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This family of operational amplifiers provides input offset voltage correction for very low offset and offset drift, with a gain bandwidth product of 10 MHz.
Ultra-Low Quiescent Current
A small LDO with immense functionality. The MIC5306 provides ultra-fast transient response and high PSRR while operating with an ultra-low quiescent current.
The new DSC6000 family is the industry's smallest MEMS MHz oscillator with the lowest power consumption over full frequency range of 2 KHz to 100 MHz.
GigEpack Ethernet Products
Advanced design techniques ensure reliable operation under extreme conditions while stripping away complexity and advancing ease-of-use, the GigEpack provides three key elements: Certified Products, free drivers and copy-ready evaluation boards, and Microchip&s free LANCheck&&design check service. Together, they ensure interoperability, rapid development and robust board design.
Microchip's strong brand name and expertise in USB solutions is demonstrated yet again with the UTC2000. We deliver a simple and easy solution to implement the revolutionary USB-C& connector in practically any consumer, industrial or automotive application.
Microchip's PICkit(TM) 3 In-Circuit Debugger/Programmer
Microchip's PICkit& 3 In-Circuit Debugger/Programmer uses in-circuit debugging logic incorporated into each chip with Flash memory to provide a low-cost hardware debugger and programmer. In-circuit debugging offers low cost, minimum additional debug hardware and no expensive sockets or adapters.
The HV9805 features a PFC boost converter with valley/ZCD switching that reduces system cost by lessening the thermal and optical design requirements. The linear post-regular provides True DC lighting with no flickering and the configurable to SEPIC technology supports lower LED string voltage.
The MEC14XX family is one of the first to support both the Intel& Corporation&s new Enhanced Serial Peripheral Interface (eSPI) and the existing Low Pin Count (LPC) interface.
SST26WF080B/040B
Manufactured with SuperFlash& technology that provides the industry's fastest erase times, the SST26WF080B (8 Mbit) and SST26WF040B (4 Mbit) are approximately 300 times faster than competitive devices.
MTCH10x: Direct Mechanical Buttons Replacement
In a hardware-only configuration, these 2, 5 and 8 channel capacitive touch controllers replace mechanical buttons with a simple digital output, making it easy to add proximity and touch detection to any application.
Long-range and low-power LoRa& Sub-GHz, 915 MHz module for IoT networks.
CrytpoAuth-XPRO-B Board
ATCryptoAuth-XPRO-B, The CryptoAuth XPRO version B board is an extension to prototype with secure elements (ECC, SHA, AES) on any Xplained Pro microcontroller board
Search for Microchip products by groups and parametric values.
PIC32 Bluetooth Audio Development Kit (DV320032)
This kit delivers the hardware and software needed to develop digital audio docking applications with USB or Bluetooth connectivity. Preloaded demo code enables audio streaming via USB or Bluetooth.
The OS81118 is a highly integrated Intelligent Network Interface Controller (INIC) for MOST150. It supports optical or coaxial physical layer networks and contains USB, MediaLB&, I2C, Streaming, SPI and GPIO interfaces.
MCP73871 Fully Integrated Linear Solution
The MCP73871 device is a 1A fully integrated linear solution for system load sharing and Li-Ion / Li-Polymer battery charge management with AC-DC wall adapter and USB port power sources selection. It's also capable of autonomous power source selection between input or battery.
CAN FD Transceiver Family
The CAN Flexible Data Rate (CAN FD) Transceiver family helps CAN systems meet the physical layer requirement for CAN FD systems, and is one of only a few CAN FD transceivers approved by auto OEMs.
The MEC14XX family is one of the first to support both the Intel&&Corporation&s new Enhanced Serial Peripheral Interface (eSPI) and the existing Low Pin Count (LPC) interface.
The TC7106A 3½ digit LCD direct-display drive analog-to-digital converters allow existing TC7106-based systems to be upgraded. Each device has a precision reference with a 20ppm/&C max temperature coefficient. This represents a 4-7 times improvement over similar 3½ digit converters.
PIC24FJ128GB204
The new PIC24F "GB4" family expands Microchip's eXtreme Low Power portfolio and includes an integrated hardware crypto engine with both OTP and Key RAM options for secure key storage, up to 256 KB of Flash memory and a direct drive for segmented LCD displays, in 64-, 100- or 121-pin packages.
LAN9352/LAN9352i
The LAN9352/LAN9352i is a high-performance, small-footprint, full-featured 2-port managed Ethernet switch and is application-optimized for consumer, embedded and Industrial designs.
MCP2561/2 FD
This is a second generation high-speed CAN transceiver that guarantees Loop Delay Symmetry in order to support higher data rates required for CAN FD. Maximum propagation delay was improved to support longer bus length. The device meets the automotive requirements for CAN FD bit rates exceeding 5 Mbps.
Class B Safety Software Library
Microchip has developed a library of low-level software routines and hardware peripherals that simplify meeting IEC 60730 requirements for Class B Safety. Each product family (PIC16, PIC18, PIC24, dsPIC& DSC and PIC32) has functions specifically designed to work efficiently with the available resources.
dsPIC33EP "GS" Family for Digtal Power Applications
This family delivers the performance needed to implement more sophisticated non-linear, predictive & adaptive control algorithms at higher switching frequencies. These advanced algorithms enable power supply designs that are more energy efficient & have better power supply specifications.
WCM and ECM Development Kits
Microchip's WCM (Wi-Fi& Client Module) and ECM (Ethernet Client Module) development kits are designed to enable you to quickly and easily connect an embedded system to a cloud-based server, such as Amazon Web Services (AWS). This will reduce the learning curve and help you get connected to the cloud quickly.
Smart Lights are Better Lights
Microchip's PIC& microcontrollers with intelligent analog integration like the PIC16F176X family make it possible to get advanced features such as digital control to smooth dimming, as well as color temperature tuning, usage-based lifetime prediction and networked communication for monitoring and control.
PIC24FJ256GB412
PIC24F 16-bit microcontroller featuring integrated Hardware Crypto module and eXtreme Low Power. This family also includes 256 KB Flash, 16 KB RAM, USB, LCD and advanced peripherals. The combination of features makes the part ideally suited for low-power embedded security applications.
The OS82150 extends the usage of coaxial cabling to powerful infotainment networks based on MOST150 technology.
Is Your Medical Device Design Secured?
Is your medical device design truly secured? Microchip's full line of security products, including MCUs, wireless products and software libraries, can secure your medical device designs from the ground up.
The MCP39F511 is a highly integrated, single-phase power-monitoring IC designed for real-time measurement of input power for AC/DC power supplies, providing power and energy values. It includes dual-channel delta sigma ADCs, a 16-bit calculation engine, EEPROM and a flexible 2-wire interface.
This is a 3-Phase brushless gate driver with power module & 5 &A (typ) sleep-mode current. It integrates three half-bridge drivers to drive external NMOS/NMOS transistor pairs configured to drive a 3-phase BLDC motor, a comparator, a voltage regulator to provide bias to a companion microcontroller & power monitoring comparators.
dsPIC33EP32MC202
The dsPIC33E family of digital signal controllers (DSCs) features a 70 MIPS dsPIC& DSC core with integrated DSP and enhanced on-chip peripherals. These DSCs enable the design of high-performance, precision motor control systems that are more energy efficient, quieter in operation.
Single-Burner Induction Cooktop Reference Design
This cost-effective single-burner induction cooktop reference design is a fully functional single-burner unit that achieves greater than 90%* efficiency and consumes less than 0.5W power during standby. The user interface implements mTouch& sensing solutions.
Smartphone Accessory
New accessories are emerging in sports/fitness, wellness, financial transactions markets. Microchip's accessory development kits make it easy to development your accessory products with fast time-to-market!
MTCH10x: Direct Mechanical Buttons Replacement
In a hardware-only configuration, these 2, 5 and 8 channel capacitive touch controllers replace mechanical buttons with a simple digital output, making it easy to add proximity and touch detection to any application.
Microchip's strong brand name and expertise in USB solutions is demonstrated yet again with the UTC2000. We deliver a simple and easy solution to implement USB-C in practically any application, whether consumer, industrial, or automotive.
Long-range and low-power LoRa& Sub-GHz, 915 MHz module for IoT networks.
Software Tools for PIC(R) MCUs and dsPIC(R) DSCs
Hardware Tools for PIC(R) MCUs and dsPIC(R) DSCs
Software Tools for AVR(R) and SAM MCUs/MPUs
Hardware Tools for AVR(R) and SAM MCUs/MPUs
Design and Simulation Tools
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PICKIT(TM) 4 In-Circuit Debugger/Programmer
The MPLAB&&PICkit& 4 In-Circuit Debugger/Programmer allows fast and easy debugging and programming of PIC&&and dsPIC&&flash microcontrollers. With an additional micro SD card slot and the ability to be self-powered from the target, you can take your code with you and program on the go.
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MIcroSolutions is a valuable resource that delivers the latest information in each issue with updates on our new products and development tools You will also find design articles on a wide range of topics and learn about some innovative ways Microchip devices are being used.
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Published six times a year, MicroSolutions is a valuable resource that delivers the latest information to give you a competitive edge and help you meet your design goals. In each issue, you'll get an update on our new products and development tools, find design articles on a wide range of topics and learn about some innovative ways Microchip devices are being used by developers of a variety of applications.
Status: In Production
Hub Controller IC with 3 downstream ports1 downstream HSIC portUSB-IF Battery Charger revision 1.2 support on up and downstream ports (DCP, CDP, SDP)Battery charging support for Apple(R) devicesFlexConnect: Downstream port 1 able to swap with upstream port, allowing master capable devices to control other devices on the hubUSB to I2C(TM)/SPI bridge endpoint supportUSB Link Power Management (LPM) supportSUSPEND pin for remote wakeup indication to hostVendor Specific Messaging (VSM) supportEnhanced OEM configuration options available through OTP or SMBus Slave PortVBUS or VBAT only operation3.3V only operationVBAT + 1.8V operation3.3V + 1.8V operation30-ball (2.9x2.5mm) WLCSP, RoHS compliant packageMobile PhonesTabletsUltrabooksDigital Still CamerasDigital Video CamerasGaming ConsolesPDAsPortable Media PlayersGPS Personal Navigation DevicesMedia Players/Viewers
Device Overview
The Microchip USB3813 is a low-power, OEM configurable, MTT (Multi-Transaction Translator) USB 2.0 hub controller with 3 downstream ports and advanced features for embedded USB applications. The USB3813 is fully compliant with the USB 2.0 Specification, USB 2.0 Link Power Management Addendum, High-Speed Inter-Chip (HSIC) USB Electrical Specification Revision 1.0, and will attach to an upstream port as a Full-Speed hub or as a Full-/Hi-Speed hub. The 3-port hub supports Low-Speed, Full-Speed, and Hi-Speed (if operating as a Hi-Speed hub) downstream devices on all of the enabled downstream (non-HSIC) ports. HSIC ports support only Hi-Speed operation.
The USB3813 has been specifically optimized for mobile embedded applications. The pin-count has been reduced by optimizing the USB3813 for mobile battery-powered embedded systems where power consumption, small package size, and minimal BOM are critical design requirements. Standby mode power has been minimized and reference clock inputs can be aligned to the customer&s specific mobile application. Flexible power rail options ease integration into energy efficient designs by allowing the USB3813 to be powered in a single-source (VBUS, VBAT, 3.3V) or a dual-source (VBAT + 1.8, 3.3V + 1.8) configuration. Additionally, all required resistors on the USB ports are integrated into the hub, including all series termination and pull-up/pull-down resistors on the D+ and D& pins.
The USB3813 supports both upstream battery charger detection and downstream battery charging. The USB3813 integrated battery charger detection circuitry supports the USB-IF Battery Charging (BC1.2) detection method and most Apple devices. These circuits are used to detect the attachment and type of a USB charger and provide an interrupt output to indicate charger information is available to be read from the device's status registers via the serial interface. The USB3813 provides the battery charging handshake and supports the following USB-IF BC1.2 charging profiles:
DCP: Dedicated Charging Port (Power brick with no data)
CDP: Charging Downstream Port (1.5A with data)
SDP: Standard Downstream Port (0.5A with data)
Custom profiles loaded via SMBus or OTP
The USB3813 provides an additional USB endpoint dedicated for use as a USB to I2C/SPI interface, allowing external circuits or devices to be monitored, controlled, or configured via the USB interface.
