lg p925 thrill 4g service manual

Internal Use Only

Service ManualLG-P925

Date: November, 2011 / Issue 1.0

- � - Copyright © �011 LG Electronics. Inc. All right reserved.Only for training and service purposes

LGE Internal Use Only

Table Of Contents

1. INTRODUCTION ..................................................................... 3

1.1 Purpose ........................................................................................................3

1.� Regulatory Information .........................................................................3

1.3 Abbreviations.............................................................................................5

2. PERFORMANCE ...................................................................... 7

�.1 Product Name ............................................................................................7

�.� Supporting Standard ..............................................................................7

�.3 Main Parts : GSM Solution .....................................................................7

�.4 HW Features ...............................................................................................8

�.5 SW Features ............................................................................................. 10

�.6 HW SPEC. ................................................................................................. 13

�.7 P9�5 Figures ............................................................................................ �3

3. TECHNICAL BRIEF ................................................................ 24

3.1 Radio Part General ................................................................................ �5

3.� Radio Part Rx Section ........................................................................... �6

3.3 Radio Part Tx Section ........................................................................... �7

3.4 Radio Part Interfaces ............................................................................ �8

3.5 Digital Baseband (OMAP4430) ........................................................ �9

3.6 Hardware Architecture ........................................................................ 31

3.7 Subsystem (PMB9811_X-GOLDTM6�6) ....................................... 3�

3.8 Power Block ............................................................................................. 45

3.9 External memory interface ................................................................ 5�

3.10 Audio and sound ................................................................................ 53

3.11 Main (5M pixels) & Sub (VGA) Camera ....................................... 58

3.1� Display ..................................................................................................... 60

3.13 Vibrators.................................................................................................. 64

3.14 HDMI ........................................................................................................ 65

3.15 Compass Sensor .................................................................................. 66

3.16 Motion Sensor ...................................................................................... 67

3.17 Gyro Sensor ........................................................................................... 68

3.18 Ambient Light & Proximity Sensor .............................................. 69

3.19 Touch Module ...................................................................................... 70

3.�0 Main Features ....................................................................................... 71

4. TROUBLE SHOOTING .......................................................... 72

4.1 RF Component ....................................................................................... 7�

4.� SIGNAL PATH ........................................................................................... 73

4.3 Checking TCXO Block ........................................................................... 76

4.4 Checking WCDMA Block .................................................................... 78

4.5 Checking GSM Block ............................................................................ 85

4.6 GPS/WIFI/BT RF components ........................................................... 9�

4.7 GPS/WIFI/BT SIGNAL PATH ................................................................ 94

4.8 Power ON Troubleshooting ............................................................... 96

4.9 Charger Troubleshooting .................................................................101

4.10 USB Trouble shooting .....................................................................104

4.11 Audio trouble .....................................................................................107

4.1� Camera trouble(5M/VGA) ..............................................................118

4.13 Main LCD trouble ..............................................................................1��

4.14 SIM detect Trouble shooting ........................................................1�7

4.15 Vibrator Troubleshooting ..............................................................1�9

4.16 HDMI Troubleshooting ...................................................................13�

4.17 Motion Sensor on/off trouble ......................................................134

4.18 Gyro/Compass sensor troubleshooting ..................................137

4.19 Proximity Sensor on/off trouble .................................................140

4.�0 Ambient Light Sensor on/off trouble .......................................14�

4.�1 Touch trouble .....................................................................................144

5. DOWNLOAD ....................................................................... 148

6. BLOCK DIAGRAM ............................................................... 170

7. CIRCUIT DIAGRAM ............................................................ 174

8. BGA PIN MAP .................................................................... 191

9. PCB LAYOUT ....................................................................... 200

10. CALIBRATION ................................................................... 213

10.1 Configuration of Tachyon ..............................................................�13

10.� How to use Tachyon .........................................................................�15

11. HIDDEN MENU ................................................................. 218

12. DISASSEMBLE GUIDE .................................................... 240

13. EXPLODED VIEW & REPLACEMENT PART LIST ............. 243

13.1 EXPLODED VIEW ................................................................................�43

13.� Replacement Parts ...........................................................................�44

13.3 Accessory .............................................................................................�78

- 3 - Copyright © �011 LG Electronics. Inc. All right reserved.Only for training and service purposes


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

5/140

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

6/140

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



2.1 Product Name

LG-P925 : WCDMA 850/1900/2100+GSM850/EGSM/DCS/PCS

(HSUPA 5.8Mbps(cat6)/HSDPA 14.4Mbps(cat10)/GPRS Class10/EDGE Class10)

2.2 Supporting Standard

Item Feature Comment

Supporting Standard WCDMA(FDD1,2,8)/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 MHz WCDMA(FDD1) RX : 2110 – 2170 MHz WCDMA(FDD2) TX : 1850 – 1910 MHz WCDMA(FDD2) RX : 1930 – 1990 MHz WCDMA(FDD5) RX : 824 – 849 MHz WCDMA(FDD5) TX : 869 – 894 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 AP Chip OMAP4430 : TI CP Chip XMM6260 : IMC

2. PERFORMANCE

2. PERFORMANCE



2.4 HW Features


Form Factor DOP type

1) Capacity Standard : Li-Ion Polymer, 1500mAh

Battery

2) Packing Type : Soft Pack

Size Standard : 128.8 x 68 x 11.9mm

Weight 162g With Battery

PCB Full Layer type, 10 Layers , 0.75t

Stand by time 2G Up to 330 hrs 3G Up to 330 hrs

@ Paging Period 5 (2G) @ DRX 7 (3G)

Charging time 3 hrs @ Power Off / 1500mAh

Talk time 2G Up to 260 min 3G Up to 300 min

@ Tx=Max(2G) @ Tx = 12dBm (3G)

RX sensitivity WCDMA(FDD1) : -106.7 dBm WCDMA(FDD2) : -106.7 dBm WCDMA(FDD5) : -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/-3dBm EGSM : 33dBm GSM850 : 33 dBm DCS 1800 : 30 dBm PCS 1900 : 30 dBm

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

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

GPRS compatibility

GPRS Class 10

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

EDGE compatibility EDGE Class 10

SIM card type Plug-In SIM 2.85V /1.8V

2. PERFORMANCE



Display Main LCD (WVGA) TFT Main LCD(4.3”, 480X800)

Built-in Camera 3D Camera, VGA secondary 5M AF CMOS CAM 2EA

Status Indicator No

Keypad Function Key : 4 Side Key : 4

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

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

System connector 5 Pin Micro USB 2.0 HS

Ear Phone Jack 3.5Phi, 4 Pole, Stereo

PC synchronization Yes

Memory(AP) eMMC : 8GB LP-DDR2 : 512MB

Speech coding FR, EFR, HR, AMR

Data & Fax Built in Data & Fax support

Vibrator Built in Vibrator

BlueTooth V2.1 + EDR

MIDI(for Buzzer Function)

72 Poly, MP3 Ringtone

Music Player MP3/ WMA/AAC/AAC+/WAV/AC3

Video Player MPEG4, H.263, H.264 @ Full HD 30fps/ Divx HD

Camcorder MPEG4, H.264, H.263 @ 3D : 720p 2D : 1080p 30pfs

Voice Recording Yes

Speaker Phone mode Support

Yes

Travel Adapter Yes

CDROM Yes

Stereo Headset No

Data Cable Yes

T-Flash (External Memory)

Yes Upto 32GB

2. PERFORMANCE



2.5 SW Features


RSSI 0 ~ 5 Levels

Battery Charging 0 ~ 6 Levels

Key Volume 0 ~ 7 Level

Audio Volume 1 ~ 15 Level

Time / Date Display Yes

Multi-Language Yes English, Espanol, Franch, Korean, Chinese

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 / Chat Id / Website / Postal addresses / 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

No

Name / Number

2. PERFORMANCE



(add/edit/delete are not supported)

Voice Memo Yes Support voice recorder

Call Reminder Yes Missed call popup

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 1000 characters SMS 10 concatenated

Cell Broadcast Yes

Download Over the Web

Game 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 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, D

MMS Yes

EONS Yes

CPHS Yes V4.2

ENS Yes

No

No

No

MAX 765 characters SMS 5 concatenated

No

No

2. PERFORMANCE

- 1� - Copyright © �011 LG Electronics. Inc. All right reserved.Only for training and service purposes


Camera Yes 5M 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 Yes

GPRS Yes Class 10

EDGE Yes Class 10

Hold / Retrieve Yes

Conference Call Yes Max. 6

DTMF Yes

Memo pad Yes Rich Note

TTY No

AMR Yes

SyncML Yes

IM Yes Gtalk

Email Yes

Yes

No

Max. 7

Yes

2. PERFORMANCE



2.6 HW SPEC. 1) GSM transceiver specification

Item Specification

Phase Error Rms : 5° Peak : 20 °

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

EMC(Radiated Spurious Emission Disturbance)

GSM/DCS : < -28dBm

Transmitter Output power GSM850, EGSM : 5dBm ~ 33dBm ± 3dB DCS/PCS : 0dBm ~ 30dBm ± 3dB

Burst Timing <3.69us

Spectrum due to modulation out to less than 1800kHz offset

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

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

GSM850, EGSM : 1800-3000kHz :< -63dBc(-46dBm) 3000kHz-6000kHz : <-65dBc(-46dBm) 6000kHz < : < -71dBc(-46dBm) DCS, PCS : 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. PERFORMANCE



2) WCDMA transmitter specification

Item Specification

Transmit Frequency BD1: 1920MHz ~ 1980 MHz BD2: 1850~1910 MHz BD5: 824 MHz ~849 MHz

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

Frequency Error within ±0.1 PPM

Open 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

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



< -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 dBm

Peak Code Domain Error < -15 dB at Pout -20 dBm

2. PERFORMANCE



3) WCDMA receiver specification

Item Specification

Receive Frequency BD1: 2110 MHz ~2170 MHz BD2: 1850~1910 MHz BD5: 869 MHz ~ 894 MHz

Reference Sensitivity Level Band1 : BER < 0.001 when Îor = -106.7 dBm / 3.84 MHz Band2 : BER < 0.001 when Îor = -106.7 dBm / 3.84 MHz Band5 : 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

2. PERFORMANCE



4) HSDPA transmitter specification

Item Specification

Transmit Frequency BD1: 1920MHz ~ 1980 MHz BD2: 1850~1910 MHz BD5: 824 MHz ~ 849 MHz

Maximum Output Power

Sub-Test 1=2/15, 25.7~20.3dBm / 3.84 MHz 2=12/15 25.7~20.3dBm / 3.84 MHz 3=15/8 25.7~19.8dBm / 3.84 MHz 4=15/4 25.7~19.8dBm / 3.84 MHz

Spectrum Emission Mask

Sub-Test : 1=2/15, 2=12/15, 3=15/8, 4=15/4

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


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

Error Vector Magnitude

< 17.5 %, when Pout ≥ -20 dBm

2. PERFORMANCE



5) HSDPA receiver specification

Item Specification

Receive Frequency

BD1: 2110 MHz ~2170 MHz BD2: 1850~1910 MHz BD5: 869 MHz ~ 894 MHz

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

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

6) HSUPA Tx, Rx specification

Item Specification

Maximum Output Power

Sub-Test 1=11/15 25.7~17.3dBm / 3.84 MHz 2=6/15 25.7~16.8dBm / 3.84 MHz 3=15/9 25.7~17.8dBm / 3.84 MHz 4=2/15 25.7~16.8dBm / 3.84 MHz 5=15/15 25.7~20.3dBm / 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


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. PERFORMANCE



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 PPM

Chip clock Frequency Tolerance

within ±25 PPM

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. PERFORMANCE



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


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%


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

2. PERFORMANCE

- �0 - Copyright © �011 LG Electronics. Inc. All right reserved.Only for training and service purposes


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


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%


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. PERFORMANCE



10) GPS receiver specification

Item Specification Receive Frequency 1574.42 MHz ~ 1576.42 MHz Minimum Sensitivity 1 satellite ≥-142dBm, 7 satellites ≥ -147dBm at coarse time aiding

11) Current consumption

Stand by

Bluetooth Off Bluetooth Connected

Voice Call

VT

WCDMA Only

4.5 mA under (DRX=1.28)

6 mA under (DRX=1.28)

270 mA under (Tx=12dBm)

NA

GSM Only

4.5 mA under (Paging=5 period)

6 mA under (Paging=5 period)

340 mA under (Tx=Max)

** Test condition for Standby current consumption should be as below.

: Measurement time 1hr, with Agilent & CMT JIG

12) Battery life time

Stand by Voice Call VT

WCDMA 330 hours over (DRX = 1.28)

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

NA

GSM 330 hours over (Paging Period = 5)

260 min over (TX Level = Max)

13) Charging hour

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

2. PERFORMANCE

- �� - Copyright © �011 LG Electronics. Inc. All right reserved.Only for training and service purposes


12) Battery life time

Stand by Voice Call VT

WCDMA 330 hours over (DRX = 1.28)

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

NA

GSM 330 hours over (Paging Period = 5)

260 min over (TX Level = Max)

13) Charging hour

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

14) RSSI indicator (Based on Cell power)

BAR WCDMA GSM/DCS/PCS

5 > -74 dBm > -78 dBm

5 4 -76 ±2dBm -80 ±2dBm

4 3 -86 ±2dBm -89 ±2dBm

3 2 -96 ±2dBm -98 ±2dBm

2 1 -102 ±2dBm -104 ±2dBm

0 < -110 dBm < -110 dBm

15) Battery indicator

Battery Bar Specification

BAR 6 (Full) 90% over

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%

remain%

2. PERFORMANCE



14) RSSI indicator (Based on Cell power)

BAR WCDMA GSM/DCS/PCS

5 > -74 dBm > -78 dBm

5 4 -76 ±2dBm -80 ±2dBm

4 3 -86 ±2dBm -89 ±2dBm

3 2 -96 ±2dBm -98 ±2dBm

2 1 -102 ±2dBm -104 ±2dBm

0 < -110 dBm < -110 dBm

15) Battery indicator

Battery Bar Specification


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%

remain%

2.7 P925 Figures

3. TECHNICAL BRIEF



The LG-P920 supports UMTS-900, UMTS-1900, UMTS-2100, GSM-850, GSM-900, GSM-1800, and GSM-1900 based

GSM/GPRS/EDGE/UMTS. All receivers and the UMTS transmitter use the radio One Zero-IF architecture to

eliminate intermediate frequencies, directly converting signals between RF and baseband. The quad-band GSM

transmitters use a baseband-to-IF up-conversion followed by an offset phase-locked loop that translates the

GMSK-modulated or 8-PSK-modulated signal to RF.

[Figure 3-1] Total Block diagram of RF part

3. TECHNICAL BRIEF

PMU

RD_HRD HX

VCTCXO26MHz

AFC DACXO VCONT

PMURF6590

1V2 1V8 2V852V65

FilterB9469

GPS IN

DiplexerRD_HX AFC_DACXO VCONT

PAM DCDC

RF6560VOUT FB

9

PM L

GSM_LB_TX

GSM_HB_TX

B8 TXAnt B8

CP_OUT

VOUT_FB

B7953TRX4

VCC

MMMB

RF6260

TransceiverPMB5712

PM_L

PM_H

B8_TX

B5_TX

B2_TX

B1_TX

B4 TX

Ant_B8

Ant_B5

Ant_B2

Ant_B1

Ant B4

B7953B8 DPX

B7671B5 DPX

B7955B2 DPX

B7696B1 DPXTRX2

TRX3

TRX4

TRX5

XMM6260

ST8T

BGSF18D

RX_L1XRX_L1RX_L2XRX_L2

SYS_CLK

B4_TXAnt_B4

Ant_B3

B7959B4 DPX

DCSSAW filter

SYS_CLK_EN

REF_CLK_EN

TRX1

TRX6

SYS_CLK

SYSCLKEN

REF_CLK_ENBGSF18D _

RX_M2XRX_M2RX_H2XRX_H2

RX_H1XRX_H1RX M1X

DI3_TX_DATDI3_TX_DATX

DI3_RX_DATDI3_RX_DATX

Di3_TX_DATDi3_TX_DATX

Di3_RX_DATDi3_RX_DATX

_MRX_M1

The LG-P9�5 supports UMTS-850, UMTS-1900, UMTS-�100, GSM-850, GSM-900, GSM-1800, and GSM-1900 based

3. TECHNICAL BRIEF



3.1 Radio Part General

SMARTi™ UE2 is a highly integrated UMTS/GSM-transceiver, with all necessary features to enable multi mode,

multi band mobile cellular devices. It incorporates a fully integrated dual mode receiver with main and diversity

chains, 2 multi band TX outputs, control, Digitally controlled crystal support, a measurement interface,

DigRFV3.09 compliant high speed data and control interface, a multi mode timer unit and all necessary front end

signals for the complete RF Engine control. Overall the IC directly supports RF engines with up to 4 GSM bands

and typical 4 UMTS (can be less or more depending on engine setup) bands without additional discrete RF path

switches.

[Figure 3-2] SMARTi UE2 main feature

-. 3GPP release 7 (HSPA+)

-. Up to 5 UMTS-FDD / 4 EDGE Bands

* Band I ~ VI, VIII ~ X * EGPRS MSC 33 / 34

* 28Mbps DL / 11.5Mbps UL (HSPA+ 64 / 16QAM)

* 14.4Mbps HSDPA / 5.76Mbps HSUPA (cat 10 / 6)

-. Standard DigRF V3.09 interface to Digital BB

-. Multi-Mode / Multi-Band Single-Chain Tx Concept

PowerControl

DiversityReceiver

PMU

W1

GW�

GW5

GW6

Xtal

DigRF 3GV3_09

Data&

Control

MainReceiver

W1

GW�

G1300

GW5

GW6

DigitalModulator

Lo band

Hi band

FE CTRL(GPO/SPI)

Ctrl

Det

Ctrl DC/DC

3. TECHNICAL BRIEF



3.2 Radio Part Rx Section

For the RX section the IC features 6 RX inputs, 4 of those might be used for multi mode receive, this means they

can be used for GSM and UMTS (the IC can be reconfigured to achieve in spec performance) operation. The

highband input are for UMTS operation only. The multi mode inputs include first LNA (for GSM and UMTS)

without and additional external LNA and inter-stage filter. The receiver structure is optimized for compressed

mode operation, thus only a single base band chain is used, saving area and optimizes power consumption. The

receiver AGC can be aligned to the UMTS frame structure.

Additionally to the normal receiver the IC contains a diversity receiver part, enabling up to 4 band Rx diversity for

GSM and UMTS mode without external LNA’s and inter-stage filters.

[Figure 3-3] 2G / 3G Rx Block Diagram

RD_L1

RD_L1X

RD_L�

RD_L�X

RD_M

RD_MX

RD_H

RD_HX

RX_L1

RX_L1X

RX_L�

RX_L�X

RX_M1

RX_M1X

RX_M�

RX_M�X

RX_H1

RX_H1X

RX_H�

RX_H�X

0/90°

LPF

LPF

ADC

ADC

MUX MUX

S&H

S&H

HPF

HPF

�G Mode

3G Mode

FIR

FIR

DigRFRX synthesizer

0/90°

LPFADC

LPFADC

MUX MUX

S&H

S&H

HPF

HPF

�G Mode

3G Mode

FIR

FIR

3. TECHNICAL BRIEF



3.3 Radio Part Tx Section

The TX features 2 RF outputs, which are directly matched to 50 impedance for easy connection to external

power amplifiers, which reduces significantly external component count. Those 2 outputs are high power, small

signal polar modulated outputs for the GSM and UMTS system, with low sensitivity to PA harmonics. They are

capable to perform GMSK or 8-PSK as well as UMTS modulation signals with excellent noise performance, thus

no inter-stage filter in between transceiver and PA is required. The transmitter outputs are broadband, one

covers all low bands (Band V, VI, and VII), the higher band output covers all GSM and UMTS bands Band I, II, III, IV,

IX and X. The output driver is capable to support high output powers to enable low cost single chain PA’s.

The IC features additionally closed loop power control for GSM and for UMTS, thus supporting TRP requirements

in cooperation with the power amplifier and the antenna design. There is one input ball for the power detector

voltage coming from the PA, and one input ball for the RF signal fed back to the TRX. The complete loop circuits

are implemented in the digital domain, which enables a high reliability of the loop performance for both

standards.

[Figure 3-4] Single Chain PA’s Tx Architecture

DIG RF3G

1C HIP

FIFO

I/Q-C

hain1� bit

sign

0C HIP

1� bitsign

I/Q to

R/P

hi AM-Path

PM-Path

TX-Disruptor

AM-Path

PM-PathI/Q to

R/P

hi

I/Q-C

hain

�GM

odul

ator

Feedback RX

Detector ADC

to signalchain

Feed

back

Sifn

alPr

oces

sing

3. TECHNICAL BRIEF



3.4 Radio Part Interfaces

The base band is connected via a DigRF V3.09 high speed data interface with a maximum clock frequency of 312

MHz. The pure digital interface enables the digital baseband to shrink efficiently, as all the analog functionality is

within the RFIC. All data and control traffic is multiplexed via the RX and TX interface lines. The IC features a high

level programming model enabling the complete compressed mode operation of the device in an RF engine

environment. It handles RX and TX power control, also incorporating the calibration data.

The complete timing is optimized for compressed mode operation of the transceiver, it controls the front end

components of the engine (PA´s, switches, Antenna switches etc…). Additionally a SPI control bus for front end

component control is available on the IC, which also enables the read back of data from external components,

thus the handling of functions like PA saturation, mismatch detection, overheating (incorporated in the closed

loop power control) can be adopted.

[Figure 3-5] DigRF Architecture

Table 3-1. DigRF I/F path’s Data Rates

DigitalBaseband IC

DI3_RX_DAT

DI3_RX_DATX

SYS_CLK

SYS_CLK_EN

DI3_TX_DAT

DI3_TX_DATX

RLVDSDriver

SysClkDriver

PLL31� MHz

RLVDSReceiver

PhaseCorrelator

RetimedData

RetimedData

S/PConverter Deframer

Control

Data

Control

Data

P/SConverter Framer

RF IC

3. TECHNICAL BRIEF



3.5 Digital Baseband (OMAP4430)

The OMAP4430 high-performance multimedia application device is based on enhanced OMAPTM architecture

and used 45-nm technology. The device is associated with power and audio integrated circuits(ICs) that is called

TWL6030 and TWL6040.

OMAP4430 Block Diagram (Typical Connections Shown)

TVout

OMAP4430

2 or 4xLPDDR2SDRAM

eMMC(JC64)

SD/MMC

Main isplayd Sub isplaydTouch creens Secondarycamera

Primarycamera

TWL6030

DVFS Ctrl

NFC

I2C Ctrl

Finger rintp/ Slide pad

Other flashmemory

(Nor, Nand,OneNand, ...)

Micro USB

HDMI companion(LS+ESD+StepUp)

NVM LPDDR 2memory

S/PDIF

TWL6040

Audio

Headset

Micro

Handsetmicrophones x2

Earspeaker

I2C Ctrl

Headset

I2C4

SDMMC 1

LPDDR21

LPDDR22

Keypad

1 2 3

4 5 6

7 8 9

* 0 #

Vibrator/ctuator

x2a

WL1283 BT/FM/GPS/WLAN

AChargerc

BQ24156

USBcharger

Chargerinterface

Power

Mainbattery

Gasgauge

Backupbattery

Buck-oostb

BoostSpeakers

Vbat

HF speakersx2

Handsa

-freemplifier

Vibrators

3G

Mobile TV

HSI

M SPIC 4

M BSP2C

SDMMC2 GPMC

SR I2C1 MCPDM DMICM ASPC

USBA0-OTG

KEYBOARD SDMMC5SLIMBUS1

UART2

M BSPC 1M BSPC 2 M SPIC 2

IrDA

I2C3

CCP2CVIDEO

CSI2-A CSI2-BHDMIDSI2DSI1M SPIC 1

C2C

RFBI

M SPIC

intro-002

NFC

PicoDLP®

DISPC2 DISPC2

I2C2

Touch creens

I2C2

RFBI

M BSPC 2

M SPIC 3

UART3

USBB1-ULPI/HSIC

I2C2

UART3

SDMMC4

Public Version

www.ti.com Environment

1.2 EnvironmentThis section provides an overview of the OMAP environment. The device is associated with power andaudio integrated circuits (ICs). TI provides a global solution with the TWL6030/TWL6040 devices.

Figure 1-1 is an overview of a nonexhaustive environment for the high-tier OMAP4430 device.

Figure 1-1. OMAP4430 High-Tier Environment

257SWPU231M–July 2010–Revised November 2010 Introduction

Copyright © 2010, Texas Instruments Incorporated

PREL

IMIN

ARY

3. TECHNICAL BRIEF



Cortex-A9 MPU Subsystem

Two ARM Coretex-A9 MPCore

IVA-HD Subsystem

The IVA-HD subsystem is a set of video encoder/decoder hardware accelerators. It supports up to 1080p x 30 fps,

slow-motion camcorder, triple play (HD and SD capture and JPEG capture), real-time transcoding of up to 720p,

and video conferencing up to 720p.

The IVA-HD supports:

MPEG-1/2/4, Divx 5.02, H.263 P0 (encode/decode) and P3 (decode), H.264 Annex G (scalable baseline profile up

to 720p), H.264 BL/MP/HP, H.264 Annex H(partial), Stereoscopic video, JPEG(encode/decode), VC-1 SP/MP/AP,

AVS-1.0, RealVideo 8/9/10 (decode only), On2 VP6.2/VP7 (decode only)

Display Subsystem

Display controller

: Three video pipelines, one graphic pipelines, and write-back pipeline.

Two LCD outputs, One TV output.

Remote frame buffer interface (RFBI) module

Two MIPI display serial interface (DSIs)

High-definition multimedia interface (HDMI) encoder

: HDMI 1.3, HDCP 1.2, and DVI 1.0 compliant

Deep-color mode support (10-bit for up to 1080p and up to 12-bit for 1080i/720p)

NTSC/PAL video encoder

ABE (Audio Back End) Subsystem

The ABE subsystem handles audio processing for the application. It manages the audio and voice streams

between the Cortex-A9 MPU subsystem and/or DSP, and the physical interfaces.

Imaging Subsystem (ISS)

The ISS processes data coming from the image, memory, and IVA-HD subsystem. The ISS is responsible for

multimedia applications such as : camera viewfinder, video record with up to 1080p at 30 fps with digital zoom

and still image processing, such as image capture up to 16 Mp with digital zoom and rotation. The ISS supports a

pixel throughput of up to 200Mp/s. It assures good performance with sensors up to 16 Mp and more (higher

resolution can be achieved through multiple passes).

2D/3D Graphics Accelerator

The 2D/3D graphics accelerator subsystem in based on POWERVR SGX540 core from Imagination

Technologies. The SGX can process different data types simultaneously.

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

necessary external devices.

3. TECHNICAL BRIEF



LCD 4.3”4.3” TFT 3D

EARO EAR_PIECE(RCV)FM_ANT

SDIO5

McPDMI2C2

DSI

I2C2

McBSP1(PCM)

UART2 TWL6040BT/WLAN/FM

(WL1271)LED

Backlight Driver IC

Touch

4.3 TFT 3DLCD

(480x800)

PDM

AUXLR

3.5 pi Ear MIC(Ear_Jack)

SPKMIC1MIC1

SPK

HS_MICHSOLR

FM_L/R

HiFi & PCM Voice

McBSP3(I2S)

MIC2MIC2

FM

OMAP4430

SDMMC2

SDRC

I2C4

I2C1TCXO Driver

38.4MHZProximity

Light Sensor

Motor

2Gb-2chLPDDR2

eMMC (8Gb)

CompassDriver IC3.5 pi Ear_Jack

HSOLRMCLK

POP

I2C4

FM_ANT

3D CAMERA

GPIO_25DMTIMER8_PWM_EV

TSDMMC2 I2C1

PMB5712A-GPS

VT0.3MMIPI

5M AFMIPI(P)

5M AFMIPI(S)

eMMC (8Gb)

CSI1

CSI2HDMI

LNAFEM

UART3

Fuel gauge

3D CAMERA T

GPIO

UART1

SDMMC1

McSPI4

GPIO_120XMM6260

5M CAM Flash

HDMI

I2C2USIF3

GPIO_35I2S2

Keypad

KB_COL/ROW

MCSPI2(PCM)

1GbNAND512MbDDR

NAND

DDR

MCPDigRF

MIPI_HSIMIPI_HSI

IPC_SRDYGPIO_119 GPIO_34IPC_MRDY

I2C1I2C3

USBUART4

JTAG

Key LEDGyro

JTAGJTAG

USB

JTAGUSIF1

USIM1Accelerometer

I2C

I2C4GPIO_82

PMIC_AP(TWL6030)

32.768KHz

Charger

I2C32.768KHz

PWR-ON KEYVCHG

VBATCoin cell

BatteryMUIC

3.6 Hardware Architecture

<System HW Block>

Figure. Block Diagram

3. TECHNICAL BRIEF



3.7 Subsystem (PMB9811_X-GOLDTM626)

The X-GOLD™ 626 is a 3GPP Release 7 dual-mode baseband modem which is expected to connect to an

application processor in order to create a high-end smartphone solution. It can be used to create a data-card

solution as well. This section provides a high-level view of the chip architecture. More details can be found in the

sections that follow.

The X-GOLD™ 626 can be broken into 6 major subsystems: Backbone, Connectivity, Audio, 2GL1, 3GL1, and PMU.

Each of these subsystems play important roles for operation of the modem.

Fig.3.7 Architecture Block Diagram of X-GOLD™ 626

X-GOLD™ 626PMB 9811

X-GOLD™ 626 Architecture ConceptsCONFIDENTIAL ci

Preliminary Product Overview 57 Revision 1.0, 2010-04-26 ARC__Overview.fm EDD 3.4

010203040506070809101112131415161718192021222324252627282930313233343536373839404142

Figure 6 Architecture Block Diagram of the X-GOLD™ 626

4.1.2 Architectural CharacteristicsThe X-GOLD™ 626 comes along with the following architecture units.

BackboneAudio

DigRF 3.09

2GL1

2G DSP1

RF IF

3GL1

RakeRake

3G DSP

HSDPAHSIRXHSORX SYNC_TX

TxBitProcTxModDPE

SearcherOLP

MRAM

USI

CPU XBAR

LMUROM

LMURAM

COMRAM

Bridge Peripheral XBAR

Connectivity

3 (+2)

2

6

Audio DSP1

I2S2

I2S1 6

6

BB_ArchitectureOverview.vsd

1

L2 Cache256kB

8

Audio DSP2

PMUSD1

(VDDCore)SD2

(VDDIO)

VPLL

VSIM

VPMU VRTC

VUSBVANA

MeasurementTSMU

POR

VMIPI

2G DSP2

RTC

EBU

ARM1132kB I-Cache32kB D-Cache

8kB I-TCM8kB D-TCMET

M11

DMA1 8-ch

FCDP

USIM

SharedMem

ICU

STM

DMA2 2-ch

USIF2

USIF3

CEU

USB-FS

USB-HS

USB-HSIC

ABW

MIPI HSI

SD-MMC1

SPCU

CGU

SCU

I2C1

MIPI PTI

GPTU1

GPTU0

CAPCOM1

CAPCOM0

PCL/GPIO

USIF1

DAP

Shared Mem

GUCIPH

GSI62

(+4)

5

2

(+5)

7

2

7 (+7)

2 (+10)

5

7

GSM Timer

ChannelDecoder

EqualizerAccelerator

IRMemory

GSMCipher

SSC

Control Unit

31

DSPTimer

DSPInterrupt

DSPTimer

DSPInterrupt

MACPHYDL-MACPHYUL-MACPHY

ORXR99ORX

MCUARM7ETM7ICU

USIF5

3GCU

Copy

for L

GE

Prov

ided

Unde

r NDA

3. TECHNICAL BRIEF



3.7.1 The Backbone Subsystem

The backbone subsystem contains elements which handle the main processing in the system. The protocol stack

is expected to execute here. The ARM™1176 acts as the main CPU, it is connected via the CPU XBAR with the

internal memories (RAM, ROM), the external bus interface, and the 8-channel DMA (DMA1). There is level 1 cache

and tightly-coupled memory incorporated within the ARM which help with the performance of the CPU. A level

2 cache is also added to this which helps even further with the system performance. Given that the modem is

expected to support high data rates for HSDPA (category 14) and HSUPA (category 7), these additional elements

are necessary. The ARM™1176 also has the capability of controlling the peripherals in the device that are

connected to the Peripheral XBAR via a bus bridge. This 32-bit multi master AHB bus is connected to all

peripherals.

The Clock and System Control Unit (CSC) consists of the system control unit (SCU), system power control unit

(SPCU) and the clock generation unit (CGU). These units are responsible for the reset handling, the clock

multiplexing and switching and the power control of the device.

3.7.2 The Connectivity Subsystem

There are a rich set of peripherals included in the connectivity subsystem which allow interfacing to external

devices. It is required that we have connectivity for inter-process communications (IPC) with the AP, SIM card

support, external interrupts, external memory cards, trace and debug, external device control (A-GPS), and

general purpose I/O. For IPC there are 3 generic interfaces: USB HSIC, MIPI HSI, and USIF3 (which provides UART

and SPI operation). SIM and FS-USB interfaces are dedicated to the SIM-Card. External interrupts are included for

waking the modem from low power modes. There is a SD-MMC interface for utilizing memory cards in datacards

applications. The USB-HS, USIF1, and MIPI PTI interfaces can be used for tracing purposes. NAND flash can be

connected to the FCDP interface for supporting memory accesses. External devices can be controlled by the

baseband through the I2C interface. There are also generic input/output pins that can be used to connect the

baseband to external components in the system. These peripherals occupy a different number of pins as

indicated in Fig.3.7. The number in parentheses refer to additional signals which are available only as alternate

functions behind other functions.

3. TECHNICAL BRIEF



3.7.3 2GL1 Subsystem

While the upper layers of the modem software stack run on the main CPU, physical layer processing takes place

in the layer-1 subsystems. The 2GL1 subsystem contains 2 DSPs, which help with layer-1 processing in 2G modes.

The added DSP helps with higher performance use cases such as receive diversity and multi-slot classes. It

contains a set of dedicated HW peripherals (equalizer, etc) and connects to the digital RF interface.

3.7.4 3GL1 Subsystem

While in 3G modes, assistance is required from the 3GL1 subsystem. An ARM™7 CPU deals with the

communication of the 3G subsystem with the stack SW running on the ARM™1176 and handles the scheduling

of the different activities between the 3G HW peripherals (RAKE, DPE, Searcher, HSDPA Inner Receiver, Rel99-

and HSDPA-Outer Receiver). The signal processing tasks are handled by the 3G DSP. The up-link and downlink

data will be buffered in the COMRAM which connects to the ARM™1176 system via the MACPHY peripherals.

Connection to the RF is managed by the DigRF peripheral.

3.7.5 The Integrated PMU Subsystem

The integrated PMU subsystem contains all of the supplies necessary for powering the baseband in the platform.

There are two step down converters for the digital core voltage (SD1) and digital IO voltage (SD2). Seven linear

voltage regulators provide the supply voltages for various internal and external components.

3. TECHNICAL BRIEF



3.7.6 Audio Subsystem

An overview of the Audio Subsystem hardware architecture can be found in Figure 3.7.6.

The three main entities relevant for the audio processing are

• ARM™1176 Embedded Microcontroller Unit core (ARM™1176)

• Embedded Digital Signal Processor cores (DSPs)

• 3rd Party IP CODEC

Fig.3.7.6 Audio Subsystem Block Diagram

3. TECHNICAL BRIEF



ABE Overview

The audio back end (ABE) module is a subsystem that manages various audio and voice uplink and downlink

streams between the initiator (the Cortex™-A9 microprocessor unit [MPU], digital signal processor [DSP], or

direct memory access [DMA] controller) and the peripheral physical interfaces (multichannel buffered serial port

[McBSP], SLIMbus®, digital microcontroller [DMIC], multichannel pulse density modulation [McPDM], and

multichannel audio serial port [McASP]).

The ABE module handles the audio processing for the applications. It receives voice or audio samples from the

initiator or the external audio chip (TWL6040 or other) and sends them to the peripheral interfaces or memories

after processing. The ABE can perform buffering of audio samples, mix audio with a voice down stream and/or a

microphone up stream (sidetone), and can apply some post-processing.

The ABE integrates the following modules:

• Peripheral physical interfaces:

– Three McBSP modules

– One McASP module

– One mobile industry processor interface (MIPI) SLIMbus interface

– One DMIC module to support up to six mono and up to three stereo digital microphones

– One McPDM module to support interconnect with an external audio chip.

• Audio engine (AE):

– Performs real-time signal processing like sample rate conversion, filtering, equalizing, and side-tone

– Audio traffic controller (ATC):

• Performs data move in the ABE

• Generates interrupt requests to the DSP and Cortex-A9 interrupt controllers

– On-chip memory:

• 64KB of RAM; 32-bit data memory (DMEM)

• 6KB for coefficient memory RAM (CMEM)

• 18KB for sample memory RAM (SMEM)

• 8KB for program memory RAM (PMEM)

• Local L4 interconnect (L4_ABE) to:

– L3 interconnect

– Cortex-A9 MPU

– DSP

3. TECHNICAL BRIEF



The Cortex-A9 MPU and the DSP have private access to the L4_ABE interconnect. All other initiators (sDMA) can

access the L4_ABE only through the L3 interconnect.

• Timers:

– Four general-purpose (GP) timers

– One watchdog timer

• Clock and reset management: Receives clock and reset signals from the device PRCM module. The audio

engine operates from the DPLL_ABE, which is in the PRCM module. The ABE modules can be supplied with clock

signals from the DPLL_ABE or the DPLL_PER. The ABE has its own hardware reset domain (AUDIO_RST).

• Power management: The ABE module is power-independent. It has its own dedicated power domain (PD_ABE)

and can execute audio processing with the rest of the device in retention or in off mode.

• Each peripheral in the ABE can be accessed directly by the initiator when the AE is bypassed (legacy mode, for

old software compatability).

Figure 3.7.6.1 is a high-level overview of the ABE.

Fig.3.7.6.1 Audio Back End

3. TECHNICAL BRIEF



AE Subsystem

The AE is the core of the ABE subsystem. It performs the real-time audio processing within the ABE:

mixing, muxing, volume control, smooth muting, sampling rate conversion, and side-tone equalization. The AE

subsystem also processes and executes all data transfers. To optimize the global processing, the ATC moves the

data. An IRQ/DMA controller controls system IRQ and DMA requests. Input DMA requests come from the ABE

peripherals, and output DMA requests and IRQ are generated and sent to the system (Cortex-A9 MPU interrupt

controller, DSP interrupt controller, system DMA [sDMA], and the DSP enhanced direct memory access controller

[eDMA]).

The AE subsystem contains:

• AE: processes and executes the micro code with its own RAMs:

– SMEM

– CMEM

– PMEM

• DMEM contains the audio buffer and communication circular buffer.

• ATC: Transfers data between all modules in the ABE

• IRQ DMA controller

For more information about the audio engine, see the Audio Back-End (ABE) and Hardware Abstraction Layer

(HAL) Addendum.

Multichannel Audio Serial Port

The multichannel audio serial port (McASP) is a GP audio serial port. It is useful for intercomponent (DIT)

transmission. The McASP is intended to be flexible enough so that it may connect gluelessly to audio A/D, D/A,

CODEC and SPDIF transmit physical layer components.

McASP has the following features:

• 2-interconnect slave interface supports:

– One interconnect configuration slave interface

– One interconnect DMA slave interface

– 32-bit data bus width

– 16- and 32-bit access

– 10-bit address bus width

– Burst not supported

– WNP

3. TECHNICAL BRIEF



• Supports idle request/acknowledge protocol

• Buffers for transmit/receive operations

• DMA requests (one per direction) link with the 32-bit register

• Up to four transmit channels

• Four serializers implemented

• Support of disconnect protocol

Multichannel Buffered Serial Port

There are three McBSP instantiations: McBSP1 through McBSP3. They provide a full-duplex direct serial interface

between the ABE and external devices, such as other modems, BT chips, or codecs. Because of its versatility, a

McBSP can accommodate a wide range of peripherals and clocked frame-oriented protocols (I2S, PCM, TDM).

List of recommended usage per McBSP:

• MCBSP1: BT voice/audio data

• MCBSP2: Digital baseband (DBB) voice data

• MCBSP3: MIDI FM data

The McBSP has the following features:

• Interconnect slave interface (internal interconnect) supports:


– 8-, 16-, and 32- bit access



– WNP

• Buffers for transmit/receive operations: 128/128 32-bit words (McBSP1, 2, 3)

• Interrupts configurable in legacy mode (two requests) or PRCM-compliant (one request)

• DMA requests (one per direction) triggered with programmable FIFO thresholds

• Multidrop support

• Serial interface description

• Four-pin configuration (McBSP1, 2, 3)

• Full-duplex communication

• Multichannel selection modes

• Support to enable or block transfers in each channel

• Up to 128 channels for transmission and for reception

• Supported protocols

3. TECHNICAL BRIEF



• Direct interface to industry-standard codecs, analog interface chips (AICs), and other serially connected A/D

and D/A devices:

– I2S-compliant devices

– TDM bus devices

– PCM devices

• A wide selection of data sizes: 8, 12, 16, 20, 24, and 32 bits

• Supports idle request/acknowledge protocol

• Clock generation support:

– Independent clocking and framing for reception and for transmission up to 48 MHz

– Support for external generation of clock signals and frame-synchronization (frame-sync) signals

– A programmable sample rate generator for internal generation and control of clock signals and

frame-sync signals


Multichannel Pulse Density Modulation Module

The McPDM is a proprietary interface based on multichannel pulse density modulation. The module consists of

five downlinks and three uplinks. Two other uplink channels are reserved for status communication.

The McPDM has the following features:

• Interconnect slave interface (L4_ABE internal interconnect) supports:




– WNP

• Full-duplex communication:

– Five audio downstream channels

– three audio upstream channels

• RX/TX FIFO operations: 32-bit words per channels

• Complies with PRCM interrupts:

– One to the MPU subsystem

– One to the DSP subsystem

• DMA requests (one per direction) triggered with programmable FIFO thresholds; depending on the FIFO

implementation, one per channel or one per direction

• Decimation filter for embedded uplink paths (five paths if two status paths)

3. TECHNICAL BRIEF



• Oversampling for embedded uplinks (five paths)

• Sigma delta for embedded downlinks (three paths)

• Deserializers for the two status upstream channels


Interface

Phoenix audio comprehend 3 different interfaces:

1. I2C interface for the information with non-critical latency.

2. PDM interface for the audio signal and the register associated with audio path (gain, control)

3. GPO for audio IC interacting with Phoenix audio (drivers, power provider)

Some “dual access” registers (addresses 0x0A to 0x1B) can be accessed by both I2C and PDM.

By default, the concurrent access is disabled and only the PDM

interface can write in these registers. The R/W access can be switched to I2C only by setting bit

I2CSEL. A concurrent access by both I2C and PDM interfaces is also possible by setting bit

PDMI2CSEL. In this last case, Phoenix audio will not provide arbitration of simultaneous accesses and

the functionality of the system will not be guaranteed if this happens. In this mode, the software must ensure

that access by one interface is complete before using the other one, in order to avoid any

collision

3. TECHNICAL BRIEF



PDM Interface

The PDM interface is the over-sampled serial interface used for communication between Phoenix audio and the

application processor companion chip.

PDM_CLK is 19.2 MHz or 17.64 MHz and data rate represented by PDM_FRAME is respectively 1.92 MHz or 1.764

MHz. Words of data can be transmitted from OMAP to ABB chip using PDM_DN line (downlink path) but words

of data can also be transmitted from ABB chip to OMAP using PDM_UP line (uplink path).

Both chips are synchronized through PDM_FRAME line. By default OMAP is the owner of PDM_FRAME but

during transmission, ABB chip can send back to OMAP some low-latency data by using frame line. This will be

detailed later in this chapter.

Phoenix audio PDM interface consists of three different modes, Normal mode, Command mode and Test mode.

Normal mode and Command mode are intended to use with OMAP McPDM. Test mode is designed for

evaluation and production test.

Fig.3.7.6.2 PDM Interface connectivity between Phoenix and OMAP4 McPDM

3. TECHNICAL BRIEF



3.7.7 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)

3.7.8 Memory Subsystem The X-GOLD™626 can use the general term SDRAM as a shortcut for Mobile DDR SDRAM.

A total of up to four external memories is supported, chip selects can be dynamically allocated to one of the two

external memory controllers of X-GOLD™626. Only two memory devices can be connected to the SDRAM

controller if DDR support is required.

3.7.9 Battery Management – Hardware Configurations The X-GOLD™626 chip has an internal PMU that will provide power supply for the chip itself, memory and the

attached RF. The X-GOLD also holds a measurement unit that can perform all necessary battery measurements

through external HW. This is sufficient for a modem only design where charging is controlled by another chip.

