LG P999 P999DW T-Mobile G2x Service Manual

Internal Use Only

Service ManualLG-P999DW

Date: March, 2011 / Issue 1.0

- 2 - Copyright © 2011 LG Electronics. Inc. All right reserved.Only for training and service purposes

LGE Internal Use Only

Table Of Contents

1. INTRODUCTION ..................................................................... 31.1 Purpose ........................................................................................................31.2 Regulatory Information .........................................................................31.3 Abbreviations.............................................................................................5

2. PERFORMANCE ...................................................................... 72.1 Product Name ............................................................................................72.2 Supporting Standard ..............................................................................72.3 Main Parts : GSM Solution .....................................................................72.4 HW Features ...............................................................................................82.5 SW Features ............................................................................................. 102.6 HW SPEC. ................................................................................................. 13

3. TECHNICAL BRIEF ................................................................ 213.1 GENERAL DESCRIPTION ...................................................................... 213.2 GSM MODE .............................................................................................. 233.3 UMTS MODE ............................................................................................ 263.4 GPS RECEIVER.......................................................................................... 283.5 LO GENERATION and DISTRIBUTION CIRCUIT............................ 293.6 OFF-CHIP RF COMPONENTS ............................................................. 313.7 Digital Baseband(AP20H) ................................................................... 353.8 Hardware Architecture ........................................................................ 373.9 Subsystem ................................................................................................ 38 3.10 Power Block ........................................................................................... 433.11 External memory interface ............................................................. 493.12 H/W Sub System .................................................................................. 503.13 Audio and sound ................................................................................ 513.14 Main (8M pixels) & Sub (1.3M pixels) Cameray ....................... 543.15 Display ..................................................................................................... 563.16 Vibrator ................................................................................................... 583.17 HDMl ........................................................................................................ 593.18 Compass Sensor .................................................................................. 603.19 Motion Sensor ...................................................................................... 613. 20 Gyro Sensor .......................................................................................... 623. 21 Proximity Sensor ................................................................................ 63 3. 22 Illumination Sensor ........................................................................... 643. 23 Touch Module .................................................................................... 653. 24 Main Features ..................................................................................... 66

4. TROUBLE SHOOTING .......................................................... 674.1 RF Component ....................................................................................... 674.2 SIGNAL PATH ........................................................................................... 694.3 Checking TCXO Block ........................................................................... 72

4.4 Checking GSM Tx (FEM) Block .......................................................... 744.5 Checking WCDMA Block .................................................................... 774.6 Checking GSM Block ............................................................................ 914.7 GPS/WIFI/BT RF Component ............................................................ 914.8 GPS/WIFI/BT SIGNAL PATH ................................................................ 934.9 Power ON Troubleshooting ............................................................... 954.10 Charger Troubleshooting ................................................................ 984.11 USB Troubleshooting ......................................................................1014.12 Audio troubleshooting ...................................................................1064.13 Sub 1.3M Camera troubleshooting ...........................................1204.14 Main LCD trouble ..............................................................................1234.15 SIM detect Trouble shooting ........................................................1254.16 Side Key Trouble shooing ..............................................................1284.17 Vibrator trouble .................................................................................1304.18 HDMI trouble ......................................................................................1324.19 Motion sensor troubleshooting ..................................................1344. 20 Gyro/Compass sensor troubleshooting .................................1364. 21 Proximity Sensor on/off trouble ................................................1394. 22 Illumination Sensor on/off trouble ...........................................1414. 23 Touch trouble ....................................................................................143

5. DOWNLOAD ....................................................................... 145

6. BLOCK DIAGRAM ............................................................... 164

7. CIRCUIT DIAGRAM ............................................................ 169

8. BGA Pin Map ...................................................................... 186

9. PCB LAYOUT ....................................................................... 196

10. CALIBRATION ................................................................... 20310.1 Calibration & RF Auto Test Program (Tachyon) .....................20310.2 How to use Tachyon .........................................................................207

11. STAND ALONE TEST ........................................................ 211

12. EXPLODED VIEW & REPLACEMENT PART LIST ............. 22512.1 EXPLODED VIEW ................................................................................22512.2 Replacement Parts ...........................................................................22812.3 Accessory .............................................................................................264



1. INTRODUCTION

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1.1 PurposeThis manual provides the information necessary to repair, calibration, description and download the features of this model.

1.2 Regulatory InformationA. Security

Toll fraud, the unauthorized use of telecommunications system by an unauthorized part (for example, persons other than your company’s employees, agents, subcontractors, or person working on your company’s behalf) can result in substantial additional charges for your telecommunications services. System users are responsible for the security of own system. There are may be risks of toll fraud associated with your telecommunications system. System users are responsible for programming and configuring the equipment to prevent unauthorized use. The manufacturer does not warrant that this product is immune from the above case but will prevent unauthorized use of common-carrier telecommunication service of facilities accessed through or connected to it.

The manufacturer will not be responsible for any charges that result from such unauthorized use.

B. Incidence of Harm

If a telephone company determines that the equipment provided to customer is faulty and possibly causing harm or interruption in service to the telephone network, it should disconnect telephone service until repair can be done. A telephone company may temporarily disconnect service as long as repair is not done.

C. Changes in Service

A local telephone company may make changes in its communications facilities or procedure. If these changes could reasonably be expected to affect the use of the this phone or compatibility with the network, the telephone company is required to give advanced written notice to the user, allowing the user to take appropriate steps to maintain telephone service.

D. Maintenance Limitations

Maintenance limitations on this model must be performed only by the manufacturer or its authorized agent. The user may not make any changes and/or repairs expect as specifically noted in this manual. Therefore, note that unauthorized alternations or repair may affect the regulatory status of the system and may void any remaining warranty.

1. INTRODUCTION

1. INTRODUCTION1. INTRODUCTION



1. INTRODUCTION

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E. Notice of Radiated Emissions

This model complies with rules regarding radiation and radio frequency emission as defined by local regulatory agencies. In accordance with these agencies, you may be required to provide information such as the following to the end user.

F. Pictures

The pictures in this manual are for illustrative purposes only; your actual hardware may look slightly different.

G. Interference and Attenuation

Phone may interfere with sensitive laboratory equipment, medical equipment, etc.Interference from unsuppressed engines or electric motors may cause problems.

H. Electrostatic Sensitive Devices

ATTENTION

Boards, which contain Electrostatic Sensitive Device (ESD), are indicated

by the sign. Following information is ESD handling:

• Service personnel should ground themselves by using a wrist strap when exchange system boards.

• When repairs are made to a system board, they should spread the floor with anti-static mat

which is also grounded.

• Use a suitable, grounded soldering iron.

• Keep sensitive parts in these protective packages until these are used.

• When returning system boards or parts like EEPROM to the factory, use the protective

package as described.

2. INTRODUCTION



1. INTRODUCTION

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1.3 AbbreviationsFor the purposes of this manual, following abbreviations apply:

Offset Phase Locked LoopOPLL

Light Emitting DiodeLED

Low Drop OutputLDO

Liquid Crystal DisplayLCD

Intermediate FrequencyIF

International Portable User IdentityIPUI

Global System for Mobile CommunicationsGSM

General Purpose Interface BusGPIB

Gaussian Minimum Shift KeyingGMSK

Flexible Printed Circuit BoardFPCB

Electrostatic DischargeESD

Electrical Erasable Programmable Read-Only MemoryEEPROM

Digital Signal ProcessingDSP

dB relative to 1 milli wattdBm

Digital Communication SystemDCS

Digital to Analog ConverterDAC

Constant Current – Constant VoltageCC-CV

Bit Error RatioBER

BasebandBB

Automatic Power ControlAPC

1. INTRODUCTION



1. INTRODUCTION

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Wireless Application ProtocolWAP

Voltage Control Temperature Compensated Crystal OscillatorVCTCXO

Voltage Controlled OscillatorVCO

Universal Asynchronous Receiver/TransmitterUART

Time Division Multiple AccessTDMA

Time Division DuplexTDD

Travel AdapterTA

Side Tone Masking RatingSTMR

Pseudo SRAMPSRAM

Static Random Access MemorySRAM

Sending Loudness RatingSLR

Subscriber Identity ModuleSIM

Surface Acoustic WaveSAW

Real Time ClockRTC

Root Mean SquareRMS

Receiving Loudness RatingRLR

Radio FrequencyRF

Public Switched Telephone NetworkPSTN

Phase Locked LoopPLL

Programmable Gain AmplifierPGA

Printed Circuit BoardPCB

Power Amplifier ModulePAM

1. INTRODUCTION

2. PERFORMANCE



1

2.1 Product Name P999 : WCDM1700/2100+EGSM/GSM850/DCS/PCS

(HSUPA 5.7Mbps/HSDPA 14.4Mbps / GPRS Class 10 / EDGE Class 10)

2.2 Supporting Standard

Item Feature Comment Supporting Standard WCDMA(FDD1,4)/EGSM/GSM850/DCS1800/PCS1900

with seamless handover Phase 2+(include AMR) SIM Toolkit : Class 1, 2, 3, C-E

Frequency Range WCDMA(FDD1) TX : 1920 – 1980 MHzWCDMA(FDD1) RX : 2110 – 2170 MHz WCDMA(FDD4) TX : 1710 – 1755 MHz WCDMA(FDD4) RX : 2110 – 2155 MHz EGSM TX: 880 – 915 MHz EGSM RX: 925 – 960 MHz GSM850 TX: 824 – 849 MHz GSM850 RX: 869 – 894 MHz DCS1800 TX : 1710 – 1785 MHz DCS1800 RX : 1805 – 1880 MHz PCS1900 TX: 1850 – 1910 MHz PCS1900 RX: 1930 – 1990 MHz

Application Standard

2.3 Main Parts : GSM Solution

Item Part Name Comment Digital Baseband MDM6200: QualcommAnalog Baseband MDM6200: QualcommRF Chip MDM6200: Qualcomm One chip

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2.4 HW Features

Item Feature Comment Form Factor DOP type Battery 1) Capacity

Standard : Li-Ion Polymer, 1500mAh

2) Packing Type : Soft PackSize Standard : 123.9 x 63.2 x 10.9mm

Weight 139g With Battery Volume TBD PCB L1B1 type, 10 Layers , 0.8tStand by time 2G Up to 410 hrs

3G Up to 330 hrs @ Paging Period 9 (2G) @ DRX 7 (3G)

Charging time 3 hrs @ Power Off / 1500mAh Talk time 2G Up to 340mins

3G Up to 410 mins @ Tx=Max(2G) @ Tx = 12dBm (3G)

RX sensitivity WCDMA(FDD1) : -106.7 dBmWCDMA(FDD4) : -106.7 dBm EGSM : -105 dBm GSM850 : -105 dBm DCS 1800 : -105 dBm PCS 1900 : -105 dBm

TX output power

WCDMA/ GSM/ GPRS

WCDMA : 24dBm/3.84MHz,+1/-3dBmEGSM : 33dBm GSM850 : 33 dBm DCS 1800 : 30 dBm PCS 1900 : 30 dBm

Class3(WCDMA) Class4 (EGSM) Class4 (GSM850) Class1 (PCS) Class1 (DCS)

EDGE GSM 900 : 27 dBmDCS 1800 : 26 dBm PCS 1900 : 26 dBm

E2 (GSM900) E2 (PCS) E2 (DCS)

GPRS compatibility GPRS Class 10EDGE compatibility EDGE Class 10SIM card type Plug-In SIM

2.85V /1.8V Display Main LCD(WVGA)

TFT Main LCD(4.0”, 480X800) Built-in Camera 8M CMOS Camera, 1.3M secondary Status Indicator No Keypad Function Key : 4

Side Key : 3 Function Key : Home,Back, menu, serach Side Key : Volume up,down, power key

ANT Main : LDS(Laser Direct Structure) typeSub : DPA type(Directed Print Antenna)

System connector 5 Pin Micro USBEar Phone Jack 3.5Phi, 4 Pole, Stereo

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PC synchronization Yes Memory(AP) eMMC : 8GB

LP-DDR2 : 512MB Speech coding FR, EFR, HR, AMRData & Fax Built in Data & Fax supportVibrator Built in VibratorBlueTooth V2.1 + EDR MIDI(for Buzzer

Function) SW Decoded 72Poly

Music Player MP3/ WMA/AAC/HE-AAC/eAAC+Video Player MPEG4, H.263, H.264, WMV9/VC-1, DiVX

Camcorder MPEG4, H.264, H.263

Voice Recording Yes Speaker Phone mode Support

Yes

Travel Adapter Yes CDROM No Stereo Headset Yes Data Cable Yes T-Flash (External Memory)

Yes Upto 32GB

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2.5 SW Features

Item Feature Comment RSSI 0 ~ 4 LevelsBattery Charging 0 ~ 6 LevelsKey Volume 0 ~ 7 LevelAudio Volume 1 ~ 15 LevelTime / Date Display Yes Multi-Language Yes CZECH,DUTCH,FRENCH, GERMAN ,

GREEK,ITALIAN,PORTUGUESE,SPANISH,ARABIC, HEBREW , T CHINESE TW,SCHINESE,ROMANIAN,HUNGARIAN,SLOVAK,CROATIAN,BULGARIAN , MACEDONIAN , ICELANDIC

Quick Access Mode Phone / Contacts / Messaging / Menu

PC Sync Yes Speed Dial Yes Voice mail center -> 1 key Profile Yes not same with feature phone

setting CLIP / CLIR Yes Phone Book Name/Number/Email/ChatId/Websi

te/Postaladdresses/Organizations/Groups/BirthdayNotes/Ringtone

There is no limitation on the number of items. It depends on available memory amount.

Last Dial Number Yes There is no limitation on the number of items. It depends on available memory amount.

Last Received Number

Yes There is no limitation on the number of items. It depends on available memory amount.

Last Missed Number Yes There is no limitation on the number of items. It depends on available memory amount.

Search by Number / Name

Name / N

Group Yes There is no limitation on the number of items. It depends on available memory amount.

Fixed Dial Number Yes Service Dial Number No Own Number Yes Read only

(add/edit/delete are not supported)

Voice Memo Yes Support voice recorder Call Reminder Yes Missed call popup

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Network Selection Automatic

Mute Yes Call Divert Yes Call Barring Yes Call Charge (AoC) Yes Call Duration Yes SMS (EMS) There is no limitation on the

number of items. It depends on available memory amount.

EMS does not support.

SMS Over GPRS No EMS Melody / Picture Send / Receive / Save

No No

MMS MPEG4 Send / Receive / Save

Yes Yes

Long Message MAX 459 characters SMS 3pages

Cell Broadcast Yes Download Over the WebGame Yes Calendar Yes Memo Yes There is no limitation on the

number of items. It depends on available memory amount.

World Clock Yes Unit Convert No Stop Watch Yes Wall Paper Yes WAP Browser No Support only web browser based

on webkit. WAP stack and wml are not supported.

Download Melody / Wallpaper

Yes Over web browser

SIM Lock Yes Operator Dependent SIM Toolkit Class 1, 2, 3, C, DMMS Yes EONS Yes CPHS Yes V4.2ENS Yes Camera Yes 8M AF / Digital Zoom : x8 JAVA No Android do not support JAVA Voice Dial No IrDa No Bluetooth Yes Ver. 2.1+EDR

(GAP, A2DP, AVRCP, DUN, FTP, GAVDP, GOEP, HFP, HSP, OPP, SDAP, SPP)

FM radio No

GPRS Yes Class 10

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EDGE Yes Class 10Hold / Retrieve Yes Conference Call Yes Max. 6DTMF Yes Memo pad No TTY No AMR Yes SyncML Yes IM Yes GtalkEmail Yes

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2.6 HW SPEC. 2.6.1) GSM transceiver specification

Item Specification

Phase Error Rms : 5° Peak : 20 °

Frequency Error GSM : 0.1 ppm DCS/PCS : 0.1 ppm

EMC(RadiatedSpurious Emission Disturbance) GSM/DCS : < -28dBm

Transmitter Output power and Burst Timing

GSM : 5dBm – 33dBm ± 3dB DCS/PCS : 0dBm – 30dBm ± 3dB

Burst Timing <3.69usSpectrum due to modulation out to lessthan 1800kHz offset

200kHz : -36dBm 600kHz : -51dBm/-56dBm

Spectrum due to modulation out to larger than 1800kHz offset to the edge of the transmit band

GSM : 1800-3000kHz :< -63dBc(-46dBm) 3000kHz-6000kHz : <-65dBc(-46dBm) 6000kHz < : < -71dBc(-46dBm) DCS :1800-3000kHz :< -65dBc(-51dBm) 6000kHz < : < -73dBc(-51dBm)

Spectrum due to switching transient 400kHz : -19dBm/-22dBm(5/0), -23dBm

600kHz : -21dBm/-24dBm(5/0), -26dBm Reference Sensitivity – TCH/FS Class II(RBER) : -105dBm(2.439%)Usable receiver input level range 0.012(-15 - -40dBm)Intermodulation rejection – Speech channels

± 800kHz, ± 1600kHz : -98dBm/-96dBm (2.439%)

AM Suppression GSM : -31dBm

- DCS : -29dBm -98dBm/-96dBm (2.439%)

Timing Advance ± 0.5T

2.6.2) WCDMA transmitter specification Item Specification

Transmit Frequency BD1: 1920MHz ~ 1980 MHzBD4: 1710~1755 MHz

Maximum Output Power +24 dBm / 3.84 MHz, +1 / -3 dB

Frequency Error within ±0.1 PPMOpen Loop Power Control Normal Conditions : within ±9 dB,

Extreme Conditions : within ±12 dB Minimum Transmit Power < -50 dBm /3.84 MHz

Occupied Bandwidth < 5 MHz at 3.84 Mcps (99% of power)Adjacent Channel Leakage Power Ratio (ACLR)

> 33 dB @ ±5 MHz,> 43 dB @ ±10 MHz

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Spurious Emissions |f-fc| > 12.5 MHz

< -36 dBm / 1 kHz RW @ 9 kHz ≤ f < 150 kHz < -36 dBm / 10 kHz RW @ 150 KHz ≤ f < 30 MHz < -36 dBm / 100 kHz RW @ 30 MHz ≤ f < 1 GHz < -30 dBm / 1 MHz RW @ 1 GHz ≤ f < 12.75 GHz < -60 dBm / 3.84 MHz RW @ 869 MHz ≤ f ≤ 894 MHz < -60 dBm / 3.84 MHz RW @ 1930 MHz ≤ f ≤ 1900 MHz < -60 dBm / 3.84 MHz RW @ 2110 MHz ≤ f ≤ 2155 MHz < -67 dBm / 100 kHz RW @ 925 MHz ≤ f ≤ 935 MHz < -79 dBm / 100 kHz RW @ 935 MHz < f ≤ 960 GHz < -71 dBm / 100 kHz RW @ 1805 MHz ≤ f ≤ 1880 MHz < -41 dBm / 300 kHz RW @ 1884.5 MHz < f < 1919.6 MHz

Transmit Intermodulation < -31 dBc @ 5 MHz & < -41 dBc @ 10 MHz

when Interference CW Signal Level = -40 dBc Error Vector Magnitude < 17.5 %, when Pout ≥ -20 dBmPeak Code Domain Error < -15 dB at Pout -20 dBm

2.6.3) WCDMA receiver specification Item Specification

Receive Frequency BD1: 2110 MHz ~2170 MHzBD4: 2110~2155 MHz

Reference Sensitivity Level Band1 : BER < 0.001 when Îor = -106.7 dBm / 3.84 MHz Band4 : BER < 0.001 when Îor = -106.7 dBm / 3.84 MHz

Maximum Input Level BER < 0.001 when Îor = -25 dBm / 3.84 MHz Adjacent Channel Selectivity (ACS)

ACS > 33 dB where BER < 0.001 when Îor = -92.7 dBm / 3.84 MHz & Ioac = –52 dBm / 3.84 MHz @ ±5 MHz

Blocking Characteristic BER < 0.001 when Îor = -103.7 dBm / 3.84 MHz & Iblocking = -56 dBm / 3.84 MHz @ Fuw(offset) = ±10 MHz or Iblocking = -44 dBm / 3.84 MHz @ Fuw(offset) = ±15 MHz

Spurious Response BER < 0.001 when Îor = -103.7 dBm / 3.84 MHz & Iblocking = -44 dBm

Intermodulation BER < 0.001 when Îor= -103.7 dBm / 3.84 MHz & Iouw1 = -46 dBm @ Fuw1(offset) = ±10 MHz & Iouw2 = -46 dBm / 3.84 MHz @ Fuw2(offset) = ±20 MHz

Spurious Emissions < -57 dBm / 100 kHz BW @ 9 kHz ≤ f < 1 GHz< -47 dBm / 1 MHz BW @ 1 GHz ≤ f ≤ 12.75 GHz

Inner Loop Power Control In Uplink

Adjust output(TPC command)cmd 1dB 2dB 3dB +1 +0.5/1.5 +1/3 +1.5/4

0 -0.5/+0.5 -0.5/+0.5 -0.5/+0.5 -1 -0.5/-1.5 -1/-3 -1.5/-4 group(10equal command group) +1 +8/+12 +16/+24

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2.6.4) HSDPA transmitter specification

Item Specification

Transmit Frequency BD1: 1920MHz ~ 1980 MHzBD4: 1710~1755 MHz

Maximum Output Power

Sub-Test 1=1/15, 2=12/15 21~25dBm / 3.84 MHz 3=13/15 4=15/8 20~25dBm / 3.84 MHz 5=15/7 6=15/0 19~25dBm / 3.84 MHz

HS-DPCCH

Sub-test in table C.10.1.4

Power step Power step slot boundary

Power step size, P [dB]

Transmitter power step tolerance [dB]

5

1 Start of Ack/Nack 6 +/- 2.3

2 Start of CQI 1 +/- 0.6

3 Middle of CQI 0 +/- 0.6

4 End of CQI 5 +/- 2.3

Spectrum Emission Mask

Sub-Test : 1=1/15, 2=12/15, 3=13/15, 4=15/8, 5=15/7, 6=15/0

Frequency offset from carrier f

Minimum requirement Measurement Bandwidth

2.5 ~ 3.5 MHz -35-15×( f-2.5)dBc 30 kHz

3.5 ~ 7.5 MHz -35-1×( f-3.5)dBc 1 MHz

7.5 ~ 8.5 MHz -35-10×( f-7.5)dBc 1 MHz

8.5 ~ 12.5 MHz -49dBc 1 MHz

Adjacent Channel Leakage Power Ratio (ACLR)

Sub-Test : 1=1/15, 2=12/15, 3=13/15, 4=15/8, 5=15/7, 6=15/0 > 33 dB @ ±5 MHz > 43 dB @ ±10 MHz

Error Vector Magnitude

< 17.5 %, when Pout ≥ -20 dBm

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2.6.5) HSDPA receiver specification

Item Specification

Receive Frequency

BD1: 2110 MHz ~2170 MHzBD4: 2110~2155 MHz

Maximum Input Level (BLER or R), 16QAM Only

Sub-Test : 1=1/15, 2=12/15, 3=13/15, 4=15/8, 5=15/7, 6=15/0 BLER < 10% or R >= 700kbps

2.6.6) HSUPA Tx, Rx specification

Item Specification

Maximum Output Power

Sub-Test1=11/15 21~24dBm / 3.84 MHz 2=6/15 19~22dBm / 3.84 MHz 3=15/9 20~23dBm / 3.84 MHz 4=2/15 20~25dBm / 3.84 MHz 5=15/15 19~25dBm / 3.84 MHz

Spectrum Emission Mask

Sub-Test : 1=11/15, 2=6/15, 3=15/9, 4=2/15, 5=15/15

Frequency offset from carrier f

Minimum requirement Measurement Bandwidth

2.5 ~ 3.5 MHz -35-15×( f-2.5)dBc 30 kHz

3.5 ~ 7.5 MHz -35-1×( f-3.5)dBc 1 MHz

7.5 ~ 8.5 MHz -35-10×( f-7.5)dBc 1 MHz

8.5 ~ 12.5 MHz -49dBc 1 MHz

Adjacent Channel Leakage Power Ratio (ACLR)

Sub-Test : 1=11/15, 2=6/15, 3=15/9, 4=2/15, 5=15/15> 33 dB @ ±5 MHz > 43 dB @ ±10 MHz

2.6.7) WLAN 802.11b 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 PPMChip clock Frequency Tolerance

within ±25 PPM

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Spectrum Mask ≤ -30 @ fc-22MHz< f <fc-11MHz and fc+11MHz< f <fc+22MHz ≤ -50 @ f < fc-22MHz and f > fc+22MHz

Power ramp on/off time ≤ 2us

Carrier Suppression ≤ -15dB Modulation Accuracy (Peak EVM)

≤ 35%

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 Rejection

≥ 35dB @FER ≤ 8%,interference input signal -70dBm@fc±25MHz(11Mbps)

2.6.8) WLAN 802.11g transceiver specification Item Specification




within ±25 PPM

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

Transmitter constellation error (rms EVM)

≤ -5dB@6Mbps, ≤ -8dB@9Mbps, ≤ -10dB@12Mbps, ≤ -13dB@18Mbps, ≤ -16dB@24Mbps, ≤ -19dB@36Mbps, ≤ -22dB@48Mbps, ≤ -25dB@54Mbps

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

Rx Max input Sensitivity ≥ -20dBm(6,9,12,18,24,36,48,54Mbps) @ PER ≤ 10% Rx Adjacent Channel Rejection

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

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2.6.9) WLAN 802.11n transceiver specification Item Specification




within ±25 PPM

Spectrum Mask ≤ -20 @ ±11MHz offset (9Mhz ~ 11MHz)≤ -28 @ ±20MHz offset (11MHz ~ 20Mhz) ≤ -45 @ ±30MHz offset (20MHz ~ 30Mhz)

Transmitter constellation error (rms EVM)

≤ [email protected], ≤ -10dB@13Mbps, ≤ [email protected], ≤ -16dB@26Mbps, ≤ -19dB@39Mbps, ≤ -22dB@52Mbps, ≤ [email protected], ≤ -28dB@65Mbps

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%[email protected], -79dBm@13Mbps, [email protected] -74dBm@26Mbps, -70dBm@39Mbps, -66dBm@52Mbps [email protected], -64dBm@65Mbps

Rx Max input Sensitivity ≥ -20dBm(6.5,13,19.5,26,39,52,58.5,65Mbps) @ PER ≤ 10% Rx Adjacent Channel Rejection

PER ≤ 10%, ACR ≥ [email protected], ACR ≥ 13dB@13Mbps, ACR ≥ [email protected], ACR ≥ 8dB@26Mbps, ACR ≥ 4dB@39Mbps, ACR ≥ 0dB@52Mbps ACR ≥ [email protected], ACR ≥ -2dB@65Mbps

ACR shall be measured by setting the desired signal's strength 3

dB above the rate-dependent sensitivity specified in min input sensitivity

2.6.10) GPS receiver specification Item SpecificationReceive Frequency 1574.42 MHz ~ 1576.42 MHzMinimum Sensitivity 1 satellite ≥-142dBm, 7 satellites ≥ -147dBm at coarse time aiding

2.6.11) Current consumption Stand by

Voice Call VT Bluetooth Off Bluetooth Connected

WCDMA Only

4.5 mA under (DRX=1.28)

7 mA under(DRX=1.28)

230 mA under(Tx=12dBm)

WCDMAOnly

GSM Only

4.5 mA under (Paging=5 period)

7 mA under(Paging=5 period)

270 mA under(Tx=Max)

GSM Only

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2.6.12) Battery life time Stand by Voice Call VT

WCDMA 350 hours over (DRX = 1.28)

410 min over(TX = 12dBm, Low Pwr mode)

NA

GSM 410 hours over (Paging Period = 9)

340 min over (TX Level = Max) NA

2.6.13) Charging hour 3.5hour under ( 1500mAh battery, 1A TA)

2.6.14) RSSI indicator (Based on Cell power) BAR WCDMA GSM/DCS/PCS

4 Over -90±2dBm Over -90 ±2dBm

43 -90 ±2dBm -90 ±2dBm

32 -96 ±2dBm -97 ±2dBm

21 -102 ±2dBm -103 ±2dBm

10 -110 ±2dBm -107 ±2dBm

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2.6.15) Battery indicator Battery Bar Specification BAR 6 (Full) 90% over

remain%

BAR 6 --> 5 90% 89% BAR 5 --> 4 70% 69% BAR 4 --> 3 50% 49% BAR 3 --> 2 30% 29% BAR 2 --> 1 15% 14% BAR 1 --> 0 5% 4%

Low Battery Pop-up 4% ~ 15% : One Time popup (No call)

Critical Low Battery Pop-up 0% ~ 3% : Every Level change popup (No call)

POWER OFF 0%

2.6.16) P999 Figures

3. TECHNICAL BRIEF



3.1 GENERAL DESCRIPTION

The LG-P999 supports UMTS-2100, UMTS-1700, GSM-850, GSM-900, DCS-1800, and PCS-1900 based GSM/GPRS/EDGE/UMTS. The RF transceiver converts received signals directly from RF to baseband and transmit signals directly from baseband to RF (also known as direct conversion or zero intermediate frequency [ZIF] processing). The LO sources and distribution circuits are also integrated on-chip. Very high peak data rates are supported up to 14.4 Mbps on the WCDMA downlink and 5.76 Mbps on the uplink. Such high data rates enable network operators to provide an even broader range of wireless multimedia and other data services for consumers. Data-only (DO), HSDPA, HSUPA, and HSPA+ are optimized for packet data service.

FEM

D5024

WBand1-PAM

ACPM-5201W2100

DuplexerWCDMA TX SAW

W1700Duplexer

WCDMA TX SAW

WBand4-PAM

SKY77703

MDM6600

RX SAWPRX_HB_INMPRX_HB_IMPPRX_MB1_INMPRX_MB1_INPPRX_LB1_INMPRX_LB1_INPDRX_LB2_INMDRX_LB2_INPDRX_MB1_INMDRX_MB1_INP

G900

G1800/1900

PA_DET_IN

TX_MB4

TX_MB2

GRFC_2/WDOG_DISABLE/GPIO_94CTRL1CTRL2

G850/EGSM

DCS/PCN

TX_LB4

WCDMA2

W2100RX SAW

RX SAW

GSM PAM

ACPM-7868 TX_MB1

GSM850/EGSM TX

PCN/PCS TX

WCDMA1

W1700

G850

ANT_SEL0,1,2,3

CTRL3CTRL4

GRFC_3/BOOT_FROM_ROM/GPIO_95GRFC_4/FAILED_BOOT/GPIO_96GRFC_5/GPIO_97

GPS LNA

ALM-2506RX SAW GNSS_INP

GNSS_INM

RX SAWDRX_HB_INMDRX_HB_INP

[Figure 1-1] Block diagram of RF part

3. TECHNICAL BRIEF

3. TECHNICAL BRIEF



A single analog baseband Tx input is shared by all the MDM transmit paths. Two quadrature upconverters, one dedicated for each band category (low band and high band), translate the Tx waveform directly to the desired RF band. The RF signal is then routed to the appropriate driver amplifier output.

There are eleven RF input ports, all using a differential configuration to maximize common-mode rejection, Tx isolation, out-of-band suppression, and second-order intermodulation performance, thereby eliminating the need for inter-stage SAW filters. There are three quadrature downconverters and three separate interfaces to the baseband circuits – primary, diversity, and GNSS. Although GSM signals can use DRx paths, the PRx LO is used and the diversity baseband signals are routed to the PRx output port to allow the primary baseband Rx circuits to process the GSM signals even when using DRx paths. A dedicated signal path is provided for GNSS, but its downconverter shares a PLL with the DRx downconverter; this means SHDR and GNSS operation cannot occur simultaneously.

The MDM6200 device is powered by PM8028 power management IC. The power source is selected from either the battery, external charger, adaptor, or USB device, and then the IC generates all the regulated voltages needed to power the handset electronics.

The MDM device supports a variety of consumer electronics with its connectivity ports:

- Full-speed universal serial bus (only via HS-USB)

- High-speed USB on-the-go (USB-OTG) with built-in physical layer (PHY)

- USB universal integrated circuit card (USB-UICC)

- Universal asynchronous receiver transmitter (UART) serial ports

- UMTS subscriber identity module (USIM); 1.8 V support (3.3 V support with PMIC-level translators)

- Three integrated secure digital (SD) controllers (two at 1.8 V, one at 2.85 V)

- Pulse-coded modulation (PCM) interface

- Inter-integrated circuit (I2C) interface for peripheral devices

- Inter-IC sound (I2S) interface for digital audio

3. TECHNICAL BRIEF



Serial peripheral interface (SPI)

3.2 GSM MODE

3.2.1 GSM RECEIVER

The GSM-850/GSM-1800, receiver inputs of PMB5703 are connected directly to the transceiver front-end Module. The GSM-900/GSM-1900 receiver inputs are using the Rx path with WCDMA1900 and WCDMA900 bands. The 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.

Figure 3-1 shows the line-up for the 2G receiver chain for bands serving only GSM. The RX digital front-end (DFE) contains all digital signal processing. Blue arrows show gain switching inputs of the signal processing stages. The signal path splits at the mixer input into an in-phase and an identical quadrature path. For simplicity the 2nd path is not shown in the figure. The quadrature downconverter translates the useful signal directly to baseband (zero-IF).

[Figure 3-1] 2G Receiver Line Up-GSM Single Mode Setup

Figure3-2 shows the 2G receiver line-up in a multimode band. Note the gain step given for the external LNA may vary from the given value. The chain is basically identical to the 3G line-up but many stages in analog and digital domain are switched into a different operation mode.

switch RF filter LNA mixer analogbaseband filter buffer

20 dBgain step

17 dBgain step

6 dBgain step

35 dBgain range(1 dB step)

RX_2G_LINEUP_A

3. TECHNICAL BRIEF



[Figure 3-2] 2G Receiver Line Up-GSM Multi Mode Setup

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 PMB5703 through band selection filters and matching networks that transform single-ended 50-Ω sources to differential impedances optimized for gain and noise figure. The PMB5703 input uses a differential configuration to improve second-order intermodulation and common mode rejection performance.

The downconverted baseband outputs are multiplexed and routed to lowpass filters (one I and one Q) having passband and stopband characteristics suitable for GMSK or 8-PSK processing. These filter circuits include DC offset corrections.

switch duplexer LNA1interstage

filter

16/-7dB17 dB

gain step6 dB

gain step

35 dBgain range(1 dB steps)

LNA2 mixer analogbaseband filter buffer

RX_2G_LINEUP_MULTI_A

3. TECHNICAL BRIEF



3.2.2 GSM TRANSMITTER

The transmitter takes the modulating symbols sent from baseband via DigRF Interface and converts them into a RF signal. It is based on a polar modulator architecture where amplitude and phase (or alternatively frequency) are first handled separately and afterwards are merged in the RF domain.

The signal flow can be understood when you look at Figure 3-3. The digital symbol stream enters either a 8PSK or a GMSK modulator, depending on the desired mode. The GMSK signal is thereby differentially encoded as postulated by GSM specification 45.004. If a generator runs out of symbols, it behaves as if an input series of repeating dummy symbols has been applied. To simplify mode switching between 8PSK and GMSK, the two generators are synchronized. In 8PSK mode, the output of the internal 8PSK signal generator is given in Cartesian (I/Q) coordinates. The desired conversion into polar coordinates (amplitude and phase) is executed by a CORDIC algorithm. For GMSK mode the CORDIC algorithm is not involved - the incoming GMSK symbols directly determine the modulation frequency of the sigma-delta modulation loop.

In the phase path the phase signal is differentiated to obtain a frequency signal, which is fed into a preemphasis filter to compensate for narrow PLL bandwidth. Afterwards it is applied to the Sigma-Delta modulation loop. In this way the Sigma-Delta PLL shifts the phase information into RF domain.

The digital amplitude signal is multiplied with the ramping waveform, converted into an analog voltage and filtered. After that it is mixed with the purely phase modulated RF carrier to gain an amplitude and phase modulated output signal. The output power can be influenced directly by a PGA (programmable gain amplifier), if no power control loop is needed, or by specifying a target output level, if a closed power loop for enhanced output power accuracyis desired.

[Figure 3-2] 2G Transmitter Line Up

DIG RF

FIFO

GMSK

8-PSK CORDIC dIY-adj.

ACOC

MUX

rampingpow-contr.

RAMP DATA

interpNZsh

DC offset comp

frac-Nmodulation loop

AM-Modulator

RAMP DATA

vco

REF

TX2G_LINUP _EXT

÷N

AD

DA

3. TECHNICAL BRIEF



3.3 UMTS MODE

3.3.1 UMTS RECEIVER

Figure 3-4 shows the line-up for the 3G receiver chain. Note that the high gain / low gain figures for external

LNA1 are given as an example. The blue arrows indicate the gain control inputs for the AGC

[Figure 3-3] 3G Receiver Line Up

After quadrature downconversion to baseband(Zero-IF) the signal is fed to the analog baseband filter. The range and gain step of the following buffer amplifier is actually determined by the needs of the AGC in 3G mode.

12 dBgain step

35 dBgain range (1 dB steps)

For band l:SMARTIUE

other bands:extemal LNA1

16 / -7 dB

switch duplexer inter stagefilterLNA1 LNA2 mixer bufferanalog

baseband filter

RX_3G_LINEUP_A

3. TECHNICAL BRIEF



3.3.2 UMTS TRANSMITTER

Figure 3-4 shows a functional overview of the 3G transmitter chain implemented for RF signal processing. The IQ-chips, which are transferred via the digital interface, are stored in a FIFO. Then it depends on the setting of three signals how samples are consumed from the FIFO Buffer.

Then the samples are fed into a CORDIC, which is used to shift the phase of the complex signal. The root-raisedcosine (RRC) filter performs the pulse shaping according to 3GPP. As the system clock is no integer multiple of the UMTS chip rate a fractional sample rate conversion (FSRC) is necessary. In the amplitude correction / offset correction (AC/OC) block the amplitude and the offset of the IQ-signal are modified. The final sample rate at the output of the digital front end is achieved in the interpolation / noise shaping block, where also the word length is reduced in order to fit to the D/A-converter resolution. After the DAC a post-filter reduces the level of the repetition spectrum and the analog noise in order to supply a clean signal to the IQ-modulator. The frequency conversion to the wanted TX-channel is done in a direct-up conversion IQ-modulator which is followed by a gain stage with a single ended high power output.

[Figure 3-4] 3G Transmitter Line Up

Interface Digital Front End (DFE) DAC Postfilter RF

DIG RF 3G FIFO

CORD

IC

RRC FSRC time adj.

AC / OCinterpNZsh

AD / RET

CORDICWord REQ

EN

ICMP

12 bhsign

QCMP

12 bhsign

DC offset comp

LO ÷N

TX3G_LINEUP

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 saw filter, external LNA and then an impedance optimally matches the

impedance looking into the GPS LNA. The GPS Input Network topology is shown in Figure 1-6.

LNA

SAW filter1565~1606 MHz

Antenna1565~1606 MHz

LNA

SAW filter1565~1606 MHz

Antenna1565~1606 MHz

[Figure 1.6] GPS Input Network Topology

3. TECHNICAL BRIEF



3.5 LO GENERATION and DISTRIBUTION CIRCUIT

The PMB 5703 contains two synthesizer blocks (see Figure3-6). Depending on UMTS or GMSK/8-PSK mode different VCOs, LF and CPs settings are used. In GMSK/8-PSK mode only the TRX PLL loop with the 2G TRX VCO is working, which is available in the TX synthesizer block (left). In UMTS TX/RX mode, two separate synthesizer blocks are available. The TX synthesizer is in the UMTS TX block (left), where the loop is working with the 3G TX VCO. The RX synthesizer is in UMTS RX block working with the 3G RX VCO

[Figure 3-6] RF Synthesizer (GMSK/8-PSK and UMTS)

In the PMB 5703 the receiver and the transmitter contain each a complete fractional-N sigma-delta synthesizer with fast locking. For GMSK/8-PSK RX operation mode a fractional-N sigma-delta synthesizer for the frequency synthesis is used. For GMSK/8-PSK TX operation mode the fractional-N sigma-delta synthesizer is used as a Sigma-Delta modulation loop to process the phase/frequency signal. A 26 MHz reference signal (provided by an internal clock generation block) serves as comparison frequency of the phase detector. In GMSK/8-PSK mode the divider in the feedback path of the synthesizer is carried out as a multi-modulus divider (MMD). The GMSK/8-PSK loop filter is fully integrated and the loop bandwidth is about 100 kHz to allow the transfer of the phase modulation during GMSK/8-PSK operation. The open loop gain is automatically adjusted prior to each GMSK/8-PSK slot . To overcome the statistical spread of the loopfilter element values an automatic loopfilter adjustment is performed before each GMSK/8-PSK synthesizer startup.

3. TECHNICAL BRIEF



The fully integrated GMSK/8-PSK quad-band VCO is designed for the four GMSK/8-PSK bands (850, 900, 1800,1900 MHz) and operates at double (for GSM1800 and GSM1900 band) or four times (for GSM850 and GSM900 band) of the transmit or receive frequency. To cover the wide frequency range the VCO is automatically aligned by a binary automatic band selection before the settling process of the synthesizer starts. In UMTS TX and RX mode a fractional-N sigma-delta synthesizer for the frequency synthesis is used. The implemented divider in the feedback path of the synthesizer is carried out as a multi-modulus divider (MMD). Also the 26 MHz reference signal serves as comparison frequency of the phase detector. The UMTS loop filter is fully integrated and the loop bandwidth is about 180 kHz. The open loop gain is automatically adjusted prior each UMTS channel programming.

The two fully integrated UMTS VCOs are designed for the UMTS bands (I, II, III, IV, V, VI, VIII, IX and X) and operates at double (for bands I, II, III, IV, IX and X) or four times (for bands V, VI and VIII) of the transmit or receive frequency. To cover the wide frequency range the VCOs are automatically aligned by a binary automatic band selection before the settling process of the synthesizer starts.

3. TECHNICAL BRIEF



3.6 OFF-CHIP RF COMPONENTS

3.6.1. UMTS PAM

3.6.1.1 W2100,W900 (U105, ACPM-5281), W1900(U103, ACPM-5202)

The ACPM-5281 is a dual-band PAM (Power Amplifier Module) designed for UMTS Band1 and Band8. The ACPM-5281 meets stringent UMTS linearity requirements. The 4mmx5mm form factor 14-pin surface mount package is self contained, incorporating 50ohm input and output matching networks.

