Lg P500 - Service Manual 2t5t3p

fc+22MHz

Power ramp on/off time

≤ 2us

Carrier Suppression

≤ -15dB

Modulation Accuracy

≤ 35%

(Peak EVM) Spurious Emissions

< -36 dBm @ 30MHz ~ 1GHz < -30 dBm above @ 1GHz ~ 12.75GHz < -47 dBm @ 1.8GHz ~ 1.9GHz < -47 dBm @ 5.15GHz ~ 5.3GHz

Rx Min input Sensitivity

≤ -76dBm(1Mbps,2Mbps,5.5Mbps,11Mbps) @ FER ≤ 8%

Rx Max input Sensitivity

≥ -10dBm(1Mbps,2Mbps,5.5Mbps,11Mbps) @ FER ≤ 8%

Rx Adjacent Channel

≥ 35dB @FER ≤ 8%,

Rejection

interference input signal -70dBm@fc±25MHz(11Mbps)

Copyright © 2010 LG Electronics. Inc. All right reserved. Only for training and service purposes

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LGE Internal Use Only

2. PERFORMANCE

7) WLAN 802.11g transceiver specification Item

Specification

Transmit Frequency

2400 MHz ~ 2483.5 MHz ( CH1~CH13 )

Tx Power Level

≤ 20dBm under (Europe), ≤ 30dBm under (USA)

Frequency Tolerance

within ±25 PPM

Chip clock Frequency

within ±25 PPM

Tolerance Spectrum Mask

≤ -20 @ ±11MHz offset (9Mhz ~ 11MHz) ≤ -28 @ ±20MHz offset (11MHz ~ 20Mhz) ≤ -40 @ ±30MHz offset (20MHz ~ 30Mhz)

Transmitter constellation error

≤ -5dB

(rms EVM) Spurious Emissions

< -36 dBm @ 30MHz ~ 1GHz < -30 dBm above @ 1GHz ~ 12.75GHz < -47 dBm @ 1.8GHz ~ 1.9GHz < -47 dBm @ 5.15GHz ~ 5.3GHz

Rx Min input Sensitivity

PER ≤ 10% -82dBm@6Mbps, -81dBm@9Mbps, -79dBm@12Mbps -77dBm@18Mbps, -74dBm@24Mbps, -70dBm@36Mbps -66dBm@48Mbps, -65dBm@54Mbps


≥ -20dBm(6,9,12,18,24,36,48,54Mbps) @ PER ≤ 10%

Rx Adjacent Channel

PER ≤ 10%, ACR ≥ 16dB@6Mbps, ACR ≥ 15dB@9Mbps, ACR ≥ 13dB@12Mbps, ACR ≥ 11dB@18Mbps, ACR ≥ 8dB@24Mbps, ACR ≥ 4dB@36Mbps ACR ≥ 0dB@48Mbps, ACR ≥ -1dB@54Mbps ୔ACR shall be measured by setting the desired signal's strength 3 dB above the rate-dependent sensitivity specified in min input sensitivity

Rejection

8) GPS receiver specification Item

Specification

Receive Frequency

1574.42 MHz ~ 1576.42 MHz

Minimum Sensitivity

1 satellite ≥-142dBm, 7 satellites ≥ -147dBm at coarse time aiding



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≥ -20dBm(6,9,12,18,24,36,48,54Mbps) @ PER ≤ 10%

Rx Adjacent Channel

PER ≤ 10%, ACR ≥ 16dB@6Mbps, ACR ≥ 15dB@9Mbps, ACR ≥ 13dB@12Mbps, ACR ≥ 11dB@18Mbps, ACR ≥ 8dB@24Mbps, ACR ≥ 4dB@36Mbps 2. PERFORMANCE ACR ≥ 0dB@48Mbps, ACR ≥ -1dB@54Mbps ୔ACR shall be measured by setting the desired signal's strength 3 dB above the rate-dependent sensitivity specified in min input sensitivity

Rejection

8) GPS receiver specification Item

Specification

Receive Frequency

1574.42 MHz ~ 1576.42 MHz

Minimum Sensitivity

1 satellite ≥-142dBm, 7 satellites ≥ -147dBm at coarse time aiding


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3. TECHNICAL BRIEF 3. TECHNICAL BRIEF 3. TECHNICAL BRIEF

3.1 GENERAL DESCRIPTION The LG-P500 s UMTS-900, UMTS-2100, GSM-850, GSM-850, GSM-900, GSM-1800, and GSM-1900 based GSM/GPRS/EDGE/UMTS. All receivers and the UMTS transmitter use the radioOne1Zero-IF architecture to eliminate intermediate frequencies, directly converting signals between RF and baseband. The quad-band GSM transmitters use a baseband-to-IF upconversion followed by an offset phase-locked loop that translates the GMSK-modulated or 8-PSK-modulated signal to RF.

System HW Block Diagram

RF VCTCXO VCTCXO 19.2MHz 19.2MHz

PM7540 PM7540

SBDT_SSBI

+ Vbatt

VCONT

PMIC_TCXO

VBATT

GPS_MODE

GSM_PA_RAMP VAPC

LNA LNA

Diplexer SAW LNA Filter

FRONT END MODULE SKY77544

RFINH

RX RX SAW SAW FILTER FILTER

PA_ON0

WCDMA WCDMA Dual Dual PAM PAM

W2100 W2100 Duplexer Duplexer

GPS_IN

TX SAW LNA FILTER PA_ON1

VMODE0


WCDMA900 TX

TX TX SAW SAW FILTER FILTER

HB_RF_OUT3

RX3 RX2 RX1

RTR6285 PA_ON1

HB_RF_OUT2 PDET_IN

PA_R1 RX RX SAW SAW FILTER FILTER

TX IQ TX_IQ

WPRXLBP WPRXLBN

HB_RF_OUT1


G850/900

GCELL_INP GCELL_INN EGSM_INP EGSM_INN DCS_INP DCS_INN GPCS_INP GPCS INN GPCS_INN

GSM850 EGSM900

DCS/PCS

MSM7227 GPS_Mode

LB_RF_OUT1


SSBDT_RTR TX_ON

PA_ON0

LB_RF_IN HB_RF_IN RX4

SBDT RF_ON

WPRXSE2 WPRXLBP WPRXLBN LB_RF_OUT2

RFOUTH

TCXO

W2100_DRXHB2 W2100 DRXHB2 WB_MX_INP WB_MX_INM WPRXSE2_OUT


WCDMA2100 TX

L_OUT L OUT VMODE1

External WCDMA Dual LNA RFINMPAM RFOUTM

TCXO_EN TRK LO ADJ TRK_LO_ADJ TCXO PMIC_SSBI PA_POWER_CTL PA_R0

DCS1800 PCS1900

GPIO57 GPIO22 PA_ON0

TX IQ TX_IQ

PRX_IQ

PRX_IQ

DRX_IQ

DRX_IQ

DAC_IREF

DAC_IREF ANT_SEL0/1/2/3

CTRL0/1/2/3

[Figure 1-1] Block diagram of RF part

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3. TECHNICAL BRIEF

A generic, high-level functional block diagram of LGP500 is shown in Figure 1-1. One antenna collects base station forward link signals and radiates handset reverse link signals. The antenna connects with receive and transmit paths through a ASM(Antenna-Switch-Module). The UMTS receive paths each include an LNA, an RF band- filter, and a downconverter that translate the signal directly from RF-to-baseband using radioOne ZIF techniques. The RFIC’s Rx analog baseband outputs, for the receive chains, connect to the MSM IC. The UMTS and GSM Rx baseband outputs share the same inputs to the MSM IC. For the transmit chains, the RTR6285 IC directly translates the Tx baseband signals (from the MSM device) to an RF signal using an internal LO generated by integrated onchip PLL and VCO. The RTR6285 IC outputs deliver fairly high-level RF signals that are first filtered by Tx SAWs and then amplified by their respective UMTS PAs. In the GSM receive path, the received RF signals are applied through their band- filters and down-converted directly to baseband in the RTR6285 transceiver IC. These baseband outputs are shared with the UMTS receiver and routed to the MSM IC for further signal processing. The GSM/EDGE transmit path employs one stage of up-conversion and, in order to improve efficiency, is divided into phase and amplitude components to produce an open-loop Polar topology:

1. The on-chip quadrature up-converter translates the GMSK-modulated signal or 8-PSK modulated signal, to a constant envelope phase signal at RF; 2. The amplitude-modulated (AM) component is applied to the ramping control pin of Polar power amplifier from a DAC within the MSM LGP500 power supply voltages are managed and regulated by the PM7540 Power Management IC. This versatile device integrates all wireless handset power management, general housekeeping, and interface functions into a single mixed signal IC. It monitors and controls the external power source and coordinates battery recharging while maintaining the handset supply voltages using low dropout, programmable regulators. The device’s general housekeeping functions include an ADC and analog multiplexer circuit for monitoring on-chip voltage sources, charging status, and current flow, as well as -defined off-chip variables such as temperature, RF output power, and battery ID. Various oscillator, clock, and counter circuits IC and higher-level handset functions. Key parameters such as under-voltage lockout and crystal oscillator signal presence are monitored to protect against detrimental conditions.


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3. TECHNICAL BRIEF

3.2 GSM MODE 3.2.1 GSM RECEIVER The GSM-850, GSM-900, GSM-1800, and GSM-1900 receiver inputs of RTR6285 are connected directly to the transceiver front-end Module. GSM-850, GSM-900, GSM-1800, and GSM-1900 receiver inputs use differential configurations to improve common-mode rejection and second-order non-linearity performance. For example Figure 1-2 shows receiver input topologies for DCS and PCS (GSM-850/900 have the same receiver input topologies). The balance between the complementary signals is critical and must be maintained from the RF filter outputs all the way into the IC pins.

[Figure 1-2] DCS and PCS Receiver Inputs Topologies Since GSM-850, GSM-900, GSM-1800, and GSM-1900 signals are time-division duplex (the handset can only receive or transmit at one time), switches are used to separate Rx and Tx signals in place of frequency duplexers – this is accomplished in the switch module. The GSM-850, GSM-900, GSM-1800, and GSM-1900 receive signals are routed to the RTR6285 through band selection filters and matching networks that transform single-ended 50-ΩG sources to differential impedances optimized for gain and noise figure. The RTR input uses a differential configuration to improve second-order intermodulation and common mode rejection performance. The RTR6285 input stages include MSM-controlled gain adjustments that maximize receiver dynamic range. The amplifier outputs drive the RF ports of the quadrature RF-to-baseband downconverters. The downconverted baseband outputs are multiplexed and routed to low filters (one I and one Q) having band and stopband characteristics suitable for GMSK or 8-PSK processing. These filter circuits include DC offset corrections. The filter outputs are buffered and ed on to the MSM7227 IC for further processing asshown in Figure 1-2. LGE Internal Use Only

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3. TECHNICAL BRIEF

3.2.2 GSM TRANSMITTER The RTR6285 transmitter outputs(HB_RF_OUT1 and LB_RF_OUT1) include on-chip output matching inductors. 50ohm output impedance is achieved by adding a series capacitor at the output pins. The capacitor value may be optimized for specific applications and PCB characteristics based on -band symmetry about the band center frequency as shown in Figure 1-3.

[Figure 1-3] GSM Transmitter Outputs Topologies The RTR6285 IC is able to GSM 850/900 and GSM 1800/1900 mode transmitting. This design guideline shows a tri-band GSM application. Both high-band and low band outputs are followed by resistive pads to ensure that the load presented to the outputs remains close to 50ohm.


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3. TECHNICAL BRIEF

3.3 UMTS MODE 3.3.1 UMTS RECEIVER The UMTS duplexer receiver output is routed to LNA circuits within the RTR6285 device as shown in Figure 1-4. The UMTS Rx input is provided with an on-chip LNA that amplifies the signal before a second stage filter that provides differential downconverter as shown in Figure 1-5. This second stage input is configured differentially to optimize secondorder intermodulation and common mode rejection performance. The gain of the UMTS frontend amplifier and the UMTS second stage differential amplifier are adjustable, under MSM control, to extend the dynamic range of the receivers. The second stage UMTS Rx amplifiers drive the RF ports of the quadrature RF-to-baseband downconverters. The downconverted UMTS Rx baseband outputs are routed to low filters having band and stopband characteristics suitable for UMTS Rx processing. These filter circuits allow DC offset corrections, and their differential outputs are buffered to interface shared with GSM Rx to the MSM IC. The UMTS baseband outputs are turned off when the RTR6285 is downconverting GSM signals and on when the UMTS is operating.

[Figure 1-4] UMTS Receiver Inputs Topologies


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3. TECHNICAL BRIEF

3.3.2 UMTS TRANSMITTER The UMTS Tx path begins with differential baseband signals (I and Q) from the MSM device. These anaput signals are amplified, filtered, and applied to the quadrature up-converter mixers. The up-converter output is amplified by multiple variable gain stages that provide transmit AGC control. The AGC output is filtered and applied to the driver amplifier; this output stage includes an integrated matching inductor that simplifies the external matching network to a single series capacitor to achieve the desired 50-Ω interface. The RTR6285 UMTS output is routed to its power amplifier through a band filter, and delivers fairly highlevel signals that are filtered and applied to the PA. Transmit power is delivered from the duplexer to the antenna through the switch module. The transceiver LO synthesizer is contained within the RTR6285 IC with the exception of the off-chip loop filter components and the VC-TCXO. This provides a simplified design for multimode applications. The PLL circuits include a reference divider, phase detector, charge pump, divider, and digital logic generator. UMTS Tx. Using only PLL1, the LO generation and distribution circuits create the necessary LO signals for nine different frequency converters. The UMTS transmitter also employs the ZIF architecture to translate the signal directly from baseband to RF. This requires FLO to equal FRF, and the RTR6285 IC design achieves this without allowing FVCO to equal FRF. The RTR6285 IC is able to UMTS 2100/1900/1800/1700 and 850 mode transmitting. This design guideline shows only UMTS 2100 applications.



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3. TECHNICAL BRIEF

[Figure 1-5] RTR6285 IC Functional Block Diagram



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3. TECHNICAL BRIEF

3.4 GPS RECEIVER The GPS receiver input employs a single-ended connection realized by this pin. The GPS input is routed from the GPS antenna switch, through a band filter and then an impedance transformer circuit that optimally matches the impedance looking into the GPS LNA. The impedance transformer circuit topology is shown in Figure 1-6.

[Figure 1.6] GPS Input Network Topology

3.5 LO GENERATION and DISTRIBUTION CIRCUIT The integrated LO generation and distribution circuits are driven by internal VCOs to various modes to yield highly flexible quadrature LO outputs that drive all GSM/EDGE, UMTS band and GPS up-converters and down-converters; with the help of these LO generation and distribution circuits, true zero-IF architecture is employed in all GSM and UMTS band receivers and transmitters to translate the signal directly from RFtobaseband and from baseband-to-RF. Two fully functional fraction-N synthesizers, including VCOs and loop filters, are integrated within the RTR6285 IC. In addition, the RTR6285 has a third synthesizer used for GPS operation. The first synthesizer (PLL1) in the RTR6285 creates the transceiver Los that the UMTS transmitter, and all four GSM band receivers and transmitters including: GSM850, GSM900, GSM1800, and GSM1900. The second synthesizer (PLL2) in the RTR6285 IC provides the LO for the UMTS primary receiver. For the RTR6285 IC only, the second synthesizer also provides the LO for the secondary UMTS receiver. The third synthesizer (PLL3), only in the RTR6285 IC, provides the LO for the GPS receiver. An external TCXO input signal is required to provide the synthesizer frequency reference to which the PLL is phase and frequency locked. The RTR6285 ICs integrate most of the PLL loop filter components on-chip except for three off-chip loop filter-series capacitors, which significantly reduces off-chip component requirement. With the integrated fractional-N PLL synthesizers, the RTR6285 ICs have the advantage of more flexible loop bandwidth control, fast lock time, and low-integrated phase error.


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3. TECHNICAL BRIEF

3.6 OFF-CHIP RF COMPONENTS 3.6.1. UMTS PAM 3.6.1.1 W2100,W900 (U1003, SKY77195) The SKY77195 Power Amplifier Module (PAM) is a fully matched, 14-pad, surface mount module developed for Wideband Code Division Multiple Access (WCDMA) applications. This small and efficient module packs full WCDMA Band I and Band VIII coverage into a single compact package. The SKY77195 meets the stringent spectral linearity requirements of WCDMA transmission, with high power added efficiency for power output to 27.5 dBm (Band I) and 28 dBm (Band VIII). The SKY77195 meets the stringent spectral linearity requirements of High Speed Downlink Packet Access (HSDPA) data transmission with high power added efficiency. A directional coupler is integrated into the module thus eliminating the need for any external coupler. The single Gallium Arsenide (GaAs) Microwave Monolithic Integrated Circuit (MMIC) contains all active circuitry in the module. The MMIC contains on-board bias circuitry, as well as input and interstage matching circuits. Output match into a 50-ohm load is realized off-chip within the module package to optimize efficiency and power performance. The SKY77195 PAM is manufactured with Skyworks’ InGaP GaAs Heterojunction Bipolar Transistor (HBT) BiFET process that provides for all positive voltage DC supply operation while maintaining high efficiency and good linearity. No VREF voltage is required. Power down is accomplished by setting the voltage on VENABLE to zero volts. No external supply side switch is needed as typical “off” leakage is a few microamperes with full primary voltage supplied from the battery.

SKY77195 (W2100,W900)


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3. TECHNICAL BRIEF

3.6.2 19.2MHz VCTCXO (X250, KT3225L19200DCW28RA0) The Voltage Controlled Temperature Compensated Crystal Oscillator (VCTCXO) provides the reference frequency for all RFIC synthesizers as well as clock generation functions within the MSM6285 IC. The oscillator frequency is controlled by the MSM6285 ICs. TRK_LO_ADJ pulse density modulated signal in the same manner as the transmit gain control TX_AGC_ADJ. A two-pole RC low filter is recommended on this control line. The PM7540 IC controls the handset power-up sequence, including a special VCTCXO warm-up interval before other circuits are turned on. This warm-up interval (as well as other TCXO controller functions) is enabled by the MSM TCXO_EN line . The PM7540 IC VREG_TCXO regulated output voltage is used to power the VCTCXO and is enabled before most other regulated outputs. Any GSM mode power control circuits within the MSM7227 IC require a reference voltage for proper operation and sufficient accuracy. Connecting the PM7540 IC REF_OUT directly to the MSM7227 IC GSM_PA_PWR_CTL_REF provides this reference. This sensitive analog signal needs a 0.1 μF low frequency filter near to MSM side, and isolate from digital logic and clock traces with ground on both sides, plus ground above and below if routed on internal layers.



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3. TECHNICAL BRIEF

3.6.3 ASM + GSM PAM (U1002, SKY77544) SKY77544 is a transmit and receive Front End Module (FEM) designed in a very low profile (0.9 mm), compact form factor for quad-band cellular handsets comprising GSM850/900, DCS1800, and PCS1900 operation — a complete transmit VCO-to-Antenna and Antenna-toreceive SAW filter solution. The FEM also s Class 12 General Packet Radio Service (GPRS) multi-slot operation and EDGE Polar Modulation. WCDMA switchthrough is provided by three dedicated high-linearity ports. The module consists of a GSM850/900 PA and DCS1800/PCS1900 PA block, impedancematching circuitry for 50 Ω input and output impedances, Tx harmonic filtering, high linearitylow insertion loss switches, and a CMOS Power Amplifier Control (PAC) block. A custom silicon integrated circuit contains decoder circuitry to control the RF switch while providing a low current external control interface. An integrated temperature sensor provides an analog voltage based on the temperature of the module. Fabricated in InGaP/GaAs, the Heterojunction Bipolar Transistor (HBT) PA blocks the GSM850/900 bands and DCS1800/PCS1900 bands. Both PA blocks share common power supply pads to distribute current. The output of the PA block and the outputs to the seven receive pads connect to the antenna pad through a highly linear antenna switch. The WCDMA and Rx ports feature a 0 volts DC offset level, which eliminates any need for external blocking capacitors. The InGaP/GaAs die, switch die, Silicon (Si) controller die, and ive components are mounted on a multi-layer laminate substrate and the entire assembly is encapsulated with plastic overmold. RF input and output ports of the SKY77544 are internally matched to a 50 Ω load to reduce the number of external components for a quad-band design. Extremely low leakage current of the FEM maximizes handset standby time. Band selection and control of transmit and receive RF signal flows are performed by use of four external control pads. See Figure 1.9 shown on overleaf. Mode of operation Tx, Rx, Band (GSM850, GSM900, DCS, PCS, and UMTS) is controlled with 4 logic inputs: BS1, BS2, Mode, and TxEN. Proper timing of the TxEN input and the VAPC input ensures high isolation between the antenna and Tx-VCO while the VCO is being tuned prior to the transmit burst. The Enable input controls the initial turn-on of the PAC circuitry to minimize battery drain. The integrated power amplifier control (PAC) function provides envelope amplitude control by reducing sensitivity to input drive, temperature, power supply, and process variation.



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3. TECHNICAL BRIEF

[Figure 1.9] SKY77544 Block Diagram

[Figure 1.10] SKY77544 Control Logic


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3. TECHNICAL BRIEF

3.6.4 GPS LNA (U1004, RF2815) The RF2815 is a GPS Low Noise Amplifier with an integrated SAW filter at the output. Low noise figure, along with high gain, achieved by the RF2815 makes it ideal for GPS recievers requiring high sensitivity. This module builds upon RFMD’s leading edge pHEMT process and integrates input matching and low loss high rejection SAW filter at the output. This results in high performance and a reduced solution size. The ease of implementation simplifies the reciever design. The RF2185 is packaged in a compact 3.3 mm x 2.1 mm x 1.0 mm package with low external component count required to achieve the best-in-class performance.



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3. TECHNICAL BRIEF

3.7 Digital Baseband(DBB/MSM7227) 3.7.1 General Description A. Features(MSM7227) The basic MSM7227 system solution consists of the MSM7227, RTR6285™, and PM7540™ ICs, plus AMSS™ system software with the SURF7227™ platform available for development. General features include: -WCDMA Rel ‘99 plus HSDPA and HSUPA -GSM/GPRS/EDGE -High-performance ARM1136JF-S™ application processor at up to 600 MHz; QDSP5000™ at 320 MHz -High-performance ARM926EJ-S™ modem processor at up to 400 MHz; QDSP4000™ at 122.88 MHz -Java® hardware acceleration for faster Java-based games and other applets - for Bluetooth® 2.1 EDR via an external Bluetooth System-on-Chip (SoC) -High-speed, serial mobile display digital interface (MDDI) that optimizes the interconnection cost between the MSM device and the LCD -Receive diversity for WCDMA mode, thereby providing improved capacity and data throughput -USB 2.0 compliant high-speed USB core with limited OTG capabilities -Integrated high-speed USB PHY -Integrated wideband stereo codec for digital audio applications -Direct interface to digital camera module with video front-end (VFE) image processing -GPS position location capabilities -Vocoder (GSM-HR, FR, EFR, AMR, and AMR-WB/+) -Advanced 12 × 12 ×1.05 mm, 0.4 mm pitch, 560 NSP


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3. TECHNICAL BRIEF

3.8 Hardware Architecture <System HW Block>

System HW Block Diagram MDDI Interface

3.2" HVGA 320*480

All System BT_UART BT PCM BT_PCM WLAN_SDIO LINE_L& R

MDDI Interface TOUCH I2C

Capacitive Touch (Melpas + LGIT)

TOUCH INT

LCD Backlight IC AAT2862

BL I2C BL_I2C

FM_L&R

PRX_IQ RF I/F DRX_IQ SBDTTransceiver

TX_IQ, Q, PRX_IQ Q DRX_IQ GPIO59

Fuel Gauge

EBI2 (NAND)

MT29C4G96MAZAPCJA-5 IT

MIC

MIC

CAM I/F

CAM 3M

RTR_TRK_LO_ADJ

CAM_I2C

Digital Com MOTION Sensor

Back Key

EAR1_OP&ON

RCV_P & N

LINE_ON&OP

LINE_OP, LINE_ON HPH_R, HPH_L AUDIO_I2C

COM_I2C COM_INT

(AMI304)

HPH_L&R GPIO_27

MOTION_I2C MOTION INT MOTION_INT

(KR3DM)

Send Key

PROX_I2C

QTKEY_I2C Key COL, Key ROW

Home Key Menu Key

MMC

I2C

MUIC_I2C UART3

MUIC

UART3 USBPHY

I2C

USIM GPIO106 HKAIN2 GPIO24 GPIO25 RESIN_N

GPIO36 ~ 38

Volume Key 5piin_USB Connector

LIN_PWM_FREQ

GPIO_28

MSM7227

AMUX_OUT PM_INT_N PS_HOLD

JTAG

USBH DM & DP

Array TP

Main Board

REMOTE_PWR_ON JTAG(TCK,TDI,TDO…) UART3_TX/RX

TCXO_RTR_19.2MHz TCXO_PM_19.2MHz

TCXO_19.2MHz (Kyocera)

SPK_RCVP, N

Audio Sub

WM9093ECS-R

Speaker & R Receiver i 3.5 pi Earjack

EAR_L, R

TCXO_IN

PWR/End Key

KPD_PWR_N

USIM SBDT_SSBI

SIM

AMUX_OUT

USIM

MSM_INT_N PS_HOLD

PM7540 MPP3,4

(TS5USBA)

GPS

Q-Motor (WHVM-1030Q10)

(GP2AP002S00F)

PMIC_SSBI

FEM

GPS

Prox Sensor USIM I/F

FM

(SKY77544)

(RTR6285) TCXO

(MAX17040G)

EBI1 (DDR)

DDR SDRAM(4G) NAND FRESH (4G)

M(Micron)

F_CLK_IN LBEH19UNBC-338 CLK_REQ GSM & WCDMA

TCXO_ 26MHz

FUEL_I2C

BT & Wi-Fi

Bluetooth v2.1 Wi-Fi 802.11b/g FM Radio FM_L&R

KPD_DRV_N

Backlight_Key

Key LED

PON_RESET_N

JTAG_PS_HOLD nJTAG_RESOUT

JTAG CONN.

Sub FPCB

Figure. Block Diagram


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3. TECHNICAL BRIEF

Figure. Simplified Block Diagram


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3. TECHNICAL BRIEF

3.9 Subsystem (MSM7227) 3.9.1. ARM Microprocessor Subsystem The MSM7227 device uses an embedded ARM1136JF-S, ARM926EJ-S microprocessor. This microprocessor, through the system software, controls most of the functionality for the MSM, including control of the external peripherals such as the keypad, LCD, SDRAM, and NANDFlash devices. Through a QUALCOMM proprietary single-wire SBI (SSBI) the ARM926EJ-S configures and controls the functionality of the RTR6285 and PM7540 devices.

3.9.2. WCDMA Subsystem The WCDMA subsystem performs the data conversions and signal processing necessary to maintain the WCDMA air interface between the handset and the base station (and also the WCDMA network). The subsystem components include: -Searcher engine -Demodulating fingers -Combining block -Frame deinterleaver -Viterbi decoder -Reverse link subsystem -Turbo decoder On the forward link traffic channel, the WCDMA subsystem searches, demodulates, and decodes incoming pilot, sync, paging, and traffic channel information. It extracts low bit-rate packet data from the forward link traffic channel and sends the packet data to the vocoder for processing. On the reverse link, the WCDMA subsystem processes the packet data from the vocoder and modulates the reverse traffic channel.

3.9.3. GSM Subsystem The GSM subsystem performs the data conversions and signal processing necessary to maintain the GSM air interface, including PA gain control for GPRS . For GSM, the power profile ramps up before the burst and ramps down afterward. For GPRS, transmit bursts can occur in as many as four sequential slots and the PA must be ramped up and down smoothly between each slot, holding the desired output power level during each burst. GSM includes: -GSM release ‘99 (circuit switching) -GPRS (packet switching) -EDGE E2 power class for 8 PSK


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3. TECHNICAL BRIEF

3.9.4. RF Interface The RF interface communicates with the mobile station’s external RF and analog baseband circuits. Signals to these circuits control signal gain in the Rx and Tx signal path and maintain The system’s frequency reference.

3.9.5. Single-wire serial bus interface (SSBI) The MSM7227 device’s SSBI is designed specifically to be a quick, low pin count control protocol for QUALCOMM’s RTR6285 and PM7540 ASICs. Using the SSBI, the RTR6285 and PM7540 devices can be configured for different operating modes and for minimum power consumption, extending battery life in Standby mode. The SBI also controls DC baseband offset errors.

3.9.6. Audio function MSM7227 audio functions include the analog Rx and Tx paths (or stereo wideband codec), audio digital signal processing (DSP) that provides adjustable gains and filtering, PCM circuits for interfacing with external devices, and additional audio DSP that actually implements encoding and decoding. Other key features include: -The wideband codec s stereo music/ringer melody applications in addition to the 8 kHz voice band applications on the forward link. -A PCM interface allows an external codec to be used instead of the internal codec; this s inter-IC Sound (I2S) modes that allow an external stereo DAC or SADC to be used. -Currently in AMSS baseline only I2S output mode is ed (SDAC-only, no SADC ). -Audio decoder summing and headset switch detection are included. -Audio DSP includes the Rx and Tx filters needed to meet ITU-T G.712 requirements. -A programmable sidetone path provides for summing part of the Tx audio into the Rx path. -Many codec parameters are configurable via SBI s. -The audio processing is configured through QDSP5 command types and is not directly controlled by the microprocessor.

3.9.7. Vocoder Subsystem The MSM7227 device’s QDSP4000 s AMR,FR,EFR and HR. In addition, the QDSP4000 has modules to the following audio functions: DTMF tone generation, DTMF tone detection, Tx/Rx volume controls, Tx/Rx automatic gain control (AGC), Rx Automatic Volume Control (AVC), EarSeal Echo Canceller (ESEC), Acoustic Echo Canceller (AEC), Noise Suppression (NS), and programmable, 13-tap, Type-I, FIR, Tx/Rx compensation filters. The MSM7227 device’s integrated ARM9TDMI processor s the firmware into the QDSP4000 and configures QDSP4000 to the desired functionality.



