Band7 Band2 Band28A&B20兼容 Band28B Band20&Band28 C3315 33PF R3409 0 L3416 2.7nH 1 2 L3415 NF C3414 12pF 1 2 L3417 NF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3307 1 2 L3301 NF C3319 12pF R3406 0 L3407 3.3NH L3409 9.1nH 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3303 L3408 NF 1 2 C 3 4 0 6 22PF 1 2 C3334 22PF L3310 NF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3304 R3422 4.7PF L3431 NF L3432 2.0NH C3335 NF 1 2 C3338 22PF R3301 4.7PF L3401 NF L3402 2.0NH 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3301 C3402 NF 1 2 C3339 100PF R3323 0 L3404 2.0NH L3405 NF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3302 SAYEY1G88BA0B0A C3405 NF 1 2 C3442 100PF C3327 NF 1 2 C3328 22PF 1 2 C3340 22PF 1 2 L3411 NF R3408 0 C3411 NF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3305 1 2 L3412 NF 1 2 C3331 33PF C3332 NF C3333 100PF 1 2 L3419 NF 1 2 L3420 7.5NH R3411 0 3 TX 6 ANT 2 GND 4 GND 1 RX 5 GND 7 GND 8 GND U3308 C3417 100PF C3416 NF C3341 NF 1 2 C3342 33PF 1 2 C3441 100PF L3433 NF R3420 0 L3435 NF L3309 NF 1 2 C3329 22PF 1 IN 2 OUT J3301 L3102 NF L3101 NF I-PEX 第五代 极性标识 信号端 1 GND 2 I/O 3 GND 4 GND U3309 RF-ANT-I-PEX-MHF5 L3330 68nH C3336 33PF R3325 10K 1 2 C3337 100PF R3326 100K R3310 0 1 2 C3301 33PF 1 2 C3307 10PF 1 2 C3308 1nF 1 2 C3305 10uF 2 1 TVS3301 1 2 R3900 6.98K 1 2 C3312 220pF 1 2 C3313 1000PF 1 2 C3303 18PF 1 2 C3316 18PF R3311 0 R3312 0 C3317 22PF R3305 NF R3306 NF C3318 33PF C3314 NF R3352 0 C3311 NF R3302 0 高通专用 1 LB-SWOUT 2 LB-IN 3 HB-IN 4 HB-SWOUT 5 SCLK 6 SDATA 7 VIO 8 VRAMP 9 VCC 10 VBATT 11 GND 12 GND 13 GND 14 GND 15 GND 16 GND 17 CPL 18 GND 19 NC 20 GND 21 GND 22 ANT 23 GND 24 NC 25 NC 26 NC 27 TRX10 28 TRX9 29 TRX8 30 TRX7 31 TRX6 32 TRX5 33 TRX4 34 TRX3 35 TRX2 36 TRX1 37 NC 38 GND 39 GND 40 GND 41 GND 42 GND 43 GND 44 GND 45 GND 46 GND 47 GND U3310 RF-TR-SKY77912-61 1 2 C3437 100PF 1 2 C3436 100PF L3438 NF 1 RF2 2 GND 3 RF1 4 VDD 5 ANT 6 V1 U3311 1 IN/OUT 2 GND 3 IN/OUT 4 GND U3339 L3436 3.3NH 1 2 C3310 33PF R3309 0 R3308 0 R3320 4.7PF L3306 NF L3307 2.0NH C3321 NF 1 2 C3322 22PF R3317 4.7PF L3305 2.0NH C3324 NF 1 2 C3323 100PF 1 2 C3326 22PF 1 2 C3325 100PF L3308 NF 1 RF2 2 GND 3 RF1 4 VDD 5 ANT 6 V1 U3313 1 RF2 2 GND 3 RF1 4 VDD 5 RFC 6 CTRL U3312 R3316 0 L3303 NF 1 2 C3320 100PF 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U2028 SFX718DYJ02 8 G 5 G 1 RX 2 G 3 TX 4 G 6 ANT 7 G U3328 SFX733DYJ02 R3322 0 R3336 0 L3313 NF L3319 NF 1 2 C3345 22PF 1 2 C3346 22PF 1 2 C3306 10uF R3328 0 L3304 NF L3312 68nH 1 2 C3343 33PF 1 2 C4327 100PF C3348 33PF R3315 0 R3319 0 C3349 33PF 8 RF4 3 GND 2 RF3 1 GND 7 GND 9 CTL 10 VDD 5 GND 4 RF1 6 RF2 U1 RF-DPDT-QM11022 VBAT RF_MB1_TX_RFIC RF_B8_TRX_TXM RF_B2_TRX_TXM RF_B7_TRX_TXM RF_B1_TRX_TXM RF_B5_TRX_TXM RF_B3439_PRX_TXM RF_B34B39_PA_TXM RF_B41_TRX_TXM RF_B40_TRX_TXM RF_B7_PRX_RFIC RF_B7_PA_DPX RF_B7_TRX_TXM RF_B3_PA_DPX RF_B3_TRX_TXM RF_B3_PRX_RFIC RF_B4_PA_DPX RF_B4_TRX_TXM RF_B1_PA_DPX RF_B1_TRX_TXM RF_B2_PA_DPX RF_B2_TRX_TXM RF_B1B4_PRX_RFIC RF_B2_PRX_RFIC RF_B5_TRX_TXM R F ︳ B 5 ︳ P A ︳ D P X RF_B8_TRX_TXM RF_B8_PA_DPX RF_B3439_PRX_TXM R F ︳ B 3 4 B 3 9 ︳ P R X ︳ R F I C RF_B8_PRX_RFIC RF_B5_PRX_RFIC GND LTE_VMIPI BPI_BUS15 APC1 MIPI0_SDATA MIPI0_SCLK RF_LB1_TX_RFIC LTE_VMIPI RF_TXDET RF_B3_TRX_TXM BPI_BUS0 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND LTE_VFE28 RF_B4_TRX_TXM RF_B20B28_TRX_TXM RF_B20B28A_PA_DPX RF_B20B28_PRX_RFIC LTE_VFE28 BPI_BUS1 GND RF_B20B28_TRX_TXM LTE_VFE28 BPI_BUS2 RF_B28B_PA_DPX GND GND GND GND GND GND LTE_VFE28 RF_ANT_TRX_SWITCH_3 RF_ANT_TRX_SWITCH_2 BPI_BUS9 GND