The ACPM-5202 is a fully matched 10-pin surface mount module developed for UMTS Band2. This power amplifier module operates in the 1850-1910MHz bandwidth. The ACPM-5202 meets stringent UMTS linearity requirements up to 28dBm output power (Rel99). The 3mmx3mm form factor package is self contained, incorporating 50ohm input and output matching networks

The ACPM-5281 and ACPM-5202 feature 5th generation of CoolPAM circuit technology which supports 3 modes – bypass, mid and high power modes. The CoolPAM is stage bypass technology which enables power amplifier to lower power consumption. Active bypass feature is added to 5th generation to enhance power added efficiency at low output range and this technology extends talk time of mobiles more by further saving power amplifier’s current consumption. The power amplifier is manufactured on an advanced InGaP HBT (hetero-junction Bipolar Transistor) MMIC (microwave monolithic integrated circuit) technology offering state-of-the-art reliability, temperature stability and ruggedness.

[Figure 3-7] ACPM5281 (W2100,W900)

[Figure 3-8] ACPM-5202(W1900)

3. TECHNICAL BRIEF



3.6.2 26MHz VCTCXO (X101, DSA221SCL)

The Voltage Controlled Temperature Compensated Crystal Oscillator (VCTCXO) provides the reference frequency for all RFIC synthesizers as well as clock generation functions within the PMB5703 IC. The oscillator frequency is controlled by the PMB5703 ICs.

TRK_LO_ADJ pulse density modulated signal in the same manner as the transmit gain control TX_AGC_ADJ. A two-pole RC lowpass 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.

26MHz VCTCXO (X101, DSA221SCL)

3. TECHNICAL BRIEF



3.6.3 FEM + GSM PAM (U104, SKY77529)

The SKY77529 Tx Front End Module (FEM) is designed in a compact form factor for quad-band cellular handsets comprising GSM850/900, DCS1800, PCS1900, supporting GMSK and linear EDGE modulation. Class 12 General Packet Radio Service (GPRS) multi-slot operation is also supported.

The module consists of a GSM850/900 PA block and a DCS1800/PCS1900 PA block, a printed directional coupler for each block impedance-matching circuitry for 50 Ω input and output impedances, a multifunction power amplifier control (MFC) block, low pass harmonic rejection filters, and an SP8T Antenna T/R switch. Two separate Hetero junction Bipolar Transistor (HBT) PA blocks are fabricated onto an InGaP die; one supports the GSM850/900 bands, the other supports the DCS1800 and PCS1900 bands. The InGaP PA die, the silicon MFC die, PHEMT switch die, and the passive components are mounted on a multi-layer laminate substrate. The assembly is encapsulated with plastic overmold.

The FEM incorporates full support for a Serial Peripheral Interface (SPI) bus function. The SPI controller shall accept SPI telegrams with data fields that support PA and switchplexer-related functions. All FEM operating modes and switch states shall be determined by the SPI telegram. The Multi-function Control (MFC) provides pin out for interoperation with a specified transceiver that will establish a closed loop power control mechanism. The external circuit uses the Linear Detector output to set a fixed bias point for 8PSK (EDGE) mode and a variable bias point for GMSK (GSM) mode.

The power control loop together with the MFC will reduce sensitivity to antenna load, input drive, temperature, power supply, and process variation. The combined circuit configures the PA for fixed gain in 8PSK mode while providing the ability to optimize the PA bias at different power levels to maximize efficiency.

[Figure 3-10] SKY77529 Block Diagram

VCMOS

Tx_HB

VSPI

CLK

DRW

SSVDET

VRAMP

Tx_LB

V-Q3_HB

RxTx-H

Rx-M3

Rx-M2

ANTENNA

RxTx-M1

Rx-L1

RxTx-L2

Match

BICMOSMFCSERIAL

PERIPHERAL

INTERFACECONTROL

LINEAR RFDETECTOR

POWERAMP

CONTROL

Match

BattV-Q3_LB

3. TECHNICAL BRIEF



[Figure 3-11] SPI Write Programming Truth Table

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.

3. TECHNICAL BRIEF



3.7 Digital Baseband(AP20H)

NVIDIA® Tegra™ 200 Series Mobile web Processor (MWP) is a complete applications and digital media system

built around the following processing elements:

AP20H Block Diagram(Typical Connections Shown)

3. TECHNICAL BRIEF



Dual-core ARM® Cortex-A9 MPCore™ processor

HD AVP (2.0) High-definition Audio-video processor

The HD AVP Processor handles audio-video processing and supports H.264, VC-1, and MPEG-4 video

standards.High definition video playback and capture are accelerated with dedicated hardware. Baseline JPEG

encoding and decoding are also supported.

Ultra Low-power NVIDIA® GeForce® Graphics Processing

The ULP GeForce GPU handles 2D graphics rendering and 3D pixel and vertex shading.

Imaging System

Accepts still images in Bayer and YUV formats, converts the various input formats, and writes the data to

memory as indicated by software.

Display Controller Complex

The Display Controller Complex contains dual display controllers with various external interface options for LCD

panels, CRTs, and televisions, including HDMI output at 1080p.

In addition to its processing elements, an extensive set of peripheral interfaces enables communication with all

necessary external devices. This high level of integration minimizes system BOM and enables compact form

factor design.

3. TECHNICAL BRIEF



3.8 Hardware Architecture

<System HW Block>

Figure. Block Diagram

SDIO1BT Wi-FiFM

Star LGP999 Block Diagram38.4M C

ame

8M / A

CSI

LCD 4.0”WVGA (800X480)

CPU I/F

UART3SDIO1

FEM

GSM SWB-B25 Mod.

BT Wi FiFM

DSI

eraA

F

VI

CAM_I2C

VT Cam

1.3M

FM Ant

GPS LNAGSMPAM

GPS

QualcommMDM6200R

F I/F

Touch Driver

LCD Backlight

( )

Touch Screen

LCD C/P (w/ ALC)

Light sensor

Touch moduleGEN1_I2C

GEN1_I2C

4Gb LPDDR2 SDRAM

POP

SDRC

M t d

X32GNSS

GPIOGPIO

FM I2SUART

PAM

Filter

FilterWCDMAPAM

MEM

I/F

Motor

AU

X PC

M

Light sensor

MCP(MP)

PWM

AP20H

Mounted on AP20H Sample

WCDMA

USI

M I/

F

SP SPI1

GPIOGPIO

I2C

AMP

USBF/S

3 axis accelerometerGEN2_I2C

UART UART1

C

GyroSPI2SPI2

SSBIDUPLEXER Filter

X16512Mb DDR

SDRAM

1Gb NAND X16uUSB

connector

MCP(MP)

SDIO3

SW USB

Proximity sensorModem PCM(DAP3)

BT PCM(DAP4) GEN2_I2C Compass

32.768K

Key Input(PWR, Vol, …)

HSMMC I/F

GPIO

USIMSW

MU

ICUART2USBUARTChargerHS USB

HDMIDDC

X8

GEN1_I2C

8GB User memoryeMMC MAX17040G

12M

MicReceiver

Fuel gaugeRT9524

PMICEN

GEN2_I2CPWR_I2C DAP1

Charger IC

WM8994

DAP2Thermal Sensor

(NCT1008)

32.768K

connector

CPU Power(MAX8952)

PMIC(PM8028)

3.5 pi earjack

SpeakerPMIC

(MAX8907C)V_POWERRAILWM8994

1500mAhFM Ant

3. TECHNICAL BRIEF



3.9.2. Architecture Introduction

3.9.3. Air Interface – WCDMA

3.9 Subsystem

3.9.1. Processors

Industry standard ARM1136JS™-embedded microprocessor subsystem

L1 instruction and data cache memories (32 KB each)

L2 cache (256 KB)

Instruction set compatible with ARM1136JS processor

Higher performance 8-stage pipeline, Harvard cached architecture

Higher internal CPU clock rate with on-chip cache

Java® hardware acceleration through ARM1136JS Jazelle™ core

Two QDSP4™ cores for modem and application DSP

3.9 Subsystem

3. TECHNICAL BRIEF



3.9.2. Architecture Introduction

3.9.3. Air Interface – WCDMA

3.9.4. Air Interface – GSM

3.9.5. Air Interface – GNSS Position Location and Navigation System

Gen8 (GPS L1 + GPS L1 wide + GLONASS) is supported.

Satellite and network information is merged to provide a high-availability solution with industry-

leading accuracy and performance.

High-sensitivity solution that works in all terrains: indoor, outdoor, urban, and rural.

Supported modes:

Mobile-assisted

Mobile-based

Standalone (autonomous)

Next-generation gpsOne® solution with an enhanced GPS engine:

Enhanced filtering software optimizes GPS accuracy and availability

gpsOneXTRA™ assistance for enhanced standalone GPS performance

Wideband processing of GPS signals helps resolve multipath interference, promoting I mproved

measurement accuracy.

Support for CDMA/UMTS control plane, GSM control plane, and OMA SUPL 1.0 user plane assisted-GPS

protocols

GLONASS standalone mode:

GLONASS capability increases the number of satellites available to the positioning engine,

resulting in an expanded area of coverage over traditional GPS receivers.

3. TECHNICAL BRIEF



3.9.4. Air Interface – GSM

3.9.5. Air Interface – GNSS Position Location and Navigation System

Gen8 (GPS L1 + GPS L1 wide + GLONASS) is supported.

Satellite and network information is merged to provide a high-availability solution with industry-

leading accuracy and performance.

High-sensitivity solution that works in all terrains: indoor, outdoor, urban, and rural.

Supported modes:

Mobile-assisted

Mobile-based

Standalone (autonomous)

Next-generation gpsOne® solution with an enhanced GPS engine:

Enhanced filtering software optimizes GPS accuracy and availability

gpsOneXTRA™ assistance for enhanced standalone GPS performance

Wideband processing of GPS signals helps resolve multipath interference, promoting I mproved

measurement accuracy.

Support for CDMA/UMTS control plane, GSM control plane, and OMA SUPL 1.0 user plane assisted-GPS

protocols

GLONASS standalone mode:

GLONASS capability increases the number of satellites available to the positioning engine,

resulting in an expanded area of coverage over traditional GPS receivers.

3. TECHNICAL BRIEF



3.9.6. Audio function

Audio Processing on ARM Core The ARM™1176 core is mainly in charge of “audio application” tasks, including audio playback, audio streaming and audio recording if required. This implies the usage of codec algorithms such as MP3, WMA, AAC etc., which must be implemented as decoder and/or encoder software on the ARM core. Decoded audio streams are transmitted as PCM samples to the DSP core via a shared memory. Audio streams to be encoded are transmitted by the DSP to the ARM core via a shared memory. The ARM can also generate ring tones and service tones to notify an incoming call, an incoming message or any audio notification of a phone´s event (warning, error, confirmation, battery low, etc.). Another activity on the audio side for the ARM is the streaming of compressed audio data over the UART interface to the Bluetooth chip for A2DP usage (Advanced Audio Distribution Profile: audio playback over Bluetooth). Via the same interface it communicates with the Bluetooth chip (this is not restricted to audio activities). The ARM core is managing the configuration of the AFE by sending commands to

the DSP over shared memory to activate various configurations of the AFE. Note that the activities of the ARM

remain purely digital audio processing.

Audio Processing on DSP Core The DSP core is in charge of “speech audio” and mixing tasks and its activities remain - as the ARM - purely digital audio. The DSP can also execute some “audio application” tasks. It ensures the simultaneous encoding and decoding of speech audio frames during telephone conversation. It uses different sets of vocoders as specified by the applicable standards for the ongoing telephone conversation. On the audio out path (i.e. towards the speaker) it mixes “audio application” received over shared memory with decoded speech audio. On this path it can also mix some audio samples coming from the microphone to enable the feedback loop to the speaker (Sidetone generation, as specified in 3GPP/ TS 43.050, chapter 3.10). On the audio in path (i.e. from the microphone to the transmission of the encoded audio samples over the air) the DSP can also mix speech audio samples with any other digital audio source and analogue FM radio as well. The mixing capabilities are extremely broad as the cases mentioned above are only examples. These mixing capabilities also include the ability to execute a sample rate conversion to bring all samples to the same rate before mixing. The DSP also can execute some audio application tasks such as PCM, ADPCM, SB-ADPCM audio playback and recording. Simple Tone (sine tones, DTMF, key click) can be generated as well. The next activity of the DSP is transferring data to and from the hardware peripherals (AFE, I2S0 and I2S1). When receiving a command from the ARM the DSP directly configures the different modes of the AFE. The DSP also manages the I2S interfaces I2S0 and I2S1. I2S0 interface, configured as master interface, is used to exchange speech audio samples at a rate of 8 or 16 kHz mono on both directions with the Bluetooth chip in the case of a speech call using a Bluetooth headset. The I2S1 interface can be used as slave or master interface, enabling the exchange of audio stereo samples at any common rate between 8 and 48 kHz, potentially asymmetrically between RX and TX. This is to act as an audio bridge with an external audio chip (application processor, audio processor,etc.). Note that the activities of the DSP - like the ARM - remain purely digital audio processing. Refer to the document “system requirements specification” for more details on the different audio application features supported by the chip.

3. TECHNICAL BRIEF



Audio Processing on Audio Front End The AFE is used as a playback and capture device, i.e. exchanging digital audio stereo samples on both

directions (from microphone to DSP and from ARM/DSP to speaker). On audio-in path analog to digital

conversion and amplification is executed. On the audio-out path digital to analog conversion and power

amplification is performed. Additionally, the AFE physically selects the correct audio analog paths and is directly

managing the analog inputs and outputs.

3.9.7. Vocoder Subsystem

FR, HR, EFR speech channels (TCH/FS, TCH/HS, TCH/EFS)

• NAMR/WAMR speech channels over GMSK and 8PSK

• Mandatory sub-functions for speech channels:

– Discontinous transmission (DTX)

– Voice activity detection (VAD)

– Background noise calculation

• Fullrate and halfrate data channels (F14.4, F9.6, F4.8, F2.4, H4.8, H2.4)

3. TECHNICAL BRIEF



3.10. Power Block

3.10.1. General

Since P999DW uses two individual chips, MDM6200 (Qualcomm Modem) uses PM8028 and AP20H uses

MAX8907C as a main PMIC.

3.10.2 PM8028

The PM8028 device (Figure 1-1) integrates all wireless handset power-management, general-housekeeping, and

user-interface support functions into a single mixed-signal IC. Its versatile design is suitable for CDMA, UMTS,

and/or GSM phones, and other wireless products such as data cards and PDAs.

This mixed-signal BiCMOS device is available in the 136-pin nano-scale package (136 NSP) that includes several

ground pins for electrical ground and thermal relief.

Since the PM8028 IC includes so many diverse functions, its operation is more easily understood by considering

major functional blocks individually

Figure. LGP999DW Modem Power Block Diagram

otherPMIC

circuits

BatteryPMIC

UIM/UICC

L8LDO

L2LDO

L15LDO

L19LDO

L4LDO

L3LDO

L7LDOL1

LDOL11LDO

L6LDO

L10LDO

L18LDO

S1buck

S2buck

S3buck

DDRSDRAM

NAND

digitalI/Os

VDD_CORE1.1V

VDD_A0

VDD_P1 & VDD_P21.3V

1.8V

VDD_P4

VDD_MPLL1.2V

1.1VVDD_A2

VDD_A12.05V

1.8VVDD_P3

2.65VVDD_P63.075V

VDD_P51.8V

SDIO

OSC Basebanddigitalcore

GPSADC

EBI 1 EBI 2Pads &

ext I/OS

Reserved

digitalPLLs

BB Rx DACs

ANA1ckts

SDIOPads

USB3P3

USB1P8 O_Fuse

requiredsupbregufation

3. TECHNICAL BRIEF



3.10.3 MAX8907C

The MAX8907C is a complete power management IC (PMIC) for mobile devices that use the nVidia’s application

processors (AP), or other similar application processors. The MAX8907C includes three high efficiency step-down

regulators and 22 LDOs to power the application processor, internal Logic, I/O, memory, and system accessories.

An additional step-up converter drives up to 14 white LED with controlled current for display backlighting. All

power and WLED outputs are set via an I2C interface.

Figure. MAX8907 functional block diagram

LGE Internal Use OnlyPower Block Diagram - AP

VCC IO 1V8 (1.8V/1000mA)SUPERCAP- +

VCC_IO_1V2(1.2V/1200mA)

V2V3

V1VCC_CORE_1V2 (1.2V/1000mA)

RTC_OUT LPDDR0

VCC_MIPI_1V2 (1.2V/150mA)

VCC_PLL_1V1 (1.1V/150mA)

VCC_IO_1V8 (1.8V/1000mA)VCC_DDRx_3V3(3.3V/150mA)

AP20H

V3LDO1

LDO2

LDO4

LDO6

LDO12VCC_HDMI_3V3(2.8V/300mA)

VCC_USB_3V3(3.3V/150mA)

LDO11

VCC_CPU_1V0 (1.0V/2200mA)

SCLK

SDAT

nINT

PWREN

RST

PWR_I2C_SCL

PWR_I2C_SDA

PWR_INT_N

CORE_PWR_REQ

SYS_RESET_N_AP20

POWER

VCC_HDMIPLL_1V8(1.8V/150mA)

VCC_SDIO_2V8(2.8V/300mA)LDO17

AP_PWR_ON

VREG_RFRX1(2.7V/150mA)

5Pin u-USBConnector MAX8907C

eMMC

V POWERRAILLDO15

VCC_eMMC_2V8(2.8V/150mA)LDO5

VCC_APTEMP_3V3 (2.8V/150mA) NCT1008AP TEMP SENSOR

NONKEYPWR_ON_SW

TCLKAPPMU_32K_CLK

POWERONKEY

LDO16 DNIVCC_eMMC_2V8(2.8V/300mA)

VCC_VI_1V2 (1.2V/300mA)LDO18

VCC_RTC (1.1V/mA)SDBY

TCLK2GPS_32K_CLK

V_CHG

Connector

RT9524Charger

V POWERRAIL

MAX8907C V_POWERRAIL

DC/DC (1.2V) MAX8952

AP TEMP SENSOR

V_POWERRAILVBAT

TOUCHVCC_TOUCH_3V1(3.0V/150mA)

LDO10

LDO8VCC_SENSOR_1V8(2.8V/150mA)

COMPASSAMI304

CPU_PWR_REQ

WLAN/BT/FMBCM4329

Proximity CTRL IC

Motion SensorKXTF9

Battery1500mA

V_POWERRAIL

VBAT

GYROMPU3050LDO7

VCC_SENSOR_3V0(2.8V/150mA)

A-GPS /BCM4751LDO(1.8V)BU12TD2

LDO8

LCD

AK8973BVCC_LCD_1V8(1.8V/150mA)

1500mA

Fuel Gauge ICMAX17040

LCD BLT Charge PumpAAT2870 VCC_LCD_2V8(2.8V/150mA)

CAM_VIO_1V8(1.8V/300mA)

CAMERA FLASHAAT1207

LDO14 DNIVCC_GPS_2V8(3.3V/500mA)

LDO19VCC_LCD_1V8(1.8V/150mA)

VCC_LCD_2V8(3.3V/150mA)

DNILDO3

DNI

Micro SD

8MCamera

VGACamera

VGA_IO_1V8(1.8V/300mA)

CAMERA SUB PMICLP8720

CAM_AF_2V8(2.8V/300mA)

CAM_AVDD_2V8(1.8V/300mA)

VGA_AVDD_2V8(2.8V/300mA)

CAM_VDIG_1V2(1.2V/400mA)

DC/DCAAT1217

LDO13LDO20

Challenge 1213The People Company 1/2WCDMA/GSM

ModuleMotor

Audio CodecWM8994

HDMI

BEADV_BAT_CP

VCC_VGA_HDMI_5V0 (5.0V/1200mA)

Motor DriverSM100

AAT1217

VCC_MOTOR_3V0 (3.3V/300mA)

3. TECHNICAL BRIEF



3.10.3 Charging control

P970 uses individual Charger IC which is RT9524.

Features � 28V Maximum Rating for DC Adapter � Internal Integrated Power MOSFETs � Support 4.2V/2.3A Factory Mode � 50mA Low Dropout Voltage Regulator � Status Pin Indicator � Programmed Charging Current � Under Voltage Lockout � Over Voltage Protection � Thermal Feedback Optimized Charge Rate � RoHS Compliant and Halogen Free

P999

4

3.10.4.1 P999 uses individual Charger IC which is RT9524.

30

3. TECHNICAL BRIEF



3.10.3.2 Constant Current Charging

Battery Pre-Charge Current

During a charge cycle, if the battery voltage is below the pre-charge threshold, the RT9524 enters the Pre-charge

mode. This feature revives deeply discharged cells and protects battery. Under USB100 Mode, the pre-charge

current is internally set to 95mA. When the RT9524 is under USB500 and ISET Mode, the pre-charge current is

20% of fast-charge current set by external resistor RISET.

Battery Fast-Charge Current

ISET Mode

The RT9524 offers ISET pin to program the charge current. The resistor RISET is connected to ISET and GND. The

parameter KISET is specified in the specification table.

4

530

3. TECHNICAL BRIEF



Battery Voltage Regulation (CV Mode)The battery voltage regulation feedback is through BATT pin. The RT9524 monitors the battery valrage vetween BATT and GND pins. When the battery voltage closes to battery regulation voltage threshold, the voltage regulation phase begins and the charging current falls below the programmed end-of-charge current threshold, the CHG_S pin gose high to indicate the termination of charge cycle.The end-of-charge cyrrent threshold is set by the IEOC pin. The resistor Rieoc is connected to IEOC and GND.The parameters Kieoc and IEOC are specified in the specification table.

IEOC(%) =

The current threshold of IEOC (%) is defined as the percentage of fast-charge current set by Riset. After the CHGSB pin pulled to high, the RT9524 still monitors the vattery voltage. Charge current is resymed when the battery voltagr goes to lower then the battery regulation voltage threshold.

RIEOC200

3. TECHNICAL BRIEF



3.10.4.3. 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 around 240mA from Travel adaptor.

3.10.4.4. LGP999DW Charging Specification

-Charging Method : CC & CV (Constant Current & Constant Voltage)

-Maximum Charging Voltage : 4.2V

-Maximum Charging Current : 948mA

-Nominal Battery Capacity : 1500mAh

-Charging time : Max. 3h 30m

- Full charge indication current (icon stop current) : 248mA

3.10.4.5. LGP999 battery bar icon display

Battery Bar Number Specification

BAR 6 (Full) 90% over

Remain %

BAR 6 --> 5 90% 89%

BAR 5 --> 4 70% 69%

BAR 4 --> 3 50% 49%

BAR 3 --> 2 30% 29%

BAR 2 --> 1 15% 14%

BAR 1 --> 0 5% 4%

Low Battery Pop-up 4% ~ 15% : One Time popup

Critical Low Battery Pop-up 0% ~ 3% : Popup at every level change

POWER OFF 0%

Table. LGP999DW battery bar specification

3. TECHNICAL BRIEF



3.11. External memory interface

3.11.1. Introduction

Since LGP999DW contains communication and application processor, memory is dedicated only for each

processor. MDM6200 (Qualcomm modem) uses MCP (Multi Chip Package) 1Gb nand / 512Mb DDR and AP20H

uses POP (Package on Package) 512MB LPDDR2 and 8GB eMMC nand memory.

3.11.2.LGP999DW MDM6200 (Qualcomm Modem) memory Interface

-Multi Chip Package : DDR SDRAM and NAND Flash merged 1 package -512Mbit Mobile DDR SDRAM / 1Gbit NAND Flash

Interface Spec

Part Name Product Gr Maker Operation Voltage Speed

H8BCS0QG0MMR-

46M

NAND Hynix 1.8V 45ns

SDRAM 1.8V 166MHz

3.11.3.LGP999Dw AP20H memory Interface

- Package on Package on AP20H: LPDDR2 SDRAM - 8GB eMMC 4.4 version

Interface Spec


H8TBR00U0MLR-0DM SDRAM Hynix 1.8V/1.2/1.2/1.2 DDR2 800

(400MHz)

Interface Spec


THGBM2G6D2FBAI9 NAND Toshiba 2.8V 31MB/s for read

20MB/s for write

3.11.4. External SD card memory Interface

AP20H supports external SD card which supports up to 32GB (SDHC compatible)

3. TECHNICAL BRIEF



3.12. HW Subsystem

Five general serial bus interface (GSBI) ports, each up to 4-bits wide; configuration optionsinclude:

UART

UIM

I2C

I2S

SPI

PCM

General-purpose I/O (GPIO) bits

High-speed USB-OTG port with built-in PHY (configured as host or peripheral)

USB 2.0 specification-compliant as a peripheral or embedded host

Compliant with the OTG supplement to USB specification Rev 1.2

Full-speed USB port

UICC (SIM)

UART: high-speed, up to 4 Mbps

UICC (SIM)

USIM controller

USIM, SIM, and large capacity (USB-UICC) support

Data rates up to 4 MHz

1.8 V support; 3.3 V support with PMIC level translators

Three, 4-bit, secure digital card controller (SDCC) ports

1.8 V on SDCC2 and SDCC3 ports; 2.85 V on SDCC1 port

MMC and SD cards

Up to 52 MHz

I2C compatible interface (1.8 V only)

Near field communicator (NFC)

Sensors

I2S

For external audio codec

Serial peripheral interface (SPI)

Master and slave modes are supported

SPI master supports up to a 26 MHz output clock

SPI slave supports up to a 15 MHz input clock

Sensors PCM

3. TECHNICAL BRIEF



3.13. Audio and sound

3.13.1. Overview of Audio path

Figure. Block diagram of Audio & Sound path

3.13.2. Audio codec(Wolfson_wm8994)

The WM8994is a highly integrated ultra-low power hi-fi CODEC designed for smart phones and other portable

devices rich in multimedia features.

An integrated stereo class D/AB speaker driver and class W headphone driver minimize power consumption

during audio playback.

The device requires only two voltage supplies, with all other internal supply rails generated from integrated LDOs.

Stereo full duplex asynchronous sample rate conversion and multi-channel digital mixing combined with

powerful analogue mixing allow the device to support a huge range of different architectures and use cases.

A fully programmable parametric EQ provides speaker compensation and a dynamic range controller

used in the ADC or DAC paths for maintaining a constant signal level, maximizing loudness and protecting

speakers against overloading and clipping.

A smart digital microphone interface provides power regulation, a low jitter clock output and decimation filters

for up to four digital microphones. A MIC activity detect with interrupt is available.

Active ground loop noise rejection and DC offset correction help prevent pop noise and suppress ground noise

on the headphone outputs.

AUDIO

AP20BT PCM SYNC

SLEEP_CLKCLK_32K_OUT

BCM4329

DAP3_PCM_FS

BT_PCM_SYNC

DAP3_PCM_DOUTDAP3 PCM DIN

BT_PCM_DOUTBT_PCM_DIN

BT_PCM_CLK

DAP4_FS

DAP4_DIN

DAP4_DOUT

DAP4_SCLK

BT_PCM_SYNC

BT_PCM_OUT

BT_PCM_IN

BT_PCM_CLKDAP3_FS

DAP3_DIN

DAP3 DOUT UART3 TXDBT_UART_TXD BT UART RXD

MDM6200I2S1_WA0

I2S1_TX

BCM4329DAP3_PCM_DINDAP3_PCM_SCLK

PCM

DAP3_DOUT

DAP3_SCLK

UART3_TXD

UART3_RXD

UART3_RTS_N

UART3_CTS_N

BT_UART_RXDBT_UART_RTS_NBT_UART_CTS_N

BT_UART_RXD

BT_UART_TXD

BT_UART_CTS_NBT_UART_RTS_N

I2S1_RX

I2S1_CLK0

I2SPCM

AU

D_O

UT_

L

AU

D_O

UT_

R

UT

LK NUT

LKK LK2

A L

GEN2_I2C_SDA

GEN2_I2C_SDA

38.4 MHz

DIN

DO

UT

FS SCLK

DIN

DO

UT

FS SCLK

MC

LK

MC

LK2

8MH

z

SEN

SE

DC

AA

DAP

2_D

IN

DAP

2_D

OU

DAP

2_FS

DAP

2_SC

L

DAP

1_D

IN

DAP

1_D

OU

DAP

1_FS

DAP

1_SC

L

DAP

_MC

L

DAP

_MC

L

GEN

2_I2

C_S

DA

GEN

2_I2

C_S

CL

MAXIMADC

DAP

1_D

DAP

1_D

DAP

1_F

DAP

1_S

DAP

2_D

DAP

2_D

DAP

2_F

DAP

2_S

AUD

IO_M

AUD

IO_M

12.2

8

RC

LK2

CD

AT2

CD

AT2

BC

LK2

RC

LK1

CD

AT1

CD

AT1

BC

LK1

MC

LK1

MC

LK2

EAR

_S

HO

OK

_AIN2RN

EAR_MICSDA

SCLK

PMIC

AIF_3

GPI

O4/

LG

PIO

5/D

AC

GPI

O7/

AD

CG

PIO

3/B LR

DA

CA

DC BM M

Digital Mixer Receiver

HPOUT1LHPOUT1R

MICBIAS1 MICBIAS_23.5 Earjack

IN1RPIN1LP

IN1LN HPOUT2NHPOUT2P

WM8994Digital Mixer Receiver

SpeakerIN1RN HPOUT2P

SPKOUTLNSPKOUTLP

3. TECHNICAL BRIEF



3. TECHNICAL BRIEF



FB1202

0.1u

C1208

C1216

DNI DNI

C1217

R12120

R1205 0

1uC1218

1uC1223

U1201

G7

H7

H8

G8

B3

C3

A2

B1

A6

B4

C4

B5

C5

H6

G6

G5

F8

F9

E8

E7

C9

B6

A7

A5

A3

E1

D3

A4

G2

H1

F3

F7

E2

H9

C1

A1

D6

A8

A9

C7

B7

B8

B9

C8

D7

F5

H4

H5

F6

G4

E5

H3

F4

H2

G3

F2

E4

E3

G1

C6

E6

D5

D4

D1

D2

F1

G9

D8

C2

B2

D9

E9LDO1VDDAVDD1SPKVDD1SPKVDD2AVDD2CPVDDDCVDDDBVDDLDO2VDD

LDO1ENALDO2ENAVREFC

DMICCLCK

BCLK1LRCLK1DACDAT1ADCDAT1ADCLGCLK/GPIO1

GPIO3/BCLK2GPIO4/LRCLK2GPIO5/DACDAT2GPIO7/ADCDAT2GPIO6/ADCDLRCLK2

GPIO11/BCLK3GPIO10/LRCLK3GPIO8/DACDAT3GPIO9/ADCDAT3

IN1LNIN1LP

IN2LN/DMICDAT1IN2LP/VRXN

IN1RN1N1RP

IN2RN/DMICDAT2IN2RP/VRXP

AGND1SPKGND1SPKGND2CPGNDDGND

HP2GND

SDASCLK

CS/ADDRCIFMODE

MCLK1GPIO2/MCLK2

SPKMODEREFFGND

MICBIAS1MICBIAS2

VMIDC

AGND2AGND3

HPOUT2NHPOUT2P

HPOUT1FBHPOUT1RHPOUT1L

LINEOUT1NLINEOUT1PLINEOUT2NLINEOUT2PLINEOUTFB

SPKOUTLNSPKOUTLP

SPKOUTRNSPKOUTRP

CPCACPCB

CPVOUTNCPVOUTP

VCC_AUDIO_1V8

C1207

1u

V_POWERRAIL

C1206

1u

C1213 0.1u 20R1214

100KR1203

C1205

4.7u

2.2uC1225

2.2uC1224

C1220 2.2u

C1211 4.7u

4.7u

C1209

1uC1214

R1213 20

100KR1204

TP1201

VCC_AUDIO_1V8

TP1203

C1210

4.7u

R1218 10K

R1217 10K

C1212 0.1u

AUDIO_MCLK

DAP1_SCLKDAP1_FSDAP1_DOUTDAP1_DIN

DAP2_SCLKDAP2_FS

AUDIO_INT_N

GEN2_I2C_SCLGEN2_I2C_SDA

DAP2_DOUT

AUDIO_MCLK2

DAP2_DIN

WM_LDO_EN

MIC1P

50PIN_EAR_L

50PIN_EJ_MIC

MICBIAS

50PIN_EAR_R

SPK_PSPK_N

RCV_N

RCV_P

EAR_GND

EJ_MICBIAS

MIC2P

EJ_MICBIAS Added

RCV Path Added

Wolfson WM89941M

R12

19

VCC_IO_1V8

R12

2347

K

0R1221

C1227

0.1u

Q1201

43

52

61

D1

D4

D2

D3

GS

EARJACK_SENSE

50PIN_EAR_SENSE

3.5Phi EARJACK Detect

0 R1220

1u

C1222C1221

47p

R12

16

2.2K

120pC1226

R12220

HOOK_ADC

50PIN_EJ_MIC

EJ_MICBIAS

HOOK_DET

3.5Phi MIC Detect

3. TECHNICAL BRIEF



3.14 Main (8M pixels) & Sub (1.3M pixels) Camera

LG-P999DW supports two cameras. One is 8M pixels, main camera, the other is 1.3M pixels, sub camera used VT & self camera scene.

Figure. Main 8M Camera Schematic

Figure. Sub 1.3M Camera Schematic

FL1009

1

42

5

6

3P2 P4

P1 P3

P6

P5

C1005

1u

FB10

02

FB10

03

FL1001

109

84736251

P1 P5P2 P6P3 P7P4 P8

G1

G2

ZD1002

1u

C10100.1u

C1006

CN1002

1312

1411

1510

169

178

187

196

205

214

223

232

241

CAM_VIO_1V8 CAM_AF_2V8

CAM_AVDD_2V8

CAM_VDIG_1V2

0.1u

C1007 C1008

0.1u

ZD1003

0.1u

C1011C1009

1u

FB10

01

GND

8M_MIPI_DATA0_N8M_MIPI_DATA0_P

8M_MIPI_DATA1_P8M_MIPI_DATA1_N

CAM_I2C_SDA

CAM_I2C_SCL

CAM_MCLK8M_MIPI_CLK_P

8M_RESET_N

8M_MIPI_CLK_N

8M_CAM_VCM_EN

8M_MIPI_CAMERA

0.1u

C10

16

C10

130.

1u

CN1001

1312

1411

1510

169

178

187

196

205

214

223

232

241

VT_AVDD_2V8

C10

151u1u

C10

14

VT_IO_DVDD_1V8

VT_CAM_PWDN

VT_HSYNC

VT_VSYNC

VT_RESET_N

CAM_I2C_SDA

CAM_I2C_SCL

CAM_MCLK

VT_CAM_DATA[0]

VT_CAM_DATA[1]

VT_CAM_DATA[4]

VT_CAM_DATA[5]

VT_CAM_DATA[2]

VT_CAM_DATA[3]

VT_CAM_DATA[6]

VT_CAM_DATA[7]

VT_PCLK

1.3M_VT CAMERA

3. TECHNICAL BRIEF



Figure. Camera Sub PMIC Schematic

Figure. Camera Block diagramFigure. Camera Block diagram

CAM_AF_2V8

VT_AVDD_2V8

VT_IO_DVDD_1V8

V_POWERRAIL

CAM_VDIG_1V2

L1001 2.2u

CAM_VIO_1V8

U1001

B1

E1C2

B2

C1

E2

D3

C3

A1C4

B3

A3

D4

E3

D2

B4E4

A2

D1

A4

VB

ATT

VIN

2

VIN

1VINB LDO1

FB

SW

GNDB

LDO2

IRQ_N

SDA LDO3

SCL

DVS

EN

LDO4

DEFSEL

IDSEL LDO5

GN

D

CAM_AVDD_2V8

R10030

2.2u

C1003

C1019

2.2u 1u

C1020

1u

C1021C1018

2.2u

C1017

1u

10u

C1012

10u

C1001C1004

2.2u 2.2u

C1002

CAM_I2C_SDACAM_I2C_SCL

CAM_SUBPM_EN

SUB PMIC-CAM POWER

CAMERA

VT IO DVDD 1V8

VT_PCLK

VT_HSYNC

VT VSYNC

CAM_MCLK

EMI/ESD Filter

VT_IO_DVDD_1V8

VT_AVDD_2V8

`

1.3M Camera

VT_VSYNC

VT_DATA[7:0]

VT_RESET_N

VT CAM PWDNVT_CAM_PWDN

CAM_I2C_SCL

CAM_I2C_SDA CAM_SUBPM_EN

LP8720SUB PMIC

LP8720SUB PMIC

AP20

8M MIPI CLK NCAM_VDIG_1V2Common mode filter

8M

Camera

(LGIT)

8M_MIPI_CLK_N

8M_MIPI_DATA0_N

8M_MIPI_CLK_P

8M_MIPI_DATA0_P

CAM_AVDD_2V8

CAM_VIO_1V8

CAM_AF_2V8 8M MIPI DATA1 N(LGIT) 8M_MIPI_DATA1_N

8M_MIPI_DATA1_P

8M_RESET_N

CAM_MCLK

8M CAM VCM EN8M_CAM_VCM_EN

CAM_VIO_1V8

3. TECHNICAL BRIEF



3.15 Display

LCD module is connected to Main PCB with 50-pin connector.

The LCD is controlled by CPU Interface in AP20.

Table. Interface between LCD Module and MAIN Board

Pin No. Signal I/O Function

1 LED_A - Power Supply for LED

2 LED_A - Power Supply for LED

3 LEDC_2 - Ground for LED




7 AVCI(2.8V) I Power Supply for Analog circuit

8 PWM0 O Back Light Control of LED Driver

9 DB0 I/O Data Bus (Instruction & Display Data)












21 GND - Ground

22 RDX I Read Enable

23 CSX I Chip Select

24 RESB I Reset

25 MAKER_ID(Low) O Maker ID(Low; GND level)

Pin No. Signal I/O Function

26 GND - Ground

27 SVCI(2.8V) I Power Supply for Analog circuit

28 IFSEL_1 I Interface mode Select (24-bit: GND)

29 WRX I Write Enable

30 DCX I Data command













43 TE O VSYNC-OUT

44 IOVCC I Interface I/O Power

45 NC - No connection (VPP)

46 IEDC_7 - Ground for LED




50 GND - Ground

Table. Interface between LCD Module and MAIN Board

3. TECHNICAL BRIEF



Figure. LCD Block Diagram

Figure. Schematic of LCD connector (Main Board)

R1016

100

C1029

15pVA1003

2.2u

C1031

VCC_LCD_1V8

V_POWERRAIL

R10

11

4.7K

VCC_LCD_1V8

VCC_LCD_2V8

C1030

2.2u

CN1003

2625

2724

2823

2922

3021

3120

3219

3318

3417

3516

3615

3714

3813

3912

4011

4110

429

438

447

456

465

474

483

492

501

FB1004

LCD_RESET_N

LCD_MAKER_ID

LCD_BL_OUT1LCD_BL_OUT2 LCD_BL_OUT3

LCD_BL_OUT5LCD_BL_OUT6 LCD_BL_OUT7LCD_BL_OUT4

LCD_BL_OUT8

LCD_PWM

LCD_CSX

LCD_TE_BF

LCD_WRXLCD_DCX

LCD_R6LCD_R4LCD_R2LCD_R0LCD_G6LCD_G4LCD_G2LCD_G0LCD_B6LCD_B4LCD_B2LCD_B0


LCD

LCD DCDC

Converter

Luminance

Sensor

(BH1621)

LSENSOR_SBIASLSENSOR_SENSV_POWERRAIL

LCD_BL_OUT1:8

LCD PWM (AAT2870) BL_DCDC_RST_NBL_DCDC_SCLBL_DCDC_SDA

KB_ROW3GEN1_I2C_SCLGEN1_I2C_SDA

LCD_PWM

VCC_LCD_1V8

VCC_LCD_2V8

AP20LCD_MAKER_ID4.0” WVGA

LCDLCD_CS

LCD_TE EMI FILTERSFEY0010501

LCD_CS0_NLCD_DE

UART_CTS_N

LCD_D[0:23]

LCD_RESET_N

WRX

DCX

LCD_DC1LCD_D[0:23]

LCD_PCLK

LCD_DC0

_ _

3. TECHNICAL BRIEF



3.16 Vibrator

The ERM motor, also distinguished as ‘Q-coin Motor’ creates a certain kind of vibration controlled and defined uniquely by LG Electronics. The followings are the certain examples of conditions that the users may feel the vibration from the phone: Incoming Call (in Silence Mode), Google Keys Pressed, Turn-on / -off, Dialing, and Text Messaging.

Figure 1 Vibrator Schematic

Figure 2 Vibrator Block Digram

CN1301

2

1

1u

C1312

VCC_MOTOR_3V0

U1304

91011

54

63

72

81EN VDP

PWM GND

MODE VDD

GAIN VDN

NC

3

NC

2

NC

1

C1315

10n

C1314

1u

TP1302

L1302 100n

L1301 100n

TP1301

VIBE_ENVIBE_PWM

3. TECHNICAL BRIEF



3.17 HDMI

When the users desire to output video signals onto the outer display, they are supposed to open the cap first and connect the suitable cable, which has to be HDMI type-D compatible, to the socket placed at the upper center of the phone. It will automatically display the video contents on the desired display

Figure 1 HDMI Type D Connector Schematic

Figure 2 HDMI Type D Connector Pin Assignments

CN1301

2

1

1u

C1312

VCC_MOTOR_3V0

U1304

91011

54

63

72

81EN VDP

PWM GND

MODE VDD

GAIN VDN

NC

3

NC

2

NC

1

C1315

10n

C1314

1u

TP1302

L1302 100n

L1301 100n

TP1301

VIBE_ENVIBE_PWM

100K

R911

VCC_VGA_HDMI_5V0

D901

HDMI_INT_N

HDMI Connector

3. TECHNICAL BRIEF



3.18 Compass Sensor

If a customer buy the application SW, The Sensor provides user with a Electric Compass function.

U1107 (AMI305) IC is interfaced to AP20(U601) using I2C interface.