- 39 -


3. TECHNICAL BRIEF

3.9.8. Mode Select and JTAG Interfaces The mode pins to the MSM7227 device determine the overall operating mode of the ASIC. The options under the control of the mode inputs are Native mode, which is the normal subscriber unit operation, ETM mode, which enables the built-in trace mode, and test mode for factory testing. The MSM7227 device meets the intent of the ANSI/IEEE 1149.1A-1993 feature list. The JTAG interface can be used to test digital interconnects between devices within the mobile station during manufacture.

3.9.9. General-Purpose Input/Output Interface The MSM7227 IC includes 133 general purpose input/output (GPIO) pins, and each can be configured as a digital input or digital output. Inputs can be set to have a pull-up, pull-down, keeper, or no-pull. Output drive strength is also programmable. Software assigns functions to the GPIOs and their configurations are set accordingly. Some of the GPIO pins have alternate functions ed on them. The alternate functions include USB interface, additional RAM, ROM, general-purpose chip selects, parallel LCD interface, and a UART interface. The function of these pins is documented in the various software releases.

3.9.10. UART The MSM7227 device employs three UARTs. UART1 has dedicated pins while UART2 and UART3 share multiplexed pins. -UART1 for Bluetooth -UART2 for USIM interface -UART3 for data .

3.9.11. USB The MSM7227 IC s one High Speed USB (HS-USB) USBH port with built-in PHY and one Full Speed USB-UICC port. The MSM7227 IC s USB interfaces using two controllers: -The primary controller is the HS-USB port with an integrated physical layer (PHY). Thisଝ HS-USB port is also capable of ing USB operations at low-speed and full-speed. -The secondary controller is the FS USB-UICC port, which only s host mode functionality.


͑

- 40 -


3. TECHNICAL BRIEF

3.10 Power Block 3.10.1. General MSM7227, included RF, is fully covered by PM7540 (Qualcomm PMIC). PM7540 cover the power of MSM7227, MSM memory, RF block, Bluetooth, USIM and TCXO. Major power components are : PM7540 (U403) : Phone main PMIC

3.10.2 PM7540 The PM7540 device (Figure) integrates all wireless handset power management. The power management portion accepts power from all the most common sources – battery, external charger, adapter, coin cell backup – and generates all the regulated voltages needed to power the appropriate handset electronics. It monitors and controls the power sources, detecting which sources are applied, ing that they are within acceptable operational limits, and coordinates battery and coin cell recharging while maintaining the handset electronics supply voltages. Eight programmable output voltages are generated using low dropout voltage regulators, all derived from a common trimmed voltage reference. A dedicated controller manages the TCXO warm-up and signal buffering, and key parameters (under-voltage lockout and crystal oscillator signal presence) are monitored to protect against detrimental conditions. MSM device controls and statuses the PM7540 IC using Single-wire SBI(SSBI) supplemented by an Interrupt Manager for time-critical information. Another dedicated IC Interface circuit monitors multiple trigger events and controls the poweron sequence.


͑

- 41 -


3. TECHNICAL BRIEF

Figure. PM7540 Figure. PM7540functional functionalblock blockdiagram diagram



- 42 -


3. TECHNICAL BRIEF

3.10.3. Charging control A programmable charging block in PM7540 is used for battery charging. It is possible to set limits for the charging current. The external supply typically connects directly to pin (VCHG). The voltage on this pin (VCHG) is monitored by detection circuitry to ascertain whether a valid external supply is applied or not. For additional accuracy or to capture variations over time, this voltage is routed internally to the housekeeping ADC via the analog multiplexer. PM7540 circuits monitor voltages at VCHARGER and ICHARGE pins to determine which supply should be used and when to switch between the two supplies. These pins are connected to the Source (or emitter) and Drain (or collector) s of the transistor respectively. 3.10.3.1. Trickle Charging Trickle Charging of the main battery, enabled through SBI control and powered from VDD, is provided by the PM7540 IC, The trickle charger is on-chip programmable current source that supplies current from VDD to pin (VBAT). Trickle charging can be used for lithium-ion and nickel-based batteries, with its performance specified below (3.2V). The charging current is set to 80mA.

Parameter

Min

Typ

Max

Unit

Trickle Current

60

80

100

mA

Figure. PM7540 Charging Flow (TC Charging)


͑

- 43 -


3. TECHNICAL BRIEF

3.10.3.2. Constant Current Charging The PM7540 IC s constant current charging of the main battery by controlling the charger transistor and the battery transistor. The constant current charging continues until the battery reaches its target voltage, 4.2V.

u|z\\ZW

Figure. PM7540 Charging Flow (CC Charging)


͑

- 44 -


3. TECHNICAL BRIEF

3.10.3.3. Constant Voltage Charging Constant voltage charging begins when the battery voltage reaches a target voltage, 4.2V. The end of constant voltage charging is commonly detected 10% of the full charging current. 3.10.3.4. LGP500 Charging Specification -Charging Method : CC & CV (Constant Current & Constant Voltage) -Maximum Charging Voltage : 4.2V -Maximum Charging Current : 700mA -Nominal Battery Capacity : 1500mAh -Charging time : Max. 3h 30m - Full charge indication current (icon stop current) : 50mA 3.10.3.5. LGP500 battery bar icon display Battery Bar Number

Specification

BAR 6 (Full)

90% over

BAR 6 --> 5

90% Æ 89%

BAR 5 --> 4

70% Æ 69%

BAR 4 --> 3

50% Æ 49%

BAR 3 --> 2

30% Æ 29%

BAR 2 --> 1

15% Æ 14%

BAR 1 --> 0

5% Æ 4%

Low Battery Pop-up

4% ~ 15% : One Time popup (No call)

Critical Low Battery Pop-up

0% ~ 3% : Level changeⰞ┺ popup (No call)

POWER OFF

0%

Remain %

Table. LGP500 battery bar specification


͑


- 45 -


3. TECHNICAL BRIEF

3.11 External memory interface 3.11.1. MSM7227 The MSM7227 device was designed to provide two distinct memory interfaces. EBI1 was targeted for ing DDR synchronous memory devices. EBI2 was targeted towards ing slower asynchronous devices such as LCD, NAND flash, SRAM, NOR flash etc. To the high-bandwidth, high-density, and low-latency requirements of the advanced on-chip applications, the MSM7227 IC has two high-speed, highperformance memory slave interfaces: the external bus interface 1 (EBI1) and the stack memory interface (SMI). To achieve higher bandwidth and better use of the memory device interface, the SMI accepts multiple commands for the external memory device. The SMI interface acts as a slave device to all of the bus masters within the MSM device. The masters arbitrate to gain access to the SMI, and upon obtaining the access, they issue commands to the SMI. The bus masters are connected to the SMI through an advanced extensible interface (AXI) bus bridge (or global interconnect block) and communicate over a 64-bit, non-blocking AXI bus protocol. The AXI bus bridge provides the arbitration logic for all of the bus masters. EBI1 Features - for only low-power memories at 1.8-V I/O power supply voltage - AXI bus frequencies up to 133 MHz - A 16-bit/32-bit static and dynamic memory interface DDR SDRAM interface features include: - s both 32-bit DDR SDRAM devices, up to 133-MHz bus speed - s auto precharge and manual precharge - s partial refresh - Separate CKE pin per chip-select to partial operation mode - Idle power down to save idling power consumption EBI2 Features - for asynchronous FLASH and SRAM(16bit & 8bit). - Interface for byte addressable 16bit devices(UB_N & LB_N signals). - 2Mbytes of memory per chip select. - for 8 bit/16bit wide NAND flash. - for parallel LCD interfaces, port mapped of memory mapped(8 or 16 bit)

3.11.2.LGP500 External memory Interface -Multi Chip Package : DDR SDRAM and NAND Flash merged 1 package -4Gbit Mobile DDR SDRAM / 4Gbit NAND Flash Interface Spec Part Name

Product Gr

Maker

Operation Voltage

Speed

K524G2GACB-A050

NAND

SEC

1.8V

42ns

1.8V

200MHz

SDRAM



- 46 -


3. TECHNICAL BRIEF

3.12 H/W Sub System 3.12.1. RF Interface 3.12.1.1. RTR6285 (WCDMA_Tx, GSM_Tx/Rx) MSM7227 controls RF part(RTR6285) using these signals. -RTR6285_SSBI : SSBI I/F signals for control Sub-chipset -RTR_TXON : Power AMP on RF part -RTR_RX_I/Q_M/P, RTR_TX_I/Q_M/P : I/Q for T/Rx of RF -RTR_DAC_REF : Reference input to the MSM Tx data DACs 3.12.1.2. the others TRK_LO_ADJ : TCXO(19.2M) Control PA_ON0/PA_RANGE0 : WCDMA(2100) TX Power Amp Enable ANT_SEL[0-3] : Ant Switch Module Mode Selection(WCDMA,GSM Tx/Rx,DCS-PCS Tx/Rx) GSM_PA_RAMP : Power Amp Gain Control of APC_IC 3.12.1.3. RF2815 (GPS LNA) * GPS_LNA_EN : GPS LNA Enable Signal (GPS LNA Shutdown)

Figure. RF Interface Block Diagram


͑

- 47 -


3. TECHNICAL BRIEF

3.12.1.4. LBEH19UNBC-338 (BT / WiFi module ) WiFi * WLAN_CMD : WLAN SDIO Command Line. * WLAN_CLK : WLAN SDIO Clock Input. * WLAN_SDIO[3:0] : WLAN SDIO Data Line. * WLAN_RESET_N : Low asserting reset for WLAN core. * WLAN_HOST_WAKEUP : WL_HOST_WAKEUP signal output. BT * BT_UART_RXD : Bluetooth UART Serial Input. * BT_UART_RTS : Bluetooth UART Request to Send. Active-low request. * BT_UART_CTS : Bluetooth UART Clear to Send. Active-low clear. * BT_UART_TXD : Bluetooth UART Serial Output. * BT_PCM_CLK : BT PCM clock, can be PCM-master (output) or PCM-slave (input). * BT_PCM_DIN : BT PCM data input. * BT_PCM_SYNC : BT PCM sync signal, can be PCM-master (output) or PCM-slave (input). * BT_PCM_OUT : BT PCM data output. * BT_WAKEUP : BT Wakeup Input. * BT_HOST_WAKEUP : BT Host Wakeup Output * BT_RESET_N : Low asserting reset for BT core. Common * WLAN_REG_ON : If low the internal regulators will be disabled. * SLEEP_CLK : LPO clock (32.768kHz) input. Used for low-power mode timing. * CLK_IN : Crystal amplifier input or frequency reference input. * CLK_REQ : Crystal Circuit / Reference Clock Enable (active-high) FM Radio * FM_ANT : FM RF input. * SLEEP CLK : External reference oscillator input. (32.768KHz) * FM_R : Right audio line output – digital input data. * FM_L : Left audio line output – digital frame synchronization.



- 48 -


3. TECHNICAL BRIEF

LG-P500 WLAN/BT/FM Interface /,1(B/B,3 *3,2

)0B5

$8',2

)0B/

)0B$17

:/$1B+267B:$.(83

:/$1B+267B:$.(83 :B:$.(B%

*3,2 *3,2 *3,2

MSM7 7227

*3,2>@ *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2

:/$1B&0'

6',2B&0'

:/$1B&/.

6',2B&/.

:/$1B5(*B21

$17

5(*B21

:/$1B5(6(7B1

:/B567B1

:/$1B6',2>@

6',2>@

%7B8$57B7;'

%7B8$57B5;'

%7B8$57B5;'

%7B8$57B7;'

%7B8$57B&76

%7B8$57B567B1

%7B8$57B576

%7B8$57B&76B1

%7B5(6(7B1

LBEH19U UNBC

*3,2

3.5ø 3.5볁넩 볁넩 Ear Jack Ear Jack

FM_ANT

$8',2

(DUMDFN

/,1( 5 ,3 /,1(B5B,3

%7B567B1

%7B3&0B6<1&

%7B3&0B6<1&

%7B3&0B',1

%7B3&0B287

%7B3&0B'287

6B&/.B,1

SLEEP_CLK(LPO Clock: 32.768KHz)

%7B3&0B,1

%7B3&0B&/.

PM7540

32.768KHz

%7B3&0B&/.

%7B:$.(83

%7B*3,2B

%7B+267B:$.(83

)B&/.B,1

%7B*3,2B

CLK IN CLK_IN

26MHz TCXO

Figure. Wifi/BT/FM Interface Block Diagram


- 49 -


3. TECHNICAL BRIEF

3.12.2 MSM Sub System 3.12.2.1. USIM Interface SIM interface scheme is shown in Figure. And, there control signals are followed -USIM_CLK : USIM Clock -USIM_Reset : USIM Reset -USIM_Data : USIM Data T/Rx

3.12.2.2. UART Interface UART signals are connected to MSM GPIO through IO connector with 115200 bps speed.

GPIO_Map

Name

Note

GPIO_86

UART3_RX

Data_Rx

GPIO_87

UART3_TX

Data_Tx

Table. UART Interface



- 50 -


3. TECHNICAL BRIEF

3.12.2.3. HS-USB The High-Speed USB module contains an embedded UTMI+ core with a built-in transceiver eliminating the need for an external PHY. The HS-USB port is a standard 4-pin interface that connects directly to the USB connector (USBPHY_DP, USBPHY_DN, USBPHY_ID and USBPHY_VBUS). Two additional pins are required for PHY operations which include an external reference resistor pin (USBPHY_REXT) and a USB system clock pin which the USB PHY uses to lock its internal PLL (SYS_CLK)

Figure. HS-USB connections and architecture


͑


- 51 -


3. TECHNICAL BRIEF

3.12.3 KEY 3.12.3.1 Side key There are 3 side key buttons that are controlled by MSM7227. Refer to the circuit.

KEY_ROW[0]

KEY_ROW[1] KEY_COL[2]

R610

470

R25

470

R613

470

1

CN3

2 3 4

VA610

VA609

VA1

0603

Figure. Volume Side key

CN5

KPD_PWR_N

2 1 VA2

Figure. Power key



- 52 -


3. TECHNICAL BRIEF

3.12.3.3 KEY Backlight There are 4 White side view LED, 4 white LED in key backlight circuit +VPWR

1

LD2

R1175

1

LD3

R1173

1

LD4

R1172

1

R1174

LD1

BACKLIGHT_KEY

C1931 2.2u

Figure. KEY Backlight


͑


- 53 -


3. TECHNICAL BRIEF

3.13. Audio and sound 3.13.1. Overview of Audio path

Figure. Block diagram of Audio & Sound path


͑

- 54 -


3. TECHNICAL BRIEF

3.13.2. Audio signal processing & interface 3.13.2.1 MSM7227 audio interface The MSM7227A audio front end comprises the stereo wideband codec, PCM interface, and additional DSP audio processing. The stereo wideband codec allows the MSM7227 device to stereo music/ringer melody applications in addition to the 8 kHz voice band applications on the forward link. In the audio transmit path, the device operates as 13-bit linear converter with software, selectable 8 kHz and 16 kHz sampling rate. In the audio receive path, the device operates as a software-selectable 13-bit or 16-bit linear converter with software selectable 8 kHz,16 kHz, 22.05 kHz, 24 kHz, 32 kHz, 44.1 kHz, or 48 kHz sampling rate. Through software, the Rx path can be configured as either a mono or stereo output. New to the MSM7227 device is a transmit (Tx) ADC path that now s stereo wideband sampling. The integrated codec contains all of the required conversion and amplification stages for the audio front end. The codec operates as a 13-bit linear codec with the transmit (Tx) and receive (Rx) filters designed to meet ITU-T G.712 requirements. The codec includes a programmable side tone path for summing a portion of the Tx audio into the Rx path. An on-chip voltage/current reference is provided to generate the precise voltages and currents required by the codec. This circuit requires a single capacitor of 0.1 μF to be connected between the CCOMP and GND pins. The on-chip voltage reference also provides a microphone bias voltage required for electret condenser microphones typically used in handset applications. The MICBIAS output pin is designed to provide 1.8 V DC while delivering as much as 1 mA of current. Audio decoder summing and headset switch detection are included. The codec interface includes the amplification stages for both the microphone and earphone. On the transmit (Tx) path, the interface s two differential microphone inputs, a differential auxiliary input, and a stereo line input. On the receive (Rx) path the interface s one differential earphone output, a stereo single-ended headphone output, one differential auxiliary output, and stereo single-ended line outputs. The codec is configured by the codec SBI s. The codec interface is shown in Figure. Also part of the audio front end is the PCM interface. The PCM interface allows for an external codec to be used instead of the internal codec. This interface can be used in I2S mode which will allows for an external stereo DAC to be used. Finally, the audio front end includes additional DSP audio processing that does gains, filtering and other audio processing. The DSP audio processing is configured through the QDSP5000 command types and is not directly controlled by the microprocessor.



- 55 -


3. TECHNICAL BRIEF

Figure. Detailed diagram of MSM7227 audio interface


- 56 -


3. TECHNICAL BRIEF

3.13.2.2 WM9093 audio interface The WM9093 is a high performance low power audio subsystem, including headphone driver and Class AB/D earpiece/speaker driver. The Class D speaker driver 650mV output power at 3.6V, 1%THD. The unique dual mode charge pump architecture provides ground referenced headphone outputs removing the requirement for external coupling capacitors. Class G technology is integrated to increase the efficiency and extend playback time by optimizing the headphone driver supply voltages according to the volume control. The flexible input configuration allows single ended or differential stereo inputs. Mixers allow highly flexible routing to the outputs, A ‘voice By’ path is also available for low-power voice applications. The WM9093 is controlled using a two-wire I2C interface. An integrated oscillator generates all internal clocks. Removing the need to provide any external clock. Separate mixer and volume controls are provided for each headphone and speaker driver. Automatic Gain control limits the speaker output signal in order to prevent clipping. DC offset correction to less than 1mV Guarantees a pop/click-free headphone start up. The WM9093 is available in a 2.0mm × 2.5mm 20-bump CSP package.

Figure. Detailed diagram of WM9093 audio interface


͑


- 57 -


3. TECHNICAL BRIEF

MIC

changed 12/28 MIC_BIAS

FB700

MIC_1P

MIC1

1800

1

OUT

2

FB701

MIC_1N

G1

3

1800

G2

4

G3

5

PWR

6

G4

2 C700

VA615C702

33p

1

C703

33p

33p

3.5pi Ear Jack Connector VREG_MSMP_2.6V

U502 1 2

10.04.08 Changed Rev.C C537 10u

C539

C538

VREG_MSMP_2.6V

33p Q601

FM_ANT

1M

S

R1168

R1169

D

EARJACK_SENSE

47K

2.2K

R507

2.2u

G

VOUT GND

5

HS_MIC_BIAS_EN

VIN STBY

PGND

4 3

FB500 1800

EAR_R

R509

12

EAR_L HS_MIC

R515

12

M6_GND 2

FB501 1800

M4_L 4

1800

M5_MIC 1

C545

33p

15p

R520

R521

10K

10K

D503

L504 270n D504

C544

47p D502

C543

47p

D501

C542

D500

FB502

M1_R 3 M4D-DETECT 6 M3_DETECT 5

EAR_SENSE LOW(DEFAULT) HIGH

J2

STATE UNMATING MATING

2009.11.16 added


- 58 -


3. TECHNICAL BRIEF

+VPWR_AUDIO

1u C504

C505

47p

C506

47p

SVDD

D4

C503

C502

39p

10u

Audio SUB SYSTEM

R1177

10

C511

1u

R1176

10

C514

1u

D2 D1 D3 C3

IN3IN3+

GND

BIAS B1

C4

SCL SDA B3 B2

4.7K

EAR_L EAR_R

B5

R504

4.7K

HPL A1 HPR

VDD A3 VSS A4 A5 CN

VREG_MSMP_2.6V

R505

A2

IC500

IN2IN2+

AUDIO&MOTION_I2C_SCL

C522

C523

AUDIO&MOTION_I2C_SDA

2.2u

2.2u

C515

0.1u

2.2K

0.1u

R1170

C513

33n

C512

2.2K

C510

SPK_RCV+ SPK_RCV-

2.2u

C518

C519

2.2u

2.2u

20

R1171

C5

OUT+ D5 OUT-

20

1u

33n

IN1IN1+

R503

C508 C509

C2 C1

R502

RCV_P RCV_N

1u

HPVDD

HPH_L LINE_OP LINE_ON

C507

B4

HPH_R

VREG_HPVDD_1.8V


- 59 -


3. TECHNICAL BRIEF

3.14 Display LCD module is connected to Main PCB with 24-pin connector. The LCD is controlled by MDDI Interface in MSM7227.

3.2" HVGA LCD Connector VREG_LCD_1.8V

VREG_LCD_2.8V

1

CN601

24

LCD_RESET_N 23

3

22

4

21

5

20

6

19

7

18

8

17

9

16

10

15

11

14

12

13

LCD_MAKERID_LOW LCD_VSYNC_O

FL6031 P1 2 P2 3 P3 4 P4

5 P5 6 P6 7 P7 8 P8

MDDI_P_DATA_P MDDI_P_DATA_M MDDI_P_STB_P MDDI_P_STB_M

9 G1 10 G2

2

WLED7

WLED6

WLED5

WLED4

WLED3

WLED2 WLED_PWR

WLED1 C616 2.2u

D600 6

1

5

2

4

3

C617 2.2u

C4

ZD1

4.7u

Figure. Schematic of LCD connector (Main Board)


͑

- 60 -


3. TECHNICAL BRIEF

Table. Interface between LCD Module and MAIN Board

͑ ͽ͸Ͷ͑ͺΟΥΖΣΟΒΝ͑ΆΤΖ͑΀ΟΝΪ͑ Copyright © 2010 LG Electronics. Inc. All right reserved. ͑ Only for training and service purposes

- 61 -


3. TECHNICAL BRIEF

3.15 Proximity Sensor When call connected, the object is moved nearer to the proximity sensor. LCD backlight and Touch screen is disable operation automatically. U700 : GP2AP002S00F IC used I2C interface to MSM7227

VREG_MSMP_2.6V

VREG_PROX_2.8V

R701

4.7Kohms

R700

R702

4.7Kohms 8

PROX_COM_I2C_SCL

7

PROX_COM_I2C_SDA

6 5

SCL

LEDA

SDA

LEDC

VIO

VCC VOUT

GND

U700 1

10 R703 10

2

C705 10u

3 4

PROX_OUT

C707

1u

C708

C709

0.1u

4.7u

Figure. Proximity Sensor Schematic

Figure. Proximity Sensor Block Diagram LGE Internal Use Only

͑

- 62 -


3. TECHNICAL BRIEF

3.16 Vibrators (Q-Coin Motor) The strength of vibration is determined by the duty cycle of PWM (LIN_PWM_FREQ) U602 : EUSY0404001 is Q-Coin motor driver IC.

VREG_MOTOR_3.3V

VREG_MOTOR_3.3V

R612 U602

C1 B1

R614

R615

R616

4.7Kohms

1K

1%51K

C2

1%51K

C3

1%

R617

C OUT

LIN_PWM_FREQ

B

100K

1%

BY

GND

_SHUTDOWN

VO-

IN+

VO+

IN-

VDD

B2

MTR_P_2sub

A1

MTR_N_2sub

B3 A3

Q600

IN

R618 E

GND

R619

1% 1K

C623

C625

1%

100K

10n

C624 0.1u

0.1u

Figure. Q-Coin Moter IC Schematic

Figure. Vibrator Block Diagram


͑

- 63 -


3. TECHNICAL BRIEF

3.17 Com Sensor If a customer buy the application SW, The Sensor a Eletric Com function U1 : AMI304 IC used I2C interface to MSM7227

VREG_MOTION_3.0V

C704

VREG_MSMP_2.6V

10n

C706 470n

2

1 DVDD

AVDD SCL

SDA

12

NC1

DRDY

11

VPP

10

7

8

PROX_COM_I2C_SDA COM_DRDY

INT

ADDR GNDS

6

PROX_COM_I2C_SCL

9

5

VREG

4

GNDA

3

U1

Figure. Com Sensor Schematic


͑


͑

- 64 -


3. TECHNICAL BRIEF

Figure. Com Sensor Block Diagram



- 65 -


3. TECHNICAL BRIEF

3.18 Motion Sensor According to tilt the cell phone, the screen is had rotated automatically. U503 : KR3DH IC used I2C interface to MSM7227

0.1u

VREG_MOTION_3.0V

C541

NC1

INT1

NC2

INT2

8

SCL_SPC GND1

2.2K R519

1 2 3 4

MOTION_I2C_SCL

5

6

RESERVED1

2.2K

16

15

VDD_IO

GND2

CS

9

GND4

VDD 10

GND3

SDA_SDI_SDO

MOTION_INT

11

SDO_SA0

12

7

13

RESERVED2

14

U503

R518

C540

10u

MOTION_I2C_SDA

Figure. Motion Sensor Schematic

Figure. Com Sensor Block Diagram LGE Internal Use Only

͑


͑

- 66 -


3. TECHNICAL BRIEF

3.19 Main Features 3.19.1. LG-P500 Main Features - DOP Type design - UMTS 2100 + UMTS900+ GSM 900 + DCS 1800 + PCS 1900 + GSM850 based GSM/GPRS/EDGE/UMTS - HSDPA 7.2Mbps - TFT Main LCD(3.2’ HVGA, 320 x 480) - Capacitive/Electrostatic Touch Window - 3M AF Camera - 3.5Phi Stereo Headset & Speaker phone - Mobile XMF –Mobile DLS / Scaleable Polyphony - MP3/AMR/AAC/AAC/WAV/WMA decoder and play - MPEG4 encoder/decoder and play/save - JPEG en/decoder - s Bluetooth and HS-USB - s WLAN(802.11b, 802.11g) - s FM Radio - 1500 mAh (Li-Ion)

Copyright © 2010 LG Electronics. Inc. All right reserved. Only ͑ for training and service purposes ͽ͸Ͷ͑ͺΟΥΖΣΟΒΝ͑ΆΤΖ͑΀ΟΝΪ͑

͑

- 67 -


3. TECHNICAL BRIEF

3.19.2. LG-P500 Main component (bottom)

Main Board Bottom


- 68 -


3. TECHNICAL BRIEF

3.19.2. LG-P500 Main component (bottom & Sub carrier)

Main Board Bottom & Sub carrier


- 69 -


3. TECHNICAL BRIEF

3.19.2. LG-P500 Main component (Top)

Main Board Top


- 70 -


3. TECHNICAL BRIEF

3.19.3. RF of LG-P500

X200 FL1003

FL1006 FL1005 U1001 U1003

ms^G

FL1001

FL1002

FL1

U1002 SW1001

FL2

U2

FL1008

Reference

Description

Reference

Description

U1001

RTR6285

FL1005

WCDMA (VIII) TX SAW Filter

U1002

GSM PAM/FEM module

FL1006

WCDMA (I) TX SAW Filter

U1003

WCDMA PAM(I, VIII)

FL2

WCDMA (VIII) Duplexer

U2

External LNA(I, VIII)

FL1008

WCDMA (I) Duplexer

X200

TCXO

FL1001

GSM RX Dual SAW Filter

FL1003

WCDMA (I) RX SAW Filter

FL1002

GSM RX Dual SAW Filter

FL1

WCDMA (VIII) RX SAW Filter

SW1001

RF Antenna connector


͑


- 71 -


3. TECHNICAL BRIEF

3.19.4. BaseBand of LG-P500

U602

U301

CN601

FL603

U601 U1007

CN200 U202 Reference

Description

Reference

Description

U301

Memory

U1007

Charge pump

U200

MSM7227

U503

Motion sensor

U602

Q-coin Motor drive amp

CN200

J-TAG CONN.

FL603

MDDI filter

CN601

LCD CONN.

U601

Level shifter

U502

GPS D flip-flop


͑

U503

- 72 -


3. TECHNICAL BRIEF

3.19.5. Power and Logic of LG-P500

X400 U403

U1

J1

U404 CN401

Q400

Reference

Description

Reference

Description

U403

PM7540

Q400

Charging IC

U1

Digital Com

CN401

Battery Conn.

J1

SIM connector

X400

Sleep X-tal

U404

Fuel gauge IC


͑

- 73 -


3. TECHNICAL BRIEF

3.19.6. Audio of LG-P500 CN1

CN600

U502

Reference

Description

Reference

Description

CN1

Touch Conn.

CN600

Camera conn.

CN2

Sub FPCB B2B conn.

U502

Headset Bias LDO

IC500

G


͑

IC500

Audio Sub system

G

G

- 74 -


XU{yv|islGzovv{punG 4. TROUBLE SHOOTING

͢͟ TROUBLE SHOOTING 4. TROUBLE SHOOTING 4.1 RF Component

X200 VCTCXO

FL1005

U1001

W900 Tx saw filter

RF Transceiver

FL1006 W2100 Tx saw filter

U1003 W2100/W900 PAM

U2 FL2

WCDMA LNA

FL1002 DCS/PCS Rx saw filter

W900 Duplexer

FL1001 EGSM/850 Rx saw filter

FL1008 W2100 Duplexer

U1002 FEM

SW1001 RF SW


- 75 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G

FL1007 GPS Rx saw filter

U1004 GPS LNA

RF component (WCDMA / GSM)

Reference

Description

Reference

Description

U1001

RTR6285(Transceiver)

FL2

WCDMA (VIII) Duplexer

U1002

GSM TX Module

U2

WCDMA (I, VIII)

(FEM + GSM/EDGE PAM)

LNA

U1003

WCDMA Dual (I,VIII) PAM

X200

VCTCXO(19.2MHz)

FL1006

WCDMA (I) TX SAW Filter

U1004

GPS LNA

FL1005

WCDMA (VIII) TX SAW Filter

FL1007

GPS SAW Filter

FL1008

WCDMA (I) Duplexer

SW1001

RF Antenna Connector


- 76 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.2 SIGNAL PATH

WCDMA I and VIII Band TX Signal PATH D2. WCDMA 2100 TX PATH E2. WCDMA 900 TX PATH F1. COMMON TX/RX PATH


- 77 -


4. TROUBLE SHOOTING


WCDMA BAND I and VIII RX Signal PATH D1. WCDMA 2100 RX PATH E1. WCDMA 900 RX PATH F1. COMMON TX/RX PATH


- 78 -


4. TROUBLE SHOOTING


GSM850/GSM900/DCS/PCS’s RX/TX Signal PATH A. GSM850/GSM900/DCS1800/PCS1900 RX PATH B. GSM850/GSM900/DCS1800/PCS1900 TX PATH C. COMMON TX/RX PATH


- 79 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.3 Checking TCXO Block The output frequency (19.2MHz) of TCXO (X200) is used as the reference one of RTR6285 and PM7540 internal VCO.