  • 21. Title Size Date: Sheet of MTK Confidential 21 34_RF_MT6177_RF_DRX 34 A1 Thursday, November 02, 2017 1 B 5 D R X B 3 D R X B 3 4 B 3 9 D R X B 7 D R X B 4 0 D R X B 3 8 B 4 1 D R X B 1 / 4 D R X B40 Band20/B28 B a n d 8 B 2 D R X 1 2 C3471 100PF L3421 NF 1 IN 2 OUT J3401 RF-SWITCH-818000291 L3422 NF 1 J5 1 J4 1 RF1 2 RF2 3 GND 4 VDD 5 VC1 6 VC2 7 GND 8 RF4 9 RF3 10 RFC U3411 C3472 NF C3473 NF C3474 NF C3475 NF R3424 0 C3476 NF C3477 NF 1 TP34 TP-0.5MM 1 TP35 TP-0.5MM 1 J7 R3425 0 R3426 0 L3410 0 L3439 0 R3427 0 R3428 0 1 2 C3505 33PF C3478 22PF L3601 2.7nH C3479 NF 4 UNBAL2 2 GND 5 GND 3 GND 1 UNBAL1 U3401 1 2 C3607 33PF C3608 NF C3609 33PF R3607 NF 1 IN 2 GND 3 GND 4 OUT 5 GND U3403 RF-SAW-SFHG42CA002 1 2 C3613 33PF C3614 NF R3609 NF C3623 22PF 4 UNBAL2 2 GND 5 GND 3 GND 1 UNBAL1 U3440 1 IN 2 GND 3 GND 4 OUT 5 GND U3405 RF-SAW-SAFFB881MAN0F0A 1 2 C3611 33PF L3609 3.9nH C3620 33PF L3620 4.7nH 4 UNBAL2 2 GND 5 GND 3 GND 1 UNBAL1 U3420 SFH806BA002 1 2 C3638 33PF C3639 NF C3622 100PF 1 2 L3603 NF C3618 33PF 4 UNBAL_P1 1 UNBAL_P0 2 GND0 3 GND1 5 GND2 U3408 SAFFB942MAN0F0A 1 2 L3418 NF R3605 33PF R3616 NF C3330 NF 1 2 L3336 NF L3605 5.1NH C3480 22PF L3606 5.1NH C3624 22PF 2 G 1 IN 3 GND 4 OUT 5 G U3407 L3623 5.1NH C3635 22PF L3624 5.1NH C3625 22PF 1 UNBL1 2 GND 3 GND 4 UNBL2 5 GND U3441 RF-SAW-SAFFB2G60AA0F0A 1 2 C3481 33PF C3482 NF 1 2 C3483 33PF 1 2 C3484 33PF C3485 NF C3487 NF C3488 NF C3489 NF C3490 NF R3429 NF C3491 33PF C3433 33PF C3493 33PF R3430 NF C3494 33PF 1 2 C3496 10PF 1 2 C3497 10PF 1 2 C3498 10PF 1 2 L3413 NF R3431 NF C3409 33PF C3410 33PF 1 UNBL1 2 GND 3 GND 4 UNBL2 5 GND U3402 RF-SAW-SAFFB1G96AB0F0A 1 2 C3426 33PF C3425 NF R3432 NF 1 2 C3415 33PF C3413 33PF R3433 NF 1 NC 2 RX10 3 RX9 4 RX8 5 RX7 6 RX6 7 GND 8 GND 9 ANT 10 GND 11 RX5 12 RX4 13 RX3 14 RX2 15 RX1 16 GND 17 VDD 18 VIO 19 SDATA 20 SCLK 21 GND U3410 1 2 C3502 0.01uF 1 2 C3503 33PF 1 2 C3504 33PF 1 J6 R3436 0 1 IN/OUT 2 GND 3 IN/OUT 4 GND U3439 R3414 0 1 NC 2 GND 3 NC 4 OUT 5 GND 6 IN U3421 RF-BAND-LF1005_N1R9NBAT/LF C3422 NF C3424 100PF 1 2 C3421 33PF C3423 NF 1 2 C3420 33PF R3434 0 1 2 C3444 33PF 1 2 C3456 33PF BPI_BUS4 BPI_BUS3 GND GND RF_B40_DRX_SWITCH RF_B3_DRX_SWITCH R F ︳ B 5 ︳ D R X ︳ S W I T C H RF_B20B28_DRX_SWITCH R F ︳ B 1 B 4 ︳ D R X ︳ S W I T C H RF_B8_DRX_SWITCH R F ︳ B 7 ︳ D R X ︳ S W I T C H RF_B41_DRX_SWITCH R F ︳ B 3 4 B 3 9 ︳ D R X ︳ S W I T C H R F ︳ B 3 8 B 4 1 ︳ D R X ︳ R F I C R F ︳ B 4 0 ︳ D R X ︳ R F I C R F ︳ B 7 ︳ D R X ︳ R F I C RF_B5_DRX_RFIC R F ︳ B 1 B 4 ︳ D R X ︳ R F I C R F ︳ B 3 ︳ D R X ︳ R F I C R F ︳ B 3 4 B 3 9 ︳ D R X ︳ R F I C R F ︳ B 8 ︳ D R F ︳ B 2 0 M I P I 3 ︳ S C L K M I P I 3 ︳ S D A T A R F ︳ B 1 B 4 ︳ D R X ︳ S W I T C H RF_B41_DRX_SWITCH RF_B34B39_DRX_SWITCH RF_B5_DRX_SWITCH RF_B20B28_DRX_SWITCH R F ︳ B 8 ︳ D R X ︳ S W I T C H R F ︳ B 4 0 ︳ D R X ︳ S W I T C H R F ︳ B 3 ︳ D R X ︳ S W I T C H R F ︳ B 2 ︳ D R X ︳ S W I T C H RF_B7_DRX_SWITCH RF_B2_DRX_SWITCH RF_B2_DRX_RFIC GND GND GND GND LTE_VFE28 LTE_VFE28 LTE_VMIPI GND RF_ANT_TRX_SWITCH_2 RF_ANT_TRX_SWITCH_3