Figure. Compass Sensor Schematic

Figure. Compass Sensor Block Diagram

R1332 0

VCC_SENSOR_3V0

R1331 0

VCC_SENSOR_1V8

C1310

0.1u

C1311

0.1u

U1305

12

11

10

9

5

4

6

37

28

1D

VD

D

VR

EG

GN

DA

GN

DS

AV

DD

ADDR

SCL

NC1

INT

VPP

DRDY

SDAGEN2_I2C_SCL GEN2_I2C_SDACOM_INT

3. TECHNICAL BRIEF



3.19 Motion Sensor

The motion sensor can sense gravity & accelerated motion. Therefore according to the direction of cell phone, the phone screen is rotated automatically. And the motion sensor is connected with a gyro sensor to supplement each data.

U1105 : KXTF9(U1307) IC is interfaced to AP20(U601) using I2C interface.

Figure. Motion Sensor Schematic

Figure. Motion Sensor Block Diagram

R13

270

C1317

1u

0.1u

C13

18

C1321

0.1u

VCC_SENSOR_3V0

0 R1329

C1320

1u

U1307

4

3

2

1

510

6

7

8

9SCL

DNC4

INT

DNC3

SD

AV

DD

IO_VDD

DNC1

DNC2

GND

R1330DNI

VCC_SENSOR_1V8 DN

IR

1326

MOTION_INT

GEN2_I2C_SCL

GEN

2_I2

C_S

DA

IME_

DA

IME_CL

3. TECHNICAL BRIEF



3.20 Gyro Sensor

The gyro sensor(MPU3050) can sense angular velocity not gravity and accelerated motion. The gyro sensor applied in LG- P990 can detect 3-axis rotation force sensing X,Y and Z angular velocity. And the gyro sensor data is supplemented by the motion sensor data. It make possible user to development application SW using gyro sensor data like that motion games.

U1: MPU3050 IC(U1306), Gyro sensor, is interfaced to AP20(U601) using I2C interface.

Figure. Gyro Sensor Schematic

Figure. Gyro Sensor Block Diagram

U1306

25 21 2022 192324

18

17

98 107 11

6

12

5

13

4

14

3

15

2

16

1CLKIN

NC7

NC1

NC6

NC2

NC5

NC3

VDD

NC4

INT

IME_DA

FSY

NC

IME

_CL

RE

GO

UT

VLO

GIC

AD

0

NC8

GND

SD

A

SC

L

RE

SV

1

CLK

OU

T

CP

OU

T

RE

SV

2

NC

9

0.1u

C1323

VCC_SENSOR_1V8 VCC_SENSOR_3V0

0.1u

C1322

0.1u

C13

19

C1316

2.2n

R13

240

R13

250

GYR

O_I

NT_

N

GEN

2_I2

C_S

CL

GEN

2_I2

C_S

DA

IME_DA

IME_

CL

3. TECHNICAL BRIEF



3.21 Proximity Sensor

When the call is connected and the object close to the proximity sensor,

LCD backlight and Touch screen are disable operation automatically.

U101 : GP2AP002S00F IC used I2C interface to AP20H

Figure. Proximity Sensor Schematic

Figure. Proximity Sensor Block Diagram

R101

20

U101

54

63

72

81LEDA SCL

LEDC SDA

VCC VIO

VOUT GND

VCC_SENSOR_1V8

VCC_SENSOR_3V0

10

R10210u

C101

1u

C105

0.1u

C104

4.7u

C103

PROXI_OUT

GEN2_I2C_SCL

GEN2_I2C_SDA

Proximity Sensor

3. TECHNICAL BRIEF



3.22 Illumination Sensor

Illumination Sensor adjusts LCD backlight current by detecting the surrounding brightness.

If user checks the automatic brightness menu, LCD backlight current adjusting is to be enable automatically.

U102 : BH1621 IC interface to AAT2870

Figure. Illumination Sensor Schematic

Figure. Illumination Sensor Block Diagram

U102

6

4 3

2

5 1VCCIOUT

GND1

GC1GC2

GN

D2

1uC102

LSENSOR_BIASLSENSOR_SENS

Ambient Light Sensor

3. TECHNICAL BRIEF



3.23 Touch Module

Touch module is connected to Main PCB with 10-pin connector.

The Touch module is controlled by I2C Interface in AP20.

Figure. Schematic of Touch connector (Main Board)

Table. Interface between Touch Module and MAIN Board

VCC_TOUCH_1V8

C1113

0.1u

CN1104

65

74

83

92

101

VCC_TOUCH_3V1

C11121u

R11

0310

K

VCC_TOUCH_1V8

TOUCH_MAKER_ID

TOUCH_INT

GEN1_I2C_SDA

GEN1_I2C_SCL

3. TECHNICAL BRIEF



3.24 Main Features

3.24.1. LG-P999 Main Features

- DOP Type design

- UMTS 2100 + UMTS 1900 + UMTS900+ GSM 900 + DCS 1800 + PCS 1900 + GSM850 based

GSM/GPRS/EDGE/UMTS

- HSDPA 7.2Mbps, HSUPA 5.7Mbps

- Main LCD(HVGA)TFT Main LCD(4.0”, 480X800)

- Capacitive/Electrostatic Touch Window

- 8M AF Camera, 1.3M secondary 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

- Supports Bluetooth and HS-USB

- Supports WLAN(802.11b, 802.11g, 802.11n)

- 1500 mAh (Li-Ion)

4. TROUBLE SHOOTING



4.1 RF Component

RF component (WCDMA / GSM)

U302MDM6200

FL202 WCDMA Tx (BC1)

Saw Filter

FL204 WCDMA Tx (BC4)

Saw Filter

U201 WCDMA(BC1) PAM

U202 WCDMA(BC4) PAM

U2042-Input AND GATE

FL205 GSM850 Rx Saw Filter

FL206WCDMA(BC4) Rx

Saw Filter

FL101 FEM

FL203WCDMA(BC4)

Duplxer

FL201WCDMA(BC1)

Duplxer

U203WCDMA(BC4) Rx LNA

U101 GSM PAM

4. TROUBLE SHOOTING

4. TROUBLE SHOOTING



Reference Description Reference Description

U101 GSM PAM FL202 WCDMA(I) Tx SAW Filter

U201 WCDMA Single(I) PAM FL203 WCDMA ( ) Duplexer

U202 WCDMA Single(IV) PAM FL204 W C D M A ( I V ) T x S A W F I T L E R

U203 WCDMA (IV) Rx LNA FL205 GSM850 Rx SAW FITLER

U204 2-INPUT AND Gate FL206 W C D M A ( I V ) R x S A W F I L T E R

FL101 FEM X501 TC-VCXO(19.2MHz)

FL201 WCDMA (I) Duplexer

4. TROUBLE SHOOTING



4.2 SIGNAL PATH

WCDMA I, IV TX Signal PATH

A. WCDMA 2100 TX PATH

B. WCDMA 1700 TX PATH

C. COMMON TX/RX PATH

4. TROUBLE SHOOTING



\

WCDMA BAND I and IV RX Signal PATH

A. WCDMA 2100 RX PATH

B. WCDMA 1900 RX PATH


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


4. TROUBLE SHOOTING



4.3 Checking TCXO Block

The output frequency (19.2MHz) of TCXO (X502) is used as the reference one of MDM6200

Schematic of the Crystal Part (26MHz)

TP1

TP2

TP2

TP1

X501 DSX321G-19.2M

19.2MHz

21

34

TP1

TP2

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



4.4 Checking GSM Tx (FEM) Block

TP1

4. TROUBLE SHOOTING



Schematic of the Front End module(FEM) Block

Checking Switch Control Logic

TP1

SW101

G1

ANTG2

L107

22n

SW102

43

2

1ANT COMMON

G3 G4

VDD_RF_SW

100n

L106

100p C106

1u

C102

33p

C103

15n

L103

FL101

20

222

21

24

923

1116

17

1813

1912

10

148

151

65437V

DD

CTR

L1

CTR

L2

CTR

L3

CTR

L4

GND1 GSM850_RX_EGSM_RX2


GND3

GND4 PCN_RX_PCS_RX2

GND5 PCN_RX_PCS_RX1

GND6

GND7 GSM850_EGSM_TX

GND8 PCN_PCS_TX

GND9

WCDMA1

ANT WCDMA2

WCDMA3

R101 1K

R103 1K

R104 1K

R102 1K

ANT_SEL0

ANT_SEL1

ANT_SEL2

ANT_SEL3

TP1

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



4.5 Checking WCDMA Block

4. TROUBLE SHOOTING



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 (GSM)

Test Point (TX Level)

TP1

TP3

TP2

4. TROUBLE SHOOTING



TP1

TP3 TP2

L107

22n

VDD_RF_SW

100n

L106

100p C106

1u

C102

33p

C103

15n

L103

FL101

20

222

21

24

923

1116

17

1813

1912

10

148

151

65437V

DD

CTR

L1

CTR

L2

CTR

L3

CTR

L4



GND3

GND4 PCN_RX_PCS_RX2

GND5 PCN_RX_PCS_RX1

GND6

GND7 GSM850_EGSM_TX

GND8 PCN_PCS_TX

GND9

WCDMA1

ANT WCDMA2

WCDMA3

R104 1KANT_SEL0

TP1

C11147u

L128 3.9n

15p

C11

6

2.2p

C11

78.

2pC

119

3n

L108

5.6n

L110

5.1n

L109

15p

C11

533

p

C11

8

C147

0.5p

DN

I

R10

9

DN

I

R10

6 C146

1p

V_POWERRAIL

100p

C150

100p

C149

U101

12

13

14

15

16

17

6

5

7

4

8

3

9

2

10

1

11GND3

RFIN_HB

GND2

VBATT

RFOUT_LB

VEN_HB

RFIN_LB

VMODE0

GND1

VMODE1

VEN_LB

PGND

RFOUT_HB

GND6

GND5

VCC

GND4

100p

C120

100p

C121

L127 1n

2.2n

C112

100p

C108

47p

C109

8p

C110

PA_R0

GSM_TX

DCS_PCS_TX

PA_R1

GSM_PA_HB_EN

GSM_PA_LB_ENTP2

TP2

TP3

TP3

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



TP1 TP2 TP3 TP4

TP5

4. TROUBLE SHOOTING



For testing, Max power output is needed

TP2 TP3 TP4 TP5

TP1

L107

22n

VDD_RF_SW

100n

L106

100p C106

1u

C102

33p

C103

15n

L103

FL101

20

222

21

24

923

1116

17

1813

1912

10

148

151

65437V

DD

CTR

L1

CTR

L2

CTR

L3

CTR

L4



GND3

GND4 PCN_RX_PCS_RX2

GND5 PCN_RX_PCS_RX1

GND6

GND7 GSM850_EGSM_TX

GND8 PCN_PCS_TX

GND9

WCDMA1

ANT WCDMA2

WCDMA3

R104 1KANT_SEL0

TP1

VCC_IO_1V8

2.7nL225

C216 22p

100p

C241

U202

6 5

7 4

8 3

9 2

10 1

11PGND

VCC1VCC2

RFINRFOUT

VMODE_1CPL_IN

VMODE_0GND

VENCPL_OUT

10pC240

U201

6 5

7 4

8 3

9 2

10 1

11PGND

VCC1VCC2

RFINRFOUT

VBPISO

VMODEGND

VENCPLL202

DNI

FL203

1732.5MHz,2132.5MHz

958472

3

6 1RXANT

TX

GND1 GND4GND2 GND5GND3 GND6

FL206 2140MHz

52

4

31IN OUT

_OUTG1 G3R207

27K

C247

10n

U203

7

43

52

61RFIN RFOUT

EN RREF

GS VCC

PG

ND

L219 2.7nC204 8.2pL220

1.5n

L221

12n

U204

2

3

4

15

VCC

GND

FL202

1950MHz

5 2

4 1

3G3

INOUTG1G2

L205

10n

L217

2n

C244

DNI

C243

47p

C246 8.2p

C245 8.2p

C242

47p

L218

5.6n

DNIL213

L212DNI

L2266.8n

C227 12p

2.2u

C221

V_POWERRAIL

L210

12nC229DNI

L211

2.2n

C223

33p

C233

100p

C232

100p

1732.5MHz

FL204

53 2

4 1INOUT

G1G2G3

C228 33p

C220

1n

100p

C231

2.2u

C222

L204

3.9n

R204

130

R203

130

C234 100pR202

43

49.9

R201

FL201

1950 MHz,2140 MHz

95

74

1

2

8

36ANT TX_IN

RX_OUT2

GND1

RX_OUT1

GND2 GND4

GND3 GND5

C218 22pC217 10p

C203

2.2u

1nC212

330pC202

V_POWERRAIL

C2131n

330pC201

1nC214

C209

1p

L201

1.8n

DNIC211

C207

33p

10pC215

2.7n

L203

2.7pC208

+2.8V_LNA

L223

DN

I

C248

100p

L224

1n

PA_R0

PA_R0

PWR_DET_IN

ANT_SEL1

TRX_U_AWS

ANT_SEL3

TRX_U_2100

PA_ON_U2100

PRX_U_2100_INM

PRX_U_2100_INP

U_AWS_TX

PA_ON_AWS

TX_U_2100

PRX_U_AWS_INP

PRX_U_AWS_INM

AWSAWS Tx (1710-1755MHz)

As close as possible to MDM6600

U2100 TX

U2100 RX

UMTS2100

TP2 TP3 TP4 TP5

TP2 TP3 TP4 TP5

4. TROUBLE SHOOTING



4.5.4. Checking PAM Block

PAM control signal

W_1700_PA_EN(C233) , W_2100_PA_EN(C214) : PAM Enable

W_PA_VMODE, W_PA_VMODE_0: PAM Gain Control

W_PA_EN must be HIGH (over 3.2V)

4. TROUBLE SHOOTING



PAM IN/OUT Signal : When PAM is under the operation of high power mode

(WCDW_PA_Mode(C212): Low, WCDMA_PA_Mode_0(C232):Low),

PAM OUT power must be over 23 dBm

PAM IN power must be under 10 dBm

TP2

TP1

TP2 TP3

4. TROUBLE SHOOTING



TP1

TP2

TP1 TP2 TP3

C11147u

L128 3.9n

15p

C11

6

2.2p

C11

78.

2pC

119

3n

L108

5.6n

L110

5.1n

L109

15p

C11

533

p

C11

8

C147

0.5p

DN

I

R10

9

DN

I

R10

6 C146

1p

V_POWERRAIL

100p

C150

100p

C149

U101

12

13

14

15

16

17

6

5

7

4

8

3

9

2

10

1

11GND3

RFIN_HB

GND2

VBATT

RFOUT_LB

VEN_HB

RFIN_LB

VMODE0

GND1

VMODE1

VEN_LB

PGND

RFOUT_HB

GND6

GND5

VCC

GND4

100p

C120

100p

C121

L127 1n

2.2n

C112

100p

C108

47p

C109

8p

C110

PA_R0

GSM_TX

DCS_PCS_TX

PA_R1

GSM_PA_HB_EN

GSM_PA_LB_EN

TP2

TP2

TP1

TP1

VCC_IO_1V8

2.7nL225

C216 22p

100p

C241

U202

6 5

7 4

8 3

9 2

10 1

11PGND

VCC1VCC2

RFINRFOUT

VMODE_1CPL_IN

VMODE_0GND

VENCPL_OUT

10pC240

U201

6 5

7 4

8 3

9 2

10 1

11PGND

VCC1VCC2

RFINRFOUT

VBPISO

VMODEGND

VENCPLL202

DNI

FL203

1732.5MHz,2132.5MHz

958472

3

6 1RXANT

TX


FL206 2140MHz

52

4

31IN OUT

_OUTG1 G3R207

27K

C247

10n

U203

7

43

52

61RFIN RFOUT

EN RREF

GS VCC

PG

ND

L219 2.7nC204 8.2pL220

1.5n

L221

12n

U204

2

3

4

15

VCC

GND

FL202

1950MHz

5 2

4 1

3G3

INOUTG1G2

L205

10n

L217

2n

C244

DNI

C243

47p

C246 8.2p

C245 8.2p

C242

47p

L218

5.6n

DNIL213

L212DNI

L2266.8n

C227 12p

2.2u

C221

V_POWERRAIL

L210

12nC229DNI

L211

2.2n

C223

33p

C233

100p

C232

100p

1732.5MHz

FL204

53 2

4 1INOUT

G1G2G3

C228 33p

C220

1n

100p

C231

2.2u

C222

L204

3.9n

R204

130

R203

130

C234 100pR202

43

49.9

R201

FL201

1950 MHz,2140 MHz

95

74

1

2

8

36ANT TX_IN

RX_OUT2

GND1

RX_OUT1

GND2 GND4

GND3 GND5

C218 22pC217 10p

C203

2.2u

1nC212

330pC202

V_POWERRAIL

C2131n

330pC201

1nC214

C209

1p

L201

1.8n

DNIC211

C207

33p

10pC215

2.7n

L203

2.7pC208

+2.8V_LNA

L223

DN

I

C248

100p

L224

1n

PA_R0

PA_R0

PWR_DET_IN

ANT_SEL1

TRX_U_AWS

ANT_SEL3

TRX_U_2100

PA_ON_U2100

PRX_U_2100_INM

PRX_U_2100_INP

U_AWS_TX

PA_ON_AWS

TX_U_2100

PRX_U_AWS_INP

PRX_U_AWS_INM



U2100 TX

U2100 RX

UMTS2100

TP3 TP2 TP1

TP3 TP2 TP1

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



4.5.5. Checking RF Rx Level

Test Point (RF Rx Level)

TP2

TP4

TP3 TP5

TP1

4. TROUBLE SHOOTING



TP1

TP2

Bias

SW101

G1

ANTG2

L107

22n

SW102

43

2

1ANT COMMON

G3 G4

VDD_RF_SW

100n

L106

100p C106

1u

C102

33p

C103

15n

L103

FL101

20

222

21

24

923

1116

17

1813

1912

10

148

151

65437V

DD

CTR

L1

CTR

L2

CTR

L3

CTR

L4



GND3

GND4 PCN_RX_PCS_RX2

GND5 PCN_RX_PCS_RX1

GND6

GND7 GSM850_EGSM_TX

GND8 PCN_PCS_TX

GND9

WCDMA1

ANT WCDMA2

WCDMA3

R101 1K

R103 1K

R104 1K

R102 1K

ANT_SEL0

ANT_SEL1

ANT_SEL2

ANT_SEL3

Bias

TP1

L104

DNI

10n

L102

2.2pC104

12n

L101

2.2pC101

C107 100p

C105 100p

L129

2.2nL105

15n18

19

14

15 RX_G_1800_1900_M

RX_G_900_P

RX_G_900_M

RX_G_1800_1900_P

GSM1800/1900 RX

GSM 900_ RXTP2

4. TROUBLE SHOOTING



TP2 TP3

TP4 TP5

TP2 TP3

C216 22p

L202

DNI

L219 2.7nC204 8.2pL220

1.5n

L221

12n

L205

10n

L204

3.9n

FL201

1950 MHz,2140 MHz

95

74

1

2

8

36ANT TX_IN

RX_OUT2

GND1

RX_OUT1

GND2 GND4

GND3 GND5

C218 22pC217 10p

C209

1p

10pC215

TRX_U_2100

PRX_U_2100_INM

PRX_U_2100_INP


U2100 RX

UMTS2100

TP2

TP3

VCC_IO_1V8

2.7nL225

100p

C241

10pC240

FL203

1732.5MHz,2132.5MHz

958472

3

6 1RXANT

TX


FL206 2140MHz

52

4

31IN OUT

_OUTG1 G3R207

27K

C247

10n

U203

7

43

52

61RFIN RFOUT

EN RREF

GS VCC

PG

ND

U204

2

3

4

15

VCC

GND

L217

2n

C244

DNI

C24

3

47p

C246 8.2p

C245 8.2p

C24

2

47p

L218

5.6n

DNIL213

L210

12nC229DNI

+2.8V_LNA

L223

DN

I

C248

100p

L224

1n

ANT_SEL1

TRX_U_AWS

ANT_SEL3

PRX_U_AWS_INP

PRX_U_AWS_INM

AWS

TP2

TP3

TP4TP5

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



4.6. Checking GSM Block

Refer to 5.3, 5.5

4.7 GPS/ WIFI/ BT RF Component

GPS Module

The GPS module is included MDM6200 Chip

Reference Description

ANT103 ANTENNA PAD

connected to DPA type antenna

FL104 SAW Filter

U102 External LNA

FL103 SAW Filter

U302 MDM6200 is included

GPS Module

U302

U102

FL104

ANT103

FL103

4. TROUBLE SHOOTING



Wifi/BT Module

SWB-B25 is Wifi/BT/FM integrated chip

Reference Description

ANT1401 ANTENNA PAD

connected to DPA type antenna

U1401 SWB-B25

WIFI/BT/FM Module

U1402 150mA LDO for TCXO

X1401 TCXO 38.4MHz

U1204

U1401

ANT1401

4. TROUBLE SHOOTING



4.8 GPS/ WIFI/ BT SIGNAL PATH

GPS Signal Path

4. TROUBLE SHOOTING



Wifi/BT/FM Signal Path

Wifi SDIO to AP20

BT PCM & UART to AP20

Wifi Signal

BT Signal

U1401

4. TROUBLE SHOOTING



4.9 Power ON TroubleshootingThe main power source of LGP990 is provided by 3 chips which are MAX8907C, MAX8252 and PM8028 (Communication processor). Since PM8028 only powers up normally when AP20H is properly powered therefore, MAX8907C and MAX8252 are the actual ones to take look at.Power ON sequence of LGP999DW is, PWR key press → PM_ON_SW go to low (R825, MAX8907C ONKEY_ pin(H6)) → MAX8907C Power Up → MAX 8252 Power Up (U802, L804) → VCC_RTC(C847) → VCC_CORE_1V2 (L802), VCC_IO_1V2(L801) → VCC_IO_1V8(L801) → VCC_LCD_1V8(C866) → VCC_DDRx_3V3(C868) → USB_OUT_5V(C819) → SYS_RESET_N_AP20 goes high

MAX8907C_DS_Rev 1.0 6/29/2010 MAXIM CONFIDENTIAL

Page 52 of 159

Figure 12 ON/OFF Controller Circuitry

4. TROUBLE SHOOTING



START

Battery voltage higher than 3.5V? Change or charging the BatteryNo

Yes

Change the main board

Check the Upper FPCBNo

Yes

Power Key is damaged? Change Upper FPCBNo

Yes

Change the TCXO and X-talNo

Yes

VCC_CPU_1V0,VCC_IO_1V2,

VCC_CORE_1V2,VCC_IO_1V8,

VCC_DDRX_3V3 Power up?

Change the Main board

Yes

No

Press PWR Key R825 high to low

is clock OK?X801:32.768Khz

4. TROUBLE SHOOTING



BOTTOM view of LGP999DW

OP view of LGP999DW

L801

L802

L803

L804

X801

R825

4. TROUBLE SHOOTING



4.10 Charger Troubleshooting

Since LGP999 micro USB is located at the bottom of the terminal set, charging current flows via Lower FPCB. The charger IC accepts the current and maximum charging current is set around 945mA

Charging Procedure- Connect TA or uUSB Cable- Control the charging current by RT9524 IC- Charging current flows into the battery

Troubleshooting Setup- Connect TA and battery to the phone

Troubleshooting Procedure- Check the charger (TA or USB Cable) connector

Check P int- Connection of TA or USB Cable - Charging current path(RT9524) - Battery

VA105

CN104

11

10

9

5

4

3

2

1

8

7

6

FL101

5

6

31

42P2 P4

P1 P3

P6

P5

FL102

INOUT

GND1GND2

C10

31u

C10

40.

1u

V_CHG

USB_ID

USB_DM

USB_DP

MicroUSB

R13

1310

0K

1u

C1304

R13

0110

0K

1uC

1305

C13

062.

2u

V_POWERRAIL

VBUS_OUT V_CHG

560

R13

11

U1302

65

74

83

92

101

11PGND

VIN BATT

ISET PGB

GND1 CHGSB

LDO GND2

IEOC EN_SET

VCC_IO_1V8R

1312

5.1K

R13

0210

0K

CHG_EN_SET_N_AP20

CHG_STATUS_N_AP20CHG_PGB_N

1%

2mm

1%

Close to batt. connectorCHARGER IC

Main Battery

C1304 C1306

LOWER FPCB

4. TROUBLE SHOOTING



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

Connection OK?No

Yes

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

No

Yes

Is it charging properlyAfter turning on?

START

Check PMIC SMT status by X-ray Exchange PMIC or Change the

main board and Retest

Change I/O connector

Change TA (or u-USB cable)

ENDYes

No

4. TROUBLE SHOOTING



TOP view of LGP990

C1306

U1302

C1304

4. TROUBLE SHOOTING



4.11 USB TroubleshootingThe sequence of LGP999USB is, USB connected to LGP999DW →USB_OUT_5V(C819) goes to 5V →USB_D+ go to 3.3V→ USB_DATA is triggered →USB workBlock Diagram of USB & UART connection is shown below

4. TROUBLE SHOOTING



Cable is inserted? Insert cableNo

Yes


Check Lower FPCB connectorNo

Yes

Change Lower FPCBYes

No

USB_D+is 3.3V? Check U865No

Yes

START

C819 is 5V?

Lower FPCB damaged?

4. TROUBLE SHOOTING



Lower FPCB

AP20

TP609

Y4

P6

P8

W5

P4

N3

P10USB1_VBUSUSB1_DNUSB1_DPUSB1_IDUSB3_DNUSB3_DPUSB_REXT

1K

R622

USB_OUT_5VUSB_AP20_DNUSB_AP20_DP AVDD_USB

VCC_USB_3V3

90ohm matching !!

D11

01

CN1103

1312

1411

1510

169

178

187

196

205

214

223

232

241

1uC

1111

10K

R11

06

VCC_IO_1V8

R11

0510

K

47p

C1114

10p

C1115 C1116

33p

V_CHG

D11

00

VOL_KEY_UP

BLED_IN

BLED_OUT

MIC1P

USB_ID

MICBIAS

USB_DM

USB_DP

SPK_P

SPK_N

VOL_KEY_DOWN

25V

Main to Lower_FPCB connector

10K

R1314

4.7K

R13

15

R13

16

4.7K

C1301

0.1u

VCC_IO_1V8

2.2u

C1307

R1310

2.2K

V_CHG

V_POWERRAIL

C13

02

1u

U1301

B2

C1

C2

C3 A2

C4

D3

D1 D4

A1

B1

A3

B4 B3

B5 A5

C5 A4

D5 D2BATVB

DN1COMN1

DP2COMP2

U1UID

U2

RES

MIC

AUD1CAP

AUD2

GND

ISETIC

SC

L

SD

A

INT

USB_AP20_DNUSB_AP20_DP

INT_N_MUIC

MUIC_SDAMUIC_SCL

USB_ID

USB_DMUSB_DP

UART_TXUART_RX

90ohm matching !!90ohm matching !!

MUIC

4. TROUBLE SHOOTING



C819 (USB_OUT_5V)

LOWER FPCB Connector (CN1103)

4. TROUBLE SHOOTING



Check if FPCB is cut or damagedU1302(MUIC – MAXIM14526)

LOWER FPCB

4. TROUBLE SHOOTING



4. 12 Audio troubleshooting

4.12.1 Speaker troubleshooting

Speaker control signals are generated by WM8994(U1001), and Power is supplied by MAX8907C(U602).

Check the spealer sound and reconnect the main ANT module

Spker sound is OK?

No

ENDYes

START

No

Check the waveform of TP1.Waveform is OK?

No

Change the Audio codec IC

Change the Lower FPCBYes

Change the main ANT module sound is OK? END

Yes

Spker sound is OK? ENDYes

4. TROUBLE SHOOTING



TP1 (C1216)

C1216

DNI DNI

C1217

G7

H7

H8

G8

B3

C3

A2

B1SPKOUTLNSPKOUTLP

SPKOUTRNSPKOUTRP

CPCACPCB

CPVOUTNCPVOUTP

2.2uC1225

2.2uC1224

C1220 2.2u

R1218 10K

R1217 10K

SPK_PSPK_N

TP1 (C1216)

4. TROUBLE SHOOTING



4. 12.2 Receiver troubleshooting

Receiver control signals are generated by WM8994(U1001), and Power is supplied by MAX8907C(U602).

Check the spealer sound and reconnect the Upper FPCB

Receiver sound is OK?

No

ENDYes

START

No


No


Change the Upper FPCBYes

Change the receiver sound is OK? ENDYes

Spker sound is OK? ENDYes

4. TROUBLE SHOOTING



TP1(FB1015)D

NI

C11

08C1109

0.1uC1110

0.1u

FB1101 1800

VA1101

FB1102 1800

1800FB1103

FB1104 1800

FB1105 1800


CN1102

1312

1411

1510

169

178

187

196

205

214

223

232

241

VA1102

50PIN_EAR_L

50PIN_EAR_SENSE

50PIN_EJ_MIC

50PIN_EAR_R

RCV_N

RCV_P

EAR_GND

TP1 (FB1215)

4. TROUBLE SHOOTING



4. 12. 3 Main MIC troubleshooting

Main MIC control signals are generated by WM8994(U1001), and Power is supplied by MAX8907C(U602).

Check the main MIC and reconnect the Lower FPCB

Voice recording is OK?

No

ENDYes

START

MICBIAS voltage is 2V?

No


Change the Lower FPCBYes

Check the MICBIAS(TP1)

Voice recording is OK? ENDYes

4. TROUBLE SHOOTING



TP1 (C1114)

D11

01

CN1103

1312

1411

1510

169

178

187

196

205

214

223

232

241

1uC

1111

10K

R11

06VCC_IO_1V8

R11

0510

K

47p

C1114

10p

C1115 C1116

33p

D11

00VOL_KEY_UP

BLED_IN

BLED_OUT

MIC1P

USB_ID

MICBIAS

USB_DM

USB_DP

SPK_P

SPK_N

VOL_KEY_DOWN

25V

TP1 (C1216)

4. TROUBLE SHOOTING



4. 12. 4 SUB MIC troubleshooting

SUB MIC control signals are generated by WM8994(U1001), and Power is supplied by MAX8907C(U602).

Check the SUB MIC and main board

Speaker phone call is OK?

No

ENDYes

START

MICBIAS voltage is 2V?

No


Change the SUB MICYes

Check the MICBIAS(TP1)

Speaker phone call is OK? ENDYes

4. TROUBLE SHOOTING



TP1 (C1101)

MIC1101

4

3

2

1P

G1

G2

O

47p

C1101

10p

C1102 C1103

33p

MICBIAS

MIC2P

SUB MICTP1 (C1101)

4. TROUBLE SHOOTING



4. 12. 5 Ear-MIC troubleshooting

Ear MIC control signals are generated by WM8994(U1001), and Power is supplied by MAX8907C(U602).

Check the main ear-jack and recomect the lower FPCB

No

ENDYes

START


No

Change the upper FPCBYes

Sound or MIC is OK?

END

Yes

Ear sound is OK? Ear MIC is OK?

No

Check the EJ_MICBIAS(TP2)Voltage is 2.2V?

No

ENDYes

Change the codec IC or main PCB

ENDYes

4. TROUBLE SHOOTING



TP1 (FB1102)

TP2 (R1216)

DN

IC

1108

C1109

0.1uC1110

0.1u

FB1101 1800

VA1101

FB1102 1800

1800FB1103

FB1104 1800

FB1105 1800

CN1102

1312

1411

1510

169

178

187

196

205

214

223

232

241

VA1102

50PIN_EAR_L

50PIN_EAR_SENSE

50PIN_EJ_MIC

50PIN_EAR_R

RCV_N

RCV_P

EAR_GND

TP1 (FB1102)

0 R1220

1u

C1222C1221

47p

R12

16

2.2K

120pC1226

R12220

HOOK_ADC

50PIN_EJ_MIC

EJ_MICBIAS

HOOK_DET

3.5Phi MIC Detect

TP2 (R1216)

4. TROUBLE SHOOTING



FB1102

C1101

R1216

C1114

C1216

FB1015

4. TROUBLE SHOOTING



4. 12 Main 8M AF Camera troubleshooting

8M camera control signals are generated by AP20(U601), and Power is supplied by LP8720(U1001)

4. 12.6 Main 8M AF Camera troubleshooting

Check the camera conn. and revonnect thr camera

Camera is OK?

No

ENDYes

START

Yes

Check the camera signals MCLK(TP4), MIPI_CLK(TP5), MIPI_DATA(TP6)

Yes

Change the camera

Change the main boardNo

Check IOVDD(TP1),DVDD(TP2), AVDD(TP3)

Camera is OK? ENDYes

No

4. TROUBLE SHOOTING



FL1009

1

42

5

6

3P2 P4

P1 P3

P6

P5

C1005

1u

FB10

02

FB10

03

FL1001

109

84736251


G1

G2

ZD1002

1u

C10100.1u

C1006

CN1002

1312

1411

1510

169

178

187

196

205

214

223

232

241


CAM_AVDD_2V8

CAM_VDIG_1V2

0.1u

C1007 C1008

0.1u

ZD1003

0.1u

C1011C1009

1u

FB10

01

GND



CAM_I2C_SDA

CAM_I2C_SCL

CAM_MCLK8M_MIPI_CLK_P

8M_RESET_N

8M_MIPI_CLK_N

8M_CAM_VCM_EN

TP5 (FL1009)

TP6 (FL1001)

TP2 (C1005)

TP1 (FB1002)TP3 (FB1001)

R658 10

R659 10

4.7K

R629R628

4.7K

AA25

AH30

AA29

AC25

AG31

AA23

AB26

AH26

AJ27

AC29

AA27

AD28

AK28

AF28

Y26

Y24

Y22

AC27

AB24

AC31

AE29

AE27

AG29

AB18

AJ5

AG11

AH6

AD16

AL5

AB14LCD_D21LCD_D22LCD_D23

HDMI_INT_NDDC_SCLDDC_SDA

CRT_HSYNCCRT_VSYNC

VI_PCLKVI_MCLKVI_D0VI_D1VI_D2VI_D3VI_D4VI_D5VI_D6VI_D7VI_D8VI_D9VI_D10VI_D11

VI_VSYNCVI_HSYNC

CAM_I2C_SCLCAM_I2C_SDA

VI_GP0VI_GP3VI_GP4VI_GP5VI_GP6

1.8K

R624

C603 DNI

C604 DNI

VCC_VI_1V8

1.8K

R623

VT_DATA[0]VT_DATA[1]


VT_CAM_PWDN

VT_HSYNCVT_VSYNC

VT_RESET_NCAM_I2C_SDACAM_I2C_SCL

CAM_MCLK

8M_RESET_N

FLASH_LED_EN

FLASH_LED_INHFLASH_LED_TORCH

DDC_SCLDDC_SDA



8M_CAM_VCM_EN

LCD_D23

LCD_D21LCD_D22

HDMI_INT_N

VT_PCLK

8M & 2M cam

GPIO_PT4

GPIO_PD5

GPIO_PT2

VCC_IO_1V8

AVDD_OSC

VDDIO_VI

VCC_VI_1V8

BT_DAP4

TP4 (R659)

U601AP20

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



4. 13 Sub 1.3M Camera troubleshooting

8M camera control signals are generated by AP20(U601), and Power is supplied by LP8720(U1001)

Check the camera conn. and revonnect thr camera

No

ENDYes

START

Yes

Yes

Change the sub camera


ENDYes

No

Sub Camera is OK?

Check AVDD(TP1),IO_DVDD(TP2)

Check the camera signals MCLK(TP3), PCLK(TP4)

Sub Camera is OK?

4. TROUBLE SHOOTING



0.1u

C10

16

C10

130.

1u

CN1001

1312

1411

1510

169

178

187

196

205

214

223

232

241

VT_AVDD_2V8

C10

151u1u

C10

14

VT_IO_DVDD_1V8

VT_CAM_PWDN

VT_HSYNC

VT_VSYNC

VT_RESET_N

CAM_I2C_SDA

CAM_I2C_SCL

CAM_MCLK

VT_CAM_DATA[0]

VT_CAM_DATA[1]

VT_CAM_DATA[4]

VT_CAM_DATA[5]

VT_CAM_DATA[2]

VT_CAM_DATA[3]

VT_CAM_DATA[6]

VT_CAM_DATA[7]

VT_PCLK

TP2 (C1015)

TP1 (C1013)

R658 10

R659 10

4.7K

R629R628

4.7K

AA25

AH30

AA29

AC25

AG31

AA23

AB26

AH26

AJ27

AC29

AA27

AD28

AK28

AF28

Y26

Y24

Y22

AC27

AB24

AC31

AE29

AE27

AG29

AB18

AJ5

AG11

AH6

AD16

AL5

AB14LCD_D21LCD_D22LCD_D23


CRT_HSYNCCRT_VSYNC

VI_PCLKVI_MCLK

VI_D0VI_D1VI_D2VI_D3VI_D4VI_D5VI_D6VI_D7VI_D8VI_D9

VI_D10VI_D11

VI_VSYNCVI_HSYNC



1.8K

R624

C603 DNI

C604 DNI

VCC_VI_1V8

1.8K

R623



VT_CAM_PWDN

VT_HSYNCVT_VSYNC

VT_RESET_NCAM_I2C_SDACAM_I2C_SCL

CAM_MCLK

8M_RESET_N

FLASH_LED_EN


DDC_SCLDDC_SDA



8M_CAM_VCM_EN

LCD_D23

LCD_D21LCD_D22

HDMI_INT_N

VT_PCLK

8M & 2M cam

GPIO_PT4

GPIO_PD5

GPIO_PT2

VCC_IO_1V8

AVDD_OSC

VDDIO_VI

VCC_VI_1V8

BT_DAP4 TP4 (R659)

U601AP20

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



4.14. Main LCD trouble

Main LCD control signals are generated by AP20. Those signal’s path are : AP20 -> LCD Module

Press PWR key turn the power On

Is the circuit powered?

Yes

END

Follow the Power ON trouble shooting

No

LCD display OK?

START

No

Check Power VCC_LCD_1V8VCC_LCD_2V8V_POWERALL

No


Disconnect and reconnect LCD connector

Change the LCD module

The LCD works

Yes

Yes

Yes

4. TROUBLE SHOOTING



R1016

100

C1029

15pVA1003

2.2u

C1031

VCC_LCD_1V8

V_POWERRAILR

1011

4.7K

VCC_LCD_1V8

VCC_LCD_2V8

C1030

2.2u

CN1003

2625

2724

2823

2922

3021

3120

3219

3318

3417

3516

3615

3714

3813

3912

4011

4110

429

438

447

456

465

474

483

492

501

FB1004

LCD_RESET_N

LCD_MAKER_ID

LCD_BL_OUT1LCD_BL_OUT2 LCD_BL_OUT3

LCD_BL_OUT5LCD_BL_OUT6 LCD_BL_OUT7LCD_BL_OUT4

LCD_BL_OUT8

LCD_PWM

LCD_CSX

LCD_TE_BF

LCD_WRXLCD_DCX



TP2 TP3

TP1

4. TROUBLE SHOOTING



4.15 SIM detect Trouble shooting

The sequence of detecting LGP999 SIM is,

SIM inserted to LGP999 2.85V_SIM(C540) goes to 2.85V Triggers SIM clock, reset and data.

Block Diagram of USB & UART connection is shown below

I_O

RST CLK

USIM

SIM_CLK SIM_RST

SIM_IO PM8028UIM_RST

UIM_CLK

UIM_DATA

Re-insert the SIM card

Work well? ENDYes

No

Change Main bord


Yes

Work well? ENDYes

START

Change SUB FBCB

Work well? ENDYes

No

Change SIM card

No

2.85V_SIM(C540)runs?

4. TROUBLE SHOOTING



C540

2.85V_SIM

+2.8V_LNA

C548

4.7u

H2

M10

N8

P10

R11

H11

H10

B1

C1

K2

J2

F1

B8

H1

D2

J1

E1

B5

B10

A3

R10

A4

E2

G2VREG_L1VREG_L2VREG_L3VREG_L4VREG_L5VREG_L6VREG_L7VREG_L8VREG_L9VREG_L10VREG_L11VREG_L12VREG_L13VREG_L14VREG_L15VREG_L16VREG_L17VREG_L18VREG_L19

NCP_CTC1NCP_CTC2

NCP_FBVREG_NCP

REF_BYP

+2.2V_XOADC_REF

C543

4.7u 4.7u

C544

C54

50.

1u

+2.05V_MDM_A2

C537

4.7u

VDD_RF_SW

C541

4.7u4.7u

C540

+3.0V_MDM_USB

2.2u

C542

+1.2V_MDM_P4

C538

4.7u

C535

2.2u 2.2u

C536

VDD_MDM_MPLL

C534

4.7u

VDD_MDM_SDCC1

C539

4.7u

+1.8V_MDM_P5

+2.6V,50mA+2.8V,50mA

4. TROUBLE SHOOTING



P999 SUB FPCB

Check if SUB FPCB is damaged

C102

C104

C101

R10

2

4.7K

C103

0.1u

C104

22pDNI

C102

2.85V_SIM

C101

22p

J101

9 8

10 7

6 3

5 2

4 1VCCGND1

RSTVPP

CLKIO

GND2GND5

GND3GND4

D10

1

43

52

61

SIM_CLKSIM_IOSIM_RST

4. TROUBLE SHOOTING



4.16 Side Key Trouble shooing

The sequence of detecting LGP990 Side key is,

Side key pressed on LGP990 VOL_KEY_UP, VOL_KEY_DOWN goes low

Block Diagram of Side key connection is shown below

Press the key

Side key works? ENDYes

No


D901, D902 goes low when the key is pressed? END

No

Lower FPCB damaged? Change Lower FPCBYes

START

No

4. TROUBLE SHOOTING



D901

D902

4. TROUBLE SHOOTING



4.17 Vibrator trouble

Check out the setting menu on the phone. If not, check Test points shown on the pictures.

Turn on the phone

Yes

Follow the power-on trouble shooting

No

START

Check TP1, 2,3

No


Change the vibratorYes

Vibrator works

END

YesVibration OK?