TP3 TP2

TP1

TP1

TCXO Circuit

R205

Clesed to TCXO

100

TP2 C208 10n

X200 1 2

VCONT GND

OUT VCC

0.1u

3

C207

330p

4

C210

330p

TCXO_PM_19.2MHZ TCXO_RTR_19.2MHZ

TP3

19.2MHz KT3225L19200DCW28RA0

1.0T

TP1

C206

C205

1n

RTR_TRK_LO_ADJ

VREG_TCXO_2.85V

FFA Rev.C(220Ohm@100MHz) VREG_MSMA_2.6V

R208

220 C220

0.1u

5

TCXO_EN

TP2

C221

330p

1

2

VCC

U201

4

GND

R209

33

TP3

USBH_SYSCLK

3

R210

100K

Schematic of the Crystal Part (19.2MHz)


- 80 -


4. TROUBLE SHOOTING

Check TP1 VCC of TCXO

VCC ≥ 2.85V

No

Check the PM7540

Yes Check TP2

2.4V ≥ Voltage ≥ 0.4V

No

Check the MSM7227

Yes Check TP3

19.2 MHz Signal

No

Check soldering and components

Yes TCXO is OK


- 81 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.4 Checking GSM TX Module(GSM PAM + FEM) Block

ANT_SEL2

ANT_SEL1 ANT_SEL3

ANT_SEL0 VBATT(TP1)


- 82 -


4. TROUBLE SHOOTING XU{yv|islGzovv{punG G G

R1006

GSM_PA_RAMP

2.2K

GND11 GND10 GND9 GND8 GND7 GND6

28 27 26 25 24 23

C1024 39p

TP1 0603 C1043 10u

C1044 47p

C1045 C1047 C1048 C1051

0603

1n 1n 1n 1n

PGND1 PGND2 PGND3 PGND4 PGND5 PGND6

9 10 11 12 13 14

2mm 1608

29 30 31 32 33 34

91

11dB

R15

91

GSM900(880-915MHz)

75 R16

GSM850(824-849MHz)

GND5 GND4 GND3 GND2 ANT WCDMA3 WCDMA2 WCDMA1

U1002

PGND7 PGND8 PGND9

R7

GSM_TX

DCS_PCS_IN GND1 GSM_IN VAPC VBATT BS2 BS1 _TXEN

22 21 20 19 18 17 16 15

40

PGND12 39 PGND11 38 PGND10

35 36 37

R5

7dB

130

R4

PCS(1850-1910 MHz)

130

DCS(1710-1785 MHz)

+VPWR_RF

1 2 3 4 5 6 7 8

47

MODE TEMP RX4 RX3 RX2 RX1

R6

DCS_PCS_TX

44

PGND16 43 PGND15 42 PGND14 41 PGND13

ANT_SEL3 ANT_SEL2 ANT_SEL0 ANT_SEL1

TP1 Schematic of the Antenna Switch Block


- 83 -


4. TROUBLE SHOOTING

Check ANT_SEL 0, 1, 2, 3 High Level

1.2V < Voltage < 3V

No Check the TP1(VBATT)

Yes Check the Logic in each mode


- 84 -


4. TROUBLE SHOOTING

4.5 Checking WCDMA Block

START

1. Check TCXO 19.2MHz

2. Check FEM Block Refer to 1.4

3. Check RF Tx Level

4. Check PAM Block Refer to 1.5.4

5. Check RF Level

6. Ro- SW & Cal.


- 85 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.5.1Checking TCXO Block Refer to 1.3

4.5.2. Checking FEM Block Refer to 1.4

4.5.3. Checking RF TX Level TP4

TP3

TP2

TP1 Test Point (TX Level)


- 86 -


4. TROUBLE SHOOTING

GND 3

4

G3 1

ANT

G4 COMMON

SW1001

2

TP1

C1005

33p

L11 DNI

L1004 18n

28 27 26 25 24 23

WCDMA_2100_RTX


WCDMA_900_RTX

40

PGND7 PGND8 PGND9


35 36 37


22 21 20 19 18 17 16 15


U1002

9 10 11 12 13 14

29 30 31 32 33 34



1 2 3 4 5 6 7 8

44


Near

to 12 Pin

Near

to 4

PinNear

to 12 Pin

+VPWR_RF

GND1 GND2 GND3

GND6 GND5 GND4

1

L1130 27n

8 9 7

TP3

6

ANT

RX

12p L1035 2.7n

TP3

FL1008

C1090

L1031 DNI

TX 2 4 5

GND1 GND2 GND3

GND6 GND5 GND4

WCDMA_2100_RTX

Band I

L1020 DNI

L1022 10n

Band VIII

TP2

U1003

C1078

6.8p

897.5 MHz,942.5 MHz WCDMA_900_RTX

C1077 10u

C12 100p

3

1 3

PDET_IN

R1022

R1023

33

18

C1089

8

L1033 DNI

14 13 12 11 10 9 8 16

OUT_BAND_VIII IN_BAND_VIII GND3 VMODE_0 VCC2_2 VMODE_1 GND2 VCC2_1 OUT_BAND_I VEN_BAND_VIII GND1 VEN_BAND_I L_OUT IN_BAND_I PGND2 PGND1

C1083

1 2 3 4 5 6 7 15

L1025

1n

PA_R0 PA_R1

FL1005 4

12p

PA_ON1

OUT

5

3

2

C1153

1

IN

G3 G2 G1

L1026 22n

W900

C1084

4.7n

5.6p WCDMA_900_TX_OUT

TP4

C1086 8.2n

897.5 MHz

PA_ON0 FL1006

C1094

100p

C1096

C1095

C1087

100p 100p

100p

33p

C1929

L1027

3.3n 4

L1030 DNI

3.3p L1029 5.6n

9

DNI

RX

R1163

ANT

TX 2 4 5

0

6 L1021 5.6n

R1178

C1079 18p

C1076 330p

3 G3 1 OUT IN G2 G1 5 2

1950MHz

C1088 15p

TP4

W2100 WCDMA_2100_TX_OUT C1092 1.5n

15

DNI C1081

C1075 0.001uF

FL2

R11

TP2

7

C13 100p L1120 DNI


- 87 -


4. TROUBLE SHOOTING

For testing, Max power output is needed.

Check ANT_SEL 0, 1, 2 (High, Low, Low)

Check TP1 Over 21dBm?

Yes

RF Tx Level is OK

No


Yes

Check TX Module

No


Yes

Check Duplexer

No


Yes

Check RTR6285

No Check PAM Block Refer to 1.5.4 RTR6285 Maximun output Power = 7dBm RTR6285 minimun output Power = -80dBm


- 88 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.5.4. Checking PAM Block PAM control signal W_PA_ON (W_900_PA_ON(C1096), W_2100_PA_ON(C1095) and) : PAM Enable W_PA_RO: PAM Gain Control W_PA_ON must be HIGH (over 2.6V)


- 89 -


4. TROUBLE SHOOTING

PAM IN/OUT Signal : When PAM is under the operation of high power mode (WCDMA_PA_R0(C1929):Low), PAM OUT power must be over 21 dBm PAM IN power must be under 10 dBm

51

51

51


- 90 -


4. TROUBLE SHOOTING

Near

to 12 Pin

Near

to 4

PinNear

to 12 Pin

+VPWR_RF

TX 2 4 5

GND1 GND2 GND3

GND6 GND5 GND4

1

L1130 27n

8 9 7

6.8p

PDET_IN FL1008

C1090

6

ANT

RX

12p L1035 2.7n

L1020 DNI

L1022 10n

Band VIII

TP3

U1003

C1078


L1031 DNI

TX 2 4 5

GND1 GND2 GND3

GND6 GND5 GND4

WCDMA_2100_RTX

Band I

C1076 330p

C1077 10u

C12 100p

3

C1089

1 3

R1022

R1023

33

18

3.3p L1029 5.6n

9 8

L1033 DNI

DNI

RX

R1163

ANT

0

6 L1021 5.6n

R1178

C1079 18p

R11

DNI C1081

C1075 0.001uF

FL2

14 13 12 11 10 9 8 16


1 2 3 4 5 6 7 15

TP2 TP1 C1083

L1025

1n

PA_R0 PA_R1

FL1005 4

12p

C1153

1

IN

5

3

W900

C1084

4.7n

G3 G2 G1

L1026 22n

PA_ON1

OUT

5.6p WCDMA_900_TX_OUT

C1086 8.2n

2

897.5 MHz

PA_ON0 FL1006

C1094

100p

C1096

C1095

C1087

100p 100p

100p

33p

C1929

TP1

L1027

3.3n 4

L1030 DNI

3 G3 1 OUT IN G2 G1 5 2

1950MHz

C1088 15p

W2100 WCDMA_2100_TX_OUT C1092 1.5n

15

TP3

7

C13 100p L1120 DNI


- 91 -


4. TROUBLE SHOOTING

Set the phone Tx is On and PDM is 210


Yes

RF Tx Level is OK

No

Check TP2 PA_RO ≥ 2.6V

Yes

Check MSM7227

No

Check TP1 Over 10 dBm?

Yes

Check RTR6285

No Change the board


- 92 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.5.5. Checking RF Rx Level

Bias TP5

TP4

TP3

TP2

TP1 Test Point (RF Rx Level)


- 93 -


4. TROUBLE SHOOTING

ANT1002

GND 3

ANT1003

4

G3 1

G4

ANT

COMMON

SW1001

R1004 3.3n

C1009 8.2n

R1005 0.75p

C1007 100p

2

TP1

C1003

C1005

15p

33p

L11 DNI

L1004 18n

R1006

GSM_PA_RAMP

2.2K


28 27 26 25 24 23

C1024 39p

29 30 31 32 33 34

91

11dB

R15

91

75 R16

GSM900(880-915MHz)

2mm 10u

C1045 C1047 C1048 C1051

C1044 47p

1n 1n 1n 1n

0603

9 10 11 12 13 14

1608

0603 C1043



U1002

PGND7 PGND8 PGND9

R7

GSM_TX

GSM850(824-849MHz)


22 21 20 19 18 17 16 15

40


35 36 37

R5

7dB

130

R4

130

PCS(1850-1910 MHz)

+VPWR_RF

1 2 3 4 5 6 7 8

47

MODE TEMP RX4 RX3 R X2 RX1

R6

DCS_PCS_TX

DCS(1710-1785 MHz)

44



TP2

FL2 6 C1079 18p

DNI C1081

L1021 5.6n

ANT

RX TX

2 4 5

GND1 GND2 GND3

GND6 GND5 GND4

1

C12 100p

L1130 27n

3 8 9 7

897.5 MHz,942.5 MHz

Band VIII

WCDMA_900_RTX

TP2

FL1008

C1090

6

ANT

RX

12p L1035 2.7n

L1031 DNI

TX 2 4 5

GND1 GND2 GND3

GND6 GND5 GND4

WCDMA_2100_RTX

Band I


- 94 -

1 3 9 8 7

C13 100p L1120 DNI


4. TROUBLE SHOOTING

VREG_TCXO_2.85V

0603

RFOUTH

RFGNDM2

RFOUTL

TP3

L2

R8

8.2n

2.2n R24

15

RX_WCDMA_2100

12p

3.3n

14

C1128 DNI

TP4

C28

C10

1

R12

L6 2.7n

RX_WCDMA_1900_SE

DNI

C36

TP4 RX_WCDMA_900_P

1.5p R18

5

L7

C14

3.3n

100p

27K

C1148 DNI

3.3p C26

22p

16

4.7p

C1728 DNI

L10

13

11

10

VEN2

C23

10p

C24

VG S

VCC

3

4

RFGNDM1

RFINL

9

RFINH

BGA735L16RFOUTM U2

17

RREF

8

L9 10n

PGND

VEN1

10p

RFINM

R10 0 12

7

RFGNDH1

RFGNDH2

6

TP3

C15 LNA_GAIN_CONTROL

0

C27

R9 DNI

1

0

2

10n

NC

R14

5

C20

1

4

G2 O2 IN G1 O1 2

C1928 DNI

3

L4000 DNI

22n

C37

942.5MHz

INTER_RX_SW_SEL_1

L8

FL1

RX_WCDMA_900_M

1.5p

INTER_RX_SW_SEL_2

Bias 1K R1019

0.1u

100p

C1067

C1068

0603

VDD_RX

L1017 2n

C1069

2

C1071

RX_WCDMA_2100_LNA_OUT R1029 DNI R1021 RX_WCDMA_1900_LNA_OUT

33p

C1072

33p

1

3

G1 O1 IN G2 O2 5

3.9p


C1070 DNI

4

2140MHz

- 95 -

WB2100_MIX_INM

1.8n

FL1003

C1073 DNI

DNI

L1018

C1080

3.9p

W2100 RX(2110 - 2170 MHz) L1019 1.8n

TP5

WB2100_MIX_INP


4. TROUBLE SHOOTING

Set the phone Rx is On

Check BIAS over 2.1V

No

Check bias block soldering

Yes

Check TP1 Signal exist?

No

Check RF Switch (M/S)

Yes


No

Check TX Module Refer 1.4

Yes


No

Check Duplexer

Yes


No

Check LNA

Yes


No

Check RTR6285 and Rx SAW filter

Yes Change the board


- 96 -


4. TROUBLE SHOOTING

4.6 Checking GSM Block

Start

1. Check TCXO Block

2. Check ANT_SW Module

3. Check RF TRX Level

4. Ro- SW & Cal.


- 97 -


XU{yv|islGzovv{punG G G 4. TROUBLE SHOOTING

1

2,3


- 98 -


4. TROUBLE SHOOTING

4.6.1 Checking TCXO Block Refer to 1.3

4.6.2 Checking FEM Block Refer to 1.4

㝘⪌HG 㵬㦤G 㠄⸬㡸G 㵲㡸G ㍌G 㛺㏩⏼␘UU㝘⪌HG 㵬㦤G 㠄⸬ 4.6.3 Checking RF TX level 㡸G 㵲㡸G ㍌G 㛺㏩⏼␘UG

TP2

TP1


- 99 -

TP3


4. TROUBLE SHOOTING

ANT1002

GND 3

ANT1003

4

G3 1

ANT

G4 COMMON

SW1001

R1004

C1003

3.3n C1009 8.2n

R1005 0.75p

C1007 100p

2

TP1C1005

15p

L11 DNI

L1004 18n

R1006

GSM_PA_RAMP

2.2K

2mm C1043 10u

C1044 47p

C1045 C1047 C1048 C1051

1n 1n 1n 1n

0603

9 10 11 12 13 14

1608

0603



U1002

PGND7 PGND8 PGND9

R5

29 30 31 32 33 34

91

11dB

R15

91

R16

GSM900(880-915MHz)

TP2

75


44


22 21 20 19 18 17 16 15

40


35 36 37

R7

GSM_TX

7dB

1 30

R4

130

PCS(1850-1910 MHz)

GSM850(824-849MHz)

1 2 3 4 5 6 7 8

47

DCS(1710-1785 MHz)


TP3

R6

DCS_PCS_TX


28 27 26 25 24 23

C1024 39p

+VPWR_RF

33p


Schematic of GSM/DCS/PCS Tx Block


- 100 -


4. TROUBLE SHOOTING

START

Check TCXO Block Refer to 1.3 No Check TP1 If GSM over 31 dBm? If DCS/PCS over 28 dBm?

Yes

GSM/DCS/PCS Tx is OK Check other part

Yes

Check ANT SW Block (ASM+EDGR PAM) Refer to 1.4

No Check TP2, 3 If GSM(TP2) under 6 dBm? If DCS/PCS(TP3) over 6 dBm? No Check RTR & PAD

No Problem

Check soldering and components

Still exist Problem Change the board


- 101 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.6.4 Checking RF Rx Block

TP2

TP1

TP2

TP1


- 102 -


4. TROUBLE SHOOTING

GND 3

4

G3 1

ANT

G4 COMMON

SW1001

TP2

2

TP1

C1005

C1004

33p

L11 DNI

L1004 18n

4

33p

28 27 26 25 24 23

GND11 GND10 GN D 9 GND8 GND7 GND6

33p

3

IN_942_5

OUT_942_5_2

GND1

GND3

GND2

GND4

881.5MHz,942.5MHz

7

PGND12 PGND11 PGND10

L1005 18n C1016

6 9

C1023

5

RX_GSM_900_P

4.7p

10

L1008 82n

L1007 18n C1025

GSM(925-960 MHz)

RX_GSM_900_M

4.7p

22 21 20 19 18 17 16 15

GSM(869-894 MHz) RX_GSM_850_M

2.2p

8

44

C1036

C1039

33p

FL1002 4

IN_1842_5

33p

1

OUT_1842_5_1

2

L1012 DNI

3

OUT_1960_1 IN_1960

OUT_1960_2

GND1

GND3

GND2

GND4

1842.5MHz,1960MHz

L1010 22n

L1011 0.5p

OUT_1842_5_2

40 39 38

RX_DCS_P

5.6n

L1009 27n

C1041

PGND7 PGND8 PGND9

2

OUT_942_5_1

35 36 37


OUT_881_5_1 OUT_881_5_2

1

L1006 DNI

IN_881_5



U1002

9 10 11 12 13 14

29 30 31 32 33 34



1 2 3 4 5 6 7 8

WCDMA_900_RTX

L1003 82n

FL1001

C1014

C1021

WCDMA_2100_RTX

RX_GSM_850_P

2.2p

L1002 DNI

7

DCS(1805-1880 MHz)

C1040

6

RX_DCS_M

5.6n

9 8

C1042

5 10

RX_PCS_P

6.8n L1014 DNI

L1013 12n

PCS(1930-1990 MHz)

C1052 6.8n

RX_PCS_M

Schematic of GSM/DCS/PCS Rx Block


- 103 -


4. TROUBLE SHOOTING

Set the phone Rx is On


No

Check RF Switch (M/S)

Yes


No

Check FEM Block Refer 1.4



- 104 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.7 GPS/WIFI/BT RF Component

ANT1005

ANT1006

FL1007

U1004

RF Component(GPS)

Reference ANT1005

Description ANTENNA PAD connected to Carrier type antenna

ANT1006

GND PAD

FL1007

GPS SAW FILTER

U1004

GPS LNA


- 105 -


4. TROUBLE SHOOTING


"/5

"/5

6

RF component (WiFi / BT )

Reference

Description

ANT1

ANTENNA PAD connected to Carrier type antenna


ANT2

GND PAD

U500

WiFi / BT module

- 106 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.8 GPS/WIFI/BT SIGNAL PATH

GPS Signal PATH (main board bottom)

GPS Rx PATH


- 107 -


4. TROUBLE SHOOTING


WiFi / BT Signal PATH

WiFi / BT Tx and Rx PATH


- 108 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.9 GPS/WIFI/BT Trouble shooting 4.9.1 A-GPS Block

TP2

TP1


- 109 -


4. TROUBLE SHOOTING

DIVERSITY_IN

1 4

47p

L12

100p

OUT

IN

OUT_NON

G

L1032 DNI

G1

L1034 DNI

L1028

FL1007

3

Near To LNA

5.6n

6

G2

C1091

C1093 DNI

5

ANT1006

2

ANT1005

TP1L1036

C1097 DNI

R1025

3.3n

VREG_RF_2.7V

12 C1099 0.1u

GPS_MODE

R1026

3

1K

2

C1107 6.8p

TP2

GND S_D

RF_IN

1

C1098 18p

L1039

VDD

100p

5

FIL_OUT

GPS_IN

4

U1004

C1105 DNI

C1106 8.2n

Schematic of the A-GPS block

Set the phone GPS is ON

Check TP1 About 2.7V?

No

Check power LRC filter soldering

Yes

Check TP2 About 2.6V?

No

Check SW and NV item



- 110 -


4. TROUBLE SHOOTING

XU{yv|islGzovv{punG G G 4.9.2 WLAN/BT/FM Block

3

2 1

START

1. Check the Power

2. Check the Clock

3. Check the Module

Component Change


- 111 -


4. TROUBLE SHOOTING

Wi-Fi&BT&FM MODULE Must Check Schematic

C17

ANT2

ANT1

RF_IN_OUT 47p

C16

L4 DNI

DNI

46 BT_UART_RXD

50

48

47

BT_UART_RTS_N

BT_UART_CTS_N

51

52

53

49

BT_UART_TXD

WL_HOST_WAKE_B

GND4

GND3

GND2

BT_GPIO_1

REG_ON

BT_GPIO_3

VBAT_IN

BT_GPIO_4 BT_GPIO_7

SR_VLX1 SR_VLX1BB

F_CLK_IN

BT_PCM_CLK BT_PCM_DIN BT_PCM_SYNC BT_PCM_DOUT

44 43 42 41

VREG_MSMP_2.6V

40

SLEEP_CLK

39

C1

38

36

C7 8pF

C9 2.2u

FM_ANT

TP5 TP12

37

BT_WAKEUP BT_HOST_WAKEUP

35 34 33 32

CLK_IN

31

TP6

C8

BT_RESET_N

1u

FM_R

VREG_MSMP_2.6V

FM_L

C19 10uF

0603

close to 17

0.001uF

GND7

BT_RST_N

AUDIO2

AUDIO1

45

30

29

28

27

BT_SCL

BT_SDA

0.1u

26

25

16

0603

C31

0603

L3 4.7u

F_CLK_OUT LNLDO2_OUT

15

BT_GPIO_0

WL_WAKE_B

24

3.3uH

C2 0.1uF

FM_ANT

WL_RST_N

VIN_1P2VLDO

14

GND6

23

C5 4.7uF

L1

4.7uF

S_CLK_IN

SDIO_D0

ANLG_1P2_OUT

13

C34

SDIO_D1

DIG_1P2_OUT

0

12

TP10

WLAN_REG_ON

R1

U500

SDIO_D2

VDDIO_SD

11

VDD_BT_PA

SDIO_D3

22

9 10

TP4

SDIO_CLK

21

8

BT_PCM_CLK BT_PCM_OUT BT_PCM_SYNC

SDIO_CMD

XTAL_PU

7

20

6

WLAN_RESET_N

+VPWR

5

WLAN_HOST_WAKEUP BT_UART_RXD BT_UART_RTS BT_UART_CTS BT_UART_TXD

BT_PCM_IN

SR_VLX2BB

0.1u

VDD_WL_PA

VDDIO

WLAN_CMD WLAN_CLK WLAN_SDIO[3] WLAN_SDIO[2] WLAN_SDIO[1] WLAN_SDIO[0]

C32

4

GND5

19

TP8 TP7

ANT

17

0603

C18 10uF

3

SR_VOUTBB

2

18

1

RF_IN_OUT

close to 3

GND1

54

TP13 TP11 TP3 TP1 TP9

C30

C33 4.7uF

TCXO LDO

+VPWR

C6 2.2uF

CLK_REQ

0.1u

26MHz TCXO VDD_TCXO

VOUT GND

1 2

VDD_TCXO

26MHz

X500

C533

CLK_IN

1u

C535

4

1n

VCC

GND

OUT NC 3 TG-5010LH-87N

0603

C534

0603

2.2u

100K 0603

R506

VIN STBY

5

4 3

CLK_REQ

PGND

U501

0603

2 1

C536 1u

[Figure] Schematic of WiFi/BT module


- 112 -


4. TROUBLE SHOOTING


TP2

TP1 TP3

΅ΖΤΥ͑ΡΠΚΟΥ͑͵ΖΤΔΣΚΡΥΚΠΟ ΅ΖΤΥ͑ΡΠΚΟΥ ΅΁͢ ΅΁ͣ ΅΁ͤ

ͿΖΥ͑ΟΒΞΖ ͜·΁Έ΃ ·΃Ͷ͸ΐ;΄;΁ΐͣͧ͟· ·΃Ͷ͸ΐ;΄;΁ΐͣͧ͟·

͵ΖΤΔΣΚΡΥΚΠΟ ΁ΠΨΖΣ͑ΗΠΣ͑ͳ΅͠ΈΚͷΚ͑ͳͳ͑ΔΠΣΖ͑ΒΟΕ͑ΈΚͷΚ͑ΡΠΨΖΣ͑ͲΞΡ͙͑͟·͑ͳΒΥΥ͚ ΁ΠΨΖΣ͑ΗΠΣ͑ͳ΅͑ΡΠΨΖΣ͑ͲΞΡ͙͑ͣͧ͟͟·͚ ΁ΠΨΖΣ͑ΗΠΣ͑ΙΠΤΥ͑ΚΟΥΖΣΗΒΔΖ͙͑ͣͧ͟·͚


- 113 -


4. TROUBLE SHOOTING

START

TP1 1, 2, 3 is OK?

No

Check the power block

Yes SDIO OK? UART OK?

Yes

Module check

No Board change


- 114 -


4. TROUBLE SHOOTING


Main clock part Main clock part

26MHz TCXO

TCXO LDO

+VPWR

TP1

VDD_TCXO

TP2

VIN STBY

VOUT GND

1 2

VDD_TCXO

0603

26MHz

X500

CLK_IN

C533

TP2

C535

1u

4

1n

VCC

GND


0603

C534

R506

0603

2.2u

4 3

5

TP1 100K

CLK_REQ

PGND

U501

0603

2 1

C536 1u

TP2

TP2

TP1

CLK_IN


- 115 -



4. TROUBLE SHOOTING

{j TG ZWWWiGOi“œŒ›––›G{Œš›Œ™PG {j T ZWWWiGOi“œŒ›––›G{Œš›Œ™PG

- Bluetooth RF Test procedure 1. Set phone to Bluetooth test-mode. - Blue tooth ON: Enter Test Mode(277634#*#) Æ Module test set Æ BT DUT Æ BT DUT ON 2. Insert a phone in a TEMCELL (in case of radiation test) 3. Set ‘discover’ after push menu button of the tester and select the link analyzer. 4. After ‘set test mode’, confirm the connection state. 5. Measure the power of full channel after hopping mode is selected to ‘ON’ 6. You can select wanted test cases after getting an optimized power 7. Blue tooth On/Off - Menu KeyÆsettingsÆWireless controlsÆBluetoothÆTurn on/Turn off


- 116 -


4. TROUBLE SHOOTING

4.10 Power ON Troubleshooting Power On sequence of P500 is : Power key press Æ KPD_PWR_N go to low Æ PM7540 Power Up Æ VREG_MSMC1_1.2V(C433), VREG_MSMC2_1.2V(C434), VREG_MSME_1.8V(C435), VREG_MSMP_2.7V(C453), VREG_MSMA_2.6V(C452), VREG_TCXO_2.85V(C457) power ON Æ Phone booting and PS_HOLD(D404) go to High

z›ˆ™›G START

Battery voltage higher than iˆ››Œ™ G–“›ˆŽŒUGŽŒ™G 3.70V(OCV)? ›ˆ•GZU^W}Ovj}Pf Yes

No

uv

jˆ•ŽŒG–™GŠˆ™Ž•ŽG›ŒG G Change or charging the Battery iˆ››Œ™

€lz VA20 hight to low when key pness? }hYWGŽG›–G“–ž

No

uv Check correctly working powerkey XUGjŒŠ’GŠ–™™ŒŠ›“ Gž–™’•ŽG G

Yes žŒ•G’Œ G—™Œššf VMSMC1_1.2V, VMSMC2_1.2V, €lz VMSMP_2.6V, VMSME_1.8V, VTCXO_2.85V, VMSMA_2.6V power up?

G G G —–žŒ™G’Œ G G G G No

}tztjX†XUY}SG}tztjY†XUY}SG Yes }tztw†YU]}SG}tztl†XU_}SG G No GG is}{jv†YU_\}SG clock OK?

Change the Main board

uv jˆ•ŽŒG›ŒGtˆ•G‰–ˆ™‹G Change the Main board

X1:19.2M }tzth†YU]}G—–žŒ™Gœ—fG Yes

€lz

uv

Re SW image pšGŠ“–Š’G–’fG

jˆ•ŽŒG›ŒGtˆ•G‰–ˆ™‹G

XGaGX`UYtG

€lz

yŒ‹–ž•“–ˆ‹GšžG”ˆŽŒG


͑

- 117 -


4. TROUBLE SHOOTING

TP1 : KPD_PWR_N go to low

͑ Internal Use Only LGE ͽ͸Ͷ͑ͺΟΥΖΣΟΒΝ͑ΆΤΖ͑΀ΟΝΪ͑ ͑

- 118 -


4. TROUBLE SHOOTING

PS_HOLD

VTCXO_2.85V

VMSMP_2.6V

VMSME_1.8V VMSMA_2.6V

VMSMC1_1.2V VMSMC2_1.2V


͑


- 119 -


4. TROUBLE SHOOTING

4.11 Charging Trouble shooting

u-USB Connector TA OVP Circuit

REV.E_CHANGED_0517

VCHG_VBUS

CN4 6

4

2mm

OUT

1 2

GND1 GND2

USB_ID

P4

P1

P3

OUT1

IN2

OUT2 IC1

OVLO

IC2

2mm

7 8 4 5

C405

6

22p

P6 P2

IN1

TA (5.1V)

4 3

5 P5

1

1u

FL1013 2

C404

ZD400

D400

6

C402 22p

3

C403

5 9 11

IN

1u

MAX_DM MAX_DP

3

GND

2

1

PGND

1

10

FL400

VBUS 2mm

8

9

7

U400

10.04.08 Changed Rev.C

ISNS_P

ISNS_M

0.1

R400

Main Battery

VCHG_VBUS Q400

1%

1 2 3 4

+VPWR VBAT

+VPWR_RF

C407 100u

COLLECTOR SOURCE DRAIN

EMITTER BASE NC2

10 9 8 7 6 5

2mm CHG_CTL_N BATT_FET_N

C408 10n

1608 10V

C409

1608

COLLECTOR_B

GATE

+VPWR_RF|+VPWR

2mm

DRAIN_B NC1

10u

2009.11.16 changed

Charging Current Flow

Charging Procedure - Connect TA or u-USB Cable - Control the charging current by PM7540 IC - Charging current flows into the battery

Troubleshooting Setup - Connect TA and battery to the phone

Check Point - Connection of TA or USB Cable - Charging current path(NUS5530MIN) - Battery

Troubleshooting Procedure - Check the charger (TA or USB Cable) connector - Check the OVP Circuit - Check the charging current Path - Check the battery


- 120 -


4. TROUBLE SHOOTING

START

Check the pin and battery Connect terminals of I/O connector

No

Connection OK?