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Additional Features
Highlights
Hub Controller IC with 3 downstream ports
High-Speed Inter-Chip (HSIC) support
1 downstream HSIC port
USB-IF Battery Charger revision 1.2 support on up and downstream ports (DCP, CDP, SDP)
Battery charging support for Apple& devices
FlexConnect: Downstream port 1 able to swap with upstream port, allowing master capable devices to control other devices on the hub
USB to I2C&/SPI bridge endpoint support
USB Link Power Management (LPM) support
SUSPEND pin for remote wakeup indication to host
Vendor Specific Messaging (VSM) support
Enhanced OEM configuration options available through OTP or SMBus Slave Port
Flexible power rail support
VBUS or VBAT only operation
3.3V only operation
VBAT + 1.8V operation
3.3V + 1.8V operation
30-ball (2.9x2.5mm) WLCSP, RoHS compliant package
Target Applications
Mobile Phones
Ultrabooks
Digital Still Cameras
Digital Video Cameras
Gaming Consoles
Portable Media Players
GPS Personal Navigation Devices
Media Players/Viewers
Parametrics
Upstream Port
Downstream Ports
Op Voltage (V)
MultiTRAK Tech
Temp. Range Min.
Temp. Range Max.
Select type
Development Environment
Demo & Evaluation Boards
USB3813 3-port HSIC Down USB 2.0 Hub Evaluation Board ( EVB-USB3813 )
The EVB-USB3813 is a low-power, full-featured and OEM configurable Multi-Transaction Translator MTT USB 2.0 hub controller evaluation board with three downstream ports optimized for portable applications. The 3 port hub is fully compliant with the USB 2.0 Specification, USB 2.0 Link Power Management LPM Addendum, High-Speed Inter-Chip HSIC USB Electrical Specification Revision 1.0 and attaches to...
Software Libraries
MPLAB(r) Connect Configurator - Programming and Configuration Utility
Follow this link for the latest revision of the MPLAB(r) Connect Configurator -& ...
USB2530 Windows SDK
Windows SDK for USB2530 Family of devices
Similar Devices
Information
Device Weight
Shipping Weight
Lead Count
Package Type
Package Width
Solder Composition
JEDEC Indicator
China EFUP
2.9x2.5x0.57
2.9x2.5x0.57
2.9x2.5x0.57
2.9x2.5x0.57
To see a complete listing of RoHS data for this device, please
Shipping Weight = Device Weight + Packing Material weight. Please
office if device weight is not available.
Package Type
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Packing Media
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R / NC / 0402R_/_0_/_OHM_/_0402C12GND_SIGNALGND_SIGNALGND_SIGNALN2GND_SIGNAL1C_/_56_/_PF_/_04022N2 8 5SKY77701_3RF_IN CPL_IN VENRF_OUTU7079 6RF_IN CPL_IN VENSKY77701_0VCC1 VCC21 101C_/_56_/_PF_/_040221R_/_0_/_OHM_/_0402C2VM1 VM02GND_SIGNALGND_SIGNALGND_SIGNALGND_SIGNAL2C717 C / 100 / nF /
C / 2200 / nF / 0603 / X5RC_/_2200_/_NF_/_0603_/_X5R222C_/_1_/_NF_/_04024 3NRFU7132R_/_NC_/_0402B1L_/_4.3_/_NH_/_04022 1W_PA_OUT_B5N1C / 56 / pF / 0402N28C730 C / NC / 0402 W_PA_B1_ENCPL_OUTC729 C / NC / 0402C_/_NC_/_0402BCPLGND_SIGNALNC_/_NC_/_0402BWCDMA PA control logic table HB_EN B1_EN B2_EN B5_EN LB_EN W_Band1 H H L L L W_Band2 H L H L L W_Band4 H L L L L W_Band5 L L L H H W_Band8 L L L L HGND GNDGND_SIGNALGND_SIGNALW_PA_B5_EN7 11GND_SIGNALW_PA_VCC1 W_PA_VCC VM1 VM0C_/_120_/_PF_/_0402SKY's cmdGND_SIGNAL7 11GND GND522W_PA_VCC1 C81211C746C_/_120_/_PF_/_0402C736C_/_1_/_NF_/_040212224 31VPA_PMUL / 6.8 / nH / 0402 W_PA_OUT_B8 C749 C / 3 / pF / 0402C_/_56_/_PF_/_0402C / 18 / pF / 0402VMODE_0 VMODE_1C751 C735 C / 2200 / nF / 0402 / X5R W_PA_B8_IN1R702 VBAT11 2 / 0402 C / 3 / pFC754C_/_NC_/_0402BR735 R / NC / 04022GND_SIGNAL1C_/_56_/_PF_/_040222 8 5SKY77701_2RF_IN CPL_IN VENRF_OUTU7089 6RF_IN CPL_IN VENSKY77701_1VMODE_0 VMODE_1VCC1 VCC2VCC1 VCC21R_/_0_/_OHM_/_0603A2 1W_PA_VCC1 10W_PA_B2_IN C7451 101C_/_56_/_PF_/_040221R726 R / 0 / ohm / 0402R_/_0_/_OHM_/_0402C2N4 3R701 R / 0 / ohm / 0603GND_SIGNALGND_SIGNALGND_SIGNALNRF_OU709C_/_2200_/_NF_/_0402_/_X5R2R_/_NC_/_0402BNNC_/_NC_/_0402B21R_/_0_/_OHM_/_0603A2R706 R / 0 / ohm / 0402C / 56 / pF / 040222R720GND_SIGNALCPL_OUT1R_/_0_/_OHM_/_0402C28 5CPL_OGND_SIGNALGND_SIGNALNNVBATW_PA_B8_ENGND GND1R_/_0_/_OHM_/_0402C2W_PA_VCC1W_PA_B2_ENASM_VCTRL_A ASM_VCTRL_B ASM_VCTRL_C WG_GGE_PA_ENABLE PDET W_PA_B1_EN W_PA_B2_EN W_PA_B5_EN W_PA_B8_EN7 113G_PA_CPL_OUTnear-ICR743 R / 0 / ohm / 0201R_/_NC_/_0402B GND_SIGNAL21 1BPI0~6 are 2G+3G mode both BPI7~13 are 3G mode onlyR7451R744R_/_NC_/_0402BR_/_NC_/_0402B2VM1 VM0VM1 VM0VM12R731GND_SIGNAL GND_SIGNAL R_/_0_/_OHM_/_-2)_0VM032N1WG_GGE_PA_VRAMP PDET_ALLNR733 R7371R_/_0_/_OHM_/_0402C2 2R_/_0_/_OHM_/_0402C1R746R_/_0_/_OHM_/_0402C23G_PA_CPL_OUTR742R_/_NC_/_0402B21NGND_SIGNALNon-final SCH, internal use only don't release to customer!GND_SIGNAL1GND_SIGNAL7 11GND GNDGND_SIGNALGND_SIGNAL2C742VM1 VM0C_/_1_/_NF_/_04021C737 C / 100 / nF / 0402W_PA_VCCC_/_82_/_PF_/_0402GND_SIGNAL21W_PA_VCCC_/_NC_/_0402B2SL638 TRXB11C_/_NC_/_0402B L_/_2.2_/_NH_/_04022 2L_/_3.3_/_NH_/_0402BNote : Use RX Co-banding GSM850 = 3G B5 GSM900 = 3G B8 GSM1900= 3G B2C676 W_PA_OUT_B52L / NC / GND_SIGNAL GND_SIGNAL GND_SIGNALC652 C / NC / 04021222L_/_2.7_/_NH_/_0402B1C618 L / 1.5 / nH / 0402N111L616C6411 L / NC / 0402 2L_/_2.7_/_NH_/_0402BU605 L / 47 / nH / 0402 SAYFH836MCA0F00NGND_SIGNALN9 7 5 4 22SAW-DPX-RX-BALL_/_33_/_NH_/_04022C673L_/_27_/_NH_/_0402L_/_4.3_/_NH_/_0402L_/_NC_/_0402GND_SIGNAL11TRXB82C6391G G G G GL_/_NC_/_0402L_/_2.7_/_NH_/_0402BW_PA_OUT_B8ANTC625 C / 2 / pF /
SAFEA1G84FA0F00R14L_/_2.7_/_NH_/_0402B C_/_3_/_PF_/_04026L / 1.5 / nH / 0402NL_/_2.7_/_NH_/_0402BGND_SIGNAL2U607 SAYFH897MHA0F002C684 L / 2.2 / nH / 0402L_/_2.7_/_NH_/_0402B122SAW-DPX-RX-BALN2 4 5 7 9C_/_2_/_PF_/_0402BNNGND_SIGNAL1 C6172L_/_4.3_/_NH_/_04022 2N1L_/_NC_/_0402W_PA_OUT_B1GOUTL / NC / 0402L_/_NC_/_0402NN3 1 8GSM18002123N11SAW_1BOUT4L631 L / 4.7 / nH / TX RX RXGC630 L / 2.7 / nH / 0402C_/_3_/_PF_/_651G G G G G9 7 5 4 2 U616SAW-DPX-RX-BALNGND_SIGNALC624 C / 3.9 / pF / 040222no 0 ohm , not easy to debug TX @ RX de-senseW_PA_OUT_B2GND_SIGNALIN 51N C_/_4.7_/_PF_/_04022U6151& RxD Application &SP4T Control Truth Table_SKY13380 Vct1 Vct2 RF1 L L RF2 L H RF3 H L RF4 H HU612 SKY13380 CON704XM0860SH-DL0601_0 GND_SIGNALC626 C / 2 / pF / 0402C653N GND_SIGNALL6301GND_SIGNALL_/_4.7_/_NH_/_04022NVTCXO28-11 2 2 2C616 C645C_/_4.3_/_PF_/_0402 C_/_NC_/_0402B C_/_4.3_/_PF_/_04022C_/_NC_/_0402B L_/_NC_/_0402Change PNGU608 C / 33 / pF / 0402 SAFEA881MFR0F00SAW_1B21112GND_SIGNALN1OUT OUT3 42C_/_33_/_PF_/_04021 1C_/_33_/_PF_/_0402L621NNNGND_SIGNALGND_SIGNALIN G 2210 1 2 3 4 5XM0860SH-DL5867956 GND_SIGNALPORT3- VDD PORT3+ GND PORT1GND PORT1+ PORT2PORT2+ CTL9 2NC604C_/_3_/_PF_/_0402NNNC607 C / 4.7 / pF / 0402GND_SIGNALL604 C613GND_SIGNALC / 33 / pF /
