LG F300K Service Manual

MOBILE PHONE

SERVICE MANUAL

CAUTION BEFORE SERVICING THE UNIT, READ THE “SAFETY PRECAUTIONS”

IN THIS MANUAL

MODEL : LG-F300K

Internal Use Only

주의) 본 자료는 LG전자 규정에 의거 해당 업무 담당자 외 제3자에게 공유/제공/전달 또는 공개 행위를 금지하며, 관련규정 위반에 따른 민/형사상 책임은 본인에게 있으니 주의하시기 바랍니다.

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LGE Internal Use Only

차 례

가. 제품의 특장점

나. 규격 및 SPEC

다. 분해 조립도

라. 블록도

마. 부품 배치 및 One Point 수리법

3

9

42

44

59

바. 회로도

사. 주요기능 수리방법

아. 부품목록

2/115

65

92

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LGE Internal Use Only

가. 제품의 특장점

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1. 제품의 특장점

제 1 조 (제품의 명칭)

본 제품은 LTE 방식의 무선 접속 Algorithm을 적용한 LG KT 향 내수 Smart Phone으로 모델명 은 F300K라 칭한다.

제 2 조 (목적) 디지털 휴대폰 기능과 위치 정보 제공을 위한 GPS 기능을 내장하고, 5.2” TFT LCD를 통해 Android JB+을

지원하는 Smart phone으로 DOP type이다. 2.4M 전면 Camera 와 후면 13M OIS Camera 를 내장하고 있다. 통신 방식으로는 LTE를 지원하며, Roaming Band인 GSM, WCDMA를 지원한다. 근거리 무선통신방식으로 Bluetooth 4.0, IEEE 802.11 2.4G b/g/n and 5G 11a/g/n, NFC를 지원하는 LG KT향 내수 모델이다.

제 3 조 (제품 개요)

1. Phone Type : DOP type

2. Main Chipset : MSM8974, Memory(16Gbits LPDDR3 SDRAM -POP, 16GB eMMC)

3. LCD : 5.2” UVGA, 1280x960 pixels, 16.7M Colors, TFT

4. Touch screen input : Capacitive

5. OS : Android 4.2.2 (젤리빈 : JB+)

6. Camera: Built-in Camera (13MP AF with flash, 2.4M VT CMOS Image sensor)

7. PMIC 적용: 전원 control, Flash Driver, Charger controller, Battery 보호 기능 등

8. Voice Recording/Memo/Playback, Voice Recognition System

9. Web Browser: Browser

10. 내장 16GB eMMC

11. Bluetooth 4.0 BLE 지원

12. WLAN 2.4GHz 802.11 b/g/n , 5GHz 11 a/n

13. NFC 지원

14. TDMB 지원

15. Slimport : 최대1080p 60Hz 지원

16. Audio Zooming

17. Dual Recoding

18. Q-slide 기능 지원

19. 무선 충전 지원[무선 충전 Battery cover 사용 시(별매)]

20. Q-Remote 기능 지원 제 4 조 (적용범위)

1. Phone : F300K (w 2610mAh(typ. 착탈형) battery)

2. Adapter (TA)

3. Manual

4. USB cable

5. Stereo headset Battery

6.

제 5 조 (용어의 정의)

1. MSM : 멀티미디어 처리 및 Phone 전체 동작 제어를 위한 Application Processor

2. Memory : Protocol, User Interface등의 Software를 저장함.

3. Alert부 : Call Paging, 사용자 오 동작 등의 지원을 위한 기능 수행함.

4. LCD Display, Keypad부 : Handset의 동작 상태, 사용자 정보 등을 입력, 표시해 주기 위한 기능을 수행함.

5. Micro USB port: Battery 충전, Data 통신을 위한 외부접속 Port.

6. Band Pass Filter (BPF) : 일정 Band 내의 신호만을 통과시키고 나머지는 제거하는 Filter

7. CAI(Common Air Interface) : 호 처리, 핸드오프 등 단말기의 핵심 알고리즘

8. Dual Tone Multi-Frequency(DT MF) Signaling : Low Frequency와 High Frequency의 조합으로 동시에 전송되는 signal

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9. Frame Error Rate(FER) : 총 수신 프레임 대 Error Frame의 비

10. Low Noise Amplifier (LNA) : 수신된 신호를 낮은 noise만을 add 시키고 원하는 신호를 증폭시키는 증폭기.

11. Time & Control Processor(TCP) : GPS수신기로부터 제공되는 신호를 이용하여 기지국내의 모든 프로세서에 Clock 제공

12. Direction Conversion : 수퍼 헤테로다인 방식의 반대되는 개념. 즉 IF(중간주파수)를 사용하지 않고 반송파(carrier)를 기저대역(baseband)로 곧바로 끌어내리고 올리는 방식.

13. Voice Mail Service(VMS) : 음성사서함 서비스. (전화를 통해 음성메시지를 저장 또는 전달하는 서비스)

14. Code Division Multiple Access(CDMA) : 부호분할 다중 접속방식

15. BGA (Ball Grid Array) : 반도체 실장기술에서 프린트배전기판의 뒷면에 리드대신 구형의 볼을 이용하는 실장형태의 한가지

16. Vocoder : 음성신호를 음원 및 공명계의 특성을 나타내는 몇 개의 파라미터로 분해 코드화하는 디바이스

17. Baseband : 고주파 반송파를 down converting한 최종적 신호처리밴드, 즉 실제 정보를 담고 있는 음성,영상,데이터 등의 최종 원천신호주파수 영역을 말함.

18. Watchdog : 예상치 못한 하드웨어나 소프트웨어의 비 정상적 동작 시 재 부팅시키는 역할

19. CODEC : 음성을 Digital화하는 Coder와 Digital신호를 음성으로 바꾸는 Decoder의 합성어

20. PC Sync(PC synchronization) : PC 와 Phone 의 자료를 교환하고 동기화 할 수 있는 기능

21. AGC(Automatic Gain Control) : 입력신호에 따라 회로의 이득을 조절하여 출력을 정하게 유지하는 회로

22. SMS (Short Message Services) : 비교적 짧은 길이 (80byte)의 데이터를 전송하는 서비스

23. RSSI (Received Signal Strength Indicator) : 수신 신호 전력 세기의 표시

24. WLAN (Wireless Local Area Network) : 오피스, 가정, 상가 등 옥내 또는 옥외 환경에서 무선으로

구축된 네트워크 환경. 일반적으로 30~150m 정도의 거리에서 무선으로 1~54Mbps의 데이터를 고속으로 전송 가능

25. MMS (Multimedia Messaging System) : 3세대 이동통신 서비스의 기본 요소로서 영상, 음악, 음성, 동영상 등 다양한 형식의 데이터를 주고받을 수 있는 메시징 시스템

26. H.263 : H.261보다 낮은 데이터 전송 속도의 영상 회의나 텔레비전 전화 실현을 목적으로 하는 컬러 영상 신호의 디지털 부호와 기술을 규정한 ITU-T 권고

27. LTE (Long Term Evolution) :HSDPA(고속하향패킷접속)보다 12배 이상 빠른 고속 무선데이터 패킷통신 규격(채널 대역폭은 1.25~20㎒이며, 20㎒ 대역폭을 기준으로 하향링크의 최대 전송속도는

100Mbps, 상향링크의 최대 전송속도는 50Mbps)

28. SIM (Subscribe Identity Module) : 이동전화기에서 사용할 수 있는 카드 형태의모듈로 가입자의 인증, 과금, 보안 기능 등 다양한 서비스를 제공할 수 있도록 개인 정보를 저장한 칩

29. HDMI (High-Definition Multimedia Interface) : 비압축 방식의 디지털 비디오/오디오 인터페이스 규격

30. Slim port : Micro USB port(전용 젠더 사용 必)를 이용한 고속 데이터 전송 기술

31. NFC(Near Field Communic ation) : 비 접촉식 근거리 무선통신

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제 6 조 (구성)

1. 제품 전체 외관도

2. 제품의 Accessory 기본 구성

항목

Type/Spec

Input : AC100 ~ 240V,

1. Adapter (TA)

50-60Hz, Output : DC 5V, 1.2A

2. User Manual

3. USB cable Micro USB

4. Stereo Headset 5 Battery

3.5Φ, 4극, 3Key (2610mAh(typ) 3.8V,Li-ion 배터리 추가 배터리

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기능/구성 설명

사용자 Manual

USB2.0, 1.2A 허용 Ear-Mic Stereo

Headset

LGE Internal Use Only

제 7 조 (기능 및 성능)

1. 제품 주요 기능

1) Battery I ndicator : 잔여 배터리 용량에 따라 레벨을 표시

2) 착신음 선택/소거 기능 : 착신 멜로디(착신음 선택 또는 진동 전환 등을 통한 멜로디제거)

3) SMS기능 : 단문 메시지를 수신 및 발신

4) RSSI Display : 수신감도를 나타냄

5) 단축 Dialing : 99 개의 단축 다이얼

6) DATA통신기능 :EVDO, LTE 망을 통한 인터넷접속

7) Low Battery Alarm

8) 진동기능

9) Menu선택기능

10) Last Number Redial : 최근 통화한 번호를 메모리에서 지우지 않고 “통화” 버튼을 누르면 다시 다이얼링 가능

11) Schedule Alarm기능 : 반복 이벤트 설정/Reminder기능

12) Roaming표시:가입된 서비스지역을 벗어나 타 서비스 지역임을 표시(WCDMA, GSM)

13) 계산기 기능:기본적인 사칙연산 가능

14) Mute 기능 : Screen상 Mute를 선택하여 통화 시 무음상태 유지/해제

15) 잠금 기능 : 전화 잠금,전 원을 켤 때 잠금, 잠금 번호 변경, 전화 잠금 상태에서 비상전화, 선택 가능

16) 자기번호/ SW/HW 버전 확인 기능 : 설정 메뉴에서 자신의 폰 번호 확인, Software Version 확인

17) Lock Code 설정/변경 : Lock Code 또는 Lock Pattern 입력으로 전화 잠금 해제

18) Volume조절기능 : 전화벨/키톤/통화 음량 등을 조절

19) 시계기능 : 현재 시간을 기지국으로부터 수신한 시점부터 상태유지

20) Backlight (LCD, 전면 키, Home Key) :

① 사용자가 LCD Backlight :15초/30초/1분/2분/5분/10분/사용 안 함 으로 설정가능 ② 전면 키 LED : 시간설정 1.5초/3초/5초/항상 켜기/항상 끄기 설정 가능 ③ 홈 버튼 LED : ON/OFF, 모드 아이템별 설정/해제 가능

21) 전화 받기 기능 : 호 수신 시 통화 키를 누르면 통화가능

22) Call Time Display기능 : 통화시간 표시

23) Missed Call Alert 기능

24) 착신 멜로디 Download 기능:사용자가 전화벨 등의 멜로디를 Down 입력

25) PIM Phone Book 기능:전화번호부에 개수의 제한 없이 이름을 저장. 각 아이템마다 다수의 필트 저장. (휴

대폰-휴대전화/직장/집/기본/기타, 그룹, 벨소리, 이벤트, 관계, 조직, 이메일, 메신저, 주소, 메모, 닉네임, 웹사 이트 등)

26) Mobile-Sync : PC 혹은 phone에서 자료를 입력하고 download/upload 하는 기능

27) Caller ID Display : Call 수신 시 LCD를 통하여 Picture Caller ID 사진, Camera를 통해 입력된 화면 Display 및 사진촬영, Current Time, Missed Call Information, Alarm의 내용, Phone status 등을 Display 함

28) CMX4.x MIDI Sound : 전화 착신 벨, 게임 Sounds를 지원하는 기능

29) MMS(Multimedia Messaging Service) : 사진,동영상포함 메일 등 지원 기능

30) Voice service : Voice Recognition System/ Voice Memo / Voice Recording

31) 전화번호 검색 시 알파벳 순으로 검색 기능

32) Internet Site bookmark 기능

33) Camcorder기능 : 동영상 저장/Play 기능 제공(1080p 30fps, 메모리잔량 동안 저장 가능)

34) 다양한 Multimedia contents(JPEG/PNG/QCELP/AAC/MPEG4) play 가능

35) SMS EMS 송/수신 기능:단문메시지를 편집하고 전송함

36) Inner charger : 배터리 충전회로 내장 및 충전 상태 표시 기능 제공

37) Provision service : 단말기 등록되기 전에 사업자가 제공 가능한 서비스를 사용자에게 보여주는 기능

38) 비행기모드 : 비행기 탑승 시 단말기에서 신호를 전파시키지 않도록 모드 지원

39) Bluetooth : Bluetooth 4.0 을 지원하며 지원되는 Profile은 headset/handsfree/file Transfer/

40) Dial-up/HID/A2DP/OPP/BIP/PBAP 을 지원 함

41) WLAN 기능 : IEEE 802.11 2.4G b/g/n and 5G 11a/n 지원 Audio, Video streaming 서비스 등 인터넷 망을

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42) 통한 멀티미디어 서비스 됨. E-mail 기능 지원 / 인터넷 컨텐츠 이용 가능

43) LTE 기능 : 3GPP 36.101 지원

44) PDN을 통한 인터넷 망 접속으로 다양한 멀티미디어 서비스 가능

45) Netcast 지원 / Skype 이용 가능

46) 음성촬영(Voice Shutter) : 음성 명령에 의해서 촬영이 되는 기능

46) 타임머신 : 촬영 버튼을 누르기 전으로 돌아가, 놓치고 싶지 않은 장면을 확인하고 저장할 수 있는 기능

47) HDR : 다중 노출 기술로 역광에서 보정된 사진을 촬영할 수 있게 하는 기능

48) 파노라마 : 연속적으로 찍은 사진을 하나의 파노라마 사진으로 만드는 기능

49) 자동 얼굴 인식 : 자동으로 얼굴을 인식하여, 해당 얼굴에 초점을 맞춰 주는 기능

50) 스마트 셔터 : 움직임이 빠른 물체를 인식하여 자동으로 셔터를 조절해서 흔들리지 않는 영상을 촬영하게 하 는 기능

51) Live Snapshot : 동영상 레코딩 중에 특정 장면을 사진으로 촬영 할 수 있는 기능

52) 듀얼 레코딩 : 전/후면 동시 동영상 촬영하는 기능

53) Audio Zooming : 주변 잡음을 감소시켜 특정 Target의 음성을 부각시키는 기능

53) 스마트 스크린 : 화면을 보고 있을 때, 얼굴을 감지하여 화면을 꺼지지 않게 하는 기능

54) 스마트 비디오 : 비디오를 보고 있을 때, 얼굴을 감지하여 화면을 보지 않으면 재생을 멈추는 기능.

55) Q 리모트 : 적외선 센서를 이용하는 TV 등을 컨드롤하는 리모콘 기능

56) 톡톡 : double touch로 화면을 켜고, 끄는 기능

57) Q-Remote : 리모컨 기능 제공, 학습기능지원.

(휴대폰-휴대전화/직장/집/기본/기타, 그룹, 벨소리, 이벤트, 관계, 조직, 이메일, 메신저, 주소, 메모, 닉네임,

웹사이트 등)

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나. 규격 및 SPEC

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3. 무선 특성

1) LTE 송신부의 전기적 특성

항 목

Maximum Output

Power (Class III)

Frequency Error

EVM

Carrier leakage

In-band emissions

for non allocated RB

Spectrum Flatness

(Range1 Ripple)

Occupied bandwidth

ACLR

(Adjacent Channel

Leakage Power Rati o )

Spec.

Power class 3

(Environmental Test )

QPSK

16QAM

Output Power > 0dBm

QPSK, 12RB

QPSK, 50RB +5.4 dB

QPSK, 50RB

E-UTRA ACLR1

UTRA ACLR1

UTRA ACLR2

Min

20.3 23.0 25.7

( 20.3) ( 23.0) (25.7)

-0.1 PPM

-15hz

0

29.2

32.2

35.2

Typ. Max 단 위

-

+0.1 PPM

+15hz

17.5

12.5

-24.2

10

dBm/

10MHz

%

dBc

dB

MHz

dB

9 kHz < f < 150 kHz

Transmitter

Spurious emissions

※ 기타 항목은 3GPP TS 36.521-1 에 준함.

-

주파수 범위 B1 (1920~1940MHz/2110~2130MHz), B3(1710~1785MHz/1805 ~ 1880MHz) B8 (905~915MHz/950~960MHz), B7(2500 ~ 2570MHz/2620 ~ 2690MHz)

- 중간 주파수 : 없음

- 정격 최대 출력 B1/B3 : (23.5dBm) , B7 : (22dBm) , B8 : (23.5dBm)

150kHz < f < 30 MHz dBm/10kHz -36

30MHz < f < 1GHz

1GHz < f < 12.75GHz

10/115

-30

dBm/1kHz -36

dBm/100kHz -36

dBm/1MHz

LGE Internal Use Only

2) LTE 수신부의 전기적 특성

항 목 Spec.