Change I/O connector

Yes Is the u- USB Cable) voltage 4.8V (or 5.0V)?

No

Change TA (or u-USB cable)

Yes Is it charging properly After turning on?

Yes

END

No Check PMIC SMT status by X-ray Exchange PMIC or Change the main board and Retest

Charger Troubleshooting Flow


- 121 -


4. TROUBLE SHOOTING

4. 12 3M AF Camera trouble 3M camera control signals are generated by ISX005 and MSM7227.

START

Check the camera Conn. and reconnect the camera

Camera is OK?

Yes

END

No No

MSM 7227 output signal check MCLK(TP1), PCLK(TP2), Reset(TP3), Standby(TP4) Yes

No

Check IOVDD(TP5), DVDD(TP6), AVDD(TP7) Yes Check the EMI Filter(FL601, FL602)

No

Yes Change the Filter(FL601, FL602)

Change the camera

Camera is OK

Yes

END

No Change the Main board


͑

- 122 -


4. TROUBLE SHOOTING

GPIO_0 GPIO_1 GPIO_2 GPIO_3 GPIO_4 GPIO_5 GPIO_6 GPIO_7 GPIO_8 GPIO_9 GPIO_10 GPIO_11 GPIO_12 GPIO_13 GPIO_14 GPIO_15 GPIO_16 GPIO_17 GPIO_18 GPIO_19 GPIO_20 GPIO_21 GPIO_22 GPIO_23 GPIO_24 GPIO_25 GPIO_26 GPIO_27 GPIO_28 GPIO_29 GPIO_30 GPIO_31 GPIO_32 GPIO_33 GPIO_34 GPIO_35 GPIO_36 GPIO_37 GPIO_38 GPIO_39 GPIO_40 GPIO_41 GPIO_42

AF24 AE25 AE24 AC22 AB22 AE21 AF23 AC21 AE23 AC23 AF22 AF21 AE20 AB21 AF20 AC20 AF9 U12 AE10 W9 AF10 AC11 AC12 Y12 AB12 W12 W13 AB13 Y13 U13 AC13 Y14 AC14 AE14 W14 AB15 AC15 Y15 AF15 AB16 AC16 W15 U15

CAM_RESET_N CAM_PWDN MOTION_I2C_SCL MOTION_I2C_SDA

MSM7227

CAM_DATA[0] CAM_DATA[1] CAM_DATA[2] CAM_DATA[3] CAM_DATA[4] CAM_DATA[5] CAM_DATA[6] CAM_DATA[7] CAM_PCLK CAM_HSYNC CAM_VSYNC

R211

MUIC_I2C_SDA MUIC_INT

C222

C223

DNI

7.5p

CAM_MCLK

PA_ON1 WLAN_REG_ON PM_INT_N PS_HOLD HS_MIC_BIAS_EN AUDIO&MOTION_I2C_SCL LIN_PWM_FREQ EARJACK_SENSE LNA_GAIN_CONTROL COM_DRDY KEY_COL[0] KEY_COL[1]

KEY_COL[2] KEY_ROW[1] KEY_ROW[0] MOTION_INT DIVERSITY_LNA_EN REV.E_CHANGED_0517 BT_WAKEUP

7.5pF

G2

5

10

EMI FILTER G1

FLT_CAM_DATA[0] FLT_CAM_DATA[1] FLT_CAM_DATA[2] FLT_CAM_DATA[3]

TP1

47

MUIC_I2C_SCL AUDIO&MOTION_I2C_SDA

4 3 2 1

INOUT_A4

INOUT_B4

INOUT_A3

INOUT_B3

INOUT_A2

INOUT_B2

INOUT_A1

INOUT_B1

6 7 8 9

CAM_DATA[0] CAM_DATA[1] CAM_DATA[2] CAM_DATA[3]

FL600

1608


4 3 2 1

G2

G1

5

10

7.5pF

INOUT_A4

INOUT_B4

INOUT_A3

INOUT_B3

INOUT_A2

INOUT_B2

INOUT_A1

INOUT_B1

6 7 8 9


FL601

1608

10

G1 4

FLT_CAM_VSYNC FLT_CAM_HSYNC

3 2 1

G2

5

7.5pF

INOUT_A4

INOUT_B4

INOUT_A3

INOUT_B3

INOUT_A2

INOUT_B2

INOUT_A1

INOUT_B1

6 7 8 9

CAM_VSYNC CAM_HSYNC

FL602

1608


- 123 -


4. TROUBLE SHOOTING

CAM_AVDD_2.7V CAM_DVDD_1.2V CAM_IOVDD_2.6V

FB602

FB600

120

C605 C606

34 33 32 31

TP3

30 29 28 27 25 24

TP4

19

͑

- 124 -

0.1u C615

VA607

1uF

18

33p

͑

120

CAM_PWDN

20

C608

LGE Internal Use Only ͽ͸Ͷ͑ͺΟΥΖΣΟΒΝ͑ΆΤΖ͑΀ΟΝΪ͑

FB603


23 21

CAM_RESET_N CAM_I2C_SDA CAM_I2C_SCL

26

22

CAM_AF_2.8V

C614

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

10u

FLT_CAM_DATA[0] FLT_CAM_DATA[1] FLT_CAM_DATA[2] FLT_CAM_DATA[3] FLT_CAM_DATA[4] FLT_CAM_DATA[5] FLT_CAM_DATA[6] FLT_CAM_DATA[7]

12

C613

CAM_PCLK

TP2 R605

4.7u

4.7u

CN600

CAM_MCLK

C604

4.7u

2.2K

TP5 2.2K

TP6

TP7

R604

120

R603

FB601

120


4. TROUBLE SHOOTING

4. 13 Main LCD trouble Main LCD control signals are generated by MSM7227. Those signal’s path are : MSM7227 -> LCD Module

START

Press END key to tun the power On

Is the circuit powered?

No

Follow the Power ON trouble shooting

Yes Disconnect and reconnect LCD connector

LCD display OK?

Yes

No Change the LCD module

Yes

Yes

Check Power VREG_LCD_1.8V(TP1) VREG_LCD_2.8V(TP2) No Change the Main board

The LCD works

END


͑

- 125 -


4. TROUBLE SHOOTING


1

TP2

LCD_RESET_N

TP1

CN601

24

2

23

3

22

4

21

5

20

6

19

7

18

8

17

9

16

10

15

11

14

12

13

LCD_MAKERID_LOW LCD_VSYNC_O

FL6031 P1 2 P2 3 P3 4 P4

5 P5 6 P6 7 P7 8 P8


9 G1 10 G2

VREG_LCD_1.8V

WLED7

WLED6

WLED5

WLED4

WLED3

WLED2 WLED_PWR

WLED1 C616 2.2u

D600 6

1

5

2

4

3

C617 2.2u

C4


͑


͑

ZD1

4.7u

- 126 -


4. TROUBLE SHOOTING

4.14 Proximity Sensor on/off trouble Proximity Sensor is worked as below : Send Key click Î Phone number click Î Call connected Î Object moved at the sensor Î Control the screen’s on/off operation automatically

START

Send Key click & call connected

Object moved at the Proximity Sensor

Yes

LCD off? No Check PROXI_SDA / SCL output & Prox_out

No

Change the Proximity Sensor U700

No Work well?

No

Chang the main board

Yes END

Measurement VREG_MSMP_2.6V VREG_PROX_2.6V PROX_OUT PROX_COM_I2C_SCL / SDA


͑

- 127 -


4. TROUBLE SHOOTING

VREG_MSMP_2.6V

VREG_PROX_2.8V

R701

4.7Kohms PROX_COM_I2C_SCL PROX_COM_I2C_SDA

R700

R702

4.7Kohms 8

TP1

7

TP2

6 5

SCL

LEDA

SDA

LEDC

VIO

VCC VOUT

GND

1u



͑

R703 10

2

C705 10u

3 4

PROX_OUT

TP3

C707

͑

10

U700 1

- 128 -

C708

C709

0.1u

4.7u


4. TROUBLE SHOOTING

4.15 Motion Sensor on/off trouble Motion Sensor is worked as below : Accelerometer Sensor function On Î Tilt the phone (90˚) Î The screen is had rotated automatically.

START

Accelerometer Sensor function On

Tilt the phone

Yes

The screen is ratated No MOTION_INT output

No


Yes Check mation_I2C_SDA / SCL output

No

Change the Motion Sensor U503

Yes Work well?

No


Yes END Measurement VREG_MSMP_3.0V MOTION_INT MOTION_I2C_SDA / SCL

͑

Copyright © 2010 LG Electronics. Inc. All right reserved. ͽ͸Ͷ͑ͺΟΥΖΣΟΒΝ͑ΆΤΖ͑΀ΟΝΪ͑ Only for training and service purposes

͑

- 129 -


4. TROUBLE SHOOTING

0.1u

VREG_MOTION_3.0V

C541

INT1

NC2

RESERVED1 INT2

8

SCL_SPC GND1

1 2 3 4 5

TP2

TP3


͑

R519

R518

16

15

NC1

CS

9

VDD_IO

GND2

MOTION_I2C_SCL

6

10

GND4

VDD

TP1

GND3

SDA_SDI_SDO

MOTION_INT

11

SDO_SA0

12

7

13

RESERVED2

14

U503

2.2K

2.2K

C540

10u

- 130 -

MOTION_I2C_SDA


4. TROUBLE SHOOTING

4.16 Com Sensor on/off trouble Com Sensor is worked as below : Com Sensor function On

START

Com Sensor function On

Chang the position of thr phone

Yes

The direction is correct? No Check the COM_DRDY & PROX_COM_I2C_SDA / SCL output

No

Change the Com Sensor U1

Yes Work well?

No

Chang the main board

Yes END

Measurement VREG_MSMP_2.6V VREG_MOTION_3.0V PROX_COM_I2C_SCL / SDA COM_DRDY


͑

- 131 -


4. TROUBLE SHOOTING

VREG_MOTION_3.0V

C704

VREG_MSMP_2.6V

10n

C706 470n



͑

DVDD DRDY

11

ADDR


TP1 10

9

8

PROX_COM_I2C_SCL

INT

VPP

7

͑

1 SDA

NC1 GNDS

6

VREG

5

2

AVDD

SCL

TP2 12

TP3

4

GNDA

3

U1

- 132 -


4. TROUBLE SHOOTING

4.17 Q coin Motor Q coin Motor is worked as below : touch touch-window Î Vibration U601 : Used the PWM pulse

START

Reboot

Work well?

Yes

END

No Output of U602 OK? (L42-L18)

Yes

Change the Q coin Motor(VB700)

No VREG_MOTOR_3.3V(C624) is 3.3V? LIN_PWM_FREQ(U602)is working?

Yes

Check an U602 SMT status by X-ray, Exchange it

No Check SW

Measurement VREG_MOTOR_3.3V LIN_PWM_FREQ MTR_N_2sub/MTR_P_2sub

Measurement VREG_MOTOR_3.3V LIN_PWM_FREQ MTR_N_2sub/MTR_P_2sub


͑

- 133 -


4. TROUBLE SHOOTING

VREG_MOTOR_3.3V

VREG_MOTOR_3.3V

R612 U602

C1

LIN_PWM_FREQ

B1

R614

R615

R616

4.7Kohms

1K

1%51K

C2

1%51K

C3

TP2 B

1%

R617

C OUT

100K

1%

BY

GND

_SHUTDOWN

VO-

IN+

VO+

IN-

VDD

MTR_P_2sub

A1 B3

TP1

MTR_N_2sub

A3

Q600

IN

R618 E

GND

R619

1% C623

1K

C625

1% 100K 10n

C624 0.1u

MTR_P_2sub

L3

15n

L1

MTR_N_2sub

15n

0.1u

VB700

TP4 TP3

2

VA3

1 VA4


B2

- 134 -


4. TROUBLE SHOOTING



- 135 -


5. 5.

5.

LG-P500

LG-P500

LGE Internal Internal Use LGE Use Only Only

136 ---164

Copyright © 2010 Electronics.Inc. Inc.All Allright rightreserved. reserved. Copyright © 2010 LGLG Electronics. Only trainingand andservice servicepurposes purposes Only forfor training

5.5.

LG-P500

LG-P500

LG-P500

Copyright © 2010 reserved. Copyright 2010LG LGElectronics. Electronics.Inc. Inc.AllAllright right reserved. Only for training training and Only andservice servicepurposes purposes

137 ---165

LGEInternal InternalUse UseOnly Only LGE

5.

LG-P500

LG-P500

LGE Internal Internal Use UseOnly Only

138 -- 166


5.5.

LG-P500

LG-P500

LG-P500


139 ---167


5.

LG-P500


140 -- 168


5.5.


141 ---169


5.


142 -- 170


5.5.


143 ---171


5.


144 -- 172


5.5.


145 ---173


5.

LG-P500 LG-P500

LG-P500

LG-P500 LG-P500

LG-P500

LG-P500 LG-P500


146 -- 174


5.5.

LG-P500

LG-P500

LG-P500

LG-P500

LG-P500


LG-P500

LG-P500

147 ---175


5.

LG-P500

LG-P500

LG-P500 LG-P500


148 -- 176


6. BLOCK DIAGRAM

6. BLOCK DIAGRAM System HW Block Diagram 3.2" HVGA 320*480

All System

MDDI Interface

MDDI Interface

Capacitive Touch (Melpas + LGIT)

TOUCH INT

LCD Backlight IC AAT2862

BL I2C BL_I2C

BT_UART BT PCM BT_PCM WLAN_SDIO LINE_L& R

TOUCH I2C

FM_L&R

PRX_IQ RF I/F DRX_IQ SBDTTransceiver

TX_IQ, Q, PRX_IQ Q DRX_IQ GPIO59

Fuel Gauge

EBI2 (NAND)

MT29C4G96MAZAPCJA-5 IT

MIC

MIC

CAM I/F

CAM 3M

RTR_TRK_LO_ADJ

CAM_I2C

Digital Com MOTION Sensor

Back Key

EAR1_OP&ON

RCV_P & N

LINE_ON&OP

LINE_OP, LINE_ON HPH_R, HPH_L AUDIO_I2C

COM_I2C COM_INT

(AMI304)

HPH_L&R GPIO_27

MOTION_I2C MOTION INT MOTION_INT

(KR3DM)

Send Key

PROX_I2C

QTKEY_I2C Key COL, Key ROW

Home Key Menu Key

MMC

I2C

MUIC_I2C UART3

MUIC

UART3 USBPHY

I2C

USIM GPIO106 HKAIN2 GPIO24 GPIO25 RESIN_N

GPIO36 ~ 38

Volume Key 5piin_USB Connector

LIN_PWM_FREQ

GPIO_28

MSM7227

AMUX_OUT PM_INT_N PS_HOLD

JTAG

USBH DM & DP

Array TP

Main Board


REMOTE_PWR_ON JTAG(TCK,TDI,TDO…) UART3_TX/RX

TCXO_RTR_19.2MHz TCXO_PM_19.2MHz

TCXO_19.2MHz (Kyocera)

SPK_RCVP, N

Audio Sub

WM9093ECS-R

Speaker & R Receiver i 3.5 pi Earjack

EAR_L, R

TCXO_IN

PWR/End Key

KPD_PWR_N

USIM SBDT_SSBI

SIM

AMUX_OUT

USIM

MSM_INT_N PS_HOLD

PM7540 MPP3,4

(TS5USBA)

GPS

Q-Motor (WHVM-1030Q10)

(GP2AP002S00F)

PMIC_SSBI

FEM

GPS

Prox Sensor USIM I/F

FM

(SKY77544)

(RTR6285) TCXO

(MAX17040G)

EBI1 (DDR)

DDR SDRAM(4G) NAND FRESH (4G)

M(Micron)

F_CLK_IN LBEH19UNBC-338 CLK_REQ GSM & WCDMA

TCXO_ 26MHz

FUEL_I2C

BT & Wi-Fi

Bluetooth v2.1 Wi-Fi 802.11b/g FM Radio FM_L&R

KPD_DRV_N

Backlight_Key

Key LED

PON_RESET_N

JTAG_PS_HOLD nJTAG_RESOUT

JTAG CONN.

Sub FPCB

- 149 -


6. BLOCK DIAGRAM

System HW Block Diagram

RF VCTCXO VCTCXO 19.2MHz 19.2MHz

PM7540 PM7540

SBDT_SSBI

+ Vbatt

VCONT

PMIC_TCXO

VBATT

GPS_MODE

GSM_PA_RAMP VAPC

LNA LNA

Diplexer SAW LNA Filter

FRONT END MODULE SKY77544

RFINH


PA_ON0

WCDMA WCDMA Dual Dual PAM PAM


GPS_IN

TX SAW LNA FILTER PA_ON1

VMODE0


WCDMA900 TX

RX3 RX2 RX1


HB_RF_OUT3

RFOUTH


WPRXLBP WPRXLBN

GCELL_INP GCELL_INN EGSM_INP EGSM_INN DCS_INP DCS_INN GPCS_INP GPCS INN GPCS_INN

GSM850 EGSM900

DCS/PCS

MSM7227 PA_ON1

PA_R1

G850/900

SSBDT_RTR TX_ON

GPS_Mode

HB_RF_OUT2 PDET_IN

HB_RF_OUT1


SBDT RF_ON

RTR6285

LB_RF_OUT1


TCXO

PA_ON0

DCS1800 PCS1900

TX IQ TX_IQ

GPIO57 GPIO22 PA_ON0

TX IQ TX_IQ

PRX_IQ

PRX_IQ

DRX_IQ

DRX_IQ

DAC_IREF

DAC_IREF ANT_SEL0/1/2/3

CTRL0/1/2/3


WPRXSE2 WPRXLBP WPRXLBN LB_RF_OUT2

LB_RF_IN HB_RF_IN RX4

W2100_DRXHB2 W2100 DRXHB2 WB_MX_INP WB_MX_INM WPRXSE2_OUT


WCDMA2100 TX

L_OUT L OUT VMODE1

External WCDMA Dual LNA RFINMPAM RFOUTM

TCXO_EN TRK LO ADJ TRK_LO_ADJ TCXO PMIC_SSBI PA_POWER_CTL PA_R0

- 150 -


6. BLOCK DIAGRAM

LG-P500 WLAN/BT/FM Interface /,1(B/B,3 *3,2

)0B5

$8',2

)0B/

$8',2 )0B$17

:/$1B+267B:$.(83

:/$1B+267B:$.(83 :B:$.(B%

*3,2 *3,2 *3,2

MSM7 7227

*3,2>@ *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2 *3,2

6',2B&0'

:/$1B&/.

6',2B&/.

:/$1B5(*B21

5(*B21

:/$1B5(6(7B1

:/B567B1

:/$1B6',2>@

6',2>@

%7B8$57B7;'

%7B8$57B5;'

%7B8$57B5;'

%7B8$57B7;'

%7B8$57B&76

%7B8$57B567B1

%7B8$57B576

%7B8$57B&76B1

%7B5(6(7B1

%7B567B1

%7B3&0B6<1&

%7B3&0B6<1&

%7B3&0B',1

%7B3&0B287

%7B3&0B'287

6B&/.B,1

%7B3&0B,1

%7B3&0B&/.

SLEEP_CLK(LPO Clock: 32.768KHz)

PM7540

32.768KHz

%7B3&0B&/.

%7B:$.(83

%7B*3,2B

%7B+267B:$.(83


$17

LBEH19U UNBC

*3,2

:/$1B&0'

3.5볁넩 볁넩 3.5ø Ear Jack Ear Jack

FM_ANT (DUMDFN

/,1( 5 ,3 /,1(B5B,3

%7B*3,2B

- 151 -

)B&/.B,1

CLK IN CLK_IN

26MHz TCXO



- 152 -


7. CIRCUIT DIAGRAM

16

15

14

13

12

11

10

9

7

8

6

5

4

3

2

1

ANT1002

GND 3

ANT1003

COMMON

2

U1001

G

HIGH

LOW

LOW

LOW

LOW

LOW (X)

HIGH

DCS1800 RX

LOW

HIGH

LOW (X)

HIGH

GSM900 RX

HIGH

GSM850 RX

HIGH

LOW (X)

HIGH

HIGH

LOW

LOW (X)

HIGH

W2100

HIGH

LOW

LOW

LOW

W900(W850)

LOW

LOW

HIGH

LOW

W1700

HIGH

LOW

HIGH

LOW

1K R1019

36

VDDA2_3 VDDA2_4

PDET_IN

VDDA2_5

TX_RBIAS

VDDA2_6

WPRXSE1

VDDA2_7

WPRXSE2

VDDA2_8

RX_PCS_M

2

C1072

33p

3

L1018

3.9p

WB2100_MIX_INM

1.8n

5

C1073 DNI

R1021

C1080

2140MHz

DNI

DNI C1081

W2100 RX(2110 - 2170 MHz)

C1070 DNI

4

C1079 18p

L1021 5.6n

L1019

3.9p

RX TX

2 4 5

WB2100_MIX_INP

1.8n

ANT

GND1 GND2 GND3

GND6 GND5 GND4

ANT1006

C1091

1 4

47p

L1035 2.7n

L1031 DNI

OUT_NON

G G1

L1032 6.8n

L1034 DNI

2

L12

100p

OUT

IN

3

C1093 DNI

L1036

C1097 DNI

RX

2

GND1 GND2 GND3

GND6 GND5 GND4

WCDMA_2100_RTX

Near To LNA

5.6n

6

ANT

TX

5

L1028

FL1007

G2

ANT1005

Band I

R1025

3.3n

100p

8 9 7

L1020 DNI

L1022 10n

R1022

R1023

33

18

C1089

1 3

10u

to 12 Pin

9 8

Near

L1120 DNI

to 10

C1095

100p 100p

100p

33p

Pin

Near

C1104

2.2u

33p

1n

AWS DIVERSITY

3

EN

U1006 RREF

GS

VCC

6 5

C1120 R1030

10p 27K

33p

L9 10n

L1027

0.1u

1n

C1038

C1037

3 G3 4 1 OUT IN G2 G1 5 2

3.3n

1950MHz

C1088

E

15p

W2100 WCDMA_2100_TX_OUT C1092 1.5n

D

AWS_RXDIV_LNA_OUT

8 9

VCC

VGS

LNA_GAIN_CONTROL

RFINM

PGND

RFINH

BGA735L16RFOUTM U2

RFGNDM1

RFOUTH

RFGNDM2

RFOUTL

C23

10p

10n

L2

VREG_TCXO_2.85V

C24 22p

8.2n 3.3p C26

C

C1114 C1115 100p 100p

0603

DNI

B

17 16 15

R24

C10

1

C28 RX_WCDMA_2100

12p

3.3n

14

R12

L6 2.7n

DNI

C1130

100p

7

10p

L1045

4

7

C1121

R9

RX_WCDMA_1900_SE

DNI

C36 RX_WCDMA_900_P

1.5p

13

2

C1113 100p

RREF

2n

RFOUT

C27

VEN1

L1043

2140 MHz

C1129

A

6

RFIN

WCDMA_900_TX_OUT

1

0

2

10n

3

R14

VEN2

1

5.6p

2

897.5 MHz

NC

C20

11

DNI

10p

3

C1084

C1086 8.2n

to 1 Pin

C1103

0603 C1106 8.2n

0

C1119

5

W900

4.7n

PA_R1 PA_R0 PA_ON2

R10 0 12

C1127 L1044 3.6n

3 G3 4 IN OUT G1 G2 2 5

C1153

1

FL1006

C1087

C1102

VREG_TCXO_2.85V

5 1

IN

PA_ON0 C1096

C1929

100p

C13

RFINL

33p

L1026 22n

PA_ON1

OUT

G3 G2 G1

L1030 DNI

10

C1118

FL1005 4

12p

100p

DIVERSITY_LNA_EN

PGND

DIVERSITY_IN

F

C1077 10u

L1025

PA_R0 PA_R1

C1094

7

R19 FL1011

to 12 Pin

+VPWR_RF

RFGNDH2

B

H

C1099 0.1u

4

C1105 DNI

PinNear

C1076 330p

L1033 DNI

L1029 5.6n

GPS_IN

U1004

C1107 6.8p

to 4

1n

100p

5

Near

C1083

1 2 3 4 5 6 7 15


L1039

VDD

FIL_OUT

0.1u

C1163

3.3p

R18

L7

27K

5

C14

3.3n

4

G2 O2 IN 1 G1 O1

100p C1148 DNI

0

2

S_D

C1034

62

U1003

4

1K

GND

0.1u

61

14 13 12 11 10 9 8 16

6.8p

RFGNDH1

3

22 p

60

I

VREG_SMPS_2.1V|VSNS_RF_SMPS

VREG_MSMP_2.6V

C1078

R8

R1026

C1033

0.1u

22 p C1031

54

1

GPS_MODE

RF_IN

C

C1032

22 p

0.1u

C1029

C1030

22 p C1027

43

+2.1V

VREG_SMPS_2.1V

C1162 4.7u

37

L1130 27n

3

VREG_RF_2.7V

12 C1098 18p

C1028

0603

VSNS_RF_SMPS

C1064 C1065 C1066 22p 100p 0.1u

R1163

6

12p

R1017

C12

1

FL1008

C1090

4

5

D

10

+VPWR_RF

Band VIII

LNA for the GPS

VDD_RX

1

27

C1075 0.001uF

PDET_IN

DIVERSITY_IN

0

FB2

25

Near


R1015

R1016

10

21

G

FL2

FL1003

G1 O1 IN G2 O2

1

VDDA2_12

0603

VDDA2 : Pin 1,7,8,21,25,27,37,43,54,60,61,62 = +2.1V VDC

8

GSM Quad WCDMA 6

33p

RX_WCDMA_2100_LNA_OUT RX_WCDMA_1900_LNA_OUT

C1069

C1071

VDDA2_11

7

C1160 4.7u

0603

VDDA1 : Pin 3,4,6,10,22,53 = +2.7V VDC

1

100p L1016 5.6n

L1017 2n

R1029 DNI

VDDA2_9 VDDA2_10

10

53

1608

38

VDDA2_2

GPS_IN

R1012

22

J

+2.7V

1

0.1u

0603

RX_WCDMA_1900_SE RX_WCDMA_2100

VDDA2_1

GPCS_INN

2.2

10u

1%

GPCS_INP

10

R1010

C1050

PCS(1930-1990 MHz)

L1013 12n

68

12K

VDDA1_6

6

0603C1049

R1018

VDDA1_5

DCS_INN

VREG_RF_2.7V

FB3

4

0.1u

PDET_IN

52

VDDA1_4 DCS_INP

DAC_REF

3

0603

L1014 DNI

42

VDDA1_3

C1063

6.8n

45

C1046 33p

EGSM_INN

67

0.1u

RX_PCS_P

VDDA1_2

0.1u

10

EGSM_INP

0603

C1062

C1042

5

VDDA1_1

GND

19

C1061

1842.5MHz,1960MHz

RX_PCS_P RX_PCS_M

8

NC DAC_IREF

GCELL_INN

17 18

0.1u

GND4

EUSY0344001

GCELL_INP

RX1_Q_P RX1_Q_M RX1_I_P RX1_I_M

16

C1060

GND3

GND2

WDRXHB2

15

TX_Q_M

0.1u

OUT_1960_2

GND1

WDRXHB1

13

0.1u

OUT_1960_1 IN_1960

44

DRX_IP DRX_IN

14

K

C1019 0603 68p

RX0_Q_P RX0_Q_M RX0_I_P RX0_I_M

12

C1058

3

47

DRX_QN WDRXLB

TX_Q_P

11

C1059

1 2

L1012 DNI

RX_DCS_M

5.6n

9

46

RX_DCS_P RX_DCS_M

C1040

6

DRX_QP

WPRXHBN

TX_I_M

0.1u

33p

40


7

WPRXHBP

0603

C1057

OUT_1842_5_2

PRX_IN

10n 10n 1n

4.7u

OUT_1842_5_1

PRX_IP

WPRXLBN

9

0.1u

IN_1842_5

WPRXLBP

24

C1056

FL1002 4

49

PRX_QP PRX_QN

C1013 C1015 C1018

5

C1055

33p

48

HB_RF_OUT3

C1010 0603 68p

65

1005

C1039

51

RX_GSM_900_P RX_GSM_900_M

DCS(1805-1880 MHz)

L1010 22n

L1011 0.5p

50

RX_GSM_850_P RX_GSM_850_M

HB_RF_OUT2

66

0.1u

39

VTUNE2

TX_I_P

63

0603

L1009 27n

WCDMA RX 2100 LNA Circuit

VDD_RX 0.1u

41

RX_DCS_P

5.6n

ANT_SEL3

HIGH

100p

33

VTUNE_GPS

64

C1053

ANT_SEL2

DCS1800/PCS1900 TX

C1068

32

VTUNE1

HB_RF_OUT1

0603

ANT_SEL1

LOW

C1067

31

LB_RF_OUT2

GPS_IN

LOW

0603

30

LB_RF_OUT1

L1015

HIGH

E

59

TX_QP TX_QN

Near To RTR

LOW

RX_WCDMA_1900_LNA_OUT

33p

RX_WCDMA_900_P RX_WCDMA_900_M RX_WCDMA_1700_P RX_WCDMA_1700_M

C1036

6.8n

ANT_SEL0

RX_WCDMA_2100_LNA_OUT

C1022

WCDMA_2100_TX_OUT

40

C1052

GSM850/GSM900 TX

F

58

AWS_RXDIV_LNA_OUT 22 21 20 19 18 17 16 15


ANTENNA SWITCH MODULE LOGIC(SKY77544)