  • 22. eMMC+LPDDR3 Close to eMCP A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note: 44-2 Note 44-4: Note 44-3: Please refer to eMCP vendor's datasheet or MTK common design notice to get the recommendation bypass cap. value for VCC/VCCQ/VDDI power domains of eMMC. Note 44-2: DRAM ZQx resistor = 240ohm (1%) that must be connected to GND Note 44-1: Schematic design notice of "44_Memory_eMMC_LPDDR3" Please refer to power supply related page select VDRAM1 output voltage properly for LPDDR3 VDD2 VDDQ VDDCA decoupling cap: closed to DRAM ball. For other cap for PMIC [>10uF, at PMIC page]: please also refer to MMD and layout guide for placement. Note: 44-1 Note: 44-4 Note: 44-3 Note: 44-3 1%精度 C4027 100nF C4022 100nF C4014 2.2uF C4001 100nF R4005 240 C4023 100nF C4007 2.2uF C4002 100nF R4004 240 Power eMMC LP-DDR3 F12 DQ31 F10 DQ29 G10 DQ26 F13 VSSQ H13 DQ25 G11 VSSQ G2 ZQ0 F11 DQ30 G12 DQ27 H10 VSSQ H2 CA9 J2 CA8 G13 DQ28 H11 DQ24 J12 DQ15 J8 VSSQ K3 CA6 J3 CA7 J13 VSSQ L13 DQ11 K11 DQ13 K13 DQ14 L11 DQ12 L3 CA5 N12 DQ8 M13 DQ9 M11 DQ10 K8 VSSQ K9 VSSQ T11 DQ5 T13 DQ6 R12 DQ7 L10 VSSQ V3 CA4 W3 CA3 W2 CA2 L12 VSSQ U13 DQ4 V13 DQ2 V11 DQ1 U11 DQ3 Y3 CA1 AA13 DQ19 Y11 DQ23 W12 DQ0 M8 VSSQ Y2 CA0 AB11 DQ17 AA12 DQ20 N13 VSSQ P9 VSSQ Y13 DQ22 R13 VSSQ AB12 DQ16 AB10 DQ18 AA10 DQ21 N2 VDDCA U2 VDDCA F9 VDD1 L8 VDDQ P11 VDD2 L9 VDDQ N5 VDD2 N11 VDDQ J11 VDDQ M10 VDDQ G9 VDDQ G5 VDD1 R5 VDD2 R11 VDDQ F4 VDD1 P8 VDD2 H12 VDDQ K10 VDDQ K12 VDDQ M5 VDD2 T10 VDDQ K2 VDDCA M12 VDDQ H8 VDDQ P5 VDD2 F3 VDD1 B3 VCC B12 VCC B13 VCC C4 VCC H4 VSSCA J4 VSSCA K4 VSSCA A3 VSSM A8 VSSM A12 VSSM B2 VSSM B7 VSSM B11 VSSM C3 VSSM C5 VSSM C8 VSSM C10 VSSM B8 CLKM C2 RST A6 CMD B4 DAT7 A5 DAT6 A10 DAT5 C9 DAT4 B5 DAT3 C6 DAT2 B10 DAT1 A9 DAT0 C12 VSSM A1 DNU A14 DNU P10 ODT AA1 DNU AA14 DNU AB1 DNU AB2 DNU AB13 DNU AB14 DNU U3 CS0# T3 CS1# T2 CKE0 R2 CKE1 P3 CLK N3 CLK# T9 DQS0 R9 DQS0# M9 DQS1 N9 DQS1# Y9 DQS2 W9 DQS2# H9 DQS3 J9 DQS3# R10 DM0 N10 DM1 W10 DM2 J10 DM3 M2 VREFCA P13 VREFDQ D8 VCC A4 VCCQ B6 VCCQ C7 VCCQ C11 VCCQ A11 VCCI B9 VCCQ C13 VSSM D7 VSSM A2 VSF A13 VSF B1 VSF B14 VSF D2 VSF D3 VSF D4 VSF D5 VSF D6 VSF AA3 VDD1 AA5 VDD1 AB3 VDD1 AB4 VDD1 AB9 VDD1 F5 VDD2 F8 VDD2 J5 VDD2 K5 VDD2 L2 VDD2 L5 VDD2 T5 VDD2 U5 VDD2 V5 VDD2 W5 VDD2 AB5 VDD2 AB8 VDD2 T12 VDDQ U8 VDDQ U9 VDDQ V10 VDDQ V12 VDDQ W11 VDDQ Y8 VDDQ Y12 VDDQ AA9 VDDQ V2 VDDCA T8 VSSQ U10 VSSQ U12 VSSQ V8 VSSQ V9 VSSQ W8 VSSQ W13 VSSQ Y10 VSSQ AA11 VSSQ F2 VSS G4 VSS G8 VSS H3 VSS H5 VSS L4 VSS M3 VSS M4 VSS N4 VSS N8 VSS P4 VSS P12 VSS R3 VSS R4 VSS R8 VSS T4 VSS Y4 VSS Y5 VSS AA2 VSS AA4 VSS AA8 VSS P2 VSSCA U4 VSSCA V4 VSSCA W4 VSSCA A7 RFU G3 ZQ1 U4102 C4006 NF C4011 100nF C4008 100nF C4012 1.0uF C4026 1.0uF C4078 22uF C4010 100nF C4024 2.2uF C113 100nF C114 100nF C4021 4.7uF GND GND VIO18_PMU VEMC_PMU GND GND GND GND VDRAM_PMU GND GND GND GND GND GND GND GND GND GND EMI0_DQS0_T EMI0_CS0_N EMI0_DQS3_T EMI0_DQS2_T EMI0_DQS1_T EMI0_DQS2_C EMI0_DQS1_C EMI0_DQS0_C EMI0_DM0 EMI0_CS1_N EMI0_DQS3_C EMI0_DM3 EMI0_DM2 EMI0_DM1 EMI0_CKE0 EMI0_CK_C EMI0_CK_T E V R E F MSDC0_CLK MSDC0_RSTB MSDC0_CMD MSDC0_DSL MSDC0_DAT7 MSDC0_DAT6 MSDC0_DAT5 MSDC0_DAT4 MSDC0_DAT3 MSDC0_DAT2 MSDC0_DAT1 MSDC0_DAT0 EMI0_DQ0 EMI0_DQ1 EMI0_DQ2 EMI0_DQ3 EMI0_DQ4 EMI0_DQ5 EMI0_DQ6 EMI0_DQ7 EMI0_DQ8 EMI0_DQ9 EMI0_DQ10 EMI0_DQ11 EMI0_DQ12 EMI0_DQ13 EMI0_DQ14 EMI0_DQ15 EMI0_DQ16 EMI0_DQ17 EMI0_DQ18 EMI0_DQ19 EMI0_DQ20 EMI0_DQ21 EMI0_DQ22 EMI0_DQ23 EMI0_DQ24 EMI0_DQ25 EMI0_DQ26 EMI0_DQ27 EMI0_DQ28 EMI0_DQ29 EMI0_DQ30 EMI0_DQ31 EMI0_CA0 EMI0_CA1 EMI0_CA2 EMI0_CA3 EMI0_CA4 EMI0_CA5 EMI0_CA6 EMI0_CA7 EMI0_CA8 EMI0_CA9 EMI0_CKE1 ZQ1 ZQ0 E V R E F E M I ︳ V D D 1 VDRAM_PMU GND GND GND