U609 C / 33 / pF / 0402 SAFEA942MFR0F00 OUT 3INDUCTOR-SMALL GND_SIGNAL GND_SIGNAL8 7 6R623NL601INDUCTOR-SMALL C_/_3_/_PF_/_0402C1 / 4.7 / pF / N1 / NC / 0402 LL / NC / 0402CAPNNL_/_NC_/_0402L_/_NC_/_0402N2212L_/_NC_/_04021C_/_4.7_/_PF_/_04022C601NL / NC / 0402INDUCTOR-SMALL2C_/_33_/_PF_/_04021 1C_/_33_/_PF_/_04021 5 7 9 10 12 14 16 171IN G OUT 212 C1 / 4.7 / pF / 0402 R / 0 / ohm / 0201 RXD3 2R_/_0_/_OHM_/_0402C5C622 C / 3.9 / pF / 0402 GGE_PA_HB_INGND_SIGNALGND_SIGNALSAW_1BGNNNL605INDUCTOR-SMALL42XM0831SZ-AL L / 3.6 / nH / 0402 C / 2.2 / pF /
L609 L602 L / NC / C_/_3_/_PF_/_408 INDUCTOR-SMALL C_/_3_/_PF_/_0402W_PA_B1_INNCAPGND GND GND GND GND GND GND GND GNDK1 J2 H2 H1 G1 G2 F2 E2 E1 D1F9 F6 F5 F4 F3 E9 E4 E3 D9 D5 D4 D3 D2C9 C8 C7 C6 C41ASM_RXD_ANTC / NC / ANT 0402GCAR_KIT_/_MM156VDD CTL2 CTL1C667C666N C_/_NC_/_0402BRF4 RF3 RF2 RF1C620N N CAPOUT OUTTXO_GND TX_HB1 TX_HB2LNA_5N LNA_5P LNA_4P LNA_4N LNA_3N LNA_3P LNA_2P LNA_2N LNA_1P LNA_1NGND GND GND GND GND GND GND GND GND GND GND GND GNDGND GND GND GND GND1221116 8 15 13GC / 33 / pF / 0402GND_SIGNAL234NC1 B1 A1C608NGND_SIGNALC660 C / 39 / pF / 0402 L / 39 / nH / 0402C_/_39_/_PF_/_0402C / 4.7 / pF / 0402C609W_PA_B2_IN W_PA_LB_IN GGE_PA_LB_INGND_SIGNALGND_SIGNALU611 SAFEA2G14FF0F00 1 IN L / NC / N SAW_1B INDUCTOR-SMALL4 3NN521 L1 K2 K3 L3NINDUCTOR-SMALLTCVCXO_12LNA_D1P LNA_D1N LNA_D2N LNA_D2P LNA_D3P LNA_D3NU601 MT6167 MT6167/TFBGA100/P0.4/B0.25/4.6X4.6TX_HB3 TX_LB1 TX_LB2 TXO_GNDGND_SIGNAL1VTCXO28-1 RXD2 RXD1 C657C_/_NC_/_0402BA2 B2 B3 C32L_/_2.7_/_NH_/_0402BGND_SIGNAL2 3 4GND_SIGNALGND_SIGNAL2GND_SIGNALGND_SIGNALGND_SIGNAL2C614U613RXD3 H= 1-&35C638C655 C / NC / C / NC /
L / NC / 04022SAW-DPX-RX-BALGND_SIGNALC_/_1_/_NF_/_04022 4 5 7 9G G G G G11C646 L / 12 / nH / 0402L_/_4.3_/_NH_/_0402 L_/_NC_/_0402C_/_2.7_/_PF_/_04021L619 L / NC / 0402L653L_/_NC_/_0402L622 L / NC / 0402C6421GND_SIGNALC_/_3_/_PF_/_04021211L / 2.7 / nH / 0402NGND_SIGNAL216ANTRX RX TX8 1 31L618L614 L / NC / 0402L612L6263 1 8TX RX RXANT6G G G G GTRXB51C_/_18_/_PF_/_04022L620NNL / 5.6 / nH / C_/_4.7_/_PF_/_040211NN1GND_SIGNAL23 1 8TX RX RXANT6TRXB2N12L617 L / NC / 0402NGND_SIGNALC623R / 01 / ohm / 0201 2R_/_0_/_OHM_/_0402CR622RXD B2 remove 0709N1R621 2 R / 0 / ohm / 0201NL4 K41VRF18-12K5GND_SIGNALVRXHF RX_BBQN RX_BBQP RX_BBIN RX_BBIP TST1 RXD_BBIN RXD_BBIP RXD_BBQN RXD_BBQP VXODIG CLK_SEL VTCXO28 XMODE XTAL1/REFIN XTAL2/VAFCOUT CLK3 CLK2 CLK4 CLK11if VDDXO=2.8V , is it ok RXD2/RXD1 = 1.8V ==& OK by DS(0625)RX_BBQN RX_BBQP RX_BBIN RX_BBIPC_/_470_/_NF_/_0402_/_X5R22 C629C_/_470_/_NF_/_0402_/_X5RRCAL VTXHF TMEAS DET DET_GND V28_ESD_ TXBPI1_DCOC_ TX_BBQP TX_BBQN TX_BBIP TX_BBIN VLF2 DCXO_32KEN DCXO_32K GND GND GND GND GND GND GND GND GNDB4 A4 A5 B5 C5 B6 D6 A7 B7 A8 B8 B9 A10 A11 G3 G4 G5 G6 G9 H3 H4 H5 H9R617NC_/_470_/_NF_/_0402_/_X5R12R_/_1_/_K_/_0201GND_SIGNAL2VRF18-1R_/_0_/_OHM_/_0402CGND_SIGNAL1VTCXO28-1 R609 R / 0 / ohm / 0201R_/_0_/_OHM_/_0201B NPDETGND_SIGNALDCOC_FLAG TX_BBQP TX_BBQN TX_BBIP TX_BBIN VRF18-11K6 L6 K7 L8 K8C649GND_SIGNAL2NR604 close to 3G PA1R610 NCP15WF104F03RC0402RL633 VIO18 R /1 0 / ohm / 0402 2L_/_1_/_NH_/_270L632 R /1 0 / ohm / 0402 2L_/_1_/_NH_/_0402RXD_BBIN RXD_BBIP RXD_BBQN RXD_BBQPK9 K10 L10 L11C_/_470_/_NF_/_0402_/_X5R21C627R620R_/_0_/_OHM_/_-2)GND_SIGNAL3 2 1GND_SIGNAL NVTCXO28-1K11VIO18J10 J11 H11 H10 G10 F11 F10 E10 D10 D11C10B11 B10H8 G8 F8 E8 D8DCXO_32KNote : VXODIG VXODIG = VIO18 ==& (VCTCXO or DCXO) + 32K XO VXODIG = VTCXO28 ==& DCXO + 32K Less Note : Xmode Xmode = 0 ==& VCTCXO + 32K XO Xmode = 1(VIO18) ==& DCXO + 32K XO Xmode = 1(VTCX28) ==& DCXO + 32K LessR606 1 / 0 / ohm / 0402 2 R R607 1 2 R / 0 / ohm /
/ 0 / ohm / 0402 2 RR_/_0_/_OHM_/_0402B R_/_0_/_OHM_/_0402B R_/_0_/_OHM_/_0402BVIO18_LC VTCXO28-11 2 3SRCLKENA R647R_/_0_/_OHM_/_-2)VXODIGNNJ9 J8 J7 J6 J5 J4 J3Reserved LC filterR619GND GND GND GND GND GND GNDVIO18_LCTST2 ENBBVLF12GND_SIGNALGND_SIGNAL2C621 C / NC / 0402C631 C / 1000 / nF / 0402 / X5RBSI_DATA2 BSI_DATA1 BSI_DATA0 BSI_CK BSI_EN1C_/_NC_/_0402BC_/_1000_/_NF_/_0402_/_X5RB1Note : EN32k (, Checked PMU POR) EN32k = 0 ==& MT6320 is 32K XO EN32k = 1(VTCXO28) ==& MT6320 is 32K LessR611GND_SIGNALGND_SIGNAL21SRCVOLTEN2R / 0 / ohm / 0201R_/_0_/_OHM_/_0201BDCXO_32KRXD1 RXD2 RXD3R633 VIO18_LC VTCXO28-11 2XMODEVTCXO_1_PMU VRF18_PMU VDD18_PMU2VTCXO28-1 VRF18-1 VIO183R_/_0_/_OHM_/_-2) R_/_0_/_OHM_/_0402CX601 R612 R6464GND_SIGNALGNDHOT3 1C628 VRF18-1TP_/_30MIL_1 C_/_470_/_NF_/_0402_/_X5R1GND_SIGNAL206/19R_/_NC_/__0201C654C_/_470_/_NF_/_0402_/_X5R1VTCXO28-112NDCOC_FLAG SRCVOLTEN SRCLKENA CLK1_BB CLK2_WCN CLK3_CMMB_NFC CLK4_AUDIO R630 1 R629 1 R632 1 R631 R / 0 / ohm / 0201 R / 0 /2 ohm / 0201 R / 0 /2 ohm / 0201 R / 0 /2 ohm / 0201R_/_0_/_OHM_/_0402C R_/_0_/_OHM_/_0402C R_/_0_/_OHM_/_0402CC643 C / 100 / nF / TCVCXO_31BSI1A_CS0 BSI1A_CLK BSI1A_DATA0 BSI1A_DATA1 BSI1A_DATA2R646, R643pin should overlap on pin1/3 of DCXOR_/_NC_/__02011221TCVCXO_2HOTGND2TP601TP_/_30MIL_1NGND_SIGNALNGND_SIGNAL2GND_SIGNALX / 26MHz / TZ1689AGND_SIGNALR643 BSI1A_CS0 BSI1A_CLK BSI1A_DATA0 BSI1A_DATA1 BSI1A_DATA2TP602R_/_NC_/_0402B2GNDVCONTROL1Non-final SCH, internal use only! Don't release to customer!C_/_100_/_NF_/_0201_R645 R / 0 / ohm / 0201GND_SIGNAL1N2R_/_0_/_OHM_/_0402C1C656 TCXO_KT21P-DCU28A-26MC_/_100_/_NF_/_0201_RX_IP RX_IN RX_QP RX_QN12RX_BBIP RX_BBIN RX_BBQP RX_BBQNC_/_NC_/_0402B2GND_SIGNALRemove after verifiedC636 R615GND_SIGNAL213OSCOUTVCC4N2VTCXO28-1NC644 C / 100 / nF / 02011Remove after verifiedTX_IP TX_IN TX_QP TX_QNR625 1 R626 1 R627 1 R6281R / 0 / ohm / 0201 R / 0 /2 ohm / 0201 R / 0 /2 ohm / 0201 2 R / 0 / ohm / 0201R_/_0_/_OHM_/_0402C R_/_0_/_OHM_/_0402C R_/_0_/_OHM_/_0402CR_/_0_/_OHM_/_0402C2TX_BBIP TX_BBIN TX_BBQP TX_BBQNCLK3_CMMB_NFC1C_/_1_/_NF_/_04022R / 0 / ohm / 02012R_/_0_/_OHM_/_0201B1CLK1_BBNC633 CLK2_WCNR614R_/_0_/_OHM_/_0402CRXD_BBIP RXD_BBIN RXD_BBQP RXD_BBQNRXD_BBIP RXD_BBIN RXD_BBQP RXD_BBQN1C_/_1_/_NF_/_040221R_/_0_/_OHM_/_0201B2R / 0 / ohm / 0201CLK4_AUDIONNTitle06 RF_MT6167_Size Custom Date: Document Number Saturday, December 08, 2012MT65854321Switching ChargerDVBUSR1806VBUS_1D1R_/_0_/_OHM_/_0402C2 1C1808C_/_10000_/_NF_/_0603_/_Y5V GND_SIGNAL1R / 0 / ohm / C_/_22_/_PF_/_0201GND_SIGNAL22VBUS_1 U LQM2HPN1R0MG0 (1.0uH)VDD18_PMU40mil1A1 A2 B1 B2 B3NVBUS VBUS PMID PMID PMIDC / 4700 / nF / 0402 / X5RSCL6 SDA6 EINT_CHG_STAT GPIO_USB_DRVVBUS GPIO_CHG_ENR1804 R / 0 / ohm / 020112111R1810 R / 10 / K / 0201R_/_10_/_K_/_02011YDA145_01A4 B4 C4 D4 E2NBOOT PGND PGND PGNDN2CR1809 R / 10 / K / 0201R_/_10_/_K_/_02011SW SW SWC1 C2 C3N C_/_NC_/_020140mil1C1802INDUCTORB2C1C1805GND_SIGNALA3 