Sensitivity Level

(DL : QPSK, 50RB

UL : QPSK, 50RB)

Maximum input Level

ACS

(Adjacent Channel

Selectivity)

In-Band Blocking

(DL : QPSK, 50RB

UL : QPSK, 20RB)

Out of Band Blocking

(DL : QPSK, 50RB

UL : QPSK, 20RB)

Narrow Band Blocking

(DL : QPSK, 50RB

UL : QPSK, 20RB)

Dual Receiver

Single Receiver

(exception in 3GPP)

Dual Receiver

(DL : 64QAM, 50RB

UL : QPSK, 12RB)

Dual Receiver

(DL : QPSK, 50RB

UL : QPSK, 12RB)

Δf = ± 7.5MHz, LTE BW 10MHz

Dual Receiver

Δf = ± 7.5MHz, LTE BW 10MHz

Δf = ± 12.5MHz, LTE BW 10MHz

Dual Receiver

Δf = ± 15MHz~85MHz, CW

Dual Receiver

Δf = ± 5.2125MHz, CW

Min

Typ.

Max 단 위

SENS

SENS+3

-25.7

SENS+6

SENS+13

dBm

/10MHz

dBm

/10MHz

dBm

/10MHz

dB 33

dBm

/10MHz

dBm

/10MHz

dBm

/10MHz

Intermodulation

(DL : QPSK, 50RB

UL : QPSK, 20RB)

Spurious emissions

(DL : QPSK, 0RB

UL : QPSK, 0RB)

Dual Receiver

Δf = ± 10MHz, LTE BW 10MHz

Dual Receiver

30MHz < f < 1GHz

1GHz < f < 12.75 GHz

※ 기타 항목은 3GPP TS 36.521-1 에 준함.

-SENS B1 : -96.3 (DL : QPSK, 50RB UL : QPSK, 50RB) B3 : -93.3 (DL : QPSK, 50RB UL : QPSK, 50RB) B7 : -94.3 (DL : QPSK, 50RB UL : QPSK, 50RB) B8 : -93.3 (DL : QPSK, 50RB UL : QPSK, 25RB)

11/115

SENS+6

-57

-47

dBm

/10MHz

dBm

/100kHz

dBm

/1MHz

LGE Internal Use Only

3) WCDMA 송신부의 전기적 특성.

항 목

Maximum Output Power

Frequency Accuracy

Minimum Output Power

Occupied Bandwidth

Adjacent Channel Leakage Power Ratio

Error Vector Magnitude(EVM)

Peak Code Domain Error

Open Loop Output Power

Spec. Min Typ. Max

Power class Ⅲ

- -200 - +200 Hz

- - - -50 dBm/3.84MHz

- - - 4.6 MHz

Δf = ± 5MHz - - -33 dBm/3.84MHz

Δf = ± 10MHz - - -43 dBm/3.84MHz

- - - 17 %

- - - 15 dBm/3.84MHz

Ior =-106.7dBm/3.84MHz -46.7 - -28.7 dBm/3.84MHz Ior =-65.7dBm/3.84MHz -23.0 - -5.0 dBm/3.84MHz Ior =-25.0dBm/3.84MHz -0.0 - 14.0 dBm/3.84MHz

21.0 24 25.0 dBm/3.84MHz

단 위

Transmit Off Power

Spectrum Emission Mask

Transmit Spurious Emission

- - - -56 dBm/3.84MHz

Δf = 2.5~3.5MHz -35-15 * (Δf-2.5) dBc/30KHz Δf = 3.5~7.5MHz -35-1 * (Δf-3.5) dBc/1MHz Δf = 7.5~8.5MHz -39 10 * (Δf-7.5)

Δf = 8.5~12.5MHz -49 dBc/1MHz

9kHz ~ 150kHz -36 dBm

150kHz ~ 30MHz -36 dBm

30MHz ~ 1GHz -36 dBm

1GHz ~ 12.5GHz -30 dBm

dBc/1MHz

12/115

LGE Internal Use Only

4) WCDMA 수신부의 전기적 특성.

항 목

Reference Sensitivity Level

Maximum Input Level

Adjacent Channel Selectivity(ACS)

In Band Blocking

Inter-modulation Desensitization

Spec. Min Typ. Max

BER < 0.001% -

Pin = -25dBm Jammer(Modulation)

= -52dBm/3.84MHz Δf = ± 5MHz BER < 0.001%

Jammer(Modulation) = -56dBm/3.84MHz Δf = ± 10MHz BER < 0.001%

Jammer(Modulation) = -44dBm/3.84MHz Δf = ± 15MHz BER < 0.001%

Jammer1(CW)= -46dBm Jammer2(Modulation) = -46dBm/3.84MHz Δf=± 10MHz BER < 0.001%

Jammer1= -46dBm(CW) Jammer2(Modulation) = -46dBm/3.84MHz Δf=± 20MHz BER < 0.001%

단 위

-

- - -103 dBm/3.84MHz

- - -103.7

-106.7 dBm/3.84MHz

0.1 BER(%)

dBm/3.84MHz

30kHz ~ 1GHz - - -57 dBm/30kHz 1GHz ~ 1.92GHz - - -47 dBm/1MHz

Spurious Emissions

- 주파수 범위 : B1(1922.8~1977.2MHz/2112.8~2167. 2MHz), B2(1852.4~1907.6MH z/1932.4~1987 .6MHz)

B5(826.4~846.6MHz/871.4~891.6MHz)

- 중간 주파수 : 없음

-정격 최대 출력 B1 : (24dBm) , B2 /B5 : (23dBm)

1.92GHz ~ 1.98GHz - - -60 dBm/3.84MHz

1.98GHz ~ 2.11GHz - - -47

2.11GHz ~ 2.17GHz - - -60 dBm/3.84MHz

2.17GHz ~ 12.75GHz - - -47 dBm/1MHz

13/115

dBm/3.84MHz

LGE Internal Use Only

5) GSM 송수신부의 전기적 특성.

항 목

Phase Error

Frequency Error

EMC(Radiated Spurious Emission Disturbance)

Transmitter Output power and Burst Timing

Burst Timing <3.69us Spectrum due to modulation out to less

than 1800kHz offset

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

Rms : 5° Peak : 20 °

GSM : 0.1 ppm DCS/PCS : 0.1 ppm

GSM/DCS : < -28dBm

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

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

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

Spec.

Spectrum due to switching transient

Reference Sensitivity – TCH/FS Class II(RBER) : -105dBm(2.439%) Usable receiver input level range 0.012(-15 - -40dBm)

Intermodulation rejection – Speech channels

AM Suppression

-GSM : -31dBm - DCS : -29dBm Timing Advance

- 주파수 범위 : GSM850(824.2~848.8MHz/869.2~893.8MHz) , GSM900(880~915MHz/925~960MHz),

DCS(1710~1785MHz/1805~1880MHz) , PCS (1850~1910MHz/1830~1990MHz)

- 국부발진 주파수 범위 : 1688 ~ 1736 MHz

- 중간 주파수 : 없음

- 정격 최대 출력 : GSM850 : (32.2dBm) , GSM900 : (32.5dBm) , DCS/PCS : (29.5dBm)

400kHz : -19dBm/-22dBm(5/0), -23dBm 600kHz : -21dBm/-24dBm(5/0), -26dBm

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

-98dBm/-96dBm (2.439%)

± 0.5T

14/115

LGE Internal Use Only

6) HSDPA 송수신부의 전기적 특성.

5.2.A Maximum Output Power with HS-DPCCH

5.7A HS-DPCCH

송 신

5.9A Spectrum Emission Mask

with HS-DPCCH

항 목

Spec. Min Typ. Max

1/15 ≤ βc/βd ≤ 12/15 13/15 ≤ βc/βd ≤ 15/8

15/7 ≤ βc/βd ≤ 15/0

Step 0 0 dBm +/- 1 dB

MAX

/

0dB

m

Step 1 – Step 0

Step 2 – Step 3

Step 5 – Step 4

Step 6 – Step 7 5 dB +/- 2.3 dB dB

Δf = 2.5~3.5MHz -35-15 * (Δf-2.5) dBc/30KHz

Δf = 3.5~7.5MHz -35-1 * (Δf-3.5) dBc/1MHz

Δf = 7.5~8.5MHz -39 10 * (Δf-7.5) dBc/1MHz

21 20 19

23

22.5 22

6 dB +/- 2.3 dB dB

1 dB +/- 0.6 dB dB

0 dB +/- 0.6 dB dB

25 25 25

dBm/3.84MHz

단 위

dB

Δf = 8.5~12.5MHz -49 dBc/1MHz

5.10A Adjacent Channel Leakage Power Ratio with HS-DPCCH

5.13.1A Error Vector Magnitude (EVM) with HSDPCCH

6.3A Maximum

수

Input Level for

신

HS-PDSCH Reception

Δf = ± 5MHz - - -33 dBm/3.84MHz

Δf = ± 10MHz - - -43 dBm/3.84MHz

MAX Power

-20 dBm

Pin = -25dBm - - 10 BLER(%)

15/115

- - 17.5

%

LGE Internal Use Only

7) GPS 전기적 특성

항 목

Sensitivity Test Success rate ≥ 50% @ -154 dBm

※ 상기 Spec. : QSPR GNSS Tracking Sensitivity 측정 항목

Spec.

※ WCDMA Roaming Band : 기타 항목 - 3GPP TS 34.171에 준함.

16/115

LGE Internal Use Only

8) Bluetooth 수신부 전기적 특성

항 목

Sensitivity (Single Slot Packet)

Sensitivity (Multi Slot Packet)

C/I Performance

DH1

PRBS9

DH5

PRBS9

DH1

PRBS9

Spec. Min Typ. Max

단 위

BER @ 0.1% - -70 dBm

Co-Channel

-60dBm@ BER0.1% C/I @1MHz

-60dBm@ BER 0.1% C/I @2MHz

-60dBm@ BER 0.1%

- 11

- 0

- -30 dB

C/I @≥3MHz

-67dBm@ BER0.1% C/I @Image

-67dBm@ BER 0.1% C/I @1MHz Image

-67dBm@ BER 0.1%

-10dBm @ 30M ~2 GHz

- -40

- -9

- -20

Blocking Performance

Intermodulation Performance

Maximum Input Level

DH1

PRBS9

DH1

PRBS9

DH1

PRBS9

-27dBm @ 2 ~ 2.4 GHz

- -67 dBm

-27dBm @

2.5 ~ 3 GHz

-10dBm @ 3 ~ 12.75 GHz

Δf = +5MHz (CW) Δf = +10MHz (BT)

BER @ 0.1%

Δf = -5MHz (CW) Δf = -10MHz (BT)

BER @ 0.1%

- -64 dBm

BER @ 0.1% -20 - dBm

17/115

LGE Internal Use Only

9) Bluetooth 송신부 전기적 특성

항 목

Output Power

Power Density

Frequency Range

Tx Output Spectrum (20dB BW)

Tx Output Spectrum (Adjacent Output Power)

Modulation Index

DH5

PRBS9

DH5

PRBS9

DH5

PRBS9

DH5

PRBS9

DH5

PRBS9

DH5

11110000

DH5

10101010

Spec. Min Typ. Max

단 위

Nominal Pwr -6 - +20 dBm Peak Pwr - - +23 dBm

@100kHz BW - +20 dBm

-30dBm @100kHz BW

Δf =f

H-fL

2400 - 2483 MHz

- 1 MHz

@M-N = 2 - -20 dBm @M-N >= 3 - -40 dBm

f1 f2

f2

AVG

MAX

AVG

/f1

AVG

140 - 175 kHz 115 - kHz

0.8 -

Initial Carrier Freq. Tolerance

Carrier Frequency Drift

Out of Band Spurious Emission

DH5

PRBS9

DH1

10101010

DH3

10101010

DH5

10101010

DH1

PRBS9

-75 - +75 kHz

Freq. Drift -25 - +25 kHz Drift Rate -20 - +20 kHz/50us Freq. Drift -40 - +40 kHz Drift Rate -20 - +20 kHz/50us Freq. Drift -40 - +40 kHz Drift Rate -20 - +20 kHz/50us

@ 30MHz ~

12.75GHz

20 dBc

18/115

LGE Internal Use Only

10) 지상파 DMB 전기적 특성

항목

Sensitivity

Maximum Input Power

Adjacent Channel Selectivity

Far-off Selectivity

Acquisition time after Synchronization loss

Performance in a Rayleigh Channel

Spec. Min Typ. Max

-4

BER 10

이하

@Viterbi Decoder Output

-4

BER 10

이하

@Viterbi Decoder Output

-4

BER 10

이하

@Vitervi Decoder Output

조건 만족시의 인접채널 신호와의 레벨차이

-4

BER 10

이하

@Vitervi Decoder Output

조건 만족시의 ±5MHz 떨어진 신호와의 레벨차이

10초 이상 신호를 차단한 후에 ±500Hz 벗어 난 신호인가 시 동기를 잡는데 까지 걸리는 시 간

A. Urban(@25Km/s) 조건에서의 감도

-4

(BER 10

이하@Vitervi Decoder Output)

단위

-95 dBm

-10 dBm

30 dB

40 dB

3 sec

-75 dBm

B. Rural(@120Km/s) 조건에서의 감도

-4

(BER 10

이하@Vitervi Decoder Output)

C. SFN(@60Km/s) 조건에서의 감도

-4

(BER 10

무선감도 BER 10

이하@Vitervi Decoder Output)

-4

이하@Vitervi Decoder Output

- 주파수 범위 174 ~ 216 MHz (Ch7 ~ Ch13)

- System Bandwidth 1.536 MHz

19/115

-75 dBm

TBD dBm

LGE Internal Use Only

11) WLAN 802.11b 송수신부의 전기적 특성(Conducted)

항목 Spec.

Transmit Frequency 2400 MHz ~ 2483.5 MHz ( CH1~CH13 )

Tx Power Level

Frequency Tolerance

Chip clock Frequency Tolerance

Spectrum Mask

Power ramp on/off time

Carrier Suppression

Modulation Accuracy (Peak EVM)

Spurious Emissions

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

within ±25 PPM

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

≤ 2us

≤ -15dB

≤ 35%

< -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

Rx Max input Sensitivity

Rx Adjacent Channel Rejection

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

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

≥ 35dB @FER ≤ 8%,

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

20/115

LGE Internal Use Only

12) WLAN 802.11g 송수신부의 전기적 특성(Conducted)

항목 Spec.

Transmit Frequency 2400 MHz ~ 2483.5 MHz ( CH1~CH13 )

Tx Power Level

Frequency Tolerance

Chip clock Frequency Tolerance

Spectrum Mask

Transmitter constellation error (rms EVM)

Spurious Emissions

Rx Min input Sensitivity

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

within ±25 PPM

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

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

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

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, Rx Adjacent Channel Rejection

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

21/115

LGE Internal Use Only

13-1) WLAN 802.11a 송수신부의 전기적 특성(Conducted)

항목 Spec.

Transmit Frequency 5170 ~ 5815 MHz (CH36 ~ 64, CH100 ~ 124, CH149 ~ 161)

Tx Power Level

Frequency Tolerance

Chip clock Frequency Tolerance

Spectrum Mask

Transmitter constellation error (rms EVM)

Spurious Emissions

≤ 2.5mW/MHz(CH36 ~ 48), ≤ 10mW/MHz(CH52 ~ 161)

within ±20 PPM

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

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

< -36 dBm @ 30 MHz to 47 MH z < -54 dBm @ 47 MHz to 74 MH z < -36 dBm @ 74 MHz to 87,5 MHz < -54 dBm @ 87,5 MHz to 118 MHz < -36 dBm @ 118 MHz to 174 MHz < -54 dBm @ 174 MHz to 230 MHz < -36 dBm @ 230 MHz to 470 MHz < -54 dBm @ 470 MHz to 862 MHz < -36 dBm @ 862 MHz to 1 GHz < -30 dBm @ 1 GHz to 5.15 GHz < -30 dBm @ 5.35 GHz to 5.47 GHz < -30 dBm @ 5.725 GHz to 26.5 GHz

PER ≤ 10%

Rx Min input Sensitivity

Rx Max input Sensitivity ≥ -30dBm(6,9,12,18,24,36,48,54Mbps) @ PER ≤ 10%

-82dBm@6Mbps, -81dBm@9Mbps, -79dBm@12Mbps

-77dBm@18Mbps, -74dBm@24Mbps, -70dBm@36Mbps

-66dBm@48Mbps, -65dBm@54Mbps

22/115

LGE Internal Use Only

13-2) WLAN 802.11a 송수신부의 전기적 특성(Conducted)

항목 Spec.