Check Haotic FeedBack on thesetting menu


No

4. TROUBLE SHOOTING



CN1301

2

1

1u

C1312

VCC_MOTOR_3V0

U1304

91011

54

63

72

81EN VDP

PWM GND

MODE VDD

GAIN VDN

NC

3

NC

2

NC

1

C1315

10n

C1314

1u

TP1302

L1302 100n

L1301 100n

TP1301

VIBE_ENVIBE_PWM

TP2

TP3

TP1

4. TROUBLE SHOOTING



4.18 HDMI trouble

Check out the setting menu on the phone and then set the proper resolution for the outer display as shown below

Turn on the phone


Yes

Follow the power-on trouble shooting

No

START

Check the setting on menu

No


Set the resolution suitable for the display

Yes

Video ouput OK?

HDMI works

END

Yes

Connect the HDMI cable

No

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



4. 19 Motion sensor troubleshooting

When the motion sensor does not work, the reason is chip problem. If the motion sensor IC is damaged, it will do not work even thought power is supplied and AP20 controls normally. Therefore if the motion sensor is damaged, change the motion sensor IC or main borad.

Moeion sensor function check (Screen rotation function is working or not?)

Function is OK? ENDYes

START

Change the IC(U1307)

Function is OK? ENDYes


Fnction is OK? ENDYes

4. TROUBLE SHOOTING



R13

270

C1317

1u

0.1u

C13

18

C1321

0.1u

VCC_SENSOR_3V0

0 R1329

C1320

1u

U1307

4

3

2

1

510

6

7

8

9SCL

DNC4

INT

DNC3

SD

AV

DD

IO_VDD

DNC1

DNC2

GND

R1330DNI

VCC_SENSOR_1V8 DN

IR

1326

MOTION_INT

GEN2_I2C_SCL

GEN

2_I2

C_S

DA

IME_

DA

IME_CL

4. TROUBLE SHOOTING



4. 20 Gyro/Compass sensor troubleshooting

The compass sensor is calibrated by the gyro sensor data using SW algorithm. Therefore Gyro sensor error makes the compass sensor malfunction.

Gyro & compass sensor function check

Gyro & compass function is OK?

No

ENDYes

START

Change the Gyro sensor IC(U1306)

Yes

END

Gyro-NG compass-OK?

Gyro-OK compass-NG?

No

ENDYes

Change the compass sensor IC(U1305)

Function is OK?

No

ENDYes

Change the Gyro sensor IC(U1306)

Function is OK?

No

ENDYes


Function is OK?

No

No

4. TROUBLE SHOOTING



U1306

25 21 2022 192324

18

17

98 107 116

12

5

13

4

14

3

15

2

16

1CLKIN

NC7

NC1

NC6

NC2

NC5

NC3

VDD

NC4

INT

IME_DAFS

YN

C

IME

_CL

RE

GO

UT

VLO

GIC

AD

0

NC8

GND

SD

A

SC

L

RE

SV

1

CLK

OU

T

CP

OU

T

RE

SV

2

NC

9

0.1u

C1323


0.1u

C1322

0.1u

C13

19

C1316

2.2n

R13

240

R13

250

GYR

O_I

NT_

N

GEN

2_I2

C_S

CL

GEN

2_I2

C_S

DA

IME_DA

IME_

CL

R1332 0

VCC_SENSOR_3V0

R1331 0

VCC_SENSOR_1V8

C1310

0.1u

C1311

0.1u

U1305

12

11

10

9

5

4

6

37

28

1D

VD

D

VR

EG

GN

DA

GN

DS

AV

DD

ADDR

SCL

NC1

INT

VPP

DRDY

SDAGEN2_I2C_SCL GEN2_I2C_SDACOM_INT

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



4.21 Proximity Sensor on/off trouble

Proximity Sensor is worked as below:

Send Key click Phone number click Call connected Object moved at the sensor

Control the screen’s on/off operation automatically

Measurement

VCC_SENSOR_3V0

VCC_SENSOR_1V8

PROX_OUT

GEN2_I2C_SCL

GEN2_I2C_SDA

Object moved at the Proximity Sensor

LCD off?

No

Check PROXI_SDA / SCL output & Prox_out

No

Yes

Work well?

START

END

No

Yes

Send Key click & call connected

Yes

Change the upper FPCB


4. TROUBLE SHOOTING



R101

20

U101

54

63

72

81LEDA SCL

LEDC SDA

VCC VIO

VOUT GND

VCC_SENSOR_1V8

VCC_SENSOR_3V0

10

R10210u

C101

1u

C105

0.1u

C104

4.7u

C103

PROXI_OUT

GEN2_I2C_SCL

GEN2_I2C_SDA

Proximity Sensor

TP1TP2

TP3

4. TROUBLE SHOOTING



4.22 Illumination Sensor on/off trouble

Illumination Sensor is worked as below:

Menu Key click Settings click Display click Brightness click

Automatic brightness click

Measurement

LSENSOR_BIAS

LSENSOR_SENS

Hide Illumination sensor by hand

LCD brightness change?

No

Check LSENSOR_BIAS/SENS No

Yes

Work well?

START

END

No

Yes

Automatic brightness click

Yes

Change the upper FPCB


4. TROUBLE SHOOTING



U102

6

4 3

2

5 1VCCIOUT

GND1

GC1GC2

GN

D2

1uC102

LSENSOR_BIASLSENSOR_SENS

Ambient Light Sensor

TP2

TP1

4. TROUBLE SHOOTING



4.23 Touch trouble

Touch control signals are generated by AP20. Those signal’s path are : AP20 -> Touch Module

Measurement

VCC_TOUCH_3V1(TP1)

VCC_TOUCH_1V8(TP2)

Touch is OK?

No

No

Yes

Work well?

START

END

No

Yes

Check the touck connector and reconnect the touck connector


Change the touch module

YesEND

Check power VCC_TOUCH_3V1(TP1)VCC_TOUCH_1V8(TP2)

4. TROUBLE SHOOTING



VCC_TOUCH_1V8

C1113

0.1u

CN1104

65

74

83

92

101

VCC_TOUCH_3V1

C11121u

R11

0310

K

VCC_TOUCH_1V8

TOUCH_MAKER_ID

TOUCH_INT

GEN1_I2C_SDA

GEN1_I2C_SCL

TP2

TP1

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LGV999DW

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LGV999DW

LGV999DW

LGV999DW

LGV999DW

LGP999

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LGV999DW

6. BLOCK DIAGRAM



SDIO1BT Wi-FiFM

Star LGP999 Block Diagram38.4M C

ame

8M / A

CSI

LCD 4.0”WVGA (800X480)

CPU I/F

UART3SDIO1

FEM

GSM SWB-B25 Mod.

BT Wi FiFM

DSI

eraA

F

VI

CAM_I2C

VT Cam

1.3M

FM Ant

GPS LNAGSMPAM

GPS

QualcommMDM6200R

F I/F

Touch Driver

LCD Backlight

( )

Touch Screen

LCD C/P (w/ ALC)

Light sensor

Touch moduleGEN1_I2C

GEN1_I2C

4Gb LPDDR2 SDRAM

POP

SDRC

M t d

X32GNSS

GPIOGPIO

FM I2SUART

PAM

Filter

FilterWCDMAPAM

MEM

I/F

Motor

AU

X PC

M

Light sensor

MCP(MP)

PWM

AP20H

Mounted on AP20H Sample

WCDMA

USI

M I/

F

SP SPI1

GPIOGPIO

I2C

AMP

USBF/S

3 axis accelerometerGEN2_I2C

UART UART1

C

GyroSPI2SPI2

SSBIDUPLEXER Filter

X16512Mb DDR

SDRAM

1Gb NAND X16uUSB

connector

MCP(MP)

SDIO3

SW USB

Proximity sensorModem PCM(DAP3)

BT PCM(DAP4) GEN2_I2C Compass

32.768K

Key Input(PWR, Vol, …)

HSMMC I/F

GPIO

USIMSW

MU

ICUART2USBUARTChargerHS USB

HDMIDDC

X8

GEN1_I2C

8GB User memoryeMMC MAX17040G

12M

MicReceiver

Fuel gaugeRT9524

PMICEN

GEN2_I2CPWR_I2C DAP1

Charger IC

WM8994

DAP2Thermal Sensor

(NCT1008)

32.768K

connector

CPU Power(MAX8952)

PMIC(PM8028)

3.5 pi earjack

SpeakerPMIC

(MAX8907C)V_POWERRAILWM8994

1500mAhFM Ant

6.Block diagram

6. BLOCK DIAGRAM



RF

RX SAWDRX_HB_INMDRX_HB_INP

G850/EGSM TX_LB4GSM PAMGSM850/EGSM TX

GPS LNA

ALM-2506RX SAW

GNSS_INPGNSS_INM

WBand1-PAMW2100D l

WCDMA TX SAW

TX_MB4

DCS/PCN

WCDMA2

ACPM-7868 TX_MB1PCN/PCS TX

ACPM-5201Duplexer TX SAW

W1700 WCDMA WBand4-PAM

MDM6200

TX MB2WCDMA1

FEM

D5024

W1700Duplexer TX SAW

SKY77703

RX SAWPRX_HB_INMPRX_HB_IMPPRX MB1 INM

PA_DET_IN

TX_MB2

W2100

WCDMA1

W1700

PRX_MB1_INMPRX_MB1_INPPRX_LB1_INMPRX_LB1_INPDRX_LB2_INMDRX_LB2_INPDRX_MB1_INMDRX_MB1_INP

G900

G1800/1900

CTRL1

W2100RX SAW

RX SAWG850

GRFC_2/WDOG_DISABLE/GPIO_94CTRL1CTRL2

ANT_SEL0,1,2,3

CTRL3CTRL4

GRFC_3/BOOT_FROM_ROM/GPIO_95GRFC_4/FAILED_BOOT/GPIO_96GRFC_5/GPIO_97

6. BLOCK DIAGRAM



RF <Control signals and Clocks>

MDM6200

W-PAM

ACPM-5201

VEN PA_0N1/GPIO_86PA_ON_U2100

PA_R0PA_R0VMODE

CPL

W-PAM

SKY77703VEN

VMODE_0PA_ON_AWS

PA_RO

PA_ON0/GPIO_85PWR_DET_IN

PDET IN

CPL_IN

CPL OUT_ _

PDET_IN

VEN_HB PA_ON2GSM_PA_HB_EN

VEN_LB PA_ON1GSM_PA_LB_EN

GSM PAM

CPL_OUT

FEM CTRL1 ANT_SEL0

PA_R0VMODE_0

VMODE_1 PA_R1 PA_R1ACPM-7868

GRFC_2/WDOG_DISABLE/GPIO_94

D5024 CTRL2 ANT_SEL1

CTRL3ANT_SEL2

CTRL4ANT_SEL3

GRFC_3/BOOT_FROM_ROM/GPIO_95

GRFC_4/FAILED_BOOT/GPIO_96

GRFC_5/GPIO_97

6. BLOCK DIAGRAM



AP20 , PMB9801

ULPI_DATA0

ULPI_DATA1

ULPI_DATA2

ULPI_DATA3

UART1_IPC_TXDUART1_IPC_RXD

UART1__IPC_CTS_NUART1__IPC_RTS_N

GSBI3_3

GSBI3_2

GSBI3_1

GSBI3_0

UART2_RTS_N

GPIO_PU6

IPC_SRDY1

IPC_MRDY1

SPI1 IPC MOSI

GPIO_99

GPIO_98SPI1_IPC_CS_N

ULPI_STP GSBI0_0

AP20

ULPI_CLK

ULPI_DIR

ULPI_NXT

SPI1_IPC_MOSI

SPI1_IPC_MISO

SPI1_IPC_SCK

MDM6200

GSBI0_3

GSBI0_2

GSBI0_1

MDM6200ULPI_DATA4

ULPI_DATA7

IPC_SRDY2

IPC_MRDY2GPIO_51

GPIO_52SPI2_IPC_CS_N

SPI2 CS0 N GSBI2 0

SPI2_MOSI

SPI2_MISO

SPI12_IPC_MOSI

SPI2_IPC_MISO

SPI2_IPC_SCK

GSBI2_3

GSBI2_2

SPI2_CS0_N _

GSBI2_1SPI2_SCK

GPIO_PV0

GPIO_PV1

MDM_RESET_1.8VMDM_PWRON_1.8V PM8028

PON_RESET_N RESIN_N

GPIO_PV3MDM_RESET_FLAG

RESET2_N

6. BLOCK DIAGRAM



BLUETOOTH & WIFI & FM RX

BCM4329AP20 CLK 32K

FILTERWLAN_EN

WLAN_HOST_WAKEUPWL_HOST_WAKEUP

WL RST N

WLAN_WAKEUP WL_WAKE_B

BCM4329

KB_ROW8

GMI_DPD

LCD M1

BT/ WLAN ANT

AP20SLEEP_CLK

WLAN

32KCLKOUT CLK_32K

2G4_ANT

WLAN_SDIO_CMD

WLAN_SDIO_CLK

WLAN_SDIO[3:0]

SDIO_CMD

SDIO_CLK

WL_RST_N

SDIO[3:0]

SDIO1_CMD

SDIO1_CLK

LCD_M1

SDIO1_DAT[3:0]

WLAN

SDIO1 SDIO

LNA

WLANRF_Tx

BT/WLAN

SP3TSwitch 2.8V LDO

BT_UART_CTS

BT_UART_RTS

BT_UART_RXDBT_UART_TXD

BT_UART_RXD

BT_UART_TXD

BT_UART_RTS_N

BT_UART_CTS_N

UART3_TXD

UART3_RXD

UART3_CTS

UART3_RTSBT EN

UART3 UARTOSC_IN

LNARF_Rx

BTRF_Tx

TCXO38.4MHz

(KT3225L38400UCW28TA0)

CLK_REQ

BLUETOOTH

BT_EN

BT_WAKEUPBT_HOST_WAKEUP

BT_RST_N

BT_GPIO_0

BT_GPIO_1

LCD_SDIN

SPI1_MOSI

GMI_WP_NBT_PCM_SYNC

BT PCM INBT_PCM_SYNCDAP4_FS

SWB-B25

DAP4

BT_PCM_IN

BT_PCM_OUT

BT_PCM_CLK

BT_PCM_OUT

BT_PCM_IN

BT_PCM_CLK

DAP4_DIN

DAP4_DOUT

DAP4_SCLK

PCM

I2S_CK

I2S_DI

I2S_DO

I2S_WS

FMI2S

_

AUDIO_OUT_R

AUDIO_OUT_LAudio Analog Out



7. CIRCUIT DIAGRAM

OJ1303

C11147u

ZD102ZD100

U103

743

52

61RFIN RFOUT

EN RREF

GS VCCP

GN

DDNI

C125

SW101

G1

ANTG2

+2.8V_LNA

R112

27K

C142 47p

ZD101

C122 100p

L107

22n

4.3nL112

DNI

L113

L128 3.9n

C151

100p

2140MHz

FL102

45

1

32G1 O1

ING2 O2

ANT103

1

DNI

C124

33pC123

15p

C11

6

2.2p

C11

78.

2pC

119

3n

L108

5.6n

L110

5.1n

L109

15p

C11

533

p

C11

8

C147

0.5p

DN

I

R10

9

DN

I

R10

6 C146

1p

V_POWERRAIL

100p

C150

100p

C149

U101

12

13

14

15

16

17

6

5

7

4

8

3

9

2

10

1

11GND3

RFIN_HB

GND2

VBATT

RFOUT_LB

VEN_HB

RFIN_LB

VMODE0

GND1

VMODE1

VEN_LB

PGND

RFOUT_HB

GND6

GND5

VCC

GND4

100p

C120

100p

C121

L104

DNISW102

43

2

1ANT COMMON

G3 G4

L127 1n

10n

L102

2.2pC104

12n

L101

2.2pC101

C141

10n

C140

100p

L126

2n

C107 100p

C105 100p

C139 10p

L129

2.2nL105

15n

C14

3

100pFL104

1575.42MHz5 2

4 1

3G3

OUTING1G2 C148 100p

C14

5

2.2p

2.2n

C112

100p

C108

47p

C109

8p

C110

C127

10p

VDD_RF_SW

100n

L106

100p C106

1u

C102

33p

C103

1575.42MHz

FL103

45

1

32G1 O1

ING2 O2

DNI

L121

U102

4

3

5

2

6

1

7PGND

NC1

VDD

RF_IN

RF_OUT

NC2

VSD

12n

L125

C14

4

2.2p

22p

C13

5

4.7n

L117

5.6n

L119

15n

L103

FL101

20

222

21

24

923

1116

17

1813

1912

10

148

151

65437V

DD

CTR

L1

CTR

L2

CTR

L3

CTR

L4



GND3

GND4 PCN_RX_PCS_RX2

GND5 PCN_RX_PCS_RX1

GND6

GND7 GSM850_EGSM_TX

GND8 PCN_PCS_TX

GND9

WCDMA1

ANT WCDMA2

WCDMA3

VDD_RF_SW

12n

L118

DNI

L123

1p

C130100p

C13

3

22p

C12

9

6.8p

C136

C128

0.1u

L124

4.7n

100pC131

DNI

C134

R101 1K

R103 1K

R104 1K

R102 1K

ANT101

1

C13

2

100p

PA_R0

GPS_LNA_EN

GPS_INP

GPS_INM

GSM_TX

DCS_PCS_TX

RX_G_1800_1900_M

RX_G_900_PANT_SEL0

ANT_SEL1

ANT_SEL2

TRX_U_AWS

PA_R1

GSM_PA_HB_EN

GSM_PA_LB_EN

ANT_SEL3

RX_G_900_M

RX_G_1800_1900_P

TRX_UCG_850

DRX_U_AWS_INM

DRX_U_AWS_INP

TRX_U_2100

DIV_LNA_EN

MAIN ANT / GSMLOW

GPSNear to ANT101

HIGH

HIGH

HIGH HIGH

HIGH

LOWHIGH

LOW

LOW

HIGH

LOW

LOW

LOW

LOW

HIGH

LOW

LOW

LOW

LOW

LOW LOW

LOW

ANTENNA SWITCH MODULE LOGIC

DCS/PCS TX

LOW

LOW

ANT_SEL0 ANT_SEL2

LOW

LOW

LOW

Pin 20

LOW

GSM850/EGSM TX HIGH

DCS1800 RX

Pin 22

GSM850 RX

HIGH

HIGHHIGH

LOW

Pin 21

LOW

LOW

ANT_SEL3ANT_SEL1

PCS1900 RX

EGSM RX

GSM1800/1900 RX

GSM 900_ RX

Div.

GPS LNA

7. CIRCUIT DIAGRAM



7. CIRCUIT DIAGRAM

VCC_IO_1V8

2.7nL225

C216 22p

100p

C241

U202

6 5

7 4

8 3

9 2

10 1

11PGND

VCC1VCC2

RFINRFOUT

VMODE_1CPL_IN

VMODE_0GND

VENCPL_OUT

10pC240

U201

6 5

7 4

8 3

9 2

10 1

11PGND

VCC1VCC2

RFINRFOUT

VBPISO

VMODEGND

VENCPLL202

DNI

FL203

1732.5MHz,2132.5MHz

958472

3

6 1RXANT

TX


FL206 2140MHz

52

4

31IN OUT

_OUTG1 G3R207

27K

C247

10n

U203

7

43

52

61RFIN RFOUT

EN RREF

GS VCC

PG

ND

L219 2.7nC204 8.2pL220

1.5n

L221

12n

U204

2

3

4

15

VCC

GND

FL202

1950MHz

5 2

4 1

3G3

INOUTG1G2

L215

12n

L214 6.8n

L205

10n

L217

2n

C244

DNI

C24

3

47p

C246 8.2p

C245 8.2p

C24

2

47p

L218

5.6n

DNIL213

L212DNI

L2266.8n

C227 12p

2.2u

C221

V_POWERRAIL

L210

12nC229DNI

L211

2.2n

C223

33p

C233

100p

C232

100p

1732.5MHz

FL204

53 2

4 1INOUT

G1G2G3

C228 33p

C220

1n

100p

C231

2.2u

C222

881.5MHzFL205

45

1

32G1 O1

ING2 O2

L204

3.9n

R20

4

130

C235 5.6p

C238DNI

L216 6.8n

33p

C236

C239 5.6p

R20

3

130

C234 100pR202

43

49.9

R20

1

FL201

1950 MHz,2140 MHz

95

74

1

2

8

36ANT TX_IN

RX_OUT2

GND1

RX_OUT1

GND2 GND4

GND3 GND5

C218 22pC217 10p

C203

2.2u

1nC212

330pC202

V_POWERRAIL

C2131n

330pC201

1nC214

C209

1p

L222 2.7n

L201

1.8n

DNIC211

C207

33p

10pC215

2.7n

L203

2.7pC208

+2.8V_LNA

L223

DN

I

C248

100p

L224

1n

PA_R0

PA_R0

PWR_DET_IN

ANT_SEL1

TRX_U_AWS

ANT_SEL3

TRX_UCG_850

TRX_U_2100

PA_ON_U2100

PRX_U_2100_INM

PRX_U_2100_INP

PRX_UCG_850_P

U_AWS_TX

PA_ON_AWS

PRX_UCG_850_M

TX_U_2100

PRX_U_AWS_INP

PRX_U_AWS_INM


G850 RX(869 - 894 MHz)

GSM850_RX


U2100 TX

DCN/US-PCS/WCDMA

U2100 RX

UMTS2100



7. CIRCUIT DIAGRAM

R318

0

R31

5

47K

VDD_MDM_MSME

R31

4

10K

R306

10K

R31

72.

2K

TP308TP307

R31

20

TP31

9TP

320

TP31

8

TP32

1

TP31

5TP

316

TP31

4R

316

2.2K

TP31

7

VDD_MDM_MSME

U302

Y26

T17

W17

T14

AB26

T13

B4

D6

B5

A4

A3

V4

W2

L1

T2

K5

T5

L4

L5

E6

G1

H4

H2

L2

K4

N1

N5

R4

P4

P2

T1

U4

V2

V1

R5

N2

N4

C1

W4

V5

P1

T4

P5

H5

K1

F4

K2

G4

G5

G2

H1

E1

E2

D4

F5

C2

D5

AB22

U10

AC22

U11

AC19

T9

AC20

T10

AC21

AC18

AB5

W1

AA2

Y7

W7

AC5

Y4

W6

W14

Y12

Y20

AC12

AC11

Y6

AA1

AC14

AB10

AC10

AB9

AC9

AB11

AC8

Y10

AB8

AC7

W10

AB7

Y8

AC4

AB4

W8

AC3

N7

AB12

AB13

N8

AC13

AB14

P8

U13

AB27

Y28

AB17

AC17

AB16

AC16

U8

P7

AC24

A10

G11

G12

B6

H12

D17

D14

D16

B18

B17

D15

A18

G16

H15

G14

W19

W18

W24

Y24

AB19

AB18

AB20

AB21

U25

N29

P29

R29

T29

U29

V29

V28

U28

D29

E29

F28

E28

F29

G29

J28

H28

H29

J29

E20

A20

A19

A24

A25

B27

B26

A26

A27

B24

B23

A22

A23

N20

C29

Y18

H9

AC15

U15

U9

M8

L8

K8

J8

H11

H10

Y19

U14

AC27

Y25

T15

AA29

Y16

AC26

W16

W12

Y14

Y29

Y17

AA28

G13

A16

E16

A17

AC23

AB23

T11

AB24

D13

E10

E12

A14

L7

E7

K7

J7

G18

E18

D18

A13

B13

E8

A12

E9

B12

D10

B10

B9

D11

D9

A7

B14

RESOUT_N

SDCC1_CLK/GPIO_53

SDCC1_CMD/GPIO_58

SDCC1_DATA_0/GPIO_54




SDCC3_CLK/GPIO_69

SDCC3_CMD/GPIO_74





GRFC_2/WDOG_DISABLE/GPIO_94

GRFC_3/BOOT_FROM_ROM/GPIO_95

GRFC_4/FAILED_BOOT/GPIO_96

GSBI0_0/GPIO_28

GSBI0_1/GPIO_29

GSBI0_2/EXT_FM_INT/GPIO_30

GSBI0_3/GPIO_31

GSBI1_0/GPIO_32

GSBI1_1/GPIO_33

GSBI1_2/NFC_IRQ/GPIO_34

GSBI1_3/NFC_SHUTDOWN/GPIO_35

GSBI2_0/GPIO_36

GSBI2_1/GPIO_37

GSBI2_2/GPIO_38

GSBI2_3/GPIO_39

GSBI4_0/GPIO_44

GSBI4_1/GPIO_45

GSBI4_2/GPIO_46

GSBI4_3/GPIO_47

ETM_TRACECLK/GPIO_13

ETM_TRACECTL/GPIO_1

ETM_TRACEDATA_0/GPIO_2







UICC_DM/GPIO_52

UICC_DP/GPIO_51

USIM_CLK/GPIO_49

USIM_DATA/GPIO_48

USIM_RESET/GPIO_50

RTCK

TCK

TDO

TDI

TRST_N

TMS

GPIO_27

GPIO_59

GPIO_60

GPIO_68

GPIO_75

RF_RBIASXO_RFPRX_LB1_INMPRX_LB1_INPPRX_LB2_INMPRX_LB2_INPPRX_MB1_INMPRX_MB1_INPPRX_MB2_INMPRX_MB2_INPPRX_HB_INMPRX_HB_INPGNSS_INPGNSS_INMVTUNE_SHDRDRX_LB1_INMDRX_LB1_INPDRX_LB2_INMDRX_LB2_INPDRX_MB1_INMDRX_MB1_INPDRX_MB2_INMDRX_MB2_INPDRX_HB_INMDRX_HB_INPTX_LB1TX_LB2TX_LB3TX_LB4TX_MB1TX_MB2TX_MB3TX_MB4PDET_INPMIC_SSBIPS_HOLDPMIC_INT_NXO_OUT_D1_ENXO_OUT_D0_EN/GPIO_99XO_OUT_A0_EN/GPIO_98PA_R0PA_R1PA_ON0/GPIO_85PA_ON1/GPIO_86PA_ON2/GRFC_8/GPIO_87RF_SWITCH_0/BOOT_SCUR/GPIO_88RF_SWITCH_1/GPIO_89RF_SWITCH_2/GRFC_0/GPIO_90GRFC_14/GPIO_93GRFC_13/GPIO_92GRFC_12/GPIO_91GRFC_5/GPIO_97SLEEP_CLKSYS_CLKMODE_2MODE_1MODE_0RESIN_N

EBI2_A0/GSBI3_0/GPIO_40EBI2_A1/GSBI3_1/GPIO_41EBI2_A2/GSBI3_2/GPIO_42EBI2_A3/GSBI3_3/GPIO_43

EBI2_A4/GPIO_79EBI2_A5/EBI2_SEC_BUSY_N/GPIO_80EBI2_A6/ETM_TRACEDATA_6/GPIO_8EBI2_A7/ETM_TRACEDATA_7/GPIO_9

EBI2_A8/ETM_TRACEDATA_8/GPIO_10EBI2_A9/SDCC2_CLK/GPIO_62

EBI2_A10/SDCC2_DATA_0/GPIO_63EBI2_A11/SDCC2_DATA_1/GPIO_64EBI2_A12/SDCC2_DATA_2/GPIO_65EBI2_A13/SDCC2_DATA_3/GPIO_66

EBI2_A14/SDCC2_CMD/GPIO_67EBI2_A15/HEADSET_DET_N/GPIO_78

EBI2_AD0EBI2_AD1EBI2_AD2EBI2_AD3EBI2_AD4EBI2_AD5EBI2_AD6EBI2_AD7EBI2_AD8EBI2_AD9EBI2_AD10EBI2_AD11EBI2_AD12EBI2_AD13EBI2_AD14EBI2_AD15

EBI2_ASYNC_WAIT_N/GPIO_61EBI2_CS0_NEBI2_CS1_N

EBI2_CS2_N/EBI2_BUSY_N/GPIO_81EBI2_CS3_N/GPIO_82

EBI2_CS4_N/ETM_TRACEDATA_3/GPIO_5EBI2_CS5_N/ETM_TRACEDATA_4/GPIO_6EBI2_CS6_N/ETM_TRACEDATA_5/GPIO_7

EBI2_LB_NEBI2_LCD_CS_N

EBI2_LCDEN_WAIT_NEBI2_LCDRS_ADV_N

EBI2_MEM_CLKEBI2_OE_NEBI2_UB_NEBI2_WE_N

GP_PDM/GPIO_83GPIO_18GPIO_19GPIO_20GPIO_21GPIO_22GPIO_23GPIO_24GPIO_25GPIO_26

EBI1_A0

EBI1_A1

EBI1_A2

EBI1_A3

EBI1_A4

EBI1_A5

EBI1_A6

EBI1_A7

EBI1_A8

EBI1_A9

EBI1_A10

EBI1_A11

EBI1_A12

EBI1_A13

EBI1_A14

EBI1_A15

EBI1_CAL

EBI1_CAS_N

EBI1_CKE0

EBI1_CKE1

EBI1_CS0_N

EBI1_CS1_N

EBI1_D0

EBI1_D1

EBI1_D2

EBI1_D3

EBI1_D4

EBI1_D5

EBI1_D6

EBI1_D7

EBI1_D8

EBI1_D9

EBI1_D10

EBI1_D11

EBI1_D12

EBI1_D13

EBI1_D14

EBI1_D15

EBI1_DCLK

EBI1_DCLKB

EBI1_DQM0

EBI1_DQM1

EBI1_DQS0

EBI1_DQS1

EBI1_RAS_N

EBI1_WE_N

USBPHY_DN

USBPHY_DP

USBPHY_ID

USBPHY_REXT

USBPHY_VBUS

FS_USB_DATA/ETM_TRACEDATA_14/GPIO_16

FS_USB_OE_N/GP_CLK/ETM_TRACEDATA_15/GPIO_17

FS_USB_SE0/ETM_TRACEDATA_13/GPIO_15

GPIO_76

GPIO_77

GPIO_84

TP31

3

2pC306

49.9

R30

2

R30

80

VDD_MDM_MSME

MDM_USB_VBUS

TP31

0

TP31

1

VDD_MDM_MSME

CN301

65

74

83

92

101

R31

0D

NI

0.1uC305

C304 0.1u

C302 0.1u

C307

0.1u

TP31

2

R304 4.7K

4020

R30

3

U301

B6

B3

B4

A4

A7

A3

A6

M8

L7

M7

N5

N4

M4

N3

N2

L8

M6

L6

N7

L5

M3

M2

M1

H7

D5

H8

D7

J1

G2

F2

H2

D3

F8

G8

B7

B8

C7

C8

C6

D8

C5

E6

J5

J7

K8

J8

K7

K6

K5

K4

J2

H3

E1

E2

J3

C4

D2

C3

D1

C2

B2

K3

K2

K1

J4

N9

N6

M10

L9

L2

K10

J10

H9

H1

G9

F10

E9

D10

C9

B10

B5

B1

A9

M5

A5

L4

L3

J6

H6

H5

H4

G7

G6

G5

G4

G3

F7

F6

F5

F4

F3

F1

E8

E7

E5

E4

E3

D6

D4

A2

M9

L10

K9

J9

H10

F9

E10

D9

C10

B9

N8

L1

G10

G1

C1

A8

N10

N1

A10

A1

NC1

NC26

NC28

NC29

VDD1VDD2VDD3VDD5VDD4VDD6

VDDQ1VDDQ6VDDQ5VDDQ4VDDQ10VDDQ9VDDQ2VDDQ8VDDQ7VDDQ3

NC27NC20NC21NC9NC19NC8NC11NC12NC17NC18NC7NC16NC25NC6NC10NC5NC13NC14NC4NC2NC24NC22NC23NC15NC3

VCC1VCC2

VSS1VSS4VSS8VSSQ5VSSQ4VSSQ9VSSQ8VSSQ3VSS2VSS3VSSQ10VSSQ1VSSQ2VSS5VSSQ6VSSQ7VSS6VSS7

A0A1A2A3A4A5A6A7A8A9

A10A11A12BA0BA1

DQ0DQ1DQ2DQ3DQ4DQ5DQ6DQ7DQ8DQ9

DQ10DQ11DQ12DQ13DQ14DQ15

/CKCK

CKE/CS

/RAS/CAS/WEDUDQMLDQMUDQSLDQS

IO0IO1IO2IO3IO4IO5IO6IO7IO8IO9

IO10IO11IO12IO13IO14IO15

/CE/RE/WECLEALE/WPR/B

TP304

0.1u

C308

TP303

TP306

TP302

VDD_MDM_MSME

VDD_MDM_MSME

TP305

C303 0.1u

2.2uC301

R305

51K

R307

10K

VBUS_OUT

100K

R30

1

Q301

43

52

61 S1 D1

G1 G2

D2 S2

TP301

MDM_USB_VBUS

DAP3_PCM_SCLK

SPI1_IPC_MOSI

SPI1_IPC_MISO

SPI1_IPC_SCK

UART1_IPC_CTS_NUART1_IPC_RTS_N


DAP3_PCM_FS

DAP3_PCM_DOUT

MDM_RESET_FLAG

DAP3_PCM_DIN

IPC

_SR

DY2

IPC

_MR

DY2

TEST_GPIO1

TEST_GPIO2

SPI2_IPC_SCK

SPI2_IPC_CS_N

SPI2_IPC_MISO

SPI2_IPC_MOSI

SPI1_IPC_CS_N

IPC_SRDY1IPC_MRDY1

GSM_TXON_IND

USB_DN_MDM

UART_RX_MDM

UART_TX_MDM

I2C_FUEL_SDA

I2C_FUEL_SCL

USB_DP_MDM

PA_R0

PWR_DET_IN

GPS_LNA_EN

GPS_INPGPS_INM

PS_HOLD

TCXO_EN

PMIC_SSBI

PMIC_MDM_IRQ/

MDM_TCXOMDM_SLEEP_CLK

EBI2_OE/

EBI2_OE/

EBI2_WE/

EBI2_WE/

EBI2_UB/

EBI2_UB/

EBI2_LB/

EBI2_LB/

EBI1_A[0]

EBI1_A[0]

EBI1_A[1]

EBI1_A[1]

EBI1_A[2]

EBI1_A[2]

EBI1_A[3]

EBI1_A[3]

EBI1_A[4]

EBI1_A[4]

EBI1_A[5]

EBI1_A[5]

EBI1_A[6]

EBI1_A[6]

EBI1_A[7]

EBI1_A[7]

EBI1_A[8]

EBI1_A[8] EBI1_A[9]

EBI1_A[9]

EBI1_A[10]

EBI1_A[10]

EBI1_A[11]

EBI1_A[11]

EBI1_A[12]

EBI1_A[12]

EBI1_D[0]

EBI1_D[0]

EBI1_D[1]

EBI1_D[1]

EBI1_D[2]

EBI1_D[2]

EBI1_D[3]

EBI1_D[3]

EBI1_D[4]

EBI1_D[4]

EBI1_D[5]

EBI1_D[5]

EBI1_D[6]

EBI1_D[6]

EBI1_D[7]

EBI1_D[7]

EBI1_D[8]

EBI1_D[8]

EBI1_D[9]

EBI1_D[9]

EBI1_D[10]

EBI1_D[10]

EBI1_D[11]

EBI1_D[11]

EBI1_D[12]

EBI1_D[12]

EBI1_D[13]

EBI1_D[13]

EBI1_D[14]

EBI1_D[14]

EBI1_D[15]

EBI1_D[15]

EBI1_WE/

EBI1_WE/

EBI1_RAS/

EBI1_RAS/

EBI1_DQM[0]

EBI1_DQM[0]

EBI1_DQM[1]

EBI1_DQM[1]

EBI2_A_D[0]

EBI2_A_D[0]

EBI1_MCLK

EBI1_MCLK

EBI1_MCLK/

EBI1_MCLK/

EBI1_CLK_EN

EBI1_CLK_EN

EBI2_BUSY/

EBI2_BUSY/

EBI2_CS1/

EBI2_CS1/

EBI1_BANK_A[1]EBI1_BANK_A[1]

EBI1_BANK_A[0]

EBI1_BANK_A[0]

EBI2_A_D[1]

EBI2_A_D[1]

EBI2_A_D[2]

EBI2_A_D[2]

EBI2_A_D[3]

EBI2_A_D[3]

EBI2_A_D[4]

EBI2_A_D[4]

EBI2_A_D[5]

EBI2_A_D[5]

EBI2_A_D[6]

EBI2_A_D[6]

EBI2_A_D[7]

EBI2_A_D[7]

EBI2_A_D[8]

EBI2_A_D[8]

EBI2_A_D[9]

EBI2_A_D[9]

EBI2_A_D[10]

EBI2_A_D[10]

EBI2_A_D[11]

EBI2_A_D[11]

EBI2_A_D[12]

EBI2_A_D[12]

EBI2_A_D[13]

EBI2_A_D[13]

EBI2_A_D[14]

EBI2_A_D[14]

EBI2_A_D[15]

EBI2_A_D[15]

MDM_TCK

MDM_TCK

MDM_RTCK

MDM_RTCK

MDM_TDO

MDM_TDO

MDM_TDI

MDM_TDI

MDM_TMS

MDM_TMS

MDM_TRST/

MDM_TRST/

EBI1_DQS[0]

EBI1_DQS[0]

EBI1_DQS[1]

EBI1_DQS[1]

EBI1_CAS/

EBI1_CAS/

EBI2_WP/

EBI2_WP/

MODE1

MODE1

MDM_RESET_N

MDM_RESET_N

JTAG_PS_HOLD

MDM_RF_TCXO

EBI1_CS0_NEBI1_CS0_N

PON_RESET_N

USIM_MDM_RST_N

USIM_MDM_DATA

USIM_MDM_CLK

GSM_TX

DCS_PCS_TX

RX_G_1800_1900_MRX_G_900_P

ANT_SEL0

ANT_SEL1

ANT_SEL2

PA_R1

ANT_SEL3

RX_G_900_M

RX_G_1800_1900_P

DRX_U_AWS_INM

DRX_U_AWS_INP

PA_ON_U2100

PRX_U_2100_INMPRX_U_2100_INP

PRX_UCG_850_P

U_AWS_TX

PA_ON_AWS

PRX_UCG_850_M

TX_U_2100

MDM_USB_VBUS_EN

DIV_LNA_EN

PRX_U_AWS_INPPRX_U_AWS_INM

ON BOARD JTAG(CP)

JTAG MODE Selection

(1%)

MEMORY

ARM11 NO

JTAG ETMMODE[2:0]

010

000

ARM11 YES

USAGE

ETM

Native mode

(Active high connected to default pull down GPIO of AP20H)



7. CIRCUIT DIAGRAM

0.1u

C41

0

L409 4.7n

L405 47n

47u

C448

C44

4D

NI

C44

5D

NI

C419 4.7u

C418 220n

C447

220p

FB401 33

C405

47u

U302

V26

U26

U23

U22

U21

U19

U18

T28

T26

T23

T22

T21

T18

R25

R23

R22

P19

N28

N26

N25

N19

M28

M26

M22

L26

L23

L22

L20

L19

K29

K28

K26

K20

J26

J25

J23

J22

H26

H25

H23

H21

G28

G25

G22

G21

G19

F25

E25

E21

E19

D28

D26

D25

D22

D20

C28

B29

B28

B25

B22

B19

A29

A28

A21

W29

W28

Y15

Y13

Y11

Y9

Y2

W21

W5

U16

U12

U7

U2

P15

M29

G17

E15

E14

A9

Y22

Y21

P23

P22

N23

N22

L25

K23

H14

H13

D19

V25

T20

L28

K25

K22

E24

E23

U20

T25

T19

R28

R26

P28

P26

P25

M25

M23

M20

L29

K19

H22

H20

G26

G23

G20

F26

E26

E22

D24

D23

D21

B21

B20

W26

W25

M19

H19

K14

B7

P20

A8

E13

D7

W20

W15

W11

R8

H18

B8

AB6

AB3

AB25

A15

Y1

U1

R1

M1

J1

F1

D1

H7

G9

Y5

W9

W13

U5

T7

T16

T12

P12

P11

P10

N11

N10

M7

M4

M12

M11

M10

L11

L10

K12

K11

J4

G8

E4

D12

B16

AB15

A11

A5

W23

Y23

U17

H17

H16

W22

E17

T8

R7

R2

P18

P17

P16

P14

P13

N18

N17

N16

N15

N14

N13

N12

M18

M17

M16

M15

M14

M13

M5

M2

L18

L17

L16

L15

L14

L13

L12

K18

K17

K16

K15

K13

J5

J2

H8

G15

G10

G7

F2

E11

E5

D8

D2

B15

B11

B3

B2

B1

AC6

AC2

AC1

AC29

AC28

AC25

AB29

AB28

AB2

AB1

A6

A2

A1

GND_DIG14

GND_DIG15

GND_DIG16

GND_DIG17

GND_DIG18

GND_DIG19

GND_DIG20

GND_DIG21

GND_DIG22

GND_DIG23

GND_DIG24

GND_DIG25

GND_DIG26

GND_DIG27

GND_DIG28

GND_DIG29

GND_DIG30

GND_DIG31

GND_DIG32

GND_DIG33

GND_DIG34

GND_DIG35

GND_DIG36

GND_DIG37

GND_DIG38

GND_DIG39

GND_DIG40

GND_DIG41

GND_DIG42

GND_DIG43

GND_DIG44

GND_DIG45

GND_DIG46

GND_DIG47

GND_DIG48

GND_DIG49

GND_DIG50

GND_DIG51

GND_DIG52

GND_DIG53

GND_DIG54

GND_DIG55

GND_DIG56

GND_DIG57

GND_DIG58

GND_DIG59

GND_DIG60

GND_DIG61

GND_DIG62

GND_DIG63

GND_DIG64

GND_DIG65

GND_DIG66

GND_DIG67

GND_DIG68

GND_DIG69

GND_DIG70

GND_DIG71

GND_DIG72

GND_DIG73

GND_DIG74

GND_DIG75

GND_DIG76

GND_DIG77

VDD_A0VDD_A1VDD_A2_1VDD_A2_2VDD_A2_3VDD_A2_4VDD_A2_5VDD_CORE1VDD_CORE2VDD_CORE3VDD_CORE4VDD_CORE5VDD_CORE6VDD_CORE7VDD_CORE8VDD_CORE9VDD_CORE10VDD_CORE11VDD_CORE12VDD_CORE13VDD_CORE14VDD_CORE15VDD_CORE16VDD_CORE17VDD_CORE18VDD_CORE19VDD_CORE20VDD_CORE21VDD_CORE22VDD_CORE23VDD_CORE24VDD_CORE25VDD_CORE26VDD_CORE27VDD_CORE28VDD_CORE29VDD_MPLLVDD_MDDIVDD_P1_1VDD_P1_2VDD_P1_3VDD_P1_4VDD_P1_5VDD_P1_6VDD_P1_7VDD_P2_1VDD_P2_2VDD_P2_3VDD_P2_4VDD_P2_5VDD_P2_6VDD_P2_7VDD_P2_8VDD_P2_9VDD_P2_10VDD_P3VDD_P4VDD_P5_1VDD_P5_2VDD_P6VDD_QFUSEVDD_RF_DIG_1VDD_RF_DIG_2GND_RF_1

GND_RF_2VDD_RF1_1VDD_RF1_2VDD_RF1_3VDD_RF1_4VDD_RF1_5VDD_RF1_6VDD_RF1_7VDD_RF1_8VDD_RF1_9

VDD_RF1_10VDD_RF1_11VDD_RF1_12VDD_RF1_13VDD_RF1_14VDD_RF1_15VDD_RF1_16VDD_RF1_17VDD_RF1_18VDD_RF1_19VDD_RF1_20VDD_RF1_21VDD_RF1_22VDD_RF1_23VDD_RF1_24VDD_RF1_25VDD_RF1_26VDD_RF2_1VDD_RF2_2VDD_RF2_3VDD_RF2_4VDD_RF2_5VDD_RF2_6VDD_RF2_7

DNC1DNC2DNC3DNC4DNC5DNC6DNC7DNC8DNC9

DNC10DNC11RSVD1RSVD2RSVD3RSVD4RSVD5RSVD6

GND_DIG1GND_DIG2GND_DIG3GND_DIG4GND_DIG5GND_DIG6GND_DIG7GND_DIG8GND_DIG9

GND_DIG10GND_DIG11GND_DIG12GND_DIG13

GND_RF1

GND_RF2

GND_RF3

GND_RF4

GND_RF5

GND_RF6

GND_RF7

GND_RF8

GND_RF9

GND_RF10

GND_RF11

GND_RF12

GND_RF13

GND_RF14

GND_RF15

GND_RF16

GND_RF17

GND_RF18

GND_RF19

GND_RF20

GND_RF21

GND_RF22

GND_RF23

GND_RF24

GND_RF25

GND_RF26

GND_RF27

GND_RF28

GND_RF29

GND_RF30

GND_RF31

GND_RF32

GND_RF33

GND_RF34

GND_RF35

GND_RF36

GND_RF37

GND_RF38

GND_RF39

GND_RF40

GND_RF41

GND_RF42

GND_RF43

GND_RF44

GND_RF45

GND_RF46

GND_RF47

GND_RF48

GND_RF49

GND_RF50

GND_RF51

GND_RF52

GND_RF53

GND_RF54

GND_RF55

GND_RF56

GND_RF57

GND_RF58

GND_RF59

GND_RF60

GND_RF61

GND_RF62

GND_RF63

GND_RF64

+1.3V_MDM_RF1+1.8V_MDM_P5

+1.8V_MDM_P5

C43

010

0p

C43

210

0p

+2.05V_MDM_A2

C44

00.