PCS1900 RX

56

57

RX_GSM_900_M

4.7p


H

GSM(925-960 MHz)

L1007 18n

33p

TX_IN

SBDT

C1054 1005 4.7u

L1008 82n

C1017

TCXO

WB2100_MIX_INP WB2100_MIX_INM

1608

10u

4.7p

10

DCS_PCS_TX

TX_IP

RF_ON

VDDM

C1044 47p

C1043

1n 1n 1n 1n

RX_GSM_900_P

C1025

C1041

0603

C1045 C1047 C1048 C1051

GND4

C1023

5

44

U1002

9 10 11 12 13 14

0603

GND3

GND2

8

GSM_TX WCDMA_900_TX_OUT

RX_GSM_850_M

2.2p

55

33

2mm

+VPWR_RF


GND1

881.5MHz,942.5MHz

9

100p 100p

WB_MX_INP

29 30 31 32 33 34

91

11dB

91

R16

GSM900(880-915MHz)

R15

75

OUT_942_5_2

C1016

6


PGND7 PGND8 PGND9

GSM_TX

3

IN_942_5

7

2 20

C1011 C1012

WB_MX_INM

28 27 26 25 24 23

R7

2

OUT_942_5_1

35 36 37

R4

R5

7dB

130

PCS(1850-1910 MHz)

130

47

DCS(1710-1785 MHz)


1

L1006 DNI

WCDMA_900_RTX

GND11 GND10 GN D 9 GND8 GND7 GND6 1 2 3 4 5 6 7 8

MODE TEMP RX4 RX3 R X2 RX1

R6

GSM850(824-849MHz)

OUT_881_5_2

33p

WCDMA_2100_RTX

OUT_881_5_1

GSM(869-894 MHz)

29

2.2K

IN_881_5

L1005 18n

PGND

GSM_PA_RAMP

DCS_PCS_TX

I

4

33p

C1024 39p

J

FL1001

C1014

C1021

R1006

26

TX_ON RX_GSM_850_P TCXO_RTR_19.2MHZ RTR6285_SSBI

2.2p

28

L1004 18n

L1003 82n

23

L11 DNI

L1002 DNI

WPRXSE2_OUT

C1004

33p

WPRXSE1_OUT

0.0082uH

35

C1005

15p C1009

R1005 1p

34

C1003

1.5n C1007 56p

L

G4

ANT SW1001

R1004

K

4

G3 1

69

L

C1928 DNI

2

3

L4000 DNI FL1

942.5MHz

INTER_RX_SW_SEL_1

L8

A

22n

C37 RX_WCDMA_900_M

1.5p

INTER_RX_SW_SEL_2

16

15


14

13

12

11

10

9

8

- 153 -

7

6

5

4

3

2

1


7. CIRCUIT DIAGRAM

12

9

10

11

8

7

6

5

4

3

2

1

L

L

ARM9&ARM11 JTAG

nPON_RST

K

nJTAG_RESOUT

MODE[3:0] 0000 : Native, ARM9 on PJTAG, ARM11 on AJTAG 0001 : Native, ARM9 + ARM11 on PJTAG

K

MIC_BIAS

AMUX_OUT

HS_MIC

VBAT_SENSE; PM7540 (B3)mpp17

C207

330p

4

C210

330p

TCXO_PM_19.2MHZ TCXO_RTR_19.2MHZ

FFA Rev.C(220Ohm@100MHz) R208

VREG_MSMA_2.6V

220 C220

GPIO_0 GPIO_1 GPIO_2 GPIO_3 GPIO_4 GPIO_5 GPIO_6 GPIO_7 GPIO_8 GPIO_9 GPIO_10 GPIO_11 GPIO_12 GPIO_13 GPIO_14 GPIO_15 GPIO_16 GPIO_17 GPIO_18 GPIO_19 GPIO_20 GPIO_21 GPIO_22 GPIO_23 GPIO_24 GPIO_25 GPIO_26 GPIO_27 GPIO_28 GPIO_29 GPIO_30 GPIO_31 GPIO_32 GPIO_33 GPIO_34 GPIO_35 GPIO_36 GPIO_37 GPIO_38 GPIO_39 GPIO_40 GPIO_41 GPIO_42 GPIO_43 GPIO_44 GPIO_45 GPIO_46 GPIO_47 GPIO_48 GPIO_49 GPIO_50 GPIO_51 GPIO_52 GPIO_53 GPIO_54 GPIO_55 GPIO_56 GPIO_57 GPIO_58 GPIO_59 GPIO_60 GPIO_61 GPIO_62 GPIO_63 GPIO_64 GPIO_65 GPIO_66 GPIO_67 GPIO_68 GPIO_69 GPIO_70 GPIO_71 GPIO_72_GRFC_9 GPIO_73_GRFC_8 GPIO_74_GRFC_7 GPIO_75_GRFC_6 GPIO_76_GRFC_5 GPIO_77_GRFC_4 GPIO_78_GRFC_3 GPIO_79_GRFC_2 GPIO_80_GRFC_1 GPIO_81_GRFC_0 GPIO_82 GPIO_83 GPIO_84

AF24 AE25 AE24 AC22 AB22 AE21 AF23 AC21 AE23 AC23 AF22 AF21 AE20 AB21 AF20 AC20 AF9 U12 AE10 W9 AF10 AC11 AC12 Y12 AB12 W12 W13 AB13 Y13 U13 AC13 Y14 AC14 AE14 W14 AB15 AC15 Y15 AF15 AB16 AC16 W15 U15 AC2 AC3 AC6 AD2 L9 L3 L8 L2 AD3 AE3 AE4 AB7 AE2 AF4 U9 U8 U2 V2 V3 AB8 W8 Y9 V8 V9 AB9 V6 V5 W3 W5 AB17 Y16 AC17 AE17 W16 AF17 AC18 U16 Y17 AF18 AC19 Y18 M5

CAM_DATA[0] CAM_DATA[1] CAM_DATA[2] CAM_DATA[3] CAM_DATA[4]

R210

CAM_DATA[5] CAM_DATA[6] CAM_DATA[7] CAM_PCLK CAM_HSYNC CAM_VSYNC

R211

MUIC_I2C_SDA MUIC_INT

R209

33

USBH_SYSCLK

3

GPS D FLIP-FLOP

CAM_MCLK

47 C222

C223

DNI

7.5p

100K

H

VREG_TCXO_2.85V

PA_ON1 WLAN_REG_ON

U202

PM_INT_N PS_HOLD HS_MIC_BIAS_EN

1

TRK_LO_ADJ

AUDIO&MOTION_I2C_SCL LIN_PWM_FREQ EARJACK_SENSE

2

PMIC_TCXO

3

LNA_GAIN_CONTROL COM_DRDY KEY_COL[0] KEY_COL[1]

D

VCC

NC

GND

Q

6 5

Clesed to NC7SZ74L8X

4

R212

C225 33p

2K

G

RTR_TRK_LO_ADJ

C224

C226

0.1u

33n

KEY_COL[2] KEY_ROW[1] KEY_ROW[0] MOTION_INT DIVERSITY_LNA_EN REV.E_CHANGED_0517

ARM9&ARM11 JTAG

BT_WAKEUP

R26 0

BT_UART_RTS BT_UART_CTS BT_UART_RXD BT_UART_TXD MSM_USIM_CLK MSM_USIM_RST MICROSD_DET_N

F

VREG_MSMP_2.6V 17

MSM_USIM_DATA MMC_DATA[3] MMC_DATA[2] MMC_DATA[1] MMC_DATA[0] MMC_CMD MMC_CLK GPS_MODE

CN200

18

1

14

2

13

3

12

4

11

5

10

6

9

7

8

UART3_RX MSM_TCK MSM_TDI

MSM_TMS

JTAG_PS_HOLD

RTR6285_SSBI CAM_I2C_SCL CAM_I2C_SDA WLAN_CLK WLAN_CMD WLAN_SDIO[3] WLAN_SDIO[2] WLAN_SDIO[1] WLAN_SDIO[0] BT_PCM_DOUT BT_PCM_DIN BT_PCM_SYNC BT_PCM_CLK ANT_SEL3 ANT_SEL2 ANT_SEL1 ANT_SEL0

MSM_TRSTN

nJTAG_RESOUT

MSM_TDO

MSM_RTCK

E

UART3_TX C227

15

16

0.1u

MMC_COVER_DETECT INTER_RX_SW_SEL_2

NEST JIG

Array TP

2010.01.18 updated

INTER_RX_SW_SEL_1 LCD_BL_EN BT_HOST_WAKEUP FUEL_I2C_SCL

D

VBAT VCHG_VBUS UAT200 2.5G

UART3_RX

R216

1K

TP201

UART3_TX

R219

1K

TP202

UART3_RX UART3_TX REMOTE_PWR_ON

R215

100

R217

100

R218

100

1 2 3 4 5 6 7 8 9 10 11 12

TP203

REMOTE_PWR_ON

GND RX TX NC1 ON_SW VBAT NC2 NC3 NC4

3G GND RX TX VCHAR ON_SW VBAT PWR URXD UTXD

C

DSR RTS CTS

VA202

BT_RESET_N

4

GND

CAM_RESET_N CAM_PWDN MOTION_I2C_SCL MOTION_I2C_SDA

MUIC_I2C_SCL AUDIO&MOTION_I2C_SDA

I

VCC

U201

2

R220

FFA

0.1u

5 1

330p

10K

T8 M3

W6 W2 N2 N3 N6

PA_ON0 PA_RANGE0 PA_PWR_CTL PA_PWR_CTL_M GSM_BG_REF

TX_ON TX_AGC_ADJ

G3 G2 H3 H2 J3 J2 K3 K2

I_IP_CH0 I_IM_CH0 Q_IP_CH0 Q_IM_CH0 I_IP_CH1 I_IM_CH1 Q_IP_CH1 Q_IM_CH1

B11

R3 R2 P3 P2 R6

I_OUT_P I_OUT_N Q_OUT_P Q_OUT_N DAC_REF

LCDC_PCLK

AF11 AF12 AF13 AF14

MDDI_DATA_P MDDI_DATA_N MDDI_STB_P MDDI_STB_N

U3 M2 AA6

Y2 AA2 AA3 AB2 AB3 AB5

TDI TMS TRST_N TDO TCK RTCK

TCXO TRK_LO_ADJ SLEEP_CLK

3

TCXO_EN

10 0 K

TOUCH_Y1YD TOUCH_X2XL TOUCH_Y2YU TOUCH_X1XR

VCC

G5 G6 C4

DNI

Y 3 R 207 AB6 AC9 AE9 W11

WDOG_EN MODE_0 MODE_1 MODE_2 MODE_3

AB19 W 17

RESIN_N RESOUT_N

B13 B14 B15 C13 C14 E15 R206

USBPHY_SYSCLK USBPHY_DP USBPHY_DN USBPHY_ID USBPHY_VBUS USBPHY_REXT nWE2 nOE2 nUB2 nLB2 NAND_FLASH_READY

nNAND_FLASH_CS

C

OUT

GND

HKAIN0 HKAIN1 HKAIN2

PA_ON0 PA_R0 GSM_PA_RAMP

GSM_PA_DAC_REF

TX_ON

RX0_I_P RX0_I_M RX0_Q_P RX0_Q_M RX1_I_P RX1_I_M RX1_Q_P RX1_Q_M

TX_I_P TX_I_M TX_Q_P TX_Q_M DAC_REF

PMIC_TCXO TRK_LO_ADJ SLEEP_CLK

R203

MSM_TDI MSM_TMS MSM_TRSTN MSM_TDO MSM_TCK R200 MSM_RTCK

1 0K R201

10 K

1K R202

USBH_SYSCLK USBH_DP USBH_DM

VCHG_VBUS

HPH_R HPH_L C219 0 .1 u

F5 F6 H8

CCOMP MIC_BIAS HPH_VREF

MIC_1P MIC_1N

HS_MIC

LINE_OP LINE_ON RCV_P RCV_N

B9 C9 B10 C10 H9 H10 J10

LINE_OP LINE_ON EAR1_OP EAR1_ON AUXOUT HPH_R HPH_L

6040

MPM Port

MLCD_VSYNC_O

EBI2_DATA_15

VCONT

19.2MHz KT3225L19200DCW28RA0

C221

WLAN_HOST_WAKEUP WLAN_RESET_N TOUCH_INT TOUCH_I2C_SDA TOUCH_I2C_SCL LCD_BL_I2C_SDA LCD_BL_I2C_SCL UART3_TX UART3_RX FUEL_I2C_SDA

EBI2_DATA_0 EBI2_DATA_1 EBI2_DATA_2 EBI2_DATA_3 EBI2_DATA_4 EBI2_DATA_5 EBI2_DATA_6 EBI2_DATA_7 EBI2_DATA_8 EBI2_DATA_9 EBI2_DATA_10 EBI2_DATA_11 EBI2_DATA_12 EBI2_DATA_13 EBI2_DATA_14

F18 C18 C20 E20 H17 F20 B20 F21 B25 B18 H15 C16 B16 F17 J15 E17 J16

D

E23 D25 C25 B23 C23 D26 C26 F25 B24 E26 C24 C22 E21 C21 B22 B21

PA_R1

EBI2_DATA[0] EBI2_DATA[1] EBI2_DATA[2] EBI2_DATA[3] EBI2_DATA[4] EBI2_DATA[5] EBI2_DATA[6] EBI2_DATA[7] EBI2_DATA[8] EBI2_DATA[9] EBI2_DATA[10] EBI2_DATA[11] EBI2_DATA[12] EBI2_DATA[13] EBI2_DATA[14] EBI2_DATA[15]

LCD_RESET_N LCD_MAKERID_LOW

49.9

PA_ON2 PROX_OUT PROX_COM_I2C_SDA PROX_COM_I2C_SCL PMIC_SSBI TCXO_EN

R214

2

10n

GPIO_132 GPIO_131 GPIO_130 GPIO_129 GPIO_128 GPIO_127 GPIO_126 GPIO_125 GPIO_124 GPIO_123 GPIO_122 GPIO_121 GPIO_120 GPIO_119 GPIO_118 GPIO_117 GPIO_116 GPIO_115 GPIO_114 GPIO_113 GPIO_112 GPIO_111 GPIO_110 GPIO_109 GPIO_108 GPIO_107 GPIO_106 GPIO_105 GPIO_104 GPIO_103 GPIO_102 GPIO_101 GPIO_100 GPIO_99 GPIO_98 GPIO_97 GPIO_96 GPIO_95 GPIO_94 GPIO_93 GPIO_92 GPIO_91 GPIO_90 GPIO_89 GPIO_88 GPIO_87 GPIO_86 GPIO_85

nRESETOUT

C208

1.0T

L14 C11 J13 J14 H14 H13 F16 C15 AB20 AF19 AE19 E12 F11 F12 E11 J12 H12 J11 H11 B12 C12 F13 AF5 AF16 AF8 AE16 W10 T11 Y10 G26 M17 H18 H16 B17 C17 Y11 W18 AB18 R11 AE6 AC7 AF6 AC8 AF7 AE8 M9 M8 M6

nSDRAM_RAS nSDRAM_CAS

WIPER TS_LR TS_LL TS_UR TS_UL

E

D2 E2 E3 F2 F3

nSDRAM_CS0 nSDRAM_CS1 SDRAM_BA0 SDRAM_BA1 SDRAM_DQS0 SDRAM_DQS1 SDRAM_DQS2 SDRAM_DQS3 SDRAM_DQM0 SDRAM_DQM1 SDRAM_DQM2 SDRAM_DQM3

EBI2_CS0_N EBI2_CS1_N EBI2_CS4_N EBI2_CS5_N EBI2_CS6_N EBI2_CS7_N EBI2_CLK EBI2_WE_N EBI2_OE_N EBI2_UB_N EBI2_LB_N EBI2_BUSY0_N

nSDRAM_WE

1

100

VA201

EBI1_CKE0 EBI1_CKE1 EBI1_DCLK EBI1_DCLKB EBI1_WE_N EBI1_CS0_N EBI1_CS1_N EBI1_BA_0 EBI1_BA_1 EBI1_DQS_0 EBI1_DQS_1 EBI1_DQS_2 EBI1_DQS_3 EBI1_DM_0 EBI1_DM_1 EBI1_DM_2 EBI1_DM_3 EBI1_RAS_N EBI1_CAS_N EBI1_RESOUT_N EBI1_CAL

R205

Clesed to TCXO

J

0.1u

VA200

T19 R19 W26 W25 AB23 U20 U19 AC25 V19 U26 P20 L25 H26 V26 N25 M20 J25 T20 N17 AD26 W20

RTR_TRK_LO_ADJ

VA205

SDRAM_CKE0 SDRAM_CKE1 SDRAM_DCLK0 SDRAM_DCLK1

U200

X200

VA204

EBI1_ADR_0 EBI1_ADR_1 EBI1_ADR_2 EBI1_ADR_3 EBI1_ADR_4 EBI1_ADR_5 EBI1_ADR_6 EBI1_ADR_7 EBI1_ADR_8 EBI1_ADR_9 EBI1_ADR_10 EBI1_ADR_11 EBI1_ADR_12 EBI1_ADR_13

VREG_TCXO_2.85V C206

C205

1n

VA203

V20 AA26 W23 Y22 T17 Y23 Y26 AA25 AA23 AB25 AB26 V23 AC26 W22

2.2n

TP200

F23 F22 H23 J17 J18 H20 F26 H19 B19 C19 L16 G25

F

SDRAM_ADDR[0] SDRAM_ADDR[1] SDRAM_ADDR[2] SDRAM_ADDR[3] SDRAM_ADDR[4] SDRAM_ADDR[5] SDRAM_ADDR[6] SDRAM_ADDR[7] SDRAM_ADDR[8] SDRAM_ADDR[9] SDRAM_ADDR[10] SDRAM_ADDR[11] SDRAM_ADDR[12] SDRAM_ADDR[13]

EBI2_ADR_2 EBI2_ADR_3 EBI2_ADR_4 EBI2_ADR_5 EBI2_ADR_6 EBI2_ADR_7 EBI2_ADR_8 EBI2_ADR_9 EBI2_ADR_10 EBI2_ADR_11 EBI2_ADR_12 EBI2_ADR_13 EBI2_ADR_14 EBI2_ADR_15 EBI2_ADR_16

G

EBI2_ADR_0 EBI2_ADR_1

H

EBI1_DQ_0 EBI1_DQ_1 EBI1_DQ_2 EBI1_DQ_3 EBI1_DQ_4 EBI1_DQ_5 EBI1_DQ_6 EBI1_DQ_7 EBI1_DQ_8 EBI1_DQ_9 EBI1_DQ_10 EBI1_DQ_11 EBI1_DQ_12 EBI1_DQ_13 EBI1_DQ_14 EBI1_DQ_15 EBI1_DQ_16 EBI1_DQ_17 EBI1_DQ_18 EBI1_DQ_19 EBI1_DQ_20 EBI1_DQ_21 EBI1_DQ_22 EBI1_DQ_23 EBI1_DQ_24 EBI1_DQ_25 EBI1_DQ_26 EBI1_DQ_27 EBI1_DQ_28 EBI1_DQ_29 EBI1_DQ_30 EBI1_DQ_31

TCXO Circuit

C204

2 .2 K

C218

C217

0.1u

R204

FM_L

FM_R

1uF 0.1u 1uF 0.1u 0.1u 0.1u 0.1u C213

C212

C215

C216

C214

C211

B5 B6 C5 C6 B7 C7 E7 F7 E8 F8 U22 U23 U25 T22 T23 R20 R23 R22 T26 R25 P19 R26 P26 N20 N19 N26 M23 M22 M26 L26 M19 L20 L23 L19 L22 K26 K19 J22 J23 J20 K20 J26

SDRAM_DATA[0] SDRAM_DATA[1] SDRAM_DATA[2] SDRAM_DATA[3] SDRAM_DATA[4] SDRAM_DATA[5] SDRAM_DATA[6] SDRAM_DATA[7] SDRAM_DATA[8] SDRAM_DATA[9] SDRAM_DATA[10] SDRAM_DATA[11] SDRAM_DATA[12] SDRAM_DATA[13] SDRAM_DATA[14] SDRAM_DATA[15] SDRAM_DATA[16] SDRAM_DATA[17] SDRAM_DATA[18] SDRAM_DATA[19] SDRAM_DATA[20] SDRAM_DATA[21] SDRAM_DATA[22] SDRAM_DATA[23] SDRAM_DATA[24] SDRAM_DATA[25] SDRAM_DATA[26] SDRAM_DATA[27] SDRAM_DATA[28] SDRAM_DATA[29] SDRAM_DATA[30] SDRAM_DATA[31]

LINE_R_IP LINE_R_IN LINE_L_IP LINE_L_IN MIC1P MIC1N MIC2P MIC2N AUXIP AUXIN

I

VREG_MSMP_2.6V

R213

51 C200

VREG_MSMP_2.6V

GND|MIC_1N (MIC_1N)

J


C203 22u

0.1u

D201

47p

D200

47 p

VREG_MSMA_2.6V

C201C202

B

B

A

A

12


11

10

9

8

7

6

- 154 -

5

4

3

2

1


7. CIRCUIT DIAGRAM

12

9

10

11

8

7

6

5

4

3

2

1

K VREG_MSMA_2.6V USB_3.3V

VREG_AUX2_2.9V

IF YOU USE LCDC : P8 - 1.8V

E16

DNI

100K

C302

R300

DQ4 DQ5

VDD_P1_1 VDD_P1_2 VDD_P1_3 VDD_P1_4 VDD_P1_5 VDD_P1_6

K25

VDD_P2_1 VDD_P2_2 VDD_P2_3

E22

VDD_P3_1 VDD_P3_2 VDD_P3_3 VDD_P3_4 VDD_P3_5 VDD_P3_6

T5

VDD_P4_1 VDD_P4_2

AD25

VDD_P7_1 VDD_P7_2

E10

M25

B8

VREG_MSME_1.8V

D1

VSNS_MSMC2_1.25V

H1 H10

VREG_MSME_1.8V

REV.C_0408_CHANGED

VSNS_MSME_1.8V

P8 M1 B9

0

P25

C1

T25

H9

V25

J1 P9

Y25

M2 E25

J10

VREG_MSME_1.8V

H25

K9 M10

VREG_MSMP_2.6V

Y5

L9

AE7

N9 C9

AE11

D10

AE15

E9 F10

AE18

G9 J9

AE22

K10 L10 M9

L5

N10 C10 D9 E10 F9

DQ12 DQ13

VDD6

DQ14

VDD1

DQ15

VDD2

DQ16

VDD3

DQ17

VDD4

DQ18

VDD5

DQ21

VSS1

DQ22

VSS2

DQ23

VSS3

DQ24

VSS4

DQ25

VSS5

DQ26 DQ27

VDDQ0

DQ28

VDDQ1

DQ29

VDDQ5

DQ30

VDDQ3

DQ31

VDDQ4 VDDQ2

CS0#

VDDQ7

CS1#

VDDQ6

CK

VDDQ8

CK#

L2 L3 C2 D2 E1 D3 E2 D4 K3 F2 F1 M3 J3 K2 L4 L5 L6 L7 K8 L8 K7 K5 K6 G7 J6 J5 H6 H5 J4 G3 G4 F4 E4 F5 H3 H4 E6 F7 F6 D5 E8 D6 D8 D7 C8 C7 J2 F3 G8 H8

SDRAM_ADDR[0] SDRAM_ADDR[1] SDRAM_ADDR[2] SDRAM_ADDR[3] SDRAM_ADDR[4] SDRAM_ADDR[5] SDRAM_ADDR[6] SDRAM_ADDR[7] SDRAM_ADDR[8] SDRAM_ADDR[9] SDRAM_ADDR[10] SDRAM_ADDR[11] SDRAM_ADDR[12] SDRAM_ADDR[13] SDRAM_BA0 SDRAM_BA1

H

SDRAM_DATA[0] SDRAM_DATA[1] SDRAM_DATA[2] SDRAM_DATA[3] SDRAM_DATA[4] SDRAM_DATA[5] SDRAM_DATA[6] SDRAM_DATA[7] SDRAM_DATA[8] SDRAM_DATA[9] SDRAM_DATA[10] SDRAM_DATA[11] SDRAM_DATA[12] SDRAM_DATA[13] SDRAM_DATA[14] SDRAM_DATA[15] SDRAM_DATA[16] SDRAM_DATA[17] SDRAM_DATA[18] SDRAM_DATA[19] SDRAM_DATA[20] SDRAM_DATA[21] SDRAM_DATA[22] SDRAM_DATA[23] SDRAM_DATA[24] SDRAM_DATA[25] SDRAM_DATA[26] SDRAM_DATA[27] SDRAM_DATA[28] SDRAM_DATA[29] SDRAM_DATA[30] SDRAM_DATA[31]

G

F

nSDRAM_CS0 nSDRAM_CS1 SDRAM_DCLK0 SDRAM_DCLK1

VDDQ9 VSSQ0

CKE0

VSSQ1

CKE1

VSSQ2

WE#1

VSSQ3

RAS#

VSSQ4

CAS#

VSSQ5

DM0

VSSQ6

DM1

VSSQ7

DM2

VSSQ8

DM3

E3 B2 K1 G2 H2 J8 G6 F8 E7

SDRAM_CKE0 SDRAM_CKE1 nSDRAM_WE nSDRAM_RAS nSDRAM_CAS SDRAM_DQM0 SDRAM_DQM1 SDRAM_DQM2 SDRAM_DQM3

E

VSSQ9

USBH_SYSCLK USBH_DP USBH_DM


B1

VREG_MSMC1_1.25V

DQ19 DQ20

VSS8

NC4

G10

VSS7

L1

DQS0

AC10

VREG_MSMC2_1.25V

DQ11

DQS1

VDD_MDDI

AE12

R303

VSS6

DQS2

AC5

DQ10

DQS3

Y8

VDD_C2_1 VDD_C2_2 VDD_C2_3

P6

U301

DNU6

AF26

DQ8 DQ9

K4

J7

C5

AF3 AF25

VCC1 VCC2

G5

N5

DNU4

AF2

DQ7

DNU5

B5

AG7

AG6

AG5

AG4

AG3

AG27

AG26

AG25

AG24

AG23

AG22

AG21

AG20

AG2

AG19

AG18

AG17

AG16

AG15

AG14

AG13

AG1

AF1

AG12

AG11

AG10

AF27

AE27

AE1

AD1

AC1

AB1

AD27

AC27

AB27

AA27

AA1

A27

A26

A25

A24

A23

A22

A21

A20

A19

A18

A17

A16

A15

A14

A13

A12

A11

A10

A9

A8

A7

A6

A5

A4

A3

A2

DQ3

WP# R_B#

H7

F14

AA5

VDD_SNS_C1 VDD_SNS_C2

N11

H22

R29

VDD_P10

RSVD1 RSVD2

N5

E18

E13

Y27

Y1

W27

T9

U5

RTR6285_SSBI

W1

T27

V27

R27

V1

U27

U1

T1

GSM_PA_RAMP SDRAM_DATA[15]

TRK_LO_ADJ SDRAM_DATA[18]

SDRAM_DATA[25]

SDRAM_DATA[12] R1

P27

P1

N27

M27

M1

L27

L1

N1

K27

K1

H27

H1

J27

J1

G27

G1

F27

F1

D1

C1

B27

E1

D 27

B1

AG9

C27

0

VREG_MSME_1.8V

AE26

R304

A1

E

DQ2

ALE

DQ6

NC_1 NC_2 NC_3 NC_4 NC_5 NC_6 NC_7 NC_8 NC_9 NC_10 NC_11 NC_12 NC_13 NC_14 NC_15 NC_16 NC_17 NC_18 NC_19 NC_20 NC_21 NC_22 NC_23 NC_24 NC_25 NC_26 NC_27 NC_28 NC_29 NC_30 NC_31 NC_32 NC_33 NC_34 NC_35 NC_36 NC_37 NC_38 NC_39 NC_40 NC_41 NC_42 NC_43 NC_44 NC_45 NC_46 NC_47 NC_48 NC_49 NC_50 NC_51 NC_52 NC_53 NC_54 NC_55 NC_56 NC_57 NC_58 NC_59 NC_60 NC_61 NC_62 NC_63 NC_64

U6

CLE

DNU3

T3 T6

DQ0 DQ1

E5

R9

RE# WE#2

DNU2

P8

CE#

R10

N9 P5

BA0 BA1

DNU0

K8

IO14 IO15

DNU1

J9

A13

R9

H6 J8

IO13

R1

H5

A12

R2

F

IO12

RFU2

E5 E9

A10 A11

LOCK

D3

IO10 IO11

AB11

0

GND_A1 GND_A2 GND_A3 GND_A4 GND_A5 GND_A6 GND_A7 GND_A8 GND_A9 GND_A10 GND_A11 GND_A12 GND_A13 GND_A14 GND_A15 GND_A16

A9

A10

B8

C6

IO9

RFU1

AE13

C3

A8

A9

AE5

Y20

A6 A7

IO8

DNU

AB14

B4 C4

nRESETOUT NAND_FLASH_READY

W19

B7

A5

IO6 IO7

A2

Y19 AA22 AB10

U11 U17

B3

A3 A4

IO5

NC6

Y6

P23

B6

TP301 TP302

IO3 IO4

P1

U14 V22

N23

N8

A2

P10

T16

L17 M11

M7

A1

IO2

G1

T14 T15

L12

P5 N7

A0

IO1

M4

G

T13

K23

P4

IO0

B10

T12

J19 K9

P3 N4

4.7u

R16 R17

G23

P2

C 308

R15

0

N6 M8

2.2u

R14

U200

C2 E19

P7 M6

C314

R12 R13

VSNS_MSMC1_1.25V

2.2u

P22

VREG_MSMC1_1.25V

R301

B26

N3

C307

P16 P17

B3

N2

2.2u

P15

T2

N1

M5

C312

P14

I TP300

EBI2_DATA[0] EBI2_DATA[1] EBI2_DATA[2] EBI2_DATA[3] EBI2_DATA[4] EBI2_DATA[5] EBI2_DATA[6] EBI2_DATA[7] EBI2_DATA[8] EBI2_DATA[9] EBI2_DATA[10] EBI2_DATA[11] EBI2_DATA[12] EBI2_DATA[13] EBI2_DATA[14] EBI2_DATA[15] nNAND_FLASH_CS nOE2 nWE2 nUB2 nLB2