  • 23. Thursday, November 02, 2017 A1 23 51_CONNECTIVITY_CONSYS (A/Ddie) 34 MTK Confidential of Sheet Date: Size Title MT6631N Close to ANT <Critical!!> 5G PCB loss is higher and trace must kept short and 50-ohm No layer transition 50 Ohm GPS xLNA Close to MT6631 50 Ohm PMIC R5016/R5017 NC, R5003/R5018 0ohm TCXO R5016/R5017 0ohm, R5003/R5018 NC A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 10nf C O ︳ P a d C O ︳ P a d C5005 100PF C5027 100nF MT6631 1 AVDD28_FSOURCE 4 CONN_TOP_CLK 6 CEXT 12 GPS_IP 10 GPS_QP 11 GPS_IN 39 GPS_RFIN 23 WF_CTRL0 34 WF_RF_5G 2 CONN_HRST_B 38 FM_LANT_P 36 AVDD28_FM 37 FM_LANT_N 9 GPS_QN 8 XO_IN 22 WF_CTRL1 21 WF_CTRL2 20 WF_IP 29 WB_VDET_2G 33 AVDD33_WBT 32 NC 25 BT_DATA 30 WIFI_AUX_2G 35 WF_AUX_5G 26 AVDD18_WBT 31 WB_RF_2G 28 WIFI_VDET_5G 24 BT_CLK 14 BT_QP 3 CONN_TOP_DATA 27 AVDD18_WBT 15 BT_IN 40 AVDD18_GPS 7 NC 5 WB_PTA 13 BT_QN 17 WF_QN 18 WF_QP 19 WF_IN 16 BT_IP 41 DVSS U5003 C4501 NF L4508 NF R4512 0 L4520 NF 1 J4501 1 J4502 R4505 0 C4506 0 R4501 0 R4511 0 C101 NF 1 WIFI 2 GND 3 GPS 4 GND 5 ANT 6 GND U5101 4 OUTPUT 2 GND 5 GND 3 GND 1 INPOUT FL5101 1 2 L4904 8.2nH L4903 NF 1 2 C4904 33PF 1 UNBL1 2 GND 3 GND 4 UNBL2 5 GND FL5103 RF-SAW-SAFFB1G58KA0F0A-A 1 GND 2 GND 3 RFIN 4 VDD 5 EN 6 RFOUT U5102 GPS-LNA-RDALN16 1 2 C4906 27PF 1 2 C4907 33PF L4901 NF L4902 NF R4905 100NH 1 2 C5009 100PF 1 2 C5006 4.7uF 1 2 C5011 0.01uF R5007 NF R5006 NF L5007 82NH 1 2 C5013 4700pF 1 2 C5017 1.0uF 1 2 C5018 100PF R5033 0 R5018 0 BEAD5001 600ohm 1 2 C5019 1.0uF 1 2 C5012 1.0uF R5008 0 R5012 0 R5005 0 1 IN 2 OUT J5101 C5110 NF C5103 NF 1 2 C5101 18PF C5102 NF R5108 NF R5122 0 C5112 NF C5113 NF C5114 NF 4 OUT 2 GND1 5 GND3 3 GND2 1 IN FL5102 1 2 J11 RF-MODULE-TEST_PHI4.0 1 J 4 5 0 3 R4502 0 R4503 0 R22 0 AVDD18_WBT VCN28_PMU FM_AVDD28 VCN18_PMU V C N 3 3 AVDD33_WBT AVDD33_WBT FM_AVDD28 GND AVDD18_WBT AVDD18_GPS GND GND F M ︳ A N T ︳ N FM_ANT_P CONN_WF_CTRL1 CONN_WF_CTRL2 CONN_BT_CLK CONN_WF_CTRL0 WF_IP WF_QP WF_IN BT_IP WF_QN BT_QP BT_IN GPS_I BT_QN GPS_Q CONN_HRST_B CONN_TOP_CLK CONN_WB_PTA CONN_TOP_DATA CONN_BT_DATA CONN_WF_CTRL0 CONN_HRST_B CONN_BT_CLK CONN_TOP_CLK CONN_BT_DATA GPS_I CONN_WF_CTRL2 WF_QP CONN_TOP_DATA BT_QP BT_IN BT_IP WF_IN WF_IP CONN_WB_PTA GPS_Q WF_QN CONN_WF_CTRL1 BT_QN G P S ︳ D I P GND GND GND GND V C N 2 8 ︳ P M U G P I O ︳ G P S ︳ L N A ︳ E N G P S ︳ D I P XIN_WBG PMIC_CLK_WCN AVDD18_GPS GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND
  • 24. L-R-G-M 6mil 6mil 6mil 6mil Single via to GND plane C <= 1pF Earphone Audio Close to PMIC Close to connector Close to BB Connecting the GNDs together and then to main GND through signle via Close to IC Close to audio jack Receiver Connecting the GNDs together and then to main GND through signle via Star connection Earphone EINT Earphone DL Earphone UL Close to audio jack 10mil Earphone Microphone HPL HPR DETECTION MIC Note: 62-1 Note: 62-2 注意选型 注意选型 注意选型 注意选型 68nH?? 选择ACC MODE Note: 62-3 Note: 62-1 Note: 62-5 R6209 R6219 R6231 R6210 R6230 R6229 1uF 1uF 1K 1.5K NC 4.7uF R6225 0 ohm Key-Detection EINT HP_EINT ACC mode MT6357 DCC mode ACCDET AU_VIN1_P HP_EINT Mode Platform 0 ohm 0 ohm NC NC 2.49K 0 ohm NC R6208 47K ohm 47K ohm Note: 62-4 Part # of BEAD6202, BEAD6203, BEAD6204 and BEAD6205 needs changed to "BLM18BD102SN1" for high THD performance (-90dB) but this BOM change will results in FM RSSI 10dB degraded . Note 62-1: Schematic design notice of "62_PERI_AUDIO_IO" page. Note 62-2: Reserved Cap for CS/RS test, please double check multi-key function when used 0 ohm Earphone Jack @ Sub