PER ≤ 10%, ACR ≥ 16dB@6Mbps, ACR ≥ 15dB@9Mbps,

ACR ≥ 13dB@12Mbps, ACR ≥ 11dB@18Mbps, Rx Adjacent Channel Rejection

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

LG(45)-A-2506 : 02

23/115

LGE Internal Use Only

14-1) WLAN 802.11n( HT20) 송수신부의 전기적 특성(Conducted)

항목 Spec.

Transmit Frequency

5170 ~ 5815 MHz (CH36 ~ 64, CH100 ~ 124, CH149 ~ 161)

2400 ~ 2483.5 MHz (CH1 ~ 13)

Tx Power Level

Frequency Tolerance

Chip clock Frequency Tolerance

Spectrum Mask

Transmitter constellation error (rms EVM)

Spurious Emissions

≤ 10mW/MHz(CH1 ~ 13)

≤ 2.5mW/MHz(CH36 ~ 48), ≤ 10mW/MHz(CH52 ~ 161)

within ±25 PPM(2400 ~ 2483.5 MHz)

within ±20 PPM(5170 ~ 5815 MHz)

within ±25 PPM(2400 ~ 2483.5 MHz)

within ±20 PPM(5170 ~ 5815 MHz)

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

≤ -5dB@6.5Mbps, ≤ -10dB@13Mbps, ≤ -13dB@19.5Mbps, ≤ -16dB@26Mbps, ≤ -19dB@39Mbps, ≤ -22dB@52Mbps, ≤ -25dB@58.5Mbps, ≤ -28dB@65Mbps

[ 2400 MHz ~ 2483.5 MHz ( CH1 ~ 13 ) ] < -36 dBm @ 30MHz ~ 1GHz < -30 dBm above @ 1GHz ~ 12.75GHz < -47 dBm @ 1.8GHz ~ 1.9GHz < -47 dBm @ 5.15GHz ~ 5.3GHz

[ 5170 MHz ~ 5815 MHz ( CH36 ~ 161 ) ] < -36 dBm @ 30 MHz to 47 MH z < -54 dBm @ 47 MHz to 74 MH z < -36 dBm @ 74 MHz to 87,5 MHz < -54 dBm @ 87,5 MHz to 118 MHz < -36 dBm @ 118 MHz to 174 MHz < -54 dBm @ 174 MHz to 230 MHz < -36 dBm @ 230 MHz to 470 MHz < -54 dBm @ 470 MHz to 862 MHz < -36 dBm @ 862 MHz to 1 GHz < -30 dBm @ 1 GHz to 5.15 GHz < -30 dBm @ 5.35 GHz to 5.47 GHz < -30 dBm @ 5.725 GHz to 26.5 GHz

LG(45)-A-2506 : 02

24/115

LGE Internal Use Only

14-2) WLAN 802.11n( HT20) 송수신부의 전기적 특성(Conducted)

항목 Spec.

PER ≤ 10%

Rx Min input Sensitivity

-82dBm@6.5Mbps, -79dBm@13Mbps, -77dBm@19.5Mbps

-74dBm@26Mbps, -70dBm@39Mbps, -66dBm@52Mbps

-65dBm@58.5Mbps, -64dBm@65Mbps

Rx Max input Sensitivity

Rx Adjacent Channel Rejection

≥ -20dBm @ PER ≤ 10%(2400 ~ 2483.5 MHz) ≥ -30dBm @ PER ≤ 10%(5170 ~ 5815 MHz)

PER ≤ 10%, ACR ≥ 16dB@6.5Mbps, ACR ≥ 13dB@13Mbps, ACR ≥ 11dB@19.5Mbps, ACR ≥ 8dB@26Mbps, ACR ≥ 4dB@39Mbps, ACR ≥ 0dB@52Mbps ACR ≥ -1dB@58.5Mbps, 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

LG(45)-A-2506 : 02

25/115

LGE Internal Use Only

15-1) WLAN 802.11n( HT40) 송수신부의 전기적 특성(Conducted)

항목 Spec.

Transmit Frequency 5170 ~ 5815 MHz (CH36 ~ 64, CH100 ~ 124, CH149 ~ 161)

Tx Power Level ≤ 2.5mW/MHz(CH36 ~ 48), ≤ 10mW/MHz(CH52 ~ 161)

Frequency Tolerance

Chip clock Frequency Tolerance

Spectrum Mask

Transmitter constellation error (rms EVM)

Spurious Emissions

within ±20 PPM(5170 ~ 5815 MHz) within ±20 PPM(5170 ~ 5815 MHz)

≤ -20 @ ±21MHz offset (19Mhz ~ 21MHz) ≤ -28 @ ±40MHz offset (21MHz ~ 40Mhz) ≤ -45 @ ±60MHz offset (40MHz ~ 60Mhz)

≤ -5dB@6.5Mbps, ≤ -10dB@13Mbps, ≤ -13dB@19.5Mbps, ≤ -16dB@26Mbps, ≤ -19dB@39Mbps, ≤ -22dB@52Mbps, ≤ -25dB@58.5Mbps, ≤ -28dB@65Mbps

[ 5170 MHz ~ 5815 MHz ( CH36 ~ 161 ) ] < -36 dBm @ 30 MHz to 47 MH z < -54 dBm @ 47 MHz to 74 MH z < -36 dBm @ 74 MHz to 87,5 MHz < -54 dBm @ 87,5 MHz to 118 MHz < -36 dBm @ 118 MHz to 174 MHz < -54 dBm @ 174 MHz to 230 MHz < -36 dBm @ 230 MHz to 470 MHz < -54 dBm @ 470 MHz to 862 MHz < -36 dBm @ 862 MHz to 1 GHz < -30 dBm @ 1 GHz to 5.15 GHz < -30 dBm @ 5.35 GHz to 5.47 GHz < -30 dBm @ 5.725 GHz to 26.5 GHz

LG(45)-A-2506 : 02

26/115

LGE Internal Use Only

15-2) WLAN 802.11n( HT40) 송수신부의 전기적 특성(Conducted)

항목 Spec.

PER ≤ 10%

Rx Min input Sensitivity

-79dBm@6.5Mbps, -76dBm@13Mbps, -74dBm@19.5Mbps

-71dBm@26Mbps, -67dBm@39Mbps, -63dBm@52Mbps

-62dBm@58.5Mbps, -61dBm@65Mbps

Rx Max input Sensitivity

Rx Adjacent Channel Rejection

≥ -30dBm @ PER ≤ 10%(5170 ~ 5815 MHz)

PER ≤ 10%, ACR ≥ 16dB@6.5Mbps, ACR ≥ 13dB@13Mbps, ACR ≥ 11dB@19.5Mbps, ACR ≥ 8dB@26Mbps, ACR ≥ 4dB@39Mbps, ACR ≥ 0dB@52Mbps ACR ≥ -1dB@58.5Mbps, 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

LG(45)-A-2506 : 02

27/115

LGE Internal Use Only

4. 부가 기능 특성

1)

소모전류

(LTE off condition)

항 목

1. Sleep Mode

2. Sleep : Ear jack 연결 시 6mA 이하 6mA 이하 6mA 이하

3. 대기전류(Sleep & Idle 평균)

4. BT Connected 대기

-Max Pwr시

5. Talk Mode

6. No SVC Mode

7. Flight mode

8. Power Off Mode

9. LTE

800mA이하 @ Avg

-Tx 10dBm 250mA 이하 @ Avg

VOLTE WCDMA GSM

6mA 이하 6mA 이하 6mA 이하

6.5mA 이하 @ SCI2

9.5mA 이하(대기전 류 대비 3mA 이하)

200mA 이하 200mA 이하 200mA 이하

6mA이하 6mA이하 6mA이하

500uA 이하 500uA 이하 500 uA 이하

Standby Mode (SCI1, LTE 2.56s Average Current)

LTE Cat2 @ Tx 10dBm (LCD OFF)

Specification

6.5mA 이하 @ DRX 7 6.5mA 이하 @ P.P 5

9.5mA 이하(대기전류 대비 3mA 이하)

-Max Pwr 시 650mA이하 @ Avg

- Tx 10dBm 200 mA이하 @ Avg

9.5mA 이하(대기전 류 대비 3mA 이하)

GSM LVL 5 350 mA이하 @ Avg

9 mA 이하 400 mA 이하

-Network Mode는 각 Band Only상태에서 측정함.

-RF 소모 전류 측정 시 LCD Off 상태에서 측정함.

2) Antenna Bar

Specification

bar

54 43 32 21 10

◆ RSSI 측정 시 Power 변동 후 10초 이상의 공백 후 측정해야 함.(RSSI의 Stability를 확보하기 위한 시간임)

◆ WCDMA의 경우, Uplink ParametersMaximum Uplink Transmit Power Level을 24dBm으로 설정 후 측정

◆ GSM의 경우,Cell ParametersMS Tx Power Max CCH을 DCS,PCS 는 0 / EGSM,GSM850은 5로 설정후 측정

LTE WCDMA GSM

-107~113

-111~-117

-115~-121

-119~-125

-122~-128

-93~-101 -87~-93

-97~-105 -91~-97

-101~-109 -95~-101

-104~-112 -99~-105

-106~-114 -103~-109

단위

Antenna

BAR

28/115

LGE Internal Use Only

3) Battery Bar 방전 표시 : Battery Log File 참조

120

SOC(%) Volt

100

80

60

40

20

0

0:02:53

1:35:34

2:39:47

3:44:01

4:48:15

5:52:28

6:56:42

8:00:56

9:05:09

10:09:23

11:13:36

12:17:50

13:22:04

14:26:17

15:30:31

16:34:45

17:38:58

18:43:11

19:47:25

20:51:39

Battery Bar Specification Battery Bar Specification

0:04:21

21:55:53

1:08:34

23:00:07

5

4.8

4.6

4.4

4.2

4

3.8

3.6

3.4

3.2

3

2:12:48

3:17:02

Bar 20(Full) 98%이상 Bar 9 -> Bar 8 43% -> 42% Bar 20 -> Bar 19 98% -> 97% Bar 8 -> Bar 7 38% -> 37% Bar 19 -> Bar 18 93% -> 92% Bar 7 -> Bar 6 33% -> 32% Bar 18 -> Bar 17 88% -> 87% Bar 6 -> Bar 5 28% -> 27% Bar 17 -> Bar 16 83% -> 82% Bar 5 -> Bar 4 23% -> 22% Bar 16 -> Bar 15 78% -> 77% Bar 4 -> Bar 3 18% -> 17% Bar 15 -> Bar 14 73% -> 72% Bar 3 -> Bar 2 13% -> 12%

Bar 14 -> Bar 13 68% -> 67% Bar 2 -> Bar 1 8% -> 7% Bar 13 -> Bar 12 63% -> 62% Bar 1 -> Bar 0 3% -> 2% Bar 12 -> Bar 11 58% -> 57% Power off 2% -> 1% Bar 11 -> Bar 10 53% -> 52% Low battery pop-up 15% , 5%, 1%

Bar 10 -> Bar 9 48% -> 47%

29/115

LGE Internal Use Only

4) Battery 표준 사용 시간

구분

대기 시간

(LTE)

대기 시간

(GSM)

통화 시간

(WCDMA)

통화 시간

(GSM)

통화 시간

(VT)

통화시간

(LTE)

충전 시간 210분 이하

무선 충전시 330분 이하

5) MP3 사용 시간

Specification

400시간 이상

6.5mA 이하

400 시간 이상

6.5mA 이하 780분 이상

200mA 이하 445분 이상

350mA 이하

260분 이상(TBD) 600mA 이하 (TBD)

625분 이상 250mA 이하

측정 조건

2.56s @ BATT 용량 : 2610mAh

EGSM PCL5 @ BATT 용량 : 2610mAh

10dBm @ BATT 용량 :2610mAh (AMR Mode시)

EGSM, LV5 @ BATT 용량 : 2610mAh

4G , Speaker Mode, Max volume @ BATT 용량 :2610mAh

LTE Cat4 @ TX 10dBm & LCD OFF

LCD OFF LCD OFF

구 분

Speaker

Ear Phone

6) EOC 및 Recharging 조건 구분

Cut off Voltage

EOC

(End Of Charging)

Recharging

7) 벨소리 음압

내장벨 : 1m 음압 58dB ↑ ( 100% ), 63dB ↑ ( 60% ) * 만충 Battery Test 기준

Specification

17시간 이상 48시간 이상

Specification

3.3V±0.05V 이하 SOC(%) : 2%  1%로 변경 시 Cut off BATT 충전 전류 :

100±50mA이하

BATT 전압 :

4.20 ±0.05V 이하

측정 조건

기준 곡 : ELT_Mode.mp3

-92dBm, Half Rate, Backlight Off, Volume Max.

측정 조건

F300 (재)충전 종료 : BATT 전류 100±50mA 이하

PM8941 PMIC 적용 모델 : BATT 전압 4.25±0.05V 이하

30/115

LGE Internal Use Only

5. 시험 측정 방법 및 규정

1) 전기적 특성 측정방법 : 제품성능 시험업무세칙 LG(45)-B-4602-51 표준 시험방법에 준한다.

2) 제품 신뢰성 시험 : 제품 신뢰성 시험업무세칙 LG(45)-B-4602-54 표준 시험방법에 준한다.

3) U/I검증 업무세칙 : QE U/I검증 업무세칙 LG(45)-B-4602-53 표준 시험방법에 준한다.

4) Field Test 업무세칙 : QE Field Test 업무세칙 LG(45)-B-4602-52 표준 시험방법에 준한다.

6. 신기능 추가에 따른 시험 방법 및 Spec. 정의

1) S/W적인 신기능은 사용설명서에 언급된 방법에 준한다.

31/115

LGE Internal Use Only

LTE DebugScreen

1) PLMN : MCC (mobile country code) MNC (mobile network code)

Ex) LG U+ : 450 05

2) SD : 현재 단말의 서비스 Status

Ex) No service : NSVC

3) DLCH / ULCH : DL/UL Channel 정보 :

4) Cell : 현재 cell 의 정보

5) RSSI

5) TMSI

6) PTMSI

7) CalDate : Cal . 진행날짜

LGE Internal Use Only

32/115

Only for training and service purposes

WCDMA DebugScreen(1/2)

DLCH : 단말이 잡고 있는 Downlink WCDMA channels

ULCH : 단말이 잡고 있는 Uplink WCDMA channels

PLMN : MCC (mobile country code) MNC (mobile network code)

Ex) China Unicom: 460 01

Service Domain : 현재 단말이 지원 가능한 서비스 도메인

Ex) CS (Circuit switched), PS (Packet switched), CSPS

NOM (Network Operation Mode) : 망 동작 모드

Ex) 1 (Combined 로 등록 및 서비스), 2 (CS, PS 각각 등록 및 서비스)

LAC (Location Area Code)/RAC (Routing Area Code): CS/PS용 지역 코드

Cell : 현재 cell 의 정보:

Ex) XXX(MSC)-XX(RNC)-XXX(NODE_B)-XX(sector)-X(fa)-X(reserved)

MM (Mobility Management) Cause, state/substate/service 상태:

MM 도메인에서 망으로부터 받은 reject cause, MM state, MM substate,

Service 상태

Ex) 0x0/IDLE/NORMAL/AVAIL : CS Domain으로 정상 등록 후 Idle 상태

Substate MM_NULL_SUBSTATE – ‘NULL’ MM_NO_IMSI - ‘NO IMSI’ MM_PLMN_SEARCH - ‘PLMN SRCH ‘ MM_LIMITED_SERVICE – ‘LIMITED’ MM_ATTEMPTING_TO_UPDATE - ‘ATTEMP UP’ MM_LOCATION_UPDATE_NEEDED - ‘LU NEED’ MM_NO_CELL_AVAILABLE - ‘NO CELL’ MM_PLMN_SEARCH_NORMAL_SERVICE – ‘PLMN SRCH N’ MM_NORMAL_SERVICE – ‘NORMAL’

GMM (GPRS MM) Cause, state/substate/ service 상태:

GMM 도메인에서 망으로부터 받은 reject cause, MM state, MM substate,

service 상태

Ex) 0x0/REG/NORMAL/AVAIL : PS Domain으로 정상 REG 상태

LGE Internal Use Only

33/115

Only for training and service purposes

WCDMA DebugScreen(2/2)

WL1 : Layer 1 state 정보

: IDLE , FS, ACQ, BCH, PCH, FACH, DCH, DEACTIVE, ….