1uF

P12 P13

R8

C313

P11

P9 R5

1uF

P6

N8

0.1u

H

N16 N22

K5 K6

C306

N15

B2

J6

C 305

N13 N14

VDD_C1_1 VDD_C1_2 VDD_C1_3 VDD_C1_4 VDD_C1_5 VDD_C1_6 VDD_C1_7 VDD_C1_8 VDD_C1_9 VDD_C1_10 VDD_C1_11 VDD_C1_12 VDD_C1_13 VDD_C1_14 VDD_C1_15 VDD_C1_16 VDD_C1_17 VDD_C1_18 VDD_C1_19 VDD_C1_20 VDD_C1_21 VDD_C1_22 VDD_C1_23 VDD_C1_24

J5

1uF

N12

E6 F9

10n

M16

C8

0.1u

M14 M15

VREG_MSMA_2.6V

C311

M13

C3

C310

M12

VREG_MSME_1.8V

VDD_A1 VDD_A2 VDD_A3 VDD_A4 VDD_A5 VDD_A6 VDD_A7 VDD_A8 VDD_A9 VDD_A10 VDD_A11 VDD_A12 VDD_A13

C309

L13 L15

0.1u

100K

L6

0.1u

C301

R302

G22 K22

GND1 GND2 GND3 GND4 GND5 GND6 GND7 GND8 GND9 GND10 GND11 GND12 GND13 GND14 GND15 GND16 GND17 GND18 GND19 GND20 GND21 GND22 GND23 GND24 GND25 GND26 GND27 GND28 GND29 GND30 GND31 GND32 GND33 GND34 GND35 GND36 GND37 GND38 GND39 GND40 GND41 GND42 GND43 GND44 GND45 GND46 GND47 GND48 GND49 GND50

C300

VDD_USBPHY_2P6 VDD_USBPHY_3P3

I

F19

VDD_QFUSE_PRG

F15

M (4G NAND FLASH +4G DDR SDRAM) J

VDD_P8

B4 E14 F10

NC_65 NC_66 NC_67 NC_68 NC_69 NC_70 NC_71 NC_72 NC_73 NC_74 NC_75 NC_76 NC_77 NC_78 NC_79 NC_80 NC_81 NC_82 NC_83 NC_84 NC_85 NC_86 NC_87 NC_88 NC_89 NC_90 NC_91 NC_92 NC_93 NC_94 NC_95 NC_96 NC_97 NC_98 NC_99 NC_100 NC_101 NC_102 NC_103 NC_104

AG8

J

E27

EBI2_DATA[9]

For Artwork

VDD_P9

MSM7227 Power Part

VREG_MSMP_2.6V

K VREG_MSME_1.8V

L

VREG_MSME_1.8V

L

SDRAM_DQS3 SDRAM_DQS2 SDRAM_DQS1 SDRAM_DQS0

2010.01.25 updated

D

D

Cap for MSM7227 Power

C

10n

1n C342

10u

0.1u C341

0.1u

C340

C339

1n C337

C338

10n C336

1608

0.1u

1n C332

C335

10n C331

10u

0.1u C330

VREG_MSMP_2.6V

C333

0.1u C329

1608

1n C328

VREG_MSMA_2.6V

10u

1608

0.1u

VREG_MSME_1.8V

C326

1n

0.1u C322

1 0u

10n C320

0.1u

1n C319

1608

10n C318

C325

1n C317

C324

10n

C323

22u

1608

C316

VREG_MSMC2_1.25V

C315

FFA Rev.D 10u -> 22u

VREG_MSMC1_1.25V

C327

C

B

B

A

A

12

11


10

9

8

7

6

- 155 -

5

4

3

2

1


7. CIRCUIT DIAGRAM

12

9

10

11

8

7

6

5

4

3

2

1

L

L

MUIC K

K

+VPWR VCHG_VBUS

u-USB Connector

C400

0.1u

0.1u

22p

6

B1

5

MIC DSS _INT

C405

C403

CLDO

SDA SCL

4 3

C48

GND

Q400

0.1

R400

ISNS_M

D1

1%

C1

1 2 3 4

A4 C2 B3

+VPWR VBAT

MUIC_INT

A2 D2

2mm

4.7K

COLLECTOR

EMITTER BASE

DRAIN

NC2 GATE

+VPWR_RF

C407 100u

CHG_CTL_N BATT_FET_N

C408 10n

1608 10V

C409

1608

10.04.08 Changed Rev.C

COLLECTOR_B

SOURCE

2mm

10 9 8 7 6 5

DRAIN_B NC1

+VPWR_RF|+VPWR

MUIC_I2C_SDA MUIC_I2C_SCL

B2

J

VCHG_VBUS

USBH_DM USBH_DP

E4

10n

I

ISNS_P

D4

R405

P3

AUDIO_L AUDIO_R

UART3_TX UART3_RX

C3

R404

P1

IC1

R2_2K

C4

B4

P4

2.2K A3

R401

4

5 P5

1

P2

USB_DM

ISET

2

IC2

UART_TX UART_RX

DP ID

USB_DP

A1

P6

6

FL1013

1u

ZD400

D400

C402 22p

IC1 OVLO

8

C404

9 10 11

3

OUT1 OUT2

DM

R403

USB_ID

5

IN1 IN2

VBUS

2K

2

E3 D3

USB_ID

2K

OUT

E2

MAX_DM MAX_DP

2mm

7

10u

2009.11.16 changed

4.7Kohms

4

IN

1

GND1 GND2

MAX_DM MAX_DP

3

U400

2mm

1u

2

1

GND

1

PGND

FL400

VBUS 2mm

8

9

7

R20

6

VSUPPLY

E1

VCHG_VBUS

CN4

J

Battery Charging Circuit

C401

TA OVP Circuit

REV.E_CHANGED_0517

I

VREG_MSMP_2.6V

SC2 1

H

H

G ISNS_P ISNS_M Trace Can Handle 80mA

C418 C419

VCOIN

C420 C422

HKAIN0 : PCB Revision Check ADC REV

R1

A&F

150K

10K

0.16V

B&G

150K

47K

0.62V 0.81V

C&H

R2

VREG_RFRX2 VREG_RFTX

USB_D_M

VREG_RUIM1

USB_OE_N

VREG_SYNT

USB_DAT

VREG_TCXO

USB_SE0

VREG_USB VREG_WLAN

SBST

MIC_BIAS

SBCK SBDT_SSBI

REF_ISET

MSM_INT_N

REG_GND REF_BYP

SPKR_IN_L_M SPKR_IN_L_P

TCXO_IN

SPKR_OUT_L_M

TCXO_EN

SPKR_OUT_L_P

TCXO_OUT

SPKR_IN_R_P SPKR_IN_R_M

XTAL_IN

SPKR_OUT_R_P

XTAL_OUT

SPKR_OUT_R_M SLEEP_CLK VIDEO_IN

AMUX_OUT

VIDEO_OUT VIB_DRV_N

KPD_PWR_N

KPD_DRV_N

PON_RESET_N

LCD_DRV_N

PS_HOLD

A12 A13 C13 H12 D9 G10

150K

68K

D&I

150K

100K

1.04V

E&J

150K

150K

1.30V

150K

300K

1.73V

Rev.1.1

150K

430K

1.93V

Rev.1.2

150K

680K

2.13V

C444

PGND 5

80.6K

R 409 7

EO SDA

CTG

SCL

GND

09.11.12 added

E

4

DN I

2

2

CN401

C439 0.1u

5 6 1 4

C442

C443

1u

1u

ZD401

SEO

3 1

R416

4.7u C436

15 0

4 .7 u C435

470K

4.7u C434

R410

R 411 CELL

PGND

4 .7 u C433

D401 VDD

10n

2mm

DNI

10K

Aloha 091209

9

1n C432

15 0 R 41 2

3

R413 R415

1% REV.C_0408_CHANGED

C440

8

FUEL_I2C_SDA FUEL_I2C_SCL

VBAT_SENSE VBAT_TEMP

U404

2.2K

2.2K

1n C431

VREG_AUX2_2.9V VREG_PROX_2.8V CAM_AF_2.8V VREG_MSMA_2.6V

2.2u

R418

1n C430

VREG_LCD_1.8V VREG_LCD_2.8V VREG_MOTION_3.0V

0.6mm 0.6mm 0.6mm 0.5mm

R417

1n C429

VREG_SMPS_2.1V

REV.C_0408_CHANGED SERIAL RESISTOR REMOVED

09.12.17 added

D

Must Check Battery Conn. Pin Map

VREG_MSMP_2.6V VREG_RF_2.7V VREG_HPVDD_1.8V VREG_RUIM_3.0V VREG_TOUCH_3.0V VREG_TCXO_2.85V

1% R423 121K

C446 C447 C448

C3

C450 C451

2.2u 2.2u 2.2u

2.2u

2.2u 2.2u

0.1u

C458

R424

TP402 51

TCXO_PM_19.2MHZ TCXO_EN PMIC_TCXO

M13 N13 K7 M12

SLEEP_CLK AMUX_OUT

C12 F10 E10

4 .7 u

USB_ID USB_D_P

VREG_MSME_1.8V

C453

VREG_MSMP VREG_RFRX1

VREG_MSMC2_1.25V

4 .7 u

U403

4.7u

C452

VREG_MSMA VREG_MSME2

4.7u

L404

2mm

VREG_MMC_3.0V C454 C455 C456 C457 C40 C45 2.2u 2.2u 2.2u 1u

1u

1u

C

Place crystal and load caps close to PM7540 C459 22p

Route together

1

VREG_MMC

MPP_20

L403

VSNS_RF_SMPS

X400

VREF_GP5 VREG_GP6

MPP_19

VREG_MSMC1_1.25V

2

VREG_GP4

MPP_18

VSNS_MSME_1.8V

Turbo Mode

4.7u 4.7u

32.768KHz

MPP_16

10u

VBAT

CITIZEN -> NDK

C460 22p NX3215SA

VREG_GP3

C438

L402

1u

VREG_GP1 VREG_GP2

MPP_15

1n

L401

C1930

VDD_WLAN

VDD_RF2

VDD_TCXO

VDD_RF1

VDD_RUIM

VDD_MSMP

VDD_L_SPKR

VDD_R_SPKR

VDD_MSME2

B10 N9 N7 K12 F12 F13 J12 B9 D6 M10 B8 D7 D12 G2 VDD_GP2

VDD_GP6

VDD_ANA

VDD_C1_E

MPP_13 MPP_14

A2 J13 N12 A9 B13 E13 K13 A11 G13 H13 A8 A10 A3 N11 E12 D13 M1 G1 G12

C437

VREG_MSMP_2.6V

D 4 03

N7, N9 0.5mm

1uF V_BACKUP

VBAT

VCOIN

ISNS_P

ISNS_M

USB_VBUS

BAT_FET_N

USB_CTL_N

CHG_CTL_N

VCHG MPP_12

MPP_17

L400

VSNS_MSMC2_1.25V

VBAT

VREG_MSMP_2.6V

2.2u

VSNS_MSMC1_1.25V

KPD_PWR_N D404 nPON_RST PS_HOLD

GND25

GND24

GND22

GND23

GND21

GND20

GND18

GND19

GND17

GND11

GND15

GND16

FLSH_DRV_N

B

JTAG_PS_HOLD C462 33p

ADC

Rev.1.0

F

Local Ground Plan Place in PM7540 room at shield edge These CAPs close to inductors

K1 J1 N8 M8 N6 M6 N10 M9 N4 M4

E5 E6 E7 E8 E9 F5 F6 F7 F8 F9 G5 G6 G7 G8 G9 H5 H6 H7 H8 H9 J5 J6 J7 J8 J9

REV.E_CHANGED_0517

VSW_PA VREG_PA

GND14

BACKLIGHT_KEY

VREG_MSME

MPP_11

GND13

R2 REV.1.0_0624_CHANGED

B2 B1 N2 E1 F1 H1

VSW_MSME

MPP_9 MPP_10

GND12

R426

150K 300K

PCB_REVISION R427

Rev.1.0

R1

VREG_MSMC2

MPP_8

GND10

B6 B7 A6 A7 B4 B5 A4 A5

VREG_MSMP_2.6V

B

J10 H10 K10 D10

VSW_5V

MPP_7

GND9

C

TP400 TP401

0.3mm +VPWR_AUDIO

D402

VREG_5V

GND3

PMIC_SSBI PM_INT_N

0.3mm +VPWR

10u

VSW_MSMC2

MPP_22

USB_3.3V

REV.C_0408_CHANGED

C428

VSW_MSMC1

MPP_21

1 2

0603

1608 close to each other

VREG_MSMC1

GND7

VREG_MSMP_2.6V

10u

MPP_5

GND8

H2 L2 M2 H4 J4 K4

1n 1n

C427

MPP_6

GND6

VBAT_SENSE

D

VOUT GND

VBAT

C426

MPP_4

GND4

0.1u

SIM_IO VBAT_TEMP

VIN STBY

C414

0.1u 0.1u 0.1u 0.1u 0.1u 0.1u

C425

MPP_3

GND5

MSM_USIM_CLK SIM_CLK MSM_USIM_DATA C441

MPP_2

4 3

USB_3.3V_EN

VOLTAGE DETECTOR REMOVED

VDD_C2_PA

R425

C421

Fuel Gauge IC & Battery Conn.

U401

0.1u 0.1u 0.1u 0.1u

1n C417

C 46 1

10K

2.2u GSM_PA_DAC_REF

MPP_1

GND2

1K R414

MSM_USIM_RST SIM_RST USB_3.3V_EN

C415

33p

E2 D2 L1 D1 C1 C2 E4 F2 B11 L13 PCB_REVISION REMOTE_PWR_ON

GND1

E

M7 N5 D8 B12 D4 A1 L12 M11 K8 K9 K5 K6 M3 N1 N3 M5 B3 D5 F4 G4 J2 K2

C413

C412

C424

R 408

Route together

CHG_CTL_N

4.7

C411

1K

REV.C_0408_CHANGED R407

VCHG_VBUS

C410

BATT_FET_N

F

+VPWR

Place close to PM7540 pins

+VPWR

PM7540

G

USB 3.3V LDO

+VPWR VREG_MSME_1.8V

VBAT

R428 200K

A

A

12


11

10

9

8

7

6

- 156 -

5

4

3

2

1


7. CIRCUIT DIAGRAM

12

9

10

11

8

7

6

5

4

3

2

1

L

L

Wi-Fi&BT&FM MODULE Must Check Schematic

K

C17

K

ANT2

ANT1

RF_IN_OUT C16 DNI

1u

10u

C502

C503

C504

39p

47p

D4 LINE_OP LINE_ON

33 32

CLK_IN

31

RCV_P RCV_N

C509

33n

C510

33n

C507

1u

C508

1u

R1171 R1170

C2 C1 D2 D1

2.2K 2.2K

R1177

10

C511

1u

R1176

10

C514

1u

D3 C3

IN1IN1+

C5

OUT+ D5 OUT-

IN2IN2+

HPL A1 HPR

IN3IN3+

VDD VSS CN

TP6

HPVDD

GND

C522

C523

AUDIO&MOTION_I2C_SDA

2.2u

2.2u

I

EAR_L EAR_R

B5 A3 A4 A5 C515

2.2u

B4

C4

B3 B2

4.7K

AUDIO&MOTION_I2C_SCL BT_RESET_N

1u

BIAS

VREG_MSMP_2.6V

C8

SPK_RCV+ SPK_RCV-

A2

IC500

0.1u

HPH_L

34

0.1u

HPH_R

BT_HOST_WAKEUP

C513

2.2u

FM_ANT BT_WAKEUP

35

C512

36

SVDD

0.001uF TP5 TP12

37

4.7K

AUDIO2

AUDIO1

BT_RST_N

C1

38

C9

GND7

BT_SCL

C7 8pF

SLEEP_CLK

39

C518

C519

2.2u

2.2u

H

FM_R

VREG_MSMP_2.6V

VREG_HPVDD_1.8V

FM_L

C19 10uF

0603

close to 17

C506

VREG_MSMP_2.6V

40

30

29

28

27

BT_SDA

0.1u

26

25

VIN_1P2VLDO

0603

C31

0603

16

H

LNLDO2_OUT

L3 4.7u

47p

20

F_CLK_IN F_CLK_OUT

41

SCL SDA

SR_VLX1BB

42

C505

20

BT_GPIO_7 SR_VLX1

43

R503

BT_GPIO_4

BT_PCM_CLK BT_PCM_DIN BT_PCM_SYNC BT_PCM_DOUT

44

R502

VBAT_IN

45

R504

47

46 BT_UART_RXD

BT_UART_CTS_N

BT_UART_RTS_N

51

48

50

52

49

BT_UART_TXD

WL_HOST_WAKE_B

GND4

GND3

BT_GPIO_1 BT_GPIO_3

24

15

GND1

54 14

3.3uH

BT_GPIO_0

WL_WAKE_B REG_ON

DIG_1P2_OUT

L1

4.7uF

C2 0.1uF

FM_ANT

WL_RST_N

ANLG_1P2_OUT

C34 C5 4.7uF

GND6

SDIO_D0

VDDIO_SD

13

SDIO_D1

S_CLK_IN

23

0

12

SR_VLX2BB

I

+VPWR

11

TP10

22

9 10

TP4

WLAN_REG_ON

BT_PCM_IN VDD_BT_PA

U500

SDIO_D2

+VPWR_AUDIO

J BT_PCM_CLK BT_PCM_OUT BT_PCM_SYNC

SDIO_CLK SDIO_D3

Audio SUB SYSTEM

WLAN_HOST_WAKEUP BT_UART_RXD BT_UART_RTS BT_UART_CTS BT_UART_TXD

SDIO_CMD

21

8

20

7

XTAL_PU

6

WLAN_RESET_N R1

4 5

VDDIO

0.1u

GND5 VDD_WL_PA

SR_VOUTBB

TP8 TP7

WLAN_CMD WLAN_CLK WLAN_SDIO[3] WLAN_SDIO[2] WLAN_SDIO[1] WLAN_SDIO[0]

C32

ANT

17

0603

C18 10uF

3

19

2

18

1

RF_IN_OUT

close to 3

GND2

J

53

TP13 TP11 TP3 TP1 TP9

R505

L4 DNI

B1

47p

C30

C33 4.7uF

0.1u

C6 2.2uF

G CLK_REQ

G

TCXO LDO

+VPWR

26MHz TCXO VDD_TCXO

1 2

0603

26MHz

X500

C533

CLK_IN

1u

C535

4

1n

VCC

GND


0603

C534

R 506

VDD_TCXO

5

VOUT GND

0603

2.2u

100K

F

VIN STBY

PGND

U501 4 3

CLK_REQ

0603

F

2 1

C536 1u

3.5pi Ear Jack Connector E

E

VREG_MSMP_2.6V

U502 1 2

10.04.08 Changed Rev.C C537 10u

C539

C538

VREG_MSMP_2.6V

33p Q601

MIC

FM_ANT

EAR_R

changed 12/28

G

FB500 1800 R509

12

R515

12

M6_GND 2

FB501 1800

EAR_L HS_MIC

D

1M

R1169

D

S

D

EARJACK_SENSE

47K

2.2K

R507

2.2u

R1168

VOUT GND

5

VIN STBY

PGND

4 3

HS_MIC_BIAS_EN

FB502

M1_R 3 M4D-DETECT 6 M3_DETECT 5 M4_L 4

1800

M5_MIC 1

J2

MIC_BIAS

FB701

MIC_1N

1800

3 4 5 6

C543

C544

C545

47p

47p

33p

15p

L504

R520

R521

270n

10K

10K

D504

C542

OUT

D 503

MIC1 1 2

D502

1800

D501

FB700

MIC_1P

D 500

C

LOW(DEFAULT)

G2

HIGH

G3

33p

VA615C702 1

33p

STATE UNMATING MATING

PWR G4

2009.11.16 added

2 C700

C EAR_SENSE

G1

C703 33p

B

B

A

A

12

11


10

9

8

7

6

- 157 -

5

4

3

2

1


7. CIRCUIT DIAGRAM

11

10

9

7

8

6

5

CAMERA EMI FILTER 5

BL6 BL8_AUX2

EN

LDOB SDA LDOC

15 19 18 17 16 10

FLT_CAM_DATA[0] FLT_CAM_DATA[1] FLT_CAM_DATA[2] FLT_CAM_DATA[3] FLT_CAM_DATA[4] FLT_CAM_DATA[5] FLT_CAM_DATA[6] FLT_CAM_DATA[7]

VREG_MOTOR_3.3V

9

CAM_AVDD_2.7V

8

CAM_DVDD_1.2V

11

CAM_IOVDD_2.6V

EP

C609 2.2u

C610 2.2u

C611 2.2u

12

R605

CAM_PCLK

C612 2.2u

2.2K

2.2K

R603

R604

CAM_MCLK

K

4.7u

34 33 32 31

2 1

INOUT_A4

INOUT_B4

INOUT_A3

INOUT_B3

INOUT_A2

INOUT_B2

INOUT_A1

INOUT_B1


6 7 8 9

FL600

CAM_AF_2.8V

1608 7.5pF

J

30 29

CAM_RESET_N

28 27

CAM_I2C_SDA CAM_I2C_SCL

26 25 24


FB603

120


23 22 21

4 3 2 1

INOUT_B4

INOUT_A3

INOUT_B3

INOUT_A2

INOUT_B2

INOUT_A1

INOUT_B1


6 7 8 9

FL601

CAM_PWDN

20

INOUT_A4

1608

7.5pF

19 18

33p

G1

VA607

C608

0.1u

5

25

6

20

100K

R602

I

PGND

LDOD AGND

LCD_BL_I2C_SCL

SCL

14

C604

4.7u

4.7u

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

1uF

4

C606

CN600

WLED1 WLED2 WLED3 WLED4 WLED5 WLED6 WLED7

13

10 u

3

LCD_BL_I2C_SDA

LDOA

WLED_PWR

12

3

10

BL5 BL7_AUX1

C605

1

4

5

BL4

U1007

5


G1

BL3

LCD_BL_EN

G1

2.2u BL1

R601 4.7K 4.7K

7.5pF

FB600

120

C607 OUT

IN2

R600

120

21

IN1

BL2

J

FB602

FB601

120

C2-

24

C1-

2 7 23

22

1u

C2+

C602

VREG_MSMP_2.6V

1u

C1+

2. 2u

K

1 L

CAM_AVDD_2.7V CAM_DVDD_1.2V CAM_IOVDD_2.6V

C601

2

LGIT_1/4'' SVCY0024801(C3AA-Y314A)

Rev.E Changed _ 0517 C600

3

3M CAMERA

BACKLIGHT CHARGE PUMP +VPWR

4

10

12

G2

13

G2

L

14

C615

C614

C613

4 3

FLT_CAM_VSYNC

2

FLT_CAM_HSYNC

1

I

10

15

G2

16

INOUT_A4

INOUT_B4

INOUT_A3

INOUT_B3

INOUT_A2

INOUT_B2

INOUT_A1

INOUT_B1

6 7

CAM_VSYNC CAM_HSYNC

8 9

FL602

1608

H

H

KEY BACKLIGHT LED


G

LEVEL SHIFT

VREG_LCD_2.8V

REV.E_CHANGED_0517 +VPWR 1

CN601

G

24

LCD_RESET_N LD1

LD4

LD3

2

23

3

22

4

21

5

20

6

19

7

18

8

17

9

16

10

15

LD2

FL6031 P1 2 P2 3 P3 4 P4

F

VREG_LCD_1.8V

VREG_MSMP_2.6V

1

1

R1175

1

R1173

1

1

R1172

R1174

LCD_VSYNC_O

2

LCD_VSYNC_O

WLED7

WLED6

WLED5

BACKLIGHT_KEY

3

U601 VCCA

GND

F

6

VCCB

A

5

B

MLCD_VSYNC_O

4

OE_

WLED4

WLED3

WLED2 11

14

12

13

WLED_PWR

WLED1

E


9 G1 10 G2

LCD_MAKERID_LOW

5 P5 6 P6 7 P7 8 P8

C1931

C616 2.2u

D600

2.2u 6

1

5

2

E

C617 2.2u

C4 4.7u

3

ZD1

4

MAIN-SUB CONNECTOR

D

Q-coin MOTOR

USIM Socket

1

47K

3 4 10

B

C618

C619 C620

C621

33p

33p

33p

0.1u

VPP I_O

RESERVED1 GND2

RESERVED2 GND1

J1

D601

5 6

1

6

2

5

3

4

SIM_IO

7 8

L600

9

56n

C622 DNI

SIM_IO

SIM_CLK

B1

R614

R615

R616

4.7Kohms

1K

1%51K

C2

1%51K

C3

1%

R617

C OUT

SIM_RST LIN_PWM_FREQ

B

R618 E

BY

GND

_SHUTDOWN

VO-


18

8

17

9

16

MMC_CLK

12

11

10

C

MMC_DATA[3]

IN+

VO+

IN-

VDD

MTR_P_2sub

MTR_P_2sub

A1

10

15

11

14

12

13

SPK_RCV+

SPK_RCV-

MTR_N_2sub

B3 A3

GND

R619

1% C623

C625

B

1% 100K 10n

C624 0.1u

OJ600

13

7

MMC_CMD

B2

A 14

19

MMC_DATA[2]

100K

0.1u

15

6

MICROSD_DET_N

Q600

IN

1K

16

20

MTR_N_2sub C1

GND

CLK

21

5

1%

U602

RST

4

D

MMC_DATA[0]

R611

VCC

22

MMC_DATA[1] R612

2

23

3

VREG_MMC_3.0V

VREG_MSMP_2.6V

VREG_MOTOR_3.3V

VREG_RUIM_3.0V

C 1

24

MMC_COVER_DETECT VREG_MOTOR_3.3V

VREG_RUIM_3.0V

SIM_RST SIM_CLK

CN2

2

VCOIN

9

8

- 158 -

7

6

5

4

A

OJ601

3

2

1


7. CIRCUIT DIAGRAM

16

15

14

13

12

11

10

9

7

8

6

5

4

3

2

1

L

L

K

K

POWER KEY

TOUCH

VOLUME SIDEKEY

HOT KEY

2010.01.20 updated KEY_COL[0]

KEY_COL[1] KEY_ROW[0]

KEY_ROW[1] KB701

CN5 2

470 470

J

CN3

3 4

HALL IC(N.A)

MENU

KEY_ROW[0]

KEY_ROW[1]

KB704

KB703

SEND

HOME

VA611 VA612

VA613

0603

R3 CN1 G1

TOUCH_INT

EVLC5S01033

I

R25 R613

VREG_TOUCH_3.0V

1 2

VA609

1 VA2

470

VA1

KPD_PWR_N

KEY_COL[2]

KB702

R610

VA610

J

10

2

9

3

8

4

7

5

6

0603

G3

R2

4.7Kohms

G2

1

4.7Kohms

TOUCH_I2C_SCL

I

TOUCH_I2C_SDA

G4

SEVY0008101 VA614

REV.C_0408_CHANGED

H

H

G

G

DOCKING

F

Digital Com VREG_MOTION_3.0V

Acceleration Sensor

Proximity Sensor

Must Check Schematic

VREG_MSMP_2.6V

VREG_MSMP_2.6V

F

VREG_MOTION_3.0V

10n

VOUT

C707

C540

U503

4

1u

2.2K

GND

10u 2.2K

VREG

8

7

D


E

C705

3

PROX_OUT 14

10

2

C708

C709

0.1u

4.7u

VDD

11

VPP

VCC

10u

10

13 12 11

MOTION_INT

10

GND3

VDD_IO

GND2

NC1

INT1

NC2

RESERVED1 INT2

8

CS

9

RESERVED2

12

DRDY

ADDR

LEDC

VIO

C541

R703

R519

5 SDA

NC1

SDA

10

R518

1

2

3

AVDD

DVDD

GNDA

PROX_COM_I2C_SCL

SCL

GNDS

6

INT

5

6

U700 1

9

4

7

PROX_COM_I2C_SDA

U1

LEDA

16

PROX_COM_I2C_SCL

SCL

15

8

GND4

4.7Kohms

SDO_SA0

E

R700

R702

SDA_SDI_SDO

R701

4.7Kohms

SCL_SPC GND1

1

D

2 3 4

MOTION_I2C_SCL

5

6

470n

7

C706

0.1u

C704

VREG_PROX_2.8V

MOTION_I2C_SDA

C

C REV.E_CHANGED_0517

B

B

A

A 16

15


14

13

12

11

10

9

8

- 159 -

7

6

5

4

3

2

1


7. CIRCUIT DIAGRAM

16 L

15

14

13

12

11

10

9

7

8

6

5

4

3

2

1 L

LGP500_SUB_PCB_Rev A

K

K

J

J

I

I

Main2Sub B2B

Micro SD Socket

BACK-UP BATTERY

VIBRATOR(Q-Motor)

VREG_MSMP_2.6V

VREG_MMC_3.0V

L1

MTR_N_2sub MMC_CD

2

18

8

17

MMC_DATA[2] MMC_DATA[3] MMC_CMD

9

16

MMC_CLK

10

15

11

14

MMC_CLK MMC_DATA[3]

220K

47K

R 710

19

7

R700

6

MMC_DATA[2]

R703

C701 1u

MMC_DATA[1]

G

47K

1K

R704

VA3

VA4

R709

VCOIN

MMC_DATA[0]