D1 D2 D3 E1 E4 E3N C_/_100_/_NF_/_0201BNC : FN5405/FN54015 10nF : BQ24153GND_SIGNALC_/_4700_/_NF_/_0402_/_X5R22Close to chipR1811 R / 0 / ohm / 0201SCL SDA CSIN STAT CSOUT OTG CD VREFISENSE_L BATSNS_L1 1 R18072 240milISENSE_R BATSNS_RR / 0 / ohm / 0402C_/_100_/_NF_/_0201BR_/_0_/_OHM_/_0201AR_/_0_/_OHM_/_0402CR_/_0_/_OHM_/_0201BWCSP20/P0.4/B0.25/BQ2C1804 C / 1000 / nF / 0201GND_SIGNALC1803 C / 100 / nF / 0201GND_SIGNALC1801 C / 100 / nF / 0201GND_SIGNAL22221R / 10 / K / 0201R_/_100_/_K_/_02012BIf switching charger is used: (1) R, C, L1801, U1801 are needed (2) U303, U304 change to NC (3) R328 change to 56m OhmGND_SIGNALGND_SIGNAL2C1806 C / 4700 / nF / 0402 / X5RC_/_100_/_NF_/_0201BC_/_4700_/_NF_/_0402_/_X5RBAATitle18 Switching ChargerSize A Date:5 4 3Document NumberRevMT6589 PHONESaturday, December 08, 20122V1.0 171Sheetof2154321ANT1201ANT1202R / 0 / ohm / 0402ANTENNAR / 0 / ohm / 0402ANTENNA R_/_0_/_OHM_/_0402D1R1208 R / 0 / ohm / 0402R_/_0_/_OHM_/_0402DR1209 R / 0 / ohm / 04022211C12111R1203R_/_0_/_OHM_/_0402D C_/_18_/_PF_/_0402RC1212DC,C,C,C1217, C1218, C1219 need to use 2% accuracy and 50V tolerance capacitor PS: 0201 cap can't tolerance 50V1N1POWER MODE[1:0]=[NFC_RST:NFC_VENB]DC_/_18_/_PF_/_0402222NPower Mode NFC enable (configure, R/W, card, polling loop, polling loop card listening) NFC disable (HPD)2NFC_RSTNFC_VENBR_/_0_/_OHM_/_0402D1C_/_NC_/_0402B2 1 0C / NC /
C1215NN1C_/_NC_/_0402B21C_/_NC_/_0402B2C / NC / 0402C / NC / 0402ANT_NANT_P01C1216C12171C_/_47_/_PF_/_04022GND_SIGNAL1C_/_47_/_PF_/_04022Hign battery card listening11C / 56 / pF / 0402C / 56 / pF / 04021C1218C1219C_/_15_/_PF_/_0402C_/_15_/_PF_/_0402221Reset00C1224C1220C1221C12231C_/_220_/_PF_/_0402A N21C_/_180_/_PF_/_04022GND_SIGNAL1C_/_180_/_PF_/_040221C_/_220_/_PF_/_0402A2 2N R_/_NC_/_0402B22R1204C / 180 / pF / 0402 C / 180 / pF / 0402R_/_6.04_/_K_/_0402 FERRITE_BEAD_SMD_04022C / 180 / pF / 0402FERRITE_BEAD_SMD_0402CLK3_CMMB_NFCNNL1201L1202R1205 R / NC / 0402C are close to each other4 3GND_SIGNAL11111RXIN_NRXIN_PTX_NTX_PR1207 R / 0 / ohm / 0402C1210 C / NC / 2R_/_0_/_OHM_/_0402CC_/_NC_/_0402B2GND_SIGNAL1R_/_0_/_OHM_/_0402C21QUARTZ_IQX0_12X1201 QUARTZ 27.12 MhzCNR / 0 / ohm / 0402CRXIN_NRXIN_PANT_NANT_PTX_NTX_PComponents in this region use 5% accuracyGND_SIGNAL1NFC_RSTNANT_PANT_NTX_PRXIN_PCLK_INSYSRST_BCloseR1217 2 VSIM1_PMU R / 0 / ohm /
2 SIM1_NFC_SWP1R / 0 / ohm / 0402R_/_0_/_OHM_/_0402D R_/_0_/_OHM_/_0402DU12011 1DVDD_EPMU1NFC_SWP1R1222 2 VSIM2_NFC R / 0 / ohm / 0402R_/_0_/_OHM_/_0402D1 1R_/_0_/_OHM_/_0402DDVDD_SIM2CloseR1218 2 VSIM2_PMU R / 0 / ohm /
2 SIM2_NFC_SWP2R / 0 / ohm / 0402R_/_0_/_OHM_/_0402DENB (NFC_VEN) 1.Input pin 2.Internal pull low 3.Low active 4.If default NFC would like to disable, please configure to highVBAT_NFCC12011C_/_2200_/_NF_/_0402_/_X5R220MAIN_GNDTX_NRXIN_NR1221 2 VSIM1_NFC R / 0 / ohm / 0402R_/_0_/_OHM_/_0402D1DVDD_SIM1SYSRST_B (NFC_RST) 1.Input pin 2.Internal pull high 3.Low active252318172426273133GND_SIGNALVBATTEST_MODE/GPIO1/OSC_EN/JTAG_TDO32NFC_OSC_ENGND_SIGNALC / 2200 / nF / 0402 / X5R NFC_VENB21C1202 close to pin19C1202ENBDVDD_EPMU21NFC_SWP21C_/_1000_/_NF_/_0402_/_X5RB219AVDD_PAC / 1000 / nF / 0402 / X5R C1203R1220 2 MSDC_NFC_VCCSWP R / 0 / ohm /
2 MSDC_NFC_SWPIOR / 0 / ohm / 04021R_/_0_/_OHM_/_0402DNFC_VCCSWPGND_SIGNALC1226 C / NC / 04021C_/_1000_/_NF_/_0402_/_X5RB222AVDD1R_/_0_/_OHM_/_0402DNFC_SWPIO1C_/_NC_/_0402A2C / 1000 / nF / 0402 / X5R C12051C_/_100_/_NF_/_0402_/__X5RA229DVDD12MT6605 QFN32 4x4UART_TXD/I2C_DAT/SPI_CS2NFC_I2C_SDAOnly can use HW I2C. SW I2C is not allowed.UART_RXD/I2C_CK/SPI_CK1NFC_I2C_SCLGND_SIGNALNSPI_MISO/GPIO2/JTAG_TMS/DBG_TXDR120642R_/_0_/_OHM_/_0402D1DVDD_IO_NFCR1206 NC : XTAL MODE R1206 10K : Co-ClockGND_SIGNALNSPI_MOSI/GPIO3/JTAG_TCK/DBG_RXD5GND_SIGNALC / 100 / nF / 0402 / X5R C1206BNNFC +1.8V?q??1C_/_100_/_NF_/_0402_/__X5RA228DVDD18IRQ/GPIO46NFC_IRQNBGND_SIGNALNC / 100 / nF / 0402 / X5R R1216 2 R / 0 / ohm / 0402R_/_0_/_OHM_/_0402DIRQ(NFC_IRQ) , OSC_EN(NFC_OSC_EN) are output pin, and both are high active7NFC_EINTVDD18_PMU1 1R_/_0_/_OHM_/_0402DVRTC_NFC DVDD_IO_NFC C120430DVDD28EINT/GPIO5/JTAG_TDIDVDD_EPMU1DVDD_SIM1DVDD_SEVBATVBAT_NFC DVDD_IO_NFCMT_SMD_PBGA-140_0SWIO2R1215 2 R / 0 / ohm / 0402R_/_0_/_OHM_/_0402D1SWIO_SEC / 1000 / nF / 0402 / X5RDVDD_SIM21C_/_1000_/_NF_/_0402_/_X5RB2SWIO1/GPIO6VRTCVRTC_NFCDVDD_IODVDD_EPMU2R1219 2 R / 0 / ohm / 04023GPIO0/JTAG_TRST8GND_SIGNAL101415161112C / 470 / nF / 0402 / X5R NFC_VCCSWP DVDD_EPMU1C / 470 / nF / 0402 / X5R DVDD_EPMU2 NFC_SWP1 DVDD_SIM2C / 470 / nF / 0402 / X5R NFC_SWP2NFC_SWPIOEINT_NFCR1248 R / 0 / ohm / 020112NFC_EINTC / 1000 / nF / 0402DVDD_SIM1C / 1000 / nF / 04021111GPIO_NFC_RSTR1246 R / 0 / ohm / 0402R_/_0_/_OHM_/_0201BC_/_470_/_NF_/_0402_/_X5RC_/_1000_/_NF_/_0402BC_/_470_/_NF_/_0402_/_X5RC_/_1000_/_NF_/_0402B1 12 2NFC_RST2222C_/_470_/_NF_/_0402_/_X5RR_/_0_/_OHM_/_0201BGND_SIGNALGND_SIGNALGND_SIGNALGND_SIGNALGPIO_NFC_VENBR1247 R / 0 / ohm / 0402R_/_0_/_OHM_/_0201BNFC_VENBT-CardASIM1SIM2ACLK3_CMMB_NFC R1249 R / 0 / ohm / 0402CLK3_CMMB_NFCGPIO_6605_OSC_EN1 1 12 2 2NFC_OSC_ENSCL5R1243 R / 0 / ohm /
R / 0 / ohm / 0402R_/_0_/_OHM_/_0201B R_/_0_/_OHM_/_0201BR_/_0_/_OHM_/_0201BNFC_I2C_SCLSDA5NFC_I2C_SDAGND_SIGNAL21IRQ_NFCR1245 R / 0 / ohm / 0201R_/_0_/_OHM_/_0201B12NFC_IRQC1207C1222C1208C1225C120913MT6605/MQFN32/SMD/P0.4/4X4/S9Title12 NFC MT6605Size C Date:5 4 3 2Document NumberRevMT6589 PHONESaturday, December 08, 20121V1.0 12 of 21Sheet54321IF2581VDDRF VDD_1V2_CMMB C1309 C / NC /
L / NC / 04021Y1301NC1305R13224C1302GND_SIGNAL L_/_NC_/_550GND2 X2X1 GND1TCXO_01N2C_/_1_/_NF_/_020112 1R_/_0_/_OHM_/_0201B1CLK3_CMMB_NFCC_/_NC_/_0402B2GND_SIGNAL2 1L1301 VDDRF3C13042C130311R / 0 / ohm / N26MHz co-clockC_/_NC_/_02012C_/_NC_/_0201L_/_18_/_NH_/_020121 1C_/_100_/_NF_/_0201B2U1301NC_/_470_/_NF_/_0201_/_X7R2C1323 C / 100 / nF / 02012C_/_1_/_NF_/_020116 15 14 13 12 11 10 933NNGND_SIGNALGND_SIGNALLNALOAD MIXIN VDDRF REGCAP VDDBB VDD12 XTALP XTALNVDDIO C1307 CMMB_ANT R1314 VGP6_PMUNC1308NL1309GND_SIGNALL130712C_/_27_/_PF_/_04021C_/_1_/_NF_/_020121L_/_27_/_NH_/_02012VDD_1V2_CMMBTP_/_30MIL_11R_/_0_/_OHM_/_0402B2111C13162R / 0 / ohm / 04022C1317C /C / C nF // 100 0201 / nF / 0201 C / 1000 / nF / 0201C_/_1000_/_NF_/_0201 C_/_100_/_NF_/_0201B C_/_100_/_NF_/_0201B1L_/_120_/_NH_/_0402 L_/_NC_/_04022L_/_NC_/_0402TP L / NC / 0402L1305 L / NC / 0402IF258_QFN25 26 27 28 29 30 31 32NC2 NC3 GPIO1 RSTN MGND MMIS_D2 MMIS_D1 VDDIOclose to the chipVDDIO17 18 19 20 21 22 23 24NGNDGND_SIGNALRFGND UHFIN NC1 VDD12 GPIO15 GPIO7/UART_TXD GND VDDIOMMIS_D3 MMIS_VLD MMIS_CLK MMIS_DO VDDIO GND