board Earphone Jack @ Main board R 6 2 1 3 100nF Note 62-3: Please Select ACC Mode for Operator Project to Pass Electrical MOS Test; More Information refer to Audio/Speech Design Notice Note 62-4: Note 62-5: Please select R6231 with 0402 size 15mil 15mil 15mil 15mil 3.3nf 注意选型 R6208 47K R6219 NF ESD6204 ESD6203 L6201 1000PF C6231 33PF ESD6202 C6225 100PF R6231 4.7uF ESD6214 R6207 470 BEAD6206 0 C6232 33PF SH6205 C6220 100PF C6209 3.3PF R6209 1K ESD6212 R6235 NF C6219 33PF L6203 68nH R6225 1K L6202 0 C6208 33PF R6229 1.0uF R6206 470 R6230 1.0uF BEAD6201 1800ohm BEAD6203 0 R6210 1.5K BEAD6205 0 C6221 33PF ESD6213 C6207 33PF REC2101 ESD1 R6213 0 SH5 BEAD1 0 BEAD2 0 R2101 0 R2102 0 6 5 4 3 2 1 7 C O N 6 2 0 1 AUDIO-EAR-PH92-0B22A42A SH14 C1 33PF R 6 2 0 1 0 GND GND GND GND GND GND GND GND GND GND GND AU_MICBIAS1 AU_HSP AU_HSN AU_VIN1_N AU_VIN1_P AU_HPL AU_HPR ACCDET AU_REFN HP_EINT FM_ANT_P AVSS28_AUD MIC_P GND FM_ANT_N H P ︳ L HP_GND H P ︳ R HP_DET HP_MIC HP_MIC H P ︳ R HP_DET HP_L HP_GND GND GND
  • 25. Title Size Date: Sheet of MTK Confidential 25 63_PERI_AUDIO_IO2(2 AMIC) 34 A1 Thursday, November 02, 2017 Handset 2nd Microphone (Rear - DMNR), AMIC Connecting the GNDs together and then to main GND through signle via Schematic design notice of "63_PERI_AUDIO_IO" page. Note 63-1: 1 uF for ACC mode 0 ohm for DCC mode Note: 63-1 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Analog MIC Close to BB Close to MIC Refer to GUIDE1 选择ACC 模式 C29 33PF C2127 100nF C30 33PF C31 100PF C2125 220PF R2108 0 R2109 0 1 OUTPUT 2 GND 4 POWER 5 GND 6 GND 3 GND MIC2101 MIC-SPU0410LR5H-QB TVS2103 BEAD2104 1.0uF BEAD2103 1.0uF R9 0 R13 0 A U ︳ V I N 2 ︳ P A U ︳ V I N 2 ︳ N GND GND AU_MICBIAS0
  • 26. Title Size Date: Sheet of MTK Confidential 26 65_PERI_SPEAKER_AMP 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 If AW8738,this cap will be 47nF 耐压值10V 型号确认 型号确认 测试器件暂时省掉 C11 33PF C2109 33PF D2 C1P C1 C1N D1 C2P B1 C2N A1 INP A2 INN A4 SHDN D3 PVDD B4 VOP D4 VON B3 VDD A3 VDD C4 GND C2 GND U2101 AUDIO-AMP-AW87318CSR C12 2.2uF C13 2.2uF C2110 4.7uF;10V C2112 4.7uF C2111 0.1uF R2105 3K R2104 3K C14 0.068uF C15 220PF R2103 100K C16 0.068uF BEAD2101 0R_220ohm BEAD2102 0R_220ohm C18 56PF S P K ︳ P S P K ︳ N G P I O ︳ S P K ︳ E N A U ︳ L O L N A U ︳ L O L P VSYS GND
  • 27. Title Size Date: Sheet of MTK Confidential 27 67_PERI_LCD_CTP 34 A1 Thursday, November 02, 2017 Schematic design notice of "67_PERI_LCD_CTP" page. It is recommended to reserve common-mode choke to prevent RF de-sense, the max. cap loading of common-mode choke must be less than 3pF. Note 67-1: Note: 67-1 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Note: If best EMI practices are followed for MIPI CSI/DSI signals, there is no need for common mode choke filters. You may choose to have placeholders for common mode depending upon your design constraints. Extreme care must be taken that no stubs are created by doing so. LCD 接口OK L C M I D ID0 I D 1 v e n d e r 0 1 E B B G 1 0 天马 BOE 0 0 1.8V 换0402电阻 1 2 3 4 5 6 7 8 9 10 11 12 30 29 28 27 26 25 24 23 22 21 20 19 16 17 18 15 14 13 33 34 32 31 J2302 BTBS-BB2R4-30KBJ03 C35 33PF_NF C36 27PF C37 27PF 1 2 4 3 EM2301 1 2 4 3 EM2302 1 2 4 3 EM2303 1 2 4 3 EM2304 1 2 4 3 EM2305 C32 NF C33 33PF C2351 33PF C34 2.2uF R44 0 C2350 33PF R43 0 FB1 0 R 6 7 0 1 0 C22 15PF C39 15PF LCM_LEDA LCM_LEDK_1 LCM_LEDK_2 D S I 0 ︳ D 3 N D S I 0 ︳ D 3 P D S I 0 ︳ D 2 N D S I 0 ︳ D 2 P D S I 0 ︳ C K P D S I 0 ︳ C K N D S I 0 ︳ D 1 P D S I 0 ︳ D 1 N D S I 0 ︳ D 0 P D S I 0 ︳ D 0 N LCM_RST LCM_LED_PWM LCM_ID0 L C M ︳ I D 1 GND GND DSI_TE LCM_AVEE LCM_AVDD GND GND GND GND GND GND VIO18_PMU