1u

+2.05V_MDM_A2

C44

10.

1u

VDD_MDM_MSMC

C44

20.

1u

C416 47n

C406 47n

C43

70.

1u

VDD_MDM_MPLL

C43

80.

1u

VDD_MDM_MSME

C43

90.

1u

C43

60.

1u

C43

30.

1u

C43

50.

1u

C42

30.

1u

C42

40.

1u

VDD_MDM_SDCC1

C41

20.

1u

+1.2V_MDM_P4

C41

30.

1u

+3.0V_MDM_USB

C41

10.

1u

VDD_MDM_MSME

1uC401

+2.2V_MDM_RF2

C425 220p

C43

110

0p 2.2u

C42

8

2.2u

C42

9

+1.3V_MDM_RF1

1uC

404

1uC

403

C408 220p

C446

1.5n

68nL401

C426 0.1u

L404 4.7n

C417 220p

L408 4.7n

1uC

402

C420 220p

L406 4.7n

C427 220p

4.7nL407

C407 22n

C409 47n

L402 4.7n

1uC4221uC421

L403

10n

C41

50.

1u

R40

20

C41

40.

1u

C43

40.

1u

C44

30.

1u

As close as possible to MDM





7. CIRCUIT DIAGRAM

22u

C55

0

TP501

C530

10p

R523 100K

C502 0.1u

C506 0.1u

C551

22p

R524 100K

R503

68K

C507 0.1u

C508 0.1u

C509 0.1u

2.85V_SIM

VCC_BBAT

C531

10p

+2.8V_LNA

R521

10K

R525 470

C548

4.7u

C54

922

u

TP513

FC-135_32.768KA-AC3X502

32.768KHz21

V_BAT_CP

10K

R522Q502

D

G

S

U501

T7

T5

T2

B7

J10

G10

K1

A8

T11

A5

D1

G1

C10

D11

P11

G11

L11

H2

M10

N8

P10

R11

H11

H10

B1

C1

K2

J2

F1

B8

H1

D2

J1

E1

B5

B10

A3

R10

A4

E2

G2

E10

C11

L10

N11

F10

F11

K10

K11

M7

N6

M8

D10

N7

R9

N5

M6

N4

M5

M4

L4

J4

K4

H4

H8

A9

D8

A11

A10

B9

E8

L8

J8

E4

R2

E5

N1

D5

G4

D6

E7

D7

T9

T10

T4

T3

R7

R8

R6

R5

F8

R1

G8

A7

A6

F4

B6

D4

C2

B2

B4

B3

A1

A2

E6

F2

R3

T1

R4

P2

P1

M2

M1

N2

L2

L1

K6

G6

G5

J5

T8

T6

N10

B11

M11

E11

J11

K8

K7

J7

J6

H7

H6

H5

G7

K5

GND_0

GND_1

GND_2

GND_3

GND_4

GND_5

GND_6

GND_7

GND_8

GND_S1

GND_S2

GND_S3

GND_S4

GND_NCP

GND_SPKR_L

GND_SPKR_R

GND_XO

GND_XOADC

GND_XOBUF

REF_GND

OVP_CLAMPOVP_SNSOVP_CTL

VCHG_0VCHG_1

VPH_PWR_0VPH_PWR_1

BAT_FET_NVREF_THERMVBATVCOIN

XOADC_REF

XTAL_19M_INXTAL_19M_OUT

XO_OUT_A0_ENXO_OUT_A0XO_OUT_A1_ENXO_OUT_A1XO_OUT_D0XO_OUT_D1_EN/PA_ONXO_OUT_D1

XTAL_32K_INXTAL_32K_OUT

SLEEP_CLK0

LED_ATC

VIB_DRV_N

SPKR_IN_LMSPKR_IN_LPSPKR_IN_RMSPKR_IN_RPSPKR_OUT_LMSPKR_OUT_LPSPKR_OUT_RMSPKR_OUT_RP

HSED_BIAS0HSED_BIAS1HSED_BIAS2

NFC_EXT_EN

RESIN_NKPD_PWR_NOPT_1PS_HOLDPON_RESET_N

SSBIPM_INT_N

PA_ON1PA_ON2PA_ON3PA_ON4PA_ON5

VOUT_PA_CTL

GPIO_01/SLEEP_CLK1GPIO_02/MP3_CLK

GPIO_03/EXT_SMPS_ENGPIO_04/PWM_OUT

MPP_01/UIM_M_DATAMPP_02/UIM_DATAMPP_03/UIM_M_CLK

MPP_04/UIM_CLKMPP_05/UIM_M_RST

MPP_06/UIM_RSTMPP_07/BATT_THERM

MPP_08/VREF_OUT/CHG2_DET/BATT_IDMPP_09/XO_THERMMPP_10/PA_THERMMPP_11/CBLPWR0_NMPP_12/CBLPWR1_N

VSW_S1VREG_S1VSW_S2

VREG_S2VSW_S3

VREG_S3VSW_S4

VREG_S4

VREG_L1VREG_L2VREG_L3VREG_L4VREG_L5VREG_L6VREG_L7VREG_L8VREG_L9VREG_L10VREG_L11VREG_L12VREG_L13VREG_L14VREG_L15VREG_L16VREG_L17VREG_L18VREG_L19

NCP_CTC1NCP_CTC2

NCP_FBVREG_NCP

REF_BYP

VDD_S1

VDD_S2

VDD_S3

VDD_S4

VDD_SMPS

VDD_L1_L11_L13

VDD_L2_L8_L10_L16_L17

VDD_L3_L5_L7

VDD_L4_NCP

VDD_L6_L12

VDD_L9_L14_L15

VDD_L18

VDD_L19

VDD_MSM_IO

VDD_SPKR_DRV

VDD_SPKR_L

VDD_SPKR_R

C514 1u

C516 10u

C517 10u

C518 10u

+2.2V_XOADC_REF

C519 100p

X501 DSX321G-19.2M

19.2MHz

21

34

VDD_MDM_MSME

DNIR504

+2.2V_XOADC_REF

C543

4.7u 4.7u

C544

TP512

R515

51K

C532 DNI

TP511

2.2u

C546

L501 4.7u

C54

50.

1u

+2.05V_MDM_A2

DNIC533

C537

4.7u

1n

C521

+2.2V_XOADC_REF

0.1u

C520

PT50

1

100K

100p

C52

8

VDD_RF_SW

C541

4.7u4.7u

C540

+3.0V_MDM_USB

2.2u

C542

+1.2V_MDM_P4

C538

4.7u

C535

2.2u 2.2u

C536

VDD_MDM_MPLL

C534

4.7u

VDD_MDM_SDCC1

C539

4.7u

+1.8V_MDM_P5

V_BAT_CP

C515 10u

C501 2.2u

V_BAT_CP

0.1uC503

C505 0.1u

C510 10u

C511 10u

C512 10u

0.1u

C50

4

V_BAT_CP

VD

D_M

DM

_MS

ME

VD

D_M

DM

_MS

ME

C52

322

u

100p

C52

6

VDD_MDM_MSMC

+1.3V_MDM_RF1L502 4.7u

L503 4.7uVDD_MDM_MSME

4.7uL504+2.2V_MDM_RF2

C52

410

0p

C52

210

0p 22u

C52

7

V_BAT_CP

Q501

D

G

S

+2.2V_XOADC_REF

33n

C54

7

R52

0

150K

R519

51K

PT50268K

TP510

R501

DNI

VDD_MDM_MSME

D501

D502

R514 10K

22u

C52

9

C52

522

u

TP502

TP503

C513 10u

120FB501

V_BAT_CPV_POWERRAIL

R516 200K

MDM_RESET_1.8VMDM_PWRON_1.8V

PS_HOLD

TCXO_EN

PMIC_SSBIPMIC_MDM_IRQ/

MDM_TCXO

MDM_SLEEP_CLK

JTAG_PS_HOLD

MDM_RF_TCXO

PCB_THM_ADC

PCB_THM_ADC

HARDWARE_RESET_N

HARDWARE_RESET_N

MDM_PWRON_N

MDM_PWRON_N

PON_RESET_N

USIM_MDM_RST_N

USIM_MDM_DATA

USIM_MDM_CLK

SIM_RST

SIM_IO

SIM_CLK

GSM_PA_HB_ENGSM_PA_LB_EN

MODEM POWER ON

+2.6V,50mA

S1&S2 sense point near MDM node

+2.8V,50mA

MODEM RESET (For LOCK-UP)

S3 sense point near branch of MDM and DDR

[ Temp Check ]

As close as possible to 19.2MHz crystal.



7. CIRCUIT DIAGRAM

VCC_TOUCH_1V8

R658 10

R659 10

100K

R60

4

VCC_IO_1V8

R65

510

K

VCC_IO_1V8

R63

610

K

TP609

4.7K

R629R628

4.7K

U601

H12

H14

C15

E15

J13

C13

E13

G15

D14

F14

J15

AH24

AJ21

AC19

AH20

AF20

AJ23

AG25

AG19

AD20

AG23

AF24

AD22

AL23

AB20

AL21

AE21

AG21

AF22

AE23

AJ25

AJ19

AL27

V28

U29

Y28

W29

W23

V26

N27

R29

P26

Y30

L25

N23

U27

M26

W27

L27

L29

U23

V24

M24

V22

J29

M28

N29

R27

J27

K26

U25

P24

P28

T26

T24

R25

R23

AA25

AH30

AA29

AC25

AG31

AA23

AB26

AH26

AJ27

AC29

AA27

AD28

AK28

AF28

Y26

Y24

Y22

AC27

AB24

AC31

AE29

AE27

AG29

AB18

AJ5

AG11

AH6

AD16

AL5

AB14

AC11

AJ7

AG7

AG13

AE17

AC15

AA15

AF10

AD10

AJ13

AH12

AJ9

AF16

AJ11

AD18

AH14

AF18

AL9

AG15

AK4

AF14

AG9

AB12

AJ15

AF12

AJ17

AE15

AE11

AD12

AC13

AH8

AC17

AG17

AA13

AH18

AD14

AL17

AE9

Y10

W9

AA5

Y6

AB8

AB6

AD4

AE3

Y8

AA7

AE5

AF4

AG3

AH2

AC7

AD6

AC5

AC3

T6

U5

R7

R9

V8

V10

V4

W3

AA3

T8

U9

W11

U7

V6

N5

M6

M4

U3

R5

R3

Y4

P6

P8

W5

P4

N3

P10

E17

H16

F16

C17

G21

J21

A21

C23

C21

F20

J19

F22

L21

K20

D18

F18

E19

C19

H18

G17

E21

K18

A23

D20

J17

H20

D30

E29

L23

F28

G27

H26

F24

F26

E27

E25

B28

K24

J23

E23

D24

H24

A27

G23

C25

D26

C27

J25

H22

M8

J9

F10

L11

M10

L9

L3

E7

K8

H10

H8

K6

J11

F8

G11

E9

G9

E11

F6

J1

J5

G5

E3

D6

A9

C11

D12

J3

H4

G3

D2

C5

C7

C9

A11

L7

D8

F12

L5

H6

J7

B4

N9

E5

F4

GMI_IORDY

GMI_WAIT

GMI_ADV_N

GMI_CLK

GMI_CS0_N

GMI_CS1_N

GMI_CS2_N

GMI_CS3_N

GMI_CS4_N

GMI_CS5_N

GMI_AD0

GMI_AD1

GMI_AD2

GMI_AD3

GMI_AD4

GMI_AD5

GMI_AD6

GMI_AD7

GMI_AD8

GMI_AD9

GMI_AD10

GMI_AD11

GMI_AD12

GMI_AD13

GMI_AD14

GMI_AD15

GMI_AD16

GMI_AD17

GMI_AD18

GMI_AD19

GMI_AD20

GMI_AD21

GMI_AD22

GMI_AD23

GMI_AD24

GMI_AD25

GMI_AD26

GMI_AD27

GMI_WR_N

GMI_OE_N

GMI_RST_N

GEN2_I2C_SCL

GEN2_I2C_SDA

GMI_DPD

GMI_WP_N

UART2_TXD

UART2_RXD

UART2_RTS_N

UART2_CTS_N

UART3_TXD

UART3_RXD

UART3_RTS_N

UART3_CTS_N

GPIO_PU0

GPIO_PU1

GPIO_PU2

GPIO_PU3

GPIO_PU4

GPIO_PU5

GPIO_PU6

GEN1_I2C_SDA

GEN1_I2C_SCL

DAP4_FS

DAP4_DIN

DAP4_DOUT

DAP4_SCLK

XTAL_IN

XTAL_OUT

ULPI_DATA0ULPI_DATA1ULPI_DATA2ULPI_DATA3ULPI_DATA4ULPI_DATA5ULPI_DATA6ULPI_DATA7ULPI_CLKULPI_DIRULPI_NXTULPI_STPDAP3_FSDAP3_DINDAP3_DOUTDAP3_SCLKSDIO1_CLKSDIO1_CMDSDIO1_DAT0SDIO1_DAT1SDIO1_DAT2SDIO1_DAT3GPIO_PV0GPIO_PV1GPIO_PV2GPIO_PV3

USB1_VBUSUSB1_DNUSB1_DPUSB1_IDUSB3_DNUSB3_DPUSB_REXT

HSIC_DATAHSIC_STROBEHSIC_REXT

IC_DPIC_DNIC_REXT

VDAC_RVDAC_GVDAC_BVDAC_RSETVDAC_VREF

HDMI_RSETHDMI_TXD0PHDMI_TXD0NHDMI_TXD1PHDMI_TXD1NHDMI_TXD2PHDMI_TXD2NHDMI_TXCPHDMI_TXCN

DSI_CSI_RDNDSI_CSI_RUPCSI_CLKAPCSI_CLKANCSI_CLKBPCSI_CLKBNCSI_D1APCSI_D1ANCSI_D2APCSI_D2ANCSI_D1BPCSI_D1BNDSI_CLKANDSI_CLKAPDSI_D1ANDSI_D1APDSI_D2ANDSI_D2AP

LCD_PWR0LCD_PWR1LCD_PWR2LCD_SDIN

LCD_SDOUTLCD_CS0_N

LCD_DC0LCD_SCK

LCD_CS1_NLCD_DC1

LCD_WR_NLCD_M1LCD_DE

LCD_PCLKLCD_HSYNCLCD_VSYNC

LCD_D0LCD_D1LCD_D2LCD_D3LCD_D4LCD_D5LCD_D6LCD_D7LCD_D8LCD_D9

LCD_D10LCD_D11LCD_D12LCD_D13LCD_D14LCD_D15LCD_D16LCD_D17LCD_D18LCD_D19LCD_D20LCD_D21LCD_D22LCD_D23


CRT_HSYNCCRT_VSYNC

VI_PCLKVI_MCLKVI_D0VI_D1VI_D2VI_D3VI_D4VI_D5VI_D6VI_D7VI_D8VI_D9VI_D10VI_D11

VI_VSYNCVI_HSYNC



KB_ROW0

KB_ROW1

KB_ROW2

KB_ROW3

KB_ROW4

KB_ROW5

KB_ROW6

KB_ROW7

KB_ROW8

KB_ROW9

KB_ROW10

KB_COL0

KB_COL1

KB_COL2

KB_COL3

KB_COL4

KB_COL5

CLK_32K_OUT

SYS_CLK_REQ

CORE_PWR_REQ

CPU_PWR_REQ

PWR_INT_N

OWR

CLK_32K_IN

TEST_MODE_EN

SYS_RESET_N

PWR_I2C_SCL

PWR_I2C_SDA

JTAG_RTCK

JTAG_TRST_N

JTAG_TDO

JTAG_TMS

JTAG_TCK

JTAG_TDI

DAP1_FS

DAP1_DIN

DAP1_DOUT

DAP1_SCLK

DAP_MCLK1

SPDIF_OUT

SPDIF_IN

DAP_MCLK2

DAP2_FS

DAP2_SCLK

DAP2_DIN

DAP2_DOUT

SPI2_MOSI

SPI2_MISO

SPI2_SCK

SPI2_CS0_N

SPI1_MOSI

SPI1_SCK

SPI1_CS0_N

SPI1_MISO

SPI2_CS1_N

SPI2_CS2_N

SDIO3_CLK

SDIO3_CMD

SDIO3_DAT0

SDIO3_DAT1

SDIO3_DAT2

SDIO3_DAT3

SDIO3_DAT4

SDIO3_DAT5

SDIO3_DAT6

SDIO3_DAT7

GPIO_PV6

1.8K

R624

2.2K

R60

5

100K

R60

7

2.2K

R60

6

100KR644

R63

910

0K

R64

010

0K

100K

R64

1

R64

210

0K

R63

710

K

10K

R63

8

4.7K

R65

4

R649

4.7K

CN601

65

74

83

92

101

47K

R61

5

C603 DNI

C604 DNI

47K

R61

6

R61

747

K

47K

R61

8

R64

6 DNI

R65

110

0K

R61

947

K

VCC_VGA_HDMI_5V0

453

R627

TP606

TP608

TP605

TP607

12MHzDSX321G(12MHz,8PF)

X601

21

34

1K

R622

VCC_IO_1V8

VCC_IO_1V8

C6017p

C6027p

100K

R602

VCC_IO_1V8

R63

210

K

100KR634

R63

110

K

VCC_IO_1V8

R621

4.7K

R656

DNI

R657

DNI

R63

5D

NI

V_CHG

UAT601

12

11

10

9

8

7

6

5

4

3

2

1GND

RX

TX

NC1

ON_SW

VBAT

NC2

NC3

NC4

DSR

RTS

CTS

GND

RX

TX

VCHAR

ON_SW

VBAT

PWR

URXD

UTXD

3G2.5G

V_POWERRAIL

R65

34.

7K

VCC_IO_1V8

VCC_IO_1V8

USB_OUT_5V

4.7K

R650

VCC_IO_1V8

2M

R643

1KR625

VCC_MIPI_1V2

R626

49.9

VCC_VI_1V8

1.8K

R623

U602

43

52

61B VCC

A NC

GND Y

R645100K

R64

710

VA601

R60

310

0K

MDM_RESET_1.8VMDM_PWRON_1.8V


DAP3_PCM_SCLK

BT_

PCM

_DIN

BT_

PCM

_SYN

C

BT_

PCM

_DO

UT

BT_

PCM

_CLK

WLAN_EN

MIC

RO

SD_C

MD

MIC

RO

SD_C

LK

BT_

UA

RT_

CTS

_NB

T_U

AR

T_R

TS_N

BT_

UA

RT_

RXD

BT_

UA

RT_

TXD

CLK

32K

WLA

N_H

OST

_WA

KEU

P

PWR_ON_SW

MM

C_C

MD

MM

C_D

AT1

MM

C_D

AT2

MM

C_D

AT3

AP2

0_U

AR

T_SW

TOU

CH

_MA

KER

_ID

TOU

CH

_IN

T

GYR

O_I

NT_

N

MO

TIO

N_I

NT



VT_CAM_PWDN

VT_HSYNCVT_VSYNC

VT_RESET_N

PWR

_I2C

_SC

LPW

R_I

2C_S

DA

MM

C_C

LK

MIC

RO

SD_D

ET_N

MIC

RO

SD_D

AT1

MIC

RO

SD_D

AT2

MIC

RO

SD_D

AT3

AU

DIO

_MC

LKD

AP1

_SC

LK

DA

P1_F

S

DA

P1_D

OU

TD

AP1

_DIN

DA

P2_S

CLK

DA

P2_F

S

AU

DIO

_IN

T_N

GEN

2_I2

C_S

CL

GEN

2_I2

C_S

DA



CAM_I2C_SDACAM_I2C_SCL

CAM_MCLK

PWR

_IN

T_N

WLAN_SDIO[0]

MIC

RO

SD_D

AT0

WLAN_SDIO[2]WLAN_SDIO[1]

WLAN_CMDWLAN_CLK

INT_

N_M

UIC

SPI1_IPC_MOSISPI1_IPC_MISO

SPI1_IPC_SCK

LCD_RESET_N

8M_MIPI_CLK_P

8M_RESET_N

BL_

DC

DC

_RST

_N

UART1_IPC_CTS_NUART1_IPC_RTS_N


8M_MIPI_CLK_N

UART2_RX_AP20

UA

RT2

_RX_

AP2

0

UART2_TX_AP20

UA

RT2

_TX_

AP2

0

JTAG_TDO_AP20

JTA

G_T

DO

_AP2

0

JTA

G_T

DI_

AP2

0

JTAG_TDI_AP20

JTA

G_T

MS_

AP2

0

JTAG_TMS_AP20

JTA

G_T

CK

_AP2

0

JTAG_TCK_AP20

JTA

G_R

TCK

_AP2

0

JTAG_RTCK_AP20

MM

C_D

AT4

MM

C_D

AT5

MM

C_D

AT6

MM

C_D

AT7

GEN

1_I2

C_S

DA

GEN

1_I2

C_S

CL

SYS_RESET_N_AP20

SYS_

RES

ET_N

_AP2

0

CA

M_S

UB

PM_E

N

CO

M_I

NT

PRO

XI_O

UT

FLASH_LED_EN


CH

G_E

N_S

ET_N

_AP2

0C

HG

_STA

TUS_

N_A

P20

GMI_ADV_N

GMI_ADV_N

HDMI_TXD0N

DDC_SCLDDC_SDA

HD

MI_

REG

_EN

THER

MA

L_IR

Q

DAP3_PCM_FSDAP3_PCM_DOUT

DA

P2_D

OU

T

WLAN_SDIO[3]

HDMI_TXD2PHDMI_TXD2N


HDMI_TXD0P

HDMI_TXCPHDMI_TXCN

AU

DIO

_MC

LK2

MDM_RESET_FLAG

DA

P2_D

IN

MD

M_U

AR

T_SW

BT_

WA

KEU

P

WLA

N_W

AK

EUP

BT_

HO

ST_W

AK

EUP



8M_CAM_VCM_EN

DAP3_PCM_DIN

GMI_OE_N

GM

I_O

E_N

VIBE_EN

VIB

E_PW

M

PMU

_32K

_CLK

LCD

_MA

KER

_ID

LCD_CS

VOL_KEY_UP

VOL_

KEY

_UP

MM

C_D

AT0

BA

TT_L

OW

_IN

T

AP_PWR_ON

EAR

JAC

K_S

ENSE

HALL_INT

BL_

DC

DC

_SD

AB

L_D

CD

C_S

CL

BT_EN

MU

IC_S

DA

MU

IC_S

CL

WM

_LD

O_E

N

IPC_SRDY2

IPC_MRDY2

TEST_GPIO1

TEST_GPIO2

SPI2_IPC_SCK

SPI2_IPC_CS_N

SPI2_IPC_MISO

SPI2_IPC_MOSI

SPI1_IPC_CS_N

IPC_SRDY1

IPC_MRDY1

CO

RE_

PWR

_EN

CPU_PWR_EN

LCD_D23

LCD_D21

LCD_D19

LCD_D17

LCD_D15

LCD_D13

LCD_D11

LCD_D9

LCD_D7

LCD_D5

LCD_D3

LCD_D1

LCD_D22

LCD_D20

LCD_D18

LCD_D16

LCD_D14

LCD_D12

LCD_D10

LCD_D8

LCD_D6

LCD_D4

LCD_D2

LCD_D0

DCX

WRXLCD_TE

UART_RX_MDMUART_TX_MDM

HO

OK

_DET

HDMI_INT_N

MD

M_U

SB_V

BU

S_EN

CHG_PGB_N

APTEMP_PWROFF_N

VOL_KEY_DOWN

VOL_

KEY

_DO

WN

VT_PCLK

Port

AP20 SIGNAL

8M & 2M cam

IPC

IPCUART1

SPI port usageSPI1

SPI2

Usage

SPI3

SPI4

UART4

UART2

UART3

Port

IPC

DAP port usageDAP1

DAP2

Usage

DAP3

DAP4

AP20

BT

BT

UART port usagePort Usage

WM8994

WM8994

GPIO_PJ4

FM

GPIO_PT4

GPIO_PD5

GPIO_PT2

GPIO

GPIO_

GPIO_

GPS

ON BOARD ARM11 JTAG INTERFACE

Maxim PMIC, Thermal Sensor

JTAG

Camera(8M,1.3M), CAM SubPMIC

TOUCH, LCD BL DCDC, MUIC

VDDIO_BB

GEN2_I2C

GEN1_I2C

Usage

PWR_I2C

LCD I/F

CAM_I2C

I2C port usage

IFX_I2C (IFX)FUEL gauge, GPS

VCC_IO_1V8

Motion, Gyro, Compass, Proximity, Wolfson, FUEL gauge

Port

AVDD_USB

VCC_USB_3V3

VDDIO_HSIC

AVDD_IC_USB

AVDD_VDAC

GPIO_PR7

VCC_HDMI_3V3

MICROSD

WLAN SDIO

AVDD_HDMI

AVDD_DSI_CSI Nominal 1.2V

VCC_MIPI_1V2

GPIO_PX5

VDDIO_NAND

VCC_IO_1V8

VDDIO_UART

VCC_IO_1V8 VCC_IO_1V8

MMC

AVDD_OSC

VDDIO_VI

SPI1

VCC_VI_1V8

VDDIO_LCD

MCSPI1

VCC_IO_1V8

VCC_SDIO_2V8

VDDIO_SDIO

VCC_IO_1V8

AUDIO_DAP1 AUDIO_DAP2

VDDIO_AUDIO

BT_DAP4

DAP3_IPC

VCC_IO_1V8

VDDIO_SYS

GPIO

UART1_IPC

UART3BT_UART

GPIO_PW3

GPIO_PR4

GPIO_PR5

GPIO_PR6

GPIO_PS0

GPIO_PS1

GPIO_PS2

GPIO_PQ3

GPIO_PQ4

GPIO_PQ5

GPIO_PZ5

GPIO_PU5

GPIO_PU4

GPIO_PU3

GPIO_PU2

GPIO_PU1

GPIO_PU0

Array TP

Usage(GMI_CLK : ARM_JTAG1 / GMI_AVD_N : ARM_JTAG0)ARM_JTAG[1:0]

ARM7 only JTAG

Coresight DAP only JTAG

2'b10

2'b01

2'b11

2'b00 SERIAL JTAG CHAIN CPU (ARM7) and COP (Coresight DAP)

Bypass ARM JTAG disabled

DAP5

USB_RECOVERYGMI_OE_N

0

Boot from secondary device

USB Recovery Mode

1

GPIO_PJ5

PMFM_PWM3

BOOT CONFIGURATION

90ohm matching !!

Filters & ESD for VDACs (Ref.14 page)

1% 453ohm



7. CIRCUIT DIAGRAM

SC712

1

SC711

1

SC710

1

SC709

1

SC708

1

SC707

1

SC703

1

SC704

1

SC706

1

SC702

1

SC701

1

U702

1Fiducial1

R718 100K

VCC_IO_1V8

U601

U21

U19

U17

U15

U13

U11

T30

T28

T22

T10

T4

T2

R21

R19

R17

R15

R13

R11

N31

N25

N21

N19

N17

N15

N13

N11

N7

N1

L19

L13

K30

K28

K22

K16

K10

K4

K2

G31

G25

G19

G13

G7

G1

D28

D22

D16

D10

D4

C29

C3

B30

B22

B16

B10

B2

A31

A25

A19

A13

A7

A1

R1

R31

AG1

AC1

E31

J31

P22

H28

G29

Y16

AL15

H2

B8

AL29

AL11

AL3

AJ31

AJ1

V30

E1

B24

A15

AK24

AK8

AA1

C31

B14

A29

A5

M22

Y2

L1

M2

B20

P2

L31

P30

F30

P12

U1

V2

AD2

AK20

B26

U31

B12

F2

C1

B6

A3

AK14

AK12

M12

AK26

AK6

AF30

AF2

AD30

AA31

M30

H30

B18

A17

AK18

K12

K14

V12

T12

P18

P16

M18

M16

L17

L15

Y18

Y14

V20

V18

V16

V14

T20

T18

T16

T14

P20

P14

M20

M14

AL31

AL25

AL19

AL13

AL7

AL1

AK30

AK22

AK16

AK10

AK2

AJ29

AJ3

AH28

AH22

AH16

AH10

AH4

AG27

AG5

AF26

AF8

AF6

AE31

AE25

AE19

AE13

AE7

AE1

AD26

AD24

AD8

AC23

AC21

AC9

AB30

AB28

AB22

AB16

AB10

AB4

AB2

AA21

AA19

AA17

AA11

AA9

Y20

Y12

W31

W25

W21

W19

W17

W15

W13

W7

W1

GND62

GND63

GND64

GND65

GND66

GND67

GND68

GND69

GND70

GND71

GND72

GND73

GND74

GND75

GND76

GND77

GND78

GND79

GND80

GND81

GND82

GND83

GND84

GND85

GND86

GND87

GND88

GND89

GND90

GND91

GND92

GND93

GND94

GND95

GND96

GND97

GND98

GND99

GND100

GND101

GND102

GND103

GND104

GND105

GND106

GND107

GND108

GND109

GND110

GND111

GND112

GND113

GND114

GND115

GND116

GND117

GND118

GND119

VDD_CORE1VDD_CORE2VDD_CORE3VDD_CORE4VDD_CORE5VDD_CORE6VDD_CORE7VDD_CORE8VDD_CORE9VDD_CORE10VDD_CORE11VDD_CORE12VDD_CORE13VDD_CORE14

VDD_CPU1VDD_CPU2VDD_CPU3VDD_CPU4VDD_CPU5VDD_CPU6

VDD_RTC1VDD_RTC2

VPP_FUSEVPP_KFUSE

VDDIO_AUDIOVDDIO_BBVDDIO_DDR1VDDIO_DDR2VDDIO_DDR3VDDIO_DDR4VDDIO_DDR5VDDIO_DDR6VDDIO_DDR7VDDIO_DDR8VDDIO_DDR9

VDDIO_HSICVDDIO_LCD1VDDIO_LCD2VDDIO_NAND1VDDIO_NAND2VDDIO_NAND3VDDIO_NAND4VDDIO_SDIOVDDIO_SYS_DDR_1VDDIO_UARTVDDIO_VI

AVDD_DSI_CSIAVDD_HDMI

AVDD_HDMI_PLLAVDD_IC_USB

AVDD_OSCAVDD_PLLA_P_C

AVDD_PLLMAVDD_PLLUAVDD_PLLXAVDD_USB

AVDD_USB_PLLAVDD_VDAC

PLL_S_PLL_LF

VDD_DDR_1_1VDD_DDR_1_2VDD_DDR_1_3VDD_DDR_1_4VDD_DDR_1_5VDD_DDR_1_6VDD_DDR_1_7VDD_DDR_2_1VDD_DDR_2_2VDD_DDR_2_3VDD_DDR_2_4VDD_DDR_2_5VDD_DDR_2_6VDD_DDR_2_7VDD_DDR_2_8VDD_DDR_2_9

VDD_CORE_NAND1VDD_CORE_NAND2VDD_CORE_NAND3

VDD_CORE_SENSETHERMD_NTHERMD_P

VDD_DDR_RXDDR_COMP_PDDDR_COMP_PU

ZQVREF_CAVREF_DQ

DNC

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

GND51

GND52

GND53

GND54

GND55

GND56

GND57

GND58

GND59

GND60

GND61

R712

100

R713

100

0.1u

C71

3

VCC_HDMI_PLL_1V8

C76

80.

1u

VCC_VI_1V8

0.1u

C76

4

0.1u

C70

6

VCC_HDMI_3V3

4.7u

C74

3

VCC_APTEMP_3V3

C767

1n

R71

015

0

VCC_APTEMP_3V3

4.7u

C73

7

VCC_VI_1V8

VCC_MIPI_1V2

0.1u

C72

5

VCC_PLL_1V1

0.1u

C71

1

VCC_FUSE_3V3

C77

10.

1u

0.1u

C74

9

0.1u

C75

0

C75

10.

1u

VCC_DDRx_3V3

0.1u

C77

2

VCC_IO_1V8

0.1u

C71

6

VCC_PLL_1V1

0.1u

C71

2

C71

54.

7u

TP701

VCC_CPU_1V0

C70

74.

7u

4.7u

C70

8

C71

04.

7u

4.7u

C70

9

VCC_RTC

C72

20.

1u

VCC_CORE_1V2

C70

54.

7u

C70

44.

7u

0.1u

C72

3

VCC_HDMI_3V3

R701 10K

VCC_IO_1V8 VCC_IO_1V8

VCC_SDIO_2V8

4.7u

C73

5

VCC_IO_1V249.9R706

Q703 7

8

4 3

5 2

6 1

D1D4

D2D3

GS1 S2

D5

R705 49.9

R707 240

VCC_DDRx_3V3 VCC_IO_1V2

C74

80.

1u

VCC_IO_1V2

C76

60.

1u

C77

02.

2u

VCC_IO_1V8

4.7u

C76

5

C72

64.

7u

C72

14.

7u

4.7u

C74

4

VCC_IO_1V2

C73

80.

1u

C74

50.

1u

C72

74.

7u

4.7u

C74

2

C76

92.

2u

0.1uC719

VCC_USB_3V3

4.7u

C76

0

VCC_IO_1V8

VCC_IO_1V8

C71

40.

1u

C71

80.

1u

0.1u

C71

7

0.1u

C74

0

0.1u

C76

3

C76

20.

1u

0.1u

C73

6

C76

10.

1u

C74

10.

1u

0.1u

C74

7

FB701 40

C74

60.

1u

VCC_IO_1V8

0.1u

C73

9

C72

84.

7u

VCC_IO_1V8

VCC_IO_1V2

C70

30.

1u

0.1u

C75

8

C70

20.

1u

C72

00.

1u

10KR702

0.1uC724

VCC_USB_3V3

0.1u

C70

1

VCC_IO_1V2

0.1u

C75

9

C73

40.

1u

C73

30.

1u

C75

20.

1u

0.1u

C75

3

4.7u

C75

4

100KR716

C73

00.

1u

C72

90.

1u

4.7u

C73

1

U703

54

63

72

81VCC SCLK

D+ SDATA

D- ALERT/THERM2

THERM GND

R717 DNI

C73

24.

7u

Q702

2

3

1G

DS

SC713

1

Q701

D

G

S

Q704

D

G

S

CN701

HJ-ICT-03Y

FEED

R71

1

47K

R71

5

180K

R719 1M

R70

3

5.1K

5.1K

R70

8

R70

9

5.1K

5.1K

R70

4

R714

100K

C75

60.

1u

C75

70.

1u

C75

54.

7u

PWR_ON_SW

PWR_I2C_SCLPWR_I2C_SDA

THERMAL_IRQ

THERMD_P

THERMD_P

THERMD_N

THERMD_N

TEMP_PWROFF_N

TEMP_PWROFF_N

APTEMP_PWROFF_N

Shield CAN clip_TOP

Shield CANC-Clip_Main to SUS

Pin1 check!!!

POP memoryAP CORE TEMP SENSE CIRCUIT BYPASS CAPs

AP20 PWR



7. CIRCUIT DIAGRAM

R813 0

R825

100

D802

Q801

D

G

S

C811

2.2u

C82

615

p

TP801

R82

015

0K

FC-135_32.768KA-AC3X801

32.768KHz21

L805 10u

220nC845

0.1u

C83

1

C812

2.2u

C84

62.

2u

2.2u

C84

9

VCC_BBAT

VCC_IO_1V8

220n C830 R812

1K

2.2uL803

TP802

R803

4020

10u

C80

1

V_CHG

D801

10K

R801

C82

92.

2u

VCC_MIPI_1V2

DNIR818

C848 10n

R81

6

1M

C841 1u

C82

810

0n

VCC_IO_1V8

R805 100K

2.2u

C85

0

C85

12.

2u

C85

22.

2u

C85

32.

2u

L802 1.5u

V_POWERRAIL

0.1u

C84

7

VCC_DDRx_3V3

C843 0.1u

C844 0.1u

VCC_RTC

0.1u

C833

VCC_IO_1V2

USB_OUT_5V

V_POWERRAIL

68KR819

C85

82.

2u

C816

10u

C815

10u

DNIR817

C817

10u

0.1u

C83

2

U801

G8

G5

F8E5

F6E4

F5D6

F4D5

E6C5

E7

L12C4

L10D1

F12

A12L11

A1

D3

E12D4

D12G3

B1

F11C1

E11

K12E3

J12E2

E1

G9

H9

H2

K10H1

J10J1

G12A4

H12

B12B5

C12B2

A2

K11B3

J11A3

G10C3

H10B4

G11C2

H11

G7

F10D8

E10B6

C7

F9A6

E9A5

D11J3

C11J2

K3

D10L3

C10K2

L1

D9L2

C9K1

A11D7

B11C8

E8

A10F7

B10

J9

A9J8

B9J6

H8

A8C6

B8

D2

A7

B7G2

L9G1

K9

K8

L8H7

L6H4

K6J7

K7G6

L7H3

G4

L5H6

K5H5

J5

K4F3

J4F2

L4F1CHG1 IN_V1

CHG2 LX_V1_1

CHG3 LX_V1_2

FB_V1

EXTON_ PG_V1_1

ONKEY_ PG_V1_2

RSTIN_

RST_ IN_V2

BBPMUEN_ LX_V2

PWREN FB_V2

SYSCKEN PG_V2

MBFLT_ IN_V3

LX_V3

FB_V3

OUT3_3V PG_V3

OUT5V IN1

OUT1

VL

IN2

NC1 OUT2

NC2

NC3 IN3

NC4 OUT3

NC5

IN4

TXIN OUT4

TXOUT

TCLKAP IN5

TCLK2 OUT5

LXW IN6

FBW OUT6

PGW1

PGW2 IN7

CSW1 OUT7

CSW2

CPW IN8

PWMW OUT8

IN12C IN9

SDA1 OUT9

SDA2

SCL1 IN10

SCL2 OUT10

IRQ_

IN11

VCCADC OUT11

AUX1 IN12

AUX2 OUT12

YP IN13

YN OUT13

XP

XN IN14

TIPQ_ OUT14

IN15

ADCREF OUT15

VRTC IN16

SDBY OUT16

BBAT

IN17

OUT17

MBAT1

MBAT2 IN18

MBAT3 OUT18

IN19

CSP OUT19

CSN

MBDET IN20

THM OUT20

TTP

NC6

REFBP NC7

NC8

PMICGND NC9

ADCGND NC10

TCXOGND

GND1 GND6

GND2 GND7

GND3 GND8

GND4 GND9

GND5 GND10

GND11

GND12

V_POWERRAIL

VCC_CORE_1V2

VCC_IO_1V8

VCC_DDRx_3V3

VCC_PLL_1V1

VCC_USB_3V3

VCC_eMMC_2V8

VCC_HDMI_PLL_1V8

VCC_FUSE_3V3

VCC_HDMI_3V3

VCC_SDIO_2V8

VCC_MOTOR_3V0

VCC_APTEMP_3V3

VCC_eMMC_2V8

VCC_VI_1V8C

854

2.2u

R82

168

0K

C80

71u

1uC

860

1uC

861

C86

21u

C86

31u 1u

C86

4

C86

81u1u

C86

6

C86

71u

VCC_IO_1V8

1uC

859

0.1uC820

R811 1M

2.2u

C85

6

VCC_IO_1V8

C85

72.

2u

C86

51u

VCC_SENSOR_3V0

VCC_SENSOR_1V8

VCC_TOUCH_3V1

0.1u

C80

3

C80

61u

C80

90.