VDD12 GPIO148 7 6 5 4 3 2 1SPI1_CSN SPI1_MO SPI1_CLK SPI1_MI VDDIOGND_SIGNAL222NVDD_1V2_CMMB GPIO_CMMB_EINTGND_SIGNALGND_SIGNALGND_SIGNAL11GND_SIGNALVDDIONGND_SIGNALGND_SIGNALTP_/_30MIL_1TP1302VDD_1V2_CMMB FB VGP5_PMUVDDRFThe circuit is used for antenna matchingR_/_NC_/_0201B1N1R1302 R / 0 / ohm / 0201R1301R_/_0_/_OHM_/_0201B2Close to AntennaC1321C /C / C nF // 100 0201 / nF / 0201 C / 1000 / nF / 0201FB_/_BLM18PG471SN1DGPIO_CMMB_RST111111 2 R / 0 / ohm / R_/_0_/_OHM_/_0402BC1322C /C / C nF // 100 0201 / nF / 0201Note: Leave these NC pins floating, do not connect them to GND or PowerC_/_1000_/_NF_/_0201C_/_100_/_NF_/_0201BC_/_100_/_NF_/_0201BC_/_100_/_NF_/_0201B2222C_/_100_/_NF_/_0201BGND_SIGNALGPIO_CMMB_RST GPIO_CMMB_EINTSPI1_CSN SPI1_MO SPI1_MI SPI1_CLK CMMB_ANTCMMB_ANTGND_SIGNAL2GND_SIGNAL2GND_SIGNALTitle13 CMMB (IF258)Size Custom Date:5 4 3 2Document NumberGND_SIGNAL2MT6589 PHONESaturday, December 08, 20121Sheet13VBAT VTD_PMUVDD18_PMUVRF28_2_PMUVTCXO_2_PMU VDD28_PMUANTENNA_CONFLICT_2G TDD_TIMINGSYNC R819 R817MT6589 --------- MT6168RTC32K1V8 TD_M_BPI0 TD_M_BPI1 TD_M_BPI211R823R820ASM0_2G ASM1_2G ASM2_2G ASM3_2G R8211R_/_0_/_OHM_/_0201B2R822R_/_0_/_OHM_/_0201B R_/_0_/_OHM_/_0201B1 2 21R / 0 / ohm / 0201R_/_0_/_OHM_/_0201BR_/_0_/_OHM_/_0402CR_/_0_/_OHM_/_0201BTX2_IP TX2_IN TX2_QP TX2_QN DL_I_P_TD DL_I_N_TD DL_Q_P_TD DL_Q_N_TD2122R / 0 / ohm / 0201R / 0 / ohm / 0201R / 0 / ohm / 0201R / 0 / ohm / 0402R / 0 / ohm / 0201VCC_TD_IO_1V8VCC_TD_DBB_2V8NLD7 NLD6 NLD5 NLD4 NLD3 NLD2 NLD1 NLD05C846C_/_100_/_NF_/_0201_ C_/_100_/_NF_/_0201_ C_/_2200_/_NF_/_0402C850TD_HIF_DCX TD_HIF_WR TD_HIF_RD TD_HIF_CSGND_SIGNAL2GND_SIGNAL GND_SIGNAL12121C847C_/_100_/_NF_/_0201_ C_/_100_/_NF_/_0201_C851GND_SIGNAL2GND_SIGNAL121C830 C / 2200 / nF / 0402C852C_/_100_/_NF_/_0201_C / 100 / nF C / 0201 / 100 / nF / 0201GND_SIGNAL21C / 100 / nF C / 0201 / 100 / nF C / 0201 / 100 / nF C / 0201 / 100 / nF / 0201 C / 100 / nF C / 0201 / 100 / nF C / 0201 / 100 / nF / 0201NLD7 NLD6 NLD5 NLD4 NLD3 NLD2 NLD1 NLD0 C854C_/_100_/_NF_/_0201_ GND_SIGNAL21R751 1 R752 1 R753 1 R7581R_/_0_/_OHM_/_0402CR_/_0_/_OHM_/_0402CR_/_0_/_OHM_/_0402CR_/_0_/_OHM_/_0402C2C853C_/_100_/_NF_/_0201_NNNNR / 0 / ohm / 0201 R / 0 /2 ohm / 0201 R / 0 /2 ohm / 0201 R / 0 /2 ohm / 0201Near to IC, but not criticalGND_SIGNAL21C848C_/_100_/_NF_/_0201_GND_SIGNAL21NAND IF NCEB0 NCEB1 NALE NREB NWEBC849C_/_100_/_NF_/_0201_VTCXO28-2GND_SIGNALAVDD28_HFVCC_AVDD43VCC_TD_COREHIF IF LPCE0B LPCE1B LPA0 LRDB LWRB21R837 R / 0 / ohm / 0402 2 VBATR_/_0_/_OHM_/_0402CGND_SIGNALK3E5 F5 F6 E6 H6 H5 J6 J5MT6168_00.9v~1.2vK7 VDD_IO_SPI1 VCC_TD_IO_1V8 N10 VCC_TD_DBB_2V8 VDD_IO_SPI2 A13 VDD_IO_SPI3 VCC_TD_IO_1V8 H17 VDD_IO_SYS1 VCC_TD_IO_1V8 L17 VCC_TD_DBB_2V8 VDD_IO_SYS3VCC_TD_IO_1V8MT6168/TFBGA171/P0.4/B0.25/7X5.41UL_I_P UL_I_N UL_Q_P UL_Q_N DL_I_P DL_I_N DL_Q_P DL_Q_NGND_RFVCC_TD_COREJ11 G12 H11 J10VDD_CORE VDD_CORE VDD_CORE VDD_CORET_PA_BATT_PA_BATC_/_1000_/_NF_/_0201 GND_SIGNALIO_POWER_INA16VCC_TD_IO_1V8VDD_IO_HOST N16VCC_TD_IO_1V8VDD_IO_GPIO1 E17VCC_TD_IO_1V8VDD_IO_SYS2 A9 2C_/_1000_/_NF_/_0201 GND_SIGNALDVDD18 1 2C_/_1000_/_NF_/_0201 GND_SIGNAL NA10 1 2C_/_1000_/_NF_/_0201 GND_SIGNAL NAVDD12_LDO A8ANT803 ANT801C857 C858 C859 C860Bypass cap close to IC Need to have clean and separated GND.C / 1000 C / /1000 nF C// nF C// nF / 0201 / nF / 02014AVDD28_LDO 1 2 A7 1NAVDD43_1 C7VCC_AVDD43AVDD25_LDO A11 AVDD43_VRFANT802GND_SIGNAL1VDD18_PMU L8282 L / NC / 0402INDC_/_4700_/_NF_/_0603_/_X5RA2C815 C / 2 / pF / 0402F8 F9 F10 G8 G9 G10 1ANTENNA_6 ANTENNA D_/_RB520S_0 C_/_2_/_PF_/_0402A GND_SIGNAL NGND GND GND GND GND GND 2N D_/_RB520S_0 C_/_1_/_PF_/_0402Bypass cap close to IC Connect to AVSS34_VRF (pin B11) first Need to have clean and separated GND.C831 C / 4700 / nF / 0603 / X5R1NGND_SIGNALGND_SIGNALN2PA_EN_2C_/_1_/_PF_/_04021 1 2L829 L / NC /
D802TDD_PA_B34_INR / 0 / ohm / 0402PA_MODE1PA_MODE2PA_EN_3R841 R / NC / 0402PA_MODE1TDD_PA_B40_INGND_SIGNALPA_MODE221INDGND_SIGNALA12ANTENNA_5AVSS43_VRF 2 L819 1IND R_/_NC_/_0402A GND_SIGNALB10 2C856SMALL_CAP INDUCTORAAVSSL821 C893N GND_SIGNAL NC811 C / 1 / pF / 0402C_/_NC_/_02012T_PA_BATC892C885GND_SIGNAL2C_/_NC_/_02011C_/_100_/_PF_/_0402C_/_NC_/_0201C12 B12 2 1C884GND_SIGNALSW_VRF VOUT_VRF 2 1C8941GND_SIGNALC_/_100_/_PF_/_0402R_/_0_/_OHM_/_0402AL820 C / 1.2 / pF / 0402T_PA_BATGND_SIGNAL2 1 2C_/_NC_/_02011 1C_/_NC_/_016 CAP_04021 2NVDD18_PMUC896C_/_39_/_PF_/_0402GND_SIGNAL2GND_SIGNAL1 2C887GND_SIGNALGND_SIGNALN3 1 2 1C_/_NC_/_0201 GND_SIGNAL C_/_39_/_PF_/_0402 R_/_0_/_OHM_/_-2) GND_SIGNAL2C8861 2NR818R808 R / 0 / ohm / 04022.2uH / LQM2MPN2R2NG0LC / 4700 / nF / 0402 / X5RR / 0 / ohm / 0402GND_RF GND_RF GND_RF GND_RF GND_RF GND_RF GND_RF GND_RF GND_RF12 L825C837 L / 6.8 / nH / 0402K6 L1 L3 L4 L5 L6 M2 N1 N5C895 C / 39 / pF / 0402IND54321C879 C / 39 / pF / 0402RFMD_RF6285_1A154321RFMD_RF6285_1AVOUT_VRF = VCC_AVDD43 =& LDO modeVCC_AVDD43TD_VRF1V825VEN CPL_OUT 6GND_SIGNALGND_SIGNALVBATRF_INVENCAP_0402VBATGND_SIGNALRF_INVMODE_1U814VMODE_2 CPL_IN GND 7NC845 C / NC / 0402NVMODE_1U811VMODE_2SKY77709L / NC / 0402L_/_NC_/_0402L827GND_SIGNAL21GND_SIGNAL5CAR_KIT_/_MM13RF_OUTC / 56 / pF / 0402GND VCCCPL_IN GNDGNDCPL_OUTVCCRF_OUTU808Car Kit :out of shielding case891011 6 7GND_SIGNAL N891011C / 56 / pF / 0402R838R_/_62_/_OHM_/_0402 GND_SIGNAL624NGND_SIGNALC8902C_/_56_/_PF_/_0402GND_SIGNAL21NGND_SIGNALC_/_NC_/_0402BNL_/_NC_/_0402CAP_04022C8831N GND_SIGNAL2 13GND_SIGNAL1C_/_56_/_PF_/_0402 R_/_51_/_OHM_/_0201C_/_NC_/_0402BGND_SIGNAL2GND_SIGNAL1N2 1R840GND_SIGNAL R_/_220_/_OHM_/_04021C891GND_SIGNAL C_/_10_/_NF_/_0402RxD share the same ANTR / 62 / ohm / R_/_62_/_OHM_/_04022IND_0402 GND_SIGNAL1 2N2C880R802R / 0 / ohm /