  • 28. Schematic design notice of "69_PERI_CAMERA" page. Note 69-1: It is recommended to reserve common-mode choke to prevent RF de-sense, the max. cap loading of common-mode choke must be less than 3pF. Note 69-2: It is recommended to reserve 0-ohm for BOM fine tune to minimize RF de-sense. 供应商修改1 pin位置，需要按网络名核对 Note: 69-2 增加双摄 注意信号连接,I2C,CLK等的选用 AVDD，DVDD需要单独增加LDO 0402测试先去掉 Main Camera Note: 69-1 Note: 69-2 AF电源 0201 测试省掉 2.8V 1.2V 1.8V 2.8V 2.8V 1.2V 1.8V 测试器件暂时省掉 接口已确认OK 接口已确认OK 电源选择 FRONT_camera Note: 69-2 接口已确认OK Note: 69-1 2.8V 1.2V 1.8V 闪光灯 1 2 3 4 5 6 7 8 9 10 11 12 30 29 28 27 26 25 24 23 22 21 20 19 16 17 18 15 14 13 33 34 32 31 J2401 BTBS-5033043010 2 GND 1 OUT 4 IN 3 EN U2401 LDO-SGM2031 C2406 4.7uF C2405 1.0uF/NF C25 33PF C26 2.2uF HT1 5 6 7 8 9 10 11 12 20 19 18 17 16 15 14 13 21 22 23 24 4 3 2 1 25 26 28 27 J1 BTBS-BBR43-24KBJ03 1 2 4 3 EM5 1 2 4 3 EM6 1 2 4 3 EM7 C27 1.0uF C24 1.0uF 2 GND 1 OUT 4 IN 3 EN U2 LDO-SGM2031 C7 1.0uF/NF C9 1.0uF/NF 1 2 4 3 EM2404 1 2 4 3 EM2405 1 2 4 3 EM2406 1 2 4 3 EM2407 1 2 4 3 EM2408 C2411 2.2uF C2408 1.0uF C2410 4.7uF HT2402 C108 27PF C2450 33PF C2409 2.2uF R6 0 R 6 9 0 1 0 R6902 0 C2413 33PF C2401 2.2uF HT2401 5 6 7 8 9 10 11 12 20 19 18 17 16 15 14 13 21 22 23 24 4 3 2 1 25 26 28 27 J2402 BTBS-BBR43-24KBJ03 C2412 1.0uF 1 2 4 3 EM2403 1 2 4 3 EM2401 1 2 4 3 EM2402 C2403 1.0uF C109 4.7uF C 2 4 0 2 27PF R14 0 R15 0 1 2 D1 DIODE-LED-FLASH-LXCL-VW01-0013 1 2 D2 DIODE-LED-FLASH-LXCL-VW01-0013 C6903 33PF C6902 39PF 1 2 C6901 56PF C A M ︳ A V D D ︳ E X T V C A M A ︳ E X T ︳ E N C A M ︳ P D N 2 GND GND GND C A M ︳ C L K 2 C A M ︳ A V D D ︳ E X T V C A M D ︳ P M U ︳ E X T GND V C A M I O ︳ P M U S C L 6 SDA6 V S Y S V C A M D ︳ P M U ︳ E X T V C A M D ︳ E X T ︳ E N RCN_B RCP_B RDN2_B RDP2_B RDP0_B RDN0_B GND GND GND C A M ︳ C L K 0 GND V C A M D ︳ P M U V C A M I O ︳ P M U V C A M A ︳ B T B GND SDA2 C A M ︳ R S T 0 V L D O 2 8 ︳ P M U GND SCL2 GND V C A M A ︳ B T B V C A M A ︳ P M U R D P 1 ︳ D RDN1_D RDP0_D RDN0_D RCN_D RCP_D R D N 3 ︳ B R D P 3 ︳ B R D P 1 ︳ B R D N 1 ︳ B V S Y N C VSYNC R C N RCP C A M ︳ R S T 1 S C L 4 SDA4 RDN0 RDP0 GND GND GND C A M ︳ C L K 1 V C A M I O ︳ P M U RDP1 RDN1 V C A M D ︳ P M U V C A M A ︳ B T B GND F L A S H ︳ L E D 1 GND GND GND
  • 29. Title Size Date: Sheet of MTK Confidential 29 73_PERI_VIBRATOR 34 A1 Thursday, November 02, 2017 VIBRATOR 15mil trace width A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 马达震动强弱如何控制？？ C9015 1.0uF 1 VIB301 1 VIB302 C106 27PF C107 27PF VIBR_PMU GND GND
  • 30. SIM/TF card SIM1 Vout=3.0V,I-lim=1A SIM2 For internal version,R2603/R2610/R2613/R2604 can be 0Ω, R2611/R2612/R2614/R2615 can be NF, For India version,R2611/R2612/R2614/R2615 can be 0Ω,R2603/R2610/R2613/R2604 can be NF. For internal version,ONLY use J2601: For India version: Q2601 mount;R1301 NF ;R1302 100K R1301 can be 0Ω,Q2601 NF;R1302 NF NOTE: R2603/R2610/R2613/R2604 can be 0Ω, R2611/R2612/R2614/R2615 can be NF, R2611/R2612/R2614/R2615 can be 0Ω,R2603/R2610/R2613/R2604 can be NF. SD CARD Shielding connect to ground 根据主板卡座配置，决定器件 MTK平台IO不需要上拉 MTK平台IO不需要上拉 节省空间，先过VDR，后过电阻 悬空 悬空 This int should give to GPIO54/GPIO58/GPIO67 空间允许，预留测试点 常闭卡座 常闭卡座 悬空 非金属化孔 非金属化孔 C4 1.0uF 1 GATE 2 SOURCE 3 DRAIN Q2604 WPM1488-3/TR R2605 NF VR2602 VR2601 VR2603 VR2604 1 G 2 