47K

1

20

220K

BAT1

MTR_P_2sub MMC_CMD

47K

21

R705

22

4

MMC_COVER_DETECT

47K

3

VREG_MSMP_2.6V

VB700

R706

23 L3

2

VCOIN

5

H

VREG_MMC_3.0V 24

R707

CN1

15n

1

15n

H

S700 GND

G

DAT2 CD_DAT3 CMD VDD

MTR_N_2sub

SPEAKER PAD

MTR_P_2sub

SPK_RCV+

SPK_RCV-

CARD_DETECT DAT0 DAT1 COVER_DETECT1

MMC_COVER_DETECT

F

VA706

VA705

VA704

L4

VA703

1

SPK_RCV+

VA700

GB042-24P-H10-E3000

CN701

VA701

L2

ENBY0034101

VA702

C705 1u 33n

F

13

VSS

MMC_CD MMC_DATA[0] MMC_DATA[1]

33n

12

CLK

2

VA2

VA1

SPK_RCV-

E

E

D

D

C

C

B

B

A

A 16


15

14

13

12

11

10

9

8

- 160 -

7

6

5

4

3

2

1


8. BGA Pin Map 8. BGA PINPin MAP Map 8. BGA M

͑ ͽ͸Ͷ͑ͺΟΥΖΣΟΒΝ͑ΆΤΖ͑΀ΟΝΪ͑ Copyright © 2010 LG Electronics. Inc. All right reserved. Only ͑ for training and service purposes

- 161 -


8. BGA Pin Map

MSM7227


͑ LGE Internal Use Only

- 162 -


8. BGA Pin Map

RTR6285(Top View)


͑ Copyright © 2010 LG Electronics. Inc. All right reserved. Only for training and service purposes

- 163 -


8. BGA Pin Map

PM7540(PMIC)


͑ LGE Internal Use Only

- 164 -


9. PCB LAYOUT

C705

R703

C707

C709

R701

C708

R702

R700

R1169

Q601

CN 5

U700

R1 1 6 8

R1175

R1173

LD3

KB 7 0 3

KB701

VA615

C201

LD2

VA612 VA614

LD4

C1931

KB704

VA611 VA613

R1174

LD1

R1172

KB702

C202

FB700

C203

MIC1

FB701

MIC1 : Microphone - no far-end voice - no voice recording

LG-P500_MAIN_SPFY0233701-1.1_PLACE_TOP


- 165 -



- 166 -


LG-P500_MAIN_SPFY0233701-1.1_PLACE_BOT ANT1002

D

IC1

C1007

4

C 1003

L10 41

C 1090

C 1051

R 1006

L1008

L1011

L10 14

L1013

L1010

L1007

C 23

C 25 L5

C 22

R8

C 20

R 10

C 28

C 10 L6

C 15

C 1017

C 1059

C 1011

C 1058

C 1092 C 1020

R 1012

R 101 0

C 1038

R 11

ZD 400 C 4 03

D 400

C 405

U 40 0

U 1005

C 1109 C 1110

C 408

CN401

C 439 R 413 R 416

R 412 R 411 C 443

L1026

FL1

L1033

R 611

R 215

J1

V A 203 C 621

L 1025

FL10 03

C 10 72 C 10 73

C 1067

C 442

L115 0

L1 029 C 1089

C 1075

C 10 83

C 37 C 36

C 10 69 C 1080

R 1015 C 1055

R 1017

C 1 050 FB2

R 1 016

C 440

R 418 R 417 C 1108

C 1079 L1021

L1022 L1020

L1042 L1048

L1018 L1 019

R 1018

C 1037

L1130

C 1122

C 1060

C 1012

C 1057

C 1088 C 1022 F L10 06

C 1015

C 1 160 FB3

C B

R 1005 C 1009

C 1117

L1004

C 1043 C 1048 C 1045 C 1047

L1003

L1005 C 1034 C 1033

C1046 C1019 C1010

C1063

C1028

C1027

C1013

C1029

C1030

C1018

C1032

C1031

C1066

C1064

U1002 : FEM&GSM PAM - no Service - RF Sensitivity & TX Power

C1024 C1016

C1004

FL1008

C1044

L1002

L1006

C1014

C1021 C1023

C1040

L1016

C1036

C1052

C1042

L1015

R12

C1025

L1009

L1012

C1039

C1041

C24 R18

L2 C14

C1928

FL1001

C1123 C1065

C1049

IC1 : MUIC - no Booting - no USB/Serial Connection R6 R4 R7

R15

R 16

R5

L11

C1005 L1035

L1031

C13 L9

C26

U2 L7

R24

C1148 R1021

C11

L1120 R14

L10

C1128 FL1012

C1070

L8

L4000

FL1002

C1062

C1061

C1054

R1019

C1056

U1002 C1053

L1017 C1071

V A 201

C 1153

V A 205

C 1 086

R 408

C 1084

C1068

C1162

C1076

C1096

FL1005

SW1001 C27

L1110 C12

C1078

C1094 C1929

U1003

C1095

L1027

L1030

C1087

CN4 : I/O conn. - no USB Connection. - no Serial Connection.

E

FL400 C400 C404

C401

C1154 C1077

R9

C1728

R1027 C1112 L1040

C1116

C1081

C1103

C1111

C1102

C1104 FL1009

L1151 R1178

R1022 R1023 R1163

FL1010

FL2

R1029

U1001

U1001 : Transceiver - no Service - RF Sensitivity & TX Power X200 : 19.2Mhz X-tal - no Power On - no Service

C 424 R 407

C 1163

C706 R 213

R 200

C 200

C 541

14

C 227 CN200

R 5 19

R 518

8

7

C 610 C 611

U1007

C 206

C 323

C 609 U 601

C 205

R 205

C 210

R 21 0

C 221

R 209

C 208

TP202

R 303 C 3 25

D 201 R202

ZD1

C 326

C340

C339

R201

C341

C4

C342

C 316

R 26

C 2 04

13

12

C 32 9

24

L1036

C 703

C 214

R 29

C 1930

C 432 C 436

C 437

C 412

C 455 C 441

C 306

C 606

C 310

C 307

C 312

R 603

C 314

C 309

FB 602

R 604

C 536

C 411 C 413

C 415 C 454 C 452 R 423 C 458

C 459

C 460

C 40 C3

R 425 C 461

C5

TP3 TP TP1 TP11

U500

C 535

C9

C 305

FB 600

C 605

C 410

C 427 C 425 C 426

R 428

C 30

R 300

X 500

R 612

C 417

C 422 L401

C 431

C 435

R 304

C 301

C 331 C 327 C6

R 506

C 311

R 302 C 302

C 1093 L1028

C 1 107

L400

L402

C 447

C 217 C 218 R 204 C 330 C 30 0 R 206

C 462

C 322 C 319 C 332

C 308 C 1120

C 1105

C 1099 R 1025 C 1098

FL1007

R1026

U301 : Memory - no Booting

L1034 C 1091 L1032

FB601

C313

L1043

L1045

C 1129

R619

R 1030

R617

C 1130

R614

C 1 127

C625

10

C1119

R618

FL1011

R615

U1006

L1044 C1118

R616

C1106

Q600 C623

C1121

P

1

TP300 C624

L1039

TP203

C 220

R 301

C 212 C 702 C 216 C 700 C 21 5

R19

D600 C223

R214

C616

R220

C328

C617

R211

FL603 C222

TP200

C318

CN601 : LCD Conn. - no Display

R

M

N

J

L

K

H

G

F

E

B

A

D

C

CN601 U1004

U602

C1097

TP201

U1

R 208

R 203

C601

C 612

D 200

C607

C540

C324

C338

C333

C335

C336

1 27

TP301

U1007 : ChargePump - no LCD backlight U200 : DBB - no Power On - no Servive

AG AF AE AD AC AB AA Y W V U T R P N M L K J H G F E D C B A

C337

R602

C 600

C226

U503

U301 TP302

TP6

C18

C602

R601

U202 R207

U200

C317

C429

C433 C533

TP4TP109

TP7

TP8

R424

R426

R427 C414

U401 C8

C34

L1

L3

C19

C31

U501

C419

C33

C421

C453

C444

C418

C420

C446

C451

C456

C448

C2

C320

C219

C430

C434

L

K

13

R1

C457

C450

R414 D404

CN3

TP400 C534

TP401 TP402

L403

C315

C213

C211

C438

D402

C428

L404

N

M

J

E

F

H

D

G

B

A

C

1

U403 X400

R600

C225

C224

X200

R212

U201

C207

C704

R1004

R401

C48

R405

C1115

R20

R415

C622

C620

D601 C618

C619 R216

L600 R219

VA204

R218 VA202 R217 VA200

R403

R404 C1113

C1114

C402

D403 R409

ZD401

R400

Q400

C409

C407 R410

D401

U404

FL1013

ANT1003

CN4 C 32 C7

C604 TP1T 2P5

TP13

C1

VA609

VA610

VA1

R 610 R 25 R 613 VA2

C 523

C 519

C 502

C 503

L4

34 54 D

B

E

C

1A

R 505

C 542 17

18

R 504

C 17

C 5 04

C 45 C 514 C 511

13

A N T1005

R 509

R 521

6

CN600 : 3M Camera DOP Connector - no Camera

A N T1 006

FB 501

5

C615 C613

D504

C537

10

FB603

L12

R605

VA607 C543

C614

CN600

C522

FL601 R515

C518

C515

C506

C505

11

C509 C510

R1170 R1171

IC500 C513

C512

C50820

C507

R2

42

FL602 FL600 D500

C608

R1176

C16

R1177

21

10

CN2

D501

Q400 : Charging IC - no Battery Charge CN401 : Battery Conn. - no power On J1 : SIM Conn. - No SIM U403 : PMIC - no Booting - no Power On - no Service U403 : PMIC - no Booting - no Power On - no Service U500 : BT+FM Radio Module - no BT Connection - no FM Radio CN1 : Touch Connector - no touch sensing

CN1 R3

ANT1

R 502

R 520

R 503

FB 500 C539

CN2 : GPS,WIFI,Motor Connector - no GPS/WiFi/Motor

ANT2

R 507

C538

J2 : 3.5pi Ear-Jack - no Sound

L504

FB502

D503

U502

IC500 : Audio AMP Sub System & Signal Distributor - no Sound

C545

D502 C 544

J2

9. PCB LAYOUT

9. PCB LAYOUT

VA3 VA4 VA 1 VA705 R704

R710 R703

VA706

R700

VA704

C706

VA703

C705

VA700

R707

R705

VA701

R709

R706

C701

VA702

VA2

BAT1

LG-P500_F_SUB_SPCY0242301-1.1_TOP


- 167 -


9. PCB LAYOUT

VB700

CN701 L1

L3

L4

L2

S700 CN1

LG-P500_F_SUB_SPCY0242301-1.1_BOT


- 168 -


10. RF CALIBRATION

10. RF CALIBRATION 10.1 Configuration of Tachyon 10.1.1 Configuration of directory

LG-P500/

LG-P500 LG-P500 LG-P500 LG-P500 LG-P500


- 169 -


10. RF CALIBRATION

10.1.2 Description of basic folders F o ld e r

D e s c rip tio n

Tachyon

Exe file and MFC dll, UI dll is present.

Common

Common dll files. (XML Data I/O , Auto Test Logic, Tachyon Logic Control, Communication)

Config

Envirement files. (Port configuration, Loss adjust)

Instrument

Tester control dll.

Model

Model files is present. (Model -> Solution (Qualcomm, EMP, ADI, INFINEON) -> MODEL NAME(LGGW620, LGSH470, ..) -> BUYER NAME(SKT, TEL, VIVO, …)

OCX

Conponent files.

PhoneCmd

Phone communication file

Report

Report Files is present. (Cal data, test data)

10.1.3 Description of configuration files F ile

D e s c rip tio n

‘MODEL NAME’_Calibration.XML

There are imformations to calibrate. It consist of calibration items.

‘MODEL NAME’_CallSetup.XML

There are imformations to call.

‘MODEL NAME’_NV.INI

It consists of default values. It is written when ‘cal&auto’ is begun.

‘MODEL NAME’_Sequence.XML

It is described a testing procedures.


- 170 -


10. RF CALIBRATION

10.2 How to use Tachyon 10.2.1 Model selection Follow the procedure before start calibration & auto test a. Click the icon,

in tool bar. Then, you can see the below screen.

b. Select Model “LGP500”


- 171 -


10. RF CALIBRATION

c. Select the model : You should select “LGP500” d. Select the buyer (must be double clicked) Then, you can see “” in Config File Check. e. Click select button

LGP500

C LGP500 LGP500 LGP500 LGP500 LGP500 LGP500 LGP500

LGP500

D

E


- 172 -


10. RF CALIBRATION

10.2.2 Start cal & auto a. Click calibration & autotest button,

in Tool bar.

b. Calibration & autotest will be executed in order. 1) Precede Action. - NV write - Test command send. 2) Calibration 3) Auto test 4) After action - Phone reset - Change UE to AMSS


- 173 -


11. STAND ALONE TEST

11. STAND ALONE TEST Hidden Menu Start Start shortcut keys: 3845#*500#

Hidden Menu List Start the desired menu: Menu, click

Version Info Classified Information representation

Factory Reset Format SD Card : SD Card Data reset Factory Reset : Changing the Factory Delete data : Disabled


- 174 -



Device Test List Auto All Test : -> Auto All Test menu click -> Continuous information on the menu, giving you ability test

Auto All Test Result Auto All Test Result -> From the factory with the ability to view the results screen

Device Test List Auto All Test : Device functionality testing at the factory to use Auto All Test Result : Test Result LCD Test : Display test(Color) Proximity Test : Proximity Sensor Vibrator Test : Vibrator test Camera Test : Camera & Cam test Sound Test : Sound test RTC Test : Date/Time Setting Touch Test : Display touch test Motion Sensor test : Motion Sensor test External Memory Test : SD Card Write test Com Test : Com Test GPS Test : GPS Test IRT Test : N/A


- 175 -



LCD Test List Manual Test : Click on the following screen Automatic Test : Automatically, without clicking - White Display - Black Display - Red,Green, Blue, White Display - Red,Green, Blue, White Display 2

Proximity Test Phone with your fingers in the top of the sensor determine the sensor response - Away 1 - Near 0

Vibrator test A case-by-state vibration tests


- 176 -



Camera test Menu features disabled This feature is part of Auto All Test replaced by -> Auto All Test -> Camera test -> Cam test

Sound test Ring : Ringtone test Effect Sound : Message Tone : Loop Back test : Mic & Speak loop Back test Audio CAL Tool : Setting -> Ring menyujung Enabled

RTC test Date & time : setting


- 177 -



Touch test Finger Print : Free mode test Grid Touch Test : Block mode on touch point mode test Touch Key Test : key test Grid Touch Color Change Block Touch Test

Motion Sensor test Motion Sensor test -> 4 Check the operation of the sensor in the direction of lean

External Memory Test SD Card test -> Write a test check of the SD Card memory


- 178 -



Key / Com Test SD Card : Check Recognition SIM Card : Check Recognition Up/Down key : Check Recognition End Call key : Check Recognition Menu key : Check Recognition Home key : Check Recognition Back key : Check Recognition Search key : Check Recognition Com test

GPS Test GPS test : GPS check recognition

ELT Test Automatic Mode Manual Mode :


- 179 -



ELT Test Automatic Mode : LCD Automatic on/off test -> time setting

ELT Manual Test LCD Backlight Ringtone Vibrator Camera Audio Loopback -> test on the device is working (The ability to use plant)


- 180 -


12. EXPLODED VIEW & REPLACEMENT PART LIST 12.1 EXPLODED VIEW ABFZ00 SVLM00

ACGK00

AKAC00

MBJZ00 MTAD00

ABFZ01

SMZY00

SJMY00 EBR01 EBR00

SPKY01

SUSY00

ACKA00 SVCY00

MBJZ01 GMZZ00

ACGM00 MBFZ01

SBPL00

SPKY00 ABM00 SUMY00

SNMF00

GMEY00

ADCA00

ACQ00


- 181 -



- 182 -


12. EXPLODED VIEW & REPLACEMENT PART LIST

11.2 ReplacementParts 12.2

Note:ThisChapterisusedforreference,Partorderisordered bySBOMstandardonGCSC

<Mechanic component> Level LocationNo.

Description

PartNumber

Spec

Remark

1

AAD000000 AdditionAssembly

AAD85593202ත7

LGP500.ADEUBIBI:BLUESILVER-

2

AFN053800

ManualAssembly, Operation

AFN75252805ත2

LGP500.ADEUBIZZ:WithoutColor-

3

MBM087200 Card,Warranty

MCDF0001110

COMPLEXKP202VDGZZ:WithoutColorPRINTING,(empty),

3

MFL053800 Manual,Operation

MMBB0393906

COMPLEXLGP500.ADEUBIZZ:WithoutColorPRINTING,(emp ty),

1

AGQ000000 PhoneAssembly

AGQ86310402


2

ACQ100400

CoverAssembly, EMS

ACQ85321902


5

ABM070300

CanAssembly, Shield

ACKA0032401ත5

LG-P500ORFZZ:WithoutColor-

6

MCBA00

Can,Shield

MCBA0089101

COMPLEXLG-P500ORFZZ:WithoutColorPRESS,STS,,,,,

6

MCQ000000 Damper

MCQ66465901

COMPLEXLGP500.AORFBKBK:Black-

6

MEZ000900 Label,AfterService

MLAB0006701

COMPLEXGS505TMOZZ:WithoutColorCOMPLEX,(empty),,,, ,

6

MTAZ01

Tape

MTAZ0347201

COMPLEXLGP500ORFZZ:WithoutColorCOMPLEX,(empty),,,,,

6

MTAZ00

Tape

MTAZ0366501


5

ADB048600

DomeAssembly, Metal

ADCA0117901

LG-P500ORFZZ:WithoutColor-

5

MDJ000000 Filter

MFBZ0031701


ABM73436401ත2

LGP500.AORFZYZZ:WithoutColor-

6

SC2

CanAssembly, Shield

7

MBK070300 Can,Shield

MCBA0103101

COMPLEXLG-P500ORFZZ:WithoutColorPRESS,Ni,

7

MDQ000000 Frame

MFEZ0045301

COMPLEXLG-P500ORFZZ:WithoutColorPRESS,Ni,

5

MEZ000000 Label

MLAZ0038301

COMPLEXLGVX6000ZZ:WithoutColorPIDLabel4ArrayPRINTING,

1

AGF000000 PackageAssembly

APAY0151808ත7

LGP500.ADEUSVZZ:WithoutColorEU1W_LGP500_ENG_EN GOPEN

2

AGJ000000 PalletAssembly

APLY0003901ත3

GD510BALBKZZ:WithoutColorEU1TYPE_Body(SW)+Cap(E U)+AL_1200EA

3

MBEC00

Box,Carton

MBEC0003601

COMPLEXGD510CZESVZZ:WithoutColor-

3

MCCL00

Cap,Box

MCCL0002501


3

MPCY00

Pallet

MPCY0012403

COMPLEXKG800FRABKDB:DARKBLUE-


- 183 -



Level LocationNo.

Description

PartNumber

Spec

2

MAF086500 Bag,Vinyl

MBAD0005204

COMPLEXLG-LX260SPRAGZZ:WithoutColor-

2

MAY047100 Box,Master

MBEE0061001


2

MAY084000 Box,Unit

MBEF0150301

COMPLEXLGP500DEUBIZZ:WithoutColorPRINTING,EU1W_LGP500_ENG_ENGOpen_EU

2

MEZ003500 Label,Barcode

MLAC0004541

COMPLEXHB620KPNBKZZ:WithoutColor-

2

MEZ047200 Label,MasterBox

MLAJ0004402

COMPLEXCG300CGRZZ:WithoutColorLABEL,MASTERBOX (forCGRTDR2VER.mbox_label)

2

MEZ000001 Label

MLAZ0050901

COMPLEXKU990GBRBKZZ:WithoutColor-


- 184 -

Remark



11.2 ReplacementParts 12.2


<Main component> Level LocationNo.

Description

PartNumber

Remark

3

EBR071900 PCBAssembly,Main

4

EBR071500

5

EAX010501 PCB,Sidekey

SPKY0093201

SPKY0093201POLYIDoubleDOUBLE0.15LGP500TMO,SIDEKEY,E,POLYI,0.15mm,DOUBLELGInnotek.c om

5

EAX010500 PCB,Sidekey

SPKY0093401

SPKY0093401POLYIDoubleDOUBLE0.15LGP500TMO,SIDEKEY,E,POLYI,0.15mm,DOUBLELGInnotek.c om

5

EBP000000 CameraModule

SVCY0024801

C3AA-Y314BC3AAY314B3MAF,Sony(1/5"),8.5x8.5x5.4t,FPCB3.5mm,90degreeL GINNOTEKCO.,LTD

4

EBR071800

5

SAFC

6

C7

6

EBR72743702ත2

Spec

PCBAssembly,Main,I EBR72701401ත6 nsert

PCBAssembly,Main, EBR72743802ත4 SMT

LGP500.ADEUBIMAIN1.0 LG-P500MAIN1.0

LGP500.ADEUBIMAIN1.0

PCBAssembly,Main, EBR72701201ත200 LG-P500MAIN1.0 SMTBottom Capacitor,Ceramic,C ECCH0000109 hip

MCH155A080DK8pF0.25PF50VNP0-55TO+125C1005R/TPROHMSemiconductorKOREACORPORATION

C1119, C1120, Capacitor,Ceramic,C ECCH0000110 C23,C27, hip C459,C460

MCH155A100D10pF0.25PF50VNP0-55TO+125C1005R/TPROHMSemiconductorKOREACORPORATION

6

C1003, C1088

Capacitor,Ceramic,C ECCH0000112 hip

MCH155C150J15pF5%50VNP0-55TO+125C1005R/TPROHMSemiconductorKOREACORPORATION

6

C1079, C1098


MCH155A180J18pF5%50VNP0-55TO+125C1005R/TPROHMSemiconductorKOREACORPORATION

6

C24,C402, C403


MCH155A220JK22pF5%50VNP0-55TO+125C1005R/TPROHMSemiconductorKOREACORPORATION

6

C1024,C502


MCH155A390J39pF5%50VNP0-55TO+125C1005R/TPROHMSemiconductorKOREACORPORATION

6

C1091,C17, C200,C505, Capacitor,Ceramic,C ECCH0000122 C506,C542, hip C543,C545


6

C1076, Capacitor,Ceramic,C C207,C210, ECCH0000137 hip C221

C1005X7R1H331KT000F0.33nF10%50VX7R55TO+125C1005R/TP-TDKKOREACOOPERATION


- 185 -



Level LocationNo.

6

6

Description

PartNumber

C1,C1075, C1104, C205,C317, C319,C324, C328,C332, Capacitor,Ceramic,C ECCH0000143 C337,C342, hip C425,C426, C429,C430, C431,C432, C437 C204


Spec

MCH155CN102KK1nF10%50VX7R-55TO+125C1005R/TPROHMSemiconductorKOREACORPORATION

MCH155CN222KK2.2nF10%50VX7R55TO+125C1005R/TP-ROHM.

6

C1130,C20, C208,C309, C316,C318, C320,C331, Capacitor,Ceramic,C ECCH0000155 C336,C340, hip C408,C440, C48,C625, C704


6

C509,C510



6

C1089, C26


GRM1555C1H3R3C3.3pF0.25PF50VNP055TO+125C1005R/TPMURATAMANUFACTURINGCO.,LTD.

6

C400,C401


GRM155R61A104K0.1uF10%10VX5R-55TO+85C1005R/TPMURATAMANUFACTURINGCO.,LTD.

6

C1084



6

C1069, C1080



6

C3,C307, C312,C314, C424,C444, C446,C447, C448,C450, C451,C454, C455,C456, Capacitor,Ceramic,C ECCH0000198 C515,C518, hip C519,C522, C523,C539, C6,C609, C610,C612, C616,C617, C9

CL05A225MQ5NSNC2.2uF20%6.3VX5R55TO+85C1005R/TP.SAMSUNGELECTROMECHANICSCO.,LTD.

6

C1004, C1016


C1005C0G1H2R2CT000F2.2pF0.25PF50VNP055TO+125C1005R/TP-TDKKOREACOOPERATION

6

C1078, C1107



6

C1099


C1005JB0J104KT000F0.1uF10%6.3VY5P30TO+85C1005R/TP-TDKCORPORATION


Remark

- 186 -



Level LocationNo.

Description

PartNumber

Spec

Remark

6

C211,C213, C306,C311, C313,C40, Capacitor,Ceramic,C ECCH0004904 C45,C457, hip C461,C600, C601,C614

GRM155R60J105K1uF10%6.3VX5R-55TO+85C1005R/TPMURATAMANUFACTURINGCO.,LTD.

6

C1102, Capacitor,Ceramic,C ECCH0005602 C602,C607 hip

GRM188R61C225K2.2uF10%16VX5R55TO+85C1608R/TP-MURATAMANUFACTURINGCO.,LTD.

6

C1050, C1077, C1163, C18,C19


GRM188R60J106M10000000pF,6.3V,M,X5R,TC,1608,R/TP, 0.8mmMURATAMANUFACTURINGCO.,LTD.

6

C33,C34, C606

ChipCeramicCapacit ECCH0006201 or(MLCC)

C1608X5R0J475KT000N4.7uF10%6.3VX5R55TO+85C1608R/TP-TDKCORPORATION

6

C4,C433, Capacitor,Ceramic,C C434,C435, ECCH0007802 hip C436,C5

CV105X5R475M10AT4.7uF20%10VX5R55TO+85C1608R/TP-KYOCERACORP.

6

C1043, C323,C327, C333,C338, Capacitor,Ceramic,C ECCH0007803 C409,C427, hip C428,C438, C503,C541

CL10A106MP8NNNC10uF20%10VX5R55TO+85C1608R/TP0.8MMSAMSUNGELECTROMECHANICSCO.,LTD.

6

C534


CL05A225MP5NSNC2.2uF20%10VX5R55TO+85C1005R/TP0.5MMSAMSUNGELECTROMECHANICSCO.,LTD.

6

C1028, C1030, C1032, C1034, C1038, C1049, C1053, C1055, C1057, C1058, C1059, C1060, C1061, C1062, C1063, C1066, C1067, C224,C30, C31,C32


C0603X5R0J104KT00NN0.1uF10%6.3VX5R55TO+85C0603R/TP-TDKCORPORATION

6

C1065, C1068, C1094, C1095, C1096, C1113, C1114, C1115, C1929


C0603C0G1H101JT00NN100pF5%50VX7R55TO+125C0603R/TP-TDKCORPORATION

6

C1013, C1015


C0603X7R1C103KT10nF10%16VX7R55TO+125C0603R/TP-TDKCORPORATION


- 187 -



Level LocationNo.

Description

PartNumber

Spec

6

C226


GRM033R60J333K33nF10%6.3VX5R-55TO+85C0603R/TPMURATAMANUFACTURINGCO.,LTD.

6

C1010, C1019


GRM0335C1E680J68pF5%25VX7R-55TO+125C0603R/TPMURATAMANUFACTURINGCO.,LTD.

6

C1027, C1029, C1031, C1033, C1064


GRM0335C1E220J22pF5%25VX7R-55TO+125C0603R/TPMURATAMANUFACTURINGCO.,LTD.

6

C223


GRM1555C1H7R5D7.5pFC0GTYPE(NoX7R)MURATAMANU FACTURINGCO.,LTD.

C533,C536, Capacitor,Ceramic,C ECCH0017301 C8 hip

CL03A105MQ3CSNH1000000pF,6.3V,M,X5R,HD,0603,R/TP ,1,20%,6.3V,X5R,55TO+85C,0603,R/TP,0.3mmSAMSUNGELECTROMECHANICSCO.,LTD.

6

6

6


CL10A226MQ8NRNE22uF20%6.3VX5R55TO+85C1608R/TP0.8MMSAMSUNGELECTROMECHANICSCO.,LTD.

C1054, C1056, C1160, Capacitor,Ceramic,C C1162, ECCH0017601 hip C308,C452, C453,C604, C605,C611

CL05A475MQ5NRNC4.7uF20%6.3VX5R55TO+85C1005R/TP0.5MMSAMSUNGELECTROMECHANICSCO.,LTD.

C315

6

C407

Capacitor,TA, Conformal

ECTH0002703

TCTAL1A107M8R0.0001F20%10V50UA55TO+125C0OHM3.2x1.6x1.1NONESMDR/TPROHMCO.,LT D.

6

C613


ECTH0003701

TCSCM0J106MJAR10uF,6.3V,M,L_ESR,1608,R/TPSAMSU NGELECTRO-MECHANICSCO.,LTD.

6

C537


ECTH0004801

TCM0J106M8R10uF,6.3V,M,STD,1608,R/TPROHM.

6

R1005

Capacitor,Ceramic,C ECZH0000802 hip

C1005C0G1H010CT1pF0.25PF50VNP055TO+125C1005R/TP-TDKKOREACOOPERATION

6

C1011, C1012, C1129, Capacitor,Ceramic,C ECZH0000813 C12,C13, hip C14,L1015, L1039,L12

C1005C0G1H101JT100pF5%50VNP055TO+125C1005R/TP-TDKKOREACOOPERATION

6

C1090,C28,L Capacitor,Ceramic,C ECZH0000816 1025 hip

C1005C0G1H120JT000F12pF5%50VNP055TO+125C1005R/TP-TDKKOREACOOPERATION



6

C36,C37


- 188 -

Remark



Level LocationNo.

6

Description

PartNumber

C1005, C1014, C1017, C1021, C1022, C1039, C1041, C1071, C1072, Capacitor,Ceramic,C ECZH0000830 C1087, hip C1103, C1118, C1121, C225,C412, C538,C544, C608,C618, C619,C621, C622,C700, C702,C703

Spec


6

C1023, C1025



6

C1007



6

L1011


C1005CH1H0R5BT000F0.5pF0.1PF50VNP055TO+125C1005R/TP-TDKKOREACOOPERATION

6

6

6

6

C1930, C405,C442, Capacitor,Ceramic,C C443,C504, ECZH0001215 hip C507,C508, C511,C514 C706


C2,C206, C212,C214, C215,C216, C217,C218, C219,C220, C227,C300, C301,C305, C310,C322, C325,C326, C329,C330, C335,C339, Capacitor,Ceramic,C ECZH0003103 C341,C410, hip C411,C413, C415,C417, C418,C419, C420,C421, C422,C439, C441,C458, C512,C513, C540,C615, C620,C623, C624 C404



Remark

C1005X5R1A105KT000F1uF10%10VX5R55TO+85C1005R/TP-TDKKOREACOOPERATION

GRM155R60J474K470nF10%6.3VX5R-25TO+70C1005BKDUP-MURATAMANUFACTURINGCO.,LTD.