DRX (Discontinuous Reception cycle length) : 단말기가 수신한 DRX

cycle length 계수에 의해 계산된 DRX cycle length 값

Ex) DRX cycle length가 6인 경우 : 2^6 = 640ms

RRC (Radio Resource Control): RRC state 정보

DISCONN : RRC_STATE_DISCONNECTED

CONNECTING : RRC_STATE_CONNECTING

CELL FACH : RRC_STATE_CELL_FACH

CELL DCH : RRC_STATE_CELL_DCH

CELL PCH : RRC_STATE_CELL_PCH

URA PCH : RRC_STATE_URA_PCH

RSSI/Tx : RSSI / Tx power dBm기준

ASET: Active SET의 PSC 정보 (최대 3개까지 display)

RSCP: Active SET의 RSCP (Received Signal Channel Power) dBm

EcIo: Active SET의 Energy / Interference 정보 dB

NASET: Neighbor SET의 PSC 정보 (최대 3개까지 display)

NRSCP : Neighbor SET의 RSCP (Received Signal Channel Power) dBm

NEcIo : Neighbor SET의 Energy / Interference 정보 dB

BLER : Block Error Rate

TMSI : 위치등록 결과 망에서 받은 TMSI 정보

PTMSI : 위치등록 결과 망에서 받은 PTMSI 정보

LGE Internal Use Only

34/115

Only for training and service purposes

GSM DebugScreen

ARFCN : 단말이 잡고 있는 GSM channel CELL : 단말이 잡고 있는 GSM Cell Identifier PLMN :

Ex) China Unicom: 460 01

: MCC MNC

CN : 현재 단말이 지원 가능한 서비스 도메인

Ex) CS (Circuit switched), PS (Packet switched), CSPS

NMO : 망 동작 모드

Ex) 1 (Combined 로 등록 및 서비스), 2 (CS, PS 각각 등록 및 서비스)

LAC/RAC: CS/PS용 지역 코드 Multiframes : sleep에서 깨어나는 주기 Rx : Rx Power RX_qual : BER 에 준한 Rx quality level 정보 Tx : Tx Power Band: 현재 단말이 획득하고 있는 망 band 종류 Ex) IMT

MM Cause, state/substate: MM 도메인에서 망으로부터 받은 reject cause, MM state, MM substate 정보 Ex) 0x0 IDLE/NORMAL GMM Cause, state/substate: GMM 도메인에서 망으로부터 받은 reject cause, MM state, MM substate 정보 Ex) 0x0 REG/NORMAL

RR: RR state 정보 SS : 현재 Service status 정보 Ex) 2 (In service state) GL1 : Layer 1 state 정보 Ex) ACQ

<GSM> ARFCN Rxlev C1 C2 SCELL: 현재 단말이 획득하고 있는 망 정보 (C1/C2 = Cell selection을 위한 param.) NARFCN: 현재 단말 주변 cell channel 정보 NRXLEV : 현재 단말 주변 Rx power

LGE Internal Use Only

35/115

Only for training and service purposes

다. 분해 조립도

36/115

LGE Internal Use Only

37/115

1.TOTAL_ASSY

Only for training and service purposes

라. 블록도

38/115

LGE Internal Use Only

39/115

1. F300L System Block Diagram (Entire)

Only for training and service purposes

LGE Internal Use Only

40/115

2. System HW Block Diagram : RF1

Only for training and service purposes

LGE Internal Use Only

41/115

3. System HW Block Diagram ; RF2

Only for training and service purposes

LGE Internal Use Only

42/115

4. System HW Block Diagram ; PMIC-PM8941

Only for training and service purposes

LGE Internal Use Only

43/115

5. System HW Block Diagram ; PMIC-PM8841

Only for training and service purposes

LGE Internal Use Only

44/115

6. System HW Block Diagram ; PMIC-input power management

Only for training and service purposes

LGE Internal Use Only

45/115

7. System HW Block Diagram ; Memory I/F

Only for training and service purposes

LGE Internal Use Only

46/115

8. System HW Block Diagram ; Main & External Display I/F

Only for training and service purposes

LGE Internal Use Only

47/115

9. System HW Block Diagram ; Camera

Only for training and service purposes

LGE Internal Use Only

48/115

10. System HW Block Diagram ; SENSOR

Only for training and service purposes

LGE Internal Use Only

49/115

11. System HW Block Diagram ; Audio

Only for training and service purposes

LGE Internal Use Only

50/115

12. System HW Block Diagram ; NFC

Only for training and service purposes

LGE Internal Use Only

51/115

13. System HW Block Diagram ; BT/WIFI

Only for training and service purposes

LGE Internal Use Only

52/115

14. System HW Block Diagram ; TDMB

Only for training and service purposes

LGE Internal Use Only

53/115

15. System HW Block Diagram ; Slimport_USB2.0 I/F

Only for training and service purposes

LGE Internal Use Only

54/115

16. System HW Block Diagram ; IrRC_ Motor I/F

Only for training and service purposes

마. 부품 배치 및 One Point 수리법

55/115

LGE Internal Use Only

Main PCB TOP 면

56/115

LGE Internal Use Only

S K

U

LGF300L_Main( )