S 3 D Q2605 FET-N-2SK3541T2L R2607 NF R2 100K R2604 10 R3 10 R2610 10 R2611 10 R2612 10 R2613 0 R2614 0 R4 10 C6 4.7uF TP1 TP-0.8MM VR2615 VR2616 VR2617 VR2618 VR2619 VR2620 VR2621 R1301 0 R5 0 VR2608 VR2613 C5 1.0uF VR1 VR2 SIMB SIMA TF-PIN G2 GND G3 GND G4 GND G5 GND G6 GND G1 GND SIMA-C3 CLK SIMA-C5 GND SIMA-C1 VCC SIMB-C1 VCC SIMB-C5 GND SIMB-C6 VPP SIMB-C3 CLK G14 GND G13 GND G12 GND SIMA-C6 VPP SIMA-C2 RST SIMA-C7 I/O SIMB-C7 I/O SIMB-C2 RST G10 GND G11 GND SD-P1 DAT2 SD-P2 CT/DAT3 SD-P3 CMD SD-P4 VDD SD-P5 CLK SD-P6 VSS SD-P7 DAT0 SD-P8 DAT1 G9 GND DE_SW DET_SWITCH A1 DET/LEVER J9 SIM+SIM+T-CAF00-20137-1029 TP1109 TP-0.8MM TVS2 VR2609 10 V R 2 6 1 4 Nano--SIM C5 GND C1 VCC C6 VPP C2 RST C7 I/O C3 CLK G1 GND G2 GND G3 GND G4 GND G5 GND G6 GND G7 GND G8 GND G9 GND SW/CD SW/CD SW/GND SW/GND J10 NANO_SIM_CAF00-06133-1033 R2601 10 R2602 10 R2603 10 R2616 10 R2618 10 R2617 10 R2609 10 R2608 10 S I M 1 ︳ S I O 1 S I M 1 ︳ S R S T 1 S I M 1 ︳ S C L K 1 GND GND S I M 1 ︳ S C L K SIM1_SRST S I M 1 ︳ S I O V M C H ︳ P M U VDD_SD INT_SDCARD V M C H ︳ P M U V I O 1 8 ︳ P M U V S I M 2 ︳ P M U S I M 2 ︳ S R S T SIM2_SIO1 S I M 2 ︳ S C L K S I M 2 ︳ S C L K 1 SIM2_SRST1 SIM2_SIO S I M 2 ︳ S C L K 2 SIM2_SRST2 SIM2_VCC2 S I M 2 ︳ S I O 2 S I M 2 ︳ V C C 1 I N T ︳ S D C A R D 2 I N T ︳ S D C A R D M S D C 1 ︳ C A R D ︳ D A T 2 M S D C 1 ︳ C A R D ︳ D A T 3 M S D C 1 ︳ C A R D ︳ C M D M S D C 1 ︳ C L K M S D C 1 ︳ C A R D ︳ D A T 0 M S D C 1 ︳ C A R D ︳ D A T 1 VDD_SD GND GND M S D C 1 ︳ D A T 2 M S D C 1 ︳ D A T 3 MSDC1_CMD M S D C 1 ︳ C L K M S D C 1 ︳ D A T 0 M S D C 1 ︳ D A T 1 GND GND GND GND VSIM1_PMU VSIM1_PMU SIM1_SIO1 SIM1_SCLK1 GND UIM1_VPP SIM1_SRST1 SIM2_VCC1 UIM2_VPP SIM2_SRST1 SIM2_SIO1 SIM2_SCLK1 GND MSDC1_CARD_DAT2 MSDC1_CARD_DAT3 MSDC1_CARD_CMD VDD_SD MSDC1_CLK MSDC1_CARD_DAT0 MSDC1_CARD_DAT1 GND INT_SDCARD GND GND GND I N T ︳ S I M 2 GND S I M 2 ︳ S R S T 2 S I M 2 ︳ S C L K 2 S I M 2 ︳ V C C 2 I N T ︳ S D C A R D 2 S I M 2 ︳ S I O 2 UIM2_VPP2 GND GND GND GND GND GND GND GND GND GND
  • 31. M-MIC+USB+RGB+SPK Brealdown Volt must up to 14V for fast charging application. Brealdown Volt must up to 6.5V for USB OTG application. Note 71-1: Schematic design notice of "71_PERI_USB 2.0" page. For better ESD or surge performance we need choose suitable device for system protection. Please refer to [Surge device selection guide V2.0] provide by MTK. Note: 71-1 CTP接口 电源选择是否OK？ 3.3V 1.8V 测试器件暂时省掉 Close to PMIC 主板接地弹片 TP1112 TP-0.8MM 1 TP14 TP-1.0MM TVS1902 1 2 3 4 5 6 7 8 9 10 11 12 30 29 28 27 26 25 24 23 22 21 20 19 16 17 18 15 14 13 33 34 32 31 J1901 BTBS-BB2R4-30KBJ03 C110 27PF TP15 TP-0.8MM TP16 TP-0.8MM TVS1901 TP17 TP-0.8MM TVS1903 C19 33PF C20 33PF R16 1.0uF R21 1.0uF ANT0003 C21 33PF C40 33PF VBUS_USB_IN SDA0 SCL0 USB_DM USB_DP SPK_N SPK_P A U ︳ V I N 0 ︳ P A U ︳ V I N 0 ︳ N USB_ID GND LTE_VFE28 B P I ︳ B U S 7 B P I ︳ B U S 6 EINT_CTP GPIO_CTP_RSTB V S Y S V I O 1 8 ︳ P M U A U ︳ M I C B I A S 0 GPIO_CTP_LDO_EN
  • 32. Title Size Date: Sheet of MTK Confidential 34 75_PERI_KEYPAD 32 A1 Thursday, November 02, 2017 DO NOT put pull-up resistor on PWRKEY Power Key / Key Pad RAMDUMP debug key 省掉？？ Volume Up : HOME Key / GND Volume Down : KPROW0/KPCOL0 Schematic design notice of "65_PERI_Dual_SIM_ICUSB_KEYPAD" page. Note 75-2: Note 75-1: DO NOT put pull-up resistor on PWRKEY A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 Volume Up Volume Down Power Key 腐蚀问题，修改侧键 下载模式注意和侧键搭配 注意HOMEKEY_SW 1 2 C8 0.1uF_NF R2703 100 R2701 100 R2702 100 1 TP23 TP-1.0MM 1 TP24 TP-1.0MM 1 TP25 TP-1.0MM 1 2 TVS2701 ESD-TVS-ESD5431R 1 2 TVS2702 ESD-TVS-ESD5431R 1 2 TVS2703 ESD-TVS-ESD5431R 1 2 3 4 5 6 7 8 9 10 J3 BTBS-BB2R4-10KBJ13-A PWRKEY KPCOL1 K P C O L 0 GND