GRM36X7R104K10PT100nF10%10VX7R55TO+125C1005R/TPMURATAMANUFACTURINGCO.,LTD.

GRM188R61E105K1uF10%25VX5R-55TO+85C1608R/TPMURATAMANUFACTURINGCO.,LTD.

- 189 -



Level LocationNo.

Description

PartNumber

Spec

6

C1046


GRM0335C1E330J33pF5%25VNP0-55TO+125C0603R/TPMURATAMANUFACTURINGCO.,LTD.

6

C1044


GRM0335C1E470J47pF5%25VNP0-55TO+125C0603R/TPMURATAMANUFACTURINGCO.,LTD.

6

C1018, C1037, C1045, Capacitor,Ceramic,C ECZH0025920 C1047, hip C1048, C1051, C414,C535

GRM033R71C102K1nF10%16VX7R-55TO+125C1608R/TPMURATAMANUFACTURINGCO.,LTD.

6

D200,D201, Diode,Switching D401,D404

EDSY0010501

KDS114E900mV30V100mA1A0SEC100mWESCR/TP2P1KE CCORPORAITION

Diode,Switching

EDSY0011901

SDB310Q340mV30V200mA1A0SEC150mWEMD2R/TP2P1 AUKCORP

6

D402

6

ZD401

Diode,TVS

EDTY0008601

PSD05LF5V613.5V42A500WSOD323R/TP2P1PROTEKDEVICESIN C.

6

ZD400

Diode,TVS

EDTY0008602

PSD12LF12V13.325.9V21A500WSOD323R/TP2P1PROTEKDEVIC ESINC.

6

D403

Diode,TVS

EDTY0008606

PRSB6.8C4.7V5.7--10W-R/TP2P1PROTEKDEVICESINC.

6

D600,D601 Diode,TVS

EDTY0009801

VSMF05LCC5V6V12V2A25WSOT963R/TP6P5PROTEKDEVICESINC.

6

D400,D500, D501,D502, Diode,TVS D503,D504, ZD1

EDTY0010101

ESD9B5.0ST5GESD9B5.0ST5G,SOD923,5V,300mW,R/TP,15pFSCGHONGKONGSARLTD.

6

C1092, R1004

Inductor,Multilayer, Chip

ELCH0001033

HK10051N5ST1.5NH0.3NH0V8A13GOHM50mHZ300mNONSHIELD11.0X 0.5X0.5MMR/TPTAIYOYUDENCO.,LTD

6

C1153


ELCH0001035

HK10054N7ST4.7NH0.3NH0V8A6GOHM120mHZ300mNONSHIELD11.0X 0.5X0.5MMR/TPTAIYOYUDENCO.,LTD

6

C1036, C1040, L1021, L1028, L1029


ELCH0001036

HK10055N6ST5.6NH0.3NH0V8A5.7GOHM150mHZ300mNONSHIELD11. 0X0.5X0.5MMR/TPTAIYOYUDENCO.,LTD

6

C1009, L1022


ELCH0001048

1005GC2T10NJLF10NH5%0V250mA0.42OHM2.5GHZ8NO NSHIELD11.0X0.5X0.5MMR/TPPILKORELECTRONICSLTD.

6

L1035,L6


ELCH0001056

1005GC2T2N7SLF2.7NH0.3NH0V300mA0.17OHM5.5GHZ8 NONSHIELD11.0X0.5X0.5MMR/TPPILKORELECTRONICSL TD.

6

L1027


ELCH0001405

LL1005-FHL3N3SLL1005FH3N3S,3.3nH,S,1005,R/TP,TOKO,INC.

6

L9


ELCH0001409

LL1005FHL10NJ10NH5%0V400mA0.3OHM3.6GHZ9NONSHIELD1 1.0X0.5X0.5MMR/TPTOKO,INC.


- 190 -

Remark



Level LocationNo.

Description

PartNumber

Spec

Remark

6

L1018, L1019


ELCH0001412

LL1005FHL1N8S1.8NH0.3NH0V500mA0.14OHM12GHZ8NONSHIE LD11.0X0.5X0.5MMR/TPTOKO,INC.

6

L8


ELCH0001413

LL1005FHL22NJ22NH5%0V300mA0.7OHM2.1GHZ10NONSHIELD 11.0X0.5X0.5MMR/TPTOKO,INC.

6

L1003


ELCH0001425

LL1005FHL82NJ82NH5%0V200mA1.9OHM970MHZ10NONSHIELD 11.0X0.5X0.5MMR/TPTOKO,INC.

6

L1044


ELCH0003816

LQG15HS3N6S02D3.6NH0.3NH0V300mA0.18OHM6GHZ8N ONSHIELD11.0X0.5X0.5MMR/TPMURATAMANUFACTURIN GCO.,LTD.

6

L1013


ELCH0003819

LQG15HS12NJ02D12NH5%0V300mA0.28OHM3GHZ8NON SHIELD11.0X0.5X0.5MMR/TPMURATAMANUFACTURINGC O.,LTD.

6

C1086, C1106,L2


ELCH0003838

LQG15HS8N2J028.2NH5%300mA0.24OHM3.7KHZ8SHIELD11.0X0.5X0.55MMR/TPMU RATAMANUFACTURINGCO.,LTD.

6

L1017, L1043


ELCH0003844

LQG15HS2N0S02LQG15HS2N0S02,2nH,S,1005,R/TP,Chip coilMURATAMANUFACTURINGCO.,LTD.

C10,L1036,L Inductor,Multilayer, 7 Chip

ELCH0004709

1005GC2T3N3S003.3NH0.3NH0V300mA0.19OHM4.5GHZ8 NONSHIELD11.0X0.5X0.5MMR/TPPILKORELECTRONICSL TD.

6

6

L1010, L1026


ELCH0004711

1005GC2T22NJ0022NH5%0V200mA0.8OHM1.5GHZ8NON SHIELD11.0X0.5X0.5MMR/TPPILKORELECTRONICSLTD.

6

C1042, C1052, L1032


ELCH0004713

1005GC2T6N8J001005GC2T6N8J00,6.8nH,J,1005,R/TP,PIL KORELECTRONICSLTD.

6

L1004, L1005, L1007


ELCH0004714

1005GC2T18NJ0018NH5%0V200mA0.65OHM1.6GHZ8NO NSHIELD11.0X0.5X0.5MMR/TPPILKORELECTRONICSLTD.

6

L1008


ELCH0004717

1005GC2T82NJ0089NH5%0V150mA2.1OHM700MHZ8NON SHIELD11.0X0.5X0.5MMR/TPPILKORELECTRONICSLTD.

6

L1016


ELCH0004718

1005GC2T5N6S005.6NH0.3NH0V300mA0.27OHM3.2GHZ8 NONSHIELD11.0X0.5X0.5MMR/TPPILKORELECTRONICSL TD.

6

L1009, L1130


ELCH0005005

HK100527NJ27NH5%0V8A2.3GOHM470mHZ300mNONSHI ELD11.0X0.5X0.5MMR/TPTAIYOYUDENCO.,LTD

6

C1083


ELCH0005020

HK10051N0S1NH0.3NH0V8A13GOHM40mHZ300mNONSH IELD11.0X0.5X0.5MMR/TPTAIYOYUDENCO.,LTD

6

L504


ELCH0010402

LK1005R27-TLK1005R27T,270nH,M,1005,R/TP,CHIPTAIYOYUDENCO.,LTD

6

L3

Inductor,WireWound, EL0008001 chip

MIP2520D4R7M4.7UH30%0V1.1A0.11OHM0HZ0SHIELD2.5 X2X1MMNONER/TPFDKCORPORATION.

6

L403,L404

Inductor,WireWound, EL0008004 Chip

MIP2016D4R7M4.7UH30%0V900mA0.16OHM0HZ0SHIELD 2.0X1.6X1.0MMNONER/TPFDKCORPORATION.

6

L401,L402


I2520LZ4R7ME4.7UH20%0V900mA0.3OHM0HZ0SHIEL D2.5X2X1MMNONER/TPSAMWHACAPACITORCO,LTD.


- 191 -



Level LocationNo.

Description

PartNumber

Spec

6

L400


I2012NHL2R2MT2.2UH20%-800mA0.25OHM-SHIELD2X1.25X1MMNONE-SAMWHACAPACITORCO,LTD.

6

L1


CIG21L3R3MNE0H20%-800mA0.22OHM-SHIELD2X1.25X1MMNONE-SAMSUNGELECTROMECHANICSCO.,LTD.

6

CN2,CN601 Connector,BtoB

ENBY0034201

GB042-24S-H10E300024P0.40MMSTRAIGHTSOCKETSMDR/TP1MLSMtronLtd.

6

CN600

Connector,BtoB

ENBY0040301

GB042-34S-H10E300034P0.4MMSTRAIGHTSOCKETSMDR/TP1MLSMtronLtd.

6

CN200

Connector,BtoB

ENBY0045901

AXT61412414P0.4MMSTRAIGHTHEADERSMDR/TP1MBJPANASONICELECTRONIARTSCO.,LTD

6

CN1

Connector,BtoB

ENBY0058601

51338-987310P0.40MMSTRAIGHTFEMALESMDR/TP1.5MHANKOOKMOLEX

6

J2

Jack,Phone

ENJE0007601

KJA-PH-0-01761P4PANGLER/TP4mMBLACK6PKSDCO.,LTD

6

CN4

Connector,I/O

ENRY0010501

GU075-5P-SDE15005P0.65MMANGLERECEPTACLEDIPR/TPLSMtronLtd.

6

J1

CardSocket

ENSY0024701

GCA26C-8S-H15-E1500SIM8PANGLESMDR/TPLSMtronLtd.

6

SW1001

Connector,RF

ENWY0008701

MS156CNONESTRAIGHTSOCKETSMDT/REELAU50OHM400 mDBHIROSEKOREACO.,LTD

6

CN401

Connector, TerminalBlock

ENZY0029201

04-9247-003-017829+3,2.5mm,STRAIGHT,Gold,TwinKYOCERAELCO KOREASALESCO.,LTD.

6

Q600

TR,Bipolar

EQBN0012401

KRC402ENPN30V0V50V100mA500mA50100mWESMR/TP3 PKECCORPORAITION

6

Q400

FET

EQFP0008601

NUS5530MNP-CHANNELMOSFET-20V203.9A0.07OHM1.3WTSOP6R/TP8PONSEMICONDUCTOR

6

R214

Resistor,Chip

ERHY0000104

MCR01MZP5F49R949.9OHM1%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6

R424

Resistor,Chip

ERHY0000105

MCR01MZP5F51R051OHM1%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

R1030,R18 Resistor,Chip

ERHY0000137

MCR01MZP5F270227KOHM1%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

Resistor,Chip

ERHY0000161


6

R2,R20, R3,R405, Resistor,Chip R504,R505, R614

ERHY0000254

MCR01MZP5J4724.7KOHM5%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6

R202,R216, R219,R414, Resistor,Chip R425,R615, R618

ERHY0003201

MCR01MZP5F10011KOHM1%1/16W1005R/TP-ROHM.

6

R205,R215, Resistor,Chip R217,R218

ERHY0009503

MCR006YZPJ101100OHM5%1/20W0603R/TPROHMSemiconductorKOREACORPORATION

6 6

R428


- 192 -

Remark



Level LocationNo.

Description

PartNumber

Spec

Remark

6

R1019

Resistor,Chip

ERHY0009504

MCR006YZPJ1021KOHM5%1/20W0603R/TPROHMSemiconductorKOREACORPORATION

6

R506

Resistor,Chip

ERHY0009506


6

R25,R610, R613

Resistor,Chip

ERHY0009541

MCR006YZPF4700470OHM1%1/20W0603R/TPROHMSemiconductorKOREACORPORATION

6

R1018

Resistor,Chip

ERHY0009555

MCR006YZPF120212KOHM1%1/20W0603R/TPROHMSemiconductorKOREACORPORATION

6

R212

Resistor,Chip

ERHY0009592


6

R206

Resistor,Chip

ERHY0024201

MCR01MZP5F60416040ohm,1/16W,F,1005,R/TPROHM.

6

R415

Resistor,Chip

ERHZ0000203


R210,R220, R300,R302, Resistor,Chip R612,R619

ERHZ0000204


6

6

R1176, R1177

Resistor,Chip

ERHZ0000206

MCR01MZP5F10R010OHM0.1%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6

R426

Resistor,Chip

ERHZ0000222


6

R427

Resistor,Chip

ERHZ0000284


6


ERHZ0000288


6


ERHZ0000295


Resistor,Chip

ERHZ0000318

MCR01MZP5F806280.6KOHM1%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

R1025, Resistor,Chip R509,R515

ERHZ0000348

MCR01MZP5F12R012OHM1%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6 6

R409

6

FB2,FB3

Resistor,Chip

ERHZ0000401

MCR01MZSJ0000OHM5%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6

R1012

Resistor,Chip

ERHZ0000402

MCR01MZP5J10010OHM5%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6

R1026

Resistor,Chip

ERHZ0000404

MCR01MZP5J1021KOHM5%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

R201,R203, R213,R408, Resistor,Chip R520,R521

ERHZ0000405


6

6

R602

Resistor,Chip

ERHZ0000406


6

R605

Resistor,Chip

ERHZ0000410



- 193 -



Level LocationNo. 6 6

Description

PartNumber

Spec

Resistor,Chip

ERHZ0000415



ERHZ0000420


R4,R5

6

R1023

Resistor,Chip

ERHZ0000428


6

L600,R24

Resistor,Chip

ERHZ0000434

MCR01MZP5J1R01OHM5%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6


ERHZ0000435


6


ERHZ0000437


6

R1006, R1170, R1171, R204,R401, Resistor,Chip R417,R418, R507,R518, R519,R603, R604

ERHZ0000443


6

R1010

Resistor,Chip

ERHZ0000456

MCR01MZP5J2R22.2OHM5%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6

R1022, R1163, R209

Resistor,Chip

ERHZ0000463


6

R211,R6

Resistor,Chip

ERHZ0000483



ERHZ0000485


6 6

FB601, R407

Resistor,Chip

ERHZ0000488

MCR01MZP5J4R74.7OHM5%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6

R200

Resistor,Chip

ERHZ0000490


6

R7

Resistor,Chip

ERHZ0000509


6

R15,R16

Resistor,Chip

ERHZ0000517

MCR01MZP5J91091ohm,1/16W,J,1005,R/TPROHMSemicon ductorKOREACORPORATION

6

R611

Resistor,Chip

ERHZ0000530

MCR01MZP5J5125.1KOHM5%1/16W1005R/TP-ROHM.

6

R416

Resistor,Chip

ERHZ0000537


6

R400

Resistor,Chip

ERHZ0003901

MCR10EZHFLR1000.1OHM1%1/4W2012R/TP-ROHM.

6

R423

Resistor,Chip

ERHZ0004201

MCR01MZP5F1213121KOHM1%1/16W1005R/TP-ROHM.

6

U201

IC,M,NOR

EUSY0216301

NC7SV00P5X_NLSC70,5PIN,R/TP,Single2InputNANDGateFAIRCHILDSEMICONDUCTOR

6

U404

IC,A/DConverter

EUSY0242303

MAX17040GDFN,8,R/TP,Fuelgauge,IC,CMOSIC,CMOSMAX IMINTEGRATEDPRODUCTSINC.


- 194 -

Remark



Level LocationNo.

Description

PartNumber

Spec

Remark

6

U403

IC,PMIC

EUSY0342201

PM7540-0.5~18N/A0WCSPR/TP137PQUALCOMMINCORPORATED.

6

U1001

IC,Tx/Rx

EUSY0344001

RTR62851.8VTO3V,2.7VTO3V500mWQFNR/TP68PQUALCOMMINCORPORATED.

6

U2

IC,RFAmplifier

EUSY0365001

BGA735-0.3~3.62.7-3.0NA0W0WNA0TSLPR/TP16PINFINEONTECHNOLOGIES(ASIAPACIFIC)PTELTD.

6

U1006

IC,RFAmplifier

EUSY0365401

BGA711L7-0.3~3.62.7-3.0NA0W0WNA0TSLPR/TP7PINFINEONTECHNOLOGIES(ASIAPACIFIC)PTELTD.

6

IC1

6

IC,AnalogMultiplexer EUSY0372001

TS5USBA33402YZPRTS5USBA33402,WCSP,20,R/TP,MUI CTEXASINSTRUMENTSKOREALTD,HONGKONGBRANCH.

U400

IC,VoltageDetector

EUSY0374601

MAX14528MAX14528,TDFN,8,R/TP,ProgrammableOVPMAX IMINTEGRATEDPRODUCTSINC.

6

U1007

IC,SubPMIC

EUSY0378001

AAT2862AAT2862,TQFN34,24,R/TP,3x4x0.8AdvancedAnalo gicTechnologiesHKLimited

6

U601

IC,TTL

EUSY0391601

NLSV1T244-D0.9~4.5V-LEVELSHIFTER-R/TP6PSCGHONGKONGSARLTD.

6

U200

IC,DigitalBasebandPr EUSY0392302 ocessor,3G

MSM72270VTO0V0WBGAR/TP560PQUALCOMMINCORPORATED.

6

IC500

IC,AudioSubSystem EUSY0403901

WM9093ECS/R1.71~5.5V0WWLCSPR/TP20PWOLFSONMICROELECTRONICSPLC

6

U602

IC,AudioAmplifier

EUSY0404001

TPA6202A1ZQVRBGA,8,R/TP,ClassABSPKAmp,IC,AudioAm plifierIC,AudioAmplifierTEXASINSTRUMENTSKOREALTD,H ONGKONGBRANCH.

6

U501

IC,LDOVoltageRegul EUSY0407101 ator

BU28TD4WNVXSSON004,4,R/TP,2.8V150mASingleLDO,IC, LDOVoltageRegulatorIC,LDOVoltageRegulatorROHM.

6

U401



6

U502



6

U202

IC,TTL

74LVC1G79GM1.65~5.5V-DFLIP-FLOPSOTR/TP6PSTCCORP.

6

U503

IC,AccelerationSenso EUSY0408701 r

KR3DHNONENONELGAR/TP16PSTMICROELECTRONICSASIAPACIFITELTD.

6

U1

IC,A/DConverter

EUSY0418501

AMI304QFN,12,R/TP,GeomagneticSensor,IC,A/DConverterIC ,A/DConverterAICHISTEELCORPORATION

EUSY0408201

6

U301

IC,M,NAND

EUSY0426801

MT29C4G96MAZAPCJA5ITFBGA,137,ETC,4G(LB/256Mx16)NAND+4G(DDR400/16 Mx4x32*2_2CS_2CKE)SDRAM,;,IC,MMICRONSEMICON DUCTORASIAPTELTD.

6

X200

Oscillator,VCTCXO

EXSK0008901

KT3225L19200DCW28RA019.2MHZ2PPM2.8V0.0x0.0x0.0M MNONESMDR/TPKYOCERACORP.

6

X500

Oscillator,TCXO

EXST0001901

TG-5010LH-87N26MHZ2.5PPM2.8V32.0x25.0x10.0MMSMDR/TPEPSONTOYOCOMCORP

6

X400

Crystal

EXXY0026801

NX3215SA32.768KHZ20PPM0FNONESMDR/TPNIHONDEM PAKOGYOCO.,LTD.

6

R207

WirePad,Open

SAFO0000501

AX3100ATLSV_SHIPBACK,MAIN,A,0OHM_1005_DNI


- 195 -



Level LocationNo.

Description

PartNumber

Spec

6

R10,R1015, R14,R19, WirePad,Short R8

SAFP0000401

AX3100ATLSV_SHIPBACK,MAIN,A

6

R1,R26, R29,R301, WirePad,Short R303,R304

SAFP0000501

LG-VS760VRZ

6

FL1008

Filter,Duplexer,IMT

SDMY0001901

SAYFP1G95AA0B00SAYFP1G95AA0B00,1950MHz,2140M Hz,1.8dB,2.4dB,52dB,43dB,2.5*2.0*0.55,SMD,Band1,2520siz e,SAW,RxunbalMURATAMANUFACTURINGCO.,LTD.

6

FL2

Filter,Duplexer,IMT

SDMY0002901

SAYFP897MBA0B00942500000925to960897500000880to9 153.532.5x2.0x0.55DUALSMDR/TPMURATAMANUFACTURINGCO.,LTD.

6

VA607

Varistor

SEVY0004301

ICVL0518100Y500FR18V0%10F1.0*0.5*0.55NONESMDR/T PINNOCHIPSTECHNOLOGY

6

VA200, VA201, VA202, VA203, VA204, VA205

Varistor

SEVY0004401

ICVL0518400V500FR18V0%40F1.0*0.5*0.55NONESMDR/T PINNOCHIPSTECHNOLOGY

6

VA1,VA2, VA609, VA610

Varistor

SEVY0008101

EVLC5S01033EVLC5S01033,5.5V,,SMD,0603AMOTECHC O.,LTD.

6

R1016, R1017

Filter,Bead

SFBH0007102

BLM15AG100PN110ohm1.0x0.5x0.55SMDR/TP2PMURATA MANUFACTURINGCO.,LTD.

6

FB500, FB501, FB502

Filter,Bead

SFBH0008102

BLM15HD182SN118001.0x0.5x0.5MMSMDR/TP2PMURATA MANUFACTURINGCO.,LTD.

6

R208

Filter,Bead

SFBH0009601

HB-1T1005221JT220ohm1.0*0.5*0.5SMDR/TP2PCERATECHCORPOR ATION

6

FB600, FB602, FB603

Filter,Bead

SFBH0009901

HB-1M1005121JT1201.0x0.5x0.5MMSMDR/TP2PCERATECHCORPOR ATION

6

FL600, FL601, FL602

Filter,EMI/Power

SFEY0011401

ICVE10184E070R101FRESD/EMI0HZ7.5pF0HSMDR/TPINN OCHIPSTECHNOLOGY

6

FL400

Filter,EMI/Power

SFEY0015301

NFM18PC104R1C3ESD/EMI0HZ0.1uF0HSMDR/TPMURAT AMANUFACTURINGCO.,LTD.

6

FL603

Filter,EMI/Power

SFEY0015901

ICMEF214P101MFRICMEF214P101MFR,SMD,ESDCommo nmodeFilterINNOCHIPSTECHNOLOGY

6

FL1013

Filter,EMI/Power

SFEY0016301

ICMEF112P900MCOMMONMODENOISEFILTER0HZ0F0HS MDR/TPINNOCHIPSTECHNOLOGY

6

FL1001

Filter,Saw,Dual

SFSB0001802

SAWEN881MCN0F00881.5MHz,1960MHz1.8*1.4*0.5SMDR/ TP10PMURATAMANUFACTURINGCO.,LTD.

6

FL1002

Filter,Saw,Dual

SFSB0001902

SAWEN1G84CN0F001842.5MHz,1960MHz1.8*1.4*0.5SMD R/TP10PMURATAMANUFACTURINGCO.,LTD.

6

FL1

Filter,Saw

SFSY0024301

SAFEB942MFL0F00942.51.4*1.1*0.6SMDR/TP5PMURATA MANUFACTURINGCO.,LTD.

6

FL1007

Filter,Saw

SFSY0027101

B7742----5PEPCOSPTELTD.


- 196 -

Remark



Level LocationNo.

Description

PartNumber

Spec

Remark

6

FL1006

Filter,Saw

SFSY0028101

SAFEB1G95KA0F0019501.4*1.1*0.6SMDR/TP5PMURATAM ANUFACTURINGCO.,LTD.

6

FL1003

Filter,Saw

SFSY0028201

SAFEB2G14FB0F00---2PMURATAMANUFACTURINGCO.,LTD.

6

FL1005

Filter,Saw

SFSY0037501

SAFEB897MAM0F00897.5MHz1.4*1.1*0.6SMDR/TP5PMUR ATAMANUFACTURINGCO.,LTD.

6

FL1011

Filter,Saw

SFSY0039301

SAFEB2G14AL0F002140MHz,1.4*1.1*0.6,SMD,2110M~217 0M,IL3.5,5pin,U-U,50-50,WBANDIRxDIVERSITY,2140,1.4*1.1*0.6,SMD,R/TP,2140,1.4* 1.1*0.6,SMD,R/TPMURATAMANUFACTURINGCO.,LTD.

6

U1003

IC,PowerAmplifier

SMPY0020001

SKY77195SKY77195,28dBm,%,A,dBc,dB,4x5,SMD,3GDualP AMBand1+8.LintegratedSKYWORKSSOLUTIONSINC.

6

U1002

RFModule

SMRH0006201

SKY77544MHz,MHz,POLAEDGEQUADTXMODULE,SP9T,6. 0*6.0*1.0,28p,SKYWORKSSOLUTIONSINC.

6

U500

Module,WLAN

SMZY0024901

LBEH19UNBC3382.3VTO5.5VLGA54P9.0x7.8x1.3MMMURATAMANUFAC TURINGCO.,LTD.

6

U1004

IC,RFAmplifier

SMZY0025501

RF28153.3*2.1*1.0,FILTER+GPSLNA+FILTERMODULE,GP S,RFMICRODEVICESINC

5

SAFD

PCBAssembly,Main, EBR72701301ත19 SMTTop

LG-P500MAIN1.0

6

C201



6

C1931


CL05A225MQ5NSNC2.2uF20%6.3VX5R55TO+85C1005R/TP.SAMSUNGELECTROMECHANICSCO.,LTD.

6

C707


GRM155R60J105K1uF10%6.3VX5R-55TO+85C1005R/TPMURATAMANUFACTURINGCO.,LTD.

6

C705


CL10A106MP8NNNC10uF20%10VX5R55TO+85C1608R/TP0.8MMSAMSUNGELECTROMECHANICSCO.,LTD.

6

C709


CL05A475MQ5NRNC4.7uF20%6.3VX5R55TO+85C1005R/TP0.5MMSAMSUNGELECTROMECHANICSCO.,LTD.

6

C202,C708


GRM36X7R104K10PT100nF10%10VX7R55TO+125C1005R/TPMURATAMANUFACTURINGCO.,LTD.

6

LD1,LD2, LD3,LD4

LED,Chip

EDLH0014803

SSCWH107WHITE2.7~3.120mA100~230mcdx,y64mW1608R/TP 2P-SEOULSEMICONDUCTORCO.,LTD

6

Q601

FET

EQFP0004501

SI1305-E3P-CHANNELMOSFET-8V+-80.92A0.28OHM340mWSOT323R/TP9PVISHAYINTERTECH NOLOGYASIAPTELTD

ERHY0000254


6


6

R1169

Resistor,Chip

ERHZ0000287


6

R700

Resistor,Chip

ERHZ0000402



- 197 -



Level LocationNo.

Description

PartNumber

Spec

6

R1168

Resistor,Chip

ERHZ0000407

MCR01MZP5J1051MOHM5%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6

R1172, R1173, R1174, R1175, R703

Resistor,Chip

ERHZ0000434

MCR01MZP5J1R01OHM5%1/16W1005R/TPROHMSemiconductorKOREACORPORATION

6

U700

IC,Proximity

EUSY0376201

GP2AP002S00FGP2AP002S00F,8,R/TPSHARPCORPORAT ION.

6

VA615

Varistor

SEVY0007902

ICVS0305500FRICVS0305500FR,5.6V,M,SMD,0603SIZEIN NOCHIPSTECHNOLOGY

6

VA611, VA612, VA613, VA614

Varistor

SEVY0008101

EVLC5S01033EVLC5S01033,5.5V,,SMD,0603AMOTECHC O.,LTD.

6

FB700, FB701

Filter,Bead

SFBH0008102

BLM15HD182SN118001.0x0.5x0.5MMSMDR/TP2PMURATA MANUFACTURINGCO.,LTD.

SPFY0233701

SPFY0233701FR-4-LX-BUMP100.8LGP500TMO,MAIN,F,FR-4,0.8mm,LXBUMP10UNITECHPRINTEDCIRCUITBOARDCORP.

SUMY0010610

SPM0410LR5H-QBSPM0410LR5HQB,UNIT,42dB,4.72*3.76*1.25,memsTDMAImproveKNOWLE SACOUSTICS

6

6

EAX010000 PCB,Main

MIC1


Microphone, Condenser

- 198 -

Remark



11.3 Accessory

Level LocationNo.

Description


PartNumber

Spec

Remark

2

EAC020100

RechargeableBattery, SBPL0102301 LithiumIon

LGIP-400N-WWLGC3.7V,1500mAh,1CELL,PRISMATIC,PRISMATIC,BLACK, LGChem,LTD.

2

EBX000000

Accessory, DataCable

SGDY0016701

KCA-ET-8-0020KCA-ET-8-0020MicroUSB,1.2MKSDCO.,LTD

2

EAB010200 Earphone,Stereo

SGEY0003744

EMBLGE004MSKB3mW16OHM115DB85HZTO126HZ1MBLACK 3.5LTYPESTEREO4POLEPLUG-CRESYNCO.,LTD

2

EAY060000 Adapters

SSAD0031001

STA-U12EDSTA-U12ED,100240V,5060Hz,5.1V,0.7A,CE,STAU12ED,Europe,CablelessDONGDOELECTRONICSCO.,LTD

2

EAY060000 Adapters

*S*SSAD0031003

STA-U12ES100-240V,5060Hz,5.1V,0.7A,CE,STAU12ES,Europe,Cableless,5.1,0.7,WALL2P,USB,SALCOMPO Y

2

EAY060000 Adapters

*S*SSAD0031002

STA-U12ERSTA-U12ER,100240V,5060Hz,5.1V,0.7A,CE,STAU12ER,Europe,CablelessSUNLINELECTRONICSCO.,LTD


- 199 -


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