EAX65373201_1.0

F300L_MAIN_EAX65373201-1.0-TOP

9

EDC

B4A

1

7

G

F

E

D

C

B

A

1

D

3A1

ABCDEFGHJ

1 10

K

L

D

A

1 4

9

A

BK

1 50

TP17000

R17013

L1184

C4105

TP17002

C6016

C9010

C14069

C1162

C4113

C4043

C2069

C1103

L9002

TP15004

C2082

C1010

C12006

U1001

C4048

R2004

R1018

C2057

X15000

R3062

L6003

C2065

R6041

L1005

R3009

L1037

CN13070

R10050

C15011

L2013

L14055

L14003

C14071

SC13025

C6032

C2018

C11007

C4104

C4057

L1020

C1053

C14062

R1022

R14050

C1013

TP11007

C15020

R12019

C14097

C6030

C2100

C6039

C12017

R6062

C10022

C2061

R12010

L9003

C2097

C2076

R3065

C1015

D13070

L1057

R6059

C2157

ZD17011

U9002

L1039

C2087

R10048

C6050

C6002

C2070

FL1005

C14057

C15026

ZD14000

SC13007

C4132

C9015

C11031

C6053

C6060

R15002

TP15003

C14093

C1029

L1161

L9001

R3077

C17016

C14061

R3010

C1104

C1002

C2036

C2009

R1006

TP12002

C6021

C1046

L2153

C4080

SW1000

R3014

C4087

C6019

C2094

C3010

C2105

R2003

C2151

R11013

C1155

R14065

L1059

SW13002

L1036

C1035

C2111

R12013

C6045

C2155

C6037

C2045

L1158

C2067

C6054

C6051

C14058

FB17002

L1159

C14073

C12004

C1012

FB17006

C2075

C14063

D7000

C6044

L1016

FB14050

TP1001

FL2004

C6034

C6009

C14053

C17021

C2020

R17004

C17014

C12001

R12030

C12009

FB10005

R14055

C4131

R16001

C4126

C4039

C4077

PT1001

LD11000

R17011

C4128

C9019

D17005

SC13018

C2107

C17030

C1156

TP1002

C2015

C14056

R3078

R1002

C2174

SC13004

C15014

C1107

R6036

C10025

C10023

FL12000

C2062

C1153

C2013

TP17003

C15027

C4090

C4044

CN10039

C14100

C14067

C1006

R2002

R14061

R3042

C12016

C12005

U5000

SC13011

U2002

C1112

C1039

L6004

C1100

C1001

C2017

TP14055

TP17001

C3008

C6025

C14074

TP3035

C14082

X6000

R3052

C14098

VA17005

U15000

C1017

U17001

C12002

C2060

R6037

C6040

C11020

L1009

TP15005

L1154

C4088

C6004

C14060

C14076

C12007

C2066

C1020

R11012

C1048

C1021

C6005

C4055

C4079

C1071

D13072

C11028

R9011

L1152

C4110

C6017

R1023

ZD17014

C2074

C4053

C14051

C2158

U12000

R11011

C2073

C15015

C4108

TP14059

C14083

C1014

C1037

C6029

C14010

C1041

C1062

TP3034

C2085

C1106

R12020

TP6003

C1018

C11022

L1022

R15001

C4050

U1005

C4047

VA10001

C15024

U11004

FL1002

C2091

TP15007

C12010

TP6007

C2064

C2098

U2151

L2001

C4125

C15013

C6010

C6048

VA17006

L4000

C6024

C2101

R1019

C2058

C1022

TP6018

C14086

C4103

C6007

L1008

C9016

U14050

L1160

C3003

R6063

X12000

VA10000

TP3036

L1183

ZD17010

C14059

R11001

R3043

C9011

C14088

R6030

X14050

L1019

C1034

C2099

C6003

R12023

C15010

R16013

C2092

R11060

C12014

C1007

C1101

C15018

C6014

TP11002

R3044

R12008

C3007

R12014

R14064

C4117

TP11003

C2171

L1028

SC13013

L1069

L1065

C6012

C4084

C15012

C3004

C6059

TP14052

L14056

C4081

C14011

L1006

R16012

SC13012

L14050

C1099

C14085

R12009

C4041

D9000

R13070

ZD17016

ZD17012

U14052

R14053

TP4000

L1157

TP14061

R15005

C4045

R14060

C14065

FL2009

L14057

SW13001

R12015

C4089

ZD17007

TP14051

C14054

TP14057

C1023

C6041

R6042

C4042

C6038

C4123

R2007

C17022

TP6004

L1162

U1000

FL14051

C4040

C17017

C2037

C1164

C2093

C14099

C2154

R6040

R15010

L1060

C6023

C2089

D17007

SC13006

C6028

L1000

C14091

C15025

R1020

C17015

FL2001

C17031

D11000

L1155

C9018C1011

C2059

C1110

R11061

C2170

C2090

R12018

C1019

TP14058

C2044

C4121

C11032

C6056

C10040

C4120

C4054

L1031

TP14050

L14058

C2024

C12015

U12001

C12000

R1009

R3045

C2081

C4127

C12003

SW13000

C17010

C6035

ZD17006

C6061

U9001

ZD17019

C14077

FB17005

L2009

C1003

R15000

C2114

TP12001

C4106

C4052

C12008

C6036

C14068

U6002

C14052

C2014

C4118

C17004

C15016

C11013

C12012

FL14050

ZD17013

SC13020

C4107

R2006

FL2000

C6015

R12027

C14075

C6033

C1038

C4115

L1030

U2004

C2088

L6005

C1102

R11015

C4109

L1015

L1038

R14054

C14079

R12016

C1030

CN14000

R14056

C1008

R6027

R16000

L1025

C1009

C2095

D13073

R17012

C14080

L1043

C4075

C4124

C1154

TP15000

R17010

R15011

C1045

C4056

L2018

C14087

R15004

R14062

C4074

C1056

C2080

C2079

L1002

FL1000

C2038

C15008

C1065

C1044

C11002

L1040

C11030

TP14060

R14059

C4111

C2068

R3013

ZD17008

SC13014

L14063

C6043

C11009

C2072

L1012

L1035

C14095

C6042

C4139

C1111

C4076

L1156

C14078

C15019

C4114

C4119

C14050

R16014

C6052

VA10003

TP6000

L1044

C2102

C14084

FL2005

U11000

C2156

L6001

ZD17015

C2086

CN13071

C6047

C6026

R6035

C6058

C1095

FB17004

C4122

C2002

C17011

C2112

D16000

C1042

C6008

L1058

C2003

R1010

L1021

R1021

SC13009

C2083

C6046

C4083

D13071

C2084

C1031

R6070

C9012

U14051

R14063

R2005

C14096

TP11006

C6031

C2063

C6062

C10038R10049

L1007

R14052

L2015

L1061

C12013

C6020

TP6006

L1151

TP12004

C10041

TP15002

TP14053

C4085

L2152

C14081

FB17003

U11002

C4051

R12017

L14052

L1024

SC13008

C6027

C2096

C4112

C4046

TP15006

TP12003

FL2010

C17023

L14061

L6000

L10001

ANT2004

C4038

TP11001

C14055

L14062

TP3037

C15017

C6011

C14066

TP14054

R6060

FL1001

U12002

U2003

TP14056

C1083

C2116

C2016

C2071

C4086

ZD17018

TP6008

L1066

U6001

R14067

U3000

C1114

TP6021

C1180

L1054

C14092

C1016

C4049

R3075

R3061

LGE Internal Use Only

Main PCB BOT 면

57/115

LGE Internal Use Only

U KS

6X6

PID

F300L_MAIN_EAX65373201-1.0-BOT

1

9

E

6

1

7

G

ABCDF

5

6

10

5

6

10

20

21 40

22

23

44

7

814

1

6

12

30

16

15

10

1120

15

16 30

P

N

ABC

DHGFE

MLK

J

1 14

L7000

TP14020

FL4012

C8009

R16003

C2011

R3063

C1150

VA9073

TP14000

R1300

FL9003

C13003

C9002

C14005

C14002

C17024

C15003

C13010

R8018

U9005

L14001

L2154

CN16004

FL9001

R6026

C17025

R3015

R13023

C10011

C7012

C1091

C9005

C7007

R6005

Q13000

FL4007

R13006

R8013

VA9070

L2022

CN14051

SW2000

R8017

U7000

ANT2003

R6007

C4141

C8008

R3002

C1163

FB14053

FL4003

L2021

D13002

L14053

D13074

R3064

C1098

C7004

C7018

C4001

C8040

FB10003

CN16000

C9009

C2117

L7003

SC13015

U8005

L15000

C11003

L2024

TP5002

U9006

L7004

FL4000

R10016

TP5001

U14001

L1049

R3017

R13004

C1165

C5006

R3022

R9024

R13000

C4140

C9030

C9003

U1003

R4049

R13022

R1034

CN16001

L7001

ZD9004

L1071

FL4009

C9026

FL4016

C13011

L1150

R3001

FL4011

C13006

SW1003

C1040

SC13002

C14072

TP14021

SW1002

TP14018

ZD9003

C9008

CN15000

R10009

C7011

ZD8000

C7006

CN14050

L7002

C4133

C11033

C13004

R6011

L1004

C15006

C13014

R13005

CN17001

CN16003

U1004

C1093

R1150

C11005

R6067

R14002

R16004

C5001

R1035

R10024

L7005

R8046

R5008

C9028

C2175

FL4006

SC13019

L14004

Q16000

C13017

R8011

R8014

TP6002

FL4008

C4129

TP14016

FB14052

FL9000

R11063

C1187

R3019

C11029

C8027

C11004

ZD1005

L1053

R5006

FL4018

C10037

C9029

TP11005

C10039

C10006

TP14003

C9027

FL4019

R10017

L1163

C1151

C10008

C4138

R10045

L1181

C4000

R8045

L1018

TP14001

C14003

BAT1601

C9070

C1081

C4029

C9006

C4130

C9004

C10019

L7007

ZD9005

ZD17000

C13007

R3079

CN17000

C4028

ZD17003

R17014

C17013

SC13010

C4002

TP14004

L1048

SC13003

C13008

ZD6049

L14002

FL4017

Q13001

C10007

C10018

R5010

L15001

FL4002

ZD17004

R13007

LD6000

R1036

C9007

R16010

R6018

R11062

L1185

C15009

C13013

R5003

PT1000

C10013

L1046

C9022

TP5000

C14094

R10012

CN11000

TP5003

D11003

SW2001

L1003

ZD17005

ANT2000

C2160

R10047

C10014

L1052

C1069

L1047

C7000

C10001

R5000

CN17002

L10002

R4050

R3016

R14100

D9001

L1072

C13016

R10001

R5007

FL9072

CN3000

FL8000

R6025

C7005

R7000

C4135

C7014

R6069

U10000

R8049

ZD17009

R5005

D11002

C15022

VA9071

C15004

C15023

C4091

U11008

X14000

C10016

CN9070

L1153

C13002

C6022

R15006

R10042

ZD9001

CN9000

C10009

C14070

FL4001

C6001

C4005

C1086

L1073

C13009

R3020

R5001

S13000

C1088

C11016

C3011

C1096

C10036

SW1001

C11014

C1092

R6012

FL1018

C2159

C4082

C7009

C8028

FB14051

FL1016

R17003

R10003

FL1013

C1078

C6006

C8041

C13005

C14001

R10013

C4136

C14008

C13012

U11001

C3009

R5012

R7001

C9021

R8043

ZD1004

ZD17002

CN8002

TP3000

C2119

R15003

TP6001

L10003

C1070

C7017

R6004

SC13021

R3018

C7015

R3021

D11001

C10010

ANT2002

C1152

C11000

C1097

C7016

L2006

L7006

C5004

L14054

C1082

R8019

L1017

L1182

R8048

FL9070

C1157

C2172

R6024

C7013

C6018

C8003

R8003

ANT2001

C10000

C5002

L1070

U10005

U9003

VA9072

R6021

C2118

C15005

C15007

C7010

U1150

C4134

SC13001

FL9071

FL9002

R5004

L1180

R16009

L6002

R10046

TP5004

SC13016

C1073

C4137

C7008

CN9050

ZD17001

R16011

C4004

TP14019

R13001

R6006

FL4010

R13003

TP14002

TP14017

R1029

C16002

D8000

C17012

R10015

VA8001

SW1004

U5001

R5002

CN15001

MIC10001

C4003

U6000

C10015

C5005

C10017

L2003

R4006

SC13022

C8001

ZD9002

R11064

LGE Internal Use Only

Lower FPCB TOP 면

58/115

LGE Internal Use Only

21 40

20

ZD1000

ZD1001

L1011

L1009

L1010

L1012

ANT1005

ANT1006

U1001

C1017

C1025

VB1000

R1016

R1018

R1017

R1013

VA1005

R1010

VA1006

L1005

L1004

C1036

C1033

U1002

C1035

D1007

D1008

FB1004

D1009

C1032

C1030

ANT1001

C1018

C1019

C1021

R1007

ANT1003

ANT1004

VA1004

VA1003

VA1002

C1010

ANT1002

C1020

C1007

C1004

C1005

C1000

FB1000

FB1001

C1029

C1015

C1009

SW1001

MIC1000

FL1001

C1014

SW1000

CN1001

LGE Internal Use Only

Lower FPCB BOT 면

59/115

LGE Internal Use Only

LD1002

LD1001

R1015

R1014

R1012

R1011

R1009

R1008

SW1002

LD1004

LD1003

D1006

D1004

D1003

D1002

D1001

LGE Internal Use Only

60/115

LGE Internal Use Only

U10000

LGE Internal Use Only

5

6 10

CN10000

LGE Internal Use Only

PWR KEY FPCB BOT 면

61/115

LGE Internal Use Only

ANT2002

ANT2001

KB2001

LGE Internal Use Only

바. 회로도

62/115

LGE Internal Use Only

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

J

MAIN ANT1(LTE 1,3,5,(8)/WCDMA 1,2,5/GSM QUAD)

C1111

TRX_HB

TRX_LB

R1021

18

300

R1023

3dB Atten.

R1018

18

300

R1020

3dB Atten.

R1022

R1019

C1095

300

33p

C1071 33p

PA_THEMISTER

WTR1_PDET_IN

PA_THERM1PA_THERM0

DNIC1083

PT1001

WTR0_PDET_IN

SW1002

G1

1.5n

L1155

L1070 matching °ª

U+

SKT

KT

ANTG2

ELCH0004721(2.2nH) ELCH0004721(2.2nH)

ELCH0001056(2.7nH)

L1070

2.2n

L1071

82n

SW1001

ANT COMMON

1

G3 G4

L1163

DNI

FL1000

GND1 LO-BAND

L1004

82n

L1003

1n

L1153

DNI

2

43

GND2 GND5 ANT GND4 GND3 HI-BAND

81 72 63 54

L1008

0.5p

C1003

1n

L1061

18n

33pC1008

FL1001

1

IN GND1 GND2

3

OUT

Termination_Port

FL1002

1

IN GND1 GND2

3

OUT

Termination_Port

Coupling

6 52 4

B3_B7_COUPLER_OUT

C1110

3.3n

6 52 4

R1002

49.9

L1154

DNI

DNIC1082

L

K

100K100K

PT1000

J

I

H

G

R1036

L1020

DNI

Rev1.0 ADD

1n

0.7p

L1017

L1181

2.7n

L1018

DNI

FL1018

ANT RX

GND1 GND6 GND2 GND5 GND3 GND4

TX

L1156

2.2n

L1012

C1040 33p

DNI

B1

16

3

92 84 75

C1153 DNI

B3

L1019

DNI

L1157

2.2n

C1154 1p

B2

Rev1.0 Change

L1158

1.2n

L1028

DNI

C1155

DNI

B5

L1038 1p

L1159

33p

L1039

DNI

B8

L1043

DNI

1n

C1009 10u

+VPWR_RF

+1V8_VREG_S3A_RF

C1001

1.2n

C1002 33p

L1002

DNI

C1021

I

TX_OUT_MB3_B1_B2

B1/B2

33pC1006

L1007

DNI

C1007

1.5n

TX_OUT_MB2_B3

B3

33pC1022

C1023 33p

H

C1100 10u

C1010

1n

VPA

36

R1006

49.9

37

38

39

40

41

42

C1112

43

TX_OUT_LB3_B5_B8

U+

SKT

KT

ING3

G1NC

OUTG2

4 3

5 2

FL1005

6 1

C1031 matching °ª

EAP62107901(1.5nH) EAP62107901(1.5nH)

ECZH0025916(33pF)

TX_OUT_MB4_GSMHB

GSM1800/1900

L1016

DNI

B5/B8

G

GND15

GND16NCGND17

GND8

GND9

GND18

GND7

18

17

35

RFOUT_B1

34

RFOUT_B3

33

RFOUT_B4

32

RFOUT_B2

31

RFOUT_B5_B26

30

GND14

29

RFOUT_B8

28

VCC1

27

VCC2

26

VCC_GSM

25

GND13

24

3.3nL1160

L1044 1p

RFOUT_GSM_HB

23

GND12

22

RFOUT_GSM_LB

U1000

SKYWORKS

GND11

GND10

202119

PGND

GND19

GND20

RFIN_B1_B2

RFIN_B4

RFIN_B26

RFIN_B5_B8

RFIN_GSM_HB

RFIN_GSM_LB

GND6

GND5

15

16

GND1

VIO

GND2

SCLK

SDATA

GND3

VBATT

GND4

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

TP1001 TP1002

RFFE1_CLK RFFE1_DATA

C1030 33p

33p

L1015

DNI

C1031

1.5n

L1022 1p

F

E

D

C

B

A

C1020

100p

TRX_HB

TRX_LB

RFFE2_DATA

RFFE2_CLK

C1106 1.2p

L1065 5.6n

L1066

5.6n

33pC1114

C1107

1.2p

C1164

5.6n

L1184

100p

L1183

100p

LGE Internal Use Only

+1V8_VREG_S3A_RF

+2V7_VREG_L16

C1099

100p

FEMID

GND11

32

ANT_H

33

GND12

34

ANT_L

35

GND13

36

VDD

37

VIO

38

SDATA

39

GND14

40

GND15

41

GND16

42

GND17

43

GND18

44

GND19

45

GND20

46

PRX_MB1_LTEB3_INP

PRX_MB1_LTEB3_INM

31

30

TRX5_H

TRX6_H

GND1

SCLK

2

26

28127

29

TX_BAND8

GSM_LB_TX

TX_BAND5

GSM_HB_TX

U1005

MURATA

RX_BAND2_1

GND2

RX_BAND1_2

RX_BAND1_1

3

4225

6

23

24

25

GND10

TX_BAND2

TRX4_L-LTE

RX_BAND2_2

8

7

TX_BAND1

GSM_HB_RX_1

GSM_HB_RX_2

GND3

9

10

21

TRX3_L

GND9 RX_BAND8_2 RX_BAND8_1

TRX2_L-LTE RX_BAND5_2 RX_BAND5_1

TRX1_L

GND6 GND5

GND4

11

20 19 18 17 16 15 14 13 12

C1039 33p33pC1038

F

TX_OUT_LB2_GSMLB

L1000

15n

L1161

1.5n

C1156

0.5p

33pC1012

L1025

DNI

GSM850/900

GSM 1800/1900

L1162

6.8n

C1013

33p

C1015

33p

C1016

33p

C1017

33p

L1040

15n

L1031 18n

C1065

15n

C1062

15n

C1056

8.2n

C1048

8.2n

PRX_LB2_LTEB8_GSM900_INP

PRX_LB2_LTEB8_GSM900_INM

PRX_LB3_B5_G850_INP

PRX_LB3_B5_G850_INM

L1005

GSM 850/900

DNI

QFE1101

U1003 QFE1101_V2_2

L1006

1.8p

RF Bypass boost

+VPWR

C1037

PRX_MB2_GSM_HB_INP

33p

L1021

3.9n

C1029

20

VSW_BOOST

25

VOUT_BOOST

24

GND_BOOST

VDD_BATT1 VDD_BATT2

BYP_BATT

BYP_LOAD

VDD_BUCK VSW_BUCK GND_BUCK

C_SW_BUCK1 C_SW_BUCK2

PRX_MB2_GSM_HB_INM

5

VDD_GP

2

NC1

7

NC2

3

GND2

17

VDD_1P8

21

SCLK

26 1 19

USID_LSB

C_BUCK1 C_BUCK2

C_GSM

AMP_OUT

PA_VBATT

MPP1

GND1SDATA GND3

C1041

C1034 33p

33p

C1018

33p

C1019

33p

L1024

5.6n

L1009

2.7n

33p

C1042

1n

C1035

1n

C1011

2.2n

C1014

2.2n

PRX_MB2_B2_INP

PRX_MB2_B2_INM

PRX_MB3_B1_INP

PRX_MB3_B1_INM

+1V8_VREG_S3A_RF

RFFE1_CLK

RFFE1_DATA

C1086 10u

15 16 14

10 28 23 27

8 9

11 12

6

4

18 13

22

+VPWR_RF

L1150

L1048

C1073

1.5u

10u

Change to 0.47uH(2016, Cyntec, 20%, DCR=0.03OHM ISAT=3.6A)

470n

BOOST_BYP_VSEL

BOOST_BYP_EN

BOOST_BYP_BYP

C1152 10u

BOOST_BYP_BYP_RF

R1035

DNI

R1034

0

Rev1.0

R1150 100K

A3 B3 A4

VIN2

C3

SW1

C4

SW2

B1

VSEL

A1

EN BYP PGND2

A2

PG

U1150

VOUT1VIN1 VOUT2

AGND1 AGND2 AGND3 PGND1

PGND3

B4

B2 C2 D1 D2 D3C1 D4

1.5mm1.5mm

C1150

22u

+VPWR_RF

C1151 10u

VPA

C1081

4.7u

C1091

22u

C1157 10u

LG Electronics

TITLE

MODEL NAME

DRAWN BY

User Name

SIZE

A2

SHEET

DWG NO

PDM NUMBER

of

2

Date

Drawing Date

REV

Rev

E

D

C

B

A

1_RF1

16 15 14 13 12 11 10 9

8

7 6 5 4 3 2 1

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

L

MAIN ANT2(GPS_B7)

K

J

I

H

SW1004

G1

J

GNSS

L1030

2.2n

L1035

DNI

L1151

1.2n

L1152

1.2n

C1044 22p

R1009

10

L1037

18n

C1045

0.1u

+2V7_VREG_L16

GPS_INP

GPS_INM

VPA

+VPWR_RF

C1092

2.2u C1096

C1097 100p

2.2u

C1093 100p

C1101 0.7p

L1057 4.3n

C1162

33p

L1058

4.3n

C1102

0.7p

L1059

DNI

C1103

1.5n

C1104

1.5n

I

PRX_HB_B7_INM

L1060

4.3n

H

PRX_HB_B7_INP

C1046

6.8p

R1010

680

2

RFIN

7

VCTRL

U1001

GND1

3

4

1

GND2

8

RFOUT1

RFOUT2

GND3 VDD

5

6

GPS_ELNA_EN

L1069

L1072

ANTG2

2.2n

L1073

82n

SW1003

ANT COMMON

1

G3 G4

2

43

C1165 DNI

L1182

1.5n

L1053

18n

SW1000

ANT

GPS/GLONASS_OUT

Non-GPS/GLONASS_OUT

G1

G2

G4

G3

G7

G5

8

7

516

3

2

10

G6

4 9

L1054

3.9n

C1053

L1036

18n

33p

C1180 1p

8.2n

G

B3_B7_COUPLER_OUT

C1069 33p

49.9

R1029

FL1016

6

Coupling

5 2 4

Termination_Port

IN

GND1GND2

OUT

FL1013

B7

1

3

C1070

33p

L1046

DNI

C1187

1.8n

L1047

DNI

6 1

2

GND1

4 7

GND

GND3 GND6

GND4GND2

RXANT

TX

OPT

Rev1.0 Change

L1049

DNI

L1185

33p

L1052

DNI

3

8

95

11

PGND

10 1

9 2 8 3 7 4 6 5

SKYWORKS

U1004

VCC1VCC2

RFINRFOUT VMODE_1CPL_IN VMODE_0GND

VENCPL_OUT

33pC1078

L1180 DNI

C1163

1.5n

TX_OUT_HB_B7

G

B7_PA1_R0

B7_PA_ON1

C1098

C1088 100p100p

F

E

F

E

D

C

D

C

B

A

LGE Internal Use Only

DRAWN BY

User Name

TITLE

SIZE

A2

SHEET

DWG NO

LG Electronics

MODEL NAME

PDM NUMBER

of

2

Date

Drawing Date

B

A

REV

Rev

1_RF1

16 15 14 13 12 11 10 9

8

7 6 5 4 3 2 1

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

FL2005 »ç¾÷ÀÚ ±¸ºÐ

U+

EAM62811201(B5)

7 6 5 4 3 2 1

L

K

Diversity ANT3(B3, B5)

Diplexer

FL2001

GND1 LO-BAND

MBV62521801

FEED

ANT2000

FEED

ANT2002

C2159 100p

C2011

C2160 100p

DNI

C2175 DNI

SW2000

ANT COMMON

G3 G4

21

43

C2172 33p

L2154

82n

L2006

DNI

1nL2003

GND2 GND5 ANT GND4 GND3 HI-BAND

SKT

KT

DRx_LB

C2038 33p

C2174

81 72

FL2010

DNI

63 54

UB_IN UB_OUT

G1 G2 G3

532

41

DRx_HB

C2154

39p

DRX_HB_EN

U2151

RFIN RFOUT

EN RREF

1842.5MHz

L2153

3.9n

GS VCC

PGND

7

C2151 33p

L2015

DNI

61

52

43

R2006

27K

C2156 10n

1

IN

EAM62811201(B5)

EAM62790501(B8)

32

G1 O1 G2 O2

FL2005

45

+2V7_VREG_L16

L2018

22n

C2037

10n

C2045

10n

C2155 DNI

L2152

1.5n

DRX_B5_B8_INP

DRX_B5_B8_INM

C2158

3.9p

B5(B8)

C2016 33p

L2001

DNI

C2017

33p

Gnd Contact

L

FEED

MBV62562001

ANT2004

C2170, C2171C2017, C2018

SKT/KT/U+

DNI33pF

K

J

I

Diversity ANT4(B1, B7)

MBV62521801

FEED

ANT2001

FEED

ANT2003

SW2001

100pC2117

DNI

L2021

DNI

L2022

ANT COMMON

1

G3 G4

43

2

C2119 DNI

C2118

1n

L2024

82n

C2157 22p

Path

DRX_SW B7 B3 L

DRX_SW

H

SPDT

+2V7_VREG_L16

6

ANT

C2009

100p

C2170 DNI

Backup

C2171 DNI

DNI

FL2000

5 10 3

2

33p

33pC2020

5

4

VCTL

PORT2

3

GND

VDD

PORT1

FL2009

2

1

C2018

C2036

2.7n

4

Unbalance_Port_Hch

1

Unbalance_Port_Lch

Balance_Port_2 Balance_Port_1

DRX_HB_B7_INP

33pF

GND6GND3 GND5GND2 GND4GND1

J

8

7

L2009

2.2n

9 6

C2015

1.2n

C2024

1.2n

DRX_B1_B3_INM

B1, B3

DRX_B1_B3_INP

I

32

G1 O1

1

IN

G2 O2

FL2004

45

L2013

0.5p

C2044

2.7n

B7

DRX_HB_B7_INM

H

G

WTR1605L (#0, #1)