1u

C8181u

0.1u

C80

8

10u

C80

5

V_POWERRAIL

0.1u

C80

4

VCC_IO_1V8

C82

110

u

VCC_CPU_1V0

U802

C4

A4

D3

D1

D4

A3

C2

C1

D2

A1

A2

B1

B4

B2

C3

B3LX1

PGND1

EN

LX2

SNS+

AG

ND

IN1

SDA

SNS-

VID0

VID1

SYNC

VDD

SCL

IN2

PGND2

V_POWERRAIL

C82

310

u

C834

0.1u

L801 1.5u

C810

1u

VCC_TOUCH_1V8

R80

2

2.2K

CN801

3

2

1

D1

D2

C83

510

0p

10n

C83

6

10p

C83

7

V_POWERRAIL

C83

83p R814 10

C84

010

0u

VA801

C83

933

u

ZD801

C82

715

p

M80

1

C85

54.

7u

L804 1u

C819 1u

C80

21u

C814

0.1u

C82

20.

1u

VCC_CPU_1V0

R80

810

K

C82

40.

1u

VCC_IO_1V8

VCC_LCD_2V8

VCC_LCD_1V8

VCC_BBAT

C86

90.

1u

0.1u

C82

5

C842

470n

10R80

4

C870

2.2u

BATT_TEMP

BATT_TEMP

PWR_ON_SW

PWR_I2C_SCL

PWR_I2C_SCL

PWR_I2C_SDA

PWR_I2C_SDA

PWR_INT_N

SYS_RESET_N_AP20

SYS_RESET_N_AP20

PMU_32K_CLK

BATT_LOW_INT

AP_PWR_ON CORE_PWR_EN

CPU_PWR_EN

PCB_VER_ADC

PCB_VER_ADC

BLED_IN

BLED_OUT

HOOK_ADC

PMIC FOR AP202.0mm

Place Load Caps Close to PMIC

PWR ON

MAX8907C

1%

1%

R2

R1

150K

Resistane depending on PCB revision

150K

150K

150K

150K

68K 1.8V

1.8V

1.8V

1.8V

1.8V

1.8VRev.1.0

1.8V

1.8V

150K

MPP #1 : PCB Revision Check ADC

REV

F

680K

D 100K

300K

E 150K

C

470K

A

Supply voltage

6.2K

150K

B

68K

Rev.1.1

R1 R2

47K

DCDC for CPU 1.0V

Pair to CPU power

RTC SUPERCAP

BATT conn.



7. CIRCUIT DIAGRAM

R91

6

1M

C903

0.1u

68KR912

VCC_IO_1V8

U902

4 3

5 2

6 1SWVIN

GNDVOUT

FB_SHDN

C911

4.7u

100K

R911

VCC_VGA_HDMI_5V0

FL901

5

6

31

42P2 P4

P1 P3

P6

P5

CN901

25

24

23

22

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

21

20

C90

60.

1u

FL904

5

6

31

42P2 P4

P1 P3

P6

P5

FL903

5

6

31

42P2 P4

P1 P3

P6

P5

FL902

5

6

31

42P2 P4

P1 P3

P6

P5

R90

347

K

R90

447

K

R90

547

K

R90

647

K

R90

747

K

R90

847

K

R90

947

K10

KR

910

0.1uC901

VCC_eMMC_2V8

C908

0.1u

C904

0.1u

VCC_IO_1V8

C909

0.1u

VCC_IO_1V8

4.7uL901

C910

10u

V_POWERRAILVCC_VGA_HDMI_5V0

R90

247

K

R91

8

330K

C90

52.

2u

C90

21u

C90

72.

2u

U901

R5

R3

R2

R1

P14

P13

P12

P10P

3P

2P

1N

14N

13N

12N

10N3

N2

N1

M14

M13

M12

M10M

9M

8M

5M

3M

2M

1L1

4L1

3L1

2L3L2L1K

14K

13K

12K

11K

10K9

K8

K7

K5

AH11K3AH9K1AH6J14AH4J13AG13J12AG2J11AE14J10AE1J9AA14J8AA13J7AA12J1AA11H14AA10H13AA9H12AA8H11AA7H10AA2H9AA1H8Y14H7Y13H6Y12H2Y11H1Y10D14Y9D1Y8B13Y7B2Y6A11Y3A9Y1A6W14A4W13W12AA5W11AA3W10Y4W9W4W8K6W7AA6W3AA4W2Y5W1Y2V14K4V13U8V12R10V3P5V2M7V1U9U14T10U13N5U12M6U10U7K2U6U5W5U3U2W6U1T14J6T13J5T12J4T5J3T3J2T2H5T1H4R14H3R13R12L4

A1_INDEX NC74NC75

DAT0 NC76DAT1 NC77DAT2 NC78DAT3 NC79DAT4 RFU12DAT5 NC81DAT6 NC82DAT7 NC83

NC84CLK NC85

NC86CMD RST_N

RFU15VDDI RFU13

RFU16VCC1 NC91VCC2 NC92VCC3 NC93VCC4 NC94VSS1 NC95VSS2 NC96VSS3 NC97VSS4 NC98VSSQ1 NC99VSSQ2 NC100VSSQ3 NC101VSSQ4 NC102VSSQ5 NC103VCCQ1 NC104VCCQ2 NC105VCCQ3 NC106VCCQ4 NC107VCCQ5 NC108

NC109NC1 NC110NC2 NC111NC3 NC112NC4 NC113NC5 NC114NC6 NC115NC7 NC116NC8 NC117NC9 NC118NC10 NC119RFU1 NC120RFU2 NC121NC13 NC122NC14 NC123NC15 RFU14NC16 NC125NC17 NC126NC18 RFU17NC19 NC128NC20 NC129NC21 NC130NC22 NC131NC23 NC132NC24 NC133NC25 NC134NC26 NC135NC27 NC136NC28 NC137NC29 NC138NC30 NC139

RFU

3N

C32

NC

33N

C34

NC

35N

C36

NC

37N

C38

NC

39N

C40

NC

41N

C42

NC

43N

C44

NC

45N

C46

NC

47N

C48

RFU

4R

FU5

RFU

6R

FU7

NC

53N

C54

NC

55N

C56

NC

57N

C58

RFU

8N

C60

NC

61N

C62

NC

63N

C64

RFU

9R

FU10

NC

67N

C68

NC

69N

C70

NC

71N

C72

RFU

11

R91

7

47K

D903 D902

D901

MMC_CMD

MMC_DAT1MMC_DAT2MMC_DAT3

MMC_CLK

MMC_DAT4MMC_DAT5MMC_DAT6MMC_DAT7

HDMI_TXD0N

DDC_SCLDDC_SDA

HDMI_REG_EN



HDMI_TXD0P

HDMI_TXCPHDMI_TXCN

MMC_DAT0

HDMI_INT_N

HDMI Connector

HDMI BOOST Converter

Toshiba 8GBUSER MEMORY_eMMC I/F



7. CIRCUIT DIAGRAM

FL1009

1

42

5

6

3P2 P4

P1 P3

P6

P5

R1016

100

0.1u

C10

16

2.2u

C1033

C10

130.

1u

C1025

2.2u

FL1008

15pF

10 5

6 4

7 3

8 2

9 1INOUT_A1INOUT_B1

INOUT_A2INOUT_B2

INOUT_A3INOUT_B3

INOUT_A4INOUT_B4

G1

G2

15pF

FL1004

105

64

73

82

91INOUT_A1 INOUT_B1

INOUT_A2 INOUT_B2

INOUT_A3 INOUT_B3

INOUT_A4 INOUT_B4

G1

G2

FL1002

15pF

10 5

6 4

7 3

8 2

9 1INOUT_A1INOUT_B1

INOUT_A2INOUT_B2

INOUT_A3INOUT_B3

INOUT_A4INOUT_B4

G1

G2

FL1005

15pF

105

64

73

82

91INOUT_A1 INOUT_B1

INOUT_A2 INOUT_B2

INOUT_A3 INOUT_B3

INOUT_A4 INOUT_B4

G1

G2

15pF

FL1007

105

64

73

82

91INOUT_A1 INOUT_B1

INOUT_A2 INOUT_B2

INOUT_A3 INOUT_B3

INOUT_A4 INOUT_B4

G1

G2

15pF

FL1003

105

64

73

82

91INOUT_A1 INOUT_B1

INOUT_A2 INOUT_B2

INOUT_A3 INOUT_B3

INOUT_A4 INOUT_B4

G1

G2

C1029

15pVA1003

2.2u

C1031

0

R1004

2.2u

C1022

C1024

2.2u

DNI R1006

VCC_LCD_1V8

V_POWERRAIL

R10

11

4.7K

VCC_LCD_1V8

U1003

D2

E1

A4

C1

B3

F3C5

A3

A2

C2

B2

D1

B1

A1

D3

F1

E2

F2

E3

E4

F4

E5

F5

C3

D5A5

C4

D4

B4

B5

C2+

C1+ C1-

C2-

IN NEG

SDA

BL1

BL2

BL3

BL4

BL5

BL6

BL7

BL8

SCL

LDOA

LDOB

BC_M

LDOC

FLTR

LDOD

AG

ND

1

PG

ND

1

PG

ND

2

SBIAS

AMB_IN

IN_LDO

AGND2

EN

C1032 10n

L10021u

VA1001 VA1002100K

R1007 R1008

100K

U1002

15

87

96

105

114

123

132

141CT RSET

EN_SET FLOUTA

FLEN FLGND

AGND FLOUTB

IN FLINH

LX GND

PGND OUTG_S

LUG

VCC_LCD_2V8

C1030

2.2u

100K

R10

17

CN1003

2625

2724

2823

2922

3021

3120

3219

3318

3417

3516

3615

3714

3813

3912

4011

4110

429

438

447

456

465

474

483

492

501

C1005

1u

CN1001

1312

1411

1510

169

178

187

196

205

214

223

232

241

VT_AVDD_2V8

C10

151u1u

C10

14

VT_IO_DVDD_1V8

FL1006

15pF

105

64

73

82

91INOUT_A1 INOUT_B1

INOUT_A2 INOUT_B2

INOUT_A3 INOUT_B3

INOUT_A4 INOUT_B4

G1

G2

FB10

02

FB10

03

FL1001

109

84736251


G1

G2

ZD1002

1u

C10100.1u

C1006

CAM_AF_2V8

VT_AVDD_2V8

VT_IO_DVDD_1V8

V_POWERRAIL

CAM_VDIG_1V2

L1001 2.2u

C1023

47n

CAM_VIO_1V8

U1001

B1

E1C2

B2

C1

E2

D3

C3

A1C4

B3

A3

D4

E3

D2

B4E4

A2

D1

A4

VB

ATT

VIN

2

VIN

1VINB LDO1

FB

SW

GNDB

LDO2

IRQ_N

SDA LDO3

SCL

DVS

EN

LDO4

DEFSEL

IDSEL LDO5

GN

D

CAM_AVDD_2V8

CN1002

1312

1411

1510

169

178

187

196

205

214

223

232

241


CAM_AVDD_2V8

CAM_VDIG_1V2

0.1u

C1007 C1008

0.1u

ZD1003

0.1u

C1011

R10030

2.2u

C1003

2.2u

C1026

C1019

2.2u 1u

C1020

1u

C1021C1018

2.2u

C1017

1u

C1009

1u

10u

C1012

10u

C1001C1004

2.2u 2.2u

C1002

100K

R10

10

1u

C1027

1u

C1028

V_POWERRAIL

VCC_IO_1V8

2.2u

C1034

2.2u

C1035

2.2u

C1036

R10

05

200K

R10

12

4.7K

R10

13

4.7K

VCC_IO_1V8

FB10

01

FB1004

TP1001 TP1002

GND

V_POWERRAIL

VT_CAM_PWDN

VT_HSYNC

VT_VSYNC

VT_RESET_N



CAM_I2C_SDA

CAM_I2C_SDA

CAM_I2C_SDA

CAM_I2C_SCL

CAM_I2C_SCL

CAM_I2C_SCL

CAM_MCLK

CAM_MCLK

LCD_RESET_N

8M_MIPI_CLK_P

8M_RESET_N

BL_DCDC_RST_N

8M_MIPI_CLK_N

CAM_SUBPM_EN

FLASH_LED_EN

FLASH_LED_INH

FLASH_LED_TORCH

8M_CAM_VCM_EN

LCD_MAKER_ID

LCD_CS

BL_DCDC_SDABL_DCDC_SCL

LCD_D23LCD_D21LCD_D19LCD_D17






DCXWRX

LCD_TE

GSM

_TXO

N_I

ND

LSENSOR_BIAS

LSENSOR_SENS

VT_CAM_DATA[0]

VT_CAM_DATA[1]

VT_CAM_DATA[4]

VT_CAM_DATA[5]

LCD_BL_OUT1

LCD_BL_OUT1

LCD_BL_OUT2

LCD_BL_OUT2

LCD_BL_OUT3

LCD_BL_OUT3

LCD_BL_OUT5

LCD_BL_OUT5

LCD_BL_OUT6

LCD_BL_OUT6

LCD_BL_OUT7

LCD_BL_OUT7

LCD_BL_OUT4

LCD_BL_OUT4

LCD_BL_OUT8

LCD_BL_OUT8

LCD_PWM

LCD_PWM

VT_CAM_DATA[2]

VT_CAM_DATA[3]

VT_CAM_DATA[6]

VT_CAM_DATA[7]

FLASH_LED_ANODE

LCD_CSX

LCD_CSX

LCD_TE_BF

LCD_TE_BF

LCD_WRX

LCD_WRX

LCD_DCX

LCD_DCX

LCD_R6

LCD_R6

LCD_R4

LCD_R4

LCD_R2

LCD_R2

LCD_R0

LCD_R0

LCD_G6

LCD_G6

LCD_G4

LCD_G4

LCD_G2

LCD_G2

LCD_G0

LCD_G0

LCD_B6

LCD_B6

LCD_B4

LCD_B4

LCD_B2

LCD_B2

LCD_B0

LCD_B0

LCD_R7

LCD_R7

LCD_R5

LCD_R5

LCD_R3

LCD_R3

LCD_R1

LCD_R1

LCD_G7

LCD_G7

LCD_G5

LCD_G5

LCD_G3

LCD_G3

LCD_G1

LCD_G1

LCD_B7

LCD_B7

LCD_B5

LCD_B5

LCD_B3

LCD_B3

LCD_B1

LCD_B1

FLASH_LED_CATHODE

VT_PCLK

0.5 mm

1.0 mm

LCD (CPU)

1.0 mm

cathode

anode

Routing line must be thick enough to support 1A!!1%

Movie Mode : 111mA

Flash Mode : 810mA

CAMERA FLASH LED

CAMERA FLASH LED DRIVER

0.5 mm

1.3M_VT CAMERA SUB PMIC-CAM POWER8M_MIPI_CAMERA

4.0'' LCD Backlight Charge pump

LCD_PWM



7. CIRCUIT DIAGRAM

DN

IC

1108

D11

01

C1109

0.1uC1110

0.1u

CN1103

1312

1411

1510

169

178

187

196

205

214

223

232

241

FB1101 1800

VA1101

1uC

1111

VCC_TOUCH_1V8

10K

R11

06

C1113

0.1u

FB1102 1800

1800FB1103

FB1104 1800

FB1105 1800

VCC_IO_1V8

MIC1101

4

3

2

1P

G1

G2

O

47p

C1101

10p

C1102 C1103

33p

15pF

FL1102

105

64

73

82

91INOUT_A1 INOUT_B1

INOUT_A2 INOUT_B2

INOUT_A3 INOUT_B3

INOUT_A4 INOUT_B4

G1

G2

15pF

FL1101

105

64

73

82

91INOUT_A1 INOUT_B1

INOUT_A2 INOUT_B2

INOUT_A3 INOUT_B3

INOUT_A4 INOUT_B4

G1

G2

R11

0510

K

47p

C1114

10p

C1115 C1116

33p

CN1104

65

74

83

92

101

VCC_TOUCH_3V1

C11121u

R11

0310

K

V_CHG


CN1102

1312

1411

1510

169

178

187

196

205

214

223

232

241

VCC_TOUCH_1V8

VA1102

D11

00

V_POWERRAIL

VCC_IO_1V8

VCC_SDIO_2V8

2.85V_SIM

C1104

0.1uC1106

0.1u

C1105

0.1u

CN1101

1615

1714

1813

1912

2011

2110

229

238

247

256

265

274

283

292

301

G1 G2

G3 G4

MICROSD_CMDMICROSD_CLK

PWR_ON_SW

PWR_ON_SW

TOUCH_MAKER_ID

TOUCH_INT



MICROSD_DET_N

MICROSD_DAT1MICROSD_DAT2

MICROSD_DAT3

GEN2_I2C_SCL

GEN2_I2C_SDA

MICROSD_DAT0

GEN1_I2C_SDA

GEN1_I2C_SCL

PROXI_OUT



VOL_KEY_UP

HALL_INT

BLED_IN

BLED_OUT

LSENSOR_BIAS

LSENSOR_SENS

VT_CAM_DATA[0]VT_CAM_DATA[1]




FLASH_LED_ANODE

MIC1P

50PIN_EAR_L

USB_ID

50PIN_EAR_SENSE

50PIN_EJ_MIC

MICBIAS

MICBIAS

50PIN_EAR_R

USB_DM

USB_DP

SPK_P

SPK_N

RCV_N

RCV_P

EAR_GND

UART_RX_MDMUART_TX_MDM

SIM_RSTSIM_IOSIM_CLK

FLASH_LED_CATHODE

MIC2P

VOL_KEY_DOWN

25V

SUB MIC

TOUCH CONNECTOR

Main to Upper_FPCB connector Main to Sub connector

Main to Lower_FPCB connector



7. CIRCUIT DIAGRAM

0 R1220

C12

012.

2u

FB1202

0.1u

C1208

1M

R12

19

VCC_IO_1V8

R12

2347

K

0R1221

C1216

DNI DNI

C1217

R12120

R1205 0

1uC1218

1uC1223

U1201

G7

H7

H8

G8

B3

C3

A2

B1

A6

B4

C4

B5

C5

H6

G6

G5

F8

F9

E8

E7

C9

B6

A7

A5

A3

E1

D3

A4

G2

H1

F3

F7

E2

H9

C1

A1

D6

A8

A9

C7

B7

B8

B9

C8

D7

F5

H4

H5

F6

G4

E5

H3

F4

H2

G3

F2

E4

E3

G1

C6

E6

D5

D4

D1

D2

F1

G9

D8

C2

B2

D9

E9LDO1VDDAVDD1SPKVDD1SPKVDD2AVDD2CPVDDDCVDDDBVDDLDO2VDD

LDO1ENALDO2ENAVREFC

DMICCLCK

BCLK1LRCLK1DACDAT1ADCDAT1ADCLGCLK/GPIO1

GPIO3/BCLK2GPIO4/LRCLK2GPIO5/DACDAT2GPIO7/ADCDAT2GPIO6/ADCDLRCLK2

GPIO11/BCLK3GPIO10/LRCLK3GPIO8/DACDAT3GPIO9/ADCDAT3

IN1LNIN1LP

IN2LN/DMICDAT1IN2LP/VRXN

IN1RN1N1RP

IN2RN/DMICDAT2IN2RP/VRXP

AGND1SPKGND1SPKGND2

CPGNDDGND

HP2GND

SDASCLK

CS/ADDRCIFMODE

MCLK1GPIO2/MCLK2

SPKMODEREFFGND

MICBIAS1MICBIAS2

VMIDC

AGND2AGND3

HPOUT2NHPOUT2P

HPOUT1FBHPOUT1RHPOUT1L

LINEOUT1NLINEOUT1PLINEOUT2NLINEOUT2PLINEOUTFB

SPKOUTLNSPKOUTLP

SPKOUTRNSPKOUTRP

CPCACPCB

CPVOUTNCPVOUTP

VCC_AUDIO_1V8

C1207

1u

V_POWERRAIL

C1206

1u

C1213 0.1u 20R1214

100KR1203

C1205

4.7u

2.2uC1225

2.2uC1224

C1220 2.2u

C1211 4.7u

4.7u

C1209

1uC1214

R1213 20

100KR1204

TP1201

VCC_AUDIO_1V8

TP1203

1u

C1222

C1210

4.7u

R1218 10K

R1217 10K

C1212 0.1u

0.1u

C12

04

C12

020.

1u

VCC_AUDIO_1V8 VCC_AUDIO_1V8VCC_IO_1V8

C1221

47p

R12

16

2.2K

120pC1226

V_POWERRAIL

FB1201

C12

034.

7u

C1227

0.1u

Q1201

43

52

61

D1

D4

D2

D3

GS

R12220

AUDIO_MCLK

DAP1_SCLKDAP1_FSDAP1_DOUTDAP1_DIN

DAP2_SCLKDAP2_FS

AUDIO_INT_N

GEN2_I2C_SCLGEN2_I2C_SDA

DAP2_DOUT

AUDIO_MCLK2

DAP2_DIN

EARJACK_SENSE

WM_LDO_EN

HOOK_ADC

MIC1P

50PIN_EAR_L

50PIN_EAR_SENSE

50PIN_EJ_MIC

50PIN_EJ_MIC

MICBIAS

50PIN_EAR_R

SPK_PSPK_N

RCV_N

RCV_P

EAR_GND

EJ_MICBIAS

EJ_MICBIAS

HOOK_DET

MIC2P

3.5Phi EARJACK Detect

EJ_MICBIAS Added

RCV Path Added

Wolfson WM8994

3.5Phi MIC Detect



7. CIRCUIT DIAGRAM

R13

1310

0K

CN1301

2

1

U1306

25 21 2022 192324

18

17

98 107 11

6

12

5

13

4

14

3

15

2

16

1CLKIN

NC7

NC1

NC6

NC2

NC5

NC3

VDD

NC4

INT

IME_DA

FSY

NC

IME

_CL

RE

GO

UT

VLO

GIC

AD

0

NC8

GND

SD

A

SC

L

RE

SV

1

CLK

OU

T

CP

OU

T

RE

SV

2

NC

9

R1332 0

R13

270

OJ1304

10K

R1314

VCC_SENSOR_3V0

R1331 0

VCC_SENSOR_1V8

C1310

0.1u

C1311

0.1u

U1305

12

11

10

9

5

4

6

37

28

1D

VD

D

VR

EG

GN

DA

GN

DS

AV

DD

ADDR

SCL

NC1

INT

VPP

DRDY

SDA

OJ1301

1u

C1304

1u

C1312

R13

22

DN

I

4.7K

R13

15

VCC_MOTOR_3V0

U1304

91011

54

63

72

81EN VDP

PWM GND

MODE VDD

GAIN VDN

NC

3

NC

2

NC

1

C1315

10n

C1314

1u

R13

16

4.7K

C1301

0.1u

VCC_IO_1V8

DN

IR13

18

2.2u

C1307

R1310

2.2K

V_CHG

V_POWERRAIL

R13

0315

0

R13

0515

0

R13

0410

0K

0.1u

C1323

V_POWERRAIL

TP1302


0.1u

C1322

C1317

1u0.1u

C13

19

0.1u

C13

18

C13

131u

VCC_IO_1V8

C1321

0.1u

VCC_SENSOR_3V0

0 R1329

C1320

1u

U1307

4

3

2

1

510

6

7

8

9SCL

DNC4

INT

DNC3

SD

AV

DD

IO_VDD

DNC1

DNC2

GND

R1330DNI

VCC_SENSOR_1V8

R13

0110

0K

1uC

1308

1uC

1305

C13

062.

2u

V_POWERRAIL

VBUS_OUT

C13

02

1u

V_CHG

560

R13

11

U1302

65

74

83

92

101

11PGND

VIN BATT

ISET PGB

GND1 CHGSB

LDO GND2

IEOC EN_SET

VCC_IO_1V8

U1303

9

74

81

6

5

32CELL VDD

SEO

EO

CTG SDA

GND SCL

PG

ND

C13

031u

10n

C13

09

V_POWERRAIL

L1302 100n

L1301 100n

R13

125.

1K

TP1301

C1316

2.2n DN

IR

1326

IC1301

11 12

9

4

6

3

5

2

7

18

10HSD3+

HSD2+ D+

HSD2-

D-

HSD1-

GND

HSD1+

SEL0

HSD3-

VCCSEL1

R13

240

R13

250

OJ1302

U1301

B2

C1

C2

C3 A2

C4

D3

D1 D4

A1

B1

A3

B4 B3

B5 A5

C5 A4

D5 D2BATVB

DN1COMN1

DP2COMP2

U1UID

U2

RES

MIC

AUD1CAP

AUD2

GND

ISETIC

SC

L

SD

A

INT

R13

0210

0K


AP20_UART_SW

GYR

O_I

NT_

N

MOTION_INT

GEN2_I2C_SCL

GEN

2_I2

C_S

CL

GEN2_I2C_SCL

GEN2_I2C_SDA

GEN

2_I2

C_S

DA

GEN

2_I2

C_S

DA

INT_N_MUIC

UART2_RX_AP20

UART2_TX_AP20

COM_INT

CHG_EN_SET_N_AP20

CHG_STATUS_N_AP20

MDM_UART_SW

VIBE_ENVIBE_PWM

MUIC_SDAMUIC_SCL

USB_ID

USB_DMUSB_DP

IME_

DA

IME_DA

IME_CL

IME_

CL

UART_TX

UART_TX

UART_RX

UART_RXUSB_DN_MDMUART_RX_MDM

UART_TX_MDM

I2C_FUEL_SDAI2C_FUEL_SCL

USB_DP_MDM

CHG_PGB_N

Compass Sensor

Boss GND contact

MOTOR DRIVER IC

90ohm matching !!90ohm matching !!

DP3T SWITCH

MUIC

1%

2mm

1%

Close to batt. connector

Close to batt. connector

GND pad on the bottom of chip has to be connected to main GND trace through many vias for heat emission.

CHARGER IC

Gyro Sensor

FUEL Gauge

Motion Sensor



7. CIRCUIT DIAGRAM

38.4MHz

KT3225L38400UCW28TA0X1401

32

41GND1 VCC

GND2 OUT

U1402

5

3 24 1

VOUTVINGNDSTBY

PG

ND

R1401

20K

C1404

1uF

2.2uF

C1408

V_POWERRAIL

C1407 1nCLK_IN

CLK_REQ

38.4MHz for WLAN

C1412

10u

R1402

0

R14

03 0

C1410

0.1u

TP1401

TP14

03

TP14

04

TP1402

C1405

DNI DNI

C1406

L1402

3.3u

ANT1401

1

V_POWERRAIL

C1414

0.1u0.1u

C1413

VCC_IO_1V8

VCC_IO_1V8

C14

190.

1u

C14

184.

7u

4.7u

C14

17

0.1u

C14

15

4.7u

C14

16

1u

C1411

10u

C1409

U1401

62 59

2827262524232221201918

17

16

15

29

58

30

31

14

32

13

33

12

34

11

35

10

36

9

37

8

38

7

39

6

40

5

41

4

42

3

2

60

1

43

44

45

46

474849505152535455565761G

ND

1

BT_

PC

M_S

YN

C

BT_

PC

M_I

N

BT_

PC

M_C

LK

BT_

UA

RT_

CTS

_N

BT_

UA

RT_

RTS

_N

BT_

UA

RT_

TXD

BT_

UA

RT_

RX

D

GN

D4

SLE

EP

_CLK

GN

D7

FM_R

X_A

NT

GND9

FM_TX_ANT

GND2

OSC_OUT

GND11

GN

D13

2G4_ANT

GND14

OSC_IN

BT_WAKE_B

GND15

BT_HOST_WAKE_B

AUD_IN_R

I2S_DI

AUD_IN_L

I2S_DO

AUD_OUT_R

I2S_CK

AUD_OUT_L

I2S_WS

GND8

BT_ENABLE

VBAT2

WL_ENABLE

VBAT1

WL_HOST_WAKE_N

GND3

WL_WAKE_N

SR_VLX1

SDIO_CMD

SR_AVDD_2P5

GND10

BT_

PC

M_O

UT

VD

D_P

A

SDIO_D3

SDIO_D2

GND12

SD

IO_D

1

SD

IO_D

0

SD

IO_C

LK

CLK

_RE

Q

UA

RT_

RX

UA

RT_

TX

VD

DIO

VD

DIO

_SD

VIN

_LD

O_I

N

VD

D_C

OR

E

VD

D_R

AD

IO_P

LL

GN

D5

GN

D6

BT_

PCM

_DIN

BT_

PCM

_SYN

CB

T_PC

M_D

OU

TB

T_PC

M_C

LK

WLAN_EN

BT_

UA

RT_

CTS

_NB

T_U

AR

T_R

TS_N

BT_

UA

RT_

RXD

BT_

UA

RT_

TXD

CLK

32K

WLAN_HOST_WAKEUP

WLA

N_S

DIO

[0]

WLAN_SDIO[2]

WLA

N_S

DIO

[1]

WLAN_CMD

WLA

N_C

LK

WLAN_SDIO[3]

BT_WAKEUP

WLAN_WAKEUP

BT_HOST_WAKEUP

BT_EN

CLK_IN

CLK

_REQ

WLAN + BT + FMRadio



7. CIRCUIT DIAGRAM

U101

5

32

41OUT VDD

GND NC

PG

ND

CN101

1615

1714

1813

1912

2011

2110

229

238

247

256

265

274

283

292

301

G1 G2

G3 G4

S101

168

7

6

5

4

3

2

1 15

G5 G3 G1 CD

C1

C2

C3

C4

C5

C6

C7

C8

G6 G4 G2 COM

G7

TP107

C107

0.1u

VA101

CN102

2

1

R10

7

10K

47K

R10

4

R10

5

47K

47K

R10

6

R10

2

4.7K

TP102TP103TP104TP105TP106

C103

0.1u

VCC_IO_1V8

C104

22pDNI

C102

2.85V_SIM

C101

22p

R10

1

220K

D10

3

43

52

61

C105

100n

J101

9 8

10 7

6 3

5 2

4 1VCCGND1

RSTVPP

CLKIO

GND2GND5

GND3GND4

VCC_IO_1V8

C106

4.7u

VCC_SDIO_2V8

D10

2

43

52

61

R10

3

47K

D10

1

43

52

61

VCC_SDIO_2V8

VCC_IO_1V82.85V_SIM

V_POWERRAIL

VA102

SIM_CLK

SIM_CLK

SIM_IO

SIM_IO

SIM_RST

SIM_RST

MICROSD_CLK

MICROSD_CLK

MICROSD_CMD

MICROSD_CMD

MICROSD_DAT0

MICROSD_DAT0

MICROSD_DAT1

MICROSD_DAT1

MICROSD_DAT2

MICROSD_DAT2

MICROSD_DAT3

MICROSD_DAT3

MICROSD_DET_NMICROSD_DET_N

V_POWERRAIL

PWR_ON_SW

PWR_ON_SW

UART2_TX_AP20

UART2_TX_AP20

UART2_RX_AP20

UART2_RX_AP20

FLASH_LED_CATHODE

FLASH_LED_CATHODE

HALL_INT

HALL_INT

FLASH_LED_ANODE

FLASH_LED_ANODE

Hall ICArray TPTP gap 1mm!

Micro SD Card Interface USIM For Infinieon

Flash

Sub connector



7. CIRCUIT DIAGRAM

VA101

R101

20

D103

RCLAMP0504P.TCT

43

52

61

7P_GND

IO1 IO4

NC 5V_NC

IO2 IO3

J101

ENJE0007602

2

36

5

4

1 M5_MIC

M4_L

M3_DETECT

M4D-DETECT

M1_R

M6_GND

CN100

1

KB

101

CN102

1312

1411

1510

169

178

187

196

205

214

223

232

241

CN101

1

VA104

U102

6

4 3

2

5 1VCCIOUT

GND1

GC1GC2

GN

D2

U101

54

63

72

81LEDA SCL

LEDC SDA

VCC VIO

VOUT GND

VCC_SENSOR_1V8

VCC_SENSOR_3V0

10

R10210u

C101

1u

C105

0.1u

C104

1uC102

4.7u

C103

VCC_SENSOR_3V0VCC_SENSOR_1V8

VA102

LSENSOR_BIAS

LSENSOR_BIAS

LSENSOR_SENS

LSENSOR_SENS

50PIN_FM_ANT

50PIN_FM_ANT

50PIN_EAR_SENSE

50PIN_EAR_SENSE

50PIN_EJ_MIC

50PIN_EJ_MIC

50PIN_EAR_L

50PIN_EAR_L

50PIN_EAR_R

50PIN_EAR_R

PROXI_OUT

PROXI_OUT

GEN2_I2C_SCL

GEN2_I2C_SCL

GEN2_I2C_SDA

GEN2_I2C_SDA

RCV_P

RCV_P

RCV_N

RCV_N

PWR_ON_SW

PWR_ON_SW

ENJE0007601-->ENJE0007602

Upper_FPCB connector

Proximity Sensor

3.5pi Ear Jack Connector

Ambient Light Sensor PWR_KEY

Receiver



7. CIRCUIT DIAGRAM

VA105

VA103

VA102

KB

102

L101 82n

HIR-02A57-0000AA

2

1

SP101

KB

101

C105 8.2p

LD102 LD103 LD104

CN104

11

10

9

5

4

3

2

1

8

7

6

FL101

5

6

31

42P2 P4

P1 P3

P6

P5

VA104

SW101

G1

ANTG2

LD101

82nL102

MIC101

6

5

4

3

2

1OUT

G1

G2

VDD

G3

G4

ANT101

ANT_L-01B

FEED

VA101

FL102

INOUT

GND1GND2

C10

31u

C10

40.

1u

V_CHG

ANT_L-01B

ANT102

FEED

CN103

1312

1411

1510

169

178

187

196

205

214

223

232

241

V_CHG

C101

DNIC102

DNI

MICBIAS

MICBIAS

MIC1P

MIC1P

MIC_GND

MIC_GND

SPK_N

SPK_N

SPK_P

SPK_P

USB_ID

USB_ID

USB_DM

USB_DM

BLED_OUT

BLED_OUT

BLED_IN

BLED_IN

USB_DP

USB_DP

VOL_KEY_DOWN

VOL_KEY_DOWN

VOL_KEY_UP

VOL_KEY_UP

KEY LEDsSPEAKER +/-

MicroUSB

MAIN MIC

VOL UP/DOWN KEY

RF_Mobile Switch

Lower_FPCB

8. BGA PIN MAP



U101 PMB5703(Transceiver)

8. BGA PIN MAP

8. BGA PIN MAP



U202 PMB9801

8. BGA PIN MAP



U301 H8BCS0QG0MMR-46M

8. BGA PIN MAP



Not Used

U302 H8TBR00U0MLR : LPDDR2 memory(512MB), POP

Used

8. BGA PIN MAP



U401 AP20

Not Used

Used

8. BGA PIN MAP



U602 MAX8907C(PMIC)

8. BGA PIN MAP



U701 Toshiba 8G NAND FlashNC Not Used

8. BGA PIN MAP



U802 LDO

8. BGA PIN MAP



Not UsedU1001(WM8994)

Used

U1001(WM8994)

8. BGA PIN MAP



U1206 MUICU1206 MUIC



9. PCB LAYOUT

1

L Y

CM

B

AA

CP

1

1 54

BA

C

D

E

AC

AD AE AF

AA

AB

AG AH

46

PNM WVUTR

C

B

A

B

1

A E

D

F

14

C D HGFE KJ

DEFGHJKL

9

14

A

1

RTUVY W NPAH

AG ABAF

AE

AD

AC

C

K

L

N

M

D

E

F

G

H

J

1A

B

1AB

29

10

DEFGHJKLMN

F

C

B

A

D

RTUVWYAA

AB

AC

E

56

4

C142

C123

L117

U102

C136

C1319

C1316

C870

C145

C144

R1330

R1318

C1102

C911

U1303

C1014

R1008

R1007

U1304

C1211

R904

CN701

C840

C1024

C418

C1206

U203

L103

R312

C433

C442R1005

C504

VA1001

C436

VA1002

R1212

R306

C435R1203

R317

C1212

C441

C1220

C1213

C1224

C1225

R1218

R1217

C243

C242

C1202

U101

L127

C112

C146

U302

C432

TP303

C116

C117

C221

L107

R1017

TP316

TP310

TP315

TP319

TP305

TP311

TP320

TP308

TP321

TP313

L212

U202

C222

C203

U201

FL104

U1306

Q704

Q703

U1302

C839C

1302

C835

C132

C124

L119

R719

C143

L121

C1323

R1301 R1325

C1306

R1312

R1313

R1324

C1304

R1311

C1305

R1310

C1307

R1315

U1301

R1314

R1316

C836

IC1301

U1307

C128

FL102

L112

L123

C148

R1329

FL103 C133

C1322

R1322

C127

Q501

R521

R524

R816

U1001

D801

C1012

C1317

C903

U901

L113

C135

C129

R1327C

841

R1326

C1318

C1017

C1002

C844

C845

C1018

C1004

R801

R1302

L1001C1320

C1321

R1003

C1001

R912

C902

C1313

R825

R817

C1103 C1101

FL904

FL902

CN

1301R

917M

IC1101

C1015

FL903

FL901

U902

C1019

R916

R918

Q801

Q1201 R1223

C1003

C1020

R1221

L901

C1021

C907

R1222

C1221

C1222

R1216

C1226R1220

R1305

C1309

R1304

C1016

C1013

C1312 R1205

C1314

C910

R903

C905

D902

L1301

L1302

D903

C1023

L1002

C1022

R1204

C1207

R1219

C1216

C1315

C1227

C1204

C1217

C1214 C1210

C1218

C739

C1209

C1223

R907

R906

R908

R1010

C764

R909

R910C901

R905

R902

R1303 C1308C1303

C904

U1201

FB1201

FB1202

C1208

C1203

C1205

U1002

R310TP1301TP1302

C110

C108C

109

R603 C812

C115

R1006R1004

R1214L402

R207

FL205

C103

R106

L128

C422

L401C

407

C406

L405

L409

TP1203

C446

C408

R402

C420

C402

R1213

C235

C403

C239

C118

C236

C150

L222

C238

C120

C149

C121

R109

U204

C247

C147

C102

C111

L118

R316R303

C246

C248

R104

R103

C106

R101

R102

C306

R305

C303

C409

C415

C440

R307

C424

C444

L404

C416

L216

C245L218

L215C

130

L125

L214

C216

L223

L217

C218

C240

C241

FL206C244

L205

L204

C217

C215

FL101

L102L104

FL203

L106

C305C308

U301

TP302C

104

C107

L101L108 C105

L105

C101

C223

L129

L210

FL201

L225

L219

C204

L202

R201

C229

L213

C304

C1035

TP304

TP314

TP306

C443C437

TP317TP318

703P

T21

3PT

L109

C228

C119

C208

L110

L203

L224

L220

L221

C202

C209

C1027

C1025

R308

R318

FL202

C232

C214

R1013 R1012

C1032

C1026

C1028

C1033

C1036

U1003

C1034

C301

C302R302C307

C423

C414

C413C401C412

C434

L406C417

C421

C439

L407

L403

C410

C448

C425

R203

C411

R202

R204

C234R304

C231

FL204

L226L211

C220

C227

C233

C213

C201C

211

L201

C212

C207

9. PCB LAYOUT

U1003 : LCD Backlight charge pump - no display

U301 : CP Memory- no booting

U302 : CP Modem- no Service

FL201 : Filter.- no WCDMA service- no RF sensitivity

FL101 : Filter/ Seperater- no GSM service- no RF sensitivity

MIC1101 : MIC- no 2nd_mic.