3.7.10 Clocking The clocking system is based on 2 different clocks, a 26 MHz reference clock generated within the RF Engine and

a 32 kHz real-time clock (RTC) generated in the baseband. The 26 MHz clock provided by the RF engine is the

main reference clock for the RF circuit and the X-GOLD™626. Also other system components may be supplied

with 26 MHz reference clocks. A 32 kHz oscillator located at the X-GOLD™626 supplies the RTC with the reference

clock for the real time clock application, as well as provides a low power standby clock for system sleep mode

operation. This clock is available

also for other system components like GPS.

.

3. TECHNICAL BRIEF



3.7.11 USB

The XMM™6260 platform provides two USB interfaces compliant to the USB2.0 standard:

• High speed interface (480 Mbps) for communication with external devices acting both as host or device

• Full speed interface (12 Mbps) for communication with the UICC using the IC-USB standard acting as host

The USB solution is based on USB controller hardware IP, which is integrated in the X-GOLD™626 baseband chip

including both USB transceivers for high and full speed and the USB Stack software that implements the

different USB device classes and features.

The HS USB component supports the following features:

• Modem connection for Dial Up Networking and AT command interface (CDC-ACM)

• Tracing over USB (CDC-ACM)

• File System Access (Mass Storage Device)

• Audio over USB

• Suspend/Resume and Remote Wakeup and selective suspend (for power saving)

• Software download

The IC-USB component supports the following features:

• UICC-Terminal USB interface according to ETSI TS 102 600 (ICCD / Mass Storage / CDC-EEM)

• Suspend/Resume and Remote Wakeup (for power saving)

The USB HSIC component supports the following features:

• Modem connection for DialUp Networking and AT command interface (CDC-ACM)


• Suspend/Resume and Remote Wakeup, device triggered suspend (for power saving)

• LPM according to "USB 2.0 Link Power Management Addendum", Remote Wakeup (for power saving)

• Wake-up by sideband signals (optional for optimized power consumption)

• Software download, flashless boot

The USB HSIC component supports the following features:

• Modem connection for DialUp Networking and AT command interface (CDC-ACM)


• Suspend/Resume and Remote Wakeup, device triggered suspend (for power saving)

• LPM according to “USB 2.0 Link Power Management Addendum”, Remote Wakeup (for power saving)

• Wake-up by sideband signals (optional for optimized power consumption)

• Software download, flashless boot

3. TECHNICAL BRIEF



3.8 Power Block

3.8.1 General

Since P920 uses two individual chips, XMM6260 (IFX Modem) uses integrated PMIC and OMAP4430 uses

TWL6030 as a main PMIC.

3.8.2 XMM6260 (IFX Modem)

X-GOLD™ 626 is a GSM/UMTS/GPRS/EDGE/HSDPA/HSUPA Baseband Controller with integrated modem power

management unit. This system on chip is designed with the latest low power CMOS process technologies which

provides significant performance to meet the ever increasing demands of the cellular subscriber market for

feature rich terminals at lowest power consumption and a very competitive cost position.

Figure. LGP920 Modem Power Block Diagram

X-GOLD™ 626PMU Sub-System

General OverviewConfidential

Product Specification 9 Revision 2.22, 2010-05-10Hardware Description

1.1 PMU Block diagram

Figure 1 PMU Overview

LRTC

Bandgap

Digital Control

POR

LUSB_PD

LUSB_ANA

LPMU

LUSB_IO

SD1

SD2

LPLL

SSC

OSC

MU

SD1_FB

SD1_SW

VDD_VBAT_SD1

VSS_SD1

SD2_FB

SD2_SW

VDD_VBAT_SD2

VSS_SD2

VUSB_ANA

VPLL

VUSB_IO

VRTC

VPMU

VSIM

VREF

AGND

LSIM

VDD_VSD2

ANAMONANAMON

RESET_PWRDWN_N

ON

2_N

ON

1

VSS_

PMU

VDD_

VBA

T_PM

U

B

B

Battery

XGOLD626 PMU

M1

M2

M3

M4

Ball

RES

ET_B

B_N

VUSB_PD

LIO_12

FSS eFuses

VIO_12

CVSIM

CVPMU

CVRTC_BUF CVRTC

CVUSB_IO

CVPLL

CVUSB_ANA

CVUSB_PD

CVREF

CVIO_12

LSD1

LSD2

CVSD1

CVSD2 CVDD_SD2

CVDD_SD1

V

V

CVDD_VBAT

2x

2x

TRIG

_B

REF

_CLK

_EN

TM_E

N

Battery Supervision

DCDCSupervision

P9�5

P925

3. TECHNICAL BRIEF



3.8.3 TWL6030

The TWL6030 is an integrated Power Management IC for applications powered by a rechargeable battery. The

device provides 7 configurable step-down converters with up to 1.5A capability for Memory, Processor Core, IO,

auxiliary, pre-regulation for LDOs, etc. It contains also 11 LDO regulators which can be supplied either from

battery or from pre-regulated supply. Power up / power down controller is configurable and can support any

Power up / down sequences (EPROM based).

The Real Time clock (RTC) provides 32KHz output buffer, seconds, minutes, hours, day, month, and year

information as well as Alarm wake up. The TWL6030 supports 32KHz clock generation based on crystal oscillator.

The device integrates also a Switch mode charger allowing faster battery charge, higher efficiency & less power

dissipation.

The TWL6030 generates power supplies for OMAP4 and operates together with TWL6040 which includes all

audio and related detection features. For audio IC parameters, see TWL6040 Datasheet. In addition TWL6030 can

be used as PMIC for several other processors, thanks to the programmable startup/shutdown controller and

default supply voltage levels. The TWL6030 is available in an nFBGA package 7.0mm x 7.0mm with 0.4mm ball

pitch.

3. TECHNICAL BRIEF



PR

OD

UC

T�P

RE

VIE

W

SWCS045-001

VCORE1

VCORE2

VCORE3

VMEM

V1V8

V 2V1

V1V29

Power control

VANA

VRTC

Interrupt handler

Extcharger

ctl

OSC3 MHz

I2C to OCP

RTC

Control, data,and

test logic

Events bus

Card detectand

PWM

Xtal32K

RC32K

RC24M

USB SRP

I2C control

I2C SmartReflex

Events detect

SR bus

SRI2C_SDA

SRI2C_SCL

ID

CTLI2C_SDA

CTLI2C_SCL

SIM

MMCBATREMOVAL

PWM1

BOOT0BOOT1BOOT2BOOT3

RESPWRONNRESWARM

PWRONRPWRON

PREQ1PREQ2A

PREQ3INT

SYSENREGEN1REGEN2

MSECURE

CLK32KGCLK32KAO

CLK32KAUDIO

OSC32KOUT

OSC32KIN

VAC

CHRG_CSIN

CHRG_CSOUT

CHRG_EXTCHRG_ENZ

CHRG_EXTCHRG_STATZ

USBcharger

andVBUSOTG

CHRG_PMID

CHRG_SW

VBUS

CHRG_AUXPWR

CHRG_GND

VANA

VANA_IN

VRTC_IN

VRTC

V1V29_SW

V1V29_IN

V1V29_FDBK

V1V29_GND

V2V1_SW

V1V2_IN

V2V1_FDBK

V2V1_GND

V1V8_SW

V1V8_IN

V1V8_FDBK

V1V8_GND

VMEM_SW

VMEM_IN

VMEM_FDBK

VMEM_GND

VCORE3_SW

VCORE3_IN

VCORE3_FDBK

VCORE3_GND

VCORE2_SW

VCORE2_IN

VCORE2_FDBK

VCORE2_GND

VCORE1_SW

VCORE1_IN

VCORE1_FDBK

VCORE1_GND

REFS

TESTEN

TESTV

PWM2

10-bitADC

GPADC_IN0GPADC_IN1

GPADC_VREF1GPADC_IN2GPADC_IN3GPADC_IN4

GPADC_VREF4GPADC_IN5GPADC_IN6

GPADC_START

Digitalfilter

13-bit

ADC��GGAUGE_RESP

GGAUGE_RESN

PWMFORCE

OCP bus

PREQ2BPREQ2C

OSC32KCAP

GND_DIG_VRTC

VBAT

VD

D_B

4V

DD

_B

2V

DD

_B

1G

ND

_A

NA

_B

7G

ND

_A

NA

_B

6G

ND

_A

NA

_B

5G

ND

_A

NA

_B

4G

ND

_A

NA

_B

3G

ND

_A

NA

_B

2G

ND

_A

NA

_B

1

VA

UX

3_IN

VA

UX

3

VC

XIO

_IN

VC

XIO

VD

AC

_IN

VD

AC

CH

RG

_P

MID

VD

D_B

3

VU

SB

CH

RG

_LE

D_IN

CH

RG

_LE

D_T

ES

T

CH

RG

_V

RE

F

CH

RG

_D

ET

_N

RE

FG

ND

IRE

F

VB

G

VA

UX

2

VA

UX

2_IN

VA

UX

1

VA

UX

1_IN

VU

SIM

_IN

2: spare

input

VU

SIM

_IN

2V

US

IM_IN

1

VM

MC

_IN

2: spare

input

VM

MC

_IN

2V

MM

C_IN

1

VP

P

VP

P_IN

VIO

GN

D_D

IG_V

IOC

ontr

ol O

ls

VP

P

VM

MC

VU

SIM

VA

UX

1

VA

UX

2V

AU

X3

VC

XIO

VD

AC

VU

SB

MU

X

Scale

rsA

uto

calib

TI Confidential — NDA Restrictions

TWL6030

www.ti.com SWCS045 –JANUARY 2010

DEVICE INFORMATION

Figure 1. TWL6030 Block Diagram

Copyright © 2010, Texas Instruments Incorporated Submit Documentation Feedback 3

Product Folder Link(s): TWL6030

Figure. TWL6030 functional block diagram

3. TECHNICAL BRIEF



3.8.3.1 Charging control

P920 uses individual Charger IC which is RT9524.

Features

30V 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

Typical Application Circuit

Functional Pin Description

P9�5

3. TECHNICAL BRIEF



3.3.8.2 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.

3. TECHNICAL BRIEF



Battery Voltage Regulation (CV Mode)

The battery voltage regulation feedback is through BATT pin. The RT9524 monitors the battery voltage between

BATT and GND pins. When the battery voltage closes to battery regulation voltage threshold, the voltage

regulation phase begins and the charging current begins to taper down. When the charging current falls below

the programmed end-of-charge current threshold, the CHG_S pin goes high to indicate the termination of

charge cycle. The end-of-charge current 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.

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 battery voltage. Charge current is resumed when the

battery voltage goes to lower than the battery regulation voltage threshold.

3. TECHNICAL BRIEF



3.8.3.3 Constant Voltage Charging

Constant voltage charging begins when the battery voltage reaches a target voltage, 4.2V. The end of constant voltage charging is commonly detected around 240mA from Travel adaptor.

3.8.3.4 LGP920 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

3.8.3.5 LGP920 battery bar icon display

Battery Bar Number Specification


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. LGP920 battery bar specification

P925

P925

P925

3. TECHNICAL BRIEF



3.9 External memory interface

3.9.1 Introduction

Since LG-P920 contains communication and application processor, memory is dedicated only for each processor.

XMM6260 (IFX modem) uses MCP (Multi Chip Package) 1Gb Nand / 512Mb LPDDR1 and OMAP4430 uses POP

(Package on Package) 512MB LPDDR2 and 8GB eMMC Nand memory.

3.9.2 LG-P920 XMM6260 (IFX 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

3.9.3 LG-P920 OMAP4430 memory Interface

- Package on Package on OMAP4430: DDR2 SDRAM - 8GB eMMC 4.41 version

LPDDR2

Interface Spec


K3PE4E400M-XGC1 SDRAM Samsung 1.8V/1.2/1.2/1.2 DDR2 800 (400MHz)

8GB NAND

Interface Spec


SDIN5C2-8G-974D NAND Sandisk 2.8V 15MB/s for read9MB/s for write

3.9.4 External SD card memory Interface

OMAP4430 supports external SD card which supports up to 32GB (SDHC compatible)

P9�5

P925

P925

3. TECHNICAL BRIEF



3.10 Audio and sound

3.10.1 Overview of Audio path

Figure. Block diagram of Audio & Sound path

OMAP I2C1 SDAI2C1 SDA TWL6040SPK

HFRP1AUD_SPK_PAUD SPK N

4430PDMDNPDMUP

PDMCLK

SDASCL

PDM_DL_DATAPDM_UL_DATA

ABE_CLKSPDM CLK

I2C1_SDAI2C1_SCL

ABE_PDM_DL_DATAABE_PDM_UL_DATA

ABE_CLKS

I2C1_SDA

I2C1_SCLTWL6040(Audio Codec)

AUD RCV PRCV

HFRN1AUD_SPK_N

HFRP2HFRN2

HBIASHS MICBIAS

PDMCLKLBPDMFRAME

AUDPWRONNRESPWRON

NAUDINT

PDM_CLKPDM_FRAME

AUD_PWRONSYS_nRESPWRON

SYS_nIRQ2

ABE_PDM_LB_CLKABE_PDM_FRAME

HDQ_SIO

SYS NIRQ2SYS_NRESPWRON

EARPEARN

AUD_RCV_PAUD_RCV_N

BT / WiFi / FMHBIAS

HS_MICHSLHSR

3.5_

HS_MICEAR_LEAR_RHOOK_ADC

ACCONN

NAUDINT

AFMLAFMR

FM_AUDIO_R

FM_AUDIO_L

SYS_NIRQ2

FM_I2S_FSYNC

FM_I2S_DIFM I2S CLK

FM_I2S_FSYNC

FM_I2S_CLK

FM_I2S_DO

ABE McBSP3 CLKXABE_McBSP3_DX

ABE_McBSP3_FSX

Analog

MIC1

MBIASFM_I2S_CLK

FM_I2S_DOBT_PCM_SYNCBT_PCM_DOUTBT_PCM_DIN

BT PCM CLK

PCM_AUD_FSYNC

PCM_AUD_INPCM_AUD_OUTPCM AUD CLK

FM_I2S_DIABE_McBSP3_CLKX

ABE_McBSP3_DR

ABE M BSP1 CLKXABE_McBSP1_DR

ABE_McBSP1_DXABE_McBSP1_FSX MMICN

MMICP

Analog

MIC2

SBIAS

SMICNSMICP

FM_ANT

_ _ PCM_AUD_CLKABE_McBSP1_CLKX SMICN

FM_ANTEAR_SENSE

EAR_SENSEDPM EMU10

HCI_CTSHCI_RTSHCI_TXHCI_RX

BT_UART_RTS/BT_UART_CTS/BT_UART_RXDBT_UART_TXD

UART2_RTS/UART2_CTS/

UART2_RXUART2_TX

XMM6260IPC_I2S_DIN

IPC_I2S_DOUT

IPC_I2S_CLKABE_McBSP2_CLKX

ABE_McBSP2_DR

ABE M BSP2 DX

I2S2_CLK0

I2S2_TX

I2S2 RX

DPM_EMU10

_ _ABE_McBSP2_DX

ABE_McBSP2_FSXIPC_I2S_SYNC

I2S2_RXI2S2_WA0

3. TECHNICAL BRIEF



3.10.2 TWL6040 (Audio Codec)

The TWL6040 is an audio codec with a high level of integration providing analog audio codec functions for

portable applications, as shown in Figure 3.10.2. It contains multiple audio analog inputs and outputs, as well as

microphone biases and accessory detection. It is connected to the OMAP4 host processor through a proprietary

PDM interface for audio data communication enabling partitioning with optimized power consumption and

performance. Multichannel audio data is multiplexed to a single wire for downlink (PDML) and uplink (PDMUL).

The OMAP4 device provides a TWL6040 with five PDM audio-input channels (DL0–DL4). Channels DL0–DL3 are

connected to four parallel DAC channels multiplexed to stereo headphone (HSL, HSR), stereo speaker (HFL,HFR),

and earpiece (EAR) or stereo line outputs (AUXL, AUXR).

The stereo headphone path has a low-power (LP) mode operating from a 32-kHz sleep clock to enable over 100

hours of MP3 playback time. Very-high dynamic range of 104 dBA is achieved when using the system clock input

and DAC path high-performance (HP) mode. Headphone drivers provide a 1-Vrms output and are ground

centered for capless connection to headphone, thus enabling system size and cost reduction. The earpiece

driver is a differential class-AB driver with 2 Vrms capability to a typical 16Ohm or 32 Ohm load.

Stereo speaker path has filterless class-D outputs with 1.5W capability per channel. For output power

maximization supply connection to an external boost is supported. Speaker drivers support also hearing aid coil

loads. For vibrator and haptic feedback support TWL6040 has two PWM channels with independent input

signals from DL4 or I2C. Vibra drivers are differential H-bridge outputs, enabling fast acceleration and

deceleration of vibra motor. An external driver for a hearing aid coil or a piezo speaker requiring high voltage

can be connected to line outputs.

The TWL6040 supports three differential microphone inputs (MMIC, HMIC, SMIC) and a stereo line-input (AFML,

AFMR) multiplexed to two parallel analog-to-digital converters (ADCs). The PDM output from the ADCs is

transmitted to the OMAP4 through UL0 and UL1. Two LDOs provide a voltage of 2.1 V to bias analog

microphones (MBIAS and HBIAS). The maximum output current is 2 mA for each analog bias, allowing up to 2

microphones on one bias. Two LDOs provide a voltage of 1.8 V/1.85 V to bias digital microphones (DBIAS1 and

DBIAS2). One bias generator can bias up several digital microphones at the same time, with a total maximum

output current of 10 mA.

3. TECHNICAL BRIEF



The TWL6040 has an integrated negative charge pump and two LDOs (HS LDO and LS LDO) for high PSRR.

The only external supply needed is 2.1 V, which is available from the TWL6040 PMIC in the OMAP4 system. All

other supply inputs can be directly connected to battery or system 1.8-V I/O.

Two integrated phase-locked loops (PLLs) enable operatation from a 12-/19.2-/26738.4-MHz system clock

(MCLK) or, in LP playback mode, from a 32-kHz sleep clock (CLK32K). The frequency plan is based on a 48-kS/s

audio data rate for all channels, and host processor uses sample-rate converters to interface with different

sample rates (e.g., 44.1 kHz). In the specific case of low-power audio playback, the 44.1-kS/s and 48-kS/s rates are

supported by the TWL6040. Transitions between sample rates or input clocks are seamless.

Accessory plug and unplug detections are supported (PLUGDET). Some headsets have a manual switch for

submitting send/end signal to the terminal through the microphone input pin. This feature is supported by a

periodic accessory button press detection to minimize current consumption in sleep mode. Detection cycle

properties can be programmed according to system requirements.

Figure 3.10.2 shows a simplified block diagram of the device.

3. TECHNICAL BRIEF



Figure 3.10.2. Simplified Block diagram

3. TECHNICAL BRIEF



470nC940

RF0518130SVCI

VA901

C934

2.2u

C926 0.47u

C902

4.7uC920 0.1u

0.1uC919

C922 0.1uC901

4.7u

TP901

0.1uC916

TP902

0R921

TP903

2.2u

C935

0.1uC917

TP904

C941

100n

1u

C923

C915 0.1u

C936

220n

2.2uC924

R919 0

C933

100n

VBAT

120FB941

FB913 120

U901TWL6040

8G

7G

8F

7E

6E

E5

D7

D6

D5

01D

11D

1D

2E

7L

9F

1G

01H

01C

9L

4K

2L

2B

2C

01A

7A

6A

3A

7J

9E

2G

01J

11B

5H

B1

A2

D3

C1

A8

A9

B5

B4

B8

B9

A5

A4

F4

G4

F3

G3

K11

J11

C11

B10

F1

F2

H2

H1

J3

H4

J4

J2

K1

K3

L4

J5

H7

K7

L11

A11

L1

A1

K2

E1

G5

L5

K6

L6

B7

B6

D4

E8

J9

D8

G6

H6

H8

K8

L10

L8

K9

F11

G11

G9

E11

E10

H11

K10

E4

F7

F6

F5

8J

2D

3B

6J

9C

8C

7C

6C

4C

5C

01G

01F

1J

9D

3E

3L

3H

9H

5K

FE

RDN

GSH

DN

GC

IMADNG

CIMDDNG

1OD

LDN

G2

OD

LDN

GMC

VD

NG

1PC

NDNG

2PC

NDN

G1LF

HDN

G2L

FHDNG

3LFHDNG

1RF

HDN

G2

RF

HDN

G3

RF

HD

NG

GI

DD

NG

RBIV

DN

GLBI

VDN

GOI

DN

G

PBKG1PBKG2PBKG3PBKG4PBKG5

VDDREGNCPNCPOUT1NCPOUT2NCPFBCFLYPCFLYN

PDMDNPDMUPPDMCLKPDMCLKLBPDMFRAME

SDASCL

AUDPWRONNRESPWRONNAUDINT

GPO1GPO2GPO3

REFNREFPREFPLUGDETACCONN

ATESTDTEST1DTEST2DTEST3PROG

MCLK

CLK32K

DBIAS1DBIAS2MBIASMMICPMMICNSMICPSMICN

HBIASHMICPHMICN

AFMRAFML

EARPEARN

HSLHSR

AUXLPAUXLNAUXRPAUXRN

HFLP1HFLN1HFRP1HFRN1HFLP2HFLN2HFRP2HFRN2

VIBLPVIBLNVIBRPVIBRN

FE

RV

DDV

RA

ED

DV

SH

DD

VL

UD

DV

LD

DD

VLL

PD

DV

1LF

HDD

V2LF

HDD

V1R

FH

DDV

2R

FH

DDV

LBI

VDD

VRB

IV

DD

VSA

IB

MAD

DV

SA

IB

MD

DDV

OIV

DDV

RAE

SSV

SH

SS

VLU

SS

VLD

SS

VL

LP

SSV

1V

2V

DDV

OD

LD

DV

NI

OD

LS

SV

ODL

SSV

NC1NC2NC3NC4

5C

N6CN

7C

N8C

N9C

N

VBAT VSEL_1.8V

C932

0.1u

VSEL_2.1V

C931

0.1u

C939

0.1u 0.1u

C930 C929

0.1u

0.1uC928

C938

0.1u 2.2u

C937

2.2uC927

4.7uC904

C905 4.7u

C903

4.7u

FB901 120

C925 0.1u

FB914 120

1n

C913

1n

C914

VSEL_2.1V

C921 0.1u

C918 0.1u

VA902ICVS0318150FR

ICVS0318150FRVA903

CLK32K_AUD

I2C1_SCLI2C1_SDA

SYS_nRESPWRON

MICBIAS

MMIC_P

AUD_SPK_NAUD_SPK_P

AUD_RCV_NAUD_RCV_P

HS_MICBIAS

EAR_LEAR_R

SMIC_PSMIC_N

HOOK_ADC

HS_MIC

EAR_SENSE

MMIC_N

FM_AUDIO_LFM_AUDIO_R

AUD_CLK_IN


ABE_CLKSPDM_CLK

PDM_FRAME

AUD_PWRON

SYS_nIRQ2

Open/ground switch input

stereo headphone

stereo speaker

earpiecea differential class-AB driver

stereo line outputs

DOWNLINKUPLINK

filterless class-D outputs with 1.5W

with 2 Vrms capability to a typical 32Ohm

a stereo line-input

2.1V

2.1V

XX

Microphone input

Removed (Rev.C)

Added (P925 Rev.A)Added (P925 Rev.A)

Added (P925 Rev.A)

Removed (Rev.C)

C1175

0.1u 0.1u

C1176 R1176

10K

VSEL_1.8V

200KR1174

C1177

33p

C1179

10u

2.2K

R1178

470p

C1178

R1173 1M

1800FB1175

1800FB1176

FB1177 1800

FB1173

1800

R1172

DNI

Q1173

2SJ347

2

3

1G

DS

HS_MICBIASEAR_LEAR_R

HOOK_ADC

HS_MIC|HOOK_ADC

HS_MIC

EAR_SENSE

Changed (P925 Rev.B)

Changed (Rev.1.0)Added (925 Rev.D)

3. TECHNICAL BRIEF



3.11 Main (5M pixels) & Sub (VGA) Camera

LG-P920 supports two cameras. One is 5M pixels, main camera, the other is VGA, sub camera used VT & self camera scene.

Figure. Main 5M Camera Schematic

Figure. VGA Camera Schematic

FL1223

ICMEF214P101M01

9

84736251

P1 P5P2 P6P3 P7P4 P8

1G

2G

CN1221GB042-40S-H10-E3000

21 20

22 19

23 18

24 17

25 16

26 15

27 14

28 13

29 12

30 11

31 10

32 9

33 8

34 7

35 6

36 5

37 4

38 3

39 2

40 1

ICMEF214P101M

FL1222

01

9

84

73

62

51P1 P5P2 P6P3 P7P4 P8

1G

2G

1.2V_5M_VDIG

1.8V_5M_VIO

5M_VANA_V2V7_S

5M_VANA_V2V7_P

1u

C1236

4.7u

C1235

5M_VCM_V2V8_P

5M_VCM_V2V8_S

FL1221ICMEF214P101M

01

9

8

7

6

5P1

1P5

P22

P6P3

3P7

P44

P8

1G

2G

G5TS0_5B9

DSE

4221DZ

G 5TS 0_5B9

DSE

5221DZ

0.1u

C1230C1228

4.7u

C1229

1u

0.1u

C1237

C1231

0.1u

0.1u

C1232

0.1u

C1234

C1233

0.1u

I2C3_SCLI2C3_SDA

I2C4_SDAI2C4_SCL

5M_MCLK

PRIMARY_5M_MIPI_DATA0_PPRIMARY_5M_MIPI_DATA0_N

PRIMARY_5M_MIPI_CLK_PPRIMARY_5M_MIPI_CLK_N

SECONDARY_5M_MIPI_CLK_PSECONDARY_5M_MIPI_DATA0_NSECONDARY_5M_MIPI_DATA0_P

SECONDARY_5M_RESET_N

SECONDARY_5M_MIPI_CLK_N


PRIMARY_5M_RESET_N

5M_MCLK_CAM

5M_MCLK_CAM

CN103

1110

129

138

147

156

165

174

183

192

201

0.1u

C103

TWL_LDO_1.8V

TWL_LDO_2.8V

0.1u

C104

FB101

VT_CAM_RESET/VT_CAM_PWDN

VT_0.3M_MIPI_CLK_NVT_0.3M_MIPI_CLK_P

VT_0.3M_MCLK

VT_0.3M_MIPI_DATA0_NVT_0.3M_MIPI_DATA0_P

I2C3_SDAI2C3_SCL

Rev.1.1 (VSEL 1.8V Remove)

Rev.B(Removed Bypass Cap)

P9�5

3. TECHNICAL BRIEF



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

C1212

10u

U1201LP8720TLX

1B

E1C2

B2

C1

E2

D3

C3

A1C4

B3

A3

D4

E3

D2

B4E4

2A

1D

4A

TTA

BV

2NI

V

1NI

V

VINB LDO1

FB

SW

GNDB

LDO2

IRQ_N

SDA LDO3

SCL

DVS

EN

LDO4

DEFSEL

IDSEL LDO5

DN

G

1u

C1204

C1211

2.2u

C1205

1u

C1209

2.2u2.2u

C1210

5M_VCM_V2V8_S

10u

C1201

5M_VCM_V2V8_P

5M_VANA_V2V7_P

VBAT

1.2V_5M_VDIG

1.8V_5M_VIO

5M_VANA_V2V7_S

2.2u

L1201

1u

C1206 C1207

1u

C1208

1u

100KR1202

I2C3_SCLI2C3_SDA

CAM_SUBPM_EN

Added Res. (Rev.B)

4E o t esol

C

Changed (P925 Rev.A)

Figure. Camera Sub PMIC Schematic

Figure. Camera Block diagram

3. TECHNICAL BRIEF



3.12 Display

LCD module is connected to Main PCB with 30-pin connector.

The LCD is controlled by MIPI Interface in OMAP4430

Figure. Schematic of LCD connector (Main Board)

Table. Interface between LCD Module and MAIN Board

1uC1143

43

21

R1191 DNI

600FB1143

ICMEF214P101M

FL1142

01

9

84

73

62

51P1 P5P2 P6P3 P7P4 P8

1G

2G

2.8V_3D_LCD

2.8V_LCD_VCI

1.8V_LCD_IOVCC

12V_3D_LCD

FL1141

ICMEF214P101M 01

9

8 4

7 3

6 2

5 1P1P5P2P6P3P7P4P8

1G

2G

CN114124-5804-030-000-829+

16 15

17 14

18 13

19 12

20 11

21 10

22 9

23 8

24 7

25 6

26 5

27 4

28 3

29 2

30 1

2.8V_LCD_VCC

2011AV

RF0518130SVCI

4011AV

RF051 8130SVCI

C1141

1u

DNIR1190

I2C2_SCLI2C2_SDA

LCD_RESET_N

LED_C2LED_C1

LED_A

DSI2_LCD_MIPI_CLK_PDSI2_LCD_MIPI_CLK_N

DSI2_LCD_MIPI_D0_P

DSI2_LCD_MIPI_D1_PDSI2_LCD_MIPI_D1_N

DSI2_LCD_MIPI_D0_N

3D_LCD_BANK_SEL_1

Added (Rev.B)Removeed VA1101, VA1103 (Rev.C)

3. TECHNICAL BRIEF



LG-P920 supports 3D LCD(Glassless)

The 3D LCD is controlled by 3D control IC(ISL24832)(3D Control IC is in LCD Module)

OMP4430 is supplying power for the 3D LCD, control signals are supplied.

Figure. Schematic of 3D PWR LDO(Main Board)

Figure. Schematic of 3D LCD Boost(VREF)(Main Board)

2.8V_3D_LCDU1106

BU28TD2WNVX

5

3 24 1

VOUTVINGNDSTBY

DN

GP C1107

1u

VBAT

C1106

1u

3D_LCD_EN

R1136

510K

51KR1133

12V_3D_LCD

VBAT

200K

R1134 C1134

0.1u

5311R

K22

0.1uC1132 C1138 0.1u

C1137

1u

4.7u

C1131TPS61093

U1131

11

10

9

4

7

3

5

2

8

6

1GND

SS

OUT

VIN

EN

CP2

FB

CP1

SW

VO

Exposed_GND

4.7uL1131

3D_BOOST_EN

Changed (Rev.B)


P925

3. TECHNICAL BRIEF



3D Mode On Sequence : 3D PWR On VREF On BANK_SEL On

Figure. 3D Mode On Sequence

3D Mode Off Sequence : BANK_SEL Off VREF Off 3D PWR Off

Figure. 3D Mode Off Sequence

3. TECHNICAL BRIEF



LCD Block Diagram

Figure. LG-P920 LCD Module Block Diagram

P925

3. TECHNICAL BRIEF



3.13 Vibrators The Linear 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

ISA1000

EUSY0238306

U981

90111

54

63

72

81EN VDP

PWM GND

MODE VDD

GAIN VDN

3C

N

2C

N

1C

N

TWL_LDO_3.0V

C987

2.2u

R982

DNI

L988 82n

L989 82n

R986 470K

0R987

TP905

R981100K

C986 3.9n

VIB_L_P

VIB_L_N

VIBE_PWMVIBE_EN

Added (P925 Rev.A)



3. TECHNICAL BRIEF



3.14 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

C1271

100n

5V_HDMI

R1271100K

CN127178618-0001

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

HDMI_D1-

HDMI_D0-

HDMI_D0+

HDMI_D1+HDMI_D2-

HDMI_D2+

HDMI_CLK-

HDMI_CLK+

C_HDMI_CEC

C_HDMI_SCLC_HDMI_SDA

C_HDMI_HPD

Changed Con. (Rev.B)

Removed (Rev.1.0)

3. TECHNICAL BRIEF



C975

1uAMI306U975

10

95

4

63

72

81

DD

VA

YD

RD

DN

GL

CS

GE

RV

PP

V

INT

SDA ADDR

DVDD

SENSOR_3.0V

C978

1u

VSEL_1.8V

C976

10n

I2C4_SDAI2C4_SCL

COMPASS_INT

Added (Rev.1.0)

AMI304 Specifications (Preliminary)

3/36 Ver.B9100212

[ 1 ] Scope of Application This specification applies to the 3-axis magnetic sensor AMI304 provided to by Aichi Steel Corporation.

[ 2 ] General Description The AMI304 is a n intelligent electronic compass that integrates three Magneto-Impedance sensor

elements (MI-element) with their controller IC in a single small package.

The controller IC of the AMI304 consists of a circuit for detecting the magnetic signals from three

MI-sensor elements, an amplifier capable of compensating each sensors offset and setting appropriate

sensitivity values, a thermal sensor for measuring the ambient temperature, a 12bit AD converter, an I2C

serial interface circuit and a constant voltage circuit for power control.

[ 3 ] Block Diagram

1.0µF

X-axis

MI-sensor Circuit for

MI-Sensors

Data

12bit AD Converter

PGA

Logic circuit Serial I/F (I2C)

Thermal sensor

Y-axis

MI-sensor

Z-axis

MI-sensor

NCAVDD

Vpp

Zero pointVoltage

Adjustment

GNDA

NC

ADDR

GNDS

INT

DRDY

SCL

SDA

C2 0.01µF

C1 0.47µFDropout

Regulator

256 Bytes For Factory Calibration OTP-ROM

VDD

VID

VREG

DVDD

3.15 Compass Sensor

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

U975 (AMI306) IC is interfaced to U500 (OMAP4430) using I�C interface.

Figure. Compass Sensor Schematic

Figure. Compass Sensor Block Diagram

3. TECHNICAL BRIEF



3.16 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.

U971 : KXTF9 IC is interfaced to OMAP4430(U500) using I2C interface.

Figure. Motion Sensor Schematic

Figure. Motion Sensor Block Diagram

R973DNI

1u

C973

VSEL_1.8V

C972

0.1u

0.1u

C971 U971

KXTF9

4

3

2

1

501

6

7

8

9SCL

DNC4

INT

DNC3

AD

SD

DV

IO_VDD

DNC1

DNC2

GND

VSEL_1.8V

SENSOR_3.0V

MOTION_INT

IME_DA

IME_CL

3. TECHNICAL BRIEF



3.17 Gyro Sensor

The gyro sensor(MPU3050) can sense angular velocity not gravity and accelerated motion. The gyro sensor

applied in LG- P920 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.

U961: MPU3050 IC is interfaced to OMAP4430(U500) using I2C interface.

Figure. Gyro Sensor Schematic

Figure. Gyro Sensor Block Diagram

X Accel

Y Accel

Z Accel

ADC

ADC

ADC

Digital

I�C

X Gyro

Y Gyro

Z Gyro

ADC

ADC

ADC

ADCTemp

DigitalControl andProcessing

Sensor I�CInterface

PrimarySerial

Interface

R9021.5K

0.1u

C965

VSEL_1.8V

C962

0.1u

MPU3050AU961

25

21

20

22

19

23

24

81 71

9

8

10

7

11

6

12

5

31

4

41

3

51

2

61

1NI

KLC

7C

N

1C

N

6C

N

2C

N

5C

N

3C

N

DD

V

4C

N

INT

AD_

EMI

FSYNC

IME_CL

REGOUT

VLOGIC

AD0

8C

N

DN

G

SDA

SCL

RESV1

CLKOUT

CPOUT

RESV2

NC9

C961 2.2n

SENSOR_3.0V

0.1u

C963

R9011.5K

VSEL_1.8V

I2C4_SDAI2C4_SCL

GYRO_INT

AD

_E

MI

LC_

EM

I

Added (P925 Rev.A)

P9�5

3. TECHNICAL BRIEF



3.18 Illumination & Proximity 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.

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

LCD backlight and Touch screen are disable operation automatically.

U101 : APDS-9900 IC used I2C interface to OMAP4430

Figure. Illumination & Proximity Sensor Schematic

Figure. Illumination & Proximity Sensor Block Diagram

PROXI_3.0V

U101

54

63

72

81SDA VDD

INT SCL

LDR GND

LEDK LEDA

SENSOR_3.0V

1uC101C102

1u

PROX_INT

I2C3_SDA

I2C3_SCL

Rev.B(Pull Up Move to Main PCB)

3.18 Ambient Light & Proximity Sensor

3. TECHNICAL BRIEF



3.19 Touch Module

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

The Touch module is controlled by I2C Interface in OMAP4430.

Figure. Schematic of Touch connector (Sub PCB side)

Pin Map

1 SCL

2 GND

3 SDA

4 VDD(3.3V)

5 INT

6 VBUS(1.8V)

7 Reset

8 GND

9 GND

10 GND

CN102

65

74

83

92

101

30 1AV

VSEL_1.8V

21 1R

K01TOUCH_3.3V

VSEL_1.8V

50 1DZ

C119

2.2u

101DZ

201DZ

3 01DZ

401DZ

601DZ

u1021

C

I2C2_SCL

I2C2_SDA

TOUCH_INT_N

TOUCH_RESET

Rev.F

Rev.E

Rev.F

Rev.FRev.F

3. TECHNICAL BRIEF



3.20 Main Features

3.23.1 LG-P920 Main Features

- DOP Type design

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

GSM/GPRS/EDGE/UMTS

- HSDPA 14.4Mbps, HSUPA 5.7Mbps

- Main LCD (WVGA)

TFT Main LCD (4.3”, 480X800), 3D LCD

- Capacitive/Electrostatic Touch Window

- 5M AF 3D Camera, 0.3M VT Camera

- 3.5Phi Stereo Headset & Speaker phone

- MP3/ WMA / AAC/AAC+/WAV/AC3 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)

- Supports FM Radio

- 1500 mAh (Li-Ion)

- 1500 mAh (Li-Ion)

P925

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING

4.1 RF Component

RF component (WCDMA / GSM)

X184TCXO(26MHz)

U241Tranceiver PMU

U181RFIC(Tranceive)

U121Duplexer(Bank)

U220PAM DCDC

U171PAM(MMMB)

FL111Filter(Seperator)

4. TROUBLE SHOOTING



4.2 SIGNAL PATH

WCDMA 1,2,4,5,8 Band TX Signal PATH

A. WCDMA 2100 TX PATH B. WCDMA 1900 TX PATH

C. WCDMA 1700 TX PATH D. WCDMA 850 TX PATH

E. WCDMA 900 TX PATH F. COMMON TX/RX PATH\

4. TROUBLE SHOOTING



WCDMA 1,2,4,5,8 Band RX Signal PATH

A. WCDMA 2100 RX PATH B. WCDMA 1900 RX PATH

C. WCDMA 1700 RX PATH D. WCDMA 850 RX PATH

E. WCDMA 900 RX PATH F. COMMON TX/RX PATH\

4. TROUBLE SHOOTING



GSM 850,900,1800,1900 Band TX/RX Signal PATH

A. GSM 850 RX PATH B. GSM 900 RX PATH

C. GSM 1800 RX PATH D. GSM 1900 RX PATH

E. GSM 850,900 TX PATH F. GSM 1800,1900 TX PATH

G. COMMON TX/RX PATH

4. TROUBLE SHOOTING



4.3 Checking TCXO Block

The output frequency (26MHz) of TCXO (X184) is used as the reference one of PMB5712

Schematic of the Crystal Part (26MHz)

26MHz

1XXA26000FBAX1843

2

4

1VCONT

VCC

GND

OUT

C184

22n

C185

10n

TP�

Schematic of the Crystal Part (26MHz)

TP1

TP1

TP2

4. TROUBLE SHOOTING



Check TP1VCC of TCXO

1.7V ≥ VCC ≥ 1.9V Check the PMB571�No

Yes

Check TP�

�6 MHz Signal Check soldering and components

No

Yes

TCXO is OK

4. TROUBLE SHOOTING



4.4 Checking WCDMA Block

START

Check TCXO Block

Check RF Switch (M/S)

Check TX/RX Level

Re-download & Cal

Change the Board

4. TROUBLE SHOOTING



4.4.1. Checking RF TX Level

Test Point (TX Level)

TP3

TP4

TP2 TP1

4. TROUBLE SHOOTING



100pC105

C115

10n

DNIL105

L102 2.2n

L1143n

C114

27p

DNIL143

C112 10p

L158 1.5n

DNI

L112

L111

DNI

C1231p

VBAT

DNIL169

1.5nL147

L159DNI

1.5nL168

L148DNI

L127 1n

L138DNI

L122 2.2n

L128DNI

L110 4.7n

33pC163

DNIL162

C109

1.8p

L113

10n

33pC151

L141DNI

B40761DY2045LU121

95

75

94

55

35

15

05

40

39

38

37

44

34

24

14

84

74

64

54

33

43

53

63

23

13

03

92

82

51

31

21

10

8

6

5

4

2

52

54

14

58

60

56

27

26

25

24

17

16

21

20

19

18

23

22

1311

791d

na

B-x

T

2d

na

B-x

T

4dna

B-

xT

5dna

B-

xT

8d

na

B-x

T

Rx-GSM1800_1Rx-GSM1800_2

Rx-Band1_1Rx-Band1_2





ANT-GSM1800

ANT-Band1

ANT-Band2

ANT_Band4

ANT-Band5

ANT-Band8

GND1GND2GND3GND4GND5GND6

7D

NG

8DN

G9D

NG

01D

NG

11D

NG

21D

NG

31

DN

G4

1DN

G

81D

NG

71D

NG

61DN

G51D

NG

72DN

G82DNG

92DNG

03D

NG

32D

NG

42D

NG

52

DN

G6

2D

NG

GND19GND20GND21GND22

23D

NG

33D

NG

43D

NG

53DN

G

13D

NG

63DN

G73DNG

MS-156CSW102

4 3

2

1ANTCOMMON

G3G4

C133DNI

33pC121

C153 22p

100n

L104DNI

C101C103

DNI

FL111BGSF18DM20

12

20

51

19

01

18

61

8

11

79

6

521 4

3

31

2

41

1

71D

DV

TRX_3

LC

S

TRX_2

OID

S

TRX_1

1D

NG

6D

NG

2D

NG

HB_TX

4D

NG

3D

NG

TN

A

LB_TX

DD

VL

TRX_6

5D

NG

TRX_5

MRF

TRX_4

DN

GP

DNIL116

33pC116 33pC117

L131 1.2n

SW10120279-001E-01

G1

ANT G2

L142 2.2n

L161 2.2n

L15247n

1nL137

C132 33p

RX_B1_H2

RX_B2_M2

RX_B5_L2X

RX_B8_L1X

WRD

_IP

SS

S_

IPS

KLC

_I

PS

IPS

V

GSM_HB_TX

GSM_LB_TX

RX_GSM1800_M1RX_GSM1800_M1X

RX_B8_L1

RX_B5_L2

RX_B2_M2X

RX_B1_H2X

RX_B4_H1XRX_B4_H1B2/GSM1900

B4

B5/GSM850

B8/EGSM

GSM1800_RX

B1

Removed (Rev.B)

* Global : 2.2nH* AT&T, TMUS : 100pF

<L102>

Rev.1.1

0.1u

C173

RF6260U171

71

81

91

02

21

10

11

21

13

41

15

16

9

8

7

6

5

4

3

2

1B8_TX

B5_TX

GSM_LB_TX

B2_TX

B1_TX

GSM_HB_TX

B4_TX

HB_RFIN

SPI_SS

VCC

LB_RFIN

IPS

V

NC

DNG_IP

S

SPI_CLK

SPI_DRW

GND

SO

MCV

MA

_BF

TABV

TUO_F

R

C171

220n

C1751p

L179 1.8n

VBAT_PAM

VBAT

DNIL180

L176 2.7n

DNIC178

L177DNI

C172

0.1u

SPI_DRW

SPI_SS

SPI_CLK

IPSV

FR_

AP

TE

D_WO

P_

AP

TX_H

TX_L

GSM_HB_TX

GSM_LB_TX

TUO

_P

C

Removed (Rev.E)

TP1

TP�

TP�

TP�

TP�

TP�

TP3

TP3

TP3

TP3

TP3

TP4

TP4

Schematic of WCDMA Band1,2,4,5,8 Tx Block

4. TROUBLE SHOOTING



Check Power Level

Check TP1 Over �1dBm? RF Tx Level is OKYes

No

Check PMB571�

Check TP� Over �1dBm? Check SeparatorYes

No

Check TP3 Over �1dBm? Check DuplexerYes

No

Check TP4 Over 6dBm? Check PAMYes

No

For testing, Max power output is needed.