Star rout

+1V3_VREG_L4 +2V05_VREG_L15

4.7uC2060

2

10uC2059

2

Star rout

+1V8_VREG_S3A

MSM_RESOUT_N

R2007

0

A2 A1 B2

C2

VIN2

ON

U2004

TPS22922YZPR

VOUT1VIN1 VOUT2

GND

B1

C1

+2V05_VREG_L15+1V3_VREG_L4

H

+1V8_VREG_S3A_RF

Rev1.0 ADD

G

F

E

+1V8_VREG_S3A_RF

1

C2057 10u

C2058 4.7u

F

DNIC2079

85

C2080 100n

42

100nC2081

66

100n

C2082

76

100n

C2083

C2075 100n

26 53

100nC2076

2825 24

2

100nC2084

65

DNIC2085

40

C2086 100n

118

C2087 100n

116

C2088 100p

98

117

87

26

28

25

31

24

55

37

85

42

53

66

76

65

40

118

116

98

117

44

83

67

51

108

111

97

136

127

C2097 DNI

100nC2098

44

67

C2099 100n

51

DNIC2100

108

100pC2101

111

C2102 DNI

C2013 100n

97

C2014 100n

136

127

+1V8_VREG_S3A_RF

DNIC2002

2

100n

C2062

C2061 100n

26

2528

534224

100n

C2063

100n

C2064

31

DNIC2065

37 55

100nC2066

85

C2067 100n

C2068 100n

66

C2069 100n

76

100n

C2070

65

C2071 DNI

40

C2072 100n

118

100n

C2073

116

100pC2074

98

117

87

26

28

25

31

24

55

37

85

42

53

66

76

65

40

118

116

98

117

44

83

67

51

108

111

97

136

127

C2089 DNI

C2090 100n

44

C2091 100n

67

C2092 DNI

51

100pC2093

108

C2094 DNI

111

100n

C2095

97

C2096 100n

136

127

E

C2107 1u

87

1

C2003 DNI

TX_OUT_MB4_GSMHB

TX_OUT_LB3_B5_B8

TX_OUT_LB2_GSMLB

WTR0_PDET_IN WTR1_PDET_IN

103

95 112 119 126 133 141 132 140

101

TX_HB TX_MB4 TX_MB3 TX_MB2 TX_MB1 TX_LB4 TX_LB3 TX_LB2 TX_LB1

PDET_IN

VDD_DIO

VDD_RF1_D_FE

VDD_RF1_G_BB

VDD_RF1_G_LNA

VDD_RF1_G_PLL

VDD_RF1_D_LBLO

VDD_RF1_D_MBLO

VDD_RF1_G_VCO

VDD_RF1_JDET

VDD_RF1_P_PLL

VDD_RF1_P_VCO

VDD_RF1_S_PLL

VDD_RF1_P_FELO_2

VDD_RF1_P_FELO_1

VDD_RF1_T_DA

VDD_RF1_T_LO

VDD_RF1_S_VCO

VDD_RF1_T_SYN

VDD_RF1_T_UPC

VDD_RF2_D_BB

VDD_RF2_P_BB

VDD_RF2_T_BB

VDD_RF2_P_VCO

VDD_RF2_S_VCO

VDD_RF2_XO

VDD_RF2_T_DA

VDD_RF2_T_PLL

VDD_RF2_T_VCO

TX_BB_IP TX_BB_IM TX_BB_QP TX_BB_QM

DAC_REF

PRX_BB_IP PRX_BB_IM PRX_BB_QP PRX_BB_QM

130 138 131 139 109

84 92 91 82

WTR0_TXBB_I_P WTR0_TXBB_I_M WTR0_TXBB_Q_P WTR0_TXBB_Q_M

WTR0_PRXBB_I_P WTR0_PRXBB_I_M WTR0_PRXBB_Q_P WTR0_PRXBB_Q_M

C2105 1u

1

TX_OUT_HB_B7

TX_OUT_MB3_B1_B2

TX_OUT_MB2_B3

103

95 112 119 126 133 141 132 140

101

TX_HB TX_MB4 TX_MB3 TX_MB2 TX_MB1 TX_LB4 TX_LB3 TX_LB2 TX_LB1

PDET_IN

VDD_DIO

VDD_RF1_D_FE

VDD_RF1_G_BB

VDD_RF1_G_LNA

VDD_RF1_G_PLL

VDD_RF1_D_LBLO

VDD_RF1_D_MBLO

VDD_RF1_G_VCO

VDD_RF1_JDET

VDD_RF1_P_PLL

VDD_RF1_P_VCO

VDD_RF1_S_PLL

VDD_RF1_P_FELO_2

VDD_RF1_P_FELO_1

VDD_RF1_T_DA

VDD_RF1_T_LO

VDD_RF1_S_VCO

VDD_RF1_T_SYN

VDD_RF1_T_UPC

VDD_RF2_D_BB

VDD_RF2_P_BB

VDD_RF2_T_BB

VDD_RF2_P_VCO

VDD_RF2_S_VCO

VDD_RF2_XO

VDD_RF2_T_DA

VDD_RF2_T_PLL

VDD_RF2_T_VCO

TX_BB_IP TX_BB_IM TX_BB_QP TX_BB_QM

DAC_REF

PRX_BB_IP PRX_BB_IM PRX_BB_QP PRX_BB_QM

130 138 131 139 109

84 92 91 82

WTR1_TXBB_I_P WTR1_TXBB_I_M WTR1_TXBB_Q_P WTR1_TXBB_Q_M

WTR1_DAC_IREFWTR0_DAC_IREF

WTR1_PRXBB_I_P WTR1_PRXBB_I_M WTR1_PRXBB_Q_P WTR1_PRXBB_Q_M

D

C

B

PRX_MB2_GSM_HB_INP PRX_MB2_GSM_HB_INM

QCT REVIEW

(R-001594)

PRX_LB3_B5_G850_INP

PRX_LB3_B5_G850_INM PRX_LB2_LTEB8_GSM900_INP PRX_LB2_LTEB8_GSM900_INM

DRX_B5_B8_INP DRX_B5_B8_INM

7

PRX_HB_INP

15

PRX_HB_INM

8

PRX_MB3_INP

16

PRX_MB3_INM

23

PRX_MB2_INP

17

PRX_MB2_INM

36

PRX_MB1_INP

30

PRX_MB1_INM

48

PRX_LB3_INP

43

PRX_LB3_INM

61

PRX_LB2_INP

54

PRX_LB2_INM

78

PRX_LB1_INP

69

PRX_LB1_INM

2

DRX_HB_INP

11

DRX_HB_INM

3

DRX_MB_INP

12

DRX_MB_INM

4

DRX_LB2_INP

13

DRX_LB2_INM

5

DRX_LB1_INP

14

DRX_LB1_INM

10

GNSS_INP

18

GNSS_INM

124

GND41

125

GND42

128

GND43

129

GND44

134

GND45

BOM 1.0 Change

U2003

WTR-1605L-0-142WLNSP-SR/TR-01-1

WTR1605L_#0

Low Band

DRX_BB_IP DRX_BB_IM DRX_BB_QP DRX_BB_QM

GNSS_BB_IP GNSS_BB_IM GNSS_BB_QP GNSS_BB_QM

DNC4

DNC5 GP_DATA2 GP_DATA1 GP_DATA0

XO_IN

VTUNE_PRX

RBIAS

DNC3

SSBI_PRX_DRX SSBI_TX_GNSS

RX_ON RF_ON

DNC1

GND46 GND47 GND48

DNC2

63 72 50 57

56 62 70 71

96 114 88 121 105

120 79

60 93

80 89 45 100 86

135 137 142 90

R2003

4.75K

WTR0_DRXBB_I_P WTR0_DRXBB_I_M WTR0_DRXBB_Q_P WTR0_DRXBB_Q_M

QCT REVIEW

(R-001592)

WTR0_GPDATA1 WTR0_GPDATA0

WTR0_SSBI_PRX_DRX

WTR0_SSBI_TX_GPS RX_ON0 RF_ON0 RF_ON1

C2112

100p

C2116DNI

QCT REVIEW

(R-001597)

Close to XO_IN

R2004

DNI

0

Rev1.0

R2005

7

PRX_HB_B7_INP

PRX_HB_B7_INM

PRX_MB3_B1_INP

PRX_MB3_B1_INM

PRX_MB2_B2_INP

PRX_MB2_B2_INM

PRX_MB1_LTEB3_INP

PRX_MB1_LTEB3_INM

XO_OUT_A1

DRX_HB_B7_INP

XO_OUT_A0 XO_OUT_A0

DRX_HB_B7_INM DRX_B1_B3_INP DRX_B1_B3_INM

GPS_INP GPS_INM

PRX_HB_INP

15

PRX_HB_INM

8

PRX_MB3_INP

16

PRX_MB3_INM

23

PRX_MB2_INP

17

PRX_MB2_INM

36

PRX_MB1_INP

30

PRX_MB1_INM

48

PRX_LB3_INP

43

PRX_LB3_INM

61

PRX_LB2_INP

54

PRX_LB2_INM

78

PRX_LB1_INP

69

PRX_LB1_INM

2

DRX_HB_INP

11

DRX_HB_INM

3

DRX_MB_INP

12

DRX_MB_INM

4

DRX_LB2_INP

13

DRX_LB2_INM

5

DRX_LB1_INP

14

DRX_LB1_INM

10

GNSS_INP

18

GNSS_INM

124

GND41

125

GND42

128

GND43

129

GND44

134

GND45

BOM 1.0 Change

U2002

WTR-1605L-0-142WLNSP-SR/TR-01-1

WTR1605L_#1 High Band

DRX_BB_IP DRX_BB_IM DRX_BB_QP DRX_BB_QM

GNSS_BB_IP GNSS_BB_IM GNSS_BB_QP GNSS_BB_QM

DNC4

DNC5 GP_DATA2 GP_DATA1 GP_DATA0

XO_IN

VTUNE_PRX

RBIAS

DNC3

SSBI_PRX_DRX SSBI_TX_GNSS

RX_ON RF_ON

DNC1

GND46 GND47 GND48

DNC2

63 72 50 57

56 62 70 71

96

QCT REVIEW

(R-001613)

114 88 121 105

120 79

60

R2002 4.75K

93

80 89 45 100 86

135 137 142 90

WTR1_DRXBB_I_P WTR1_DRXBB_I_M WTR1_DRXBB_Q_P WTR1_DRXBB_Q_M

WTR1_GPSBB_I_P WTR1_GPSBB_I_M WTR1_GPSBB_Q_P WTR1_GPSBB_Q_M

QCT REVIEW

(R-001597)

Close to XO_IN

C2114 DNI

C2111

100p

WTR1_SSBI_PRX_DRX WTR1_SSBI_TX_GPS RX_ON1

D

C

B

A

LGE Internal Use Only

GND1

GND2

GND3

GND4

GND5

GND6

GND7

GND8

GND9

GND10

GND11

GND12

GND13

GND14

GND15

GND16

GND17

GND18

GND19

GND20

GND21

GND22

GND23

GND24

GND25

GND26

GND27

GND28

GND29

GND30

GND31

GND32

GND33

GND34

GND35

GND36

GND37

GND38

GND39

GND40

9

6

1

19

20

21

22

27

29

32

33

34

35

38

39

41

46

47

49

52

58

59

64

68

73

74

75

77

81

94

99

102

104

106

107

110

113

115

122

123

16 15 14 13 12 11 10 9

8

GND1

GND2

GND3

GND4

GND5

GND6

GND7

GND8

GND9

GND10

GND11

GND12

GND13

GND14

GND15

GND16

GND17

GND18

GND19

GND20

GND21

GND22

GND23

GND24

GND25

GND26

GND27

GND28

GND29

GND30

GND31

GND32

GND33

GND34

GND35

GND36

GND37

GND38

GND39

GND40

9

6

1

19

20

21

22

27

29

32

33

34

35

38

39

41

46

47

49

52

58

59

64

68

73

74

75

77

81

94

99

102

104

106

107

110

113

115

122

123

LG Electronics

TITLE

MODEL NAME

DRAWN BY

SIZE

User Name

A2

SHEET

DWG NO

of

1 2

PDM NUMBER

Date

Drawing Date

7 6 5 4 3 2 1

A

REV

Rev

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

J

I

H

G

F

E

D

C

MSM8974

TXDAC0_VREF

+1V8_VREG_S3A

Rev1.0 : V2.1 --> V2.2

EAN62629201 --> EAN62781401

WTR0_PRXBB_I_M WTR0_PRXBB_I_P WTR0_PRXBB_Q_M WTR0_PRXBB_Q_P

WTR0_DRXBB_I_M WTR0_DRXBB_I_P WTR0_DRXBB_Q_M WTR0_DRXBB_Q_P

WTR1_PRXBB_I_M WTR1_PRXBB_I_P WTR1_PRXBB_Q_M WTR1_PRXBB_Q_P

WTR1_DRXBB_I_M WTR1_DRXBB_I_P WTR1_DRXBB_Q_M WTR1_DRXBB_Q_P

WTR0_TXBB_I_M WTR0_TXBB_I_P WTR0_TXBB_Q_M WTR0_TXBB_Q_P WTR0_DAC_IREF

+1V8_VREG_L14

WTR1_TXBB_I_M WTR1_TXBB_I_P WTR1_TXBB_Q_M WTR1_TXBB_Q_P WTR1_DAC_IREF

+1V8_VREG_L14

WTR1_GPSBB_I_P WTR1_GPSBB_I_M WTR1_GPSBB_Q_P WTR1_GPSBB_Q_M

Watch dog

R3075 DNI

WTR0_SSBI_TX_GPS WTR0_SSBI_PRX_DRX WTR1_SSBI_TX_GPS WTR1_SSBI_PRX_DRX

21

WTR0_GPDATA1 WTR0_GPDATA0

RFFE1_CLK RFFE1_DATA RFFE2_CLK RFFE2_DATA

B7_PA_ON1

RX_ON0 RF_ON0

DRX_SW

(DRX_SW_SEL0)

TX_GTR_THRES

B7_PA1_R0

SPDT_CTRL1

Rev1.0 remove

DRX_HB_EN

RX_ON1 RF_ON1

GPS_ELNA_EN

TP3037

R3065

DNI

R3062

DNI

1

BH26 BK26 BG27 BJ27

BG29 BH28 BH30 BK30

BK38 BH38 BG39 BJ39

BG41 BH40 BJ43 BH42

BD22 BE23 BE21 BF22 BF24 BE25

BF36 BE35 BE31 BF32 BG35 BF34

BH32 BG33

BC33 BC35 BC29 BC31

AR45 AT48 AT46 AU47 AU45 AV46

BK18 BH18 BF20 BG19 AW47 AV48 AY46 AY48

BE17 BF18 BA47 BA45 BB48 BH46 BF16 BG15 BD18 BH14 BK10

BJ11 BB46 BD46 BC47

BH16 BG17 BJ15 BK14 BD20 BJ19 BE19 BC45 BE47 BG47 BF46

BBRX_IM_CH0 BBRX_IP_CH0 BBRX_QM_CH0 BBRX_QP_CH0

BBRX_IM_CH1 BBRX_IP_CH1 BBRX_QM_CH1 BBRX_QP_CH1

BBRX_IM_CH2 BBRX_IP_CH2 BBRX_QM_CH2 BBRX_QP_CH2

BBRX_IM_CH3 BBRX_IP_CH3 BBRX_QM_CH3 BBRX_QP_CH3

TX_DAC0_IM TX_DAC0_IP TX_DAC0_QM TX_DAC0_QP TX_DAC0_IREF TX_DAC0_VREF

TX_DAC1_IM TX_DAC1_IP TX_DAC1_QM TX_DAC1_QP TX_DAC1_IREF TX_DAC1_VREF

ET_DAC_M ET_DAC_P

GNSS_BB_IP GNSS_BB_IM GNSS_BB_QP GNSS_BB_QM

G25

WLAN_BB_IM

E25

WLAN_BB_IP

F24

WLAN_BB_QM

E23

WLAN_BB_QP

B24

WLAN_REXT

GPIO_104/GRFC_0/PA_ON0 GPIO_105/GRFC_1/PA_ON1 GPIO_106/GRFC_2/PA_ON2 GPIO_107/GRFC_3/PA_ON3 GPIO_108/GRFC_4/PA_ON4/SSBI_ANT_TUNER1 GPIO_109/GRFC_5/PA_ON5/SSBI_PA

GPIO_110/GRFC_6/RX_ON0 GPIO_111/GRFC_7/RF_ON0 GPIO_112/GRFC_8/PA0_RANGE0/BOOT_CONFIG_0 GPIO_113/GRFC_9/PA0_RANGE1/BOOT_CONFIG_1 GPIO_114/GRFC_10/DRX_SW_SEL0/BOOT_CONFIG_2 GPIO_115/GRFC_11/DRX_SW_SEL1/BOOT_CONFIG_3 GPIO_116/GRFC_12/TX_GTR_THRESH/BOOT_CONFIG_4 GPIO_117/GRFC_13/PA_INDICATOR/SDC1_EMMC_1P2_EN