C / NC / 0402C / NC / 0402GND_SIGNAL21C888C_/_10_/_NF_/_0402R_/_0_/_OHM_/_-2)L830 L / NC / 0402C / NC / 0402R834IND_040213GND_SIGNAL2NL824 L / NC / 04021C881NL823 L / NC / 0402R836R835R83021C_/_2200_/_NF_/_0402_/_X5R22 R /1 0 / ohm / 0402R_/_0_/_OHM_/_0402C NGND_SIGNAL21C_/_2200_/_NF_/_0402_/_X5RR_/_0_/_OHM_/_0402CAUX_IN0_TDPAVTCXO28-22 R /1 0 / ohm / 0402R_/_0_/_OHM_/_0402CGND_SIGNAL2N1 1ASM_RXD_ANT1SAW_0U815& NTC Thermal Sensor &R / 62 / ohm / 04021SAW_0U812T_PA_BATINC889 C / 2200 / nF / 0402 / X5RC882 C / 2200 / nF / 0402 / X5RTD_PDETGND_SIGNALT_PA_BATNTC8015G OUT 4 TDD_PA_B34_OUTG G 32GND_SIGNALINL_/_12_/_NH_/_0402R_/_NC_/_0402BGND_SIGNAL5G OUT 4 TDD_PA_B40_OUT 1G G 32GND_SIGNALGND_SIGNAL12C875N2 1C_/_100_/_PF_/_04021NTC_/_NCP15WF104F03RC_/_0402_2 2N GND_SIGNAL1R_/_120_/_K_/_0201R825 R / NC / 04022GND_SIGNAL R_/_220_/_K_/_02011 2VC3C_/_100_/_PF_/_0402L826 L / 12 / nH / 04021VC1 R827R82613121110C871GND_SIGNAL12C877C_/_100_/_PF_/_0402N1ANTGNDGNDGNDGND_SIGNAL2 1 V31C870C_/_NC_/_0402B2NC / NC / 04022N L_/_2.7_/_NH_/_0402A2RF3V19C_/_100_/_PF_/_0402L831GND_SIGNAL3GNDRF18N1 GND 7GND_SIGNAL2C872DL_I_P_TD RXD_BBIP1 2 3R_/_0_/_OHM_/_-2)Loading &10pF2TX2_IP TX2_IN TX2_QP TX2_QN RX_IP RX_IN RX_QP RX_QN RX2_IP RX2_IN RX2_QP RX2_QNAG13 AG14 AF14 AF13 AJ16 AH16 AH18 AH17 AG15 AG16 AF15 AF16UL_I_P2 UL_I_N2 UL_Q_P2 UL_Q_N2 DL_I_P1 DL_I_N1 DL_Q_P1 DL_Q_N1 DL_I_P2 DL_I_N2 DL_Q_P2 DL_Q_N2DVDD28_BPIR214 DL_I_N_TD RXD_BBIN1 3R_/_0_/_OHM_/_-2)R215 DL_Q_P_TD RXD_BBQPBPI1_BUS5 BPI1_BUS6 BPI1_BUS7 BPI1_BUS8 BPI1_BUS9 BPI1_BUS10 BPI1_BUS11 BPI1_BUS12 BPI1_BUS13 BPI1_BUS16 BPI1_BUS17 BPI1_BUS18 VM0 VM1AG28 AF26 AJ25 AG27 AH26 AH24 AF24 AJ28 AH25 AE26 AH27 AE24 AF28 AH29 AE20 AH22 AH21 AE21 AG22 AE23 AF23 AE22W_PA_B1_EN W_PA_B2_EN W_PA_B5_EN W_PA_B8_EN RXD1 RXD2 RXD3 ANTENNA_CONFLICT_2G TDD_TIMINGSYNC VM0 VM1 BSI1A_CS0 BSI1A_CLK BSI1A_DATA0 BSI1A_DATA1 BSI1A_DATA2 DVDD12_EMI1 2 3R_/_0_/_OHM_/_-2)R216 DL_Q_N_TD RXD_BBQN1 2 3R_/_0_/_OHM_/_-2)WG_GGE_PA_VRAMP VAPC2 DCOC_FLAGAG18 AG20 AG19 AH20 AF21 AH23MT6588E1_LPDDR2VBIAS APC1 APC2 TXBPI1 BSI1C_CLK BSI1C_DATABSI1A_CS0 BSI1A_CLK BSI1A_DATA0 BSI1A_DATA1 BSI1A_DATA2DVDD28_BSIR209C_/_1000_/_NF_/_0201 R_/_0_/_OHM_/_0201BC205 C / 100 / nF / 0201EVREFEVREFBSI1B_CS0 BSI1B_CLK BSI1B_DATAR211C_/_1000_/_NF_/_0201 R_/_0_/_OHM_/_0201BC206 C / 100 / nF / 0201C207 C / 1000 / nF / 0402ED29 ED28 ED27 ED26 ED25 ED24 ED23 ED22 ED21 ED20 ED19 ED18 ED17 ED16 ED15 ED14 ED13 ED12 ED11 ED10 ED9 ED8 ED7 ED6 ED5 ED4 ED3 ED2 ED1 ED0 EVREFC22 A24 D21 B21 B22 B24 B5 B7 B8 D8 A5 C7 D6 C6 B17 C19 D19 B20 C20 A17 B18 A20 B9 B11 A12 C10 A9 D10 C11 B12 H14 H18 C15 C12 B14 D12 D17 B13 F16 D14 F17 F18 C17 E18 C16 A13 A15 D13 E12 E11 E17MT6588E1_LPDDR2RDQ29 RDQ28 RDQ27 RDQ26 RDQ25 RDQ24 RDQ23 RDQ22 RDQ21 RDQ20 RDQ19 RDQ18 RDQ17 RDQ16 RDQ15 RDQ14 RDQ13 RDQ12 RDQ11 RDQ10 RDQ9 RDQ8 RDQ7 RDQ6 RDQ5 RDQ4 RDQ3 RDQ2 RDQ1 RDQ0 VREF VREF RBA2 RBA1 RBA0 RA14 RA13 RA12 RA11 RA10 RA9 RA8 RA7 RA6 RA5 RA4 RA3 RA2 RA1 RA0R RR R R RR R R R RD RD RD RD1221R RC R RC112C_/_1000_/_NF_/_0402_/_X5RB21N N N N N NGND_SIGNAL2GND_SIGNALURXD4 UTXD4URXD4 UTXD4URXD3 UTXD3SCL0 SDA0 SCL1 SDA1 SCL2 SDA2 SCL3 SDA3 SPI1_CSN SPI1_MO SPI1_MI SPI1_CLKGND_SIGNALTD_BSI_DATA1 TD_BSI_DATA0 TD_BSI_CLK TD_BSI_CS URTS1 UCTS1 URXD1 UTXD1URTS1 UCTS1 URXD1 UTXD1EA9 EA8 EA7 EA6 EA5 EA4 EA3 EA2 EA1 EA0NNN NTP_ME TN_MEDDR3RSTB REU201-CSPI1_CSN SPI1_MO SPI1_MI SPI1_CLKUTXD1 URXD1 UCTS1 URTS1UTXD2 URXD2 UCTS2 URTS2UTXD3 URXD3UTXD4 URXD4&TESTMODE& Connect to VIO18 : Enter Test Mode Connect to GND : Normal mode &FSOURCE_P& Connect to VGP6 (2v0) : w/i EFUSE program Connect to GND : w/o EFUSE programCLK1_BB SYSCLK2 RTC32K1V8AJ19 AJ14 P25 L25 D24 R28 U24 U28 T25 U29 U25 V26 AD28 AE27 AC27 AB27 R26 AE29 AD29 AB25 AA25 B2 C2 C3 E2 E1 AG9 AH9 AJ9 AD8PWM1 PWM2 PWM3 PWM4SCL0 SDA0 SCL1 SDA1 SCL2 SDA2 SCL3 SDA3W27 AA29 AA26 AA28V24 W26 V25 W28Y28 W25AJ6 AF5 AH5 AG5AF9 AE9 D2 C1 A2 B1 V29 V28Y27 Y26 Y29 Y25F4 B3CLK26M1 CLK26M2 RTC32K_CK TESTMODE FSOURCE_P WATCHDOG JTCK JTDO JTRST_B JTDI JRTCK JTMS USB_VRT USB_VBUS USB_DP_P0 USB_DM_P0 IDDIG USB_DP_P1 USB_DM_P1 CHD_DP_P0 CHD_DM_P0 MRG_I2S_PCM_CLK MRG_I2S_PCM_RX MRG_I2S_PCM_SYNC MRG_I2S_PCM_TX DAI_RSTB I2S_CLK I2S_WS I2S_DATA_IN I2S_DATA_OUTSYSRSTBVDD28_NML2R29 AJ21 E5 P26 AF22 P29 L29 M29 M26 M28 L28 K25 K26 K28 M27 L26 L27 N25 M25 P28 M24 N24 N28 T28 T27 T26 R27 MODEx : DRVVBUS R25 AE8 AH8 MODEx : SRCLKENAI2 AG8 AJ8 AF8 AD10 AE10 AF10 AJ3 AJ5 AG4 MODE4/6 : MD1/2_GPS_SYNC AH3 MODE4 : CM2MCLK AE6 AH6 AH4 AF6 AH7 AE7SYSRST_B OSC_EN_TD SRCLKENAI SRCLKENA SRCLKENA2 SRCVOLTEN PWRAP_SPI0_CSN PWRAP_SPI0_CLK PWRAP_SPI0_MI PWRAP_SPI0_MO PWRAP_EVENT ADC_CLK ADC_WS ADC_DAT_IN DAC_CLK DAC_WS DAC_DAT_OUT SIM1_SCLK SIM1_SIO SIM1_SRST SIM2_SCLK SIM2_SIO SIM2_SRST EINT_GY EINT_A EINT_G EINT_PMU GPIO_USB_DRVVBUS EINT_CTP EINT_M GPIO_6605_OSC_EN GPIO_TD_HIF_INT EINT_6628_WIFI EINT_HPVDD28_NML2VDD28_NML2EXT_CLK_EN SRCLKENAI SRCLKENA SRCLKENA2 SRCVOLTEN PWRAP_SPI0_CSN PWRAP_SPI0_CLK PWRAP_SPI0_MI PWRAP_SPI0_MO PWRAP_EVENT ADC_CLK ADC_WS ADC_DAT_IN DAC_CLK DAC_WS DAC_DAT_OUT SIM1_SCLK SIM1_SIO SIM1_SRST SIM2_SCLK SIM2_SIO SIM2_SRST EINT0 EINT1 EINT2 EINT3 EINT4 EINT5 EINT6 EINT7 EINT8 EINT9 EINT10_AUXIN2 EINT11_AUXIN3 EINT16_AUXIN4 LSCE0B LSCE1B LSCK LSDA LSA0 LRSTB LPCE0B LPCE1B LPTE DISP_PWMWATCHDOG_BClose to MT6589R2012R_/_5.1_/_K_/_0201_/_1%1MCU_JTCK MCU_JTDO MCU_JTRST_B MCU_JTDI MCU_JRTCK MCU_JTMS USB_VRTEINT0 : Gyro-Sensor EINT1 : ALS sensor EINT2 : ALS sensor EINT3 : MT6320 EINT4 : M-Sensor EINT5 : CTP EINT7 : MT6605 EINT8 : TD EINT9 : MT6628 WiFi EINT10 : HEADSETGND_SIGNALGND_SIGNALVBUS1R_/_1_/_M_/_0201_/_1%2R22290 Ohm differential 2N R_/_1_/_M_/_0201_/_1%USB_DP USB_DM USB_ID USB11_DP USB11_DM CHD_DP CHD_DMVDD18_PMU1R221PWM1 : GPIO PWM2 : GPIO PWM3 : GPIO PWM4 : GPIOMIPI_TCP MIPI_TCN MIPI_TDP0 MIPI_TDN0 MIPI_TDP1 MIPI_TDN1 MIPI_TDP2 MIPI_TDN2GND_SIGNALR207 R / 4.7 / K / 0201R_/_0_/_OHM_/_0201BR208 R / 4.7 / K / 0201DAICLK DAIPCMIN DAISYNC DAIPCMOUT DAIRST I2S0_CK I2S0_WS I2S0_DAT_IN I2S0_DAT_OUTUART1: Debug UART2: GPIO_BSI2 (2nd Talk) UART3: MT6628 UART4: DebugMT6605 OSC_EN Need to default low for MT6605 TESTMODE boot-strapSCL3 SDA3VGP2_PMUR217 R / 4.7 / K / 0201R_/_0_/_OHM_/_0201BR218 R / 4.7 / K / 0201AUX_IN0_TDPA AUX_IN1_NTCAH11 AH10 AF12 AE11 AE12 AG12 AH12 AH13AUXIN0 AUXIN1 AUX_XP AUX_XM AUX_YP AUX_YM MSDC3_DAT3 MSDC3_DAT2 MSDC3_DAT1 MSDC3_DAT0 MSDC3_CLK MSDC3_CMD REFP REFN11GPIO_CTP_RST GPIO_6628_GPS_SYNC GPIO_3D_CM2MCLK LRSTB GPIO_3D_CMPDN GPIO_3D_CMRST LPTE PWMI2C0 : CTP I2C1 : Main Camera / Sub Camera I2C2 : Main 3D Camera I2C3 : G/M/GYRO/ALS sensor I2C4 (PMIC) : MHL I2C5 (PMIC) : NFC I2C6 (PMIC) : Charger, T sensor @ 3D Camera need to use I2C1/I2C2 I2S : MHL MSDC0 : eMMC MSDC1 : T-Card MSDC2 : GPIO_BPI2 (2nd Talk) MSDC3 : MT6628MIPI_RCP MIPI_RCN MIPI_RDP0 MIPI_RDN0 MIPI_RDP1 MIPI_RDN1 MIPI_RDP2 MIPI_RDN2 MIPI_RDP3 MIPI_RDN3 MIPI_RCP_A MIPI_RCN_A MIPI_RDP0_A MIPI_RDN0_A1 2R_/_0_/_OHM_/_0201B21DVDD33_MC2DVDD33_MC1MIPI_RCP_B MIPI_RCN_B MIPI_RDP0_B MIPI_RDN0_B2R_/_0_/_OHM_/_0201B2MSDC2_DAT3 MSDC2_DAT2 MSDC2_DAT1 MSDC2_DAT0 MSDC2_CLK MSDC2_CMD MSDC2_SDWPI MSDC2_INSIMSDC1_DAT3 MSDC1_DAT2 MSDC1_DAT1 MSDC1_DAT0 MSDC1_CLK MSDC1_CMD MSDC1_SDWPI MSDC1_INSISCL2 SDA2MSDC0_DAT7 MSDC0_DAT6 MSDC0_DAT5 MSDC0_DAT4 MSDC0_DAT3 MSDC0_DAT2 MSDC0_DAT1 MSDC0_DAT0 MSDC0_CLK MSDC0_CMD MSDC0_RSTBPower by CAM_IO 1NMIPI_VRTVGP2_PMUC_/_1000_/_NF_/_0201D26 B27 A27 A25 D25 B25 C26 B26 C27 A28 E25D3 D4 B4 A4 C4 D5W5 W2 Y4 V4 W3 W4 V5 Y3T5 V2 T4 V1 U2 U5 U6 Y22C213 C / 1000 / nF / 0201MT6588E1_LPDDR21R203R_/_0_/_OHM_/_0201BR210 R / 