4. TROUBLE SHOOTING



4.4.2. Checking RF Rx Level

Test Point (RF Rx Level)

TP2 TP1

4. TROUBLE SHOOTING



100pC105

C115

10n

DNIL105

L102 2.2n

L1143n

C114

27p

DNIL143

C112 10p

L158 1.5n

DNI

L112

L111

DNI

C1231p

VBAT

DNIL169

1.5nL147

L159DNI

1.5nL168

L148DNI

L127 1n

L138DNI

L122 2.2n

L128DNI

L110 4.7n

33pC163

DNIL162

C109

1.8p

L113

10n

33pC151

L141DNI

B40761DY2045LU121

95

75

94

55

35

15

05

40

39

38

37

44

34

24

14

84

74

64

54

33

43

53

63

23

13

03

92

82

51

31

21

10

8

6

5

4

2

52

54

14

58

60

56

27

26

25

24

17

16

21

20

19

18

23

22

1311

791d

na

B-x

T

2d

na

B-xT

4dna

B-x

T

5dna

B-

xT

8d

na

B-x

T







ANT-GSM1800

ANT-Band1

ANT-Band2

ANT_Band4

ANT-Band5

ANT-Band8


7DNG

8DN

G9DN

G0

1D

NG

11DN

G2

1DN

G3

1DN

G4

1DN

G

81DN

G7

1DN

G6

1DN

G51DNG

72

DN

G82

DNG

92

DNG

03D

NG

32D

NG

42D

NG

52

DN

G6

2D

NG


23D

NG

33D

NG

43D

NG

53

DN

G

13D

NG

63

DN

G73

DNG

MS-156CSW102

4 3

2

1ANTCOMMON

G3G4

C133DNI

33pC121

C153 22p

100n

L104DNI

C101C103

DNI

FL111BGSF18DM20

12

20

51

19

01

18

61

8

11

79

6

521 4

3

31

2

41

1

71D

DV

TRX_3

LC

S

TRX_2

OID

S

TRX_1

1D

NG

6D

NG

2D

NG

HB_TX

4D

NG

3D

NG

TN

A

LB_TX

DD

VL

TRX_6

5D

NG

TRX_5

MRF

TRX_4

DN

GP

DNIL116

33pC116 33pC117

L131 1.2n

SW10120279-001E-01

G1

ANT G2

L142 2.2n

L161 2.2n

L15247n

1nL137

C132 33p

RX_B1_H2

RX_B2_M2

RX_B5_L2X

RX_B8_L1X

WRD

_IP

SS

S_

IPS

KLC

_I

PS

IPS

V

GSM_HB_TX

GSM_LB_TX


RX_B8_L1

RX_B5_L2

RX_B2_M2X

RX_B1_H2X


B4

B5/GSM850

B8/EGSM

GSM1800_RX

B1

Removed (Rev.B)


<L102>

Rev.1.1

TP1

TP�

TP�

TP�

TP�

TP�

Schematic of WCDMA Band1,2,4,5,8 Rx Block

4. TROUBLE SHOOTING



Set the phone Rx is ON

Check TP1 Signal exist? Check RF Switch (M/S)No

Yes

Check Duplexer, PMB571�

Check TP� Signal exist? Check Separator

No

Yes

4. TROUBLE SHOOTING



4.4 Checking WCDMA Block

START

Check TCXO Block

Check RF Switch (M/S)

Check TX/RX Level

Re-download & Cal

Change the Board

4. TROUBLE SHOOTING



4.5.1 Checking RF Tx Block

TP3

TP1

TP2

4. TROUBLE SHOOTING



100pC105

C115

10n

DNIL105

L102 2.2n

L1143n

C114

27p

DNIL143

C112 10p

L158 1.5n

DNI

L112

L111

DNI

C1231p

VBAT

DNIL169

1.5nL147

L159DNI

1.5nL168

L148DNI

L127 1n

L138DNI

L122 2.2n

L128DNI

L110 4.7n

33pC163

DNIL162

C109

1.8p

L113

10n

33pC151

L141DNI

B40761DY2045LU121

95

75

94

55

35

15

05

40

39

38

37

44

34

24

14

84

74

64

54

33

43

53

63

23

13

03

92

82

51

31

21

10

8

6

5

4

2

52

54

14

58

60

56

27

26

25

24

17

16

21

20

19

18

23

22

1311

791d

na

B-x

T

2d

na

B-xT

4dna

B-x

T

5dna

B-

xT

8d

na

B-x

T







ANT-GSM1800

ANT-Band1

ANT-Band2

ANT_Band4

ANT-Band5

ANT-Band8


7DNG

8DN

G9DN

G0

1D

NG

11DN

G2

1DN

G3

1DN

G4

1DN

G

81DN

G7

1DN

G6

1DN

G51DNG

72

DN

G82

DNG

92

DNG

03D

NG

32D

NG

42D

NG

52

DN

G6

2D

NG


23D

NG

33D

NG

43D

NG

53

DN

G

13D

NG

63

DN

G73

DNG

MS-156CSW102

4 3

2

1ANTCOMMON

G3G4

C133DNI

33pC121

C153 22p

100n

L104DNI

C101C103

DNI

FL111BGSF18DM20

12

20

51

19

01

18

61

8

11

79

6

521 4

3

31

2

41

1

71D

DV

TRX_3

LC

S

TRX_2

OID

S

TRX_1

1D

NG

6D

NG

2D

NG

HB_TX

4D

NG

3D

NG

TN

A

LB_TX

DD

VL

TRX_6

5D

NG

TRX_5

MRF

TRX_4

DN

GP

DNIL116

33pC116 33pC117

L131 1.2n

SW10120279-001E-01

G1

ANT G2

L142 2.2n

L161 2.2n

L15247n

1nL137

C132 33p

RX_B1_H2

RX_B2_M2

RX_B5_L2X

RX_B8_L1X

WRD

_IP

SS

S_

IPS

KLC

_I

PS

IPS

V

GSM_HB_TX

GSM_LB_TX


RX_B8_L1

RX_B5_L2

RX_B2_M2X

RX_B1_H2X


B4

B5/GSM850

B8/EGSM

GSM1800_RX

B1

Removed (Rev.B)


<L102>

Rev.1.1

0.1u

C173

RF6260U171

71

81

91

02

21

10

11

21

13

41

15

16

9

8

7

6

5

4

3

2

1B8_TX

B5_TX

GSM_LB_TX

B2_TX

B1_TX

GSM_HB_TX

B4_TX

HB_RFIN

SPI_SS

VCC

LB_RFIN

IPS

V

NC

DNG_IP

S

SPI_CLK

SPI_DRW

GND

SO

MCV

MA

_BF

TABV

TUO_F

R

C171

220n

C1751p

L179 1.8n

VBAT_PAM

VBAT

DNIL180

L176 2.7n

DNIC178

L177DNI

C172

0.1u

SPI_DRW

SPI_SS

SPI_CLK

IPSV

FR_

AP

TE

D_WO

P_

AP

TX_H

TX_L

GSM_HB_TX

GSM_LB_TX

TUO

_P

C

Removed (Rev.E)

TP1

TP�

TP3

TP3

Schematic of GSM850/EGSM/DCS/PCS Tx Block

TP�

4. TROUBLE SHOOTING



For testing, Max power output is needed

Chenck Power Level

Check TP1Over 31 dBm(GSM850, EGSM)

Over �8 dBm(DCS, PCS)RF TX Level is OK

Yes

No

Check PMB571�

Check TP�Over 31 dBm(GSM850, EGSM)

Over �8 dBm(DCS, PCS)Check Separator

Yes

No

Check TP3Over 1� dBm Check PAM

Yes

No

No

4. TROUBLE SHOOTING



4.5.2 Checking RF Rx Block

TP2 TP1

4. TROUBLE SHOOTING



100pC105

C115

10n

DNIL105

L102 2.2n

L1143n

C114

27p

DNIL143

C112 10p

L158 1.5n

DNI

L112

L111

DNI

C1231p

VBAT

DNIL169

1.5nL147

L159DNI

1.5nL168

L148DNI

L127 1n

L138DNI

L122 2.2n

L128DNI

L110 4.7n

33pC163

DNIL162

C109

1.8p

L113

10n

33pC151

L141DNI

B40761DY2045LU121

95

75

94

55

35

15

05

40

39

38

37

44

34

24

14

84

74

64

54

33

43

53

63

23

13

03

92

82

51

31

21

10

8

6

5

4

2

52

54

14

58

60

56

27

26

25

24

17

16

21

20

19

18

23

22

1311

791d

na

B-x

T

2d

na

B-xT

4dna

B-x

T

5dna

B-

xT

8d

na

B-x

T







ANT-GSM1800

ANT-Band1

ANT-Band2

ANT_Band4

ANT-Band5

ANT-Band8


7DNG

8DN

G9DN

G0

1D

NG

11DN

G2

1DN

G3

1DN

G4

1DN

G

81DN

G7

1DN

G6

1DN

G51DNG

72

DN

G82

DNG

92

DNG

03D

NG

32D

NG

42D

NG

52

DN

G6

2D

NG


23D

NG

33D

NG

43D

NG

53

DN

G

13D

NG

63

DN

G73

DNG

MS-156CSW102

4 3

2

1ANTCOMMON

G3G4

C133DNI

33pC121

C153 22p

100n

L104DNI

C101C103

DNI

FL111BGSF18DM20

12

20

51

19

01

18

61

8

11

79

6

521 4

3

31

2

41

1

71D

DV

TRX_3

LC

S

TRX_2

OID

S

TRX_1

1D

NG

6D

NG

2D

NG

HB_TX

4D

NG

3D

NG

TN

A

LB_TX

DD

VL

TRX_6

5D

NG

TRX_5

MRF

TRX_4

DN

GP

DNIL116

33pC116 33pC117

L131 1.2n

SW10120279-001E-01

G1

ANT G2

L142 2.2n

L161 2.2n

L15247n

1nL137

C132 33p

RX_B1_H2

RX_B2_M2

RX_B5_L2X

RX_B8_L1X

WRD

_IP

SS

S_

IPS

KLC

_I

PS

IPS

V

GSM_HB_TX

GSM_LB_TX


RX_B8_L1

RX_B5_L2

RX_B2_M2X

RX_B1_H2X


B4

B5/GSM850

B8/EGSM

GSM1800_RX

B1

Removed (Rev.B)


<L102>

Rev.1.1

TP1

TP�

TP�

TP�

TP�

TP�

Schematic of GSM850/EGSM/DCS/PCS Rx Block

4. TROUBLE SHOOTING



Set the phone Rx is On

Check TP1 Signal exist? Check RF Switch (M/S)No

Yes

Check Duplexer, PMB571�

Check TP� Signal exist? Check SeparatorNo

Yes

4. TROUBLE SHOOTING



4.6. GPS/WIFI/BT RF components

4.6.1 GPS Module

GPS chip is made by Broadcom and name is BCM4751

U1831GPS LDO

U1801GPS LNA

FL1801Separator

X1821GPS TCXO

U1811GPS IC

4. TROUBLE SHOOTING



4.6.2 Wifi/BT/FM Module

FL1901Filter

U1902RF3482

U1901WL1271

4. TROUBLE SHOOTING



4.7 GPS/WIFI/BT SIGNAL PATH

4.7.1 GPS Signal Path

ANT

4. TROUBLE SHOOTING



4.7.2 Wifi/BT/FM Signal Path

ANT

Wifi Signal

BT Signal

4. TROUBLE SHOOTING



4.9 Power ON Troubleshooting

The main power source of LGP920 is provided by 2 chips which are TWL6030 and XMM6260 (Communication

processor). Since XMM6260 only powers up normally when OMAP4430 is properly powered therefore, TWL6030

is the actual one to take look at.

Power ON sequence of LGP920 is,

PWR key press PM_ON_SW goes low (R1195, TWL6030 PWRON_ pin(L5)) TWL6030 Power Up

SENSOR_3.0V VSEL_1.8V (L803) VSEL_VMEM (L806) VSEL_2.1V (L804) VSEL_1.29V (L805)

VPMIC_VCXIO VSEL_VCORE3 (L802) VCORE1_OMAP_MPU (L800)

VCORE2_OMAP_IVAUD (L801) goes high

(if network connected VSD1_1.3V VSD2_1.8V)

TWL6030 Power on sequence

Externalperipherals

Phoenix PowerDevice OMAP4430

External Power IC: Enable

LPDDR�: VDD1CDC3S04: VDD_DIGAll peripherals: 1.8v lOs and cores

LPDDR�: VDD�

External Power IC: Enable

Phoenix Audio: TBD

LPPDDR�: VDDCA, VDDQAll peripherals: 1.�v lOs and cores

CDC3S04: IOs

Phoenix Power IC tum on time up to

REGEN1/�

V1V8

VMEM @ 1.35V or 1.�V wrt boot mode

SYSTEM

V�V1

V�V�9@ 1.�V

VCXIO

VCORE3

VCORE1

VCORE�

VDDS_1P8VDDS_DV_xxx@ 1.8vVDDA_BG_VBB, VDD_LDO_SRAM

VDDCA_LPDDR�VDDQ_LPDDR�VDD_LDO_EMU_WKUPVDDS_1P�VDDS_DV_xxx@1.�V

VDDS_DPLL, VDDA_DSI1/�

VDDA_CSI�1/�, VDDA_UNI1,VDDA_USB1OTG_1P8V,VDDS_1P8_FREF

VDD_COREVDD_DLL0/1_LPDDR�1/�

VDD_MPU

VDD_IVA_AUDIO

Power On Event: battery plug, power on button, remote power on, RTC wakeup, battery Voltage > Vbatmin thresold during charge

7ms(after debounce) - Phoenix intermal power up sequence

VBAT

1.8V500us

500us1.35V if Phoenix BOOT1=0or1.�V if BOOT1=1

500us 1.8V

500us �.1V

500us1.�V

500us

1

�

3

4

5

6

7

�’

3’ 8

9

4.8

P9�5

P9�5

4. TROUBLE SHOOTING



X-GOLD™ 626PMU Sub-System

PMU BehaviorConfidential

Product Specification 13 Revision 2.22, 2010-05-10Hardware Description

Figure 4 PMU Start-up / Shut-down Timing

2.1 PAD Timing

Figure 5 PAD Control Timing

2.2 PMU controlThe PMU can be fully controlled by software using a serial interface (SPI). For timing critical configurations thePMU additionally offers a parallel interface to the baseband for real-time control of features like voltage scaling,DCDC mode control and stand-by.

Shut-down

VBAT

LPBG

LPMU

LRTC

ON event ON event detected

High Precition Bandgap

Step-Down 1

REF_CLK_EN

BaseBand reset

20µs

Step-Down 2

LUSB_PD

LUSB_ANA

LUSB_IO

LIO_12

Reset

XX

XX

[email protected]@1.1V

LPLL

2180µs 2560µs 1500µs 1520µs 200µs200µs

200µs200µs

20µs 16ms 20µs20µs

20µs

Start-upBattery insertion

LPMU

LRTC

Power on Reset

ON1_i

ON2_N_i

RESET_BB_N_i

TRIG_B_i

RESET_PWRDWN

VSD2

TM_EN

REF_CLK_EN_o

BaseBand reset_n

pad active

pad active

pad active

pad active

pad active

pad active

pad active

pad active

SYSTEM OFF SYSTEM ON PMU ISO Mode Battery removal

VRTC

Sup

plie

d Pa

dsP

MU

inpu

tsPM

U o

utpu

ts

VRTC

Sup

plie

d Pa

ds

undefinedPOR enables VRTC pads

POR enables RESET pad

self enabling pad

XMM6260 PMU Power on sequence

4. TROUBLE SHOOTING



START

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

Yes

Change the main board

Press PWR Key Check TP1 high to low? Check the Power Key

No

Yes

Power Key is damaged? Change the Power KeyNo

Yes

Check TP9 Clock ≈3�.768KhzClock Range is O.K?

Change the TCXO and X-talNo

Yes

Check TP voltage0.6V < TP�, 3, 4 < 1.3V

TP5 ≈ 1.8VTP6 ≈ �.1V

TP7, 8 ≈ 1.�VVoltage Range is O.K?

Change the Main board

Yes

No

4. TROUBLE SHOOTING



TOP view of LGP925

Power Key of LGP925

TP1 (R1195),PWR_ON_SW

TP9 (X800), CLOCK

TP6 (L804), VSEL_2.1V

TP7 (L805), VSEL1.29V

TP5 (L803), VSEL_1.8V

TP3 (L801), VCORE2_OMAP_IVAUD TP8 (L806), VSEL_VMEM

TP2 (L800),VCORE1_OMAP_MPU

TP4 (L802),VSEL_VCORE3

4. TROUBLE SHOOTING



R1195

1K

G5TS0_5B9

DSE

5911D Z

CN1195

2

1PWR_ON_SW

Added (Rev.E)

TP1

10uC813

R12

T12

R11

T11

R13

R10

T10

H15

H16

J15

J16

G16

K15

K16

E15

E16

D15

D16

F16

C15

C16

M15

L16

M16

P15

P16

N16

L15

R14

T14

T13

H2

H1

J2

J1

G1

K2

K1

R5

T5

R6

T6

R4

R7

T7

M2

L1

M1

P2

P1

N1

L2

R3

T3

T4VCORE1_IN_B1VCORE1_IN_B2VCORE1_IN_B3VCORE1_FDBK

VCORE1_SW_B1VCORE1_SW_B2VCORE1_SW_B3

VCORE1_GND_B1VCORE1_GND_B2VCORE1_GND_B3

VCORE2_IN_B1VCORE2_IN_B2VCORE2_FDBK

VCORE2_SW_B1VCORE2_SW_B2

VCORE2_GND_B1VCORE2_GND_B2

VCORE3_IN_B1VCORE3_IN_B2VCORE3_FDBK

VCORE3_SW_B1VCORE3_SW_B2


V1V8_IN_B1V1V8_IN_B2V1V8_IN_B3V1V8_FDBKV1V8_SW_B1V1V8_SW_B2V1V8_SW_B3

V1V8_GND_B1V1V8_GND_B2V1V8_GND_B3

V2V1_IN_B1V2V1_IN_B2V2V1_FDBKV2V1_SW_B1V2V1_SW_B2

V2V1_GND_B1V2V1_GND_B2

V1V29_IN_B1V1V29_IN_B2V1V29_FDBK

V1V29_SW_B1V1V29_SW_B2


VMEM_IN_B1VMEM_IN_B2VMEM_FDBKVMEM_SW_B1VMEM_SW_B2

VMEM_GND_B1VMEM_GND_B2

FB803 220

120FB805

VSEL_1.8V

220FB800

C817

4.7u

L804 0.47u

L806 0.47u

L800 0.68u

0.47uL801

L802 0.47u

L805 0.47u

L803 0.68u

VCORE1_OMAP_MPU

C831 10u

6 28C

u7 .4

C828 10u

4.7u

C824

120FB801

VSEL_VMEM

C825 10u

4.7u

C819

120FB804

VSEL_1.29V

C821 10u

VSEL_2.1V

928C

u7.4

10uC818

C814

4.7u

120FB802

VCORE2_OMAP_IVAUD

VSEL_VCORE3

C815 10u

C808

4.7u

FB806 120

VBAT

VBAT

VBAT

VBAT

VBAT

VBAT

VBAT

TP�

TP3

TP4

TP5

TP6

TP7

TP8

4. TROUBLE SHOOTING



4.10 Charger Troubleshooting

LGP920 micro USB is located at the side of the terminal set, charging current flows from external micro USB

Connector directly to the battery. The charger IC maximum charging current is set around 945mA

Charging Procedure - Connect TA or u-USB Cable - Control the charging current by RT9524 IC

- Charging current flows into the battery

Troubleshooting Check Point - Connection of TA or USB Cable - Charging current path (RT9524)

- Battery

During charging operation test point signal goes low and when stop charging goes high.

4.9

P9�5

4. TROUBLE SHOOTING



Check the Connectionof uUSB and battery

Connection OK?No

Yes

Is the uUSB Cablevoltage 4.8V (or 5.0V)

No

Yes

Is it charging properlyAfter turning on?

START

Change I/O connector

Change TA (or u-USB cable)

ENDYes

No

TP Signal is correct? ENDYes

No

Change the Main Board

4. TROUBLE SHOOTING



During charging operation test point signal goes low and when stop charging goes high.

TP809, CHG_EN_SET/

VCHGUSB_VBUS VBAT

)%1(

828R

smho

K2

(0603)10KR821

1uC811

C809

1u

728R

)%1(

065

VSEL_1.8V

U801RT9524

65

74

83

92

101

11PGND

VIN BATT

ISET PGB

GND1 CHGSB

LDO GND2

IEOC EN_SET

TP809

1uC810

CHG_STATUS/

CHG_EN_SET/

USB_VBUSVCHG 1mm1mm0.15mm

(Rev.C)Removed Res.

TP809 : Charging Enable Signal

4. TROUBLE SHOOTING



Cable is inserted? Insert cableNo

Yes

Change the mainboard

TP1 is 5V? Check MUIC or Charger ICNo

Yes

USB_D+is 3.3V? Check U811No

Yes

START

4.11 USB Trouble shooting

The sequence of LGP920USB is,

USB connected to LGP920 USB_VBUS(C816) goes to 5V USB_D+ go to 3.3V USB_DATA is triggered

USB work

Block Diagram of USB & UART connection is shown below

Check MUIC or

Charger IC

Insert

NO C816 is 5V?

YES

YES

Cable is inserted?NO

Check


NO USB_D+ is 3.3V?

YES

Start

4.10

P9�5

P9�5

4. TROUBLE SHOOTING



ZD801

PSD12-LF

VSEL_1.8VESD9B5_0ST5G

ZD802

CN801

GU077-5P-SD-E1500

11

10

9

5

4

3

2

1

8

7

6

VBUSD-

D+

ID

GND

NFM18PC104R1C3FL800

IN OUT

GND1 GND2

56KR850

C827

1u

2.2KR848

C822

0.1u

C823

1u C820

100n

R8541.5K

U811MAX14526EEWP+TCC6

2B

1C

2C

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 LC

S

AD

S

TNI

R8531.5K

VBAT

I2C3_SCLI2C3_SDA

VCHG

MUIC_INT/

USB_DM_OMAP

USB_DP_OMAP

UART_RX

UART_TX

USB_IDUSB_DPUSB_DM

Added (Rev.B)

1mm

90ohm matching !!90ohm matching !!

Changed (Rev.C)

Added (P925 Rev.A)

Changed (P925 Rev.A)Changed (Rev.E,1.1)

C3

B5

B4USBA0_OTG_DM/UART3_TX_IRTX/UART2_TX/GPIO_180/SAFE_MODEUSBA0_OTG_DP/UART3_RX_IRRX/UART2_RX/GPIO_179/SAFE_MODE

USBA0_OTG_CE

USB_DM_OMAPUSB_DP_OMAP USB

MUIC

TP1 (USB_VBUS)

4. TROUBLE SHOOTING



TP1 (USB_VBUS)

U811 (MUIC – MAXIM14526)

4. TROUBLE SHOOTING



4.11 Audio trouble

4.11.1 Speaker troubleshooting

Speaker control signals are generated by OMAP4430 (U500) and Power is supplied byTWL6040(U901).

Is speaker sound OK? ENDYes

No


Change the main ANT module.Is speaker sound OK? END

Yes

No

Change the RF key PCB.Is speaker sound OK? END

Yes

No

Change the TWL6040(U901)Is speaker sound OK? END

Yes

No

START

Check the speaker sound andreconnect the main ANT module

4. TROUBLE SHOOTING



RF Key PCB

TWL6040

TWL6040

4. TROUBLE SHOOTING



4.11.2 Receiver troubleshooting

Receiver control signals are generated by OMAP4430 (U500) and Power is supplied byTWL6040(U901).

Is receiver sound OK? ENDYes

No


Change upper module (receiver + Top FPCB) END

Yes

No

Change theTWL6040(U901) Is speaker sound OK? END

Yes

No

START

Check the receiver sound (loop back mode).

And reconnect Top FPCB connector on main-board.

4. TROUBLE SHOOTING



TWL6040

Upper module :

Receiver + Top FPCB

Top_FPCB BTB

connector

Top_FPCB BTBconnector

TWL6040

4. TROUBLE SHOOTING



4.11.3 Main MIC troubleshooting

Main MIC signal is generate by MEMS MIC on RF-key PCB

Check the MIC hole to make clear the voice signal path.

Is vioce signal OK?END

Yes

No


Change the RF-key PCB.And check the voice siganl.

Is voice signal OK?END

Yes

No

Change the TWL6040(U901)Is the voice siganl OK? END

Yes

No

START

Check the MIC signal by loop-back testor voice recorder

4. TROUBLE SHOOTING



RF Key PCB

TWL6040

TWL6040

4. TROUBLE SHOOTING



4.11.4 SUB MIC troubleshooting

Sub MIC signal is generate by MEMS MIC on Top FPCB



Yes

No


Change the Top FPCB. Is voice signal OK END

Yes

No

Change the TWL(U901)Is the voice signal OK? END

Yes

No

START

Check the MIC signal by loop-back testor voice recorder

4. TROUBLE SHOOTING



TWL6040

Top FPCB

TWL6040

4. TROUBLE SHOOTING



4.11.5 Ear-MIC troubleshooting

Ear MIC control signal is generate by TWL6040 and OMAP4430.

- Disable to recognize headset insert

Check the 3.5pi headest FPCB BtoB connector or change that FPCB

to new one.

No

Yes

START

Check the left signal and detectionline became short when

headset inserted

No

END

Check the top FPCB BtoB Connector or change that FPCB to

new one.

YesEND

Change the P-channel MOCFET

No

Detecting headset insert well?

Change the TWL6040.Detecting headset insert well?

No


ENDYes

ENDYes

Yes

No

4. TROUBLE SHOOTING



C1175

0.1u 0.1u

C1176 R1176

10K

G5TS0_5B9

DSE

ZD1172

VSEL_1.8V

200KR1174

C1177

33p

VSMF05LCCD1175

43

52

61 R1173 1M

1800FB1175

1800FB1176

FB1177 1800

FB1173

1800

L1172

DNI

C1171 1n

18 17

19 16

20 15

21 14

22 13

23 12

24 11

25 10

26 9

27 8

R1172

DNI

C1172

DNI

Q1173

2SJ347

2

3

1G

DS

FM_ANT

AUD_RCV_NAUD_RCV_P

EAR_LEAR_R

EAR_SENSE

Added (Rev.E)


Check the left signal and detection line became short when headset inserted

TP2, FB1176TP1, FB1173

TP1

TP2

4. TROUBLE SHOOTING





Yes

No


Change the Top FPCB. Is voice signal OK END

Yes

No

Change the TWL(U901)Is the voice signal OK? END

Yes

No

START

- Disable to using headset MIC or headset receiver when voice call

4. TROUBLE SHOOTING



4.12 Camera trouble(5M/VGA)4.12.1 Main 5M AF Camera troubleshooting

5M camera control signals are generated by OMAP4430(U500), and Power is supplied by LP87�0(U1�01)

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(TP�), AVDD(TP3)

Camera is OK? ENDYes

No

4. TROUBLE SHOOTING



C1212

10u

U1201LP8720TLX

1B

E1C2

B2

C1

E2

D3

C3

A1C4

B3

A3

D4

E3

D2

B4E4

2A

1D

4A

TTA

BV

2NI

V

1NI

V

VINB LDO1

FB

SW

GNDB

LDO2

IRQ_N

SDA LDO3

SCL

DVS

EN

LDO4

DEFSEL

IDSEL LDO5

DN

G

1u

C1204

C1211

2.2u

C1205

1u

C1209

2.2u2.2u

C1210

5M_VCM_V2V8_S

10u

C1201

5M_VCM_V2V8_P

5M_VANA_V2V7_P

VBAT

1.2V_5M_VDIG

1.8V_5M_VIO

5M_VANA_V2V7_S

2.2u

L1201

1u

C1206 C1207

1u

C1208

1u

100KR1202

I2C3_SCLI2C3_SDA

CAM_SUBPM_EN

Added Res. (Rev.B)

4E o t esol

C


FL1223

ICMEF214P101M01

9

84736251


1G

2G

CN1221GB042-40S-H10-E3000

21 20

22 19

23 18

24 17

25 16

26 15

27 14

28 13

29 12

30 11

31 10

32 9

33 8

34 7

35 6

36 5

37 4

38 3

39 2

40 1

ICMEF214P101M

FL1222

01

9

84

73

62

51P1 P5P2 P6P3 P7P4 P8

1G

2G

1.2V_5M_VDIG

1.8V_5M_VIO

5M_VANA_V2V7_S

5M_VANA_V2V7_P

1u

C1236

4.7u

C1235

5M_VCM_V2V8_P

5M_VCM_V2V8_S

FL1221ICMEF214P101M

01

9

8

7

6

5P1

1P5

P22

P6P3

3P7

P44

P8

1G

2G

G5TS0_5B9

DSE

4221DZ

G 5TS 0_5B9

DSE

5221DZ

0.1u

C1230C1228

4.7u

C1229

1u

0.1u

C1237

C1231

0.1u

0.1u

C1232

0.1u

C1234

C1233

0.1u

I2C3_SCLI2C3_SDA

I2C4_SDAI2C4_SCL

5M_MCLK







PRIMARY_5M_RESET_N

5M_MCLK_CAM

5M_MCLK_CAM

AVDD : TP3

IOVDD : TP1

DVDD : TP�

MCLK: TP4

MIPI_CLK: TP5

MIPI_DATA: TP6

4. TROUBLE SHOOTING

- 1�0 - Copyright © �011 LG Electronics. Inc. All right reserved.Only for training and service purposes


DVDD : TP2(L1201)

AVDD : TP3(C1204)

MIPI_CLK: TP5(FL1222)

MCLK: TP4(FL1222)

MIPI_DATA: TP6(FL1223)

IOVDD : TP1(C1207)

4. TROUBLE SHOOTING



CN103

1110

129

138

147

156

165

174

183

192

201

0.1u

C103

TWL_LDO_1.8V

TWL_LDO_2.8V

0.1u

C104

FB101

VT_CAM_RESET/VT_CAM_PWDN

VT_0.3M_MIPI_CLK_NVT_0.3M_MIPI_CLK_P

VT_0.3M_MCLK

VT_0.3M_MIPI_DATA0_NVT_0.3M_MIPI_DATA0_P

I2C3_SDAI2C3_SCL



IOVDD & DVDD : TP1(FB101)

AVDD : TP�(C103)

4.12.2 Sub VAG Camera troubleshooting

VGA camera control signals are generated by OMAP4430(U500), and Power is supplied by LP87�0(U1�01)

IOVDD & DVDD : TP1(FB101)

AVDD : TP2(C103)

4. TROUBLE SHOOTING

- 1�� - Copyright © �011 LG Electronics. Inc. All right reserved.Only for training and service purposes


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 LCD Power TP1, TP�, TP3

LCD BL Boost outputTP4

No


Disconnect and reconnect LCD connector(CN1141)

Change the LCD module

The LCD works

Yes

Yes

Yes

4.13 Main LCD trouble

4.13.1 2D LCD Display trouble

Main LCD control signals are generated by OMAP4430. Those signal’s path are : OMAP4430 -> LCD Module

4. TROUBLE SHOOTING



1uC1143

43

21

R1191 DNI

600FB1143

ICMEF214P101M

FL1142

01

9

84

73

62

51P1 P5P2 P6P3 P7P4 P8

1G

2G

2.8V_3D_LCD

2.8V_LCD_VCI

1.8V_LCD_IOVCC

12V_3D_LCD

FL1141

ICMEF214P101M 01

9

8 4

7 3

6 2

5 1P1P5P2P6P3P7P4P8

1G

2G

CN114124-5804-030-000-829+

16 15

17 14

18 13

19 12

20 11

21 10

22 9

23 8

24 7

25 6

26 5

27 4

28 3

29 2

30 1

2.8V_LCD_VCC

2011AV

RF0518130SVCI

4011AV

RF051 8130SVCI

C1141

1u

DNIR1190

I2C2_SCLI2C2_SDA

LCD_RESET_N

LED_C2LED_C1

LED_A


DSI2_LCD_MIPI_D0_P


DSI2_LCD_MIPI_D0_N

3D_LCD_BANK_SEL_1

Added (Rev.B)Removeed VA1101, VA1103 (Rev.C)

TP1

TP�TP3

100KR1126

10uL1121

R11021.5K

VSEL_1.8V VBAT

1u

C1122

LM3528U1121

B2

D1

C3

A2

3D

C2

A3

2D

B3

A1

C1

B1GPIO1

HWEN/PGEN/GPIO

OVP

SET

WS

SUB/FB

SDA

DN

G

MAIN

IN

VIO

SCL

C1121

1u

12KR1125

D1122

R11031.5K

I2C2_SCLI2C2_SDA

LED_C2LED_C1

LED_A

LCD_CP_EN

Rev.B

Added Res. (Rev.B)


TP4

TP1

TP2,3TP4

4. TROUBLE SHOOTING



4.13.2 3D LCD Display trouble

3D LCD enables by OMAP4430. Those signal’s path are : OMAP4430 -> LCD Module

Press PWR key turn the power On


Yes

END

Follow the Power ON trouble shooting

No

3D display OK?(Dedplay another color)

START

No

Check LCD Power TP1, TP�

Check 3D LCD conttol signalTP3

No


Disconnect and reconnect LCD connector(CN1141)

Change the LCD module

The 3D LCD works

Yes

Yes

Yes

Enter the device test (S3D LCD test)

4. TROUBLE SHOOTING



2.8V_3D_LCDU1106

BU28TD2WNVX

5

3 24 1

VOUTVINGNDSTBY

DN

GP C1107

1u

VBAT

C1106

1u

3D_LCD_EN

R1136

510K

51KR1133

12V_3D_LCD

VBAT

200K

R1134 C1134

0.1u

5311R

K22

0.1uC1132 C1138 0.1u

C1137

1u

4.7u

C1131TPS61093

U1131

11

10

9

4

7

3

5

2

8

6

1GND

SS

OUT

VIN

EN

CP2

FB

CP1

SW

VO

Exposed_GND

4.7uL1131

3D_BOOST_EN

Changed (Rev.B)


R1191 DNI

16 15

17 14

18 13

19 12

20 11

21 10

22 9

23 8

24 7

25 6

26 5

27 4

28 3

4011AV

RF 0518 130SVCI

DNIR1190

I2C2_SCLI2C2_SDA

LED_C2LED_C1

LED_A

3D_LCD_BANK_SEL_1

TP1

TP�

TP3

4. TROUBLE SHOOTING



Figure. 3D LCD operating trouble

TP1

TP3

TP2

TP1

TP3

TP2

4. TROUBLE SHOOTING



Re-insert the SIM card

Work well? ENDYes

No

Change Main

�.9V_SIM(C103)runs? Change the main boardNo

Yes

Work well? ENDYes

START

Change SUB

Work well? ENDYes

No

Change SIM card

No

4.15 SIM detect Trouble shooting

The sequence of detecting LG-P920 SIM is,

SIM inserted to LG-P920 2.85V_SIM(C207) goes to 2.85V Triggers SIM clock, reset and data.

Block Diagram of USB & UART connection is shown below

I_O RST CLK

USIM

USIM_CLKK

USIM_RESET

USIM_DATA

MP-EHM

XMM6260 CC_IO

CC_CLKCC_RST

Start

Re-insert the SIM card

Work well? End Yes

NoNO

Change the main

board

2.9V_SIM (C103) runs?

YES

Change SUB

Work well? End Yes

No

Change SIM card

Yes

No

End Work well?

Change Main

4.14

P9�5

P9�5

4. TROUBLE SHOOTING



C101

10pC104

10p0.1u

C103

J101

87

63

52

41VCC GND

RST VPP

CLK I_O

GND1 GND2

K7.4

1 01R

VSIM_2.9VVSIM_2.9V

C102

DNI

USIM_RESET/USIM_CLK USIM_DATA

* layout note : CLK and IO must be seperated

Rev 1.0 value change


VSIM_�.9V : TP1(C103)

VSIM_2.9V : TP1(C103)

P925 SUB RFPCB

Check if SUB RFPCB is damaged

4. TROUBLE SHOOTING



4.15 Vibrator TroubleshootingCheck 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, �, 3

No


Change the vibratorYes

Vibration OK?

Vibrator works

END

Yes

Check haltic feedback on the setting menu

No

4. TROUBLE SHOOTING



ISA1000

EUSY0238306

U981

90111

54

63

72

81EN VDP

PWM GND

MODE VDD

GAIN VDN

3C

N

2C

N

1C

N

TWL_LDO_3.0V

C987

2.2u

R982

DNI

L988 82n

L989 82n

R986 470K

0R987

TP905

R981100K

C986 3.9n

VIB_L_P

VIB_L_N

VIBE_PWMVIBE_EN

Added (P925 Rev.A)



TP1

TP�

TP3

4. TROUBLE SHOOTING



TP1

4. TROUBLE SHOOTING



4.16 HDMI TroubleshootingCheck 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 woeks

END

Yes

Connect the HDMI cable

No

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



4.17 Motion Sensor on/off trouble

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 OMAP4430 controls normally. Therefore if the motion sensor is damaged,

change the motion sensor IC or main board.

Check the gyro & motion sensor function

Function is OK?

No

ENDYes

START

Change the Gyro SensorIC(U961)

YesGyro-NG

Motion sensor-OK?

No

ENDYes

Change the motion sensorIC(U971)

Gyro & motionfunction is OK?

No

ENDYes


Function is OK? ENDYes

No

No

4. TROUBLE SHOOTING



R9021.5K

0.1u

C965

VSEL_1.8V

C962

0.1u

MPU3050AU961

25

21

20

22

19

23

24

81 71

9

8

10

7

11

6

12

5

31

4

41

3

51

2

61

1NI

KLC

7C

N

1C

N

6C

N

2C

N

5C

N

3C

N

DD

V

4C

N

INT

AD_

EMI

FSYNC

IME_CL

REGOUT

VLOGIC

AD08

CN

DN

G

SDA

SCL

RESV1

CLKOUT

CPOUT

RESV2

NC9

C961 2.2n

SENSOR_3.0V

0.1u

C963

R9011.5K

VSEL_1.8V

I2C4_SDAI2C4_SCL

GYRO_INT

AD

_E

MI

LC_

EM

I

Added (P925 Rev.A)

R973DNI

1u

C973

VSEL_1.8V

C972

0.1u

0.1u

C971 U971

KXTF9

4

3

2

1

501

6

7

8

9SCL

DNC4

INT

DNC3

AD

SD

DV

IO_VDD

DNC1

DNC2

GND

VSEL_1.8V

SENSOR_3.0V

MOTION_INT

IME_DA

IME_CL

4. TROUBLE SHOOTING



Gyro SensorIC(U961)

Motion sensorIC(U971)

4. TROUBLE SHOOTING



4.18 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.

Check the gyro & compasssensor function

Function is OK?

No

ENDYes

START

Change the Gyro Sensor IC(U961)

YesGyro-NG?

Compass-OK?

No

ENDYes

Change the Compass Sensor IC(U975)

Compass Sensorfunction is OK?

No

ENDYes


Gyro & compassFunction is OK? END

Yes

No

No

4. TROUBLE SHOOTING



R9021.5K

0.1u

C965

VSEL_1.8V

C962

0.1u

MPU3050AU961

25

21

20

22

19

23

24

81 71

9

8

10

7

11

6

12

5

31

4

41

3

51

2

61

1NI

KLC

7C

N

1C

N

6C

N

2C

N

5C

N

3C

N

DD

V

4C

N

INT

AD_

EMI

FSYNC

IME_CL

REGOUT

VLOGIC

AD08

CN

DN

G

SDA

SCL

RESV1

CLKOUT

CPOUT

RESV2

NC9

C961 2.2n

SENSOR_3.0V

0.1u

C963

R9011.5K

VSEL_1.8V

I2C4_SDAI2C4_SCL

GYRO_INT

AD

_E

MI

LC_

EM

I

Added (P925 Rev.A)

C975

1uAMI306U975

10

95

4

63

72

81

DD

VA

YD

RD

DN

GL

CS

GE

RV

PP

V

INT

SDA ADDR

DVDD

SENSOR_3.0V

C978

1u

VSEL_1.8V

C976

10n

I2C4_SDAI2C4_SCL

COMPASS_INT

Added (Rev.1.0)

4. TROUBLE SHOOTING



Gyro SensorIC(U961)

4. TROUBLE SHOOTING



4.19 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

Send Key click & Phone number click& Call connected

START

Change the vt_cam fpcb LCD off? ENDYes

Check TP1 & I�C3_SDA & SCL& TP� Output

Output work well?

No

ENDYes



No

No

Object moved at theProximity sensor

4. TROUBLE SHOOTING



PROXI_3.0V

U101

54

63

72

81SDA VDD

INT SCL

LDR GND

LEDK LEDA

SENSOR_3.0V

1uC101C102

1u

PROX_INT

I2C3_SDA

I2C3_SCL


TP1

TP�

Sensor_3.0V : TP1(C102) PROXI_3.0V : TP2(C101)

4. TROUBLE SHOOTING



4.20 Ambient Light Sensor on/off trouble

Illumination Sensor is worked as below:

Menu Key click -> Settings click -> Display click -> Brightness click -> Automatic brightness click

Menu key click-> Settings click-> Display click

-> Brightness click-> Automatic brightness click

START

Change the vt_cam fpcb LCD brightness change? ENDYes

Check Sensor_3.0V(TP1)

Output work well?

No

ENDYes



No

No

Hide Illumination sensor by hand

4. TROUBLE SHOOTING



PROXI_3.0V

U101

54

63

72

81SDA VDD

INT SCL

LDR GND

LEDK LEDA

SENSOR_3.0V

1uC101C102

1u

PROX_INT

I2C3_SDA

I2C3_SCL


TP1

Sensor_3.0V : TP1(C102)

4. TROUBLE SHOOTING



4.21 Touch trouble

Touch control signals are generated by OMAP4430. Those signal’s path are : OMAP4430 -> Touch Module

START

Change the vt_cam fpcb Touch is OK? ENDYes

Check Touch_3.3V(TP1)& Touch_INT_N(TP�)

& I�C�_SDA(TP3) & SCL(TP4) Output

Output work well?