GPIO_118/GRFC_14/PA1_RANGE0 GPIO_119/GRFC_15/PA1_RANGE1 GPIO_120/GRFC_16/1X_BC0_BC1_SEL GPIO_121/GRFC_17/PRX_SW_SEL0 GPIO_122/GRFC_18/PRX_SW_SEL1 GPIO_123/GRFC_19/1X_MRD_SW_SEL GPIO_124/GRFC_20/RX_ON1 GPIO_125/GRFC_21/RF_ON1 GPIO_126/GRFC_22/ANT_SW_SEL4 GPIO_127/GRFC_23/BC1_SW_SEL1 GPIO_128/GRFC_24/EXT_GNSS_LNA_EN

GPIO_129/GNSS_TX_AGGRESSOR GPIO_130/LTE_ACTIVE GPIO_131/LTE_TX_COEX_WCN GPIO_132/WCN_TX_COEX_LTE

GPIO_133/SSBI1_RFIC0 GPIO_134/SSBI2_RFIC0 GPIO_135/SSBI1_RFIC1 GPIO_136/GRFC_25/SSBI2_RFIC1 GPIO_137/GRFC_26/GSM_TX_PHASE_D2 GPIO_138/GSM_TX_PHASE_D1 GPIO_139/GSM_TX_PHASE_D0 GPIO_140/RFFE1_CLK GPIO_141/GRFC_27/RFFE1_DATA GPIO_142/RFFE2_CLK GPIO_143/GRFC_28/RFFE2_DATA/PA_ON6

K2

K6

J7

H6

G7

USB_SS_RX0_M

USB_SS_RX0_P

USB_SS_TX0_M

USB_SS_TX0_P

MSM_USB_HS1_DM

MSM_USB_HS1_DP

DIFFCLK_P

DIFFCLK_M

TP3034

TP3035

D6

G3

F4

J3

USB_HS1_DP

USB_HS1_DM

USB_SS_CLK_M

USB_SS_CLK_P

XO_OUT_D0

USB1_PHY_VBUS

1

R7

P6

N7

E5

E7

USB_HS1_ID

USB_HS1_VBUS

USB_HS2_DM

USB_HS2_DP

USB_HS1_SYSCLK

TP3036

1

M4

N1

USB_HS2_ID

USB_HS2_VBUS

USB_HS2_SYSCLK

MIPI_CSI0_LN0_N

W3

TOUCH_I2C_SDA

MAIN_CAM_RESET_N

TOUCH_INT_N

1%

200R3009

UART_TX

GAUGE_I2C_SDA

UART_RX

GAUGE_I2C_SCL

21

R3010 200

E31

C31

D30

C29

BG13

BF12

BF14

BH12

P2

H2

E3

E9

HSIC_CAL

USB_SS_REXT

USB_HS1_REXT

USB_HS2_REXT

GPIO_0/BLSP1_3

GPIO_1/BLSP1_2

GPIO_2/BLSP1_1

GPIO_3/BLSP1_0

GPIO_4/BLSP2_3

GPIO_5/BLSP2_2

GPIO_6/BLSP2_1

MIPI_CSI0_LN0_P

MIPI_CSI0_LN1_N/MIPI_CSI0_CLK_N

MIPI_CSI0_LN1_P/MIPI_CSI0_CLK_P

MIPI_CSI0_LN2_N

MIPI_CSI0_LN2_P

MIPI_CSI0_LN3_N

MIPI_CSI0_LN3_P

MIPI_CSI0_LN4_N

MIPI_CSI0_LN4_P

MIPI_CSI1_LN0_N

MIPI_CSI1_LN0_P

U3

U1

U5

T6

W5

V6

V4

V2

Y4

AB6

AC5

AB2

Rev1.0

0

R3077

0

R3078

TOUCH_I2C_SCL

BG11

GPIO_7/BLSP2_0

MIPI_CSI1_LN1_N/MIPI_CSI1_CLK_N

AB4

SENSOR2_I2C_SDA

SENSOR2_I2C_SCL

FUEL_GAUGE_INT_N

TOUCH_RESET

AL3

BE11

BH10

BE13

GPIO_8/BLSP3_3

GPIO_9/BLSP3_2

GPIO_10/BLSP3_1

GPIO_11/BLSP3_0

GPIO_12/MDP_VSYNC_P

MIPI_CSI1_LN1_P/MIPI_CSI1_CLK_P

MIPI_CSI1_LN2_N

MIPI_CSI1_LN2_P

MIPI_CSI1_LN3_N

MIPI_CSI1_LN3_P

AA7

AA5

AA3

AA1

BAT_ID_PULLUP

BAT_ID

LCD_VSYNC

AG3

AJ3

GPIO_13/MDP_VSYNC_S

GPIO_14/MDP_VSYNC_E

MIPI_CSI1_LN4_N

MIPI_CSI1_LN4_P

Y6

W7

13M_ANA_EN

C11

B8

A7

C7

GPIO_15/CAM_MCLK0/QDSS_ETM_TRDATA_15B

GPIO_16/CAM_MCLK1/QDSS_ETM_TRDATA_14B

GPIO_17/CAM_MCLK2/QDSS_ETM_TRDATA_13B

MIPI_CSI2_LN0_N

MIPI_CSI2_LN0_P

AC7

AD4

AC3

CAM0_I2C_SCL

CAM0_I2C_SDA

VT_CAM_RESET_N

G15

E11

F12

GPIO_18/CAM_MCLK3/QDSS_ETM_TRDATA_12B

GPIO_19/BLSP4_3/CCI_I2C0_SDA/QDSS_ETM_TRDATA_11B

GPIO_20/BLSP4_2/CCI_I2C0_SCL/QDSS_ETM_TRDATA_10B

MIPI_CSI2_LN1_N/MIPI_CSI2_CLK_N

MIPI_CSI2_LN1_P/MIPI_CSI2_CLK_P

MIPI_CSI2_LN2_N

AE3

AE1

AD6

MAIN_CAM_MCLK VT_CAM_MCLK

2

1

C3008 DNI

C3007 DNI

CAM1_I2C_SDA

D12

B10

E13

D10

GPIO_23/BLSP5_3/CCI_TIMER0/QDSS_ETM_TRDATA_7B

GPIO_24/BLSP5_2/CCI_TIMER1/QDSS_ETM_TRDATA_6B

GPIO_21/BLSP4_1/CCI_I2C1_SDA/QDSS_ETM_TRDATA_9B

GPIO_22/BLSP4_0/CCI_I2C1_SCL/QDSS_ETM_TRDATA_8B

LIN_MOTOR_PWM

WLAN_POWER_ON

E15

A11

D14

GPIO_25/BLSP5_1/CCI_TIMER2/QDSS_ETM_TRDATA_5B

GPIO_26/BLSP5_0/CCI_TIMER3/CCI_ASYNC1/GP_CLK0/QDSS_ETM_TRDATA_4B

GPIO_27/BLSP6_3/CCI_TIMER4/CCI_ASYNC2/GP_CLK1/QDSS_ETM_TRDATA_3B

WLC_CHARGE_BAR

CAM1_I2C_SCL

VT_CAM_LDO_EN

13M_VCM_EN

DSV_EN

HAPTIC_PWR_EN

SLIMPORT_INT_N

D16

G17

F16

GPIO_30/BLSP6_0

GPIO_29/BLSP6_1/GP_MN

GPIO_45/BLSP8_3/QDSS_ETM_DRDATA_11A

GPIO_28/BLSP6_2/CCI_ASYNC0/QDSS_ETM_TRDATA_2B

DMB_SPI_CS

DMB_SPI_MISO

DMB_SPI_MOSI

C17

A15

B14

GPIO_46/BLSP8_2/QDSS_ETM_DRDATA_10A

GPIO_47/BLSP8_1/SPI_CS1A_N_BLSP10/QDSS_ETM_DRDATA_9A

BT_UART_RXD

BT_UART_TXD

DMB_SPI_CLK

D22

B22

GPIO_53/BLSP10_3/SPI_CS1A_N_BLSP2

GPIO_54/BLSP10_2/SPI_CS2A_N_BLSP2/GP_PDM_0B

GPIO_48/BLSP8_0/SPI_CS2A_N_BLSP10/QDSS_ETM_DRDATA_8A

BT_UART_RTS_N

BT_UART_CTS_N

D34

C35

C33

A23

C23

GPIO_55/BLSP10_1

GPIO_56/BLSP10_0

GPIO_57/MI2S_4_MCLK

GPIO_58/MI2S_4_SCLK/AUDIO_PCM_CLK

PROXIMITY_INT

NFC_IRQ

D38

D36

E35

GPIO_59/MI2S_4_WS/AUDIO_PCM_SYNC

GPIO_60/MI2S_4_SD0/AUDIO_PCM_DIN

GPIO_61/MI2S_4_SD1/AUDIO_PCM_DOUT

EAR_SENSE_N

EAR_KEY_INT

BT_WAKEUP

G47

D48

GPIO_64/MI2S_1_MCLK

GPIO_65/MI2S_1_SCLK/AUDIO_PCM_CLK

GPIO_62/MI2S_4_SD2/SPI_CS1B_N_BLSP2

U3000

MSM8974-1_V2_2

MIPI_CSI2_LN2_P

MIPI_CSI2_LN3_N

MIPI_CSI2_LN3_P

MIPI_CSI2_LN4_N

MIPI_CSI2_LN4_P

HDMI_TCLK_M

AH6

AG5

AF6

AE7

AE5

HDMI_TCLK_P

HDMI_TX0_M

HDMI_TX0_P

HDMI_TX1_M

AL5

AK6

AJ7

AJ5

HDMI_TX1_P

AM6

AL7

HDMI_REXT

HDMI_TX2_M

HDMI_TX2_P

AN5

AJ1

MIPI_DSI0_CLK_N

BH8

MIPI_DSI0_CLK_P

MIPI_DSI0_LN0_N

MIPI_DSI0_LN0_P

MIPI_DSI0_LN1_N

MIPI_DSI0_LN1_P

MIPI_DSI0_LN2_N

BH4

BH6

BJ7

BF8

BE9

BG7

MIPI_DSI0_LN2_P

MIPI_DSI0_LN3_N

MIPI_DSI0_LN3_P

BE5

BF6

BG5

COMMON_I2C_SCL

COMPASS_DRDY

GYRO_DEN_MPU

H46

F48

GPIO_66/MI2S_1_WS/SPI_CS3_N_BLSP2/AUDIO_PCM_SYNC

BA5

ACCEL_INT

SLIMPORT_RESET_N

K48

H48

GPIO_73/MI2S_3_MCLK

GPIO_67/MI2S_1_SD0/SPI_CS1B_N_BLSP10/AUDIO_PCM_DIN

GPIO_68/MI2S_1_SD1/SPI_CS2B_N_BLSP10/GP_PDM_0A/AUDIO_PCM_DOUT

MIPI_DSI1_CLK_N

MIPI_DSI1_CLK_P

MIPI_DSI1_LN0_N

BD6

AY6

DMB_RESET_N

M48

L49

L47

GPIO_75/MI2S_3_WS/AUDIO_PCM_SYNC

GPIO_74/MI2S_3_SCLK/GP_PDM_1B/AUDIO_PCM_CLK

MIPI_DSI1_LN0_P

MIPI_DSI1_LN1_N

BA7

BB6

BC7

IRRC_RESET_N

BT_PCM_CLK

DMB_INT_N

DMB_EN

M50

M46

GPIO_76/MI2S_3_SD0/AUDIO_PCM_DIN

GPIO_77/MI2S_3_SD1/AUDIO_PCM_DOUT

MIPI_DSI1_LN1_P

MIPI_DSI1_LN2_N

BA3

BB2

BT_PCM_SYNC

A31

R49

N45

GPIO_78/MI2S_2_MCLK

GPIO_80/MI2S_2_WS/AUDIO_PCM_SYNC

GPIO_79/MI2S_2_SCLK/GP_PDM_2A/AUDIO_PCM_CLK

MIPI_DSI1_LN2_P

MIPI_DSI1_LN3_N

MIPI_DSI1_LN3_P

AW3

AY4

COMMON_I2C_SDA

BT_PCM_DIN

BT_PCM_DOUT

F32

D32

GPIO_83/BLSP11_1

GPIO_81/BLSP11_3/MI2S_2_SD0/AUDIO_PCM_DIN

GPIO_82/BLSP11_2/MI2S_2_SD1/AUDIO_PCM_DOUT

EDP_AUX_N

EDP_AUX_P

AR3

AT4

IRRC_TXD

D42

C41

E33

GPIO_84/BLSP11_0

GPIO_85/BLSP12_3

EDP_LN0_N

EDP_LN0_P

AT6

AP6

AR5

SENSOR1_I2C_SCL

SENSOR1_I2C_SDA

IRRC_RXD

H44

E47

GPIO_87/BLSP12_1

GPIO_88/BLSP12_0

GPIO_86/BLSP12_2/GP_PDM_1A

EDP_LN1_N

EDP_LN1_P

EDP_LN2_N

AU7

AR7

TOUCH_ID

C27

F26

GPIO_89/TSIF1_CLK/QDSS_ETM_TRCLK_B

GPIO_90/TSIF1_EN/SPI_CS3_N_BLSP10/QDSS_ETM_TRDATA_1B

EDP_LN2_P

EDP_LN3_N

AW5

AU5

LCD_BL_EN

AR47

AF2

D28

C25

A27

D26

D24

GPIO_103/FORCED_USB_BOOT

GPIO_102/EDP_HOT_PLUG_DET

GPIO_94/TSIF2_EN/SDC4_DATA_2

GPIO_95/TSIF2_DATA/SDC4_DATA_1

GPIO_96/TSIF2_SYNC/SDC4_DATA_0

GPIO_91/TSIF1_DATA/SDC4_CMD/QDSS_ETM_TRDATA_0B

GPIO_92/TSIF1_SYNC/SDC4_DATA_3/QDSS_ETM_TRSYNC_B

EDP_LN3_P

EDP_TPA

EDP_REXT

AP2

AT8

AV6

R3061

DNI

GPIO_34/HDMI_HOT_PLUG_DET/QDSS_ETM_TRDATA_4A

GPIO_35/BT_SSBI/SDC3_DATA_3/QDSS_ETM_TRDATA_3A GPIO_36/WLAN_DATA_2/SDC3_DATA_2/QDSS_ETM_TRDATA_2A GPIO_37/WLAN_DATA_1/SDC3_DATA_1/QDSS_ETM_TRDATA_1A GPIO_38/WLAN_DATA_0/SDC3_DATA_0/QDSS_ETM_TRDATA_0A

GPIO_39/WLAN_SET/SDC3_CMD/QDSS_ETM_TRSYNC_A

GPIO_41/BLSP7_3/FM_SSBI/QDSS_ETM_DRDATA_15A

GPIO_44/BLSP7_0/BT_DATA_STROBE/QDSS_ETM_DRDATA_12A

GPIO_63/MI2S_4_SD3/SPI_CS2B_N_BLSP2/GP_PDM_2B

+1V8_VREG_S3A

GPIO_31/HDMI_CEC/QDSS_ETM_TRDATA_7A

GPIO_32/HDMI_DDC_CLK/QDSS_ETM_TRDATA_6A

GPIO_33/HDMI_DDC_DATA/QDSS_ETM_TRDATA_5A

GPIO_40/WLAN_CLK/SDC3_CLK/QDSS_ETM_TRCLK_A

GPIO_42/BLSP7_2/FM_SDI/QDSS_ETM_DRDATA_14A GPIO_43/BLSP7_1/BT_CTL/QDSS_ETM_DRDATA_13A

GPIO_69/SLIMBUS_MCLK/SPKR_I2S_MCLK

GPIO_70/SLIMBUS_CLK/SPKR_I2S_SCK

GPIO_71/SLIMBUS_DATA/SPKR_I2S_DOUT

GPIO_72/CODEC_MAD_INT/SPKR_I2S_WS

SDC2_DATA_3/QDSS_SDC2_TRDATA_3 SDC2_DATA_2/QDSS_SDC2_TRDATA_2 SDC2_DATA_1/QDSS_SDC2_TRDATA_1 SDC2_DATA_0/QDSS_SDC2_TRDATA_0