4.7 / K / 0201R_/_0_/_OHM_/_0201BR212 R / 4.7 / K / 0201Close to MT6589MC3DA3 MC3DA2 MC3DA1 MC3DA0 MC3CLK MC3CMDSCL1 SDA1EMMC_RST EMMC_CMD EMMC_CLK EMMC_DAT0 EMMC_DAT1 EMMC_DAT2 EMMC_DAT3 EMMC_DAT4 EMMC_DAT5 EMMC_DAT6 EMMC_DAT711GND_SIGNALClose to MT65892R_/_0_/_OHM_/_0201B2VDD18_CTPR219 R / 4.7 / K / 0201R_/_0_/_OHM_/_0201BR220 R / 4.7 / K / 0201TD_M_BPI1 TD_M_BPI0 ASM3_2G ASM2_2G ASM0_2G ASM1_2G TD_M_BPI2MC1SDWPIMC1INSI MC1CM MC1CK MC1DA0 MC1DA1 MC1DA2 MC1DA311BPI2_BUS172R_/_0_/_OHM_/_0201B2Power by CTPSCL0 SDA05432GND_SIGNAL2(IMAX_300mA) 1 K3C1009 C / 4700 / nF / 0402 / X5RAVDD17_CLDO_IN AVDD55_SMPSJ2AVDD17_CLDO_INC_/_2200_/_NF_/_0402_/_X5R2(IMAX_300mA) J4GND_SIGNALAVSS55_SMPS(IMAX_300mA)K2INDUCTORB1LXBKL3LQM2HPN2R2MG0 LXBK2 L10021C_/_2200_/_NF_/_0402_/_X5RAVDD17_CLDO_IN C1016 C / 4700 / nF / 0402 / X5RAVDD17_CLDO_IN(IMAX_100mA)1AVDD28_TLDOC_/_1000_/_NF_/_0603_/_X5RBJ1C1010 C / 1000 / nF / 0402 / X5RCLDO AVDD28_TLDObuck output current loop keep as short as possible(IMAX_200mA)GND_SIGNAL2(IMAX_10mA)1AVDD28_TLDO_SWC_/_1000_/_NF_/_0603_/_X5RBH1C1008 C / 1000 / nF / 0402 / X5RAVDD28_TLDO_SWC / 1000 / nF / 0402 / X5RMT6628_E1_WLCSP C_/_1000_/_NF_/_0603_/_X5RB1WFLDOL4CLDOGND_SIGNAL2C1011GND_SIGNALCLDOGND_SIGNAL2MT6628_E1_WLCSP21buck input current loop (K3 and J4) keep as short as possible AVSS55_SMPS (J4) connect to bypass cap first and to GND(IMAX_300mA)PMU_WFLDOC_/_4700_/_NF_/_0603_/_X5RBPMU_WFLDO C1012C / 2200 / nF / 0402 / X5RMT6628_GPIOGND_SIGNAL2MT6628_GPS / FMWIFI_Host ANTSEL-20 1SDIO SPI(IO Level)VDD1V8_6628100 01 Xtal/OCS 10 ANTSEL-1 (b`0) 11TCXO(MSDC IO Level)GND_SIGNAL2C1033 C / 100 / nF / 0201 VDD1V8_6628SDIO_CLKMC3DA0MC3DA1MC3DA2MC3DA3Xtal EXTCK RESERVERDSDIO_CMDC_/_10_/_NF_/_02011 2C1034 C / 100 / nF / 0201 GPS_RFC_/_10_/_NF_/_0201C1003GND_SIGNAL1C_/_18_/_PF_/_02012 1C_/_NC_/_0201H7H6H5C8U1001-EH4J7J5J6C1004SDIO_CLKDVDDIO_SDIOSDIO_DAT0SDIO_DAT1SDIO_DAT2SDIO_DAT3SDIO_CMDDVDDIOBT/COM Host UART_RTS0 1UART SDIOMT6628E2 MT6628E2E10 RTCCLK_O&Bluetooth Interface& Internal 75K pull high -& Common SDIO I/F External 10K pull low -& UART I/FRTC32K2V8F10RTCCLK UART_RTS D9 E9 F9 E8UART_RXD URXD3 R1032 R / 10 / K / 0201NBT/COM Host ANTSEL-00 1SDIO UARTMT6628E1 MT6628E1VRTC_662812G9 1C1032 C / 100 / nF / 0201GND_SIGNALVCCRTCUART_CTS UART_RXDC_/_10_/_NF_/_0201G72AVSSRTCUART_TXD122C1045 C / 100 / nF / 0201C_/_10_/_NF_/_02011MT6589 &==& MT6628 ConnectorVBAT VRTC VDD18_PMU SYSRST_B_6628 BGF_INT_B EINT_6628_WIFI RTC32K2V8 CLK2_WCN MC3CLK MC3CMD MC3DA0 MC3DA1 MC3DA2 MC3DA3 R1016 R / 0 / ohm /
1 R / 0 / ohm 2 /
R / 0 / ohm / 09 R / 02 / ohm / 10 R / 02 / ohm / 0402R_/_0_/_OHM_/_0402BGND_SIGNALCLDOC_/_10_/_NF_/_0201CLDOG5C1035 C / 100 / nF / 0201DVDD DVDDI2S_CLK I2S_WS I2S_DATA_OUTF8 E7 D7I2S_CLK_6628 I2S_WS_6628 I2S_DATA_6628E6 C9GND_SIGNAL12VBAT_6628 VRTC_6628 VDD1V8_6628 SYSRST_B_6628 BGF_INT_B EINT_6628_WIFI RTC32K2V8 CLK2_WCN SDIO_CLK SDIO_CMD MC3DA0 MC3DA1 MC3DA2 MC3DA3GND_SIGNALDVDD PCM_CLK PCM_OUT A10 B10 D10 A9PCM_CLK PCM_OUT DAISYNC PCM_INR_/_0_/_OHM_/_0402BR_/_0_/_OHM_/_0402BG6 F7 C10GND_SIGNALDVSS FSOURCE_WR DVSS WIFI_INT_B BGF_INT_B SYSRST_B DVSS1 XTESTPCM_SYNC PCM_IN1R_/_0_/_OHM_/_0201BR_/_0_/_OHM_/_0201B2MT6628_E1_WLCSPH8UART_RXD URXD3 PCM_CLK PCM_IN DAISYNC PCM_OUT AGPS_SYNC SRCLKENAI GPIO_6628_PMU_EN GPIO_6628_GPS_LNA_EN R1018 R / 0 / ohm / 0201UART_RXD URXD3 PCM_CLK PCM_IN DAISYNC PCM_OUT AGPS_SYNC OSC_EN GPIO_6628_PMU_EN GPIO_6628_GPS_LNA_ENMT6628_E1_WLCSPGND_SIGNALSYSRST_B_6628EINT_6628_WIFIBGF_INT_BGND_SIGNALG8B8K7L7R_/_0_/_OHM_/_0402BGND_SIGNALGND_SIGNAL23G A1R_/_0_/_OHM_/_0201B2I2S0_CK I2S0_WS I2S_DATA_6628R1022 R / 0 / ohm /
1 R / 0 / ohm 2 / 02011R_/_0_/_OHM_/_0201B2I2S_CLK_6628 I2S_WS_6628 I2S_DATA_6628R_/_0_/_OHM_/_0201BAU_FMINR AULOUTAU_FMINR AULOUT54VSIM2_NFCVSIM1_NFCVSIM2_PMUVSIM1_PMU553R_/_0_/_OHM_/_-2) R_/_0_/_OHM_/_-2)1R312SIM2_CLK SIM1_CLK SIM2_RST SIM1_RST USB11_DP22R_/_0_/_OHM_/_0402C R_/_0_/_OHM_/_0402C2R1508R1507C_/_1000_/_NF_/_0402BC_/_1000_/_NF_/_0402BGND_SIGNAL2GND_SIGNAL1 1 142R / 0 / ohm / 04021R / 0 / ohm / 0402C1512 C / 1000 / nF / 0402C1505 C / 1000 / nF / 04024ESD_/_TVS_/_0.5PF_/_0402 GND_SIGNAL GND_SIGNAL ESD_/_TVS_/_0.5PF_/_0402VR1501ESD_/_TVS_/_0.5PF_/_0402VR1505GND_SIGNALGND_SIGNALESD_/_TVS_/_0.5PF_/_0402VR1502 VR1506GND_SIGNAL ESD_/_TVS_/_0.5PF_/_004 N N NVR1507C1C2C3C41TP-SS011-014-05-8152U15013 DPVCC CLK RST RSTVCC8-pin connectorCLK SIM2SIM1 & SmartCardDUAL_SIM/SMD/TP-SS011-014-05-815NB33SIM11GND_SIGNAL GND_SIGNAL112 13 G G I/O I/O VPP VPP GND GND DMR_/_NC_/_0402BG G G11 10 9R1509 R / NC / 0402R1504 R / NC / 0402R_/_NC_/_0402B2 5N N GND_SIGNAL GND_SIGNAL GND_SIGNAL267C5ESD_/_TVS_/_0.5PF_/_0402C6C7C8SIM2ESD_/_TVS_/_0.5PF_/_0402VR1508GND_SIGNALGND_SIGNALESD_/_TVS_/_0.5PF_/_0402VR1503ESD_/_TVS_/_0.5PF_/_0402TitleGND_SIGNAL GND_SIGNALVR1509SizeDate: CustomESD_/_TVS_/_0.5PF_/_0402VR1504VR151022R15052R_/_0_/_OHM_/_0402C R_/_0_/_OHM_/_0402C2Document Number1115 Dual SIM, IC-USBR1501 R / 0 / ohm / 0402 R / 0 / ohm / 0402 USB11_DM1Saturday, December 08, 2012MT6589 PHONESIM2_DATA SIM1_DATA SIM2_NFC_SWP2 SIM1_NFC_SWP1 Rev V1.0C D A BSheet 15 of 211CFDG6303_2CBNPWRAP_SPI0_MO PWRAP_SPI0_MI1Q_/_SSM3K35MFV123340mil2VDRVPWRAP_EVENT EINT_PMUU304 R326 ISENSE_R40milVBAT 0RISENSE_R4mil1R0402_02 DifferentialISENSERsenseR_/_0.2_/_OHM_/_0603_/_1%R32840milVBATVBAT4milR3250R2Add Zenar Diode Place on the path from VBAT to IC (Battery connector or test point or IO connector)50mil50milR3341 1 1 1R / 0 / ohm / 040230mil 20mil 20mil12 2 2 2R335 R336R / 0 / ohm / 0402 R / 0 / ohm / 0402R_/_0_/_OHM_/_0402B N R_/_0_/_OHM_/_0402B1R0402_02BATSNSR_/_0_/_OHM_/_0402BBATTERY CONNECTORBig Battery 1500mABAT/SMD/KBC23S3D4XR/KEIRAKU R353SOD123 500mWC341R337 R338 1 R339 1 R358 1 R340R / 0 / ohm / 0402R_/_0_/_OHM_/_0402B20mil 30mil 20mil 20mil 12mil 12mil 12mil 12mil 12mil 12milC_/_2200_/_NF_/_08051D302D_/_MMSZ5231BT1G1R / 0 / ohm / 0402 R / 02 / ohm / 0402 R / 02 / ohm / 0402 R / 02 / ohm / 0402R_/_0_/_OHM_/_0402B R_/_0_/_OHM_/_0402B R_/_0_/_OHM_/_0402BVBAT_VPA22GND_SIGNALVF : 4.85V~5.36V1R_/_NC_/_0201A2VA_PMUGND_SIGNALVBAT+ 6 NC NTC GND7 NC NC NCBATCON/4P_31 2 3 4 5GND_SIGNAL40milVBATBetween IC and IO portVA_PMU VDD18_PMUR_/_24_/_K_/_0402AR341 1 R342 1 R343 1 R344 1 R345 1 R3461 1VR301E SD_/_TVS_/_200PF_/_0402_ ESD_/_TVS_/_50PF_/_0402__R327 R323R / 1 / K / 04021R / 0 / ohm / 0402 R / 02 / ohm / 0402 R / 02 / ohm / 0402 R / 02 / ohm / 0402 R / 02 / ohm / 0402 2 R / 0 / ohm / 0402R_/_0_/_OHM_/_0402B R_/_0_/_OHM_/_0402B R_/_0_/_OHM_/_0402B R_/_0_/_OHM_/_0402B R_/_0_/_OHM_/_0402BR_/_0_/_OHM_/_0402B22 2BAT_ON TREFNR_/_1_/_K_/_0402AR / NC / 