No

ENDYes

Change the Sub Rfpcb

Touch is OK? ENDYes

No

No

Reconnect the touch connector(CN10�)& sub BtB Connector(CN101)

Check the touch connector(CN10�)& sub BtB Connector(CN101)

No


Touch is OK? ENDYes

4. TROUBLE SHOOTING



CN102

65

74

83

92

101

30 1AV

VSEL_1.8V

21 1R

K01

TOUCH_3.3V

VSEL_1.8V

50 1DZ

C119

2.2u

101DZ

201DZ

3 01DZ

401DZ

601DZ

u1021

C

I2C2_SCL

I2C2_SDA

TOUCH_INT_N

TOUCH_RESET

Rev.F

Rev.E

Rev.F

Rev.FRev.F

I�C�_SCL: TP4(ZD103)

C115

1u

TOUCH_3.3VU102

5

3 24 1

VOUTVDDGNDCE

DN

GP

VBAT

SENSOR_3.0V

2ch -> 1ch (Rev.E)Remove 0 ohm (Rev.G)

I�C�_SDA: TP3(ZD10�)

Touch_INT_N: TP�(VA103)

Touch_3.3V : TP1(C119)

4. TROUBLE SHOOTING



4. TROUBLE SHOOTING



I2C2_SDA: TP3(ZD102) I2C2_SCL: TP4(ZD103)

Touch_3.3V : TP1(C119)

Touch_INT_N: TP2(VA103)

5. DOWNLOAD



5. DOWNLOAD

5. DOWNLOAD



LGP9�5

LGP9�5

LGP9�5

LGP9�5

5. DOWNLOAD



LGP9�5

5. DOWNLOAD



5. DOWNLOAD



P9�5

5. DOWNLOAD



5. DOWNLOAD



LGP9�5

LGP9�5

LGP9�5

5. DOWNLOAD



LGP9�5

LGP9�5

LGP9�5

LGP9�5

LGP9�5 LGP9�5

LGP9�5 LGP9�5

5. DOWNLOAD



LGP9�5

P925

5. DOWNLOAD



5. DOWNLOAD



LGP9�5

P925

6. BLOCK DIAGRAM



6.BLOCK DIAGRAM

PMU

RD_HRD HX

VCTCXO26MHz

AFC DACXO VCONT

PMURF6590

1V2 1V8 2V852V65

FilterB9469

GPS IN

DiplexerRD_HX AFC_DACXO VCONT

PAM DCDC

RF6560VOUT FB

9

PM L

GSM_LB_TX

GSM_HB_TX

B8 TXAnt B8

CP_OUT

VOUT_FB

B7953TRX4

VCC

MMMB

RF6260

TransceiverPMB5712

PM_L

PM_H

B8_TX

B5_TX

B2_TX

B1_TX

B4 TX

Ant_B8

Ant_B5

Ant_B2

Ant_B1

Ant B4

B7953B8 DPX

B7671B5 DPX

B7955B2 DPX

B7696B1 DPXTRX2

TRX3

TRX4

TRX5

XMM6260

ST8T

BGSF18D

RX_L1XRX_L1RX_L2XRX_L2

SYS_CLK

B4_TXAnt_B4

Ant_B3

B7959B4 DPX

DCSSAW filter

SYS_CLK_EN

REF_CLK_EN

TRX1

TRX6

SYS_CLK

SYSCLKEN

REF_CLK_ENBGSF18D _

RX_M2XRX_M2RX_H2XRX_H2

RX_H1XRX_H1RX M1X

DI3_TX_DATDI3_TX_DATX


Di3_TX_DATDi3_TX_DATX

Di3_RX_DATDi3_RX_DATX

_MRX_M1

6. BLOCK DIAGRAM



LCD 4.3”4.3” TFT 3D

EARO EAR_PIECE(RCV)FM_ANT

SDIO5

McPDMI2C2

DSI

I2C2

McBSP1(PCM)

UART2 TWL6040BT/WLAN/FM

(WL1271)LED

Backlight Driver IC

Touch

4.3 TFT 3DLCD

(480x800)

PDM

AUXLR

3.5 pi Ear MIC(Ear_Jack)

SPKMIC1MIC1

SPK

HS_MICHSOLR

FM_L/R

HiFi & PCM Voice

McBSP3(I2S)

MIC2MIC2

FM

OMAP4430

SDMMC2

SDRC

I2C4

I2C1TCXO Driver

38.4MHZProximity

Light Sensor

Motor

2Gb-2chLPDDR2

eMMC (8Gb)

CompassDriver IC3.5 pi Ear_Jack

HSOLRMCLK

POP

I2C4

FM_ANT

3D CAMERA

GPIO_25DMTIMER8_PWM_EV

TSDMMC2 I2C1

PMB5712A-GPS

VT0.3MMIPI

5M AFMIPI(P)

5M AFMIPI(S)

eMMC (8Gb)

CSI1

CSI2HDMI

LNAFEM

UART3

Fuel gauge

3D CAMERA T

GPIO

UART1

SDMMC1

McSPI4

GPIO_120XMM6260

5M CAM Flash

HDMI

I2C2USIF3

GPIO_35I2S2

Keypad

KB_COL/ROW

MCSPI2(PCM)

1GbNAND512MbDDR

NAND

DDR

MCPDigRF

MIPI_HSIMIPI_HSI

IPC_SRDYGPIO_119 GPIO_34IPC_MRDY

I2C1I2C3

USBUART4

JTAG

Key LEDGyro

JTAGJTAG

USB

JTAGUSIF1

USIM1Accelerometer

I2C

I2C4GPIO_82

PMIC_AP(TWL6030)

32.768KHz

Charger

I2C32.768KHz

PWR-ON KEYVCHG

VBATCoin cell

BatteryMUIC

6. BLOCK DIAGRAM



OMAP I2C1 SDAI2C1 SDA TWL6040SPK

HFRP1AUD_SPK_PAUD SPK N

4430PDMDNPDMUP

PDMCLK

SDASCL


ABE_CLKSPDM CLK

I2C1_SDAI2C1_SCL

ABE_PDM_DL_DATAABE_PDM_UL_DATA

ABE_CLKS

I2C1_SDA

I2C1_SCLTWL6040(Audio Codec)

AUD RCV PRCV

HFRN1AUD_SPK_N

HFRP2HFRN2

HBIASHS MICBIAS

PDMCLKLBPDMFRAME

AUDPWRONNRESPWRON

NAUDINT

PDM_CLKPDM_FRAME

AUD_PWRONSYS_nRESPWRON

SYS_nIRQ2

ABE_PDM_LB_CLKABE_PDM_FRAME

HDQ_SIO

SYS NIRQ2SYS_NRESPWRON

EARPEARN

AUD_RCV_PAUD_RCV_N

BT / WiFi / FMHBIAS

HS_MICHSLHSR

3.5_

HS_MICEAR_LEAR_RHOOK_ADC

ACCONN

NAUDINT

AFMLAFMR

FM_AUDIO_R

FM_AUDIO_L

SYS_NIRQ2

FM_I2S_FSYNC

FM_I2S_DIFM I2S CLK

FM_I2S_FSYNC

FM_I2S_CLK

FM_I2S_DO

ABE McBSP3 CLKXABE_McBSP3_DX

ABE_McBSP3_FSX

Analog

MIC1

MBIASFM_I2S_CLK

FM_I2S_DOBT_PCM_SYNCBT_PCM_DOUTBT_PCM_DIN

BT PCM CLK

PCM_AUD_FSYNC

PCM_AUD_INPCM_AUD_OUTPCM AUD CLK

FM_I2S_DIABE_McBSP3_CLKX

ABE_McBSP3_DR

ABE M BSP1 CLKXABE_McBSP1_DR

ABE_McBSP1_DXABE_McBSP1_FSX MMICN

MMICP

Analog

MIC2

SBIAS

SMICNSMICP

FM_ANT

_ _ PCM_AUD_CLKABE_McBSP1_CLKX SMICN

FM_ANTEAR_SENSE

EAR_SENSEDPM EMU10

HCI_CTSHCI_RTSHCI_TXHCI_RX

BT_UART_RTS/BT_UART_CTS/BT_UART_RXDBT_UART_TXD

UART2_RTS/UART2_CTS/

UART2_RXUART2_TX

XMM6260IPC_I2S_DIN

IPC_I2S_DOUT

IPC_I2S_CLKABE_McBSP2_CLKX

ABE_McBSP2_DR

ABE M BSP2 DX

I2S2_CLK0

I2S2_TX

I2S2 RX

DPM_EMU10

_ _ABE_McBSP2_DX

ABE_McBSP2_FSXIPC_I2S_SYNC

I2S2_RXI2S2_WA0

6. BLOCK DIAGRAM



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

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


7. CIRCUIT DIAGRAM

DNI

C182 C183

DNI

0.1u

C173

C249

2.2u

C195

100n

100pC105

2.2uC231

DNI

C233

C209

2.2u

26MHz

1XXA26000FBAX1843

2

4

1VCONT

VCC

GND

OUT

VBAT_PAM

U220RF6560

B1

D3

C1

C5

3C

2C

2B

A4

C4A2

D2

B6

D4

D1

A3

D6

D5

B3

A6

A16

C

A5

B5

B4SDI_CLK

SDI_DATA

VOUT_FB

2D

NG

CB_P

VRAMP

CWELL

CP_OUT

VBATT2

CB_N

CA_P

CC_P

NC

VBATT1A

VBATT1B CC_N

VSDIB1

DN

G

1A1

DN

G

2A1

DN

G

SDI_EN

LOUTA

CA_N

LOUTB

2.2u

C226

1nC189

VBAT

C241

1u

10uC224

C242

4.7u

U241RF6590

B1

D3

C1

C3

C2

2B

A4

4C

A2

2D

4D

D1

3A

3B

A1

4B

SS_I

PS

VSNS_2V85

NO_

KLC

DN

GA

LX2

KLC_I

PS

DN

GP OUT3B

WR

D_IP

S

VANA

OI_D

DV

VSNS_1V8

VSNS_1V2

VPWR

LX1

LX3A

C223 10u

4.7uL249

1uL226

L247 4.7u

4.7uL244

100R187

VDD_2V65

C252

DNI

C115

10n

DNIL105

VDD_1V8

VDD_2V85

C253

DNI

1u

C250

DNI

C254

4.7u

C244

DNI

C255

15nL245

4.7u

C247

C193

1u4.7u

C192

L102 2.2n

VSD2_1.8V

L1143n

VBAT

0.1u

C251

4.7u

C243

C184

22n

L248 15n

RF6260U171

71

81

91

02

21

10

11

21

13

41

15

16

9

8

7

6

5

4

3

2

1B8_TX

B5_TX

GSM_LB_TX

B2_TX

B1_TX

GSM_HB_TX

B4_TX

HB_RFIN

SPI_SS

VCC

LB_RFIN

IP

SV

NC

DN

G_IPS

SPI_CLK

SPI_DRW

GND

SO

MCV

MA

_BF

TA

BV

TU

O_FR

VDD_1V2

U181PMB5712

9G

01

G

3H

4H

5H

6H

01

H

3J

6J

7J

9J

01J

5K

6K

01

K

3L

8L

11

L

21

L

2M

7M

J11

K11

M10

M9

M8

A5

B5

E7

D12

C12

D13

C13

E13

F12

F13

A10

H9

C4

D8

B1

E12

F9

B2

C2

A9

K9

L13

B13

C9

E8

D2

D5

A6

L9

G5

F7

L2

F3

B9

D10

L10

J8

C6

C5

J4

J5

8G

7G

6G

4G

3G

01F

8F

6F

5F

4F

6E

5E

1E

9D

11C

01C

8C

7C

3C

7A

3A

B8

A8

E9

M13

M1

A13

A1

J12

J13

H13

H12

G12

G13

K13

B12

B10

A11

A12

B11

J2

K2

K1

L1

H1

J1

G2

H2

F1

G1

E2

F2

L7

L6

M6

M5

L5

L4

M4

M3

K12

M11

M12

D4

E4

D3

E3

C1

D1

A2

A4PM_LPM_HPA_POW_DETPA_RFVSPISPI_CLKSPI_SSSPI_DRWPA_RAMPPA_BIASRESET_NRD_L2RDL2xRD_L1RD_L1xRD_MRD_MxRD_HRD_HxRX_L1XRX_L1RX_L2XRX_L2RX_M1XRX_M1RX_M2XRX_M2RX_H2XRX_H2RX_H1XRX_H1XO_SUPXOXXOAFC_DACXO_EXTCLK_ONFSYS1_ENFSYS1FSYS2_ENFSYS2FSYS3_ENFSYS3NC1NC2NC3NC4VDD_TESTMI1MI2

1DNG

2DNG

3DNG

4DNG

5DNG

6DN

G7

DNG

8DN

G9D

NG

01

DNG

11DNG

21DNG

31DNG

41DNG

51

DN

G61

DNG

71

DN

G8

1D

NG

91

DNG

02DNG

12DNG

VDD2V5_RCRFVD2V5_RCBB

VDD2V5_TXBIASVDD2V5_TXDCOVDD2V5_RXDCOVDD2V5_RFCVDD2V5_FSYS

D2B_OUTVDD1V8_RCBBVDD1V8_RCRFVDD1V8_RCMSVDD1V8_RCLOVDD1V8_RXDCOVDD1V8_TXDCOVDD1V8_TXLOVDD1V8_FBRVDD1V8_TXMSVDD1V8_DIGVDD1V8_SCUVDD1V8_RFC

VDD1V8_RXPLLVDDBAT

D2B_OUT_TXRFVDD_TXRF

VDD1V2_DIGVDD_IO

VDDBAT_TXRFCEXT_TXPLLCEXT_TXMS

CEXT_RXPLLCEXT_DCXOSYS_CLK

SYS_CLK_ENREF_CLK_ENDI3_RX_DATDI3_RX_DATXDI3_TX_DATDI3_TX_DATX

GPO1GPO2GPO3GPO4GPO5GPO6GPO7GPO8

24

DNG

14

DNG

04

DNG

93

DN

G83

DNG

73

DN

G63

DNG

53

DNG

43

DNG

33

DNG

23

DNG

13

DNG

03

DN

G92

DNG

82

DN

G72

DNG

62

DNG

52

DNG

42

DNG

32

DNG

22

DN

G

VDD_1V8

VBAT

C114

27p

C197

47n 47n

C198

47n

C199

C248

4.7u

C190 6.8n

C188 6.8n

4.7nC187

C232 220n

DNI

C181

VDD_1V8

DNIL143

VDD_2V85

VDD_2V65VDD_1V2

VSD2_1.8V

VBAT

C112 10p

TP102

L158 1.5n

DNI

L112

C171

220n

L111

DNI

C1231p

C221

10n

VBAT

DNIL169

1.5nL147

L159DNI

1.5nL168

L148DNI

L127 1n

L138DNI

L122 2.2n

L128DNI

L110 4.7n

33pC163

DNIL162

C109

1.8p

L113

10n

33pC151

L141DNI

B40761DY2045LU121

95

75

94

55

35

15

05

40

39

38

37

44

34

24

14

84

74

64

54

33

43

53

63

23

13

03

92

82

51

31

21

10

8

6

5

4

2

52

54

14

58

60

56

27

26

25

24

17

16

21

20

19

18

23

22

1311

791d

naB

-x

T

2d

naB

-x

T

4d

naB

-x

T

5d

naB

-x

T

8d

naB

-x

T







ANT-GSM1800

ANT-Band1

ANT-Band2

ANT_Band4

ANT-Band5

ANT-Band8


7DN

G8

DN

G9

DN

G01

DN

G11

DN

G21

DN

G31

DN

G41

DN

G

81

DN

G71

DN

G61

DN

G51

DN

G

72DNG

82DN

G9

2DN

G0

3DNG

32D

NG

42DN

G52

DN

G6

2D

NG


23DN

G33DN

G4

3D

NG

53DNG

13DN

G

63DNG

73DN

G

MS-156CSW102

4 3

2

1ANTCOMMON

G3G4

C211

1.5p

C1751p

C133DNI

L179 1.8n

33pC121

C153 22p

100n

L104DNI

C101C103

DNI

VBAT_PAM

VBAT

FL111BGSF18DM20

12

20

51

19

01

18

61

8

11

79

6

521 4

3

31

2

41

1

71D

DV

TRX_3

LC

S

TRX_2

OID

S

TRX_1

1D

NG

6D

NG

2D

NG

HB_TX

4D

NG

3D

NG

TN

A

LB_TX

DD

VL

TRX_6

5D

NG

TRX_5

MRF

TRX_4

DN

GP

0.1u

C194

0.1u

C191

C204

0.1u0.1u

C203C202

0.1u0.1u

C201C200

0.1u

0.1u

C208

0.1u

C207

0.1u

C206C205

47n

DNIL116

33pC116 33pC117

4.7n

L215B9469

2140MHz

FL2114 5

1

3 2G1O1

ING2O2

L213 1n

C230 2.2u

DNIL180

L176 2.7n

DNIC178

L177DNI

L131 1.2n

R186100

FB201

220

C172

0.1u

C227

2.2u

L214

DNI

SW10120279-001E-01

G1

ANT G2

C228

2.2n

L142 2.2n

L161 2.2n

L227 20n

C185

10n

L15247n

1nL137

C245

1u

C225

1u

C222 100n

C132 33p

L211 2.7n

2.7nL212

26MHz_GPS_REF

RX_B1_H2

RX_B1_H2

RX_B2_M2

RX_B2_M2

RX_B5_L2X

RX_B5_L2X

RX_B8_L1X

RX_B8_L1X

RESET_N

PA_RAMP

PA_RAMP

SPI_DRW

WR

D_

IP

S

WRD

_IP

S

SPI_DRW

SPI_DRW

SPI_SS

SS_

IPS

SS

_IPS

SPI_SS

SPI_SS

SPI_CLK

KL

C_

IPS

KL

C_IPS

SPI_CLK

SPI_CLK

VSPI

IPS

V

IPS

V

VSPI

FR_A

P

PA_RF

TE

D_WO

P_A

P

PA_POW_DET

TX_H

TX_H

TX_L

TX_L

DI3_SYS_CLKDI3_SYS_CLK_ENDI3_REF_CLK_EN

DI3_RX_DAT

DI3_RX_DATX

GSM_HB_TX

GSM_HB_TX

GSM_LB_TX

GSM_LB_TX

NO

_K

LC

CLK_ON

CP_OUT

TU

O_P

C

RX_GSM1800_M1

RX_GSM1800_M1

RX_GSM1800_M1X

RX_GSM1800_M1X

DPX_IN

RD_B4_HX

RD_B4_HX

RD_B4_H

RD_B4_H

DI3_TX_DATX

RX_B8_L1

RX_B8_L1

RX_B5_L2

RX_B5_L2

RX_B2_M2X

RX_B2_M2X

RX_B1_H2X

RX_B1_H2X

GPS_PWR_ON

RX_B4_H1X

RX_B4_H1X

DI3_TX_DAT

RX_B4_H1

RX_B4_H1

B2/GSM1900

B4

PAM DCDC

B5/GSM850

B8/EGSM

GSM1800_RX

B4 RX Diversity

Tranceiver PMU

R113 must be close to PMB5712

R114 must be close to Baseband

B1

Removed (Rev.B)


Added (Rev.D)

Removed (Rev.E)

Removed (Rev.E)

Rev.E

Moved to CP (Rev1.0)

Removed(Rev.1.0)

Removed(Rev.1.0)


<L102>

Rev.1.1

Changed(Rev.1.1)

Changed(Rev.1.1)

7. CIRCUIT DIAGRAM



7. CIRCUIT DIAGRAM

C336

100n

C325

0.22u

C318

0.22u

C316

0.22u

C324

0.1u

DNI

R384

n022803

C

Q301

NTJD4105CT1G

43

52

61 S1 D1

G1 G2

D2 S2

K7.4

243R

C313

10u

10u

C305

043R

K001

USB_VBUS

C358

2.2u

4.7K

R313

IFX_USB_VBUS

TP301

113C

n022

203C

u1.0u1303

C4.7K

R314

10u

C344

VSD2_1.8V

4.7K

R316

FC-13532.768KHz

X300

21

3.3uL303

C343

220n

VRTC_1.8V

VBAT

SU

BV_

BS

U_XFI

VSD2_1.8VVSD1_1.3V

R319

4.7K

VSD2_1.8V

0.1u

C356 C357

0.1u

2.2u

C351

VSD2_1.8V

V3.1_1D

SV

VBAT

0.1u

C317

0.1u

C315

VSD1_1.3V

0.1u

C355C354

0.1u

C323

0.1u

U301XMM6260

4R

71U

1U

71A

1A

1D

2A

2R

1R

2P

1P

2N

1N

3K

01

U

9T

9U

21P

8T

7T

8U

7U

6F

4D

4K

1J

3H

4E

2F

4C

1H

4B

3C

5A

1G

4F

2G

3F

4J

5J

6J

6H

8H

3E

2K

3J

2J

2H

2C

3A

3D

1E

1B

1F

4A

1C

F13

J12

D13

D12

D11

H10

A7

E11

D10

E9

E8

F9

D8

G9

G11

H11

B16

C16

D16

E16

G15

J15

H16

J16

H17

G17

F17

E17

D17

C17

B17

A16

C9

B9

C12

A8

A9

A10

A11

A13

M13

M15

L11

N12

P13

L13

M14

N13

R5

P3

N4

P10

N8

B6

P9

N10

K10

M8

M9

N17

M16

M17

L17

T10

P14

T15

N9

U15

R12

K16

R16

T12

L8

J17

K11

N11

F15

B11

K8

E12

R8

K9

E13

E10

H9

K14

N5

M6

M4

M2

M5

M3

L7

B14

A15

B15

A14

G16

B10

F16

A12

G13

G14

B7

E14

K17

B12

B13

G10

H13

H14

J13

J14

A6

B8

11T

11U

61P

61N

61T

71R

71T

71P

21U

31U

1T

2U

3U

2T

3T

7P

6R

5T

4T

6T

6U

5U

4U

31T

41T

41U

1K

5L

9L

5K

2L

4L

1L

1M

7K

41N

11P

9R

61U

41L

01L

9D

61L

11J

8P

8J

31K

8G

41D

41F

1_S

SV

2_S

SV

3_S

SV

4_S

SV

5_S

SV

6_S

SV

7_S

SV

8_S

SV

9_S

SV

01

_S

SV

11

_S

SV

21

_S

SV

FRG

ID

_S

SV

LLP

_S

SV

BSU

_S

SV

KL

CE

CA

RT

_1

1M

TE

0TK

PE

CA

RT

_1

1M

TE

1TK

PE

CA

RT

_1

1M

TE

2TK

PE

CA

RT

_1

1M

TE

3TK

PE

CA

RT

_1

1M

TE

4TK

PE

CA

RT

_1

1M

TE

5TK

PE

CA

RT

_1

1M

TE

6TK

PE

CA

RT

_1

1M

TE

7TK

PE

CA

RT

_1

1M

TE

KL

C_

CC

TS

R_

CC

OI_

CC

ODT

IDT

SMT

KCT

N_

TS

RT

NI_

GI

RT

1NO

M_

WH

2NO

M_

WH

RS

TM

_D

XT

_1

FI

SU

TS

RM

_D

XR

_1

FI

SU

N_S

TR

_1

FI

SU

N_S

TC

_1

FI

SU

KL

CS

_1

FI

SU

ATA

D_

BS

U_

CI

SH

BRT

S_

BS

U_

CI

SH

TS

ET

_B

SU

SUL

PD

_B

SU

SU

NI

MD

_B

SU

EN

UT

_B

SU

DI

_B

SU

SU

BV

SUL

PD

SU

NI

MD

FWP

FCDP_RBn

MEM_CS0_N

MEM_CS1_N

MEM_CS2_N

MEM_CS3_N

MEM_ADV_N

MEM_RD_N

MEM_WR_N

MEM_WAIT_N

MEM_RAS_N

MEM_CAS_N

MEM_BE0_N

MEM_BE1_N

MEM_BC0_N

MEM_BC1_N

MEM_BC2_N

MEM_BC3_N

MEM_SDCLKO

MEM_BFCLKO_0

MEM_BFCLKO_1

MEM_CKE

MMCI1_CMD

MMCI1_CLK

MMCI_DAT_0

MMCI1_DAT_1

MMCI1_DAT_2

MMCI1_DAT_3

MMCI1_CD

VDD_CORE_1

VDD_CORE_2

VDD_CORE_3

VDD_CORE_4

VDD_CORE_3G_1

VDD_CORE_3G_2

VDD_CORE_EBU

VDD_IO18_1

VDD_IO18_2

VDD_IO18_3

VDD_IO18_4

VDD_IO18_5

VDD_IO18_6

VDD_MMC

VDD_SIM

VDD_USBIO

VDD_MIPI

VDD_PLL

VDD_IO12

VPP

VDD_USB_PD

VDD_USB_ANA

VDD_DIGRF

F32K

OSC32K

VSS_RTC

VDD_RTC

EINT1

EINT2

EINT3

I2C1_SCL

I2C1_SDA

DSP_AUDIO_IN1

CLKOUT0

CLKOUT2

T_OUT0

T_OUT1

RESET2_N

MIPI_HSI_RX_DATA

MIPI_HSI_RX_FLG

MIPI_HSI_RX_RDY

MIPI_HSI_RX_WAKE

MIPI_HSI_TX_DATA

MIPI_HSI_TX_FLG

MIPI_HSI_TX_RDY

MIPI_HSI_TX_WAKE

MEM_A_0

MEM_A_1

MEM_A_2

MEM_A_3

MEM_A_4

MEM_A_5

MEM_A_6

MEM_A_7

MEM_A_8

MEM_A_9

MEM_A_10

MEM_A_11

MEM_A_12

MEM_A_13

MEM_A_14

MEM_A_15

MEM_A_16

MEM_A_17

MEM_A_18

MEM_A_19

MEM_A_20

MEM_A_21

MEM_A_22

MEM_A_23

MEM_AD_0

MEM_AD_1

MEM_AD_2

MEM_AD_3

MEM_AD_4

MEM_AD_5

MEM_AD_6

MEM_AD_7

MEM_AD_8

MEM_AD_9

MEM_AD_10

MEM_AD_11

MEM_AD_12

MEM_AD_13

MEM_AD_14

MEM_AD_15

1DS_T

ABV_

DDV

2DS

_TAB

V_DDV

1DS

_SSV

2DS

_SSV

2WS_1

DS

BF_1D

S

2WS_2

DS

BF_

2DS

1NO

N_2

NO

N_N

WDR

WP_

TESE

R

N_BB_

TESE

R

SSF

N_LLA

_TES

ER

1M

2M

3M

4M

UMP

_TA

BV_DDV

UMPV

CTRV

MISV

LLPV

2DSV_

DDV

21_

OIV

OI_

BSUV

DP_BSUV

ANA

_BS

UV

UMP_S

SV

DNGA

FERV

NE_MT

NOMAN

A

B_G

IRT

TAD

_XR_

3iD

XTA

D_X

R_3iD

TAD

_XT

_3iD

XTAD_

XT_3

iD

KLC_S

YS

NEKLC

SYS

N_T

ESER

X

N_T

RELA

NE_

KLC_

FER

0KL

C_2S

2I

1KL

C_2S

2I

XR_2S

2I

XT_2S

2I

0AW_2

S2I

1AW_2

S2I

1WS_2

DS

1WS_1DS

1CN

2CN

3CN

4CN

5CN

V8.1_2D

SV

C306

22u

VBAT

3.3uL304

C353

0.1u

0204

633R

0.1u

C352

VSD2_1.8V

4.7R337

VSIM_2.9V

0.1u

C327

VUSB_IO_3.1V

C328

0.1u

C329

0.1u

10u

C312

VSD2_1.8VVPLL_1.2V

C330

0.1u

VIO_1.2V

0.1u

C333

22u

C307

V3.1_U

MP

V

FB30160

TP310TP311

TP312TP313

4.7KR383

VSD2_1.8V

TP300

R382

DNI

H8BCS0QG0MMR-46MU350

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

01N

1N

01A

1A

1CN

62

CN

82

CN

92

CN

VDD1VDD2VDD3VDD5VDD4VDD6

VDDQ1VDDQ6VDDQ5VDDQ4VDDQ10VDDQ9VDDQ2VDDQ8VDDQ7VDDQ3

NC27NC20NC21NC9NC19NC8NC11NC12NC17NC18NC7NC16NC25NC6NC10NC5NC13NC14NC4NC2NC24NC22NC23NC15NC3

VCC1VCC2

VSS1VSS4VSS8VSSQ5VSSQ4VSSQ9VSSQ8VSSQ3VSS2VSS3VSSQ10VSSQ1VSSQ2VSS5VSSQ6VSSQ7VSS6VSS7

A0A1A2A3A4A5A6A7A8A9A10A11A12BA0BA1

DQ0DQ1DQ2DQ3DQ4DQ5DQ6DQ7DQ8DQ9

DQ10DQ11DQ12DQ13DQ14DQ15

/CKCKCKE/CS

/RAS/CAS/WEDUDQMLDQMUDQSLDQS

IO0IO1IO2IO3IO4IO5IO6IO7IO8IO9

IO10IO11IO12IO13IO14IO15

/CE/RE/WECLEALE/WPR/B

VUSB_PD_1.1V

C334

0.1u0.1u

C337

VUSB_ANA_1.8V

0.1u

C335

413C

n022

60FB302

V8.1_CT

RV

V9.2_MI

SV

V2.1_LLP

V

n022013

C

103TPK01

V8.1_2D

SV

V2.1_OI

VV1.3_

OI_B

SU

VV1.1_

DP_

BS

UV

V8.1_A

NA_

BS

UV

u1.0103

C

n022403

C

u1.0903

C

C342 10p

VSD2_1.8V

603R

IN

D

U303FSA2259UMX

6

5

7

4

8

3

9

2

01

1 VCC

1B2

1B1

A2

A1

2S

1S

2B0

0B1

GND

10pC341

RESET_N

DI3_SYS_CLKDI3_SYS_CLK_EN

DI3_REF_CLK_EN


DI3_TX_DATXDI3_TX_DAT

GSM_TXON_IND

WS_

XT_TR

AU

UART_RX_SW

XFI_-D_

BS

UXFI_+

D_B

SU

/TE

SE

R_MI

SU

KLC_

MIS

U

ATA

D_MI

SU

XFI_X

R_TR

AU

XFI_X

R_TR

AU

XFI_XT_T

RA

U

XFI_XT_T

RA

UC

PI_XT_1T

RA

U

UART1_RX_IPC

MIPI_HSI_AC_FLAG|McSPI4_SOMI

MIPI_HSI_AC_FLAG

McSPI4_SOMI

MIPI_HSI_AC_DATA

MIPI_HSI_AC_DATA|McSPI4_SIMO

McSPI4_SIMO

MIPI_HSI_CA_READY|McSPI4_CLK

MIPI_HSI_CA_READY

McSPI4_CLK

USIF1_SW

IPC_SRDYIPC_MRDY

MODEM_SEND

MEM_WR_N

MEM_WR_N

MEM_WR_N

MEM_RD_N

MEM_RD_N

MEM_ADV_N

MEM_ADV_N

MEM_BC0_N

MEM_BC0_N

DDR_RAS_N

DDR_RAS_N

DDR_DQS[0]

DDR_DQS[0]

DDR_DQS[1]

DDR_DQS[1]

DDR_CAS_N

DDR_CAS_N

MEM_BUSY/

MEM_BUSY/

MEM_WP

MEM_WP MEM_CS1_N

MEM_CS1_N

MEM_A[9]

MEM_A[9]

MEM_A[10]

MEM_A[10]

MEM_A[11]

MEM_A[11]

MEM_A[12]

MEM_A[12]

MEM_A[13]

MEM_A[13]

MEM_A[14]

MEM_A[14]

MEM_A[15]

MEM_A[15]

MEM_AD[0]

MEM_AD[0]

MEM_AD[0]

MEM_AD[1]

MEM_AD[1]

MEM_AD[1]

MEM_AD[2]

MEM_AD[2]

MEM_AD[2]

MEM_AD[3]

MEM_AD[3]

MEM_AD[3]

MEM_AD[4]

MEM_AD[4]

MEM_AD[4]

MEM_AD[5]

MEM_AD[5]

MEM_AD[5]

MEM_AD[6]

MEM_AD[6]

MEM_AD[6]

MEM_AD[7]

MEM_AD[7]

MEM_AD[7]

MEM_AD[8]

MEM_AD[8]

MEM_AD[8]

MEM_AD[9]

MEM_AD[9]

MEM_AD[9]

MEM_AD[10]

MEM_AD[10]

MEM_AD[10]

MEM_AD[11]

MEM_AD[11]

MEM_AD[11]

MEM_AD[12]

MEM_AD[12]

MEM_AD[12]

MEM_AD[13]

MEM_AD[13]

MEM_AD[14]

MEM_AD[14]

MEM_AD[14]

MEM_AD[15]

MEM_AD[15]

MEM_AD[15]

MEM_A[0]

MEM_A[0]

MEM_A[1]

MEM_A[1]

MEM_A[2]

MEM_A[2]

MEM_A[3]

MEM_A[3]

MEM_A[4]

MEM_A[4]

MEM_A[5]

MEM_A[5]

MEM_A[6]

MEM_A[6]

MEM_A[7]

MEM_A[7]

MEM_A[8]

MEM_A[8]

IFX_USB_VBUS_EN

MEM_BC1_N

MEM_BC1_N

N_U

MP_T

ES

ER

MEM_WAIT_N

MEM_WAIT_N

MON1

1N

OM

MON2

2N

OM

IFX_TRIG_IN

NI_GI

RT_XFI

DSP_AUDIO_IN1

DSP_AUDIO_IN1

OMAP_SEND

/W

S_N

O_R

WP_

XF I

MEM_CS0_N

MEM_CS0_N

IPC_I2S_CLK

IPC_I2S_DOUTIPC_I2S_SYNC

IPC_I2S_DIN

CP_CRASH_INT

MIPI_HSI_CA_WAKE

MIPI_HSI_CA_DATAMIPI_HSI_CA_FLAGMIPI_HSI_AC_READY

MIPI_HSI_AC_WAKE

MEM_SDCLKO

MEM_SDCLKO

MEM_BFCLKO

MEM_BFCLKODDR_CKE

DDR_CKE

OX

CT ot esolc 002TP

BB ot esolc 103

C

Rev.B

NAND MCP

Analog switch for USIF1

Rev.B

Rev.B

Removed (925 Rev.D)Added (Rev.B)

Boot Configuration

(Active high)

BASE BAND PROCESSOR

Changeed (Rev.C)

Rev.C

Added (P925 Rev.A)

Changed (Rev.E)

Changed (Rev.E)

Changed (Rev.E)

* C316, C318, C324 : L-W swapped Cap

Rev.1.0

Removed (Rev 1.0)

Removed(Rev.1.0)

Removed (Rev.1.0)

)0.1.veR( devomeR



7. CIRCUIT DIAGRAM

R512DNI

R5101.5K

R592 51K

51KR593VSEL_1.8V

R514 2.7K

VSEL_1.8V2.7KR515

U500OMAP4430

B23

B26

D22

C23

B12

B11

D25

B22

C25

C22

D21

C21

B25

D20

C20

B21

A21

B20

B19

A19

B18

A18

B17

D19

C19

D18

C18

D17

C17

D16

C16

B16

A16

D15

C15

D13

C13

D12

C12

V4

V3

U4

U3

T4

T3

K4

K3

L4

L3

M4

M3

N4

N3

P4

P3

D7

C7

B7

V27

U27

T27

N25

N26

M25

M26

W25

W26

V25

V26

U25

U26

T25

T26

R25

R26

AF3

AG3

AF4

AE4

AF5

AE5

D11

C11

D8

C8

D9

C9

D10

C10

B8

A8

B10

B9

H3

H2

K1

J1

G2

J2

H4

AH19

AG20

AE20

AF21

AF20

AE21

G28

G27

F28

F27

AH23

AG23

AF23

AE23

AG22

AE22

AF22

AA26

AA25

AB27

AB26

G3

G4

F1

F3

F4

E1

E2

E4

E3

D2

AE14

AF14

AG16

AF16

AE16

AH17

AF17

AE17

AG18

AF18

AE19

AF19

AG19

AE18

AH24

AG24

AF24

AE24

AH26

AF26

AE25

AF25

AG25

AC27

AB25

AC25

AC26

AC28

AD25

AD26

AD27ABE_McBSP2_CLKX/McSPI2_CLK/ABE_MCASP_AHCLKX/GPIO_110/USBB2_MM_RXDM/SAFE_MODEABE_McBSP2_DR/McSPI2_SOMI/ABE_MCASP_AXR/GPIO_111/USBB2_MM_RXDP/SAFE_MODEABE_McBSP2_DX/McSPI2_SIMO/ABE_MCASP_AMUTE/GPIO_112/USBB2_MM_RXRCV/SAFE_MODEABE_McBSP2_FSX/McSPI2_CS0/ABE_MCASP_AFSX/GPIO_113/USBB2_MM_TXEN/SAFE_MODE

ABE_McBSP1_CLKX/ABE_SLIMBUS1_CLOCK/GPIO_114/SAFE_MODEABE_McBSP1_DR/ABE_SLIMBUS1_DATA/GPIO_115/SAFE_MODEABE_McBSP1_DX/SDMMC3_DAT2/ABE_MCASP_ACLKX/GPIO_116/SAFE_MODEABE_McBSP1_FSX/SDMMC3_DAT3/ABE_MCASP_AMUTEIN/GPIO_117/SAFE_MODE

ABE_PDM_UL_DATA/ABE_McBSP3_DR/SAFE_MODEABE_PDM_DL_DATA/ABE_McBSP3_DX/SAFE_MODEABE_PDM_FRAME/ABE_McBSP3_CLKX/SAFE_MODEABE_PDM_LB_CLK/ABE_McBSP3_FSX/SAFE_MODEABE_CLKS/GPIO_118/SAFE_MODE

ABE_DMIC_CLK1/GPIO_119/USBB2_MM_TXSE0/SAFE_MODEABE_DMIC_DIN1/GPIO_120/USBB2_MM_TXDAT/SAFE_MODEABE_DMIC_DIN2/SLIMBUS2_CLOCK/GPIO_121/SAFE_MODEABE_DMIC_DIN3/SLIMBUS2_DATA/ABE_DMIC_CLK2/GPIO_122/SAFE_MODE

USBB1_ULPITLL_CLK/HSI1_CAWAKE/GPIO_84/USBB1_ULPIPHY_CLK/ATTILA_HW_DBG20/SAFE_MODEUSBB1_ULPITLL_STP/HSI1_CADATA/McBSP4_CLKR/GPIO_85/USBB1_ULPIPHY_STP/USBB1_MM_RXDP/ATTILA_HW_DBG21/SAFE_MODEUSBB1_ULPITLL_DIR/HSI1_CAFLAG/McBSP4_FSR/GPIO_86/USBB1_ULPIPHY_DIR/ATTILA_HW_DBG22/SAFE_MODEUSBB1_ULPITLL_NXT/HSI1_ACREADY/McBSP4_FSX/GPIO_87/USBB1_ULPIPHY_NXT/USBB1_MM_RXDM/ATTILA_HW_DBG23/SAFE_MODEUSBB1_ULPITLL_DAT0/HSI1_ACWAKE/McBSP4_CLKX/GPIO_88/USBB1_ULPIPHY_DAT0/USBB1_MM_RXRCV/ATTILA_HW_DBG24/SAFE_MODEUSBB1_ULPITLL_DAT1/HSI1_ACDATA/McBSP4_DX/GPIO_89/USBB1_ULPIPHY_DAT1/USBB1_MM_TXSE0/ATTILA_HW_DBG25/SAFE_MODEUSBB1_ULPITLL_DAT2/HSI1_ACFLAG/McBSP4_DR/GPIO_90/USBB1_ULPIPHY_DAT2/USBB1_MM_TXDAT/ATTILA_HW_DBG26/SAFE_MODEUSBB1_ULPITLL_DAT3/HSI1_CAREADY/GPIO_91/USBB1_ULPIPHY_DAT3/USBB1_MM_TXEN/ATTILA_HW_DBG27/SAFE_MODEUSBB1_ULPITLL_DAT4/DMTIMER8_PWM_EVT/ABE_McBSP3_DR/GPIO_92/USBB1_ULPIPHY_DAT4/ATTILA_HW_DBG28/SAFE_MODEUSBB1_ULPITLL_DAT5/DMTIMER9_PWM_EVT/ABE_McBSP3_DX/GPIO_93/USBB1_ULPIPHY_DAT5/ATTILA_HW_DBG29/SAFE_MODEUSBB1_ULPITLL_DAT6/DMTIMER10_PWM_EVT/ABE_McBSP3_CLKX/GPIO_94/USBB1_ULPIPHY_DAT6/ABE_DMIC_DIN3/ATTILA_HW_DBG30/SAFE_MODEUSBB1_ULPITLL_DAT7/DMTIMER11_PWM_EVT/ABE_McBSP3_FSX/GPIO_95/USBB1_ULPIPHY_DAT7/ABE_DMIC_CLK3/ATTILA_HW_DBG31/SAFE_MODEUSBB1_HSIC_DATA/GPIO_96/SAFE_MODEUSBB1_HSIC_STROBE/GPIO_97/SAFE_MODE

SDMMC1_CLK/DPM_EMU19/GPIO_100/SAFE_MODESDMMC1_CMD/UART1_RX/GPIO_101/SAFE_MODESDMMC1_DAT0/DPM_EMU18/GPIO_102/SAFE_MODESDMMC1_DAT1/DPM_EMU17/GPIO_103/SAFE_MODESDMMC1_DAT2/DPM_EMU16/GPIO_104/JTAG_TMS_TMSC/SAFE_MODESDMMC1_DAT3/DPM_EMU15/GPIO_105/JTAG_TCK/SAFE_MODESDMMC1_DAT4/GPIO_106/SAFE_MODESDMMC1_DAT5/GPIO_107/SAFE_MODESDMMC1_DAT6/GPIO_108/SAFE_MODESDMMC1_DAT7/GPIO_109/SAFE_MODE

UART2_CTS/SDMMC3_CLK/GPIO_123/SAFE_MODEUART2_RTS/SDMMC3_CMD/GPIO_124/SAFE_MODEUART2_RX/SDMMC3_DAT0/GPIO_125/SAFE_MODEUART2_TX/SDMMC3_DAT1/GPIO_126/SAFE_MODE

McSPI1_CLK/GPIO_134/SAFE_MODEMcSPI1_SOMI/GPIO_135/SAFE_MODEMcSPI1_SIMO/GPIO_136/SAFE_MODEMcSPI1_CS0/GPIO_137/SAFE_MODEMcSPI1_CS1/UART1_RX/GPIO_138/SAFE_MODEMcSPI1_CS2/UART1_CTS/SLIMBUS2_CLOCK/GPIO_139/SAFE_MODEMcSPI1_CS3/UART1_RTS/SLIMBUS2_DATA/GPIO_140/SAFE_MODEUART3_CTS_RCTX/UART1_TX/GPIO_141/SAFE_MODEUART3_RTS_SD/GPIO_142/SAFE_MODEUART3_RX_IRRX/DMTIMER8_PWM_EVT/GPIO_143/SAFE_MODEUART3_TX_IRTX/DMTIMER9_PWM_EVT/GPIO_144/SAFE_MODE

McSPI4_CLK/SDMMC4_CLK/GPIO_151/SAFE_MODEMcSPI4_SIMO/SDMMC4_CMD/GPIO_152/SAFE_MODEMcSPI4_SOMI/SDMMC4_DAT0/GPIO_153/SAFE_MODEMcSPI4_CS0/SDMMC4_DAT3/GPIO_154/SAFE_MODEUART4_RX/SDMMC4_DAT2/GPIO_155/SAFE_MODEUART4_TX/SDMMC4_DAT1/GPIO_156/SAFE_MODE

SIM_IO/GPIO_WK0/SAFE_MODESIM_CLK/GPIO_WK1/SAFE_MODESIM_RESET/GPIO_WK2/SAFE_MODESIM_CD/GPIO_WK3/SAFE_MODESIM_PWR_CTRL/GPIO_WK4/SAFE_MODEUSBC1_ICUSB_DP/GPIO_98/SAFE_MODEUSBC1_ICUSB_DM/GPIO_99/SAFE_MODE

HDMI_HPD/GPIO_63/SAFE_MODEHDMI_CEC/GPIO_64/SAFE_MODEHDMI_DDC_SCL/GPIO_65/SAFE_MODEHDMI_DDC_SDA/GPIO_66/SAFE_MODEHDMI_DATA0XHDMI_DATA0YHDMI_DATA1XHDMI_DATA1YHDMI_DATA2XHDMI_DATA2YHDMI_CLOCKXHDMI_CLOCKY

SDMMC5_CLK/MCSPI2_CLK/USBC1_ICUSB_DP/GPIO_145/SAFE_MODESDMMC5_CMD/MCSPI2_SIMO/USBC1_ICUSB_DM/GPIO_146/SAFE_MODE

SDMMC5_DAT0/MCSPI2_SOMI/USBC1_ICUSB_RCV/GPIO_147/SAFE_MODESDMMC5_DAT1/USBC1_ICUSB_TXEN/GPIO_148/SAFE_MODE

SDMMC5_DAT2/MCSPI2_CS1/GPIO_149/SAFE_MODESDMMC5_DAT3/MCSPI2_CS0/GPIO_150/SAFE_MODE

CSI21_DX0/GPI_67/SAFE_MODECSI21_DY0/GPI_68/SAFE_MODECSI21_DX1/GPI_69/SAFE_MODECSI21_DY1/GPI_70/SAFE_MODECSI21_DX2/GPI_71/SAFE_MODECSI21_DY2/GPI_72/SAFE_MODECSI21_DX3/GPI_73/SAFE_MODECSI21_DY3/GPI_74/SAFE_MODECSI21_DX4/GPI_75/SAFE_MODECSI21_DY4/GPI_76/SAFE_MODE

CSI22_DX0/GPI_77/SAFE_MODECSI22_DY0/GPI_78/SAFE_MODECSI22_DX1/GPI_79/SAFE_MODECSI22_DY1/GPI_80/SAFE_MODE

CAM_SHUTTER/GPIO_81/SAFE_MODECAM_STROBE/GPIO_82/SAFE_MODE

CAM_GLOBALRESET/GPIO_83/SAFE_MODE

CVIDEO_TVOUTCVIDEO_VFBCVIDEO_RSET

DSI1_DX0DSI1_DY0DSI1_DX1DSI1_DY1DSI1_DX2DSI1_DY2DSI1_DX3DSI1_DY3DSI1_DX4DSI1_DY4

DSI2_DX0DSI2_DY0DSI2_DX1DSI2_DY1DSI2_DX2DSI2_DY2

GPMC_AD0/SDMMC2_DAT0GPMC_AD1/SDMMC2_DAT1GPMC_AD2/SDMMC2_DAT2GPMC_AD3/SDMMC2_DAT3

GPMC_AD4/SDMMC2_DAT4/SDMMC2_DIR_DAT0GPMC_AD5/SDMMC2_DAT5/SDMMC2_DIR_DAT1GPMC_AD6/SDMMC2_DAT6/SDMMC2_DIR_CMDGPMC_AD7/SDMMC2_DAT7/SDMMC2_CLK_FDBKGPMC_AD8/KPD_ROW0/C2C_DATA15/GPIO_32GPMC_AD9/KPD_ROW1/C2C_DATA14/GPIO_33GPMC_AD10/KPD_ROW2/C2C_DATA13/GPIO_34GPMC_AD11/KPD_ROW3/C2C_DATA12/GPIO_35GPMC_AD12/KPD_COL0/C2C_DATA11/GPIO_36GPMC_AD13/KPD_COL1/C2C_DATA10/GPIO_37GPMC_AD14/KPD_COL2/C2C_DATA9/GPIO38GPMC_AD15/KPD_COL3/C2C_DATA8/GPIO39