CN1301 : Motor pad - no vibration

U1001: Camera PMIC- no 8M Camera- no 1.3M Camera

U1307 : Gyro Sensor- no Gyro Sensor

U201 : PAM(Band1)- no Service- RF Sensitivity & TX Power

FL203 : Filter- no Service- RF Sensitivity & TX Power

U202 : PAM(Band 4)- no Service- RF Sensitivity & TX Po

U1201 : Audio codec- no sound

FL901/FL902/FL903/FL904 : HDMI filter-no HDMI display

U1304 : Motor D-IC- no vibration

U1002 : Flash LED D-IC - no Flash

U1306 : Gyro Sensor- no Gyro Sensor

U1302 : Charger IC - no charging

U902 : HDMI booster- no HDMI display

Q1201 : FET- no Ear-jack detect

U203 : RF Amplifier - no AWS service

U1303 : Fuel gauge - Battery Bar Accuracy declined

U901 : EMMC memory- no booting

U1301 : MUIC- no USB/UART

U204: AND Gate - no RF Amplifer Control

U101 : PAM- no Service- RF Sensitivity & TX Power

LG-P999_SPFY0248001_1.2 _PLACE_TOP



9. PCB LAYOUT

AHA

A BR B

C

15

25

1324

1

1014

AJ

AKALAC AB

5 7

6 8

TUVWYAA

AB

AC

ADAEAF

AGY W V NP MRU T

24

12

12

5026

CDEGHJKLMNP F CDH G F EL K J

13

2413

31 2313

24

40

21

20

A1

1A

12

DEFGHJL K AB

1

12

11

16

30

50

12

26

5030

16

12

26

11

D

T

3142

24

610

1513

25

EFGHJKLMNPR

1ABC

5

1

106

15

1615

2625

2120

12

5030

401

305

16

SC

701

SC704

L124

CN1104

ZD102

AN

T101

R637

U702

CN801

L126

U103

C858

R640

R705

FB701

D1101

C1007

C803

FB1002

R653

R618

R643

R713

SC710

FB1001

FB1003

R654

R701

C1301C601

C772

X601

L804

R711

C823

R710

R712

C822

Q701

C511

CN901

C830

C862

C861

C404

C805

C514

C527

C523

C864

C549

C529

C869

FB501

L1402 C1409

R516

C506

FB1105

C1310

C431 C427

C515

C535

C505

C501

C438

R504

C508

M801

C531

SW102

FL1007FL1003

R519

C520

AN

T1401

C1405

FL1008FL1005

FL1002R

520X1401

R315

SC

711

R707R626

C744

C151

AN

T103

C131

C134

C1112

R1103

SC708

C1113

C731

R623

R624

R708

C733

TP801

R703

C748

C749

C745

C824

VA601

C726

C761

C722

C768

C738

C737

C715

C742

C752

TP802

R658

TP701

C757

C604

C729

C603

C755

R659

C1114

ZD801

C804

C838

C1116

C1115

C837

C1111

R625 R622

C139

C122

FL1009

C125

C141ZD100

C140

R112

C728

C712

TP609TP1201

C763

C713

C730

C711

R606

C751

R628

R607

R656

C762

R629

R604

R605

C1413

C747

R602

CN1103

R638

U601

FL1001

ZD101

ZD1002

C769

C716

C725

R641

R642

C771

R657

C717

R709

R706C

734

R704

C719

C727

C750

R1105

R1106

CN

1001

FL1101

R636

C760

C756

R714

U1305

C1005C

1006

CN

1002

C1008

C1010ZD1003

C1009

SC703

C753

R644

C720

C746

C758

C754

R639

C1105

C1011R645

C1414

R635

C721

R702

C908

C741

C1104

R621

C706

C710

C724

C708

C735

R647

C701 C

718C705

C704

C702

C602

C743

C703

R650

TP607

C765

R649

C714

U703

D1100

R715 C767

R814 R1331VA801

FL1102

C846

R615

R619

R803 C815

C723

R651

R911

D901

C906

C802

R802

L805

C814L801

R627

L802C709

R813

C707 C816

C831

R617

R616

C817

C732

L803

C848

U602

C821

Q702R717

R655

R716

R646

R718

C1110

C1109

C842

R1332

R805 C828R811

C524

D802

C809 C

819C801C847

U801

C853

C851

C856

C859

C860C

811

C806

C808

C857

C770

C1201

C825

C909

R804

R808

U802

TP606TP605

C550

TP608

C834C820

C832

C863

C865

L502

C544

R818

R819

C868

C810

C818

C843

C1404

C829

R812

C833

C867

C827

X801

C826

C855

C849

C850

C866 C

405C852

C513

C854

L503

L501C522

C526

L504

R523

C528

C525

TP301

R522

Q502

Q301

R301

SC702

C1416

C1415

SC

712

CN

1102

FB1101

VA1101

VA

1102

C1108

R820

R821

C759

C766TP1404

TP1403

C1418

C1412

C1417C1419

R514

TP512 TP503

TP510

C533

TP511

U501

C539

C517

C518

TP513

C546

R501

C736

CN

1101

C1410

C1411

C545

C1311

C1106

FB1104

R634

R631

C740

R632

U1401

C445

C509C428

C541

C430

C543

C542

C537TP501

TP502

C540

C502

C551

R525

C519

X502

C534

SC709

C530

FL1006FB

1004C

1407

C507

R1011

VA1003

R1016

FB1102

FB1103

C1029

C1406

CN

601 FL1004

TP1401

C1030

TP1402

C447

L408

D502

C429

C419

C426

SC706

FB401

C512

D501

C510

C548

C516

R515

C503

C538

C532

C536

PT501

C521

CN

301S

W101

R1403

R1402

TP1001

CN

1003

C1408

R1401

U1402

PT502

C807

R314

X501

R503

SC707

TP1002

C547

C1031

CN901 : HDMI Conn. - no HDMI diplay

CN1001 : 1.3M Camera Conn.- no 1.3M camera

ANT103 : GPS Ant. Conn.- no Radio with Intenna

ANT101 : AWS Ant. Conn.- no Radio with Intenna

CN1002 : 8M Camera Conn.- no 8M camera

CN1104 : Touch Conn.- no touch

U702 : POP memory(Top)- no booting

U602 : OR Gate- no Download mode

U802 : CPU Power DC- no Booting- no Power On

U1401 : WiFi+BT Radio Module- no WiFi connection- no BT Connection

U501 : Modem PMIC- no service

X1401 : WLAN/BT Xtal- no WiFi / BT

CN1003 : LCD Conn. –no display

CN1101 : Sub FPCB Conn.-no SIM-no T-flash memory-no Flash LED

ANT1401 : WiFi/Bluetooth antenna- no WiFi/Bluetooth

CN1102 : Upper FPCB Conn. - no Power on - no Ear-jack - no illumination sensor - no proximity sensor - no FM radio

M801 : Super Cap- no RTC maintain

SW101 : Coaxial Conn.- no Service

X502 : Modem PMIC Xtal- no service

X501 : 26MHz Xtal- no service

U801 : PMIC- no Booting- no Power On- no Service

X601 : 12Mhz X-talno Power On- no Booting

CN801 : Battery Conn.- no power On

CN1103 : Lower FPCB Conn.- no USB/UART- no 4 key LED- no side key- no 1st MIC.

U1305 : Compass sensor. - no compass sensor

LG-P999_SPFY0248001_1.2 _PLACE_BOT



9. PCB LAYOUT

15

3016

CN

102

CN

101

TP107

LG-P999_F_SUB_SPCY0255401_1.0_TOP



9. PCB LAYOUT

C101

J101

R101

R103

TP105

C102

C103

C104

R102

D101

VA101

C105

VA102

U101 C107

TP104

D103

D102

C106

R107R106

R105

R104

S101

TP103TP102TP106

LG-P999_F_SUB_SPCY0255401_1.0_BOT



9. PCB LAYOUT

1324

12C102

R102

C103

J101

KB101

CN101

CN100

VA102

D103

CN

102

VA101

VA104

U102

U101

R101

C1

05

C104

C1

01

LG-P999_F_UPPER_SPCY0255101_1.0_BOTTOM



9. PCB LAYOUT

LD104VA104 LD103L102VA102L101 VA101LD102VA103LD101

LG-P999_RF_LOWER_SPCY0254701_1.0_TOP



9. PCB LAYOUT

SP101

CN104

SW101

CN103

KB101KB102

VA105

FL102

FL101

C104

C103

MIC101

C102

ANT101

C105

C101

AN

T1

02

LG-P999_RF_LOWER_SPCY0254701_1.0_BOT

10. CALIBRATION



10. CALIBRATIONContent

10.1 Calibration & RF Auto Test Program (Tachyon)

10.1 Configuration of Tachyon10.1.1 Configuration of directory

10.1.2 Description of basic folders

10 1 3 Description of configuration files

10.1 Calibration & RF Auto Test Program (Tachyon)

10.1.3 Description of configuration files

10.2 How to use Tachyon10.2.1 Model selection

10.2.2 Start cal & auto

1 / 5

10. CALIBRATION



10.1.1 Configuration of directory

1. Configuration of Tachyon

2 / 5

10. CALIBRATION




10.1.2 Description of basic folders

Folder Description

Tachyon Exe file and MFC dll, UI dll is present.

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

Config Envirement files.(Port configuration, Loss adjust)

Instrument Tester control dll.

ModelModel 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)

3 / 5

10. CALIBRATION




10.1.3 Description of configuration files

File Description

‘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.MODEL NAME _NV.INI It is written when ‘cal&auto’ is begun.

‘MODEL NAME’_Sequence.XML It is described a testing procedures.

3 / 5

10. CALIBRATION



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

4 / 5

10.2 How to use Tachyon

10. CALIBRATION



b. Select Model “P999”

10. CALIBRATION




10.2.1 Model selection

Follow the procedure before start calibration & auto test

c. Select the model : You should select “LGP999

d S l t th b ( t b d bl li k d)d. Select the buyer (must be double clicked)Then, you can see “PASS” in Config File Check.

e. Click select button

C

D

E

5 / 5

LG-P999

LG-P999LG-P999LG-P999LG-P999LG-P999LG-P999LG-P999LG-P999

10. 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) Calibration3) Auto test4) After action

- Phone reset- Change UE to AMSS

4 / 5

LG-P999

11. STAND-ALONE TEST



11. STAND ALONE TEST

Hidden Menu StartStart shortcut keys:277634#*#

Hidden Menu ListStart the desired menu: Menu, click

List : Auto all Test: Device functionality testing at the factory to useAccelerometer Test ALC/Proximity TestBluetooth Scan Test Camera TestCompass Test Gyroscope TestExternal Memory Test Font TestHall Sensor Test Key/Compass TestLCD Test RTC TestSound Test Touch TestVibrator Test Wifi Scan TestGyro Cal Test EMI TestHDMI Test Touch LED Brightness

Device Test List

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




Accelerometer Test

Proximity Test : Proximity Sensor

Phone contact with your fingers in the top of the sensor determine the sensor response Far 1.0 Near 0.0

Check the “Auto brightness mode” ALC level changed due to the brightness

Bluetooth Scan Test




Camera TestMenu features disabled This feature is part of Auto All Test replaced by -> Auto All Test -> Primary Camera Preview -> Secondary Camera Preview -> Touch Flashlight Preview

Camera Test 1Primary Camera Preview

Camera Test 2Secondary Camera Preview

Camera Test 3Touch Flashlight Preview




External Memory Test :SD Card

SD Card test -> Write a test check of the SD Card memory

Key/Compass Test

Up/Down key : Check RecognitionMenu key : Check RecognitionHome key : Check RecognitionBack key : Check RecognitionSearch key : Check RecognitionCompass test

LCD Test List

Manual Test : Click on the following screen Automatic Test : Automatically, without clicking

Red Display Green Display Blue Display White Display Red, Green, Blue, White Display Red ,Green, Blue, Black Display




Touch window testWrite with finger

Ring test

Vibrator testA case-by-state vibration tests




Wifi Scan test

Gyro Sensor test

Audio Loop Back TestMic & Speak Phone loop Back test




ELT Test

Automatic Mode : Test Automatically Manual Mode : Test selectivity

ELT Test

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

ELT Manual Test

LCD Backlight RingtoneVibratorCameraAudio Loopback-> test on the device is working(The ability to use plant)




SW Sanity Test:FPRI TestCRC Test: BIN CRC

CAL CRC EFS CRC EFS CRC Detail

Factory Reset:Format External SD card : External SD Card Data reset Format Internal SD card : Internal SD Card Data resetFactory Rest :Changing the Factory

Version InfoClassified Information representation




Module Test list:

BT DUT setting SMS Prefer setLCD Always ONHidden ResetUSB mode selectionReboot CP/APSMPL countCharging Test

WLAN performance on SW

ERS Menu




Contacts Test

Aging Test

Port SettingSelect-> OK




Browser Utility

AT Test

Modem SettingMenu : Engineering Mode

Band Selection Auto Call Answering RRC Version Setting QCRIL/Android Log On/Off PDP Setting HSDPA Category GSM A5 Algorithm Protocol Test GCF Flag Arm9 Log ON/Off




GPS Test

SMS Test->Automatic Memfull Test

Modem Setting Menu : Engineering Mode

Band Selection Auto Call Answering RRC Version Setting QCRIL/Android Log On/Off PDP Setting HSDPA Category GSM A5 Algorithm Protocol Test GCF Flag Arm9 Log ON/Off




WPS test

SMS Test->Automatic Memfull Test

DRM Test




FM radio TestInput the Freq. & Volume

VT memu

Log service



12. EXPLODED VIEW & REPLACEMENT PART LIST


12.1 EXPLODED VIEW

ACGK00

MBJZ01 MCCZ03SURY00

SVCY01

MEV00

EBR02

MIDZ00

MEV01

AFBZ00

GMEY00 ACGM00

MCCZ00

MCCZ01

MCCF00ACGA00

GMEY01

ABM00

FAB00

SBPL00

EAA01

EAD00

SUMY01

EBR01

MDS01

SVLM00MDS00

MPBG00

MBL00

MCCZ02

SAFY00

MCQ00

ACKA00SUMY00

MCBA00 SVCY00

EBR00

SJMY00

MBJZ00

Location Description

ACGM00 Cover Assembly,Rear

MCCZ00 Cap

MCCZ01 Cap

MCCF00 Cap,Mobile Switch

GMEY00 Screw,Machine

SAFY00 PCB Assembly,Main

ABM00 Can Assembly,Shield

ACKA00 Can Assembly,Shield

SVCY00 Camera Module

EBR00 PCB Assembly,Flexible

SJMY00 Motor,DC

SUMY00 Microphone,Condenser

MCBA00 Can,Shield


MPBG00 Damper,LCD

MIDZ00 Insulator

MDS00 Gasket

MDS01 Gasket

MCQ00 Damper

MCCZ02 Cap

MCCZ03 Cap


FAB00 Screw,Machine

MEV00 Insulator

MEV01 Insulator

SVLM00 LCD,Module-TFT

SVCY01 Camera Module

SURY00 Receiver

AFBZ00 Frame Assembly


SUMY01 Microphone,Condenser


EAA01 PIFA Antenna,RF

EAD00 Cable,Assembly

ACGK00 Cover Assembly,Front

MBL00 Cap

MBJZ00 Button

MBJZ01 Button

SBPL00 Rechargeable Battery,Lithium Ion

ACGA00 Cover Assembly,Battery




EXPLODED VIEW (Total)

23

22

17

16

12

8

7

6

4

1

2

3

10

11

9

5

13

1514

19

18

21

202322212019181716151413121110987654321




EXPLODED VIEW (Assy)

A

B

C

U

D

F

G

H JK

L

Q

R

S

M

I O

P

E

T




by SBOM standard on GCSC

Level Location No. Description PartNumber Spec Remark

1 AGQ000000 Phone Assembly APEY0994702 LGP999DW.ATMODW ZY:Color Unfixed -

2 MEZ002100 Label, Approval MLAA0062301 COMPLEX KB770 DEUBK ZZ:Without Color -

2 ACGY00 Cover Assembly,EMS ACGY0093302 LGP999DW.ATMODW BN:BLUISH GREEN -

3 ACGM00 Cover Assembly,Rear ACGM0178601 LG-P999BN TMOBN BN:BLUISH GREEN - P, 22

4 MCQ015700 Damper,Connector MCQ66484501 COMPLEX LGP999BN.ATMOBN ZZ:Without Color

Pad_Conn_Touch

4 MCK063300 Cover, Rear MCJN0129601 COMPLEX LG-P990 ORF ZZ:Without Color MOLD, PCLUPOY SC-1004ML, , , , ,

4 MDS000000 Gasket MDS63552101 COMPLEX LGP990.AORFZY ZZ:Without Color -

4 MCE000000 Contact MCE62253001 COMPLEX LG-P990 ZZ:Without Color P990_PIN_DPA

4 MCCZ00 Cap MCCZ0047401 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

4 MCCZ01 Cap MCCZ0047301 COMPLEX LG-P990 ORF ZZ:Without Color MOLD, PCLUPOY SC-1004ML, , , , ,

4 MCCF00 Cap,Mobile Switch MCCF0072601 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,

(empty), , , , ,

4 MBFZ00 Bracket MBFZ0059101 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

4 EAA00 PIFA Antenna,Multiple EAA62504801 ACC-00127 TRIPLE -2DB 3:1 Planar Inverted F Type -

MOBITECH CORPORATION

4 MCQ000003 Damper MPBZ0341401 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

4 MCQ049800 Damper, Motor MPBJ0079601 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

4 MKC009400 Window, Camera MWAE0067001 COMPLEX LG-P990 ORF ZZ:Without Color CUTTING,Tempered Glass, , , , ,

4 MJN089300 Tape, Window MTAD0137601 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,


12.2 Replacement Parts Note: This Chapter is used for reference, Part order is ordered

<Mechanic component>







4 MCQ000000 Damper MCQ66580701 COMPLEX LGP990.AORFZY BK:Black -

3 GMEY00 Screw, Machine GMEY0012901 GMEY0012901 FH + 1.4mM 2.5mM MSWR NI PLT N -LG ELECTRONICS INC. L, 17

3 SAFY00 PCB Assembly,Main SAFY0400802 LGP999DW.ATMODW 1.0 MAIN J, 16

4 EBR071500 PCB Assembly,Main, Insert EBR73245601 LGP999DW.ATMODW 1.2 Main

5 ABM00 Can Assembly,Shield ABM73516601 LGP999DW.ATMODW ZZ:Without Color P999 CAN

ASSY, SHIELD(BOT)

6 MBK070300 Can, Shield MCBA0103401 COMPLEX LG-P999BN TMOBN ZZ:Without ColorPRESS, STS,

6 MEV000000 Insulator MIDZ0283301 COMPLEX LG-P999BN TMOBN ZZ:Without ColorCOMPLEX, (empty),

5 ACKA00 Can Assembly,Shield ACKA0038301 LG-P999BN TMOBN ZZ:Without Color TOP 1

6 MBK070300 Can, Shield MCBA0103301 COMPLEX LG-P999BN TMOBN ZZ:Without ColorPRESS, STS,

6 MGAZ00 Gasket MGAZ0113201 COMPLEX LG-P999BN TMOBN ZZ:Without ColorCOMPLEX, (empty),

5 SVCY00 Camera Module SVCY0025401C8AA-Y232C C8AA-Y232C 8M AF, Sony(1/3.2"),9.5x9.5x6.5t, MIPI, FPCB, 90degree LG INNOTEK CO.,LTD

K, 13

5 EBR00 PCB Assembly,Flexible EBR73315802 LGP990.AORFZY 1.0 Flexible E, 15

6 EBR070100 PCB Assembly,Flexible, Insert EBR73292301 LGP999DW.ATMODW 1.1 Flexible

7 MCQ000000 Damper MCQ66505801 COMPLEX LGP990.AORFZY ZZ:Without Color -

7 EAT030000 Module, Assembly SMZY0029901 MP100OS LED 2 Vendor Managment TRAIS CO., LTD.


6 EBR070400 PCB Assembly,Flexible, SMT EBR73315901 LGP999DW.ATMODW 1.0 Flexible

7 EAX010700 PCB, Flexible SPCY0255401 SPCY0255401 LGP990.AORFZY 1.0 - - - - FlexibleYOUNG POONG ELECTRONICS CO. LTD.





7 EBR070200PCB Assembly,Flexible,SMT Bottom

EBR73292401 LGP999DW.ATMODW 1.0 Flexible

7 EBR070300PCB Assembly,Flexible,SMT Top


5 SJMY00 Motor, DC SJMY0007118 MVMF-A301F 2.0 V, 40 mA, 10*3.0, Q-Coin 12mm Wire,3V, - LG INNOTEK CO., LTD M, 14

5 RAA050100 Resin, PC BRAH0001301 UF-1060

4 SAFF00 PCB Assembly,Main, SMT SAFF0299602 LGP999DW.ATMODW 1.1 MAIN

5 MEZ000000 Label MLAZ0038301 COMPLEX LG-VX6000 ZZ:Without Color PID Label 4Array PRINTING,

5 SAFC00PCB Assembly,Main,SMT Bottom

SAFC0162402 LGP999DW.ATMODW 1.2 MAIN

5 SAFD00 PCB Assembly,Main, SMT Top SAFD0159802 LGP999DW.ATMODW 1.2 MAIN

6 SUMY00 Microphone,Condenser SUMY0010609 SPU0410HR5H -PB SPU0410HR5H -PB, UNIT, 42 dB,

3.76*2.95*1.1, mems smd mic KNOWLES ACOUSTICS

6 MCBA00 Can, Shield MCBA0103201 COMPLEX LG-P999BN TMOBN ZZ:Without ColorPRESS, STS,

6 SPFY00 PCB, Main SPFY0248001 SPFY0248001 LGP999DW.ATMODW 1.1 FR-4 - -0.8mm Main LG Innotek.com

3 GMEY01 Screw, Machine GMEY0009201 GMEY0009201 BH + 2.7mM 3.5mM MSWR3 FZB N NLG ELECTRONICS INC. Q, 18

3 ACGV00 Cover Assembly,Bar ACGV0027302 LGP999DW.ATMODW BN:BLUISH GREEN -

4 MJN061101 Tape, Protect MTAB0438501 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,


4 MPBG00 Damper, LCD MPBG0115801 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

4 MIDZ00 Insulator MIDZ0272901 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,


4 MDS01 Gasket MDS63631301 COMPLEX LGP990.ABUOZY ZZ:Without Color Gasket,LCD, Ground





4 MCQ00 Damper MCQ66592201 COMPLEX LGP999DW.ATMODW ZZ:Without ColorP999_PAD_TOUCH_FPCB

4 MCCZ02 Cap MCCZ0048101 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , , B, 7

4 MCCZ03 Cap MCCZ0047101 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , , U, 4

4 GMEY01 Screw, Machine GMEY0009201 GMEY0009201 BH + 2.7mM 3.5mM MSWR3 FZB N NLG ELECTRONICS INC.

4 FAB00 Screw, Machine FAB31219601 BH + 1.4mM 2.5mM SWRCH18A ZN N A I, 19

4 MEV00 Insulator MEV63893401 COMPLEX LGP990.ANEUDW BK:Black -

4 MEV01 Insulator MEV63872701 COMPLEX LGP990.ASFRDW BK:Black -

4 SVLM00 LCD, Module-TFT SVLM0042001TX10D07VM0BAA Main, 4.0", 480*800,96.6*56.34*1.94T, 262K, TFT, TM, TA8851A, HITACHIDISPLAYS., LTD

C, 5

4 SVCY01 Camera Module SVCY0026601LM14MIFF HSIS-LM14MIFF 1.3M Wide View,Aptina(1/6"), 7x7x3.3t, FPCB(BtoB) HANSUNGELCOMTEC CO., LTD.

T, 11

4 SURY00 Receiver SURY0010114 BWBR1207L-04B-P 30mW 32OHM 105DB 0HZTO0HZWIRE - BUJEON ELECTRONICS CO., LTD D, 6

4 AFBZ00 Frame Assembly AFBZ0022701 LG-P990 ORF ZZ:Without Color LCD H, 12

5 MDS000002 Gasket MDS63633801 COMPLEX LGP999DW.ATMODW ZZ:Without ColorP999_GASKET_CAN_BOT


5 MJN000002 Tape MTAZ0381801 COMPLEX LG-P999BN TMOBN ZZ:Without ColorCOMPLEX, (empty),

5 MJN000000 Tape MTAZ0360401 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

5 MJN000001 Tape MTAZ0360001 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

5 MEZ000900 Label, AfterService MLAB0006701 COMPLEX GS505 TMO ZZ:Without Color COMPLEX,

(empty), , , , ,


5 MBFZ00 Bracket MBFZ0058101 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

6 MDQ000000 Frame MFEZ0041101 COMPLEX LG-P990 ORF ZZ:Without Color MOLD, PA 6LUMID GP-2330A, , , , ,

4 EBR01 PCB Assembly,Flexible EBR73667501 LGP999DW.ATMODW 1.0 Flexible 9





5 EBR070400 PCB Assembly,Flexible, SMT EBR73667601 LGP999DW.ATMODW 1.0 Flexible

6 EAX010700 PCB, Flexible EAX64207401 LGP999DW.ATMODW A POLYI SBL 6L 0.5T Flexible





7 SUMY01 Microphone,Condenser SUMY0010616 SUMY0010616 FPCB, dB, 1.1TO10V, KNOWLES

ACOUSTICS

4 EBR02 PCB Assembly,Flexible EBR73342701 LGP990.AORFZY 1.0 Flexible F, 8

5 EBR070400 PCB Assembly,Flexible, SMT EBR73342801 LGP990.AORFZY 1.0 Flexible


EBR73343001 LGP990.AORFZY 1.0 Flexible

6 EAX010700 PCB, Flexible SPCY0255101SPCY0255101 LGP990.AORFZY 1.0 POLYI Multi -0.25mm Flexible YOUNG POONG ELECTRONICS CO.LTD.


EBR73342901 LGP990.AORFZY 1.0 Flexible

4 EAA01 PIFA Antenna, RF EAA62406501 HIL-02A69-0000AA MULTI -2DB 3.0 - - E.M.W CO.,LTD. O, 20

4 EAD00 Cable, Assembly EAD61725901 80388-202B-80L-01 UFL-LP-066 UFL-LP-066 0.08M 2BLACK none N I-PEX CO., LTD G, 10

4 ACGK00 Cover Assembly,Front ACGK0173902 LGP999DW.ATMODW DW:DARK BROWN - A, 1

5 MDJ000001 Filter MFBZ0031401 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

5 MEV000000 Insulator MIDZ0273201 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

5 MHK000000 Sheet MSAZ0075001 COMPLEX LG-P999BN TMOBN ZZ:Without ColorCOMPLEX, (empty),







5 MEV000001 Insulator MEV63891601 COMPLEX LGP990.AORFZY ZZ:Without Color -

5 MDJ000000 Filter MFBZ0031301 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

5 MCQ000003 Damper MCQ66475101 COMPLEX LGP990.AORFZY ZZ:Without Color Pad LEDProtect

5 MCQ074200 Damper, Speaker MCQ66476301 COMPLEX LGP990.AORFZY ZZ:Without Color PadSpeaker

5 MDJ000002 Filter MDJ63106701 COMPLEX LGP999DW.ATMODW ZZ:Without ColorFILTER(MIC)

5 AJX043300 Touch WindowAssembly EBD61065201 3G404-40CC63 CAPACITIVE TOUCH GG Synaptics Gen

3 4.0inch B to B Multi Touch Sintek Photronics

5 MCR000000 Decor Assembly ACW73597401 LGSU660.ASKTBK BK:Black -

6 MCR000000 Decor MCR64430301 PRESS STS 0.3 LGSU660.ASKTDW BK:Black -

6 MJN020801 Tape, Decor MJN67712601 COMPLEX LGSU660.ASKTDW ZZ:Without Color -

6 MJN020800 Tape, Decor MJN67712501 COMPLEX LGSU660.ASKTDW ZZ:Without Color -

5 MBL00 Cap MBL64824001 COMPLEX LGP990.AORFZY ZZ:Without ColorCAP(MIC, FRONT)

5 MBJZ00 Button MBJZ0045801 COMPLEX LG-P990 ORF ZZ:Without Color MOLD, PCLUPOY SC-1004ML, , , , , 2

5 MBJZ01 Button MBJZ0045901 COMPLEX LG-P990 ORF ZZ:Without Color MOLD, PCLUPOY SC-1004ML, , , , , 3

5 MCJK00 Cover, Front MCJK0137501 COMPLEX LG-P990 ORF ZZ:Without Color MOLD, ABSHI-153, , , , ,

6 MET099500 INSERT, NUT MICE0016908 MECH_COMMON ZY, ZZ, PRESS, STS, , , , ,

6 MET099501 Insert, Nut MICE0016901 COMPLEX MECH_COMMON ZZ:Without Color -

5 MPBZ00 Damper MPBZ0336001 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

5 MPBZ02 Damper MPBZ0341301 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

5 MTAZ01 Tape MTAZ0356201 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

1 AGF000000 PackageAssembly APAY0147412 LGP999DW.ATMODW ZZ:Without Color T-mobile

USA_(Star DOP) 630/Pallet

2 MAY084001 Box, Unit MBEF0147423 COMPLEX LGP999DW.ATMODW RD:Red Star DOP_T-mobile USA (Lower case)

2 MAY084000 Box, Unit MBEF0147422 COMPLEX LGP999DW.ATMODW RD:Red Star DOP_T-mobile USA (upper case)





2 MAY047100 Box, Master MBEE0060116 COMPLEX LGP999DW.ATMODW ZZ:Without Color StarDOP(5) Master box

2 MCQ007000 Damper, Box MPBA0011405 COMPLEX LGP999DW.ATMODW ZZ:Without Color StarDOP _Phone Pad

2 AGJ000000 Pallet Assembly APLY0003730 LGP999DW.ATMODW ZZ:Without Color T-mobile StarDOP Pallet Assy(630EA)

3 MCK000000 Cover MCJZ0059319 COMPLEX LGP999DW.ATMODW ZZ:Without Color StarDOP_Pallet CAP

3 MCQ000001 Damper MPBZ0036883 COMPLEX LGP999DW.ATMODW ZZ:Without Color StarDOP_Pallet Dead space Sleeve

3 MCQ000000 Damper MPBZ0001227 COMPLEX LG-TM910 VRZ DB ZZ:Without ColorVX9000_Angle

3 MPCY00 Pallet MPCY0005202 COMPLEX LG-TM520 ZZ:Without Color -

2 MEZ084101 Label, Unit Box MLAQ0017702 COMPLEX LGP999DW.ATMODW ZZ:Without ColorCOMPLEX, PCX COMPLEX

2 MLAJ00 Label,Master Box MLAJ0004402 COMPLEX CG300 CGR ZZ:Without Color LABEL,

MASTER BOX(for CGR TDR 2VER. mbox_label)

2 MLAP Label, Unit MLAP0001144 COMPLEX GS505 TMO ZZ:Without Color COMPLEX,(empty), , , , ,

2 MLAZ00 Label MLAZ0050901 COMPLEX KU990 GBRBK ZZ:Without Color -

1 AAD000000 Addition Assembly AAAY0494601 LG-P990 ORF BK:Black -

2 ACGA00 Cover Assembly,Battery ACGA0047806 LGP999DW.ATMODW DW:DARK BROWN - S, 23

3 ACW000000 Decor Assembly ADBY0021801 LG-P990 ORF BK:Black -

4 MJN061100 Tape, Protect MJN67708901 COMPLEX LGP990.AORFZY ZZ:Without Color -

4 MDAY00 Decor MDAY0090801 COMPLEX LG-P990 ORF ZZ:Without Color PRESS,STS, , , , ,

3 MKC009400 Window, Camera MWAE0067601 COMPLEX LG-P990 ORF ZZ:Without Color CUTTING,Tempered Glass, , , , ,

3 MJN020800 Tape, Decor MTAA0232401 COMPLEX LG-P990 ORF ZZ:Without Color COMPLEX,(empty), , , , ,

3 MHK000000 Sheet MSAZ0075101 COMPLEX LG-P999BN TMOBN ZZ:Without ColorCOMPLEX, (empty),

3 MJN061100 Tape, Protect MJN67759201 COMPLEX LGP999DW.ATMODW ZZ:Without ColorTAPE, PROTECT(B/C)

3 MCJA00 Cover, Battery MCJA0122701 COMPLEX LG-P990 ORF ZZ:Without Color MOLD, PCLUPOY SC-1004ML, , , , ,






8 R101 Resistor, Chip ERHZ0000245 MCR01MZP5F2203 220KOHM 1% 1/16W 1005 R/TP -ROHM.

8D101,D102,D103

Diode, TVS EDTY0009801 VSMF05LCC 5V 6V 12V 2A 25W SOT-963 R/TP 6P 5PROTEK DEVICES INC.

8 C106 Capacitor,Ceramic, Chip ECCH0017601

CL05A475MQ5NRNC 4.7uF 20% 6.3V X5R -55TO+85C1005 R/TP 0.5MM SAMSUNG ELECTRO-MECHANICSCO., LTD.

8 S101 Socket, Card ENSY0023601 SCHA4B0402 Micro-SD 8P ANGLE SMD R/TP - ALPSELECTRIC KOREA CO., LTD.

8 R107 Resistor, Chip ERHZ0000405 MCR01MZP5J103 10KOHM 5% 1/16W 1005 R/TP -ROHM.

8 C103,C105

Capacitor,Ceramic, Chip ECCH0000182 GRM155R61A104K 0.1uF 10% 10V X5R -55TO+85C

1005 R/TP - MURATA MANUFACTURING CO., LTD.

8 U101 IC, Hall EffectSwitch EUSY0362601 BU52031NVX SSON004, 4, R/TP, Hall IC, IC, CMOSIC,

CMOS - SSON R/TP 4P - ROHM.

8

R103,R104,R105,R106

Resistor, Chip ERHZ0000287 MCR01MZP5F4702 47KOHM 1% 1/16W 1005 R/TP -ROHM.

8 C101,C104

Capacitor,Ceramic, Chip ECCH0000115 MCH155A220JK 22pF 5% 50V NP0 -55TO+125C 1005

R/TP - ROHM Semiconductor KOREA CORPORATION

8 J101 Card Socket ENSY0024301 KP09N-6S-2.54SF SIM 6P ANGLE SMD R/TP -HIROSE KOREA CO., LTD

8 R102 Resistor, Chip ERHZ0000286 MCR01MZP5F4701 4.7KOHM 1% 1/16W 1005 R/TP -ROHM.

8 VA101,VA102 Varistor SEVY0004401 ICVL0518400V500FR 18V 0% 40pF 1.0*0.5*0.55 NONE

SMD R/TP INNOCHIPS TECHNOLOGY

8 C107 Capacitor,Ceramic, Chip ECZH0003103

GRM36X7R104K10PT 100nF 10% 10V X7R -55TO+125C 1005 R/TP - MURATA MANUFACTURINGCO., LTD.

8 CN101 Connector, BtoB ENBY0052101 55909-0374 30P 0.40MM STRAIGHT MALE SMD R/TP1.5M - HANKOOK MOLEX

6 FB1004 Filter, Bead EAM62150301CIM05J600NC 60 ohm 1.0X0.5X0.5 25% 0.2 ohm 0.65ASMD R/TP 2P 0 SAMSUNG ELECTRO-MECHANICSCO., LTD.

12.2 Replacement Parts Note: This Chapter is used for reference, Part order is ordered

<Main component>





6FB1001,FB1002,FB1003

Filter, Bead EAM62131001CIM05J102NC 1000 ohm 1.0X0.5X0.5 25% 0.8 ohm 0.25SMD R/TP 2P 0 SAMSUNG ELECTRO-MECHANICSCO., LTD.

6

C1030,C1031,C1201,C501,C535,C536,C542,C769,C770,C811,C829,C846,C854,C858

Capacitor,Ceramic, Chip ECCH0007804

CL05A225MP5NSNC 2.2uF 20% 10V X5R -55TO+85C1005 R/TP 0.5MM SAMSUNG ELECTRO-MECHANICSCO., LTD.

6 C842 Capacitor,Ceramic, Chip ECZH0001210 C1005Y5V1A474ZT000F 470nF -20TO+80% 10V Y5V -

30TO+85C 1005 R/TP - TDK KOREA COOPERATION

6 R811 Resistor, Chip ERHY0009507 MCR006YZPJ105 1MOHM 5% 1/20W 0603 R/TP -ROHM.



6R626,R705,R706

Resistor, Chip ERHY0000104 MCR01MZP5F49R9 49.9OHM 1% 1/16W 1005 R/TP -ROHM.





6

C1006,C1007,C1008,C1011,C1104,C1105,C1106,C1109,C1110,C1113,C1310,C1311,C1413,C1414,C1415,C1419,C426,C438,C505,C701,C702,C703,C706,C711,C713,C714,C716,C717,C718,C719,C720,C722,C723,C724

Capacitor,Ceramic, Chip ECCH0009101 C0603X5R0J104KT00NN 0.1uF 10% 6.3V X5R -

55TO+85C 0603 R/TP - TDK CORPORATION





6

C729,C730,C733,C734,C736,C738,C740,C741,C745,C746,C747,C748,C749,C750,C751,C752,C753,C756,C757,C758,C759,C761,C762,C763,C766,C771,C772,C814,C820,C822,C824,C825



6

C831,C832,C833,C834,C843,C847,C908,C909



6D1100,D1101,D901

Diode, TVS EDTY0008606 PRSB6.8C 4.7V 5.7 - - 10W - R/TP 2P 1 PROTEKDEVICES INC.

6

FB1101,FB1102,FB1103,FB1104,FB1105

Filter, Bead SFBH0008105BLM15BD182SN1D 1800 ohm 1.0X0.5X0.5 25% 1.4 ohm0.1A SMD R/TP 2P 0 MURATA MANUFACTURINGCO., LTD.





6

R1103,R1105,R1106,R514,R631,R632,R636,R637,R638,R655,R656,R657,R701,R702

Resistor, Chip ERHY0009505 MCR006YZPJ103 10KOHM 5% 1/20W 0603 R/TP -ROHM.

6 U601 IC, ApplicationProcessor EUSY0415102 AP20H , 48, 481PIN, 12MP, HD, 3D, IC, Digital Signal

Processors BGA R/TP 481P NVIDIA CORP

6

R647,R658,R659,R804,R814

Resistor, Chip ERHY0009502 MCR006YZPJ100 10OHM 5% 1/20W 0603 R/TP -ROHM.

6 ZD801 Diode, TVS EDTY0008610 PLW0501H-LF 800mV 6V 12.5V 16A 250W SOD523R/TP 2P 1 PROTEK DEVICES INC.

6R1016,R712,R713


6 R622,R625 Resistor, Chip ERHY0009302 MCR006YZPF1001 1KOHM 1% 1/20W 0603 R/TP -

ROHM.

6 C1407,C767

Capacitor,Ceramic, Chip ECZH0025920 GRM033R71C102K 1nF 10% 16V X7R -55TO+125C


6 M801 CapacitorAssembly SMZY0023501 PAS311HR-VG1 3.8 Backup Capacitor 0.03F, Module

Assembly, KOREA TAIYO YUDEN.CO., LTD.

6

L501,L502,L503,L504

Inductor, WireWound, Chip ELCP0011801

CPI2012NHL4R7MT 4.7UH 20% - 600mA 0.3OHM - -SHIELD 2X1.25X1MM NONE R/TP SAMWHACAPACITOR CO, LTD.

6 R808 Resistor, Chip ERHY0009303 MCR006YZPF1002 10KOHM 1% 1/20W 0603 R/TP -ROHM.






6

R301,R523,R602,R634,R639,R640,R641,R642,R644,R716,R718,R805,R911


6

R604,R607,R645,R651,R714

Resistor, Chip ERHY0009536 MCR006YZPF1003 100KOHM 1% 1/20W 0603 R/TP -ROHM.



6ZD100,

ZD1002,ZD1003

Diode, TVS EDTY0009601 Rclamp0521P.TCT 5V 6 5V 4A 100W - R/TP 2P 1SEMTECH CORPORATION

6 D502 Diode, TVS EDTY0009401 VMNZ6.8CST2R 5.5V 0 10V 0A 200mW SC70 R/TP 6P5 ROHM.


6 FL1009 Filter, EMI/Power SFEY0016301 ICMEF112P900M COMMON MODE NOISE FILTER 0HZ0F 0H SMD R/TP INNOCHIPS TECHNOLOGY

6 CN901 Connector, I/O ENRY0011201 78592-0001 19P 0.40MM ANGLE RECEPTACLE DIPR/TP - HANKOOK MOLEX

6

SC701,SC702,SC703,SC704,SC706,SC707,SC708,SC709,SC710,SC711,SC712

Clip MCGY0003801 COMPLEX LG-KH3900 KTF ZZ:Without Color -


MCH153CN333KK 33nF 10% 16V X7R -55TO+125C1005 R/TP - ROHM Semiconductor KOREACORPORATION





6 U702 IC, MCP, NAND EUSY0424401

H8TBR00U0MLR-0DM 4096MBIT 1.14VTO1.3V,1.7VTO1.95V 12.0x12.0x0.86 TR 168P DRAM FBGA4Gb LPDDR2 PoP (12x12/168ball/400MHz) HYNIXSEMICONDUCTOR INC.

6

C1009,C404,C818,C859,C860,C861,C862,C863,C864,C866,C867

Capacitor,Ceramic, Chip ECCH0004904 GRM155R60J105K 1uF 10% 6.3V X5R -55TO+85C 1005

R/TP - MURATA MANUFACTURING CO., LTD.

6

R703,R704,R708,R709

Resistor, Chip ERHY0009312 MCR006YZPF5101 5.1KOHM 1% 1/20W 0603 R/TP -ROHM.

6 L805 Inductor, WireWound, Chip ELCP0008016 MIPS2520D100 10UH 30% - 200mA 0.28OHM - -

SHIELD 2.5X2X1MM NONE - FDK CORPORATION.

6

C1409,C1412,C510,C511,C512,C513,C515,C516,C517,C518,C801,C805,C821


CL10A106MP8NNNC 10uF 20% 10V X5R -55TO+85C1608 R/TP 0.8MM SAMSUNG ELECTRO-MECHANICSCO., LTD.

6 U801 IC, PMIC EUSY0388301 MAX8907C , 132 , R/TP , , ; , IC, PMIC MAXIMINTEGRATED PRODUCTS INC.

6 U1402 IC, LDO VoltageRegulator EUSY0407101

BU28TD4WNVX SSON004, 4, R/TP, 2.8V 150mA SingleLDO, IC, LDO Voltage RegulatorIC, LDO VoltageRegulator ROHM.

6

FL1002,FL1003,FL1004,FL1005,FL1006,FL1007,FL1008,FL1101,FL1102

Filter, EMI/Power SFEY0010501 ICVE10184E150R101FR ESD/EMI 0HZ 15pF 0H SMDR/TP INNOCHIPS TECHNOLOGY

6 R1402,R1403 Wire Pad, Short SAFP0000501 LG-VS760 VRZ





6 U501 IC, PMIC EUSY0342202 PM8028 BGA, 137, R/TP, MDM9600 PMIC FOR LTE, IC,PMICIC, PMIC QUALCOMM INCORPORATED.

6C430,C431,C519

Capacitor,Ceramic, Chip ECCH0009103 C0603C0G1H101JT00NN 100pF 5% 50V X7R -


6

C1005,C1010,C1112,C1404,C1411,C514,C802,C806,C807,C819,C865,C868

Capacitor,Ceramic, Chip ECZH0001215 C1005X5R1A105KT000F 1uF 10% 10V X5R -55TO+85C

1005 R/TP - TDK KOREA COOPERATION

6 X502,X801 Crystal EXXY0026901 Q13FC1350000300 32.768KHZ 20PPM 0F NONE SMD

R/TP EPSON TOYOCOM CORP

6 L1402 Inductor, WireWound, Chip ELCP0012101

CIG21L3R3MNE 0H 20% - 800mA - - 0.22OHM - -SHIELD 2X1.25X1MM NONE - SAMSUNG ELECTRO-MECHANICS CO., LTD.

6CN1001,CN1002,CN1103

Connector, BtoB ENBY0034201 GB042-24S-H10-E3000 24P 0.40MM STRAIGHTSOCKET SMD R/TP 1M - LS Mtron Ltd.

6 X601 Crystal EXXY0017801 DSX321G(12MHZ, 8PF) 12MHZ 50PPM 8PF 32*25SMD R/TP DAISHINKU CORPORATION.

6 C405 Capacitor, TA,Conformal ECTH0007201

TLJR476M010R3200 0.000047F 20% 10V 18.8UA -55TO+125C 3.2OHM 2.05X1.3X1.2MM NONE SMDR/TP AVX/KYOCERA H.K LTD.

6

C122,C131,C140,C151,C522,C524,C526,C528

Capacitor,Ceramic, Chip ECZH0000813 C1005C0G1H101JT 100pF 5% 50V NP0 -55TO+125C


6

C1408,C428,C429,C546,C849,C850,C851,C852,C853,C856,C857


CL05A225MQ5NSNC 2.2uF 20% 6.3V X5R -55TO+85C1005 R/TP . SAMSUNG ELECTRO-MECHANICS CO.,LTD.