  • 33. Title Size Date: Sheet of MTK Confidential 33 77_PERI_SENSORS_MEMs_ALS/PS 34 A1 Thursday, November 02, 2017 Accerometer + Gyro Sensor CM36558 / ALPS + UV I2C address: 0X51 (Write:0xA2, Read:0xA3) ALS +UV + Proximity Senso FIFO watermark interrupt otherwise we cannot support Hifi-sensor, daydream VR. And Sensor-location accuracy will become worse. [A+G] For optmized GPS performance, please check HW design notice for Sensor selection guide Note 77-1: [M sensor] Keep a minimum distance of 15mm from power ICs / PCB traces of more than 100mA / magnet component. Check HW design notice for more detail Note 77-4: Note 77-2: [A+G] MUST use SPI for optmized sensor hub performance Note 77-3: [A+G] Suggest choose sensor support DO NOT USE i2C (Must for North America Operator / NA SKU) Note 77-5: [Baro] Reserve Baro sensor for LPPe feautre default SPI (if sensor hub support) Schematic design notice of "77_PERI_SENSORS_MEMs_ALS/PS" page. 6DSx INT1/2 default Output Low, Active high CM36558 INT default Output High, Active Low Note 77-6: DO NOT share Sensor hub i2C to other non-SCP device 1 ALS+PS+IR F o r L T R - 5 7 8 R 2 3 3 0 0 O H M F o r S T K 3 3 2 1 R 2 3 3 0 N C Replaced by fingerprint Sensor connector. follow 8996 placement INFARED LEDS 选择PWM接口 RGB G-Sensor 0201测试 AKM: AK09918 I2C address is 0x0C M-Sensor 2.8V 1.8V 测试器件暂时省掉 1 2 3 4 5 6 7 8 9 10 J2301 BTBS-BB2R4-10KBJ13-A HT2301 C2311 1.0uF 1 TP6 TP-0.5MM 1 TP7 TP-0.5MM 1 TP8 TP-0.5MM 1 TP10 TP-0.5MM 1 TP11 TP-0.5MM 1 TP13 TP-0.5MM TVS2310 TVS2311 TVS2312 TVS2313 TVS2314 C23 33PF + - D2601 TVS2604 C105 0.1uF C2505 0.1uF R7 0 C2507 0.1uF A1 VSS A2 SCL B1 VDD B2 SDA U5 1 VDD_IO 2 NC/BYP/VPP 3 NC 4 SCL/SPC 5 GND 6 SDA/SDI/SDO 7 SDO/SA0 8 CS/NC 9 INT2 10 RES/GND/NC 11 INT1 12 GND 13 ADC3/NC 14 VDD 15 ADC2/NC 16 ADC1/NC U3 SENSOR-ACCELER-LIS3DE 1 2 3 4 5 6 J 8 BTB-PAN16-06116-1001 R2304 10K C2309 1.0uF C2310 1.0uF 1 T P 7 7 0 1 TP-0.5MM 1 T P 7 7 0 2 TP-0.5MM 1 T P 7 7 0 3 TP-0.5MM 1 T P 7 7 0 4 TP-0.5MM 1 T P 7 7 0 6 TP-0.5MM 1 T P 7 7 0 5 TP-0.5MM E I N T ︳ F P ︳ N V I O 1 8 ︳ P M U S P I 1 ︳ C L K S P I 1 ︳ C S B S P I 1 ︳ M I S P I 1 ︳ M O G P I O ︳ F P ︳ R S T ︳ N F P ︳ M T 6 3 7 1 ︳ 2 V 8 VSYS I N F A R E D ︳ P W M V S Y S L E D ︳ R G B E I N T ︳ A ︳ G GND S D A 1 S C L 1 V I O 1 8 ︳ P M U S P I 4 ︳ M I S P I 4 ︳ M O S P I 4 ︳ C S B S P I 4 ︳ C L K VIO18_PMU GYRO_INT_N VIO28_PMU GND GND SCL1 E I N T ︳ A L P S VIO18_PMU GND GND SDA1 V I O 2 8 ︳ P M U VSYS
  • 34. Title Size Date: Sheet of MTK Confidential 34 90_DEBUG_IO 34 A1 Thursday, November 02, 2017 A B C D 5 4 3 2 1 D C B A 1 2 3 4 5 PCBA AUTOMATIC TEST point Shielding Frame B B S U B - P M U R F W C N 屏蔽盖 屏蔽框 mark 点 TP29 TP-0.8MM TP30 TP-0.8MM R2902 1K R2903 1K C2901 0.01uF 1 TP103 TP-0.5MM 1 TP26 TP-0.5MM 1 TP27 TP-0.5MM 1 TP28 TP-0.5MM 1 TP31 TP-0.5MM 1 HOLE2 HOLE-VIA1.6MM 1 TP39 HOLE-VIA1.6MM 1 HOLE4 HOLE-VIA2.5MM 1 TP4 HOLE-1.2MM 1 TP32 HOLE-1.2MM 1 HOLE3 HOLE-VIA2.5MM 屏蔽框 1 P1 ICO-BOX 屏蔽框 1 P2 ICO-BOX 屏蔽框 1 P3 ICO-BOX 屏蔽框 1 P4 ICO-BOX 屏蔽框 1 P5 ICO-BOX 屏蔽框 1 P6 ICO-BOX 1 TP131 FIDUCIAL-MARK-1MM 1 TP133 FIDUCIAL-MARK-1MM 1 TP134 FIDUCIAL-MARK-1MM 1 TP132 FIDUCIAL-MARK-1MM URXD0 UTXD0 J T M S J T C K J T D O J T D I J T R S T GND