GPMC_A16/KPD_ROW4/C2C_DATAIN0/GPIO40/VENC_656_DATA0GPMC_A17/KPD_ROW5/C2C_DATAIN1/GPIO_41/VENC_656_DATA1/SAFE_MODEGPMC_A18/KPD_ROW6/C2C_DATAIN2/GPIO_42/VENC_656_DATA2/SAFE_MODEGPMC_A19/KPD_ROW7/C2C_DATAIN3/GPIO_43/VENC_656_DATA3/SAFE_MODEGPMC_A20/KPD_COL4/C2C_DATAIN4/GPIO_44/VENC_656_DATA4/SAFE_MODEGPMC_A21/KPD_COL5/C2C_DATAIN5/GPIO_45/VENC_656_DATA5/SAFE_MODEGPMC_A22/KPD_COL6/C2C_DATAIN6/GPIO_46/VENC_656_DATA6/SAFE_MODEGPMC_A23/KPD_COL7/C2C_DATAIN7/GPIO_47/VENC_656_DATA7/SAFE_MODE

GPMC_A24/C2C_CLKOUT0/GPIO_48/SAFE_MODEGPMC_A25/C2C_CLKOUT1/GPIO_49/SAFE_MODE

GPMC_nCS0/GPIO_50/SYS_NDMAREQ0GPMC_nCS1/C2C_DATAOUT6/GPIO_51/SAFE_MODEGPMC_nCS2/C2C_DATAOUT7/GPIO_52/SAFE_MODE

GPMC_nCS3/GPMC_DIR/C2C_DATAOUT4/GPIO_53/SAFE_MODEGPMC_nWP/DSI1_TE0/GPIO_54/SYS_NDMAREQ1

GPMC_CLK/GPIO_55/SYS_nDMAREQ2GPMC_nADV_ALE//DSI1_TE1/GPIO_56/SYS_NDMAREQ3

GPMC_nOE/SDMMC2_CLKGPMC_nWE/SDMMC2_CMD

GPMC_NBE0_CLE/DSI2_TE0/GPIO_59GPMC_nBE1/C2C_DATAOUT5/GPIO_60/SAFE_MODE

GPMC_WAIT0/DSI2_TE1/GPIO_61GPMC_WAIT1/C2C_DATAOUT2/GPIO_62/SAFE_MODE

K3.3885

R

695R

K3.3

VSEL_1.8V

K 3.3495

R

TP523

VSEL_1.8VVPMIC_VDAC

CDC3S04U502

B4

D2

B2

A1

A2

B3

C2

A4

C1

A3

D1

E4

D3

D4

E3

E2

C3

E1

C4

B1MCLK_IN

CLK3

VLDO

REQ3

VBAT

SDAH

ADR_A0

MCLK_REQ

SCLH

VDD_DIG

REQ1

REQ4

CLK1

CLK4

VDD_ANA

CLK2

REQ2

RESET

GND_DIG

GND_ANA

VCLKB_TCXO_VCC

VCLKB_TCXO_VCC

C501

2.2u

VBAT

C500

1u

R5111.5K

195R

K3.3

IN

D895

R

TP524TP525

C507 68p

68pC509

68pC508C502

1u

VSEL_1.8V

38.4MHz1XXB38400FAA

X5003

2

4

1GND1

VCC

GND2

OUT

685R

IN

D

485R

IN

D

TP511

IN

D185

R

TP512 TP513

1u

C503

G5TS0_5B9

DSE

195DZ

295DZ

G5TS0_5B9

DSE

G5TS0_5B9

DSE

395DZ

K3.3795

R

VBAT

UAT500

UART_TP

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

VCHG

U500OMAP4430

C24

B24

A24

D23

D24

AE8

AF8

D27

D28

E25

E26

E27

F26

AD4

AD2

AC3

AC2

AD3

Y28

AA28

G26

G25

H26

H25

J27

H27

J26

J25

K26

K25

L27

K27

C3

B5

B4

AG12

AF12

AE12

AG13

AE11

AF11

AG11

AH11

AE10

AF10

AG10

AE9

AF13

AE13

A27

AC4

AB4

AB3

AB2

AA4

AA3

AA2

AA1

Y4

Y3

Y2

W4

W3

W2

W1

V2

V1

P2

N2

M2

AE3

AG1

AE1

AH1

AH2

AE2

AG7

AG6

AE7

AF7

AD1

AG8

AH5

AH6

AG5

AH7

AE6

AF6

AF9

AG9

AH22

AG21

Y27

W27

D26

C26

AE26

AE28

AA27HDQ_SIO/I2C3_SCCB/I2C2_SCCB/GPIO_127/SAFE_MODE

I2C1_SCLI2C1_SDA

I2C2_SCL/UART1_RX/GPIO_128/SAFE_MODEI2C2_SDA/UART1_TX/GPIO_129/SAFE_MODE

I2C3_SCL/GPIO_130/SAFE_MODEI2C3_SDA/GPIO_131/SAFE_MODE

I2C4_SCL/GPIO_132/SAFE_MODEI2C4_SDA/GPIO_133/SAFE_MODESR_SCLSR_SDA

SYS_NIRQ2/GPIO_183/SAFE_MODESYS_NIRQ1/SAFE_MODESYS_PWR_REQ

FREF_XTAL_VSSOSCFREF_XTAL_IN/C2C_WAKEREQINFREF_XTAL_OUTFREF_SLICER_IN/GPI_WK5/C2C_WAKEREQIN/SAFE_MODEFREF_CLK_IOREQ

SYS_NRESWARMSYS_NRESPWRONSYS_PWRON_RESET_OUT/GPIO_WK29SYS_32K

JTAG_TDOJTAG_nTRSTJTAG_TMS_TMSC/SAFE_MODEJTAG_TDIJTAG_TCK/SAFE_MODEJTAG_RTCK

DPM_EMU0/GPIO_11/ATTILA_HW_DBG0/SAFE_MODEDPM_EMU1/GPIO_12/ATTILA_HW_DBG1/SAFE_MODEDPM_EMU2/USBA0_ULPIPHY_CLK/GPIO_13/DISPC2_FID/ATTILA_HW_DBG2/RSVDDPM_EMU3/USBA0_ULPIPHY_STP/GPIO_14/DISPC2_DATA10/ATTILA_HW_DBG3/RSVDDPM_EMU4/USBA0_ULPIPHY_DIR/GPIO_15/DISPC2_DATA9/ATTILA_HW_DBG4/RSVDDPM_EMU5/USBA0_ULPIPHY_NXT/GPIO_16/RFBI_TE_VSYNC0/DISPC2_DATA16/ATTILA_HW_DBG5/RSVDDPM_EMU6/USBA0_ULPIPHY_DAT0/UART3_TX_IRTX/GPIO_17/RFBI_HSYNC0/DISPC2_DATA17/ATTILA_HW_DBG6/RSVDDPM_EMU7/USBA0_ULPIPHY_DAT1/UART3_RX_IRRX/GPIO_18/RFBI_CS0/DISPC2_HSYNC/ATTILA_HW_DBG7/RSVDDPM_EMU8/USBA0_ULPIPHY_DAT2/UART3_RTS_SD/GPIO_19/RFBI_RE/DISPC2_PCLK/ATTILA_HW_DBG8/RSVDDPM_EMU9/USBA0_ULPIPHY_DAT3/UART3_CTS_RCTX/GPIO_20/RFBI_WE/DISPC2_VSYNC/ATTILA_HW_DBG9/RSVDDPM_EMU10/USBA0_ULPIPHY_DAT4/GPIO_21/RFBI_A0/DISPC2_DE/ATTILA_HW_DBG10/RSVDDPM_EMU11/USBA0_ULPIPHY_DAT5/GPIO_22/RFBI_DATA8/DISPC2_DATA8/ATTILA_HW_DBG11/RSVDDPM_EMU12/USBA0_ULPIPHY_DAT6/GPIO_23/RFBI_DATA7/DISPC2_DATA7/ATTILA_HW_DBG12/RSVDDPM_EMU13/USBA0_ULPIPHY_DAT7/GPIO_24/RFBI_DATA6/DISPC2_DATA6/ATTILA_HW_DBG13/RSVDDPM_EMU14/SYS_DRM_MSECURE/UART1_RX/GPIO_25/RFBI_DATA5/DISPC2_DATA5/ATTILA_HW_DBG14/RSVDDPM_EMU15/SYS_SECURE_INDICATOR/GPIO_26/RFBI_DATA4/DISPC2_DATA4/ATTILA_HW_DBG15/RSVDDPM_EMU16/DMTIMER8_PWM_EVT/DSI1_TE0/GPIO_27/RFBI_DATA3/DISPC2_DATA3/ATTILA_HW_DBG16/RSVDDPM_EMU17/DMTIMER9_PWM_EVT/DSI1_TE1/GPIO_28/RFBI_DATA2/DISPC2_DATA2/ATTILA_HW_DBG17/RSVDDPM_EMU18/DMTIMER10_PWM_EVT/DSI2_TE0/GPIO_190/RFBI_DATA1/DISPC2_DATA1/ATTILA_HW_DBG18/RSVDDPM_EMU19/DMTIMER11_PWM_EVT/DSI2_TE1/GPIO_191/RFBI_DATA0/DISPC2_DATA0/ATTILA_HW_DBG19/RSVD

ATESTV

USBB2_HSIC_STROBE/GPIO_170/SAFE_MODEUSBB2_HSIC_DATA/GPIO_169/SAFE_MODE

USBB2_ULPITLL_DAT7/USBB2_ULPIPHY_DAT7/SDMMC3_CLK/GPIO_168/McSPI3_CLK/DISPC2_DATA11/RSVDUSBB2_ULPITLL_DAT6/USBB2_ULPIPHY_DAT6/SDMMC3_CMD/GPIO_167/McSPI3_SIMO/DISPC2_DATA12/RSVDUSBB2_ULPITLL_DAT5/USBB2_ULPIPHY_DAT5/SDMMC3_DAT3/GPIO_166/McSPI3_CS0/DISPC2_DATA13/RSVDUSBB2_ULPITLL_DAT4/USBB2_ULPIPHY_DAT4/SDMMC3_DAT0/GPIO_165/McSPI3_SOMI/DISPC2_DATA14/RSVDUSBB2_ULPITLL_DAT3/USBB2_ULPIPHY_DAT3/SDMMC3_DAT1/GPIO_164/HSI2_CAREADY/DISPC2_DATA15/RSVDUSBB2_ULPITLL_DAT2/USBB2_ULPIPHY_DAT2/SDMMC3_DAT2/GPIO_163/HSI2_ACFLAG/DISPC2_DATA18/RSVDUSBB2_ULPITLL_DAT1/USBB2_ULPIPHY_DAT1/SDMMC4_DAT3/GPIO_162/HSI2_ACDATA/DISPC2_DATA19/RSVDUSBB2_ULPITLL_DAT0/USBB2_ULPIPHY_DAT0/SDMMC4_DAT2/GPIO_161/HSI2_ACWAKE/DISPC2_DATA20/RSVDUSBB2_ULPITLL_NXT/USBB2_ULPIPHY_NXT/SDMMC4_DAT1/GPIO_160/HSI2_ACREADY/DISPC2_DATA21/RSVDUSBB2_ULPITLL_DIR/USBB2_ULPIPHY_DIR/SDMMC4_DAT0/GPIO_159/HSI2_CAFLAG/DISPC2_DATA22/RSVDUSBB2_ULPITLL_STP/USBB2_ULPIPHY_STP/SDMMC4_CLK/GPIO_158/HSI2_CADATA/DISPC2_DATA23/RSVD

USBB2_ULPITLL_CLK/USBB2_ULPIPHY_CLK/SDMMC4_CMD/GPIO_157/HSI2_CAWAKE/SAFE_MODE

USBA0_OTG_DM/UART3_TX_IRTX/UART2_TX/GPIO_180/SAFE_MODEUSBA0_OTG_DP/UART3_RX_IRRX/UART2_RX/GPIO_179/SAFE_MODE

USBA0_OTG_CE

UNIPRO_RY2/KPD_ROW5/GPI_3/SAFE_MODEUNIPRO_RX2/KPD_ROW4/GPI_2/SAFE_MODE

UNIPRO_RY1/KPD_ROW3/GPI_178/SAFE_MODEUNIPRO_RX1/KPD_ROW2/GPI_177/SAFE_MODEUNIPRO_RY0/KPD_ROW1/GPI_176/SAFE_MODEUNIPRO_RX0/KPD_ROW0/GPI_175/SAFE_MODE

UNIPRO_TY2/KPD_COL5/GPIO_1/SAFE_MODEUNIPRO_TX2/KPD_COL4/GPIO_0/SAFE_MODE

UNIPRO_TY1/KPD_COL3/GPIO_174/SAFE_MODEUNIPRO_TX1/KPD_COL2/GPIO_173/SAFE_MODEUNIPRO_TY0/KPD_COL1/GPIO_172/SAFE_MODEUNIPRO_TX0/KPD_COL0/GPIO_171/SAFE_MODE

FREF_CLK1_OUT/GPIO_181/SAFE_MODEFREF_CLK2_OUT/GPIO_182/SAFE_MODE

FREF_CLK3_REQ/FREF_CLK1_REQ/SYS_DRM_MSECURE/GPIO_WK30/C2C_WAKEREQIN/SAFE_MODEFREF_CLK4_REQ/FREF_CLK5_OUT/GPIO_WK7

FREF_CLK4_OUT/GPIO_WK8FREF_CLK0_OUT/FREF_CLK1_REQ/SYS_DRM_MSECURE/GPIO_WK6/SAFE_MODE

FREF_CLK3_OUT/FREF_CLK2_REQ/SYS_SECURE_INDICATOR/GPIO_WK31/C2C_WAKEREQOUT/SAFE_MODE

SYS_BOOT0/GPIO_184/SAFE_MODESYS_BOOT1/GPIO_185/SAFE_MODESYS_BOOT2/GPIO_186/SAFE_MODESYS_BOOT3/GPIO_187/SAFE_MODESYS_BOOT4/GPIO_188/SAFE_MODESYS_BOOT5/GPIO_189/SAFE_MODE

SYSBOOT6/DPM_EMU18/GPIO_WK9/C2C_WAKEREQOUT/SAFE_MODESYSBOOT7/DPM_EMU19/GPIO_WK10/SAFE_MODE

C2C_DATA15/DSI2_TE1/C2C_DATAOUT1/GPIO_104/SAFE_MODEC2C_DATA11/USBC1_ICUSB_TXEN/C2C_DATAOUT3/GPIO_100/SYS_NDMAREQ0/SAFE_MODE

C2C_DATA12/DSI1_TE0/C2C_CLKIN0/GPIO_101/SYS_NDMAREQ1/SAFE_MODEC2C_DATA13/DSI1_TE1/C2C_CLKIN1/GPIO_102/SYS_NDMAREQ2/SAFE_MODE

C2C_DATA14/DSI2_TE0/C2C_DATAOUT0/GPIO_103/SYS_NDMAREQ3/SAFE_MODE

R501 10

C505

0.1u

0.1uC504

VSEL_1.8V

R50010

2.7KR513

10K

R516

R521470K

R522470K

VSEL_1.8V

GPS_PWR_ON

SDMMC2_CMDSDMMC2_CLK

SYS_nRESWARM

SYS_nRESWARM

SDMMC2_DAT[0]SDMMC2_DAT[1]SDMMC2_DAT[2]SDMMC2_DAT[3]SDMMC2_DAT[4]SDMMC2_DAT[5]SDMMC2_DAT[6]SDMMC2_DAT[7]

CHG_STATUS/

I2C3_SCLI2C3_SDA

CHG_EN_SET/

MICROSD_DET/

CLK32K_MAIN

I2C1_SCL

I2C1_SCL

I2C1_SDA

I2C1_SDA

MUIC_INT/

USB_DM_OMAPUSB_DP_OMAP

SRI2C_SCLSRI2C_SDA

SYS_DRM_MSEC

UART4_RX_OMAPUART4_TX_OMAP

UART_SW1UART_SW2

SYS_nRESPWRON

SYS_nIRQ1SYS_PWRREQ

PWR_ON_SW

I2C2_SCL

MICROSD_CMDMICROSD_DAT0MICROSD_DAT1MICROSD_DAT2MICROSD_DAT3

MICROSD_CLK

FLASH_EN

I2C2_SDA

I2C4_SDAI2C4_SCL

VT_0.3M_MIPI_DATA0_PVT_0.3M_MIPI_DATA0_N

VT_0.3M_MCLK

VT_0.3M_MIPI_CLK_PVT_0.3M_MIPI_CLK_N

PROX_INT

VT_CAM_PWDNVT_CAM_RESET/

LCD_RESET_N

FRONT_KEY_LED_EN


DSI2_LCD_MIPI_D0_P


DSI2_LCD_MIPI_D0_N

MICROSD_COVER_DET/

LCD_CP_EN

TOUCH_INT_N

KEY_C[0]

KEY_R[0]KEY_R[1]

UART_RX_IFXUART_TX_IFX

3D_BOOST_EN

3D_LCD_BANK_SEL

3D_LCD_EN

FM_I2S_CLK

FM_I2S_DI

FM_I2S_FSYNC

FM_I2S_DO

BT_PCM_SYNC

BT_PCM_CLKBT_PCM_DIN

BT_PCM_DOUT

WL_CLK_REQ

BT_UART_RTS/BT_UART_CTS/

WLAN_CLK

WLAN_SDIO[0]WLAN_SDIO[1]WLAN_SDIO[2]WLAN_SDIO[3]

WLAN_CMD

WLAN_HOST_WAKEUP

BT_UART_TXDBT_UART_RXD

WLAN_EN

BT_EN

WL_CLK_IN

UART1_TX_IPC

UART1_RX_IPC

MIPI_HSI_AC_FLAG

McSPI4_SOMI

MIPI_HSI_AC_DATA

McSPI4_SIMO

MIPI_HSI_CA_READY

McSPI4_CLK

USIF1_SW

IPC_SRDYIPC_MRDY

MODEM_SEND

IFX_USB_VBUS_EN

RESET_PMU_N

OMAP_SEND

IFX_PWR_ON_SW/

IPC_I2S_CLKIPC_I2S_DOUT

IPC_I2S_SYNCIPC_I2S_DIN

CP_CRASH_INT

AUD_CLK_IN

HDMI_CECHDMI_SCLHDMI_SDA

HDMI_CT_CP_HPD

HDMI_LS_OE

OMAP_CLK_IN

OMAP_CLK_IN

OMAP_CLK_REQ

OMAP_CLK_REQ

HDMI_HPD

HDMI_D1-

HDMI_D0-HDMI_D0+

HDMI_D1+HDMI_D2-HDMI_D2+

HDMI_CLK-HDMI_CLK+


ABE_CLKSPDM_CLK

PDM_FRAME

AUD_PWRON

5M_MCLK



SECONDARY_5M_MIPI_CLK_P

SECONDARY_5M_MIPI_DATA0_NSECONDARY_5M_MIPI_DATA0_P



GPS_UART_TXD

GYRO_INT

CAM_SUBPM_EN

SYS_nIRQ2


MOTION_INT

GPS_RESET_N

GPS_UART_RXDGPS_UART_RTS_NGPS_UART_CTS_N SYS_BOOT4

SYS_BOOT4

SYS_BOOT7

SYS_BOOT7

PROXI_LDO_EN

GPS_LNA_SD

VIBE_PWM

VIBE_EN

SYS_BOOT1

SYS_BOOT1

SYS_BOOT2

SYS_BOOT2

SYS_BOOT6

SYS_BOOT6

PRIMARY_5M_RESET_N

MIPI_HSI_CA_WAKEMIPI_HSI_CA_DATAMIPI_HSI_CA_FLAG

MIPI_HSI_AC_READYMIPI_HSI_AC_WAKE

TOUCH_RESET

LCD_EN

KEY_C[1]

COMPASS_INT

FUEL_INT/

FUEL_SDA

FUEL_SCL

MIPI HSI

For Touch S/W control

Rev.B

ARRAY TP

FM I2S

(Rev.1.0)

BOTTING

Removed

Rev.B

Rev.B

Rev.B

IFX control

Added(Rev.C)

SD/MMC2

Reference Clock

JATG & UART INTERFACE

1.2V_VIOGPIOs

USBMUIC

SYSTEM

Key Pad

UART4

1st 5M CAM, VT CAM, CAM PMU, MUIC

I2C4

I2C3

TCXO_BUFFER, TI PMIC, TI CODEC

BT PCM

USB HSIC

IPC_PCM

NO ASSIGN

CSI2_1

CSI2_2

Composite

DSI1

DSI2

UART1

McSPI4

HDMI

UART2

GPIOs

SD/MMC1

PDM

IPC

McBSP1

McBSP2

FM, SD/MMC5(WLAN)

McSPI port usageSPI1

SPI2

SPI3

SPI4

DMB

JTAG

Video

I2C

SYSTEM

1.8V & 3.0V_VIO

BT

MICROSD

WLANSD/MMC5

I2C2

I2C1

Port I2C port usage

TOUCH, LCD backlight booster, Flash LED driver, Compass sensor

2st 5M CAM, Gyro sensor, PROXI/ALC sensor

TI PMICSRI2C

eMMC4.4

Rev.C

Rev.C

Added (P925 Rev.A)

Rev.D

Added(Rev.D)

Rev.E, 1.0

Added (Rev.E)

Rev.E

Removed (Rev.E)

Rev.1.0

Changed(Rev.1.0)

Removed (Rev.1.0)

Added (Rev.1.1)



7. CIRCUIT DIAGRAM

SC7911

137R

K74

C739 1u

0.1u

C626

0.1u

C609

1u

C627

SC7921

SDIN5C2-8G-974DU721

5R

3R

2R

1R

41P

31P

21P

01P

3P

2P

1P

41N

31N

21N

01N

3N

2N

1N

41M

31M

21M

01M

9M

8M

5M

3M

2M

1M

41L31L21L3L2L1L41

K31

K21

K11

K01

K9

K8

K7

K5

K

AH11K3AH9K1AH6J14AH4J13AG13J12AG2J11AE14J10AE1J9AA14J8AA13J7AA12J1AA11H14AA10H13AA9H12AA8H11AA7H10AA2H9AA1H8Y14H7Y13H6Y12H2Y11H1Y10D14Y9D1Y8B13Y7B2Y6A11Y3A9Y1A6W14A4W13W12AA5W11AA3W10Y4W9W4W8K6W7AA6W3AA4W2Y5W1Y2V14K4V13U8V12R10V3P5V2M7V1U9U14T10U13N5U12M6U10U7K2U6U5W5U3U2W6U1T14J6T13J5T12J4T5J3T3J2T2H5T1H4R14H3R13R12L4

NC140 NC74NC75

DAT0 NC76DAT1 NC77DAT2 NC78DAT3 NC79DAT4 NC144DAT5 NC81DAT6 NC82DAT7 NC83

NC84CLK NC85

NC86CMD RESET

NC153VDDI NC150

NC148VCC1 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 NC119NC146 NC120NC147 NC121NC13 NC122NC14 NC123NC15 NC142NC16 NC125NC17 NC126NC18 NC127NC19 NC128NC20 NC129NC21 NC130NC22 NC131NC23 NC132NC24 NC133NC25 NC134NC26 NC135NC27 NC136NC28 NC137NC29 NC138NC30 NC139

941C

N23

CN

33C

N43

CN

5 3C

N63

CN

73C

N8 3

CN

93C

N04

CN

14C

N24

CN

34C

N44

CN

54C

N64

CN

74C

N84

CN

151C

N251

CN

451C

N541

CN

35C

N45

CN

55C

N65

CN

75C

N85

CN

141C

N06

CN

16C

N26

CN

36C

N46

CN

551C

N341

CN

76C

N86

CN

96C

N07

CN

17C

N27

CN

651C

N

SC7931

SC7941

SC7961

SC7951

K74637

R

C659 1u

VSEL_1.8V

1u

C619

0.1u

C744

2.2u

C743

FB743 600

SC7971

1u

C620

10R721

10R723

10R724

10R725

10R726

10R728

R727 10

R730 10

240R632

C610

0.1u

240R631

VSEL_1.8V

0.1u

C742C741

2.2u

FB741 600

C740 0.1u

737R

K74

K74837

R

937R

K74

537R

K74

337R

K74

K74437

R

K74237

R

VSEL_1.8V

VSEL_1.8V

10R722

10R729

U7011

Fiducial1

VPMIC_VAUX1

SC7981

0.1u

C611

0.1u

C614C613

0.1u

C612

0.1u

NFM18PS105R0J3D_FL621

IN OUT

GND

VSEL_VCORE3

VSEL_1.8V

VPMIC_VCXIO

VPMIC_VCXIO

C661 1u

VSEL_1.8V

VPMIC_VUSB

C618

0.1u

VPMIC_OMAP_VPP_CUST

VSEL_1.8V

0.1u

C671

0.1u

C656 C645

0.1u

1uC662

C665 1u

0.1u

C655C654

0.1u

VSEL_VCORE3

0.1uC651

C646 0.1u

C648 0.1u VSEL_1.29V

VPMIC_VMMC

0.1uC644

VSEL_1.8V

C639

0.1u

C637

0.1u

VSEL_1.29V

VSEL_1.8V

0.1u

C683

C603

0.1u0.1u

C602C600

0.1u 0.1u

C601

0.1u

C682

C680

0.47u

C677

0.1u 0.1u

C678 C679

0.1u

C657 220n

VSEL_1.29V

VSEL_VMEM

C675

0.1u0.1u

C674C673

0.1u

C670

220n

C668 0.1u

C669

220n

C667 220n

220nC663

C658

0.1u

C652

0.1u

C653

0.1u

0.47u

C681

C649

220n

C647

220n

VSEL_1.29V

VPMIC_VDAC

VSEL_1.8V

C650

0.47u

0.1u

C642

0.1u

C641

0.1u

C640

VSEL_1.8V

VCORE2_OMAP_IVAUD

0.47u

C621

C607

1u

VCORE1_OMAP_MPU

U500OMAP4430

41R

31R

21R

71P

61

P

51

P

41P

31P

21P

71N

61N

51N

41N

31

N

21

N

31H

12M

71M

61M

51M

41M

31

M

71Y

1M

62L

52L

12L

9N

82K

2K

12

J

4J

3J

82H

91H

71H

11H

1H

52

F

2F

2C

72B

31B

6B

3B

32A

02

A

01

A

H15

N27

M27

K22

K21

T21

B28

B1

A28

AH28

N7

L22

D6

D5

D4

D3

C6

C5

C4

AH27

AG28

Y22

J8

AB12

A2

A1

T7

U22

AB11

AB13

N21

R21

AB10

M7

G9

G22

J7

V22

AA16

H16

G16

G7

H7

W7

G20

G19

G18

G17

AA14

AB17

AA7

AB18

AB19

AB8

AB20

AB16

AB21

AH25

AH20

AH18

AD28

AB28

AB22

AA21

AA22

T28

AH12

AH9

AH4

AF1

AC1

AB9

AA9

AA8

Y1

U1

L8

L28

L7

M8

J28

H21

H20

H9

H8

G21

G8

G1

E28

D1

A25

A22

A17

A12

A9

A6

A4

B2

A26

AF28

AH16

T8

G15

R27

Y14

AH3

AF27

C28

A3

T2

T1

N28

AG14

B15

A15

AG27

AG2

C1

R28

P1

N1

AH14

C27

A13

A5

A7

M28

AB14

N22

P7

T22

Y16

P9

G13

G12

A11

V28

W28

L2

L1

Y7

K7

W22

AB7

V7

U7

J22

H22

AA18

AA19

AA17

Y21

Y20

Y19

Y18

W21

W20

V21

AA10

Y10

Y9

Y8

W9

W8

V8

U9

V9

V20

T9

AA13

Y13

Y12

Y11

U20

T20

R20

N20

M20

M9

L20

L9

K20

K9

J20

J19

J18

J17

J16

J15

J13

J12

J11

J10

J9

H18

H12

22R

8N

8P

11

G

22

M

01G

01H

12H

A

31H

A

01

HA

8H

A

62

GA

71

GA

4GA

2FA

72E

A

1BA

8K

02

AA

21

AA

11A

A

62

Y

52Y

82U

12U

71

U

61

U

51

U

41

U

31U

21U

8U

2U

71

T

61

T

51

T

41T

31

T

21T

71R

61R

51

R84

_S

SV

94

_S

SV

05

_S

SV

15

_S

SV

25

_S

SV

35

_S

SV

45

_S

SV

55

_S

SV

65

_S

SV

75

_S

SV

85

_S

SV

95

_S

SV

06

_S

SV

16

_S

SV

26

_S

SV

36

_S

SV

46

_S

SV

56

_S

SV

66

_S

SV

76

_S

SV

86

_S

SV

96

_S

SV

07

_S

SV

17

_S

SV

27

_S

SV

37

_S

SV

47

_S

SV

57

_S

SV

67

_S

SV

77

_S

SV

87

_S

SV

97

_S

SV

08

_S

SV

18

_S

SV

28

_S

SV

GTO

0A

BS

U_

AS

SV

V3P

3_G

TO

0A

BS

U_

AS

SV

IN

U_

AS

SV

CA

DV

_I

MD

H_

AS

SV

0_

IS

D_

AS

SV

1_

IS

D_

AS

SV

2IS

C_

AS

SV

VDD_CORE_0VDD_CORE_1VDD_CORE_2VDD_CORE_3VDD_CORE_4VDD_CORE_5VDD_CORE_6VDD_CORE_7VDD_CORE_8VDD_CORE_9VDD_CORE_10VDD_CORE_11VDD_CORE_12VDD_CORE_13VDD_CORE_14VDD_CORE_15VDD_CORE_16VDD_CORE_17VDD_CORE_18VDD_CORE_19VDD_CORE_20VDD_CORE_21VDD_CORE_22VDD_CORE_23VDD_CORE_24VDD_CORE_25VDD_CORE_26VDD_CORE_27VDD_CORE_28

VDD_MPU_0VDD_MPU_1VDD_MPU_2VDD_MPU_3VDD_MPU_4VDD_MPU_5VDD_MPU_6VDD_MPU_7VDD_MPU_8

VDD_IVA_AUDIO_0VDD_IVA_AUDIO_1VDD_IVA_AUDIO_2VDD_IVA_AUDIO_3VDD_IVA_AUDIO_4VDD_IVA_AUDIO_5VDD_IVA_AUDIO_6VDD_IVA_AUDIO_7VDD_IVA_AUDIO_8VDD_IVA_AUDIO_9

VDDS_1P8_0VDDS_1P8_1VDDS_1P8_2VDDS_1P8_3VDDS_1P8_4VDDS_1P8_5VDDS_1P8_6

VDDS_1P8_FREF

VDDA_DSI1VDDA_DSI2

VDDA_CSI21VDDA_CSI22

VDDA_HDMI_VDAC_0VDDA_HDMI_VDAC_1

VDDA_DPLL_CORE_AUDIO

VDDA_DPLL_MPUVDDA_DPLL_IVA_PER

VDDA_LDO_SRAM_COREVDDA_LDO_EMU_WKUPVDDA_LDO_SRAM_IVA_AUDIOVDDA_LDO_SRAM_MPU

VDDA_UNI

VDDA_USBA0OTG_1P8VVDDA_USBA0OTG_3P3V

POP_VDD1_LPDDR21_A15POP_VDD1_LPDDR21_C28POP_VDD1_LPDDR21_AJ15POP_VDD1_LPDDR22_N2POP_VDD1_LPDDR22_R1POP_VDD1_LPDDR22_P29POP_VDD1_LPDDR2_SHARED_C1POP_VDD1_LPDDR2_SHARED_AH2POP_VDD1_LPDDR2_SHARED_AH28

POP_VDD2_LPDDR21_A16POP_VDD2_LPDDR21_B16POP_VDD2_LPDDR21_AH15POP_VDD2_LPDDR22_P28POP_VDD2_LPDDR22_T1POP_VDD2_LPDDR22_T2POP_VDD2_LPDDR2_SHARED_A3POP_VDD2_LPDDR2_SHARED_C29POP_VDD2_LPDDR2_SHARED_AG28POP_VDD2_LPDDR2_SHARED_AH3

VDDCA_VREF_LPDDR21VDDCA_VREF_LPDDR22VDDQ_VREF_LPDDR21VDDQ_VREF_LPDDR22POP_LPDDR21_ZQ_AJ17POP_LPDDR22_ZQ_AG29

POP_VACC_LPDDR2_B28POP_VACC_LPDDR2_B2

VDDQ_LPDDR2_0VDDQ_LPDDR2_1VDDQ_LPDDR2_2VDDQ_LPDDR2_3VDDQ_LPDDR2_4VDDQ_LPDDR2_5VDDQ_LPDDR2_6VDDQ_LPDDR2_7VDDQ_LPDDR2_8VDDQ_LPDDR2_9

VDDQ_LPDDR2_10VDDQ_LPDDR2_11VDDQ_LPDDR2_12VDDQ_LPDDR2_13VDDQ_LPDDR2_14VDDQ_LPDDR2_15VDDQ_LPDDR2_16VDDQ_LPDDR2_17VDDQ_LPDDR2_18VDDQ_LPDDR2_19VDDQ_LPDDR2_20VDDQ_LPDDR2_21VDDQ_LPDDR2_22VDDQ_LPDDR2_23VDDQ_LPDDR2_24VDDQ_LPDDR2_25VDDQ_LPDDR2_26VDDQ_LPDDR2_27VDDQ_LPDDR2_28VDDQ_LPDDR2_29VDDQ_LPDDR2_30

VDDCA_LPDDR2_0VDDCA_LPDDR2_1VDDCA_LPDDR2_2VDDCA_LPDDR2_3VDDCA_LPDDR2_4VDDCA_LPDDR2_5VDDCA_LPDDR2_6VDDCA_LPDDR2_7VDDCA_LPDDR2_8VDDCA_LPDDR2_9

VDDS_DV_BANK0VDDS_DV_BANK1

VDDS_DV_BANK2_0VDDS_DV_BANK2_1

VDDS_DV_BANK3VDDS_DV_BANK4VDDS_DV_BANK5VDDS_DV_BANK6

VDDS_DV_C2C_0VDDS_DV_C2C_1VDDS_DV_C2C_2

VDDS_DV_GPMC

VDDS_DV_FREF

VDDS_SDMMC1_0VDDS_SDMMC1_1

VDDS_DV_SDMMC2_0VDDS_DV_SDMMC2_1

VDDS_1P2

VDDS_DV_CAM

VDDS_SIM

VDDA_DLL0_LPDDR21VDDA_DLL1_LPDDR21VDDA_DLL0_LPDDR22VDDA_DLL1_LPDDR22

CAP_VBB_LDO_IVA_AUDIOCAP_VDD_LDO_SRAM_IVA_AUDIO

CAP_VBB_LDO_MPUCAP_VDD_LDO_SRAM_MPUCAP_VDD_LDO_SRAM_CORECAP_VDD_LDO_EMU_WKUP

PBIAS_SDMMC1PBIAS_SIM

VDDA_BDGP_VBB

VPP_CUSTVPP_STD

VSENSEIFORCE

RSVD1RSVD2RSVD3RSVD4RSVD5RSVD6RSVD7RSVD8RSVD9

LPDDR21_NCS0

NC1NC2NC3NC4NC5NC6NC7NC8NC9

0_S

SV

1_

SS

V2

_SS

V3

_S

SV

4_S

SV

5_SS

V6_S

SV

7_S

SV

8_S

SV

9_

SS

V0

1_S

SV

11_

SSV

21_

SSV

31_

SSV

41_

SSV

51_

SSV

61_

SSV

71_

SSV

81

_S

SV

91_S

SV

02_

SSV

12_

SSV

22_S

SV

32_

SSV

42_

SSV

52_

SSV

62

_S

SV

72

_S

SV

82_

SSV

92_

SSV

03_S

SV

13_

SSV

23_

SSV

33_

SSV

43_

SSV

53_S

SV

63_

SSV

73_

SSV

83_

SSV

93_

SS

V0

4_

SSV

14_

SSV

24_

SSV

34

_S

SV

44_

SSV

54_

SSV

64_

SSV

74_

SS

V

VSEL_1.8V

SC7991

C660 1u

C636

220n

C635

0.1u

C617

0.47u

OJ704

FL627NFM18PS105R0J3D_

IN OUT

GND

C605

1u

VSEL_1.29V

C686

220n

C685

220n

C687

4.7u 1u

C688

OJ701

C684 0.1u

OJ703OJ702

SDMMC2_CMD

SDMMC2_CLK

SYS_nRESWARM

SDMMC2_DAT[0]

SDMMC2_DAT[1]

SDMMC2_DAT[2]

SDMMC2_DAT[3]

SDMMC2_DAT[4]

SDMMC2_DAT[5]

SDMMC2_DAT[6]

SDMMC2_DAT[7]

Shield Can Clip (Top)1%

1%

eMMC 8GB

PoP LPDDR24Gb

Voltage Level Check!!!

OMAP POWER

Shield CanTop Bottom

Screw

Added (P925 Rev.A)

Added (P925 Rev.A)

Added (P925 Rev.A)


Changed (Rev.E)

Changed (Rev.E)

Added (Rev.E)

Added (Rev.1.0)



7. CIRCUIT DIAGRAM

2.2uC890

C8921u

C83010p 10p

C833

R811

(1%)80.6K

C8070.47u

VBAT

(0603)

C803

6p

C802

10p(0603)

VSEL_1.8V

10uC813

K01008

R

TWL6030U800

21A

11A

51B

41A

21B

31A

41B

11B

21D

21K

31E

31D

9J

9K

8K

7M

6N

21L

8H

8G

9G

9H

6M

51N

21M

11M

5K

5L

5J

7K

5M

5N

01K

31M

31N

4M

4N

2N

51A

8J

11N

21N

1T

2T

1R

5H

61T

51T

61R

1A

2A

1B

R12

T12

R11

T11

R13

R10

T10

H15

H16

J15

J16

G16

K15

K16

E15

E16

D15

D16

F16

C15

C16

M15

L16

M16

P15

P16

N16

L15

R14

T14

T13

H2

H1

J2

J1

G1

K2

K1

R5

T5

R6

T6

R4

R7

T7

M2

L1

M1

P2

P1

N1

L2

R3

T3

T4

E8

A8

A10

J10

H10

E9

F5

F2

E2

F1

E1

E6

D4

E4

G2

B3

B4

A4

A3

D6

D5

H7

E5

F4

J7

D2

C2

D1

C1

E12

F12

A9

H12

G12

B16

A16

G10

01

E

7A

7D

4K

31

J

51

G

51

F

9R

9T

8T

01

B

8B

5B

6B

6A

5A

4G

8M

7G

4H

9D

31

L

11E

01

M

8N

31

B

9M

31H

31

F

7B

8D

31

K

21

J

8R

01

N

7N

4J

01

D

11

D

4L

9B

31

G

9N

1B_

DDV

2B_

DDV

3B_

DDV

4B_

DDV

NI

_C

TRV

NI

_A

NAV

NI_

PPV

NI_

1X

UAV

NI_

2X

UAV

NI_

3X

UAV

1NI

_C

MMV

2NI

_C

MMV

1NI_

MI

SUV

2NI_

MI

SUV

NI_

OI

XCV

NI

_C

ADVO

IV

TA

BV

1B

_AN

A_

DNG

2B

_AN

A_

DNG

3B

_AN

A_

DNG

4B

_AN

A_

DNG

5B

_AN

A_

DNG

6B

_AN

A_

DNG

7B

_AN

A_

DNG

OI

V_GI

D_

DNG

CT

RV

_GI

D_

DNG

1B

_D

NGP

_G

RHC

2B

_D

NGP

_G

RHC

3B

_D

NGP

_G

RHC

4B

_D

NGP

_G

RHC

MI

SUV

AN

AV

1X

UAV

2X

UAV

3X

UAV

OI

XCV

CA

DV

CM

MV

PPV

CT

RV

BS

UV

PU

KC

ABV

VPROG

PBKG_B51PBKG_B53

VBG

IREF

REFGND_B1REFGND_B2

IDVBUS_B1VBUS_B2VBUS_B3VBUS_B4

CHRG_EXTCHRG_ENZVACCHRG_DET_NCHRG_EXTCHRG_STATZCHRG_LED_TESTCHRG_LED_IN

CHRG_SW_B1CHRG_SW_B2CHRG_SW_B3CHRG_SW_B4

CHRG_BOOTCHRG_CSIN

CHRG_CSOUTCHRG_AUXPWR

CHRG_PMID_B1CHRG_PMID_B2CHRG_PMID_B3CHRG_PMID_B4CHRG_VREF

CLK32KAUDIO

CLK32KAO

CLK32KG

OSC32KIN

OSC32KOUTOSC32KCAP

VCORE1_IN_B1VCORE1_IN_B2VCORE1_IN_B3VCORE1_FDBKVCORE1_SW_B1VCORE1_SW_B2VCORE1_SW_B3

VCORE1_GND_B1VCORE1_GND_B2VCORE1_GND_B3

VCORE2_IN_B1VCORE2_IN_B2VCORE2_FDBKVCORE2_SW_B1VCORE2_SW_B2


VCORE3_IN_B1VCORE3_IN_B2VCORE3_FDBKVCORE3_SW_B1VCORE3_SW_B2


V1V8_IN_B1V1V8_IN_B2V1V8_IN_B3V1V8_FDBK

V1V8_SW_B1V1V8_SW_B2V1V8_SW_B3

V1V8_GND_B1V1V8_GND_B2V1V8_GND_B3


V2V1_SW_B1V2V1_SW_B2



V1V29_SW_B1V1V29_SW_B2V1V29_GND_B1V1V29_GND_B2

VMEM_IN_B1VMEM_IN_B2VMEM_FDBK

VMEM_SW_B1VMEM_SW_B2

VMEM_GND_B1VMEM_GND_B2

34B_

GKBP

24

B_

GKB

P14B

_GKB

P3

3B_

GKB

P23

B_

GKB

P1

3B_

GK

BP

2B_GKBP

31B_

GK

BP

21B_

GKBP

11B_

GKBP

MIS

CM

MNE

TS

ET

VTSET

ERUCESM

AD

S_

C2ILT

CLCS

_C2I

LTC

AD

S_

C2I

RS

LC

S_

C2

IRS

TNI

NORW

PSERN

MR

AW

SER

N1N

EG

ER

2N

EG

ER

NORW

PNO

RWPR

1MWP

2MWP

ECRO

FMWP

NESY

S3TO

OB

2T

OO

B1

TOO

B0T

OO

BLAVO

MERTAB

3QER

PC2QE

RP

B2Q

ERP

A2

QE

RP

1Q

ER

P

NSER_

EG

UAGG

PSER

_EGUAGG

TR

AT

S_CDA

PG

0N

I_CDA

PG

1N

I_

CDA

PG

2N

I_

CD

APG

3N

I_

CD

APG

4NI_C

DAPG

5NI_

CDAPG

6NI_

CDAPG

1F

ER

V_CDA

PG

4FE

RV_C

DA

PG

0.1uC812

BAT800311HR-VG1

R804150K

(0603)

C801

10n

VSEL_1.8V

VCHG

ZD801

PSD12-LF

VSEL_1.8V

USB_VBUS

C853

2.2u

(0603)100p

C800

VBAT

)%1(

828R

smho

K2

R891150

FB803 220

C848

1u

C855

1u1u

C850

R809330k

1u

C854

1u

C844 C852

1u

2.2u

C836

2.2u

C837

2.2u

C838 C839

2.2u 2.2u

C840

C849

1u

C816

4.7u

VA800

RF051V1015050L

VCI

VSEL_1.8V

FSUSB63U851

1112

9

4

6

3

5

2

7

1 8

10HSD3+

HSD2+D+

HSD2-

D-

HSD1-

GND

HSD1+

SEL0

HSD3-

VCC SEL1

1u

C841

K01308

R

ESD9B5_0ST5G

ZD802

120FB805

CN801

GU077-5P-SD-E1500

11

10

9

5

4

3

2

1

8

7

6

VBUSD-

D+

ID

GND

508R

K01

CN800

EAG62832401

3

2

1

D1

D2

VPMIC_VRTC

NFM18PC104R1C3FL800

IN OUT

GND1 GND2

IN

D818

R

VSEL_1.8V

VSEL_1.8V

C805

100u

VBAT

R893150

C858

10n

VBAT

220FB800

(0603)10KR821

1uC811

C809

1u

728R

)%1(

065

C817

4.7u

R830 1M

2.2u

C845

32.768KHzFC-135

X800

21

L804 0.47u

L806 0.47u

L800 0.68u

C842

2.2u

808R

K01

C804

(0603)3p

0.47uL801

C834

2.2u

C832

2.2u

L802 0.47u

L805 0.47u

L803 0.68u

C891

1u

VCORE1_OMAP_MPU

C831 10u

628C

u7.4

C828 10u

4.7u

C824

120FB801

VSEL_VMEM

C825 10u

4.7u

C819

120FB804

VSEL_1.29V

C821 10u

VSEL_2.1V

928C

u7.4

10uC818

C814

4.7u

120FB802

USB_VBUS

VCORE2_OMAP_IVAUD

VSEL_1.8V

VSEL_VCORE3

C815 10u

C808

4.7u

FB806 120

56KR850

C827

1u

2.2KR848

ZD803

PSD05-LF

VSEL_1.8V

C822

0.1u

U801RT9524

65

74

83

92

101

11PGND

VIN BATT

ISET PGB

GND1 CHGSB

LDO GND2

IEOC EN_SET

2.2u

C835

R892100K

C823

1u

C8461u

43

21

2.2u

C851

C820

100n

R895 0

R894 0

U891 MAX17043G

9

74

81

6

5

32CELL VDD

ALRT

QSTRT

CTG SDA

GND SCLDN

GP

R896 DNI

DNIR897

TP809

1uC810

R8541.5K

U811MAX14526EEWP+TCC6

2B

1C

2C

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 LC

S

AD

S

TNI

R8531.5K

R80110K 10K

R802

NTUD3169CZQ801

4 3

5 2

6 1S1D1

G1G2

D2S2

VBAT

VBAT

VBAT

VBAT

VBAT

VBAT

VBAT

VBAT

VBAT

VBAT

VPMIC_VAUX1

VPMIC_VDAC

MR

AW

SE

Rn _S

YS

VPMIC_VMMC

VPMIC_VUSB

VPMIC_OMAP_VPP_CUST

VPMIC_VCXIO

CHG_STATUS/

BATT_THM_ADC

BATT_THM_ADC

I2C3_SCLI2C3_SDA

CHG_EN_SET/

USB_VBUS

/TE

D_D

SO

RCI

M

VCHG

VCHG

CLK32K_MAIN

CLK32K_AUD

I2C1_SCL

LC

S_ 1C2 I

I2C1_SDA

AD

S_1C2I

TWL_LDO_1.8V

MUIC_INT/

USB_DM_OMAP

USB_DP_OMAP

LC

S_C2I

RS

AD

S_C2I

RS

VPMIC_VRTC

PCB_VER_ADC

PCB_VER_ADC

CE

SM_

MR

D_S

YS

UART4_RX_OMAP

UART4_TX_OMAP

UART_SW1UART_SW2

SYS_nRESPWRON

UART_TX_SW

UART_RX_SWUART_RX

UART_RX

UART_TX

UART_TX

1Q

RIn_S

YS

QE

RR

WP_

SY

S

CLK32K_GATE

USB_D-_IFX

USB_D+_IFX

0TO

OB

BOOT0

1TO

OB

BOOT1

2TO

OB

BOOT2

3TO

OB

BOOT3

USB_IDUSB_DPUSB_DM

WS_

NO_

RW

P

TWL_LDO_2.8V

VSEL_2.1V

NE_

ODL_

RO

SN

ES

TWL_LDO_3.0V

FUEL_INT/

FUEL_SDAFUEL_SCL

PCB VERSION CHECK

CHARGER : 1mm

Changed (Rev.C)

FUEL GAUGE

Sensing node

Close to batt. connector

Rev.B

Rev.B

Rev.B

# VBAT LINE WIDTH (STAR Connection)GSM PA : 2mm -> WCDMA PA 1mm

PMB9801 : 1mm

TWL6030 : 1.5mm

1mm1mm0.15mm

150K

150K

150K

150K

150K

150K 10K

1.8V

1.8V

1.8V

1.8V

1.8VRev.1.0

1.8V

1.8V

150K

# PCB Revision Check ADC

REV

E

330K

C 100K

180K

D 130K

B

240K

EVB

VDD

1.8V

150K

A

68K

Rev.1.1

R1 R2

47K

ADC

Deleted (Rev.B)

780 ohm->(680mA)2K(10%)->91mA

0.05mm

(Sudden Momentary Power Loss)

through many vias for heat emission.