0402R_/_24_/_K_/_0402AR_/_0_/_OHM_/_0402BNNNNN2R3471R / 0 / ohm / 040212mil2VR302R330R_/_0_/_OHM_/_0402BC / 1000 / nF / 040 C / 4700 C / /4700 nF C// nF C// nF / 0603 / nF / 0603 C / 2200 / nF / 0402 C / 2200 C / /2200 nF C// nF / 0402 / nF / 0402 C / 1000 / nF / 0402 C / NC C/ /0402 NC C/ /0402 NC C/ /0402 NC C/ /0402 NC C/ /0402 NC / 0402CON301 R318 FGNRfg1R_/_0.02_/_OHM_/_0805_/_1%AUX_IN1_NTC12GND_SIGNALC / 100 C // nF 100 / 0201 / nF / 0201 AVDD18_NTC802NTC_/_NCP15WF104F03RC_/_0402_Kelvin connectionGND_SIGNAL11111111111111111FGNGND_SIGNALR317 R3212222222222222222R_/_0_/_OHM_/_0201B21 1R / 0 / ohm / 0201 R2 / 0 / ohm / 0201R_/_0_/_OHM_/_0201B2FGN_IC FGP_ICC321differential C326 to RfgC_/_100_/_NF_/_0201B1C320 C301 C302 C303 C304 C305 C306 C307N N N C_/_2200_/_NF_/_0805 C_/_2200_/_NF_/_0805 C_/_2200_/_NF_/_0805 C_/_2200_/_NF_/_0805 C_/_2200_/_NF_/_0402 C_/_2200_/_NF_/_0402 C_/_2200_/_NF_/_0402 C_/_NC_/_0402BC314N C_/_100_/_NF_/_0201BFGN_IC/FGP_IC 4milC_/_2200_/_NF_/_0402NNNC_/_2200_/_NF_/_0402C_/_NC_/_0402BC_/_NC_/_0402BC_/_NC_/_0402BC_/_NC_/_0402BC_/_NC_/_0402BC_/_2200_/_NF_/_0402R367, R368 close to Rfg (R366) R366 close to U304Small Battery 1000mABAT/SMD/88460-03/TAIWAN-KINGND_SIGNALCHD_DPGND_SIGNALCHD_DMNCVBAT+ NTC GNDNC NCBATCON/4P_53 2 1 4 5GND_SIGNALPMIC GND ball connect to bypass cap. GND first and connect to system GND close to bypass cap.CON302 R351 FGN1Rfg1R_/_0.02_/_OHM_/_0805_/_1%2GND_SIGNAL GND_SIGNALKelvin connectionFGN1GND_SIGNALR352 R3551 1R / 0 / ohm / 0201 R2 / 0 / ohm / 0201R_/_0_/_OHM_/_0201B2FGN_IC FGP_ICR_/_0_/_OHM_/_0201BClose to MHLR367, R368 close to Rfg (R366) R366 close to U304VDD_1V8_MHLAudioTP314 R302 R / 4.7 / K / 0201 TP315 R311 2 VBAT R / 0 / ohm / 0402R_/_0_/_OHM_/_0402B TP_/_30MIL_1 TP_/_30MIL_1DigitalU301-BU301-C1R301 R / 4.7 / K / 0201R_/_0_/_OHM_/_0201B R_/_0_/_OHM_/_0201B11W4C322 C / 2200 / nF / 0402 U4VBAT_SPK GND_SPKSPK_N SPK_PW2 W3C325AU_SPK1N AU_SPK1PN2212C_/_2200_/_NF_/_0402TP312 TP313KCOL0 KCOL1GPIO_ANT_SW GPIO_CHG_EN1U1 R2 T1 T2 R4 N5 P4 P5N NKP_COL0 KP_COL1 KP_COL2 KP_COL3 KP_COL4 KP_COL5 KP_COL6 KP_COL7SCL_0 SDA_0 SCL_1 SDA_1 SCL_2 SDA_2K5 K4 K6 L6 L4 L5SCL4 SDA4 SCL5 SDA5 SCL6 SDA6SCL4 SDA4 TP309 TP310TP_/_30MIL_1TP_/_30MIL_1GND_SIGNALClose to NFCDAC_DAT_OUT DAC_CLK DAC_WS2 1 VBAT R312 R / 0 / ohm / 0402 TP311 ADC_DAT_IN ADC_CLK ADC_WSR_/_0_/_OHM_/_0402B TP_/_30MIL_1 TP_/_30MIL_1W10 B9 D7 F7 C6 D6 C7 V13 W13VBAT_AUD ADC_DAT ADC_CK ADC_WS DAC_DAT DAC_CK DAC_WS AU_MICBIAS0 AU_MICBIAS1AVDD28_AUD AVSS28_AUD AVSS28_AUD AVDD18_AUD AVSS18_AUD AVSS12N_AUDR11 C / 1000 / nF /
2 W12NTP_/_30MIL_1NC_/_4700_/_NF_/_0603__GND_SIGNALP8 R8 V5C / 2200 / nF / 0402 / X5R C323 AVSS12N_AUDR313 2 R / 0 / ohm / 0402N R_/_0_/_OHM_/_0402B1VDD18_PMUVDD18_PMU KROW0 EINT_CHG_STAT IRQ_NFC GPIO_NFC_RST GPIO_NFC_VENB EINT_NFCC332 C / 2200 / nF / 0402C / 1000 / nF / 0402C_/_100_/_NF_/_0402AN2 N1 R1 R3 T3 M4 M5 P2 J1 D8 M3 B4 H1 E7 M2 B5KP_ROW0 KP_ROW1 KP_ROW2 KP_ROW3 KP_ROW4 KP_ROW5 KP_ROW6 KP_ROW7SCL5 SDA512C_/_2200_/_NF_/_0402_/_X5RGND_SIGNAL1R303 R / 4.7 / K / 0201R_/_0_/_OHM_/_0201B R_/_0_/_OHM_/_0201BR304 R / 4.7 / K / 0201MICBIAS0 MICBIAS1 C442 AU_VIN0_P AU_VIN0_N AU_VIN1_P AU_VIN1_N AU_VIN2_P AU_VIN2_NDC couple 1 AU_FLYP AU_FLYN W9 AU_FLYPC_/_1000_/_NF_/_0402_/_X5RA11Close to MT6320 U9 AU_FLYN U13 U8 T9 T7 V8AU_HSN AU_HSP AU_HPR AU_HPLVSIM1_PMU SIM1_SCLK SIM1_SIO SIM1_SRST VSIM2_PMU SIM2_SCLK SIM2_SIO SIM2_SRSTDVDD_VSIMLS1 SIM1_AP_SCLK SIM1_AP_SIO SIM1_AP_SRST DVDD_VSIMLS2 SIM2_AP_SCLK SIM2_AP_SIO SIM2_AP_SRSTSIMLS1_SCLK SIMLS1_SIO SIMLS1_SRST SIMLS2_SCLK SIMLS2_SIO SIMLS2_SRSTJ3 L3 J2 K2 L2 L1SIM1_CLK SIM1_DATA SIM1_RSTClose to switching chargerVDD18_PMUR12 T12 V12 V11 U12 U112AU_VIN0_P AU_VIN0_N AU_VIN1_P AU_VIN1_N AU_VIN2_P AU_VIN2_NC327 C / 1000 / nF / 0402 / X5R ACCDET22C_/_1000_/_NF_/_0402BACCDET HSN HSP HPR HPLGND_SIGNAL2AU_HSN AU_HSP AU_HPR AU_HPL11SIM2_CLK SIM2_DATA SIM2_RST R305 R / 4.7 / K / 0201R_/_0_/_OHM_/_0201BV7GND_SIGNALAU_REFN AU_FMINL AU_FMINRMT6320E1R306 R / 4.7 / K / 0201R_/_0_/_OHM_/_0201BAU_FMINL AU_FMINRW7 W6CLK_26MR10CLK4_AUDIOMT6320E1MT6320E12SCL6 SDA652MT6320E14GND_SIGNAL2321C308 C309 C310 C311 C312 C313C315FG FG254321C / 100 / C nF // 100 0201 /C nF // 100 0201 / nF / 0201 C / 100 / C nF // 100 0201 /C nF //
/ nF / -F VDD18_PMU VA_PMU R110 1 / 0 / ohm / 0402 2 R R111 1 / 0 / ohm / 0402 2 RN R_/_0_/_OHM_/_0402C N R_/_0_/_OHM_/_0402C C_/_1000_/_NF_/_0201AG17 AH14 AD16 AE17 AJ12 AD12 AE13 AH19C / 100 / C nF // 100 0201 /C nF // 100 0201 / nF / 0201DVDD18_MD AVDD18_MD AVSS18_MD AVSS18_MD AVDD18_AP AVSS18_AP AVSS18_AP AVDD28_DAC DVDD18_PLLGP AVDD18_MEMPLL AVSS18_MEMPLLMT6588E1_LPDDR2DVDD18_MIPITX DVSS18_MIPITX DVDD18_MIPIRX DVSS18_MIPIRX DVDD18_MIPIIO DVSS18_MIPIIO AVDD33_USB_P0 AVDD18_USB_P0 AVSS33_USB_P0 AVDD33_USB_P1 AVDD18_USB_P1 AVSS33_USB_P1T3 T2 2 2 L7 M6 H1 K6 AB28 AD27 AB26 AF29 AC26 AE28NR116 1 / 0 / ohm / 0402 2 RNVDD18_PMU11C105C_/_1000_/_NF_/_0201C106C_/_1000_/_NF_/_0402B1C111C_/_1000_/_NF_/_0201C113C_/_1000_/_NF_/_02012C114C_/_1000_/_NF_/_0201C10711D2221R_/_0_/_OHM_/_0402CDGND_SIGNALGND_SIGNALGND_SIGNALGND_SIGNALVTCXO_1_PMU VDD18_PMUR113 1 / 0 / ohm / 0402 2 R R114 1 / 0 / ohm / 0402 2 RN R_/_0_/_OHM_/_0402C R_/_0_/_OHM_/_0402CGND_SIGNALGND_SIGNALC / 1000 C / nF / 1000 / 0201 / nF C// / nF / 0201R117 1 / 0 / ohm / 0402 2 RN R_/_0_/_OHM_/_0402CVUSB_PMUR119AJ11N1 2 3 2 2C118 C120 C130 R118 1 / 0 / ohm / 0402 2 RC_/_1000_/_NF_/_0201 R_/_0_/_OHM_/_0402CVUSB_PMU VSIM1_PMUVDD18_PMU222C108C_/_1000_/_NF_/_0201C109C_/_1000_/_NF_/_0201C110C_/_1000_/_NF_/_0201C_/_1000_/_NF_/_020111111C_/_1000_/_NF_/_0201GND_SIGNALGND_SIGNALGND_SIGNALGND_SIGNALGND_SIGNALGND_SIGNALGND_SIGNALGND_SIGNAL12R115 1 / 0 / ohm / 0402 2 RR_/_0_/_OHM_/_0402CM16 M15VDD18_PMUNNR121 DVDD18_EMI DVDD12_EMI U201-BC1 1.8V IO for DDR 1.2V C IO for DDR2 / 100 / nF / 0201 C / 100 / nF / 0201 C / 100 / nF / 0201 C / 100 / nF / 0201R_/_0_/_OHM_/_0603B2R / 0 / ohm / 0603VDD18_PMUR101R_/_0_/_OHM_/_-2)BC5 C8 C21 C24 D7 D9 D11 D18 D20 D22 J6 J14 K10 K11 K12 K16 K17 K18 L24 P11 P12 P13 P14 P15 P16 R10 R11 R13 R14 R16 R18 R20 T8 T9 T11 T13 T14 T16 T18 T20 U8 U11 U16 U18 V6 V7 V8 V11 V16 V18 V19 W11 W16 W19 W24 AA6 AD20 AD24GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GNDDVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_EMI DVDD18_MC0 DVDD33_MC1 DVDD33_MC2 DVDD28_BPI DVDD28_BSI DVDD18_BSI DVDD18_NML1 DVDD28_NML2 DVDD18_NML3 DVDD18_NML4 DVDD18_MC12 DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD_GPU DVDD_GPU DVDD_GPU DVDD_GPU DVDD_GPU DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_DVFS DVDD_SRAM DVDD_SRAMH10 H19 H20 J10 J11 J17 J18 J19 J20 K13 K}