6C530,C531,C837

Capacitor,Ceramic, Chip ECCH0009514 MCH032A(AN)100DK 10pF 0.5PF 25V X7R -

55TO+125C 0603 R/TP - ROHM.


6 FB401 Filter, Bead EAM62070701BLM03PG330SN1D 33 ohm 0.6X0.3X0.3 25% 0.09 ohm0.75A SMD R/TP 2P 0 MURATA MANUFACTURINGCO., LTD.

6 L126 Inductor,Multilayer, Chip ELCH0003844

LQG15HS2N0S02D 2NH 0.3NH - 300mA 0.1OHM 6GHZ8 SHIELD NONE 1.0X0.5X0.5MM R/TP MURATAMANUFACTURING CO., LTD.

6

C815,C816,C817,C823


GRM188R60J106M 10000000 pF, 6.3V, M, X5R, TC,1608, R/TP, 0.8 mm MURATA MANUFACTURING CO.,LTD.

6 L804 Inductor, WireWound, Chip EAP61766701

VLS252010ET-1R0N 1UH 30% - 1.9A 0.07OHM - -SHIELD 2.5X2X1MM NONE R/TP TDK KOREACOOPERATION

6 X501 Crystal EXXY0025101 DSX321G - 10PPM - - - SMD P/TP DAISHINKUCORPORATION.

6 SW102 Connector, RF ENWY0008701 MS-156C NONE STRAIGHT SOCKET SMD T/REEL AU50OHM 400mDB HIROSE KOREA CO., LTD

6ANT101,ANT103,ANT1401

Contact MCE62252901 COMPLEX LGP999BN ZZ:Without Color LG-P999CLIP_SUB

6 FL1001 Filter, EMI/Power SFEY0015901 ICMEF214P101MFR ICMEF214P101MFR, SMD, ESDCommon mode Filter INNOCHIPS TECHNOLOGY

6 PT502 Thermistor, NTC SETY0001401 NCP18WD683E03RB 68KOHM 1% 0V 0A 4.15KK SMDP/TP 1608size MURATA MANUFACTURING CO., LTD.

6 C601,C602

Capacitor,Ceramic, Chip ECCH0000108 C1005NP0709DGT 7pF 0.5PF 50V NP0 -55TO+125C

1005 R/TP - NEOTECH CO., LTD

6 Q701 FET EQFN0002901 2SK3019FPBTL N-CHANNEL MOSFET 30V +-20100mA 8OHM 150mW SC75A R/TP 3P ROHM.


1005GC2T4N7SLF 4.7NH 0.3NH - 300mA 0.23OHM3.5GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPPILKOR ELECTRONICS LTD.

6CN1104,CN301,CN601

Connector, BtoB ENBY0050901 GB042-10P-H10-E3000 10P 0.4MM STRAIGHT MALESMD R/TP 1M - LS Mtron Ltd.

6R1331,R1332,R813

PCB ASSY,MAIN,PAD SHORT

SAFP0000401 LG-LU3000 LGTBK, MAIN, A,





6 R627 Resistor, Chip ERHY0039802 RC0402FR-07453RL 453OHM 1% 1/16W 1005 R/TP -YAGEO CORPORATION

6 C1116 Capacitor,Ceramic, Chip ECZH0000830 C1005C0G1H330JT000F 33pF 5% 50V NP0 -


6 C447 Capacitor,Ceramic, Chip ECCH0000133 C1005X7R1H221KT000F 0.22nF 10% 50V X7R -


6

R501,R504,R635,R646,R717,R818

PCB ASSY,MAIN, PADOPEN

SAFO0000401 AX3100 ATL SV_SHIPBACK, MAIN, A, 0OHM DNI


CL05F104ZO5NNNC 0.1uF -20TO+80% 16V Y5V -30TO+85C 1005 R/TP - SAMSUNG ELECTRO-MECHANICS CO., LTD.

6C1029,C826,C827

Capacitor,Ceramic, Chip ECCH0009520 MCH032A150JK 15pF 5% 25V X7R -55TO+125C 0603

R/TP - ROHM.

6

R615,R616,R617,R618,R619


6 X1401 Oscillator, TCXO EXST0002201 KT3225L38400UCW28TA0 38.4MHZ 1.5PPM 2.8V0.0x0.0x0.0MM NONE SMD R/TP KYOCERA CORP.

6 C1115,C139


MCH155A100D 10pF 0.25PF 50V NP0 -55TO+125C1005 R/TP - ROHM Semiconductor KOREACORPORATION


6R605,R606,R802

Resistor, Chip ERHY0009586 MCR006YZPF2201 2.2KOHM 1% 1/20W 0603 R/TP -ROHM.

6 U802 IC, DC, DCConverter EUSY0405402 MAX8952EWE+T 2.5 to 5.5V adj 1.6W CSP R/TP 16P -

MAXIM INTEGRATED PRODUCTS INC.

6 R623,R624 Resistor, Chip ERHY0009306 MCR006YZPF1801 1.8KOHM 1% 1/20W 0603 R/TP -

ROHM.


6 D501 Diode, Switching EDSY0010501 KDS114E 900mV 30V 100mA 1A 0SEC 100mW ESCR/TP 2P 1 KEC CORPORAITION






6 U1305 IC, GeomagneticSensor EUSY0418501

AMI304 QFN, 12, R/TP, Geomagnetic Sensor, IC, A/DConverterIC, A/D Converter - QFN R/TP 12P - AICHISTEEL CORPORATION

6 C1111,C810

Capacitor,Ceramic, Chip ECZH0003503 GRM188R61E105K 1uF 10% 25V X5R -55TO+85C 1608


6

R1011,R621,R628,R629,R649,R650,R653,R654

Resistor, Chip ERHY0009526 MCR006YZPJ472 4.7KOHM 5% 1/20W 0603 R/TP -ROHM.

6 L803 Inductor, WireWound, chip ELCP0008013 MIPSZ2012D2R2 MIPSZ2012D2R2, 2.2 uH, N,

2.0X1.2X1.0, R/TP FDK CORPORATION.

6 U703 IC, TemperatureSensor EUSY0426201 NCT1008 DFN, 8, R/TP, Remote Temperature Sensor, IC,

A/D Converter - DFN R/TP 8P - ON SEMICONDUCTOR

6 C427 Capacitor,Ceramic, Chip ECCH0009102 C0603X7R1H221KT 220pF 10% 50V X7R -55TO+125C

0603 R/TP - TDK CORPORATION



6

C523,C525,C527,C529,C549,C550


CL10A226MQ8NRNE 22uF 20% 6.3V X5R -55TO+85C1608 R/TP 0.8MM SAMSUNG ELECTRO-MECHANICSCO., LTD.

6 VA1101 Varistor SEVY0001001 EVLC14S02050 14V 0% 50F 1.0*0.5*0.6 NONE SMDR/TP AMOTECH CO., LTD.

6 CN1003 Connector, BtoB ENBY0040401 GB042-50P-H10-E3000 50P 0.4MM STRAIGHT PLUGSMD R/TP 1M - LS Mtron Ltd.



6 C520,C545

Capacitor,Ceramic, Chip ECCH0002001 C1005JB0J104KT000F 0.1uF 10% 6.3V Y5P -30TO+85C


6 R643 Resistor, Chip ERHZ0003601 MCR01MZSF2004 2MOHM 1% 1/16W 1005 R/TP -ROHM.





6

R103,R104,R105,R106

Resistor, Chip ERHZ0000287 MCR01MZP5F4702 47KOHM 1% 1/16W 1005 R/TP -ROHM.

6 C141,C848

Capacitor,Ceramic, Chip ECCH0009106 C0603X7R1C103KT 10nF 10% 10V X7R -55TO+125C


6 R520,R820 Resistor, Chip ERHZ0000222 MCR01MZP5F1503 150KOHM 1% 1/16W 1005 R/TP -

ROHM.

6 Q502 FET EQFN0005601 KTK5132E N-CHANNEL MOSFET 30V +-20 100mA7OHM 100mW ESM R/TP 3P KEC CORPORAITION

6 FB501 Filter, Bead SFBH0002302BLM18PG121SN1J 120 ohm 1.6X0.8X0.8 25% 0.05 ohm2A SMD R/TP 2P 0 MURATA MANUFACTURING CO.,LTD.

6 C838 Capacitor,Ceramic, Chip ECCH0000104 MCH155A030C 3pF 0.25PF 50V NP0 -55TO+125C 1005




GRM033R60J224M 0.00000022F 20% 6.3V X5R -55TO+85C 0603 R/TP 0.3MM MURATAMANUFACTURING CO., LTD.

6 PT501 Thermistor SETY0007301NCP15WF104F03RC NTC, 100000 ohm, SMD, 4250K+/-1%, 100K, 1%, 0.1mA, 4250K+/-1%, SMD, R/TPMURATA MANUFACTURING CO., LTD.

6 Q702 FET EQFP0000101 2SJ347 P-CHANNEL MOSFET -20V -7 -0.05A 40OHM100mW SSM R/TP 3P TOSHIBA


6 CN1101 Connector, BtoB ENBY0052201 51338-0374 30P 0.40MM STRAIGHT FEMALE SMDR/TP 1.5M - HANKOOK MOLEX


CL10A475KP8NNNC 4.7uF 10% 10V X5R -55TO+85C1608 R/TP - SAMSUNG ELECTRO-MECHANICS CO.,LTD.

6 L801,L802

Inductor, WireWound, chip ELCP0012801

MIPS2520D1R5 1.6 uH, N, 2.5*2.0*1.0, R/TP, 0.0000015,30%, 1.2A, 0.1 OHM, 2.5X2X1MM, NONE, R/TP,Inductor, Wire Wound, Chip FDK CORPORATION.

6 U103 IC, RF Amplifier EUSY0365401BGA711L7 -0.3~3.6 2.7-3.0 NA 0W 0W NA 0 TSLP R/TP7P - INFINEON TECHNOLOGIES (ASIA PACIFIC) PTELTD.

6 C1114 Capacitor,Ceramic, Chip ECCH0000122 MCH155A470JK 47pF 5% 50V NP0 -55TO+125C 1005







6 R812 Resistor, Chip ERHY0009504 MCR006YZPJ102 1KOHM 5% 1/20W 0603 R/TP -ROHM.

6 Q301 FET EQFP0003601NTJD4105CT1G P-CHANNEL MOSFET 20V +-12660mA 0.63OHM 270mW SC70 R/TP 6P ONSEMICONDUCTOR

6 U602 IC, Gate EUSY0428401 XSON6 , 6 , R/TP , OR Gate , ; , IC, TTL


6 CN801 Connector,Terminal Block ENZY0029901

04-9254-003-032-829+ 3, 2.5 mm, ANGLE, Gold, TwinSide PCB cut 3.2 KYOCERA ELCO KOREA SALES CO.,LTD.

6 R803 Resistor, Chip ERHY0042405 RC0201FR-074K02L 4.02KOHM 1% 1/20W 0603 R/TP -YAGEO CORPORATION

6 R707 Resistor, Chip ERHZ0000250 MCR01MZP5F2400 240OHM 1% 1/16W 1005 R/TP -ROHM.


LQG15HS4N7S02D 4.7NH 0.3NH - 300mA 0.18OHM6GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TP MURATAMANUFACTURING CO., LTD.

6 R525 Resistor, Chip ERHY0009541 MCR006YZPF4700 470OHM 1% 1/20W 0603 R/TP -ROHM.


6 R710 Resistor, Chip ERHY0024601 RC0603J151CS 150OHM 5% 1/20W 0603 R/TP -SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 U1401 Module, WLAN SMZY0025001 SWB-B25 2.3VTO5.5V LGA 62P 9.0x7.8x1.2MMSAMSUNG ELECTRO-MECHANICS CO., LTD.

6 FB701 Filter, Bead SFBH0009302 MMZ1005Y400CT 40 ohm 1.0X0.5X0.5 25% 0.12 ohm0.55A SMD R/TP 2P 0 TDK CORPORATION

6 VA1102,VA801 Varistor SEVY0008102 EVLC5S01015 5.5V 0% 15pF 0.6*0.3*0.33 NONE SMD

R/TP AMOTECH CO., LTD.

6 SW101 connector, RF ENWY0005501 20279-001E-01 NONE STRAIGHT SOCKET SMD R/TPAU 50OHM 400mDB I-PEX CO., LTD



6 D802 Diode, Switching EAH61532901 BA891_ 1V 35V - - 0SEC 715mW SOD523 R/TP 2P 1NXP Semiconductors





6 U302IC, DigitalBasebandProcessor, 3G

EAN61857702

MDM6200-U 0VTO0V, 0VTO0V, 0VTO0V 0W 486 NSP,6200 Die Revision, Slim Modem, 12.2x9.8, DPA14.4,int.RF, USB2.0HS BGA R/TP 486P QUALCOMMINCORPORATED.

6 FB1201,FB1202 Filter, Bead EAM62131201

CIM05J121NC 120 ohm 1.0X0.5X0.5 25% 0.3 ohm 0.5ASMD R/TP 2P 0 SAMSUNG ELECTRO-MECHANICSCO., LTD.


6 C141,C848

Capacitor,Ceramic, Chip ECCH0009106 C0603X7R1C103KT 10nF 10% 10V X7R -55TO+125C


6

C1005,C1010,C1112,C1404,C1411,C514,C802,C806,C807,C819,C865,C868



6R626,R705,R706

Resistor, Chip ERHY0000104 MCR01MZP5F49R9 49.9OHM 1% 1/16W 1005 R/TP -ROHM.

6

C122,C131,C140,C151,C522,C524,C526,C528

Capacitor,Ceramic, Chip ECZH0000813 C1005C0G1H101JT 100pF 5% 50V NP0 -55TO+125C








6

C1006,C1007,C1008,C1011,C1104,C1105,C1106,C1109,C1110,C1113,C1310,C1311,C1413,C1414,C1415,C1419,C426,C438,C505,C701,C702,C703,C706,C711,C713,C714,C716,C717,C718,C719,C720,C722,C723,C724







6

C729,C730,C733,C734,C736,C738,C740,C741,C745,C746,C747,C748,C749,C750,C751,C752,C753,C756,C757,C758,C759,C761,C762,C763,C766,C771,C772,C814,C820,C822,C824,C825



6

C831,C832,C833,C834,C843,C847,C908,C909



6

R604,R607,R645,R651,R714

Resistor, Chip ERHY0009536 MCR006YZPF1003 100KOHM 1% 1/20W 0603 R/TP -ROHM.

6R1331,R1332,R813

PCB ASSY,MAIN, PADSHORT

SAFP0000401 LG-LU3000 LGTBK, MAIN, A,

6 FL202 Filter, Saw SFSY0028101 SAFEB1G95KA0F00 1950 1.4*1.1*0.6 SMD R/TP 5PMURATA MANUFACTURING CO., LTD.





6R1310,R316,R317


6

L101,L118,L125,L215,L221

Inductor,Multilayer, Chip ELCH0004701

1005GC2T12NJLF 12NH 5% - 250mA 0.48OHM 2.1GHZ8 SHIELD NONE 1.0X0.5X0.5MM R/TP PILKORELECTRONICS LTD.

6 L214,L216


1005GC2T6N8JLF 6.8NH 5% - 250mA 0.32OHM 3GHZ 8SHIELD NONE 1.0X0.5X0.5MM R/TP PILKORELECTRONICS LTD.




6 C147 Capacitor,Ceramic, Chip ECZH0001002 C1005CH1H0R5BT000F 0.5pF 0.1PF 50V NP0 -


6 R622,R625 Resistor, Chip ERHY0009302 MCR006YZPF1001 1KOHM 1% 1/20W 0603 R/TP -

ROHM.

6 C405 Capacitor, TA,Conformal ECTH0007201

TLJR476M010R3200 0.000047F 20% 10V 18.8UA -55TO+125C 3.2OHM 2.05X1.3X1.2MM NONE SMDR/TP AVX/KYOCERA H.K LTD.



6

R615,R616,R617,R618,R619


6

R301,R523,R602,R634,R639,R640,R641,R642,R644,R716,R718,R805,R911


6 C201,C202

Capacitor,Ceramic, Chip ECCH0000137 C1005X7R1H331KT000F 0.33nF 10% 50V X7R -






6

C1030,C1031,C1201,C501,C535,C536,C542,C769,C770,C811,C829,C846,C854,C858


CL05A225MP5NSNC 2.2uF 20% 10V X5R -55TO+85C1005 R/TP 0.5MM SAMSUNG ELECTRO-MECHANICSCO., LTD.

6C406,C409,C416


GRM033R60J473KE19D 47nF 10% 6.3V X5R -55TO+85C 0603 R/TP - MURATA MANUFACTURINGCO., LTD.

6

C1009,C404,C818,C859,C860,C861,C862,C863,C864,C866,C867



6 C1111,C810



6 U1002 IC, DC, DCConverter EUSY0264502

AAT1270IFO-T1 AAT1270IFO-T1, DFN, 14 PIN, R/TP,700mA Boost converter Advanced Analogic TechnologiesHK Limited

6 L401 Inductor,Multilayer, Chip ELCH0001431 LL1005-FHL68NJ 68NH 5% - 180mA 1.7OHM 1.3GHZ

10 SHIELD NONE 1.0X0.5X0.5MM R/TP TOKO, INC.

6

R501,R504,R635,R646,R717,R818

PCB ASSY,MAIN, PADOPEN

SAFO0000401 AX3100 ATL SV_SHIPBACK, MAIN, A, 0OHM DNI





6

R1103,R1105,R1106,R514,R631,R632,R636,R637,R638,R655,R656,R657,R701,R702


6 U202 IC, PowerAmplifier SMPY0023601

SKY77703-12 28.4 dBm, 40 %, 10 A, -40 dBc, 27 dB,3.0*3.0*1.0, SMD, AWS, WBAND 4, LBAND 4, CPL, 3MODE, 3.2V~4.2V, 28.4dBm, 1, SMD, R/TP, 10SKYWORKS SOLUTIONS INC.

6 FL104 Filter, Saw SFSY0033401 B9415 1575.42 1.4*1.1*0.4 SMD R/TP 5P EPCOS PTELTD.

6 C839 Capacitor, TA,Conformal ECTH0005203 TCTP1A336M8R , [empty] , [empty] , , [empty] , , [empty] ,

[empty] , [empty] , [empty] ROHM.

6 CN701 Contact MCIZ0008201 COMPLEX LG-VN530 VRZ DW:DARK BROWN PRESS,BeCu, , 3.0, 1.5, 1.5,

6 C1306 Capacitor,Ceramic, Chip ECCH0005603 GRM188R61A225K 2.2uF 10% 10V X5R -55TO+85C


6 R710 Resistor, Chip ERHY0024601 RC0603J151CS 150OHM 5% 1/20W 0603 R/TP -SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 Q701 FET EQFN0002901 2SK3019FPBTL N-CHANNEL MOSFET 30V +-20100mA 8OHM 150mW SC75A R/TP 3P ROHM.

6 U1304 IC, Motor Driver EUSY0238306 ISA1000 2.4~3.6V 150mV~300mV 0W DFN R/TP 8P -

6C430,C431,C519

Capacitor,Ceramic, Chip ECCH0009103 C0603C0G1H101JT00NN 100pF 5% 50V X7R -


6 C115,C116

Capacitor,Ceramic, Chip ECCH0000112 MCH155C150J 15pF 5% 50V NP0 -55TO+125C 1005


6 U301 IC, MCP, NAND EUSY0425901H8BCS0QG0MMR-46M NAND/1G SDRAM/512M0VTO0V 8.0x9.0x1.0 TR 130P NAND+DRAM BGA -HYNIX SEMICONDUCTOR INC.





6

C1408,C428,C429,C546,C849,C850,C851,C852,C853,C856,C857


CL05A225MQ5NSNC 2.2uF 20% 6.3V X5R -55TO+85C1005 R/TP . SAMSUNG ELECTRO-MECHANICS CO.,LTD.

6L102,L205,L403


1005GC2T10NJLF 10NH 5% - 250mA 0.42OHM 2.5GHZ8 SHIELD NONE 1.0X0.5X0.5MM R/TP PILKORELECTRONICS LTD.



6 Q1201 FET EQFP0011401

SI1467DH-T1-GE3 SOT-363, 1.5 W, 20 V, 3 A, R/TP, P-CHANNEL, MOSFET, 20V, 8V, 3A, 0.15ohm, 1.5W,SOT363, R/TP, 6P VISHAY INTERTECHNOLOGY ASIAPTE LTD

6 C1115,C139


MCH155A100D 10pF 0.25PF 50V NP0 -55TO+125C1005 R/TP - ROHM Semiconductor KOREACORPORATION


1005GC2T47NJLF 47NH 5% - 200mA 1.3OHM 1GHZ 8SHIELD NONE 1.0X0.5X0.5MM R/TP PILKORELECTRONICS LTD.



6 R811 Resistor, Chip ERHY0009507 MCR006YZPJ105 1MOHM 5% 1/20W 0603 R/TP -ROHM.

6 Q502 FET EQFN0005601 KTK5132E N-CHANNEL MOSFET 30V +-20 100mA7OHM 100mW ESM R/TP 3P KEC CORPORAITION



6

R1011,R621,R628,R629,R649,R650,R653,R654


6

C119,C204,C245,C246

Capacitor,Ceramic, Chip ECZH0000846 C1005C0G1H8R2CT000F 8.2pF 0.25PF 50V NP0 -






6 C109,C1101

Capacitor,Ceramic, Chip ECZH0025917 GRM0335C1E470J 47pF 5% 25V NP0 -55TO+125C


6 U1003 IC, Sub PMIC EUSY0336503 AAT2870IUW-T1 CSP , 35 , R/TP , 3.1x2.6 , ; , IC, SubPMIC Advanced Analogic Technologies HK Limited

6 C110 Capacitor,Ceramic, Chip ECZH0025908 GRM0335C1E8R0D 8pF 0.5PF 25V C0G -55TO+125C



LQW15AN15NG00D 15NH 2% - 460mA 0.16OHM 5GHZ30 NON SHIELD NONE 1.0X0.5X0.5MM R/TP MURATAMANUFACTURING CO., LTD.

6 VA1101 Varistor SEVY0001001 EVLC14S02050 14V 0% 50F 1.0*0.5*0.6 NONE SMDR/TP AMOTECH CO., LTD.

6L203,L219,L222



6 C520,C545

Capacitor,Ceramic, Chip ECCH0002001 C1005JB0J104KT000F 0.1uF 10% 6.3V Y5P -30TO+85C





HK1005 6N8J 6.8NH 5% - 300mA 0.25OHM 3.9GHZ 8SHIELD NONE 1.0X0.5X0.5MM R/TP TAIYO YUDENCO., LTD

6C130,C146,C209

Capacitor,Ceramic, Chip ECZH0000802 C1005C0G1H010CT 1pF 0.25PF 50V NP0 -55TO+125C



1005GC2T22NJLF 22NH 5% - 200mA 0.8OHM 1.5GHZ 8SHIELD NONE 1.0X0.5X0.5MM R/TP PILKORELECTRONICS LTD.

6 C427 Capacitor,Ceramic, Chip ECCH0009102 C0603X7R1H221KT 220pF 10% 50V X7R -55TO+125C


6 IC1301 IC, Analog Switch EAN61871401FSUSB63 2.7~4.3V 400NSEC 45NSEC 0W MLP R/TP12P 1 FAIRCHILD SEMICONDUCTOR HONG KONGLTD.

6 R916 Resistor, Chip ERHZ0000205 MCR01MZP5F1004 1MOHM 1% 1/16W 1005 R/TP -ROHM.

6 R1213,R1214 Resistor, Chip ERHY0009539 MCR006YZPF20R0 20OHM 1% 1/20W 0603 R/TP -

ROHM.

6 U901 IC, MCP, NAND EUSY0413602 THGBM2G6D2FBAI9 8Gbyte 0VTO0V 12.0x16.0x1.2 TR169P MLC NAND BGA - TOSHIBA







6 FL203 Filter, Duplexer,IMT SDMY0003901

B7699 1732.5 MHz, 2132.5 MHz, 1.8 dB, 2.5 dB, 52 dB,45 dB, 2.5*2.0*0.89, SMD, Band4, SAW, Rx unbalance,2132.5, 2112.4 to 2152.6, 1732.5, 1712.4 to 1752.6, 2.5,1.8, 2.5x2.0x0.89, DUAL, SMD, R/TP EPCOS PTE LTD.



6D1100,D1101,D901

Diode, TVS EDTY0008606 PRSB6.8C 4.7V 5.7 - - 10W - R/TP 2P 1 PROTEKDEVICES INC.


ACPM-7868-TR1 3.0V~4.8V None None 0W 0W None 4SMD R/TP 16P QCT Linear EDGE, 5.0*5.0*1.1 AVAGOTECHNOLOGIES INTERNATIONAL SALES PTE.LIMITED

6 R203,R204 Resistor, Chip ERHZ0000415 MCR01MZP5J131 130OHM 5% 1/16W 1005 R/TP -

ROHM.


6 FL101 Filter, Separator SFAY0013601D5024 1.15 35 35 GSM Quad, UMTS Triple, 1.15 dB, 1.5dB, 40 dB, 40 dB, 4532, GSM LB HB Diplexing, FEMEPCOS PTE LTD.

6C530,C531,C837

Capacitor,Ceramic, Chip ECCH0009514 MCH032A(AN)100DK 10pF 0.5PF 25V X7R -

55TO+125C 0603 R/TP - ROHM.

6 U902 IC, DC, DCConverter EUSY0264505

AAT1217ICA-1.2-T1 SOT, 6, R/TP, Step up DCDC, IC,DC, DC ConverterIC, DC, DC Converter AdvancedAnalogic Technologies HK Limited

6 L402,L404

Inductor,Multilayer, Chip ELCH0004112 LLV0603-FH4N7S 4.7NH 0.3NH - 250mA 0.3OHM 4GHZ

5.5 SHIELD NONE 0.6X0.3X0.3MM R/TP TOKO, INC.

6 U103 IC, RF Amplifier EUSY0365401BGA711L7 -0.3~3.6 2.7-3.0 NA 0W 0W NA 0 TSLP R/TP7P - INFINEON TECHNOLOGIES (ASIA PACIFIC) PTELTD.

6 R817 Wire Pad, Open SAFO0000501 AX3100 ATL SV_SHIPBACK, MAIN, A,0OHM_1005_DNI

6 C112 Capacitor,Ceramic, Chip ECCH0009230 GRM033R61A222K 2.2nF 10% 25V X5R -55TO+85C




6 C101,C104

Capacitor,Ceramic, Chip ECCH0000115 MCH155A220JK 22pF 5% 50V NP0 -55TO+125C 1005







1005GC2T1N5SLF 1.5NH 0.3NH - 300mA 0.13OHM7GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TP PILKORELECTRONICS LTD.


LQG15HS3N0S02D 3NH 0.3NH - 300mA 0.17OHM6GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TP MURATAMANUFACTURING CO., LTD.


HK1005 12NJ 12NH 5% - 300mA 0.4OHM 2.7GHZ 8SHIELD NONE 1.0X0.5X0.5MM R/TP TAIYO YUDENCO., LTD

6

C101,C104,C117,C144,C145

Capacitor,Ceramic, Chip ECCH0000901 C1005C0G1H2R2CT000F 2.2pF 0.25PF 50V NP0 -


6 C208 Capacitor,Ceramic, Chip ECCH0000175 GRM1555C1H2R7B 2.7pF 0.1PF 50V NP0 -55TO+125C


6 U1301 IC, MUIC EUSY0405401 MAX14526DEEWP MUIC , ; , IC, Analog Multiplexer CSPR/TP 20P MAXIM INTEGRATED PRODUCTS INC.

6 C221,C222

Capacitor,Ceramic, Chip ECCH0005602 GRM188R61C225K 2.2uF 10% 16V X5R -55TO+85C


6 L119,L218




LLV0603-FH2N2S 2.2NH 0.3NH - 250mA 0.2OHM8.5GHZ 5 SHIELD NONE 0.6X0.3X0.3MM R/TP TOKO,INC.


GRM033R60J224M 0.00000022F 20% 6.3V X5R -55TO+85C 0603 R/TP 0.3MM MURATAMANUFACTURING CO., LTD.

6

C1409,C1412,C510,C511,C512,C513,C515,C516,C517,C518,C801,C805,C821


CL10A106MP8NNNC 10uF 20% 10V X5R -55TO+85C1608 R/TP 0.8MM SAMSUNG ELECTRO-MECHANICSCO., LTD.

6 R303 Resistor, Chip ERHY0035301 RC1005F4021CS 4.02KOHM 1% 1/16W 1005 R/TP -SAMSUNG ELECTRO-MECHANICS CO., LTD.








0402CS-4N3XJEW 4.3NH 5% - 700mA 0.091OHM 6GHZ18 NON SHIELD NONE 1.19X0.64X0.66MM R/TPCOILCRAFT SINGAPORE PTE LTD.

6 U102 IC, RF Amplifier EUSY0400201ALM-2506 , 6, R/TP, ALM-1106 GPS LNA H/F version,IC, GPSIC, GPS AVAGO TECHNOLOGIESINTERNATIONAL SALES PTE. LIMITED

6R1016,R712,R713


6 L1301,L1302


1005GC2TR10JLF 100NH 5% - 100mA 2.3OHM600MHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPPILKOR ELECTRONICS LTD.

6 C1103 Capacitor,Ceramic, Chip ECZH0025916 GRM0335C1E330J 33pF 5% 25V NP0 -55TO+125C


6 L901 Inductor, WireWound, Chip ELCP0008019

VLS252010ET- 4R7M 4.7UH 20% - 800mA 0.332OHM - -NON SHIELD 2.5X2X1MM NONE - TDKCORPORATION

6 FL102 Filter, Saw SFSY0028201 SAFEB2G14FB0F00 - - - - 2P MURATAMANUFACTURING CO., LTD.

6 FL204 Filter, Saw SFSY0034401

SAFEA1G73AA0F00 SAFEA1G73AA0F00, 1732.5 MHz,1.4*1.1*0.5, SMD, 1710M~1755M, IL 2.6, 6pin, U-U, 50-50, AWS_WCDMA BAND IV Tx MURATAMANUFACTURING CO., LTD.



6 L127,L224


HK1005 1N0S 1NH 0.3NH - 300mA 0.08OHM 10GHZ 8SHIELD NONE 1.0X0.5X0.5MM R/TP TAIYO YUDENCO., LTD


LK1005 2R2K-T 2.2UH 10% - 20mA 1.15OHM 40MHZ 20SHIELD NONE 1.0X0.5X0.5MM R/TP TAIYO YUDENCO., LTD

6 C1316 Capacitor,Ceramic, Chip ECCH0000147 MCH155CN222KK 2.2nF 10% 50V X7R -55TO+125C

1005 R/TP - ROHM.



6 C136 Capacitor,Ceramic, Chip ECCH0001001 C1005C0G1H6R8CT000F 6.8pF 0.5PF 50V NP0 -






6 R305 Resistor, Chip ERHY0042406 RC0201JR-0751KL 51KOHM 5% 1/20W 0603 R/TP -YAGEO CORPORATION




MCH155CN152KK 1.5nF 10% 50V X7R -55TO+125C1005 R/TP - ROHM Semiconductor KOREACORPORATION

6 C840 Capacitor, TA,Conformal ECTH0002703 TCTAL1A107M8R 0.0001F 20% 10V 50UA -55TO+125C

0OHM 3.2x1.6x1.1 NONE SMD R/TP ROHM CO., LTD.

6 U1302 IC, Charger EUSY0410801RT9524 DFN, 10, R/TP, DFN Cal Test Mode SingleCharger IC for Micro USB, IC, ChargerIC, ChargerRICHTEK TECHNOLOGY CORP.

6 C407 Capacitor,Ceramic, Chip ECCH0009110 C0603X7R0J223KT 22nF 10% 6.3V X7R -55TO+125C



LQG15HS5N1S02D 5.1NH 0.3NH - 300mA 0.2OHM5.3GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPMURATA MANUFACTURING CO., LTD.

6 D801 Diode, Switching EDSY0018101 RB521CS-30GJT2R 350mV 30V 100mA 0A 0SEC200mW VMN2 R/TP 2P 1 ROHM.



HK1005 2N2S 2.2NH 0.3NH - 300mA 0.13OHM 6GHZ 8SHIELD NONE 1.0X0.5X0.5MM R/TP TAIYO YUDENCO., LTD


1005GC2T15NJLF 15NH 5% - 250mA 0.53OHM 2GHZ 8SHIELD NONE 1.0X0.5X0.5MM R/TP PILKORELECTRONICS LTD.

6 R1311 Resistor, Chip ERHZ0000298 MCR01MZP5F5600 560OHM 1% 1/16W 1005 R/TP -ROHM.

6 R202 Resistor, Chip ERHY0008206 RC1005F430CS 43OHM 1% 1/16W 1005 R/TP -SAMSUNG ELECTRO-MECHANICS CO., LTD.


6 C203 Capacitor,Ceramic, Chip ECZH0001421 C1608X5R0J225KT000N 2.2uF 10% 6.3V X5R -


6 L1002 Inductor, WireWound, chip ELCP0008008 MIPS2520D1R0M MIPS2520D1R0M, 1 uH, M,

2.0x2.5x1.0, R/TP, MLCI FDK CORPORATION.

6 U1306 IC, Gyro Sensor EUSY0434601 MPU3050 1.8~3.6 Gyro Sensor - QFN R/TP 24P -INVENSENSE





6 C1023 Capacitor,Ceramic, Chip ECCH0000163 C1005X5R473KDT 47nF 10% 10V X5R -55TO+85C

1005 R/TP - NEOTECH CO., LTD

6 U204 IC, Gate EUSY0227901 TC7SH08FS TC7SH08FS, SON5-P-0.35(fSV) , 5 PIN,R/TP , 2-INPUT AND GATE TOSHIBA

6 FL205 Filter, Saw SFSY0030001 SAFEB881MFM0F00 881.5 1.4X1.1X0.6 SMD R/TP 5PMURATA MANUFACTURING CO., LTD.

6 U1303 IC, Fuel Gauge EUSY0242303MAX17040G DFN, 8, R/TP, Fuel gauge, IC, CMOSIC,CMOS - - DFN R/TP 8P - MAXIM INTEGRATEDPRODUCTS INC.


LQG15HS2N0S02D 2NH 0.3NH - 300mA 0.1OHM 6GHZ8 SHIELD NONE 1.0X0.5X0.5MM R/TP MURATAMANUFACTURING CO., LTD.

6 Q703 FET EQFP0011201NTLJS2103P-D WDFN6, 1.9 W, -12 V, -5.9 A, R/TP, P-CHANNEL, MOSFET, -12 V, +-8 V, -4.2 A, 1.9 W, SC88,R/TP, 6P ON SEMICONDUCTOR

6 U1201 IC, Audio Codec EUSY0415201 WM8994 0.95~5.5V 0W WLCSP R/TP 72P - WOLFSONMICROELECTRONICS PLC

6 U1001 IC, MM PMIC EUSY0227205LP8720TLX 2.7 To 5.5V Adj 1.2W CSP R/TP 20P -NATIONAL SEMICONDUCTOR ASIA PACIFIC PTE.LTD.

6 C235,C239


GRM1555C1H5R6C 5.6pF 0.25PF 50V NP0 -55TO+125C 1005 R/TP - MURATA MANUFACTURINGCO., LTD.


ACPM-5201-LR1 dBm, %, A, dBc, dB, 3.0*3.0*1.1, SMD,WBAND 1, CPL, 3 MODE, BYPASS CLAMPING, SMD,R/TP, AVAGO TECHNOLOGIES INTERNATIONALSALES PTE. LIMITED

6 FL103 Filter, Saw SFSY0033402 B9417 1575.42 1.4*1.1*0.4 SMD R/TP 5P EPCOS PTELTD.

6 C306 Capacitor,Ceramic, Chip ECZH0000803 C1005C0G1H020CT000F 2pF 0.25PF 50V NP0 -



LQG15HS5N6S02D 5.6NH 0.3NH - 300mA 0.2OHM4.5GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPMURATA MANUFACTURING CO., LTD.


CL10A475KP8NNNC 4.7uF 10% 10V X5R -55TO+85C1608 R/TP - SAMSUNG ELECTRO-MECHANICS CO.,LTD.

6 U1307 IC, AccelerationSensor EUSY0410101

KXTF9 1.8V to 3.6V 400KHZ 12BIT 1SPS 1W LGA R/TP10P Accelerometer Sensor - LGA R/TP 10P - KIONIX,INC.

6 FL206 Filter, Saw SFSY0035001 B9411 2140 1.4*1.1*0.45 SMD R/TP - EPCOS PTE LTD.





6 L106 Inductor,Multilayer, Chip ELCH0001430 LL1005-FHLR10J 100NH 5% - 150mA 2.2OHM 1.03GHZ

10 SHIELD NONE 1.0X0.5X0.5MM R/TP TOKO, INC.

6 FL201 Filter, Duplexer,IMT SDMY0002601

B7696 2140000000 2112.4 to 2167.6 19500000001922.4 to 1977.6 2.6 1.9 2.5x2.0x0.89 DUAL SMD R/TP -EPCOS PTE LTD.



7

LD101,LD102,LD103,LD104

LED, Chip EDLH001510799-218UMC/2229397/TR8 WHITE 2.95~3.25 30mA1200~1600mcd x, y 110mW - R/TP 2P - EVERLIGHTELECTRONICS CO., LTD.



7 L101,L102


CIH05T82NJNC 82NH 5% 0V 100mA - - 1.6OHM600MHZ 8 NON SHIELD 1 1.0X0.5X0.5MM R/TPSAMSUNG ELECTRO-MECHANICS CO., LTD.

7 FL102 Filter, EMI/Power SFEY0015301 NFM18PC104R1C3 ESD/EMI 0HZ 0.1uF 0H SMD R/TPMURATA MANUFACTURING CO., LTD.


7 C1111,C810



7 ANT101,ANT102 Contact MCIZ0000701 COMPLEX L-01B NTTEW ZZ:Without Color -


7 C104 Capacitor,Ceramic, Chip ECZH0003504 GRM188R71E104K 100nF 10% 25V X7R -55TO+125C



1005GC2T27NJLF 27NH 5% - 200mA 0.9OHM 1.4GHZ 8SHIELD NONE 1.0X0.5X0.5MM R/TP PILKORELECTRONICS LTD.

7 SW101 connector, RF ENWY0005501 20279-001E-01 NONE STRAIGHT SOCKET SMD R/TPAU 50OHM 400mDB I-PEX CO., LTD



7 CN104 Connector, I/O ENRY001100120-5151-005-102-883 5P 0.65MM ANGLERECEPTACLE DIP R/TP - KYOCERA ELCO KOREASALES CO., LTD.

7 R101 Resistor, Chip ERHZ0000240 MCR01MZP5F20R0 20OHM 1% 1/16W 1005 R/TP -ROHM.







7

C1009,C404,C818,C859,C860,C861,C862,C863,C864,C866,C867



7 R102 Resistor, Chip ERHZ0000402 MCR01MZP5J100 10OHM 5% 1/16W 1005 R/TP -ROHM.



7 U101 IC, Proximity EUSY0376201 GP2AP002S00F GP2AP002S00F, 8, R/TP SHARPCORPORATION.

7CN1001,CN1002,CN1103

Connector, BtoB ENBY0034201 GB042-24S-H10-E3000 24P 0.40MM STRAIGHTSOCKET SMD R/TP 1M - LS Mtron Ltd.

7

C1005,C1010,C1112,C1404,C1411,C514,C802,C806,C807,C819,C865,C868



7

C815,C816,C817,C823


GRM188R60J106M 10000000 pF, 6.3V, M, X5R, TC,1608, R/TP, 0.8 mm MURATA MANUFACTURING CO.,LTD.



7 U102 IC, Ambient LightSensor EUSY0388201

BH1621FVC BH1621FVC, WSOF6, 5, R/TP, 1.6*1.6 -WSOF6 R/TP 5P - ROHM Semiconductor KOREACORPORATION

7 J101 Jack, Phone ENJE0007602 EJ56-35R-4PBA-6S 1P 4P ANGLE R/TP 4mM BLACK6P - HIROSE KOREA CO., LTD





7 D103 Diode, TVS EDTY0009201 Rclamp0504P.TCT 5V 7.82 0V 0A 10W TFSC R/TP 2P 1SEMTECH CORPORATION






2 SBPL00RechargeableBattery,Lithium Ion

SBPL0103001FL-53HN-TCD 3.7 V, 1500 mAh, 1 CELL, PRISMATIC,534553, Frame Type Innerpack, WW, PRISMATIC,BLACK, TOCAD DONG-HWA CO., LTD

R, 21

2 EAN011400 IC, Memory Card,SD EUSY0345808

TM9073 0.029 0VTO0V, 0VTO0V, 0VTO0V MICRO SDCARD 80.0x50.0x5.0MM R/TP 0P - LG ELECTRONICSINC.

2 AFN053800 Manual Assembly,Operation AFN75432401 LGP999DW.ATMODW ZZ:Without Color -

3 MBM062600 Card, QuickReference MBM63357401 COMPLEX LGP999DW.ATMODW ZZ:Without Color -

3 MBM087200 Card, Warranty MBM63198202 COMPLEX LGP999DW.ATMODW ZZ:Without ColorWarranty for LGP999DW TMO

3 MBM068900 CARD, SERVICEGUIDE MCDE0008401 GD570 TMOAQ AQ, ZZ, PRINTING, (empty), , , , ,

3 MEA000000 GUIDE MGDZ0002301 GS505 TMO ZY, ZZ, PRINTING, (empty), , , , ,

2 EAY060000 Adapters SSAD0033802STA-U13WV 90Vac~264Vac 5.1V 1A 5060 UL/CSANONE NONE - Power Systems Technologies Far EastLtd

2 EBX000000 Accessory,Data Cable SGDY0017903 LG0040 , 1.2M, Micro USB, BLACK, ningbo broad

telecommunication co., ltd

12.3 Accessory Note: This Chapter is used for reference, Part order is ordered

Documents

LG P999 P999DW T-Mobile G2x Service Manual