820 ohm->(646mA)

SMPL DETECTION

560 ohm->(910mA)

R1

R21%

Added (Rev.B)

0.113V

0.561V

0.720V

0.836V

1.108V

0.982V

1.238V

0.429V

Rev.C

1%

CHARGER IC

BATTERY CONNECTOR

GND pad on the bottom of chip has to be connected to main GND trace

DP3T SWITCH

1mm

90ohm matching !!90ohm matching !!

MICRO USB CONN. + MUIC

(Rev.C)Removed Res.

Changed (Rev.C)

Removed HOOK_ADC (Rev.C)

)C.veR( LAVO

MER_TAB devomeR

Added (P925 Rev.A)


Changed


Added (P925 Rev.B)

Changed (Rev.E)

Added (Rev.E)

Changed (Rev.E)

Changed (Rev.E,1.1)

Changed (Rev.E, 1.1)

(P925 Rev.A, Rev.E)

Changed ( Rev 1.0)

Added (Rev.1.1)



7. CIRCUIT DIAGRAM

470nC940

RF0518130SVCI

VA901

C934

2.2u

C926 0.47u

C991

1u

C975

1uAMI306U975

10

95

4

63

72

81

DD

VA

YD

RD

DN

GL

CS

GE

RV

PP

V

INT

SDA ADDR

DVDD

R973DNI

C902

4.7u

R9021.5K

SENSOR_3.0V

C920 0.1u

0.1uC919

C922 0.1uC901

4.7u

1u

C992

SENSOR_3.0V

1u

C973

0.1u

C965

VSEL_1.8V

TP901

VSEL_1.8V

C962

0.1u

C972

0.1u

0.1u

C971 U971

KXTF9

4

3

2

1

501

6

7

8

9SCL

DNC4

INT

DNC3

AD

SD

DV

IO_VDD

DNC1

DNC2

GND

VSEL_1.8V

SENSOR_3.0V

MPU3050AU961

25

21

20

22

19

23

24

81 71

9

8

10

7

11

6

12

5

31

4

41

3

51

2

61

1NI

KLC

7C

N

1C

N

6C

N

2C

N

5C

N

3C

N

DD

V

4C

N

INT

AD_

EMI

FSYNC

IME_CL

REGOUT

VLOGIC

AD0

8C

N

DN

G

SDA

SCL

RESV1

CLKOUT

CPOUT

RESV2

NC9

0.1uC916

ISA1000

EUSY0238306

U981

90111

54

63

72

81EN VDP

PWM GND

MODE VDD

GAIN VDN

3C

N

2C

N

1C

N

C961 2.2n

TP902

C993

1u

0R921

TP903

2.2u

C935

0.1uC917

RT9032AGQWU991

9

54

63

72

81VIN VOUT1

EN1 VOUT2

P2 GND

P1 EN2

DN

GP

TP904

VBAT

PROXI_3.0V

SENSOR_3.0V

C941

100n

0.1u

C963

TWL_LDO_3.0V

C987

2.2u

R982

DNI

1u

C923

L988 82n

L989 82n

C915 0.1u

C936

220n

2.2uC924

R919 0

C933

100n

VBAT

120FB941

FB913 120

U901TWL6040

8G

7G

8F

7E

6E

E5

D7

D6

D5

01D

11

D

1D

2E

7L

9F

1G

01

H

01

C

9L

4K

2L

2B

2C

01

A

7A

6A

3A

7J

9E

2G

01

J

11

B

5H

B1

A2

D3

C1

A8

A9

B5

B4

B8

B9

A5

A4

F4

G4

F3

G3

K11

J11

C11

B10

F1

F2

H2

H1

J3

H4

J4

J2

K1

K3

L4

J5

H7

K7

L11

A11

L1

A1

K2

E1

G5

L5

K6

L6

B7

B6

D4

E8

J9

D8

G6

H6

H8

K8

L10

L8

K9

F11

G11

G9

E11

E10

H11

K10

E4

F7

F6

F5

8J

2D

3B

6J

9C

8C

7C

6C

4C

5C

01

G

01

F

1J

9D

3E

3L

3H

9H

5K

FERD

NG

SHD

NG

CI

MAD

NG

CI

MDD

NG

1O

DLD

NG

2O

DLD

NG

MCVD

NG

1P

CND

NG

2P

CND

NG

1L

FHD

NG

2L

FHD

NG

3L

FHD

NG

1R

FHD

NG

2R

FHD

NG

3R

FHD

NG

GIDD

NG

RB

IVD

NG

LB

IVD

NG

OID

NG

PBKG1PBKG2PBKG3PBKG4PBKG5

VDDREGNCPNCPOUT1NCPOUT2NCPFBCFLYPCFLYN

PDMDNPDMUPPDMCLKPDMCLKLBPDMFRAME

SDASCL

AUDPWRONNRESPWRONNAUDINT

GPO1GPO2GPO3

REFNREFPREFPLUGDETACCONN

ATESTDTEST1DTEST2DTEST3PROG

MCLK

CLK32K

DBIAS1DBIAS2MBIASMMICPMMICNSMICPSMICN

HBIASHMICPHMICN

AFMRAFML

EARPEARN

HSLHSR

AUXLPAUXLNAUXRPAUXRN

HFLP1HFLN1HFRP1HFRN1HFLP2HFLN2HFRP2HFRN2

VIBLPVIBLNVIBRPVIBRN

FER

VDDV

RA

ED

DV

SHD

DV

LUD

DV

LD

DDV

LLPDDV

1LF

HDD

V2LF

HDDV

1RF

HD

DV

2R

FH

DDV

LBI

VDDV

RBIV

DDV

SAIBM

AD

DV

SAIBM

DDD

VOIV

DDV

RAE

SSV

SHS

SV

LUS

SV

LD

SS

VL

LP

SSV

1V

2VDDV

OD

LDDV

NIOD

LSSV

ODL

SSV

NC1NC2NC3NC4

5C

N6

CN

7C

N8

CN

9C

N

VBAT VSEL_1.8V

C932

0.1u

VSEL_2.1V

C931

0.1u

C939

0.1u 0.1u

C930 C929

0.1u

0.1uC928

C938

0.1u 2.2u

C937

2.2uC927

4.7uC904

C905 4.7u

C903

4.7u

FB901 120

C925 0.1u

FB914 120

1n

C913

1n

C914

VSEL_2.1V

C921 0.1u

C918 0.1u

C978

1u

VA902ICVS0318150FR

R986 470K

ICVS0318150FRVA903

0R987

TP905

R981100K

R9011.5K

VSEL_1.8V

C986 3.9n

VSEL_1.8V

C976

10n

CLK32K_AUD

I2C1_SCLI2C1_SDA

SYS_nRESPWRON

SENSOR_LDO_EN

MICBIAS

MMIC_P

AUD_SPK_NAUD_SPK_P

VIB_L_P

VIB_L_N

AUD_RCV_NAUD_RCV_P

I2C4_SDA

I2C4_SDA

I2C4_SCL

I2C4_SCL

HS_MICBIAS

EAR_LEAR_R

SMIC_PSMIC_N

HOOK_ADC

HS_MIC

EAR_SENSE

MMIC_N

FM_AUDIO_LFM_AUDIO_R

AUD_CLK_IN


ABE_CLKSPDM_CLK

PDM_FRAME

AUD_PWRON

GYRO_INT

SYS_nIRQ2

MOTION_INT

PROXI_LDO_EN

VIBE_PWMVIBE_EN

IME_DA

AD

_E

MI

IME_CL

LC_

EM

I

COMPASS_INT

AUDIO CODEC (TWL6040) GYRO SENSOR MOTION SENSOR

SENSOR LDO

MOTOR DRIVER

Digital Compass Movee to MAIN (P925 Rev.B)

Added (Rev.B)

Open/ground switch input

stereo headphone

stereo speaker

earpiecea differential class-AB driver

stereo line outputs

DOWNLINKUPLINK

filterless class-D outputs with 1.5W

with 2 Vrms capability to a typical 32Ohm

a stereo line-input

2.1V

2.1V

XX

Microphone input

Removed (Rev.C)

Added (P925 Rev.A)Added (P925 Rev.A)

Added (P925 Rev.A)

Added (P925 Rev.A)


Added (P925 Rev.A)


Digital Compass Sensor

Removed (Rev.C)

Added (Rev.1.0)



7. CIRCUIT DIAGRAM

C1175

0.1u 0.1u

C1176 R1176

10K

FL1172

ICMEF112P900M

5

6

31

42P2 P4

P1 P3

6P

5P

1uC1143

43

21

R1136

510K

R1195

1K

G5TS0_5B9

DSE

ZD1172

R1191 DNI

100KR1101

ICMEF112P900M

FL1171 5

6

31

42P2 P4

P1 P3

6P

5P

100KR1126

10uL1121

600FB1143

1u

C1102 C1103

1u

VSEL_1.8V

ICMEF214P101M

FL1142

01

9

84

73

62

51P1 P5P2 P6P3 P7P4 P8

1G

2G

51KR1133

200KR1174

VSEL_1.8V

2.8V_3D_LCD

R11021.5K

12V_3D_LCD

PROXI_3.0V

2.8V_LCD_VCI

1.8V_LCD_IOVCC

SENSOR_3.0V

12V_3D_LCD

VSEL_1.8V

VBAT

VBAT

24-5804-034-000-829+CN1161

1817

1916

2015

2114

2213

2312

2411

2510

269

278

287

296

305

314

323

332

341

FL1141

ICMEF214P101M 01

9

8 4

7 3

6 2

5 1P1P5P2P6P3P7P4P8

1G

2G

1u

C1122

LM3528U1121

B2

D1

C3

A2

3D

C2

A3

2D

B3

A1

C1

B1GPIO1

HWEN/PGEN/GPIO

OVP

SET

WS

SUB/FB

SDA

DN

G

MAIN

IN

VIO

SCL

TWL_LDO_1.8V

C1121

1u

SENSOR_3.0V

CN114124-5804-030-000-829+

16 15

17 14

18 13

19 12

20 11

21 10

22 9

23 8

24 7

25 6

26 5

27 4

28 3

29 2

30 1

12KR1125

VSIM_2.9V

VBAT

VPMIC_VMMC

C1177

33p

200K

R1134

1.8V_LCD_IOVCC

2.8V_LCD_VCC

2.8V_LCD_VCC

VBAT

C1101

1u

1u

C1173

4.7KR1186

C1134

0.1u

CN1191SIDEKEY_4P

4

3

2

1

G5TS0_5B9

DSE

3911DZ

1911DZ

G5TS0_5B9

DSE

2011AV

RF0518130SVCI

G5TS0_5B9

DSE

2911DZ

5311R

K22

4011AV

RF0518130SVCI

C1179

10u

0.1uC1132

2.2K

R1178

TWL_LDO_2.8V

470p

C1178

C1138 0.1u

C1137

1u

4.7u

C1131TPS61093

U1131

11

10

9

4

7

3

5

2

8

6

1GND

SS

OUT

VIN

EN

CP2

FB

CP1

SW

VO

Exposed_GND

D1122

G5TS0_5B9

DSE

28 11DZ

VSEL_1.8V

G5TS0_5B9

DSE

1811DZ

VSEL_1.8V

VSMF05LCCD1175

43

52

61

24-5804-020-000-829+CN1181

11 10

12 9

13 8

14 7

15 6

16 5

17 4

18 3

19 2

20 1

VBAT

G5TS0_5B9

DSE

5911DZ

R1173 1M

U1101RT9032AGQW

9

54

63

72

81VIN VOUT1

EN1 VOUT2

P2 GND

P1 EN2

DN

GP

C1141

1u

1800FB1175

1800FB1176

FB1177 1800

FB1173

1800

L1172

DNI

2.8V_3D_LCD

C1171 1n

C1174

27p

R11714.7K

Q1186UMT2222A

1

23

120FB1174

100KR1187

CN1195

2

1

DNIR1190

U1106BU28TD2WNVX

5

3 24 1

VOUTVINGNDSTBY

DN

GP

4.7uL1131

24-5804-034-000-829+CN1171

18 17

19 16

20 15

21 14

22 13

23 12

24 11

25 10

26 9

27 8

28 7

29 6

30 5

31 4

32 3

33 2

34 1

C1107

1u

R1172

DNI

C1172

DNI

R11031.5K

VBAT

C1106

1u

U1108NLSV1T244MUTBG

43

52

61VCCA VCCB

A B

GND OE_

VSEL_1.8V 2.8V_LCD_VCC

Q1173

2SJ347

2

3

1G

DS

GSM_TXON_IND

I2C3_SCLI2C3_SDA

MICROSD_DET/

PWR_ON_SW

PWR_ON_SW

I2C2_SCL

I2C2_SCL

I2C2_SCL

MICROSD_CMD

MICROSD_DAT0MICROSD_DAT1MICROSD_DAT2MICROSD_DAT3

MICROSD_CLK

FLASH_EN

MICBIAS

MICBIAS

FM_ANT

MMIC_P

AUD_SPK_N

AUD_SPK_P

VIB_L_P

VIB_L_N

AUD_RCV_NAUD_RCV_P

I2C2_SDA

I2C2_SDA

I2C2_SDA

VT_0.3M_MIPI_DATA0_PVT_0.3M_MIPI_DATA0_N

VT_0.3M_MCLK

VT_0.3M_MIPI_CLK_PVT_0.3M_MIPI_CLK_N

HS_MICBIAS

USIM_RESET/USIM_CLKUSIM_DATA

PROX_INT

VT_CAM_PWDNVT_CAM_RESET/

LCD_RESET_N

FRONT_KEY_LED_EN

EAR_LEAR_R

LED_C2

LED_C2

LED_C1

LED_C1

LED_A

LED_A


DSI2_LCD_MIPI_D0_P


DSI2_LCD_MIPI_D0_N

SMIC_P

SMIC_N

MICROSD_COVER_DET/

LCD_CP_EN

TOUCH_INT_N

KEY_C[0]KEY_R[0]

HOOK_ADC

HS_MIC|HOOK_ADC

HS_MIC

KEY_R[1]

KEY_R[1]

EAR_SENSE

MMIC_N

UART_RX_IFXUART_TX_IFX

3D_BOOST_EN

3D_LCD_BANK_SEL

3D_LCD_EN

3D_LCD_BANK_SEL_1

3D_LCD_BANK_SEL_1

TOUCH_RESET

LCD_EN

KEY_C[1]

LCD BACKLIGHT LED Boost

Changed (Rev.B)

KEY FPCB ConnectorTOP FPCB Connector

SUB FPCB Connector

3D LCD 12V Boost

(0.9T, 34 Pin)

(0.9T, 40 Pin) (0.9T, 20 Pin)

KEY_C[0] - KEY_R[0] : Volume UP

KEY_C[0] - KEY_R[1] : Volume Down

KEY_C[1] - KEY_R[1] : Hot Key

Volumm Key

Rev.B, Rev.D

Rev.B

Added (Rev.B)

Changed Pin map (Rev.B)

Added (Rev.B)

Changed Pin map (Rev.B)

Added Res. (Rev.B)

Added Res. (Rev.B)


LCD Power

3D LCD CONNECTOR

P925 Rev.B

Added (Rev.C)

LCD Level ShifterAdded (Rev.C)

Removeed VA1101, VA1103 (Rev.C)





Rev.D

Added (Rev.D)PWR On Key

Changed Pin map (Rev.D)

Rmoved (Rev.E)

Added (Rev.E)

Added (Rev.E)

Rev.E




7. CIRCUIT DIAGRAM

C1212

10u

C1241

4.7u

U1201LP8720TLX

1B

E1C2

B2

C1

E2

D3

C3

A1C4

B3

A3

D4

E3

D2

B4E4

2A

1D

4A

TTA

BV

2NI

V

1NI

V

VINB LDO1

FB

SW

GNDB

LDO2

IRQ_N

SDA LDO3

SCL

DVS

EN

LDO4

DEFSEL

IDSEL LDO5

DN

G

C1271

100n

5V_HDMI

R1271100K

FL1223

ICMEF214P101M01

9

84736251


1G

2G

1u

C1204

1uL1251

C1252

4.7u

CN1221GB042-40S-H10-E3000

21 20

22 19

23 18

24 17

25 16

26 15

27 14

28 13

29 12

30 11

31 10

32 9

33 8

34 7

35 6

36 5

37 4

38 3

39 2

40 1

ICMEF214P101M

FL1222

01

9

84

73

62

51P1 P5P2 P6P3 P7P4 P8

1G

2G

C1211

2.2u

C1205

1u

CN127178618-0001

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

1.2V_5M_VDIG

1.8V_5M_VIO

5M_VANA_V2V7_S

5M_VANA_V2V7_P

1u

C1236

4.7u

C1235

5M_VCM_V2V8_P

C1209

2.2u

5M_VCM_V2V8_S

2.2u

C1210

FL1221ICMEF214P101M

01

9

8

7

6

5P1

1P5

P22

P6P3

3P7

P44

P8

1G

2G

5M_VCM_V2V8_S

10u

C1201

5M_VCM_V2V8_P

5M_VANA_V2V7_P

VBAT

1.2V_5M_VDIG

1.8V_5M_VIO

5M_VANA_V2V7_S

2.2u

L1201

G5TS0_5B9

DSE

4221DZ

G5TS0_5B9

DSE

5221DZ

1u

C1206

0.1u

C1230C1228

4.7u

C1229

1u

0.1u

C1237

VSEL_1.8V

C1231

0.1u

5V_HDMI

C1253

0.1u

VBAT

0.1u

C1232

C1207

1u

C1208

1u

0.1u

C1234

C1233

0.1u

U1251TPD12S015

D2

E1

A4

C1

B3

F3

G3

A3

A2

C2

B2

D1B1

A1

D3

F1

E2

F2

E3

E4

F4 C3

G4

G1

C4

D4

B4

G2VBAT

D1+

D0+

D1-

PGND

CLK-

GND2CLK+

D0-

SCL_B

SW

GND1

5VOUT

CEC_B

LS_OE

SCL_A CT_CP_HPD

CEC_A

HPD_A

VCCA

D2+

HPD_B

SDA_B

GND3

SDA_A

D2-

FB

GND0

100KR1202 I2C3_SCL

I2C3_SCL

I2C3_SDA

I2C3_SDA

I2C4_SDAI2C4_SCL

HDMI_CEC

HDMI_SCLHDMI_SDA

HDMI_CT_CP_HPDHDMI_LS_OE

HDMI_HPD

HDMI_D1-

HDMI_D0-

HDMI_D0+

HDMI_D1+HDMI_D2-

HDMI_D2+

HDMI_CLK-

HDMI_CLK+

5M_MCLK






CAM_SUBPM_EN


PRIMARY_5M_RESET_N

C_HDMI_CECC_HDMI_CEC

C_HDMI_SCL

C_HDMI_SCL

C_HDMI_SDA

C_HDMI_SDA

C_HDMI_HPD

C_HDMI_HPD

5M_MCLK_CAM

5M_MCLK_CAM

3D CAMERA MODULE

Changed Con. (Rev.B)

Must Check Pin Map!!!

Added Res. (Rev.B)

Changed Pin Map (P <--> S)(Rev.C)

HDMI BackEnd IC

HDMI Connector

CAM POWERChanged IC (Rev.C, 1.1)

4E o t esol

C


Removed (Rev.1.0)

Removed (Rev.1.1)



7. CIRCUIT DIAGRAM

CN1803

1L1810 1n

FL1801

SFAC0002701

LFD211G57DPMD153

240MHzMURATA

43

52

61P2 GND3

GND1 P3

P1 GND2

L1811

6.8nL1807

1n

C1831

1u

C182122p

FB1815 60 60FB1817

9.1nL1803

10nC1814

VBAT VCC_GPS_2V8

C18172.2u

VCC_GPS_2V8

2.2u

C1822

TP1801

26MHz

KT2520F26000ACW18TAKX1821

4 3

5 2

6 1GND1VCC

NC1NC2

GND2OUT

BU28TD2WNVXU1831

53 24 1

VOUTVINGNDSTBY

DN

GP

1u

C1832

47pC1801

C1808

1.8p

C1803330p

L1806

DNI

TP1802

TP1803

TP1804

R1803

1.5K

VDD_GPS_TCXO_1V8

C18182.2u

C18020.1u

FB181860

VDD_GPS_TCXO_1V8

VCC_GPS_2V8

60

FB1812

C18152.2u

VSEL_1.8V

2.2uC1816

U1811BCM4751

4F

2E

3F

2F

C3

D3

D4

E4

B3

B5

C4

C6

G4

B2

B1

E5

E3

C2

A1

G3

C5

A4

E6

G6

B6

A2

A3

E1

C1

D2

D5

D1

A5

G2

F1

G1

6A

5F

4B

6D

6F

5G

TA

B_

DD

V

ER

P_

DD

V

1C

DDV

2CD

DV

EROC

_2

P1D

DV

OI

DD

V

RFIP

VSSIF

VSSLNA

GPS_CAL

TCXO/TSXO

LPO_IN

ADCP

VDDADC

ADCN

SYNC/PPS_OUT

IFVALID

RST_N

REGPU

TM2

SDA1

SCL1

AUXOP

CAL_REQ/ANT_SEL

VSSADC

VDD_AUX_O

VDD_AUX_IN

HOST_REQ

LNA_EN

REF_CAP

SCL2/UART_TX

SDA2/UART_RX

UART_nRTS

UART_nCTS

AVSS

VSSC1

VSSC2

VSSC3

AN

LD

DV

FID

DV

LP

DD

V

FR

G_

2P1

DD

V

C1812

2.2u

100pL1802

ALM-2712U1801

8

9

11

2

1RF_IN

GND

DS

V

VDD

RF_OUT

10R1802

26MHz_GPS_REF

DPX_IN

GPS_PWR_ON

GPS_PWR_ON

VSEL_1.8V

CLK32K_GATE

GPS_UART_TXDGPS_RESET_N

GPS_UART_RXD

GPS_UART_RTS_NGPS_UART_CTS_N

GPS_LNA_SD

GPS_26MHz

GPS

TCXO for GPS

Removed Mobile Switch(Rev.B)

LDO for GPS

Changed (P925 Rev.A)Changed (P925 Rev.A)

(P925 Rev.A)

Changed (Rev.D)

Changed (Rev.1.0,1.1)

(Rev.1.1)

* TMUS* Global, AT&T

L1810 L1811

1nH 6.8nH8.2nH 1.8pF



7. CIRCUIT DIAGRAM

TP1901

TP1911

TP1903 TP1904

C1917

DNI

SWB_VIO_1.8V

FB1914 600

1091LF661

A8GS54

G212BFL

zH

M054

2

NIT

UO

1D

NG

2D

NG

C1915 0.1u

U1901WL1271

6B

11D

2C

4B

9M

9D

9J01K

2E

1 1B

01D

0 1G

3G

3H

6K

2K

4 L01A

1A

M11J10

D6J11

C7K8

C6J8

B7L10

D4L9

D3L11

L1L5

H10K5

H7M5

H9L7

H6

F4J6

G4H5

C10

F6A11

F7

H11H8

F8E8

E6

E7

J7E9

M7F10

M8

K7E5

F5

K9

A9

D8

D7

A5

A4G7

A3G8

A2G11

B1E11

C1

H2

H1

F1

D5J3

F2J4

F3

E4J5

J2K4

G5L3

H4M3

11K

7A

1M

3E

9C

6A

8C

8A

8B

5C

3C

2B

11C

4C

2D8L

01B

6M

3K

2G9F

4M6L1J

1G

9G

11F

01E

2M

1K

6G2L

ODL_

GID_

NIV

TA

BV_

SM

P

ODL_

ME

M_D

DV

ODL_

GID_

DD

V

1D

DV

2D

DV

3D

DV

4D

DV

5D

DV

6D

DV

7D

DV

1S

DD

V

2S

DD

V

3S

DD

V

4S

DD

V

TBF

R_D

DV

MFV8

P1D

DV

WO

CD_

CC

V

WA

NA_

CC

V

TB

OC

D _D

DV

WX

R_C

CV

WA

XT_C

CV

WB

XT_C

CV

5P1

SS

ALC_

DD

V

TBFI_

AP

P_D

DV

5P1

SS

ALC_

NI_O

DL_D

DV

WNI_

ODL

TB

NI_O

DL_D

DV

WO

CD_

NI_O

DL

V8P1_T

SET_

SM

P

PA

CG

BFE

RF

PA

CP

AG

BMF

SPI_CLK FM_EN

SPI_DIN BT_EN

SPI_DOUT WL_EN

SPI_CSX WL_PAEN_B

NC1

SDIO_D1 WL_BTH_SW

SDIO_D2 WL_TX_SW

WL_RX_SW

WL_RS232_TX

WL_RS232_RX

NC2

HCI_CTS NC3

HCI_RTS NC4

HCI_TX DRPWRXBP

HCI_RX DRPWRXBM

DRPWTXB

XTALP

XTALM

RFIOBT

SLOWCLK

CLK_REQ_OUT

CLK_REQ_OUT_N JTAG_TDO

JTAG_TDI

BT_FUNC1 JTAG_TCK

BT_FUNC2 JTAG_TMS

BT_FUNC6

BT_FUNC5

BT_FUNC4 AUD_CLK

BT_FUNC7 AUD_FSYNC

AUD_OUT

TESTMBT AUD_IN

TESTPBT

FM_I2S_FSYNC WLAN_IRQ

FM_I2S_CLK WL_UART_DBG

FM_I2S_DI

FM_I2S_DO VPP

FM_SCL IFORCE

FM_IRQ VSENSE

FM_SDA DC_REQ

FMRFINP DRPWPABC

FMRFINM DRPWPDET

FMRFOUTP DRPWTEST1

FMAUDLIN DRPWTEST2

FMAUDRIN DRPWTEST3

FMAUDLOUT DRPWTEST4

FMAUDROUT TESTMODE

6C

N

TBF

R_S

SV

1GI

D _S

SV

2GI

D_S

SV

3GI

D_S

SV

4GI

D_S

SV

5GI

D_S

SV

6GI

D_S

SV

7GI

D_S

SV

TB

OC

D_S

SV

WO

CD_

SS

V

MFFR

AS

SV

MF LLP

AC

DA

AS

SV

LAT

X_S

SV

MFHT

NY

SA

PA

SS

V

1WF

R_S

SV

2WF

R_S

SV

LLP

DTB_

SS

V

WA

NA_

SS

V

20 91C

u1

U1902RF3482

71

4151

7

61

8

9

10

11

12

2

31

1

5

4

6

3BT

2B

V

PAEN

1B

V

TXB

TN

A

GND1

BTH_SW

RX_SW

TX_SW

VB3

TE

DP

NB

XR

CB

AP

PB

XR

2D

NG

DN

GP

8091C

u1 u19091

C

1.5n

C1920

0191C

u1

u11091

C

100pC1932

1u

C1923

VBAT_FEM

TP1902

DNI

C1933

C1930

2.2u 4.7u

C1931

DNI

C1922

20K

R1902

+1.8V_BT

u1.03191

C

+1.8V_BTVBAT_FEM

+1.8V_BT+1.8V_BT

L1901 180n

L1924

100n

4 091C

u1

220nC1916

VBAT_FEM

u1.02191

C

1191C

u1.0

VBAT_FEM

VBAT_FEM

u 1.07 091

C

4 191C

u 1.0

3091C

u1.0

L1903 1.5u

VBAT

TPS62611YFDRU1904

C1C2

A2

B2

A1

B1SW

MODE

EN

VIN

GND FB

C1918

DNI

CN1904

1

L1926

1n

TP1907

6091C

u1

TP1905

L1923 3.3n

L1925

DNI

C1936 100p

VSEL_1.8VSWB_VIO_1.8V

R1905

0

u15091

C

TP1906

TP1912TP1913TP1914

CLK32K_GATE

FM_ANT

FM_AUDIO_L

FM_I2S_CLK

FM_I2S_DI

FM_I2S_FSYNC

FM_I2S_DO

BT_PCM_SYNCBT_PCM_CLK

BT_PCM_DINBT_PCM_DOUT

WL_CLK_REQ

BT_UART_RTS/BT_UART_CTS/

WLAN_CLK

WLAN_SDIO[0]

WLAN_SDIO[1]WLAN_SDIO[2]

WLAN_SDIO[3]

WLAN_CMD

WLAN_HOST_WAKEUP

BT_UART_TXDBT_UART_RXD

FM_AUDIO_R

WLAN_ENBT_EN

DC_MODE

DC_MODE

DC_EN

DC_EN

BT_RFBT_RF

WL_RX_SW

WL_RX_SW

WL_TX_SW

WL_TX_SW

WL_BTH_SW

WL_BTH_SWWL_CLK_IN

SWB_VIO_1.8V

BT/WIFI/FM

(Rev.B)Removed Cap.

Removed TP

(Rev.B)

(Rev.B)

Changed Library

(Rev.B)Removed TP

Added(Rev.C)

Removed(Rev.D)

Removed(Rev.1.0)Added(Rev.C)

Added (P925 Rev.A)

Added(Rev.D)



Removed TP (P925 Rev.A)

Added (P925 Rev.A)

Changed (Rev.D)

Removed (Rev.E)

Removed (Rev.E)



7. CIRCUIT DIAGRAM

L101 1u

R118

27

R117

27

IN

D121

R

VSEL_1.8V

C106

4.7u

R122

DNI

CN102

65

74

83

92

101

401R

IN

D

IN

D501

R

VPMIC_VMMC

30 1AV

VSEL_1.8V

IN

D601

R

211R

K01

CN101

1817

1916

2015

2114

2213

2312

2411

2510

269

278

287

296

305

314

323

332

341

C101

10pC104

10p

TOUCH_3.3V

C115

1u

VSEL_1.8V

50 1DZ

IN

D011

R

901R

IN

D

TP101

TP105

CN110

HJ-BCT-04Y

1

TP103

C119

2.2u

S101GND

DAT2

CD_DAT3

CMD

VDD

CLK

VSS

CARD_DETECT

DAT0

COVER_DETECT1

DAT1

0.1u

C103

C105

0.1u

J101

87

63

52

41VCC GND

RST VPP

CLK I_O

GND1 GND2

VSIM_2.9V

D102

43

52

61

VPMIC_VMMC

D101

43

52

61

K7.4

101R

VSIM_2.9V

D103

43

52

61

VSIM_2.9V

TOUCH_3.3V

C102

DNI

10 1D Z

U102

5

3 24 1

VOUTVDDGNDCE

DN

GP

VBAT

2 01DZ

VBAT

3 01DZ

40 1DZ

601DZ

TP102

u1021

C

VSEL_1.8V VPMIC_VMMC

VBAT

VSIM_2.9V

SENSOR_3.0V

U101

B1

D3

C1

C3

C2

B2

4A

C4 A2

D2

D4

D1

3A

3B

A1

4B

2D

NG

LED1

2W

S

1W

S

TX2/INT/GPIO2

HWEN

SDA

OUT1IN

1D

NG

OUT2

TX1/TORCH/GPIO1

STROBE

LEDI/NTC

SCL

LED2

C107

10u

TP104

C109

10u

101DL

2

1

VA102

I2C2_SCL

I2C2_SCL

I2C2_SCL

MICROSD_DAT0

MICROSD_DAT0

MICROSD_DAT1

MICROSD_DAT1

MICROSD_DAT2

MICROSD_DAT2

MICROSD_DAT3

MICROSD_DAT3

MICROSD_DET/

MICROSD_DET/

I2C2_SDA

I2C2_SDA

I2C2_SDA

TOUCH_INT_N

TOUCH_INT_N

USIM_RESET/

USIM_RESET/

USIM_RESET/

USIM_CLK

USIM_CLK

USIM_CLK

USIM_DATA

USIM_DATA

USIM_DATA

MICROSD_COVER_DET/MICROSD_COVER_DET/

PWR_ON_SW

PWR_ON_SW

VBAT

SENSOR_3.0V

UART_RX_IFX

UART_RX_IFX

UART_TX_IFX

UART_TX_IFX

FLASH_EN

FLASH_EN

MICROSD_CMD

MICROSD_CMDMICROSD_CLK

MICROSD_CLK

TOUCH_RESET

TOUCH_RESET

GSM_TXON_IND

GSM_TXON_IND

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

MicroSD Socket(Hinge Type)USIM for XMM6260

TP gap(center to center) 2mmMust Check Schematic


CAMERA FLASH LEDTouch Connector

Main2Sub B2B Con.* layout note : CLK and IO must be seperated

NEST JIG

Rev.F


Rev.BRev.B

Remove Series R

Rev.B

Touch LDO

Rev.E

(Rev.E)

2ch -> 1ch (Rev.E)

Zif -> BtB (Rev.E)

Rev.E

Rev.C

Rev.E & 1.0Rev.F

Rev.C

Rev.FRev.F

Remove 0 ohm (Rev.G)

I2C4 -> GND(Rev.G)

Camera Deco contact C-clip

PU Resistor Moved to Main PCB (Rev.E)

Rev.D

Rev.E

Rev.E

Rev.B

DNI R Added





7. CIRCUIT DIAGRAM

CN103

1110

129

138

147

156

165

174

183

192

201

PROXI_3.0V

201D

101D

L102

100n

U101

54

63

72

81SDA VDD

INT SCL

LDR GND

LEDK LEDA

CN104

65

74

83

92

101

CN102

2

1

C105

22p

SENSOR_3.0V

1uC101

CN101

18 17

19 16

20 15

21 14

22 13

23 12

24 11

25 10

26 9

27 8

28 7

29 6

30 5

31 4

32 3

33 2

34 1

MIC101

4

3

2

1P

G1

G2

O

0.1u

C103

TWL_LDO_1.8V

TWL_LDO_2.8V

0.1u

C104

FB101

401D

30 1D

SENSOR_3.0V

TWL_LDO_1.8V

TWL_LDO_2.8VPROXI_3.0V

C1021u

AUD_RCV_P

AUD_RCV_P

AUD_RCV_N

AUD_RCV_NPROX_INT

PROX_INT

SMIC_P

SMIC_P

SMIC_N

SMIC_N

VT_CAM_RESET/

VT_CAM_RESET/

VT_CAM_PWDN

VT_CAM_PWDN

VT_0.3M_MIPI_CLK_N

VT_0.3M_MIPI_CLK_N

VT_0.3M_MIPI_CLK_P

VT_0.3M_MIPI_CLK_P

VT_0.3M_MCLK

VT_0.3M_MCLK

VT_0.3M_MIPI_DATA0_N

VT_0.3M_MIPI_DATA0_N

VT_0.3M_MIPI_DATA0_P

VT_0.3M_MIPI_DATA0_P

MICBIAS

MICBIAS

I2C3_SDA

I2C3_SDA

I2C3_SDA

I2C3_SCLI2C3_SCL

I2C3_SCL

HS_MIC

HS_MIC

EAR_L

EAR_L

EAR_SENSE

EAR_SENSE

EAR_R

EAR_R

FM_ANT

FM_ANT


Receiver

SUB MICMust Check Schematic

Proxi. Ambiant Sensor



(FPCB, Aptina 1/11", Hansung)

Main2FPCB B2B

VGA(MIPI)


Rev.B(Bead Move to Main PCB)

Must Check!!! Pin MAP

TOP



7. CIRCUIT DIAGRAM

J101

EAG62831701

6

1

4

4D

5M5-MIC

M4-DETECT

M4-L

M1-R

M6-GND

CN101

65

74

83

92

101

HS_MIC

HS_MIC

EAR_L

EAR_L

EAR_SENSE

EAR_SENSE

EAR_REAR_R

FM_ANT FM_ANT

EAG628317013.5pi Ear Jack Connector

Remove HS_GND



7. CIRCUIT DIAGRAM

R101

130

R102

130

VB101

2

1

SP101

HIR-02A57-0000AA

2

1

C114

0.1u

FB103120

L104100n

R104

130

R103

130

501R

IN

D

L103100n

101DL

201DL

301DL

4 01D L

VBAT

33p

C103

KB101

C110

27p

C113

33p

D101 D102

CN102

11 10

12 9

13 8

14 7

15 6

16 5

17 4

18 3

19 2

20 1

MIC101

4

3

2

1P

G1

G2

O

L10182n

L10282n

VBAT

VIB_L_N

VIB_L_N

VIB_L_P

VIB_L_P

LED_SINK

LED_SINK

AUD_SPK_P

AUD_SPK_P

AUD_SPK_N

AUD_SPK_N

MMIC_N

MMIC_N

MMIC_P

MMIC_P

MICBIAS

MICBIAS

KEY_R[1]

KEY_R[1]

KEY_C[1]

KEY_C[1]

Q-Motor(Not Fixed)

MAIN MIC3D HOT_KEY

SPEAKERMain2Key B2B MAIN KEY LED

MOTOR

Volume Key

Must Check Schematic!!!TOP

Rev.B

Rev.B



7. CIRCUIT DIAGRAM

CN103

HJ-ICT-06Y

1

CN104

HJ-ICT-06Y

1

SW101

G1

ANTG2

C106

0.5p

L105 1.5n

MAIN ANT



7. CIRCUIT DIAGRAM

KB101

CN101

2

1PWR_ON_SW

PWR_ON_SW

ON/OFF/LOCK

POWER Key



7. CIRCUIT DIAGRAM

KB101 KB102

CN101SIDEKEY_4P

4

3

2

1

KEY_R[1]KEY_R[1]KEY_R[0]KEY_R[0]KEY_C[0]KEY_C[0]

UPDOWNVolumm Key

KEY_C[0] - KEY_R[1] : Volume Down

KEY_C[0] - KEY_R[0] : Volume UP

8. BGA PIN MAP



U181 PMB5712 (Transceiver)8. BGA PIN MAP

U181 PMB5712 (Transceiver)

Used

Not Used

8. BGA PIN MAP



U301 PMB 9811 (Digital Baseband Processor,3G)U301 PMB 9811 (Digital Baseband Processor,3G)

Used

Not Used

8. BGA PIN MAP



U350 H8BCS0QG0MMR-46MU350 H8BCS0QG0MMR 46MU350 H8BCS0QG0MMR-46M

8. BGA PIN MAP



U701 K3PE4E400M-XGC1 4Gb LPDDR2 PoP

Used

Not Used

8. BGA PIN MAP



U500 OMAP4430 IC, Application Processor

Used

Not Used

Not Used

8. BGA PIN MAP



U800 PMIC

Not Used

8. BGA PIN MAP



U721 S

anDisk 8G

NA

ND

Flash

U721 SanDisk 8G NAND Flash

Not Used

Used

8. BGA PIN MAP



U901 (TWL6040 Audio codec)

Not Used

8. BGA PIN MAP



U811 MUCI

Used

Not Used



9. PCB LAYOUT

FAU

CK

D T

H

YJ

0 1

GA

HA

1AB

U

12

CA

DA

EAW Y AA

BAV

A

B

C

DEFGHJ

E F G H J K L M N P R

PNMLKJ TR

LN M

71A B C

1

41

A B C D GFE

1AA BA CA D AEA FA GA H A

16

K L M N P R T U V W

F

ABCDE

14

821

A B C D E F G H

1ABCDE

GHJKLMNPRT

B A1

CD

5

109

R78

9R

C991

C312

SC796

3091

L

C353

923

C

246

C

C618

215

R

C674

TP512

C635

R631

C648

506

C

C667

C671

C684

C679

C636

R516

C600

608L

286

C

107

U

0 76

C

C619

105

C

C660

966

C73

6C

316

C41

6C

876

C31

5R

056

C

786

C

656

C08

6C

C620

C645

706

C24

3R

1 08L

108

NC

0 18

C10

8U

458

R

358

R

R986

3911

DZ

2911

D Z

1911

D Z1 6

9U

C961

279

C

569

C

C973

369

C

379

R2 6

9C

C986

209

R28

9R

189

R

1911

NC

R593

R592

U971

C971

989L

6811

Q 889L

189

U78

9C

TP905

7811

R68

11R

CN1195

147B

F49

7C

S59

7C

S59

11R

5 911

DZ

C742

347B

F34

7C

147

C

C744

TP523

425

PT

TP525

R382

453

C48

3R

753

C6 5

3C

R383

C344823

C

C302C343

433

C

633

R

C333

733

C73

3R

033

C72

3C

C318

TP313

C315

TP311

781

R

TP310 TP312

413

R

313

R

913

R

413

C

903

C

3 03

C

503

C

U1904

C1931

0391

C

FB1914

053

U

533

C

C342

X300

523

C

C341

103

U30

3L

603

C

TP513

256

C79

5R

856

C

C336

828

C

C307

TP1912 TP1911

127

U

C993

TP904

C992

U991

TP901

091

C TP902

C627

C351 C352

C358

C662

C661

553

C

423

CU303

C316

528

C

713

C32

3C

203B

F

403

C31

3C

103B

F

L304

L805

C840

ZD591ZD593

TP1913 TP1914

TP1906

716

C

R501

TP1905

776

C

236

R

TP301

146

C

936

C

206

C

8 18

R

576

C

C845 038

R

908

R

218

C

4 08

R

446

C

366

C

C841

L804

428

C

C850

C837

C849

FB804

628

C

C821

FB805

C851

FB803

C831 003

PT

L803

918

C

927

R

R733R723

X800

SC793

ZD592

R727

R738R728

R737

937

C

C740

R724

R732

R726

R734

R736

R725

R731

R735

R722

R730 R739

R721C505

R581

586

C

866

C

R591

386

C

686

C

7 56

C

005

U

306

C

746

C

3 56

C

126

C

946

C

046

C

C844C854 C833 C830

U800

C846

928

C

108B

F41

8C

608B

F

C848

438

C

L802

C507

C508

C502C509

205

U

C504

305

C

X500

495

R

695

R

485

R

685

R

376

C

C852

156

C

106

C

216

C

186

C

C611 126L

F83

8C

0 43

R

C818

Q301

C816

938

C

718

C

FB802

C832

C813

FB800

C815

L800

808

C

158

U11

8U

108

DZ11

8C

R805 R803

C827

C855

005

C

848

R

C820

R850

008L

F ZD802

197

CS

TP511

C823

C822

885

R

895

R

728

R

358

C

R808

297

CS

908

C

R800

R821

1721

NC

828

R

TP809

9. PCB LAYOUT

LG-P925_MAIN_1.1_TOP

U721 : EMMC memory- no Booting- no Service

X500 : 38.4Mhz X-talno Booting

U502 : Clock Buffer IC- no Booting- no BT/WiFi/FM- no Audio

U851 : DP3T S/W- no CP USB/UART port- no AP UART port

U811 : MUIC- no USB/UART

CN801 : uUSB Conn.- no USB/UART- no Charging

U500 + U701: AP + POP memory- no Booting

CN1271 : HDMI Conn. - no HDMI diplay

Q301 : FET- no CP USB

U800 : PMIC- no Booting- no Power On- no Service

U801 : Charger IC - no Charging- no AP/CP USB

U991 : Dual LDO - no Gyro sensor- no Motion sensor- no Compass sonsor- no Proximity sensor

U1904 : DCDC - no Bluetooth/WiFI/FM

U350 : CP memory - no Service

U303 : SPDT S/W- no CP UART port- no AP-CP UART port

U961 : Gyro sensor- no Gyro sensor- no Motion sensor

U971 : Motion sensor- no Motion sensor

U301 : CP modem- no Service

U981 : Motor D-IC- no Vibration



9. PCB LAYOUT

LG-P925_MAIN_1.1_BOT

34

F

30

11

C

4

1204

01

E

02

0211

F

1

EDCBA

KLM

JHG

61 A

11

D

15

16

18

17

31A B C D E

1

8 14 3

71G H J K L M

A

B

C

D

31

14

A B

L

A

B

C

D

H

G

F

E

K

J

1

D E F G

CN1904

U1201

FL1221

R811

U1901

R521

181

C

L1131

R892

C1916

R500

481

C

C248

902

C

C206

U1131

C1134

L179

622L

U891 C310

L180

U1101

3711

BF18

1U

FL1171

5711

D27

11L

FL1172

R306

491

C

U121

L138

231

C

L152

U1108

C1141

1521

L

U1811

TP903

C1818

FB1818

149

C

FB941

C610

646

C C934

C609

C1253

L162

L105

111L

F

Q801

C105

L1121

CN1803

L1201

1121

C

5221

DZ

181 1

NC

C975

5291

L

C1204

1021

C

212 1

C

FL1223

1221

NC

4221

DZ

C978

C976

7191

C

C1936

R1202 C1208

C1230

308

DZ

L1924

6291

L

C1206

C1205

C1209

C1207

C1210

FL1222

8221

C

C1233

C1232

C1231

C1229

C1237

C1236

C1234

5321

C

579

U

ZD1181

ZD1182

508

C

308

C

408

C

819 1

C

CN800

008

C

108

C

7 08

C

2 08

C

VA800

FL1901

C890

2291

C

3291

LC1923

3391

C

C1932

BAT800

2091

U

102B

F

022

U

C891 R891

C1920

C1909

5091

C

C1908C1906

C1910

C1914

C1913

TP1904

R1902

1091

C

TP1903

942L

C250

942

C

C243

142

C U241

C251

C1131

2311

C

C233

C225

C230

R1133

C221

622

C42

2C

858

C79

8R

R893

698

R

R1101

1011

C

R522

C242

5311

R

7311

C20

11C

CN1161

C1907

TP1907

C1902

C1911

R1905C1915 C1912

C1903

L1901

C1904

C916

C915

742

C

L248

742L

L244

L245

C244

542

C

R1136

C1138

C231

C232

R1134

C222

722L

322

C

C255

C228

C892 FB1143

103

C

C227

R514

113

C

R895

R894

515

R

3011

C

3711

R

8711

C

2091

PT67

1 1R

352

C

C191

252

C86

1L

851L

371

C

871

C

271

C

U171

171

C

3711

C

R1178

C1179

FB1176

1091

PT

FB1175

7711

BF

6711

C5 7

1 1C

R1172

C1171

2711

C

PT301

3711

Q

4711

R

C187

681

R

481

X

581

C

802

C

102

C

C192

C204

C183

C200

C189

591

C

L169 L159

1911

R

803

C

R316

4011

AV

091 1

RC1143

CN1141

VA1102

1711

R

C197

201

PT

741L

731 L

721 L

7 71 L

2411

L F

4711

C

7 71 1

C

171 1

NC

ZD1172

3081

PT

C188

702

C45

2C20

2C

391

C

C199

302

C

C205

C198

281

C84

1L

L128

351

C

L176

C835

638

C

C175

1411

LF

7181

BF

718 1

C

C926

C133

7011

C2011

R

5 21 1

R6 21 1

R

3 011

R

FB1174

C1832

1381

C

U1831

FB1812

4081

PT

C1814

2081

PT

1081

PT

639

C

C1815

739

C

C1816

C665

FB1815

C659

C1812

309

C

C925

C626

FB901

109

C

726L

F

209

C

C939

C688

556

C

C654

429

C

C123

121

C22

1L

L143

L141

361

C

241L

161 L

311L

L131

L112

C151

C112

108

R

L110 L111C109

C842

1211

C

2211

D

221 1

C

U1121

C1808

R1802

C114

6011

C

308 1

R

C1801

C1802

L1803U1801

C938

239

C

929

C

409

C

C1803

139

C

509

C

C1822

1281

C

U901

C913

539

C

319B

F

C914

419B

F71

1C

L116

611

C

511

C

L114

R511208

R R510

6011

U

1081

LF

1281

X

049

C

142 1

C10

1W S

L1807

L1802L215

312L

412L

C211

339

C

112L

F21

2L

VA901C923

L211

309

AV

C917

VA902C922

919

R

029

C

C930

C928

919

CC921

R921

C918

729

C

1721

R

1 521

U

C1252 C1271

L104

C103

201

WS

C101 201L

L1806 1181

LL1810

CN1171 : Top FPCB Con.- no Ear-jack- no Sub MIC- no Receiver- no VT Camera- no Illumination sensor- no Proximity sensorU1902 : BT/WiFi RF Module

- no BT Connection- no WiFi connection

CN1161 : Sub PCB Con.-no SIM-no T-flash memory-no Flash LED-no Touch

CN1904 : WiFi/BT Ant- no WiFi/Bluetooth

U1901 : WiFi/BT/FM Module- no WiFi connection- no BT Connection- no FM Radio

U1201 : Camera PMIC.- no 5M Camera- no VT Camera

CN1803 : GPS Ant.- no GPS

U1831 : LDO (for GPS)- no GPS

U1811 : GPS chip- no GPS

CN1221 : 3D Cam con.- no 5M Camera- no 3D Camera

FL1801 : Diplexer (GPS/B4 Diversity)- no GPS

X1821 : 26Mhz X-talno GPS

U901 : Audio codec- no Sound

U1251 : HDMI IC- no HDMI Display

U1801 : GPS RF Module- no GPS

U1106 : LDO- no 3D LCD

U1121 : LCD LED boost- no LCD backlight

FL1141/FL1142 : EMI filter- no Display

CN1141 : LCD Conn.- no Display

U1131 : 3D LCD boost- no 3D LCD

U975 : Compass sensor- no compass sensor

CN1181 : Key FPCB Con.- no 4 key LED- no 3D keyno Main MIC- no Speaker- no Vibrator

BAT800 : Backup Cap.- RTC Reset

U891 : Fuel gauge- Battery-bar accuracy declined

U1101 : Dual LDO- no Display

U241 : PMU(for Transceiver)- no Service- RF Sensitivity & TX Power

X184 : 26Mhz X-talno Service

U181 : Transceiver- no Service- RF Sensitivity & TX Power

U121 : Bank Duplexer- no Service- RF Sensitivity & TX Power

FL111 : FEM- no Service- RF Sensitivity & TX Power

U220 : DCDC (for PAM)- no Service- RF Sensitivity & TX Power

U171:MMMB (Multi PAM)- no Service- RF Sensitivity & TX Power

SW102 : RF S/W- no Service

SW101 : Coaxial Conn.- no Service



9. PCB LAYOUT

3418

17

CN101

LG-P925_F_SUB_1.0_TOP



9. PCB LAYOUT

5

106

LD101

ZD101

R112

201

U

R121

101S

TP105

201

D

201A

V

CN110

511

C90

1C

C104VA103

ZD105

CN102

C120C119

601

DZ

401

DZ

201

DZ

301

DZ

2 21

R 1 01

C

2 01

C

R101

301

C

301

D7 0

1C

101

U

L101

TP102 TP101

101J

TP104TP103

501

R

401

R01

1R

901

R1 0

1D

6 01

C81

1R

7 11

R50

1C

601

R

LG-P925_F_SUB_1.0_BOT



9. PCB LAYOUT

20

10

11

C104

101

U

FB101

401

D

201

D

101

CIMCN103

301

D

C10130

1C

C102

201

NC

101

D

LG-P925_F_VTCAM_1.1_TOP



9. PCB LAYOUT

610

5

43

81 71

L102

C105

CN104

101NC

LG-P925_F_VTCAM_1.1_BOT



9. PCB LAYOUT

LG-P925_F_EAR_1.0_TOP



9. PCB LAYOUT

LG-P925_F_EAR_1.0_BOT



9. PCB LAYOUT

L103

D101

D102

L104

LD101

L102R101MIC101

VB101

101

PS

101B

K

1 01LC103FB103 R102

LD102

501

R

011

C

311

C

411

CR104

LD103

R103

LD104

LG-P925_RF_KEY_1.1_TOP



9. PCB LAYOUT

LG-P925_RF_KEY_1.1_BOT

110 2

01

201

NC



9. PCB LAYOUT

CN

104

CN

103501L

C106101WS

LG-P925_E_PCB_1.0



9. PCB LAYOUT

KB101

LG-P925_F_SK_PWR_1.0



9. PCB LAYOUT

201B

K10

1BK

LG-P925_F_SK_VOL_1.0

10. CALIBRATION



10. CALIBRATION

10.1 Configuration of Tachyon

10.1.1 Configuration of directory

P9�5/ LGP9�5

LGP9�5

LGP9�5

LGP9�5

10. CALIBRATION



10.1.2 Description of basic folders

10.1.3 Description of configuration files

Folder Description

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

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

Config Envirement files.(Port configuration, Loss adjust)

Instrument Tester control dll.

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)

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.It is written when ‘cal&auto’ is begun.

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

10. CALIBRATION



10.2 How to use Tachyon

10.2.1 Model selection

Follow the procedure before start calibration & auto test

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

b. Select Model “LGP9�5”

B

LGP9�5

LGP9�5

10. CALIBRATION



c. Select the model : You should select “LGP9�5”

d. Select the buyer (must be double clicked) Then, you can see “PASS” in Config File Check.

e. Click select button

CD

E

LGP9�5

LGP9�5LGP9�5

LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5LGP9�5

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.

�) Calibration

3) Auto test

4) After action

- Phone reset

- Change UE to AMSS

LGP9�5

11. HIDDEN MENU



11. HIDDEN MENU

Hidden Menu Start

Start shortcut keys:3845#*9�5#

Hidden Menu List

Start the desired menu: Menu, click

Device Test

List:

Auto all Test: Device functionality testing at the factory to use

Accelerometer Test

ALC/Proximity Test

AutoDetecting Test

Bluetooth Scan Test

Camera Test

Compass Test

Gyroscope Test

External Memory Test

Font Test

Key/Compass Test

LCD Test

S3D LCD Test

3D LCD Test

RTC Test

Sound Test

Touch Test

Vibrator Test

Wifi Scan Test

Gyro Cal Test

EMI Test

HDMI Output Test

HDMI Test

Touch LED Brightness

Gesture Manager Test

Gmtest_app�

Gesture Test

11. HIDDEN MENU



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

11. HIDDEN MENU

- ��0 - Copyright © �011 LG Electronics. Inc. All right reserved.Only for training and service purposes


AutoDetecting Test

: USIM, SD card, Ear jack

• Check the SIM card

• Check the SD card

• Check Ear phone(jack)

- Ejected ear jack is normal

Bluetooth Scan Test

Camera Test

Menu features disabled

This feature is part of Auto All Test replaced by

-> Auto All Test

-> Camera Preview

-> VTCamera Preview

-> 3DCamera Preview

11. HIDDEN MENU



Camera Test 1

Camera Preview

Camera Test 2

VTCamera Preview

Camera Test 3

3DCamera Preview

11. HIDDEN MENU

- �� - Copyright © �011 LG Electronics. Inc. All right reserved.Only for training and service purposes


Compass Test

Gyro Sensor test

External Memory Test

SD Card

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

11. HIDDEN MENU



Font Test

Change native font

Key/Compass TestUp/Down key : Check RecognitionMenu key : Check RecognitionHome key : Check RecognitionBack key : Check RecognitionSearch key : Check Recognition3D key : Check recognitionEnd key : Check recognition

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

Compass test

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

- Manual Test- Automatic Test- �D pattern Test- 3D pattern Test

- Red Display- Green Display- Blue Display- White Display- Red, Green, Blue, White Display- Gradation brightness Display

11. HIDDEN MENU



S3D LCD Test

3D LCD Test

RTC test

11. HIDDEN MENU



Ring test

Touch window testWrite with finger

Vibrator testA case-by-state vibration tests

11. HIDDEN MENU



Wifi Scan test

Gyro Cal TestGyroscope calibration

EMI TestDisplay EMI

11. HIDDEN MENU



HDMI output TestUsing HDMI output

HDMI TestDisplay HDMI

Touch LED Brightness

11. HIDDEN MENU



Gesture Test

Audio Loop Back TestMic & Speak Phone loop Back test

ELT TestAutomatic Mode: Test Automatically Manual Mode : Test selectivity

11. HIDDEN MENU



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

ELT Manual TestLCD Backlight RingtoneVibratorCameraAudio Loopback-> test on the device is working

(The ability to use plant)

SW Sanity TestFPRI TestCRC Test: BIN CRC CAL CRC EFS CRC EFS CRC Detail

11. HIDDEN MENU



Factory ResetFormat 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 set • LCD Always ON • Hidden Reset • USB mode selection • Reboot CP/AP • Stability Test • Charging Test • FOTA Test • Crash Handling • SMPL Setting • SMPL count • Wakelock Monitoring Setting

11. HIDDEN MENU



WLAN TestWLAN performance on SW

ERS Menu

Contacts Test

11. HIDDEN MENU



Log service

Browser Utility

AT Test

11. HIDDEN MENU



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

GPS Test

GPS HW Test

11. HIDDEN MENU



SMS Test

->Automatic Memfull Test

DRM Test

Call Test

VC Auto answer

-> Select Disable or Enable

11. HIDDEN MENU



MMS Test

WPS test

Network Mode

11. HIDDEN MENU



Network Mode

Preferred networks

FM radio Test

Input the Freq. & Volume

11. HIDDEN MENU



Development Menu Setting

For monkey cage test

VT memu

Connectivity Test

11. HIDDEN MENU



TouchArea Setting

Fake Language

12. DISASSEMBLE GUIDE




12.1 Folder disassemble method (Front Cover / Frame / LCD Module)

Task Order : 1) Front Cover Assy separation → �) LCD separation

12.1.1 Front Cover Assy separation

10 9

1

�

3

4 5

8

7

6

Task

1) First, you should confirm Front Cover Hook’s position

(See the left picture , ten points) and then Front cover’s Open.

�) Separate a Front Cover Assy and Frame.

Notice

1) You should confirm FPCB Ear-jack’s separation before the separation

�) Please note the tear when separated Touch FPCB

3) Please note the tear when separated LCD FPCB




12.1.2 LCD Module separation

[Case 1] : LCD is attached to the Front

Task & Notice1) Separates the LCD using LCD’s right corner* LCD is attached to the Window by double-sided adhesive Pad.

1

�) Open the LCD’s side using a nail (or HERA) → After the separation of left&right side same, Remove the LCD.

2




[Case 2] : LCD is attached to the Frame

Be careful Crack by LCD flexure

Task & Notice1) Lift the LCD while pusing the back of Frame’s Open section using LCD Hook* LCD is attached to the Frame by conductive double-sided tape

1

2

2

* If you do not separate in this way , you should life the LCD’s side using a nail (or HERA).



13. EXPLODED VIEW & REPLACEMENT PART LIST

ACQ00

EAA00

EAU00

EBR00

EBR01

EBR02

EBR03

SURY00

ACQ01

SVCY00

SVLM00

SWCC00

MCQ00

ADV00

GMEY00

MBG00

MBG01

MBG02

MCQ01

MCQ02

MEG00

MJN00

MJN01

MJN02

MJN03

MJN04

MJN05

EBP00

GMZZ00

GMEY01

EBR04

EBR05

EAX00

MBK00

MBK01

EBR06

ACQ02

EAC00

Cover Assembly,Rear

Antenna Assembly

Motor,DC

PCB Assembly,Flexible (Connector,RF)

PCB Assembly,Flexible (Microphone,Condenser)

PCB Assembly,Flexible (Microphone,Condenser)

PCB Assembly,Flexible (Jack,Phone)

Receiver

Cover Assembly,Front

Camera Module

LCD,Module-TFT

Cable,Assembly

Damper

Frame Assembly

Screw,Machine

Button

Button

Button

Damper,LCD

Damper

Holder

Tape

Tape

Tape

Tape

Tape

Tape

Camera Module

Screw,Machine

Screw,Machine

PCB Assembly,Flexible (Socket,Card)

PCB Assembly,Main

PCB,Sidekey

Can,Shield

Can,Shield

PCB Assembly,Flexible (PCB,Sidekey)

Cover Assembly,Battery

Rechargeable Battery,Lithium Ion

Description Location

MJN05

MJN04

ACQ01MCQ01

MJN01

SVLM00 MBG00

SVCY00 SURY00

EBR02

ADV00MJN03

MBG01

MCQ00EBR03

MJN00

EBP00

MJN02

SWCC00

MBG02

MBG00

MJN03

GMEY00EBR00

ACQ02

GMEY01

GMZZ00

EAC00

EAU00

EAA00

ACQ00

EBR04

MBK00EBR06

EAX00

MBK01

EBR05

MCQ02

EBR01


13.1 EXPLODED VIEW




Note: This Chapterisused for reference,Part order is orderedby SBOM standard on GCSC

Level LocationNo. Description PartNumber Spec Remark

1 AGF000000 Package Assembly AGF76258585LGP925.ACAPDB ZZ:Without ColorLGP925.ACAPDB_COSMO2 Ply-WD_LA LATINP925 for Only_700ea

2 MAY084001 Box,Unit MAY65193104COMPLEX LGP920.AGBRML ZZ:Without ColorCOSMO 2_H/Case Lower_LG-P920_LargeENG_UK / ASIA / MEA / LA

2 MAY084002 Box,Unit MAY65193117COMPLEX LGP920H.ACAOML ZZ:Without ColorCOSMO 2_H/Case_LGP920h_Large LA SPN_ForOnly

2 MAY047100 Box,Master MAY65217302COMPLEX LGP920.AORUML ZZ:Without ColorCOSMO 2_M/Box_LGP920_None_UK / ASIA / MEA/ LA

2 MEZ084100 Label,Unit Box MEZ64160717 COMPLEX LGP920.AORDML ZZ:Without ColorCOSMO_USP Label_LGP925_LA SPN_For Only

2 MEZ003500 Label,Barcode MEZ64187101 COMPLEX LGP920.ADEUML ZZ:Without Color -

2 MGA000000 Pallet MGA62599505COMPLEX LGA230.AINDZY ZZ:Without ColorCosmo 2 6Ply-WD pallet_700ea (6side woodenpallet new type)

2 MEZ047200 Label,Master Box MLAJ0004402PRINTING CG300 CGR DG ZZ:Without ColorLABEL MASTER BOX(for CGR TDR 2VER.mbox_label) GSM standard_master box label

2 MEZ000000 Label MLAZ0050901 COMPLEX KU990.AGBRBK ZZ:Without ColorBattery Warning Label (Lithium ion Battery Label)

1 AGQ000000 Phone Assembly AGQ86389706 LGP925.ACAPDB DB:DARK BLUE UADS : refer toAGQ86509301, AGQ86389702

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

2 ACQ100400 CoverAssembly,EMS ACQ85898401 LGP925.ACAPDB DB:DARK BLUE -

3 ACQ00 CoverAssembly,Rear ACQ85531911 LGP925.AATTDB DB:DARK BLUE LG-P925

AATTZY, Cover Assy Rear

4 MBL063801 Cap,Receptacle MBL64837611 MOLD PC LUPOY SC-1004A LGP925.AATTDBDB:DARK BLUE Cap (USB)

4 MJN000001 Tape MJN67853301 COMPLEX LGP920.ASFRZY ZZ:Without Color -

13.2 ReplacementParts<Mechanic component>





4 MCK063300 Cover,Rear MCK66589811MOLD PC LUPOY SC-1004A LGP925.AATTDBDB:DARK BLUE LG-P925 AATTZY, Cover Rear,GF 10%

4 MCQ000000 Damper MCQ66627501 COMPLEX LGP920.ASFRZY ZZ:Without Color -







4 MFB029600 Lens,Flash MFB62473601 MOLD PMMA LGP920.ASFRZY ZZ:Without Color -

4 MGJ000000 Plate MGJ63003011 COMPLEX LGP925.AATTDB DB:DARK BLUE PlateMobile S/W

4 MEZ000900 Label,After Service MLAB0001102 COMPLEX C2000 CGRSV WA:White C2000USASV DIA 4.0 PRINTING,

4 MKC009400 Window,Camera MKC63903301 CUTTING SODA LIME GLASS LGP920.ASFRZYZZ:Without Color -


4 MCR000000 Decor MCR64367601 CASTING AL LGP920.ASFRZY SV:Silver -

4 MJN009400 Tape,Camera MJN67788001 COMPLEX LGP920.ASFRZY ZZ:Without Color -


4 MBL063800 Cap,Receptacle MBL64823211 MOLD PC LUPOY SC-1004A LGP925.AATTDBDB:DARK BLUE Cap (HDMI)

3 ACQ003400 CoverAssembly,Bar ACQ85692116 LGP920H.ATCLDB DB:DARK BLUE P920H

7 EAX010700 Contact MCIZ0008401 COMPLEX LG-C900 ATTDW ZZ:Without ColorPRESS, BeCu, , 3.0, 1.2, 1.5,

4 ACQ01 CoverAssembly,Front ACQ85371111 LGP925.AATTDB DB:DARK BLUE LG-P925

AATTZY, Cover Ass'y Front

5 MCR000001 Damper MCQ66687601 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 EBD030100 Decor MCR64356501 PRESS STS 304 0.3 LGP920.ASFRZY BK:Black -





5 MJN000001 Filter MDJ63124401 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MJN000000 Filter MDJ63124501 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MJN020801 Guide MEA62590801 MOLD PC LGP920.ASFRZY ZZ:Without Color lightplate

5 MJN020800 Holder MEG62706101 MOLD NBR LGP920.ASFRZY BK:Black -

5 MEG000001 Holder MEG62719001 MOLD NBR LGP920.ASFRZY BK:Black -

5 MEG000000 Tape,Decor MJN67787701 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MEA000000 Tape,Decor MJN67787801 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MDJ000000 Tape MJN67787901 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MDJ000001 Tape MJN67901801 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MCR000002 Damper,Camera MCQ66627301 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MCQ000000 Damper,Speaker MCQ66627201 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MCQ009400 Cover,Front MCK66589611 MOLD PC LGP925.AATTDB DB:DARK BLUE LG-P925 AATTZY, Cover Front

6 MCR000000 INSERT,NUT MICE0016909 MECH_COMMON ZY,ZZ,PRESS, STS, , , , ,

5 MCQ000001 Decor MCR64367511 MOLD PC+ABS LGP925.AATTDB DB:DARK BLUEDeco Front (Top)

5 MCQ074200 Decor MCR64367411 MOLD PC+ABS LGP925.AATTDB DB:DARK BLUEDeco Front (Bottom)

5 MET099500 Damper MCQ66723401 COMPLEX LGP920.ASFRZY ZY:Color Unfixed -

4 MEZ000000 Label MLAZ0038303 COMPLEX LG-LC3200 WA:White PRINTING, PPRIPRINTING


4 MCQ00 Damper MCQ66886701 COMPLEX LGP920.AGBRML ZZ:Without Color -

4 ADV00 Frame Assembly ADV73885501 LGP920.ASFRZY BK:Black -






5 MCQ000002 Damper,Camera MCQ66476601 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MJN000002 Damper MCQ66671001 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MJN000001 Frame MDQ62840301 COMPLEX LGP920.ASFRZY SV:Silver -

5 MJN000000 Damper MCQ66829101 COMPLEX LGP920.AGBRML ZZ:Without Color -

5 MJN009400 Tape,Camera MJN67710401 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MCQ000001 Tape MJN67710501 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MDQ000000 Tape MJN67889001 COMPLEX LGP920.ASFRZY ZZ:Without Color -


5 MCQ000000 Tape,Camera MJN67697901 COMPLEX LGP920.ASFRZY ZZ:Without Color -

4 GMEY00 Screw,Machine GMEY0018101 GMEY0018101 FH + 1.4mM 1.5mM SWCH FZB N -KUMGANG SCREW CO., LTD

4 MBG00 Button MBG64110511 MOLD PC LUPOY SC-1004A LGP925.AATTDBDB:DARK BLUE Button (3D)

4 MBG01 Button MBG64110611 MOLD PC LUPOY SC-1004A LGP925.AATTDBDB:DARK BLUE Button (Power)

4 MBG02 Button MBG64110711 MOLD PC LUPOY SC-1004A LGP925.AATTDBDB:DARK BLUE Button (Volume)

4 MCQ01 Damper,LCD MCQ66476801 COMPLEX LGP920.ASFRZY BK:Black -

4 MCQ02 Damper MCQ66720201 MOLD URETHANE LGP920.ASFRZY ZZ:WithoutColor P920 Pad LCD Rubber

4 MEG00 Holder MEG62719101 MOLD NBR LGP920.ASFRZY BK:Black -





4 MJN04 Tape MJN67902001 COMPLEX LGP920.ASFRZY ZZ:Without ColorP920 USP Film, Europe






3 GMZZ00 Screw,Machine GMZZ0017701 GMZZ0017701 BH + 1.4mM 3mM MSWR NI PLT N- ASIA BOLT

3 GMEY01 Screw,Machine GMEY0007902 GMEY0007902 CS + 2.7M 4.5M SWRH BLACK N AKUMGANG SCREW CO., LTD

6 U101 Contact MCIZ0008701 COMPLEX L-04C, ANTTWV ZZ:Without ColorPRESS, YCUT-FX, 4.2, 2.5, 1.5,

5 MBK00 Can,Shield MBK62874101 PRESS STS 0.15 LGP920.ASFRZY ZZ:WithoutColor -

5 MBK070300 Insulator MEV63895901 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MJN000000 Insulator MEV63896101 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MBK01 Can,Shield MBK63052601 PRESS STS 304 0.2 LGP920.ASFRZY ZZ:WithoutColor -

6 EBR070500 Can,Shield MBK62873901 PRESS STS 0.15 LGP920.ASFRZY ZZ:WithoutColor -

6 EAX010500 Tape MJN67832201 COMPLEX LGP920.ASFRZY ZZ:Without Color -

6 RAA050100 Tape MJN67868301 COMPLEX LGP920.ASFRZY ZZ:Without Color -

5 MEZ000000 Label MLAZ0038301 COMPLEX LG-VX6000 ZZ:Without Color PID Label4 Array PRINTING,

6 R592R593 Can,Shield MBK62874201 PRESS CU 0.2 LGP920.ASFRZY ZZ:Without Color

-

6

C351C358C501C741C743C987

Contact MCE62252901 COMPLEX LGP999BN ZZ:Without Color LG-P999CLIP_SUB

6 R809 Can,Shield MBK63032501 PRESS STS 304 0.2mm LGP920.ASFRZYSV:Silver -

6 R1902 Clip MCGY0003801 COMPLEX LG-KH3900 KTF ZZ:Without Color -

6 L1201 Can,Shield MBK62874001 PRESS CU 0.2 LGP920.ASFRZY ZZ:Without Color-

1 AAD000000 Addition Assembly AAD85829603 LGP925.ACAPDB DB:DARK BLUE -

2 ACQ02 CoverAssembly,Battery ACQ85513212 LGP925.AATTDB DB:DARK BLUE LG-P925 Cover

Assy Battery, Canada


3 MCR000000 Decor MCR64356401 PRESS AL 0.3 LGP920.ASFRZY BK:Black -

3 MJN061100 Tape,Protect MJN67972301 COMPLEX LGP920.AGBRML ZZ:Without Color -





3 MGJ000000 Plate MGJ63107801 COMPLEX LGP920.ASFRZY ZZ:Without Color -

3 MCK00 Cover,Battery MCK66590112 MOLD PC LUPOY SC-1004A LGP925.AATTDBDB:DARK BLUE LG-P925, Cover Battery, GF10%




Note: This Chapterisused for reference, Part order is orderedby SBOM standard on GCSC


4 EAA031 PIFAAntenna,Multiple EAA62605801 ACB-00109 TRIPLE -5DB 5.0 Planar Inverted F

Type - MOBITECH CORPORATION

4 EAA00 Antenna Assembly EAA62609301P925-MODULE-LAIRD LGP925.AATTDB DARKBLUE DARK BLUE DARK BLUE LAIRDTECHNOLOGIES KOREA

5 EAU010 PIFA Antenna,RF EAA62584901 P925-MAIN-LAIRD MULTI -2DB 3.0 LDS Type -LAIRD TECHNOLOGIES KOREA

5 EAU00 Motor,DC EAU61504701 MVMU-A363F 2V 90mA 90mA 0RPM 0RPM60mSEC 0GF.CM 26OHM LG INNOTEK CO., LTD

4 EBR00PCBAssembly,Flexible(Connector,RF)

EBR74500101 LGP925.AATTDB - Flexible

5 EBR070400PCBAssembly,Flexible,SMT

EBR73844801 LGP925.AATTDB 1.0 Flexible

6 EBR070200PCBAssembly,Flexible,SMT Top


7 C106 PCB,Flexible EAX64306301 LGP925.AATTDB 1.1 POLYI Double 2 0.13 Flexible

6 L105PCBAssembly,Flexible,SMT Bottom


7 SW101 Capacitor,Ceramic,Chip ECZH0001002

C1005CH1H0R5BT000F 0.5pF 0.1PF 50V NP0 -55TO+125C 1005 R/TP - TDK KOREACOOPERATION

7 CN103CN104

Inductor,Multilayer,Chip ELCH0003831

LQG15HS1N0S02D 1NH 0.3NH - 300mA 0.07OHM10GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPMURATA MANUFACTURING CO.,LTD.

7 EBR070300 Connector,RF ENWY0005501 20279-001E-01 NONE STRAIGHT SOCKET SMDR/TP AU 50OHM 400mDB I-PEX CO., LTD

4 EBR01

PCBAssembly,Flexible(Microphone,Condenser)

EBR74767201 LGP920.AGBRML 1.0 Flexible



6 EBR070300PCBAssembly,Flexible,SMT Bottom


13.2 ReplacementParts<Main component>





7 EAX010700 Connector,BtoB ENBY005350114-5804-020-000-829+ 20P 0.40MM STRAIGHTMALE SMD R/TP 900mM - KYOCERA ELCOKOREA SALES CO.,LTD.

6

LD101LD102LD103LD104

PCBAssembly,Flexible,SMT Top


7 L103L104 PCB,Flexible EAX63975001 LGP920.ASFRZY 1.1 POLYI Multi 4 0.4 Flexible

7 L101L102 LED,Chip EDLH0015109

19-219UTD-S592/TR8 WHITE 2.7~3.1 25mA112~285mcd x, y 95mW 1608 R/TP 2P -EVERLIGHT ELECTRONICS CO., LTD.

7

R101R102R103R104


0402AF-101XJEW 100NH 5% - 900mA 0.16OHM1.4GHZ 8 NON SHIELD NONE 1.12X0.66X0.66MMR/TP COILCRAFT SINGAPORE PTE LTD.

7 C103C113


1005GC2T82NJLF 82NH 5% - 150mA 2.1OHM700MHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPPILKOR ELECTRONICS LTD.

7 D101D102 Resistor,Chip ERHZ0000415 MCR01MZP5J131 130OHM 5% 1/16W 1005 R/TP -

ROHM.

7 C114 Capacitor,Ceramic,Chip ECZH0000830

C1005C0G1H330JT000F 33pF 5% 50V NP0 -55TO+125C 1005 R/TP - TDK KOREACOOPERATION

7 MIC101 Diode,TVS EDTY0010101 ESD9B5.0ST5G ESD9B5.0ST5G,SOD-923,5 V,300mW,R/TP,15pF SCG HONG KONG SAR LTD.

7 FB103 Capacitor,Ceramic,Chip ECCH0000182

GRM155R61A104K 0.1uF 10% 10V X5R -55TO+85C 1005 R/TP - MURATAMANUFACTURING CO.,LTD.

7 C110 Microphone,Condenser SUMY0010609

SPU0410HR5H -PB SPU0410HR5H -PB,UNIT,42dB,3.76*2.95*1.1,mems smd mic KNOWLESACOUSTICS

7 EBR070200 Filter,Bead SFBH0007101BLM15AG121SN1D 120 ohm 1.0X0.5X0.5 25%0.25 ohm 0.5A SMD R/TP 2P 0 MURATAMANUFACTURING CO.,LTD.

7 CN102 Capacitor,Ceramic,Chip ECCH0000117

CL05C270JB5NNNC 27pF 5% 50V NP0 -55TO+125C 1005 R/TP 0.5 SAMSUNG ELECTRO-MECHANICS CO., LTD.

4 EBR02

PCBAssembly,Flexible(Microphone,Condenser)










7 L102 Inductor,Multilayer,Chip ELCH0001444


7 CN104 Connector,BtoB ENBY005200124-5804-010-000-829+ 10P 0.40MM STRAIGHTFEMALE SMD R/TP 900mM - KYOCERA ELCOKOREA SALES CO.,LTD.

7 CN101 Connector,BtoB ENBY0057401

14-5804-034-000-829+ 34,0.4mm,STRAIGHT,gold,34,0.40MM,STRAIGHT,MALE,SMD,0.9T, KYOCERA ELCO KOREA SALESCO.,LTD.

7 C105 Capacitor,Ceramic,Chip ECCH0000115

MCH155A220JK 22pF 5% 50V NP0 -55TO+125C1005 R/TP - ROHM Semiconductor KOREACORPORATION

6 EBR070300PCBAssembly,Flexible,SMT Top


7 EAX010700 PCB,Flexible EAX63975101 LGP920.ASFRZY 1.1 POLYI Multi 5 - FLEXIBLE

7

D101D102D103D104

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

7 CN103 Connector,BtoB ENBY0039601 GB042-20S-H10-E3000 20P 0.4MM STRAIGHTSOCKET SMD R/TP 1M - LS Mtron Ltd.

7 MIC101 Microphone,Condenser SUMY0010609

SPU0410HR5H -PB SPU0410HR5H -PB,UNIT,42dB,3.76*2.95*1.1,mems smd mic KNOWLESACOUSTICS

7 C101C102

Capacitor,Ceramic,Chip ECZH0001215

C1005X5R1A105KT000F 1uF 10% 10V X5R -55TO+85C 1005 R/TP - TDK KOREACOOPERATION

7 C103C104


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

7 U101 IC,Ambient LightSensor EUSY0431901 APDS-9900 - - - - - - AVAGO TECHNOLOGIES

INTERNATIONAL SALES PTE. LIMITED

7 FB101 Filter,Bead SFBH0006806CIM05J601NC 600 ohm 1.0X0.5X0.5 25% 0.6 ohm0.3A SMD R/TP 2P 0 SAMSUNG ELECTRO-MECHANICS CO., LTD.

4 EBR03PCBAssembly,Flexible(Jack,Phone)










7 EAX010700 Jack,Phone EAG63070601 KJA-PH-4-0176 5P 2P ANGLE R/TP 3.5M BLACK5P - KSD CO., LTD

6 CN101PCBAssembly,Flexible,SMT Top


7 EBR070200 PCB,Flexible EAX64142901 LGP920.ASFRZY 1.0 POLYI Multi 3 - Flexible

7 J101 Connector,BtoB ENBY005190114-5804-010-000-829+ 10P 0.40MM STRAIGHTMALE SMD R/TP 900mM - KYOCERA ELCOKOREA SALES CO.,LTD.

4 SURY00 Receiver SURY0010114BWBR1207L-04B-P 30mW 32OHM 105DB0HZTO0HZ WIRE - BUJEON ELECTRONICS CO.,LTD

5 MCK032700 Touch WindowAssembly EBD61005201

S09CL04301B CAPACITIVE TOUCH G/GSynaptics Gen3 4.3 BB - KyoshinTechnosonic(Korea)Co.,LTD.

4 SVCY00 Camera Module SVCY0027901LM08MIFF LM08MI VGA Aptina 1/11", MIPI I/F,FPCB type, 90deg HANSUNG ELCOMTECCO.,LTD.

4 SVLM00 LCD,Module-TFT SVLM0043201LH430WV2-SD01 WVGA 4.3INCH 480X800 170CDCOLOR 70% 15/9 1000:1 60Hz Inverter N 3D LCDLG Display Co. Ltd.

4 SWCC00 Cable,Assembly SWCC0010601 80186-202B-80L 80 mm,LINE,20311-011R_20311-011R,H=2.0, I-PEX CO., LTD

3 EBP00 Camera Module EBP61302201HSIS-LM58SNAFVS HSIS-LM58SNAFVS 5M AFDual Sony 1/4 CIS,MIPI,RFPCB 0degreeHANSUNG ELCOMTEC CO.,LTD.

3 EAN060000 Memory CardAssembly EAN62247401 -

4 EAN011400 IC,MemoryCard,MICRO SD EAN62090801

MMB3R04GUACA-2MGMK 4GBYTE 2.7VTO3.6VMICRO SD CARD 11.0x15.0x1.0MM TR 8P 4GBMicroSD Card (32nm TLC) SAMSUNGELECTRONIC CO.,LTD

3 EBR04PCBAssembly,Flexible(Socket,Card)










6 EAX010700 Capacitor,Ceramic,Chip ECCH0002001 C1005JB0J104KT000F 0.1uF 10% 6.3V Y5P -

30TO+85C 1005 R/TP - TDK CORPORATION

6 CN101 Connector,BtoB ENBY0051001 GB042-10S-H10-E3000 10P 0.4MM STRAIGHTFEMALE SMD R/TP 1M - LS Mtron Ltd.

6 EBR070200 Resistor,Chip ERHY0000193 RC1005F270CS 27OHM 1% 1/16W 1005 R/TP -SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 C103C105 Diode,TVS EDTY0010101 ESD9B5.0ST5G ESD9B5.0ST5G,SOD-923,5 V,300

mW,R/TP,15pF SCG HONG KONG SAR LTD.

6 CN102 Varistor SEVY0003901 EVL5M02200 5.5V 0% 480F 1.0*0.5*0.6 NONESMD R/TP AMOTECH CO., LTD.

6 R117R118 Resistor,Chip ERHZ0000405 MCR01MZP5J103 10KOHM 5% 1/16W 1005 R/TP

- ROHM.

6

ZD101ZD102ZD103ZD104ZD105ZD106

Resistor,Chip ERHY0000254 MCR01MZP5J472 4.7KOHM 5% 1/16W 1005 R/TP- ROHM.

6 VA103 Socket,Card ENSY0023802 SCHB1B0201 Micro-SD 8P ANGLE SMD R/TP -ALPS ELECTRIC KOREA CO.,LTD.

6 R112 Capacitor,Ceramic,Chip ECCH0005604

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


CL05A475MQ5NRNC 4.7uF 20% 6.3V X5R -55TO+85C 1005 R/TP 0.5MM SAMSUNGELECTRO-MECHANICS CO., LTD.

6 S101 IC,DC,DCConverter EAN61850201

LM3559TLX 2.5 to 5.5V adj 0W MICRO SMD R/TP16P - NATIONAL SEMICONDUCTOR ASIAPACIFIC PTE. LTD.

6 C107C109

Capacitor,Ceramic,Chip ECCH0000110

MCH155A100D 10pF 0.5PF 50V NP0 -55TO+125C1005 R/TP - ROHM Semiconductor KOREACORPORATION


CL05A225MQ5NSNC 2.2uF 20% 6.3V X5R -55TO+85C 1005 R/TP . SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 C101C104

IC,LDO VoltageRegulator EUSY0353801 RP103K331D 1.7V TO 5.25V 3.3V 400mW DFN

R/TP 4P - RICOH COMPANY, LTD.

6 C119 LED,Chip EDLM0009501LXCL-PWF4 WHITE 2.8~4.6 150mA 28~59cd NA1W 2016 R/TP 2P - LUMILEDS LIGHTINGU.S.,LLC





6 CN110 Inductor,WireWound,Chip ELCP0008008

MIPS2520D1R3-LG 1.3UH 30% - 1.2A 1.4 1.20.09OHM - - SHIELD 2.5X2X1MM NONE R/TPFDK CORPORATION.

6 U102 Diode,TVS EDTY0009801 VSMF05LCC 5V 6V 12V 2A 25W SOT-963 R/TP6P 5 PROTEK DEVICES INC.

6 LD101 Capacitor,Ceramic,Chip ECZH0001215


6 L101 Card Socket ENSY0022101 GCA26C-6S-H15-E1500 GCA26C-6S-H15-E1500,6,ETC2.54 mm,H=1.5 LS Mtron Ltd.

6D101D102D103

Varistor SEVY0001001 EVLC14S02050 14V 0% 50F 1.0*0.5*0.6 NONESMD R/TP AMOTECH CO., LTD.

5 C115C120

PCBAssembly,Flexible,SMT Top


6 J101 PCB,Flexible EAX63974901 LGP920.ASFRZY 1.0 POLYI Multi 4 0.4 FLEXIBLE

6 VA102 Connector,BtoB ENBY0057401

14-5804-034-000-829+ 34,0.4mm,STRAIGHT,gold,34,0.40MM,STRAIGHT,MALE,SMD,0.9T, KYOCERA ELCO KOREA SALESCO.,LTD.

3 EBR05 PCBAssembly,Main EBR73836903 LGP925.ACAPDB 1.0 Main

4 EBR071500PCBAssembly,Main,Insert

EBR74043701 LGP920.AGBRML 1.2 Main

5 EAX00 PCB,Sidekey EAX64050301 LGP920.ASFRZY 1.0 POLYI Multi 2 0.18 SIDEKEY

5 EBR06PCBAssembly,Flexible(PCB,Sidekey)


6 EAX010500 PCB,Sidekey EAX64144001 LGP920.AGBWBK 1.0 POLYI Double 2 0.18Sidekey

5 MBK070301 Resin,PC BRAH0001301 UF2040 or 3075BHF . . NONE

4 EBR071800PCBAssembly,Main,SMT

EBR73837003 LGP925.ACAPDB 1.0 Main

5 EBR071700PCBAssembly,Main,SMT Bottom

EBR72793004 LGP925.AATTDB 1.0 Main

6 EAX010000 Capacitor,Ceramic,Chip ECCH0006201 C1608X5R0J475KT000N 4.7uF 10% 6.3V X5R -






6

C302C309C315C317C323C324C327C328C329C330C333C334C335C337C352C353C354C355C356C357C504C505C600C601C602C603C611C612C613C614C618C635C637C639







6

C640C641C642C644C645C648C651C652C653C656C658C668C671C673C674C675C677C678C679C682C683C684C740C742C744C812C962C963C965C971C972



6

C502C503C605C627C660C661C662C739C973C992C993


GRM155R60J105K 1uF 10% 6.3V X5R -55TO+85C1005 R/TP - MURATA MANUFACTURINGCO.,LTD.

6

C305C312C313C344


LL1005-FHL1N2S 1.2NH 0.3NH - 400mA 0.1OHM16GHZ 7 SHIELD NONE 1.0X0.5X0.5MM R/TPTOKO, INC.

6

C809C810C811C855C991

Resistor,Chip ERHY0009511 MCR006YZPJ152 1.5KOHM 5% 1/20W 0603 R/TP- ROHM.





6

R588R591R594R596R597

Resistor,Chip ERHZ0000318 MCR01MZP5F8062 80.6KOHM 1% 1/16W 1005R/TP - ROHM.

6 U303 Capacitor,Ceramic,Chip ECCH0005604


6

C1931C687C808C814C816C817C819C824C826C829


CL05A225MP5NSNC 2.2uF 20% 10V X5R -55TO+85C 1005 R/TP 0.5MM SAMSUNGELECTRO-MECHANICS CO., LTD.

6 FL621 Capacitor,Ceramic,Chip ECZH0001215


6C316C318C325


GRM188R61E105K 1uF 10% 25V X5R -55TO+85C1608 R/TP - MURATA MANUFACTURINGCO.,LTD.

6

C813C815C818C821C825C828C831

IC,DC,DCConverter EUSY0430301

LM3528TMX 2.5 to 5.5V adj 0W CSP R/TP 12P -NATIONAL SEMICONDUCTOR ASIA PACIFICPTE. LTD.

6 U500 Resistor,Chip ERHZ0000220 MCR01MZP5F1501 1.5KOHM 1% 1/16W 1005R/TP - ROHM.

6

FB801FB802FB804FB805FB806

PCBASSY,MAIN,PADSHORT

SAFP0000401 LG-LU3000 LGTBK,MAIN,A,





6

C304C314C343C636C647C649C657C663C667C669C670C685C686

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

6 ZD801 Diode,TVS EDTY0010101 ESD9B5.0ST5G ESD9B5.0ST5G,SOD-923,5 V,300mW,R/TP,15pF SCG HONG KONG SAR LTD.

6

C617C621C650C680C681

Resistor,Chip ERHY0009555 MCR006YZPF1202 12KOHM 1% 1/20W 0603 R/TP- ROHM.

6 C846 Capacitor,Ceramic,Chip ECCH0009101 C0603X5R0J104KT00NN 0.1uF 10% 6.3V X5R -


6

R516R800R803R805R808R821


C1005C0G1H101JT 100pF 5% 50V NP0 -55TO+125C 1005 R/TP - TDK KOREACOOPERATION

6

R1186R313R314R319R342R383

Filter,Bead EAM62150301CIM05J600NC 60 ohm 1.0X0.5X0.5 25% 0.2 ohm0.65A SMD R/TP 2P 0 SAMSUNG ELECTRO-MECHANICS CO., LTD.

6

C303C500C607C619C620C827C841C844C848C849C850C852C854



6 U1904 Capacitor,Ceramic,Chip ECCH0009106 C0603X7R1C103KT 10nF 10% 10V X7R -






6 FB301FB302


1005GC2T2N7SLF 2.7NH 0.3NH - 300mA0.17OHM 5.5GHZ 8 SHIELD NONE1.0X0.5X0.5MM R/TP PILKOR ELECTRONICSLTD.

6 Q1186 Capacitor,Ceramic,Chip ECCH0017301

CL03A105MQ3CSNH 0.000001F 20% 6.3V X5R -45TO+85C 0603 R/TP - SAMSUNG ELECTRO-MECHANICS CO., LTD.

6

R501R721R722R723R724R725R726R727R728R729R730

Capacitor,Ceramic,Chip ECCH0009506 MCH032A270JK 27pF 5% 25V NP0 -55TO+125C

0603 R/TP - ROHM.

6

ZD1191ZD1192ZD1193ZD1195ZD591ZD592ZD593ZD802

Capacitor,Array EAE62463801 GNM0M2R60J105ME18D 1uF2 20% 6.3V 2R SMDR/TP 4P MURATA MANUFACTURING CO.,LTD.

6

R853R854R901R902


GRM033R61A472K 4700pF 10% 10V X5R -55TO+85C 0603 R/TP - MURATAMANUFACTURING CO.,LTD.

6 U991 Module,RFAmplifier SMZY0027801

ALM-2712 0DBM 14.2DB 0% 0A 200mA 0DB80DBM 1.26DBM 0P 3.0x2.5x1.0MM - AVAGOTECHNOLOGIES INTERNATIONAL SALES PTE.LIMITED

6C507C508C509

Filter,Bead EAM62070801BLM15EG221SN1D 220 ohm 1.0X0.5X0.5 25%0.28 ohm 0.7A SMD R/TP 2P 0 MURATAMANUFACTURING CO.,LTD.

6 CN1271 IC,Magnetic Sensor EBD60985501 AMI306 1.7 to 3.6V - QFN R/TP 8P - AICHI STEELCORPORATION

6 R513 Capacitor,Ceramic,Chip ECZH0025920

GRM033R71C102K 1nF 10% 16V X7R -55TO+125C 0603 R/TP - MURATAMANUFACTURING CO.,LTD.

6 R804 Oscillator,TCXO EXST0002501KT2520F26000ACW18TAK 26 MHz,2 PPM,10pF,SMD,2.5*2.0*0.8,2ppm,26,1.8V,2.5,2.0,0.8,SMD,R/TP KYOCERA CORP.

6

SC791SC792SC793SC794SC795

Connector,TerminalBlock EAG62832401

04-9254-003-037-037-829+ 3P 2.50MM ANGLESMD T/REEL - KYOCERA ELCO KOREA SALESCO.,LTD.





6 R827 Diode,Switching EDSY0011901 SDB310Q 340mV 30V 200mA 1A 0SEC 150mWEMD2 R/TP 2P 1 AUK CORP


GRM033R71C471K 470pF 10% 16V X7R -55TO+125C 0603 R/TP - MURATAMANUFACTURING CO.,LTD.


GRM188R71E104K 100nF 10% 25V X7R -55TO+125C 1608 R/TP - MURATAMANUFACTURING CO.,LTD.

6 FB1914 Filter Separator SFAY0015301BGSF18DM20 800,1900,1.0 dB,1.0 dB,25 dB,25dB,3226,3228Size INFINEON TECHNOLOGIES(ASIA PACIFIC) PTE LTD.

6

C1930C832C834C837C838C839C840C845C851C853

Connector,BtoB ENBY0057501

24-5804-034-000-829+ 34,0.4mm,STRAIGHT,gold,34,0.40MM,STRAIGHT,FEMALE,SMD,0.9T, KYOCERA ELCO KOREA SALESCO.,LTD.

6

C341C342C830C833

Capacitor,Ceramic,Chip ECCH0009103 C0603C0G1H101JT00NN 100pF 5% 50V C0G -


6

L801L802L804L805L806


GRM0335C1E220J 22pF 5% 25V X7R -55TO+125C 0603 R/TP - MURATAMANUFACTURING CO.,LTD.

6 R830 Resistor,Chip ERHY0009547 MCR006YZPF2003 200KOHM 1% 1/20W 0603R/TP - ROHM.

6 U350 IC,Fuel Gauge EAN61958601 MAX17043G 2.5 to 4.5V Vbat 0W DFN R/TP 8P -MAXIM INTEGRATED PRODUCTS INC.

6 R336 Inductor,Multilayer,Chip ELCH0003832

LQG15HS2N2S02D 2.2NH 0.3NH - 300mA - -0.12OHM 6GHZ 8 SHIELD NONE 1.0X0.5X0.5MMR/TP MURATA MANUFACTURING CO.,LTD.

6 X300X800


LL1005-FHL1N0S 1NH 0.3NH - 400mA 0.1OHM20GHZ 7 SHIELD NONE 1.0X0.5X0.5MM R/TPTOKO, INC.

6 U301 Filter,Saw SFSY0035004

B9469 2140MHz,1.4*1.1*0.45,SMD,2110M~2170M,IL2.5,5pin,U-B,50-100,BAND IDIVERSITY,2140MHz,1.4*1.1*0.45,SMD,R/TPEPCOS PTE LTD.





6 R631R632 Resistor,Chip ERHY0009528 MCR006YZPJ474 470KOHM 5% 1/20W 0603 R/TP

- ROHM Semiconductor KOREA CORPORATION

6 R1195 Inductor,WireWound,Chip ELCP0008019

VLS252010ET- 4R7M 4.7UH 20% - 800mA 0.8 0.820.398OHM - - SHIELD 2.5X2X1MM NONE R/TPTDK CORPORATION

6

R731R732R733R734R735R736R737R738R739

Filter,EMI/Power SFEY0015901ICMEF214P101MFRICMEF214P101MFR,SMD,ESD Common modeFilter INNOCHIPS TECHNOLOGY

6 C336C820


C1005C0G1H330JT000F 33pF 5% 50V NP0 -55TO+125C 1005 R/TP - TDK KOREACOOPERATION

6 SC797PCBASSY,MAIN,PADOPEN

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

6 L800L803 Thermistor,NTC SETY0006301

NCP15XH103J03RC 10KOHM 5% 0V 0A 3.35KKSMD P/TP 1005size MURATA MANUFACTURINGCO.,LTD.

6 C306C307

IC,RFTransceiver,3G EUSY0432901

PMB5712 XMM6260 RFIC ,; ,IC,Tx/Rx WFWLBR/TP 138P INFINEON TECHNOLOGIES (ASIAPACIFIC) PTE LTD.

6 FB800FB803 IC,WiFi EUSY0378501

WL1271BYFFR 0VTO0V 0W 137P - WLCSP R/TP137P TEXAS INSTRUMENTS KOREA LTD,HONGKONG BRANCH.

6

R581R584R586R598


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


CL10A475KP8NNNC 4.7uF 10% 10V X5R -55TO+85C 1608 R/TP - SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 L988L989 Varistor SEVY0008901 ICVS0318150FR 18V 0% 15pF 0.6*0.3*0.33 NONE

SMD R/TP INNOCHIPS TECHNOLOGY

6 L303L304

Capacitor,Ceramic,Chip EAE62286801

CL03A104KP3NNNC 0.0000001F 10% 10V X5R -55TO+85C 0603 R/TP 0.3 SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 R850 Inductor,Multilayer,Chip ELCH0001048

1005GC2T10NJLF 10NH 5% - 250mA 0.42OHM2.5GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPPILKOR ELECTRONICS LTD.





6 C822 Inductor,WireWound,Chip ELCP0008014

MIPSZ2012D4R7 4.7UH 30% - 280mA 0.28 0.70.23OHM - - SHIELD 2.0X1.2X0.9 NONE R/TPFDK CORPORATION.

6 FB741FB743


GRM0335C1E6R0D 6pF 0.5PF 25V X7R -55TO+125C 0603 R/TP - MURATAMANUFACTURING CO.,LTD.

6 FL800 Capacitor,Ceramic,Chip ECCH0007803

CL10A106MP8NNNC 10uF 20% 10V X5R -55TO+85C 1608 R/TP 0.8MM SAMSUNGELECTRO-MECHANICS CO., LTD.

6 U721 Resistor,Chip ERHY0009526 MCR006YZPJ472 4.7KOHM 5% 1/20W 0603 R/TP- ROHM.

6 Q301 Resistor,Chip ERHY0009503 MCR006YZPJ101 100OHM 5% 1/20W 0603 R/TP -ROHM.

6R1187R340R981

Filter,Bead SFBH0008102BLM15HD182SN1D 1800 ohm 1.0X0.5X0.5 25%2.2 ohm 0.2A SMD R/TP 2P 0 MURATAMANUFACTURING CO.,LTD.

6 R828 Varistor SEVY0003601 ICVL0505101V150FR 5.6V 0% 60F 1.0*0.5*0.55NONE SMD R/TP INNOCHIPS TECHNOLOGY

6 R848 IC,DC,DCConverter EAN61841601

TPS61093 1.6 to 6V adj 1.6W DFN R/TP 10P -TEXAS INSTRUMENTS KOREA LTD, HONGKONGBRANCH.

6 U800 FET EQFP0000101 2SJ347 P-CHANNEL MOSFET -20V -7 -0.05A40OHM 100mW SSM R/TP 3P TOSHIBA

6 CN801 Resistor,Chip ERHZ0000204 MCR01MZP5F1003 100KOHM 1% 1/16W 1005R/TP - ROHM.

6 C986 CapacitorAssembly SMZY0023501

PAS311HR-VG1 3.8 Backup Capacitor0.03F,Module Assembly, KOREA TAIYOYUDEN.CO., LTD.

6 R187 Filter,Bead SFBH0007101BLM15AG121SN1D 120 ohm 1.0X0.5X0.5 25%0.25 ohm 0.5A SMD R/TP 2P 0 MURATAMANUFACTURING CO.,LTD.


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


MCH155A220JK 22pF 5% 50V NP0 -55TO+125C1005 R/TP - ROHM Semiconductor KOREACORPORATION


MCH155CN152KK 1.5nF 10% 50V X7R -55TO+125C 1005 R/TP - ROHM SemiconductorKOREA CORPORATION

6 U961 Filter,EMI/Power EAM62230801NFM18PS105R0J3D_ EMI 0HZ 1uF 0H SMD R/TP6.3V, 2A, 0.03ohm MURATA MANUFACTURINGCO.,LTD.





6 X500 Inductor,Multilayer,Chip ELCH0001034

HK1005 3N3S-T 3.3NH 0.3NH - 300mA 0.16OHM6GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPTAIYO YUDEN CO.,LTD

6 R987 Resistor,Chip ERHZ0000296 MCR01MZP5F5103 510KOHM 1% 1/16W 1005R/TP - ROHM.




CL03A474MQ3NNNH 0.47uF,6.3V,M,X5R,HD,0603,R/TP,0.0000047,20%,6.3V,X5R,-55TO+85C,0603,R/TP,.3 mm SAMSUNGELECTRO-MECHANICS CO., LTD.

6 U851 Connector,RF ENWY0008701MS-156C NONE STRAIGHT SOCKET SMDT/REEL AU 50OHM 400mDB HIROSE KOREACO.,LTD

6 U971 Inductor,WireWound,Chip ELCP0009408

LQM2HPN1R0MG0 1UH 20% - 1A 1 1.6 0.055OHM- - SHIELD 2.5X2X1MM NONE R/TP MURATAMANUFACTURING CO.,LTD.


LL1005-FHL1N5S 1.5NH 0.3NH - 400mA 0.13OHM15GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPTOKO, INC.

6 U801 IC,Level Translator EUSY0391601 NLSV1T244-D 0.9~4.5V - LEVEL SHIFTER - R/TP6P - SCG HONG KONG SAR LTD.

6 U811 IC,Audio Codec EUSY0424501TWL6040 BGA,120,R/TP,6X6,OMAP4XXX,IC,AudioCodec TEXAS INSTRUMENTS KOREA LTD,HONGKONG BRANCH.

6 EBR071600 Inductor,Multilayer,Chip ELCH0003831


6 C244,C247 Capacitor,Ceramic,Chip ECCH0009230

GRM033R61A222K 2.2nF 10% 25V X5R -55TO+85C 0603 R/TP - MURATAMANUFACTURING CO.,LTD.

6

C1812C1815C1816C1817C1818C1822C209C230C231C249C924C927C937

IC,LDO VoltageRegulator EUSY0407101

BU28TD4WNVX SSON004,4,R/TP,2.8V 150mASingle LDO,IC,LDO Voltage RegulatorIC,LDOVoltage Regulator ROHM.





6

C1107C1173C1204C1205C1206C1207C1208C1832C1901C1902C1905C193C241C245C250C659C665


MCH153CN103KK 10nF 10% 16V X7R -55TO+125C 1005 R/TP - ROHM SemiconductorKOREA CORPORATION

6 L131 Resistor,Chip ERHY0009506 MCR006YZPJ104 100KOHM 5% 1/20W 0603 R/TP- ROHM.

6

R1102R1103R510R511


GRM1555C1H1R8C 1.8pF 0.25PF 50V NP0 -55TO+125C 1005 R/TP - MURATAMANUFACTURING CO.,LTD.

6 R811 Oscillator,VCTCXO EAW614438011XXA26000FBA 26MHZ 1PPM 1.8V2.5x2.0x0.8MM ; SMD R/TP DAISHINKUCORPORATION.

6 C1201 Inductor,Multilayer,Chip ELCH0003818

LQG15HS9N1J02D 9.1NH 5% - 300mA 0.26OHM3.4GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPMURATA MANUFACTURING CO.,LTD.

6

C1209C1210C1211C227C835C836C842C890C934C935

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

6

C1101C1102C1103C1106C1121C1831C1923C891C975C978

Resistor,Chip ERHY0009554 MCR006YZPF2002 20KOHM 1% 1/20W 0603 R/TP- ROHM.





6 C1122C1137

Capacitor,TA,Conformal ECTH0002703

TCTAL1A107M8R-V2 100uF 20% 10V 50UA -55TO+125C 2.5OHM 3.2X1.6X1.1MM NONE SMDR/TP 1.2T max. ROHM CO.,LTD.

6 U1121 Filter,EMI/Power SFEY0016301ICMEF112P900M COMMON MODE NOISEFILTER 0HZ 0F 0H SMD R/TP INNOCHIPSTECHNOLOGY

6 R1803 Resistor,Chip ERHZ0000243 MCR01MZP5F2201 2.2KOHM 1% 1/16W 1005R/TP - ROHM.

6

R1905R894R895R919R921



6R1176R801R802

Filter,Bead SFBH0008101BLM15AG601SN1D 600 ohm 1.0X0.5X0.5 25% 0.6ohm 0.3A SMD R/TP 2P 0 MURATAMANUFACTURING CO.,LTD.

6

ZD1172ZD1181ZD1182ZD1224ZD1225

Filter,Ceramic SFCY0000901 LFB212G45SG8A166 BPF 2.45KHZ 100Hz SMDR/TP 4P MURATA MANUFACTURING CO.,LTD.


MCH155A100D 10pF 0.5PF 50V NP0 -55TO+125C1005 R/TP - ROHM Semiconductor KOREACORPORATION





6

C1134C1175C1176C1230C1231C1232C1233C1234C1237C1253C173

C1802C1903C1907C191

C1911C1912C1913C1914C1915C194C200C201C202C203C204C206C207C208C251C301C609C610C626


GRM0335C1E470J 47pF 5% 25V NP0 -55TO+125C 0603 R/TP - MURATAMANUFACTURING CO.,LTD.

6

C646C654C655C915C916C917C918C919C920C921C922C925C928C929C930C931C932C938C939


GRM0335C1E470J 47pF 5% 25V NP0 -55TO+125C 0603 R/TP - MURATAMANUFACTURING CO.,LTD.





6

FB1812FB1815FB1817FB1818

Inductor,WireWound,Chip EAP61747901

VLS3010ET-100M 10UH 20% - 560mA 0.56 0.80.468OHM - - SHIELD 3.0X3.0X1.0 MM NONER/TP TDK KOREA COOPERATION

6

C105C1932C1936L102

L1802

Capacitor,Ceramic,Chip ECCH0009109 C0603X7R1H331KT00NN 330pF 10% 50V X7R -


6

C1228C1235C1241C1252C192C243C248C901C902C903C904C905


HK1005 4N7S-T 4.7NH 0.3NH - 300mA 0.21OHM4GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPTAIYO YUDEN CO.,LTD

6

C115C1814C185C801C858


LQG15HS1N8S02D 1.8NH 0.3NH - 300mA 0.1OHM6GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPMURATA MANUFACTURING CO.,LTD.

6L176L211L212


C1005X7R1E682KT000F 6.8nF 10% 25V X7R -55TO+125C 1005 R/TP - TDK KOREACOOPERATION

6

C1141C1229C1236C1904C1906C1908C1909C1910C225C688C892C923

FET,Array EBK61611301 NTUD3169CZ N/P-CHANNEL 20 8 0.22(0.2) 2(6)0.125 SOT-963 R/TP 6P 2 ON SEMICONDUCTOR

6 C114C1174 Diode,TVS EDTY0009801 VSMF05LCC 5V 6V 12V 2A 25W SOT-963 R/TP

6P 5 PROTEK DEVICES INC.

6 C1143 Connector,BtoB ENBY005360124-5804-020-000-829+ 20P 0.40MM STRAIGHTFEMALE SMD R/TP 900mM - KYOCERA ELCOKOREA SALES CO.,LTD.


MIPSZ2012D2R2 2.2UH 30% - 700mA 0.77 0.70.23OHM - - SHIELD 2.0X1.2X1.0 MM NONE R/TPFDK CORPORATION.





6 U1801 Inductor,WireWound,Chip ELCP0008015

MIPSTZ2012D1R0 1UH 30% - 700mA 0.7 0.80.18OHM - - SHIELD 2.0X1.2X0.8 MM NONE R/TPFDK CORPORATION.

6 FB201 IC,DC,DCConverter EUSY0264510 RF6560 2.9 to 5.1V adj 0W CSP R/TP 24P - RF

MICRO DEVICES INC

6 U975 Filter,Separator,Spdt SFAC0002701

LFD211G57DPMD153 0.67 13.5 - 2050,240MHz,0.67 dB,13.5 dB,1575,6 MHz,0.88 dB,18.3dB,SMD,ETC,diplexer,GPS/PCS,2.0*1.25,MURATA MANUFACTURING CO.,LTD.

6

C1171C189C913C914

IC,MM PMIC EUSY0264511RF6590 CSP ,16 ,R/TP,3B,2LDO,CSP,1.732X1.722 ,; ,IC,DC,DC ConverterMICRO DEVICES, INC.

6 X1821 Resistor,Chip ERHY0009527 MCR006YZPJ473 47KOHM 5% 1/20W 0603 R/TP -ROHM.

6 CN800 Capacitor,Ceramic,Chip ECCH0009110 C0603X7R0J223KT 22nF 10% 6.3V X7R -


6 SC798 IC,I/O Support Chip EUSY0426301

TPD12S015 ESD protection HDMI companion chip,; ,IC,CMOS WCSP R/TP 28P TEXASINSTRUMENTS KOREA LTD, HONGKONGBRANCH.

6 D1122 Connector,BtoB ENBY0036001GB042-40S-H10-E3000 40P 0.4MM STRAIGHTSOCKET SMD R/TP 1M ENGINEERING PLASTICUL94V-0 AU OVER NI LS Mtron Ltd.


C1005X5R1A224KT000E 220nF 10% 10V X5R -55TO+85C 1005 R/TP - TDK KOREACOOPERATION

6 C1138 Resistor,Chip ERHY0042406 RC0201JR-0751KL 51KOHM 5% 1/20W 0603 R/TP- YAGEO CORPORATION

6 FL111 Capacitor,Ceramic,Chip ECZH0003103


6 CN1161CN1171 Resistor,Chip ERHZ0000244 MCR01MZP5F2202 22KOHM 1% 1/16W 1005

R/TP - ROHM.



6 C1821 IC,LDO VoltageRegulator EUSY0407401

RT9032 WDFN8L,8,R/TP,Programmable DualLDO,IC,LDO Voltage RegulatorIC,LDO VoltageRegulator RICHTEK TECHNOLOGY CORP.





6 R1134R1174

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

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

6 U891 Inductor,WireWound,Chip EAP61785901

LQW15CN18NJ00D 18NH 5% - 1.4A - - 0.046OHM3GHZ - SHIELD 1.0X0.5X0.5MM NONE R/TPMURATA MANUFACTURING CO.,LTD.

6L122L142L161


C1005C0G1H1R5CT000F 1.5pF 0.25PF 50V NP0 -55TO+125C 1005 R/TP - TDK KOREACOOPERATION

6L127L137L213

Connector,BtoB ENBY005380124-5804-030-000-829+ 30P 0.40MM STRAIGHTFEMALE SMD R/TP 900mM - KYOCERA ELCOKOREA SALES CO.,LTD.

6 FL211 Filter,Multiplexer EAM62070401B40761DY2045L Duplexer Bank for UE2j,Band1/2/4/5/8+DCS1800, 10.4*3.6*1.0 KOREATAIYO YUDEN.CO., LTD.

6 R521R522 Module,WLAN SMZY0027002

RF3482 TI WLAN WL1271 COB 3x3 SP3T + PAM+ DET + Balun + Tx Filter,RF Module RF MICRODEVICES INC


LQG15HSR18J02D 180NH 5% - 130mA 3.38OHM500MHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPMURATA MANUFACTURING CO.,LTD.

6

FL1141FL1142FL1221FL1222FL1223


LL1005-FHLR10J 100NH 5% - 150mA 2.2OHM1.03GHZ 10 SHIELD NONE 1.0X0.5X0.5MM R/TPTOKO, INC.

6

C116C117C121C132C151C163


GRM155R60J474K 470nF 10% 6.3V X5R -25TO+70C 1005 BK-DUP - MURATAMANUFACTURING CO.,LTD.

6

R1190R1191R896R897


C1005C0G1H010CT 1pF 0.25PF 50V NP0 -55TO+125C 1005 R/TP - TDK KOREACOOPERATION

6 PT301 Resistor,Chip ERHY0024601 RC0603J151CS 150OHM 5% 1/20W 0603 R/TP -SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 U181 IC,GPS EUSY0415301BCM4751IUB2G ,42,BCM4750 Shrink version65nm,IC,GPS WLBGA R/TP 42P BROADCOMCORP





6 U1901 Module,Tx Module SMRH0006901 RF6260 0DBM 0DB 0% 0A 0A 0DB 0DBM 0DBM0P 0.0x0.0x0.0MM - RF MICRO DEVICES INC

6

C1916C308C310C311C936


LQG15HN47NJ02D 47NH 5% - 200mA 1.15OHM1GHZ 8 SHIELD NONE 1.0X0.5X0.5MM R/TPMURATA MANUFACTURING CO.,LTD.

6 C1131C242 Connector,RF ENWY0005501 20279-001E-01 NONE STRAIGHT SOCKET SMD

R/TP AU 50OHM 400mDB I-PEX CO., LTD

6

VA1102VA1104VA901VA902VA903

Diode,TVS EDTY0008601 PSD05-LF 5V 6 13.5V 42A 500W SOD323 R/TP 2P1 PROTEK DEVICES INC.

6

C1271C195C222C933C941


GRM0335C1E3R0BD01D 3pF,25V,B,C0G,TC,0603,R/TP,0.000000000003,0.1PF,25V,C0G,-55TO+125C,0603,R/TP,0.3 mmMURATA MANUFACTURING CO.,LTD.


0402CS-6N8XJEW 6.8NH 5% - 680mA 0.083OHM4.8GHZ 20 NON SHIELD NONE1.19X0.64X0.66MM R/TP COILCRAFTSINGAPORE PTE LTD.

6L244L247L249

Resistor,Chip ERHY0009593 MCR006YZPJ272 2.7KOHM 5% 1/20W 0603 R/TP- ROHM.


LQW15AN15NG00D 15NH 2% - 460mA 0.16OHM5GHZ 30 NON SHIELD NONE 1.0X0.5X0.5MMR/TP MURATA MANUFACTURING CO.,LTD.

6 CN1803CN1904 IC,MM PMIC EUSY0227205

LP8720TLX 2.7 To 5.5V Adj 1.2W CSP R/TP 20P -NATIONAL SEMICONDUCTOR ASIA PACIFICPTE. LTD.

5

C1179C1212C223C224

PCBAssembly,Main,SMT Top

EBR72793204 LGP925.AATTDB 1.0 Main

6 R1171R316 PCB,Main EAX63973701 LGP920.ASFRZY 1.1 FR-4 Any Layer 10 0.75 MAIN

6 R186 Capacitor,Ceramic,Chip ECCH0009101 C0603X5R0J104KT00NN 0.1uF 10% 6.3V X5R -






6

FB1173FB1175FB1176FB1177


GRM155R60J105K 1uF 10% 6.3V X5R -55TO+85C1005 R/TP - MURATA MANUFACTURINGCO.,LTD.

6 VA800 Capacitor,Ceramic,Chip ECCH0007803

CL10A106MP8NNNC 10uF 20% 10V X5R -55TO+85C 1608 R/TP 0.8MM SAMSUNGELECTRO-MECHANICS CO., LTD.

6 U1131 Capacitor,Ceramic,Chip ECZH0001215


6 Q1173 Resistor,Chip ERHY0009522 MCR006YZPJ332 3.3KOHM 5% 1/20W 0603 R/TP- ROHM.

6 R892 IC,Analog Switch EUSY0186504 FSA2259UMX QFN ,8 ,R/TP ,Dual SPDT ,;,IC,Analog Switch FAIRCHILD SEMICONDUCTOR

6 BAT800 Capacitor,Ceramic,Chip ECCH0017601


6

FB1174FB901FB913FB914FB941

Filter,EMI/Power EAM62230801NFM18PS105R0J3D_ EMI 0HZ 1uF 0H SMD R/TP6.3V, 2A, 0.03ohm MURATA MANUFACTURINGCO.,LTD.

6

C197C198C199C205

Capacitor,Low ESL EAE62487001LLL153C80J224ME14E 0.22uF 20% 6.3V X6S -55TO+105C 1005 R/TP 0.35T max. MURATAMANUFACTURING CO.,LTD.



6 C1920 IC,ApplicationProcessor EUSY0425001

OMAP4430 ,54,547pin,IC,Digital Signal ProcessorsBGA R/TP 547P TEXAS INSTRUMENTS KOREALTD, HONGKONG BRANCH.

6 FL627 Filter,Bead EAM62071101BLM15PD121SN1D 120 ohm 1.0X0.5X0.5 25%0.09 ohm 1.3A SMD R/TP 2P 0 MURATAMANUFACTURING CO.,LTD.

6 L1923 Capacitor,Ceramic,Chip ECCH0032801

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

6 R1136 Diode,TVS EDTY0008602 PSD12-LF 12V 13.3 25.9V 21A 500W SOD323R/TP 2P 1 PROTEK DEVICES INC.


CL03A474MQ3NNNH 0.47uF,6.3V,M,X5R,HD,0603,R/TP,0.0000047,20%,6.3V,X5R,-55TO+85C,0603,R/TP,.3 mm SAMSUNGELECTRO-MECHANICS CO., LTD.





6 C807C926 Resistor,Chip ERHY0009505 MCR006YZPJ103 10KOHM 5% 1/20W 0603 R/TP -

ROHM.

6 SW102 Capacitor,Array EAE62463801 GNM0M2R60J105ME18D 1uF2 20% 6.3V 2R SMDR/TP 4P MURATA MANUFACTURING CO.,LTD.

6 L226 Resistor,Chip ERHY0009526 MCR006YZPJ472 4.7KOHM 5% 1/20W 0603 R/TP- ROHM.

6L147L158L168


CL03A105MQ3CSNH 0.000001F 20% 6.3V X5R -45TO+85C 0603 R/TP - SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 U1108 Filter,Bead EAM62150301CIM05J600NC 60 ohm 1.0X0.5X0.5 25% 0.2 ohm0.65A SMD R/TP 2P 0 SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 SC799 IC,DC,DCConverter EUSY0416301

TPS62611YFDR CSP,6,R/TP,DCDC Converter forWiFi BT Module Power,IC,DC,DC Converter TEXASINSTRUMENTS KOREA LTD, HONGKONGBRANCH.

6 U901 TR,Bipolar EQBN0005301UMT2222A NPN 6V 75V 40V 600mA 100mA100~300 200mW UMT3 R/TP 3P ROHMSemiconductor KOREA CORPORATION

6L1807L1810L1926

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

6 C228 Diode,TVS EDTY0010101 ESD9B5.0ST5G ESD9B5.0ST5G,SOD-923,5 V,300mW,R/TP,15pF SCG HONG KONG SAR LTD.

6 U1106U1831 Resistor,Chip ERHY0009511 MCR006YZPJ152 1.5KOHM 5% 1/20W 0603 R/TP

- ROHM.

6 C221C976

IC,LDO VoltageRegulator EUSY0407401

RT9032 WDFN8L,8,R/TP,Programmable DualLDO,IC,LDO Voltage RegulatorIC,LDO VoltageRegulator RICHTEK TECHNOLOGY CORP.

6

R1101R1126R1202R1271


GRM0335C1E680J 68pF 5% 25V X7R -55TO+125C 0603 R/TP - MURATAMANUFACTURING CO.,LTD.

6 C109C1808 Connector,I/O EAG62832201 78618-0001 19P 0.40MM ANGLE RECEPTACLE

DIP R/TP - HANKOOK MOLEX

6 X184 Resistor,Chip ERHY0009593 MCR006YZPJ272 2.7KOHM 5% 1/20W 0603 R/TP- ROHM.

6 L1803 Resistor,Chip ERHZ0000222 MCR01MZP5F1503 150KOHM 1% 1/16W 1005R/TP - ROHM.

6 R1802R500 Resistor,Chip ERHY0042406 RC0201JR-0751KL 51KOHM 5% 1/20W 0603 R/TP

- YAGEO CORPORATION





6 C805 Resistor,Chip ERHZ0000298 MCR01MZP5F5600 560OHM 1% 1/16W 1005 R/TP- ROHM.

6 FL1171FL1172 IC,Motor Driver EUSY0238306 ISA1000 2.4~3.6V 150mV~300mV 0W DFN R/TP

8P -

6 R1178 Capacitor,Ceramic,Chip ECZH0001420

C1608X5R1A105KT000E 1uF 10% 10V X5R -55TO+85C 1608 R/TP - TDK KOREACOOPERATION

6 C226 Filter,Bead SFBH0008101BLM15AG601SN1D 600 ohm 1.0X0.5X0.5 25% 0.6ohm 0.3A SMD R/TP 2P 0 MURATAMANUFACTURING CO.,LTD.

6 FB1143 Capacitor,Ceramic,Chip ECCH0007804

CL05A225MP5NSNC 2.2uF 20% 10V X5R -55TO+85C 1005 R/TP 0.5MM SAMSUNGELECTRO-MECHANICS CO., LTD.

6 FL1901 Capacitor,Ceramic,Chip ECCH0009514 MCH032A(AN)100DK 10pF 0.5PF 25V X7R -

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


CIG21LR47MNE 470NH 20% - 1.3A 1.4 1.30.08OHM - - SHIELD 2X1.25X1MM NONE R/TPSAMSUNG ELECTRO-MECHANICS CO., LTD.

6 C1801 Resistor,Chip ERHY0009553 MCR006YZPF1004 1MOHM 1% 1/20W 0603 R/TP- ROHM Semiconductor KOREA CORPORATION

6 L1121 IC,MCP,NAND EUSY0425901H8BCS0QG0MMR-46M NAND/1G SDRAM/512M0VTO0V 8.0x9.0x1.0 TR 130P NAND+DRAM BGA -HYNIX SEMICONDUCTOR INC.

6 C1803 Resistor,Chip ERHY0035301 RC1005F4021CS 4.02KOHM 1% 1/16W 1005 R/TP- SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 L110L215 Crystal EXXY0018701 FC-135(12.5PF, +-20PPM) 32.768KHZ 20PPM

12.5PF 32*15 SMD R/TP SEIKO EPSON CORP

6 L179IC,DigitalBasebandProcessor,3G

EUSY0432001PMB9811 1.7VTO2V,1.7VTO2V,1.7VTO2V 100mW300P - BGA P/TP 300P INFINEONTECHNOLOGIES (ASIA PACIFIC) PTE LTD.

6 C188 Resistor,Chip EBC61856201 RC0201FR-07240RL 240OHM 1% 1/20W 0603R/TP - YAGEO CORPORATION

6 Q801 Resistor,Chip ERHY0009504 MCR006YZPJ102 1KOHM 5% 1/20W 0603 R/TP -ROHM.

6 D1175 Resistor,Chip ERHY0009527 MCR006YZPJ473 47KOHM 5% 1/20W 0603 R/TP -ROHM.

6 CN1181 Capacitor,Ceramic,Chip EAE62286801

CL03A104KP3NNNC 0.0000001F 10% 10V X5R -55TO+85C 0603 R/TP 0.3 SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 L1251 Inductor,WireWound,Chip ELCP0013901

XPL2010-681MEC 680NH 20% - 2.1A 2.19 2.10.057OHM - - SHIELD 2.0x1.9x1.0MM NONE R/TPCOILCRAFT INC.






CL10A226MQ8NRNE 22uF 20% 6.3V X5R -55TO+85C 1608 R/TP 0.8MM SAMSUNGELECTRO-MECHANICS CO., LTD.

6 FL1801 Filter,Bead EAM62071001BLM18KG221SN1D 220 ohm 1.6X0.8X0.8 25%0.05 ohm 2.2A SMD R/TP 2P 0 MURATAMANUFACTURING CO.,LTD.

6 R1173PCBASSY,MAIN,PADOPEN

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

6 U241 Resistor,Chip ERHZ0000487 MCR01MZP5J474 470KOHM 5% 1/16W 1005 R/TP- ROHM.

6 U1251 Inductor,Multilayer,Chip ELCH0001444


6 C1177C184

Inductor,WireWound,Chip ELCP0008007

MIPS2520D3R3M 3.3UH 30% - 400mA 0.4 10.12OHM - - SHIELD 2.5X2X1MM NONE R/TPFDK CORPORATION.

6 CN1221 Resistor,Chip ERHY0009561 MCR006YZPF5602 56KOHM 1% 1/20W 0603 R/TP- ROHM.

6 C171C232





6 C1132 Filter,Bead SFBH0006806CIM05J601NC 600 ohm 1.0X0.5X0.5 25% 0.6 ohm0.3A SMD R/TP 2P 0 SAMSUNG ELECTRO-MECHANICS CO., LTD.

6 R1135 Filter,EMI/Power SFEY0015301 NFM18PC104R1C3 ESD/EMI 0HZ 0.1uF 0H SMDR/TP MURATA MANUFACTURING CO.,LTD.

6 L114 IC,MCP,eMMC EUSY0431102SDIN5C2-8G-974D FBGA,166,ETC,8GB eMMCv4.41 / 12.0x16.0x1.2 / 169ball,;,IC,MCP SANDISKCORPORATION

6 U1101 FET EQFP0003601NTJD4105CT1G P-CHANNEL MOSFET 20V +-12660mA 0.63OHM 270mW SC70 R/TP 6P ONSEMICONDUCTOR

6 C802 Resistor,Chip ERHY0009506 MCR006YZPJ104 100KOHM 5% 1/20W 0603 R/TP- ROHM.

6 C211 Resistor,Chip ERHZ0000236 MCR01MZP5F2001 2KOHM 1% 1/16W 1005 R/TP- ROHM.

6 L227 IC,PMIC EAN62093401TWL6030B107CMR 2.5 to 4.8V adj 1.7W BGAR/TP 187P - TEXAS INSTRUMENTS KOREA LTD,HONGKONG BRANCH.





6 CN1141 Resistor,Chip ERHY0009516 MCR006YZPJ222 2.2KOHM 5% 1/20W 0603 R/TP- ROHM.

6 U121 Connector,I/O ENRY0011501GU077-5P-SD-E1500 5,0.65mm,ETC,0.64MM,RECEPTACLE,DIP,R/TP,Reverse,Offset (1.50mm),SUS plate LS Mtron Ltd.

6 U1902 Capacitor,Ceramic,Chip ECZH0001120

CC1005X7R1H392KT000F 3.9nF 10% 50V X7R -55TO+125C 1005 R/TP - TDK KOREACOOPERATION

6 L1901 Resistor,Chip ERHY0009503 MCR006YZPJ101 100OHM 5% 1/20W 0603 R/TP -ROHM.

6 L104L1924 IC,Buffer EUSY0428301

CDC3S04 1.65~1.95 999 999 999W 999W 33~68 4WCSP R/TP 20P Quad Sine-wave Clock BufferTEXAS INSTRUMENTS KOREA LTD, HONGKONGBRANCH.

6 C940 IC,MCP,NAND EUSY0429001

K3PE4E400M-XGC1 4096MBIT1.14VTO1.3V,1.7VTO1.95V 12.0x12.0x0.71 TR216P DRAM FBGA 4Gb LPDDR2 PoP 216ball forOMAP4 Series Chipset (44nm) SAMSUNGELECTRONIC CO.,LTD

6 C123C175 Resistor,Chip ERHY0040202 RC0201FR-074R7L 4.7OHM 1% 1/20W 0603 R/TP

- YAGEO CORPORATION

6 R891R893 IC,Gyro Sensor EUSY0434601 MPU3050 1.8~3.6 Gyro Sensor - QFN R/TP 24P -

INVENSENSE

6 U1811 Oscillator,TCXO EXST00026011XXB38400FAA 38.4 MHz,1.5 PPM,10pF,SMD,2.5*2.0*0.8,38.4,1.5PPM,1.8V,2.5,2.0,0.8,SMD,R/TP DAISHINKU CORPORATION.

6 U171PCBASSY,MAIN,PADSHORT

SAFP0000401 LG-LU3000 LGTBK,MAIN,A,

6 L152 Capacitor,Ceramic,Chip ECCH0000147 MCH155CN222KK 2.2nF 10% 50V X7R -

55TO+125C 1005 R/TP - ROHM.

6 SW101 Capacitor,Ceramic,Chip ECZH0001108

C1005X7R1E682KT000F 6.8nF 10% 25V X7R -55TO+125C 1005 R/TP - TDK KOREACOOPERATION

6 ZD803 IC,Analog Switch EAN61871401FSUSB63 2.7~4.3V 400NSEC 45NSEC 0W MLPR/TP 12P 1 FAIRCHILD SEMICONDUCTORHONG KONG LTD.

6 C804 IC,AccelerationSensor EUSY0410101

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

6 L1811 Inductor,WireWound,Chip ELCP0012801

MIPS2520D1R5-LG 1.5UH 30% - 1.2A 1.2 1.20.1OHM - - SHIELD 2.5X2X1MM NONE R/TP FDKCORPORATION.

6 R514R515 IC,Charger EUSY0410801

RT9524 DFN,10,R/TP,DFN Cal Test Mode SingleCharger IC for Micro USB,IC,ChargerIC,ChargerRICHTEK TECHNOLOGY CORP.





6 U1201 Resistor,Chip ERHZ0000538 MCR01MZP5F3303 330KOHM 1% 1/16W 1005R/TP - ROHM.

6 L245L248 IC,MUIC EUSY0371201

MAX14526EEWP+TCC6MAX14526EEWP+TCC6,WLP,MUIC for 5Pin MicroUSB WLP R/TP 20P MAXIM INTEGRATEDPRODUCTS INC.

5 SAD010000 Software,Mobile SAD33286401 Base V10a - CENTRAL AND SOUTH AMERICAOMAP-IFX -




Note: This Chapterisused for reference,Part order is orderedby SBOM standard onGCSC


2 EAD010000 Cable,Assembly EAD61951501 LG0056 HDMI PLUG HDMI PLUG 2.0M 19 BLACKnone N ningbo broad telecommunication co.,ltd

2 MFL000000 Manual MFL67463101 COMPLEX LGP925.ACAPDB ZZ:Without ColorManual for LG-P920H CAP

2 EAB010200 Earphone,Stereo SGEY0007612EMB-LGE013STAC 3mW 16OHM 98DB65HZTO112HZ 1.08M BLACK 3.5 L TYPESTEREO 4POLE PLUG - CRESYN CO.,LTD

2 EAC00 RechargeableBattery,Lithium Ion EAC61679801

FL-53HN_WWU_TOCAD PRISMATIC 3.7V 1.5AH300mAH 45x53x5.3 54.5x47.8x5.7 BLACK FrameType 534553, 1500mAh, Frame, WW, Up TOCADDONG-HWA CO., LTD

2 EBX000000 Accessory,DataCable SGDY0017903 LG0040 ,1.2M,Micro USB,BLACK, ningbo broad

telecommunication co.,ltd

2 EAY060000 Adapters SSAD0033802STA-U13WV 90Vac~264Vac 5.1V 1A 5060 UL/CSANONE NONE - Power Systems Technologies FarEast Ltd

2 EAD010000 Cable,Assembly EAD61951501 LG0056 HDMI PLUG HDMI PLUG 2.0M 19 BLACKnone N ningbo broad telecommunication co.,ltd

2 MFL000000 Manual MFL67463101 COMPLEX LGP925.ACAPDB ZZ:Without ColorManual for LG-P920H CAP

2 EAB010200 Earphone,Stereo SGEY0007612EMB-LGE013STAC 3mW 16OHM 98DB65HZTO112HZ 1.08M BLACK 3.5 L TYPESTEREO 4POLE PLUG - CRESYN CO.,LTD

2 EAC00 RechargeableBattery,Lithium Ion EAC61679801

FL-53HN_WWU_TOCAD PRISMATIC 3.7V 1.5AH300mAH 45x53x5.3 54.5x47.8x5.7 BLACK FrameType 534553, 1500mAh, Frame, WW, Up TOCADDONG-HWA CO., LTD

2 EBX000000 Accessory,DataCable SGDY0017903 LG0040 ,1.2M,Micro USB,BLACK, ningbo broad

telecommunication co.,ltd

2 EAY060000 Adapters SSAD0033802STA-U13WV 90Vac~264Vac 5.1V 1A 5060 UL/CSANONE NONE - Power Systems Technologies FarEast Ltd

13.3 Accessory

lg p925 thrill 4g service manual

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