13M_IO_EN

HALLIC2_INT

SD_DETECT

NFC_VEN

NFC_WAKE_BCM

GPIO_49/BLSP9_3/UIM2_DATA

GPIO_50/BLSP9_2/UIM2_CLK

GPIO_51/BLSP9_1/UIM2_RESET

GPIO_52/BLSP9_0/UIM2_DET

GPIO_93/TSIF2_CLK/SDC4_CLK

GPIO_97/UIM1_DATA

GPIO_98/UIM1_CLK

GPIO_99/UIM1_RESET

GPIO_100/UIM1_DET

GPIO_101/UIM_BATT_ALARM

GPIO_144/HSIC_STROBE

GPIO_145/HSIC_DATA

PMIC_SPMI_DATA

PMIC_SPMI_CLK

SDC1_DATA_7 SDC1_DATA_6 SDC1_DATA_5 SDC1_DATA_4 SDC1_DATA_3 SDC1_DATA_2 SDC1_DATA_1 SDC1_DATA_0

SDC1_CMD SDC1_CLK

SDC2_CMD/QDSS_SDC2_TRSYNC

SDC2_CLK/QDSS_SDC2_TRCLK

WCN_XO

CXO

CXO_EN

SLEEP_CLK

RESIN_N

RESOUT_N

MODE_0 MODE_1

PS_HOLD

SRST_N

TCK TDI TDO TMS

TRST_N

EBI0_VREF_DQ EBI1_VREF_DQ

EBI0_VREF_CA2 EBI1_VREF_CA2

EBI0_VREF_D0 EBI0_VREF_D1 EBI0_VREF_D2 EBI0_VREF_D3

EBI0_VREF_CA1

EBI1_VREF_D0 EBI1_VREF_D1 EBI1_VREF_D2 EBI1_VREF_D3

EBI1_VREF_CA1

EBI0_CAL EBI1_CAL

EBI0_ZQ EBI1_ZQ

AN3 AM4 AM2 AP4

D20 G19 A19 F18 F20 E17 D18 C19 B18 C21

AA49 AC49 AE47 AH50

D40 G49 J45 K46 L45 E27

AB46 AC45 Y50 Y48 AA47

F10 C9

V48 W49

AG47 AJ47 AR49 AM46 AK48 AL49 AM48 AL47 AK46 AM50

R47 P46 V46 T50 U45 T48

B28 Y44 W45 W47

V44 AA45

F34 G35

Y46

AM44 AG45 AL45 AP46 AK44 AJ45

B34 AU1

BJ29 AG49

F40 F28 N47 H14 BD40

AF8 BG9 M6 BD16 AT44

BJ37 AN49

BJ31 BE49

R3079

33

C3003 0.1u

R3042 R3043

R3044 240 R3045 240

240 240

HDMI_CEC HDMI_DDC_CLK

HDMI_DDC_DATA HDMI_HOT_PLUG_DETECT

WLAN_SDIO3 WLAN_SDIO2 WLAN_SDIO1 WLAN_SDIO0 WLAN_CMD

WLAN_CLK BT_RESET_N BT_HOST_WAKEUP FLASH_LED_STROBE

WLAN_HOST_WAKEUP

WCD_RESET_N

SLIMBUS_CLK SLIMBUS_DATA

WCD_INT1_N WCD_INT2_N

UIM1_DATA UIM1_CLK UIM1_RESET

BAT_LOW_ALARM

HALLIC1_INT

BOM 1.0 change

eMMC_DATA7

eMMC_DATA6

eMMC_DATA5

eMMC_DATA4

eMMC_DATA3

eMMC_DATA2

eMMC_DATA1

eMMC_DATA0

eMMC_CMD

eMMC_CLK

SDC2_SDIO3

SDC2_SDIO2

SDC2_SDIO1

SDC2_SDIO0

SDC2_CMD

SDC2_CLK

XO_OUT_D0_CXO

XO_OUT_D0_EN

SLEEP_8941_BCM_CLK0

MSM_RESIN_N

MSM_RESOUT_N

MSM_PS_HOLD

JTAG_RESOUT_N

JTAG_TCK

JTAG_TDI

JTAG_TDO

JTAG_TMS

JTAG_TRST_N

VREF_LPDDR3_DQ

VREF_LPDDR3_CA

0.1uC3004

(1%) (1%)

I2C Pull-Up

+1V8_VREG_LVS3

+1V8_VREG_S3A

+1V8_VREG_LVS1

+1V8_13M_VDDIO

+1V8_VREG_LVS2

PMIC_SPMI_DATA PMIC_SPMI_CLK

C3010

C3011

DNI

Rev1.0 from QCT

UART_RX

JTAG_TDI

MSM_JTAG_PS_HOLD

JTAG_RESOUT_N

UART_TX

R3001 4.7K

R3015 4.7K

R3014 4.7K

R3016 4.7K R3017 4.7K

R3020 4.7K

R3021 4.7K

R3064 4.7K

21

4.7KR3002

21

4.7KR3018

21

4.7KR3013

21 21

4.7KR3019

21 21

21

4.7KR3022

21

4.7KR3063

21 21

TOUCH_I2C_SDA TOUCH_I2C_SCL

GAUGE_I2C_SDA GAUGE_I2C_SCL

COMMON_I2C_SDA COMMON_I2C_SCL

SENSOR2_I2C_SDA SENSOR2_I2C_SCL

SENSOR1_I2C_SDA SENSOR1_I2C_SCL

CAM0_I2C_SDA CAM0_I2C_SCL

CAM1_I2C_SDA CAM1_I2C_SCL

JTAG

+1V8_VREG_S3A

CN3000

C3009 10n

1817

141

132

123

114

105

96

87

1615

JTAG_TCK

JTAG_TMS

JTAG_TRST_N

JTAG_TDO

TP3000

L

K

J

I

H

G

F

E

D

C

B

A

LGE Internal Use Only

MIPI_CSI0_CLK_P

MIPI_CSI0_CLK_M

MIPI_CSI0_LANE1_P

MIPI_CSI0_LANE0_P

MIPI_CSI0_LANE0_M

MIPI_CSI0_LANE1_M

MIPI_CSI0_LANE2_P

MIPI_CSI0_LANE2_M

MIPI_CSI0_LANE3_M

MIPI_CSI0_LANE3_P

MIPI_CSI2_CLK_P

MIPI_CSI2_CLK_M

MIPI_CSI2_LANE0_M

MIPI_CSI2_LANE0_P

HDMI_TMDS_TX0_M

HDMI_TMDS_TX0_P

HDMI_TMDS_TX1_P

HDMI_TMDS_TX2_M

HDMI_TMDS_TCLK_M

HDMI_TMDS_TCLK_P

HDMI_TMDS_TX1_M

HDMI_TMDS_TX2_P

4.64KR3052

1%

MIPI_DSI0_CLK_P

MIPI_DSI0_CLK_M

MIPI_DSI0_LANE0_M

MIPI_DSI0_LANE0_P

MIPI_DSI0_LANE2_M

MIPI_DSI0_LANE1_P

MIPI_DSI0_LANE1_M

MIPI_DSI0_LANE2_P

MIPI_DSI0_LANE3_P

MIPI_DSI0_LANE3_M

DRAWN BY

loki.shin

TITLE

Schematic1

SIZE

DWG NO

A2

SHEET

3_MSM8974_Data

of

Rev1.0 DNI

LG Electronics

EAX64912601

Date

9

'12.05.04

B

A

REV

Rev.A

16 15 14 13 12 11 10 9

8

7 6 5 4 3 2 1

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

MSM8974 POWER

+1V8_VREG_L14

+1V3_VREG_L4

BD38,BC37

C4118 1u

BE39

C4119 1u

BE39

C4120 1u

BD26.BF26

C4121 1u

+0V9_VREG_S2B

C4000

47u

1u C4131

C4005 47u

GND1GND2

S2B port AC PDN S2B port AC PDN_RevB

INOUT

FL4001

C4132 1u

C4133 C4134 1u

1u

C4135 1u

GND1GND2

INOUT

FL4000

C4136 1u

C4137 C4138 1u

1u

C4139 1u

C4140 1u

+3V075_VREG_L24

C4128 1u

C4122 1u

K4

C4123 1u

P4

F2

C4124 1u

1u1

C4130

2

C4129

2

1u

1

+1V8_VREG_L6

+0V9_VREG_S2B

L

K

J

I

H

G

F

E

D

C4047

1u

+2V95_VREG_L13

+1V8_VREG_S3A

C4114

C4113

1u

C4046 C4045

1u

C4112

1u

+1V2_VREG_L1

C4044

C4111

1u

C4043

1u

C4110

1u

UIM1_VREG_L9

+1V8_VREG_S3A

FL4011

IN OUT

GND1 GND2

C4042

1u

C4109 C4108

1u

C4041

1u

+1V8_VREG_S3A

31 42

C4040

1u

C4107

1u

FL4012

IN OUT

GND1 GND2

1u

C4039

C4106

E21

T4

J5

F6

L7

K4

P4

F2

R3

J1

BD36

BC41

BC21

AW11

AV42

AU11

AL35

AL33

AL31

AL13

AL11

AH44

AG33

AG31

AG29

AG27

AG25

AG23

AG13

AG11

AE27

AC21

AC19

AC13

AC11

AB44

W41

W39

W35

W33

W23

W17

W15

R35

R25

R23

R21

R15

R13

R11

L33

L31

L15

L13

L11

K44

H18

H16

H12

BF26

BE39

BE33

BD26

BF28

BD38

BC37

J

VDD_A1_01

VDD_A1_02

VDD_A1_03

VDD_A2_01

VDD_A2_03

VDD_A2_04

VDD_A2_05

VDD_CORE_01

VDD_CORE_02

VDD_CORE_03

VDD_CORE_04

VDD_CORE_05

VDD_CORE_06

VDD_CORE_07

VDD_CORE_08

VDD_CORE_09

VDD_CORE_10

VDD_CORE_11

VDD_CORE_12

VDD_CORE_13

VDD_CORE_14

VDD_CORE_15

VDD_CORE_16

VDD_CORE_17

VDD_CORE_18

VDD_CORE_19

VDD_CORE_20

VDD_CORE_21

VDD_CORE_22

VDD_CORE_23

VDD_CORE_24

VDD_CORE_25

VDD_CORE_26

VDD_CORE_27

VDD_CORE_28

VDD_CORE_29

VDD_CORE_30

VDD_CORE_31

VDD_CORE_32

VDD_CORE_33

VDD_CORE_34

VDD_CORE_35

VDD_CORE_36

VDD_CORE_37

VDD_CORE_38

VDD_CORE_39

VDD_CORE_40

VDD_CORE_41

VDD_CORE_42

VDD_CORE_43

VDD_CORE_44

VDD_CORE_45

VDD_CORE_46

VDD_CORE_47

VDD_CORE_48

1u

C4038

1u

1u C4125

B6 B16 B38

E1 G11 G27 G41 J49

K8

L3 P44

T2 U49 AG7 AH2

AJ49 AN47 AV44

BA1

BD10 BD48 BE15 BF40

BJ5

BJ17 BJ35 BJ45 BJ47 BK32

VDD_P1_01 VDD_P1_02 VDD_P1_03 VDD_P1_04 VDD_P1_05 VDD_P1_06 VDD_P1_07 VDD_P1_08 VDD_P1_09 VDD_P1_10 VDD_P1_11 VDD_P1_12 VDD_P1_13 VDD_P1_14 VDD_P1_15 VDD_P1_16 VDD_P1_17 VDD_P1_18 VDD_P1_19 VDD_P1_20 VDD_P1_21 VDD_P1_22 VDD_P1_23 VDD_P1_24 VDD_P1_25 VDD_P1_26 VDD_P1_27 VDD_P1_28 VDD_P1_29

VDD_CORE_49

VDD_USB_3P3_01

VDD_USB_3P3_02

VDD_USB_1P8_01

VDD_USB_1P8_03

USB_SS_VPTX

VDD_USB_1P8_02

VDD_USB_CORE_02

VDD_USB_CORE_03

T46

VDD_P2

E19

VDD_P3_01

G9

VDD_P3_02

G23

VDD_P3_03

G31

VDD_P3_04

G39

VDD_P3_05

G45

VDD_P3_06

N5

VDD_P3_07

P48

VDD_P3_08 VDD_P3_09

AK8

VDD_P3_10 VDD_P3_11 VDD_P3_12 VDD_P3_13 VDD_P3_14

C15

VDD_P4

VDD_P5

VDD_P6

VDD_P7

B30

VDD_EBI0_CDC_01

D8

VDD_EBI0_CDC_02

F42

VDD_EBI0_CDC_03

W43

VDD_EBI0_CDC_04 VDD_EBI0_CDC_05

L9

VDD_EBI1_CDC_01

AM8

U3000

MSM8974-1_V2_2

1u

C4105

1u

C4126

1u

C4104

1uC4127

1u

C4103

1u

AH46

AY44 BC15 BC39 BG21

AC47

AF48

AH48

BF38

VDD_WLAN

VDD_KRAIT_01

VDD_USB_CORE_01

VDD_KRAIT_02 VDD_KRAIT_03 VDD_KRAIT_04 VDD_KRAIT_05 VDD_KRAIT_06 VDD_KRAIT_07 VDD_KRAIT_08 VDD_KRAIT_09 VDD_KRAIT_10 VDD_KRAIT_11 VDD_KRAIT_12 VDD_KRAIT_13 VDD_KRAIT_14 VDD_KRAIT_15 VDD_KRAIT_16 VDD_KRAIT_17 VDD_KRAIT_18 VDD_KRAIT_19 VDD_KRAIT_20 VDD_KRAIT_21 VDD_KRAIT_22 VDD_KRAIT_23 VDD_KRAIT_24

VDD_MEM_01 VDD_MEM_02 VDD_MEM_03 VDD_MEM_04 VDD_MEM_05 VDD_MEM_06 VDD_MEM_07 VDD_MEM_08 VDD_MEM_09 VDD_MEM_10 VDD_MEM_11 VDD_MEM_12 VDD_MEM_13 VDD_MEM_14 VDD_MEM_15 VDD_MEM_16 VDD_MEM_17 VDD_MEM_18 VDD_MEM_19 VDD_MEM_20 VDD_MEM_21 VDD_MEM_22 VDD_MEM_23 VDD_MEM_24 VDD_MEM_25 VDD_MEM_26 VDD_MEM_27 VDD_MEM_28 VDD_MEM_29 VDD_MEM_30 VDD_MEM_31 VDD_MEM_32 VDD_MEM_33 VDD_MEM_34 VDD_MEM_35 VDD_MEM_36 VDD_MEM_37

J25 J27 J29 J37 J39 J41 N25 N27 N29 N37 N39 N41 U25 U27 U29 U37 U39 U41 AC25 AC27 AC29 AC37 AC39 AC41

H34 L17 L19 L35 R17 R19 R31 R33 W11 W13 W19 W21 W31 AA31 AC15 AC17 AG35 AL19 AL21 AL27 AL29 AL37 AN15 AN37 AR21 AR35 AR37 AU17 AU37 AW13 AW21 BA13 BA35 BA37 BA39 BA41 BD28

22u

C4001

C4002 22u

FL4016

IN OUT

GND1 GND2

FL4006

IN OUT

GND1 GND2

22u

C4003

22u

C4004

31 42

REMOTE_GND_SNS|GND

FL4017

IN OUT

GND1 GND2

FL4007

IN OUT

GND1 GND2

R4006 0

31 42

10mm

C4141 DNI

FL4018

IN OUT

GND1 GND2

31 42

+0V95_VREG_S1B

FL4008

IN OUT

GND1 GND2

31 42

+0V95_VREG_S1B_ISO

+0V9_VSENSE_KRAIT

+0V9_VREG_KRAIT

Rev1.0 from QCT

FL4019

IN OUT

GND1 GND2

31 42

FL4009

IN OUT

GND1 GND2

31 42

I

H

G

F

E

AR43 BC19 BF10

31 42

C4028 1u

C4029 1u

BB44

AN43 BC11 BD14

VDD_EBI1_CDC_02 VDD_EBI1_CDC_03 VDD_EBI1_CDC_04 VDD_EBI1_CDC_05

F14

VDD_EBI0_PLL_01

F30

VDD_EBI0_PLL_02

G37

VDD_EBI0_PLL_03

T44

VDD_EBI0_PLL_04 VDD_EBI0_PLL_05

J9

VDD_EBI1_PLL_01

AH8

VDD_EBI1_PLL_02 VDD_EBI1_PLL_03 VDD_EBI1_PLL_04 VDD_EBI1_PLL_05

VDD_MODEM_01 VDD_MODEM_02 VDD_MODEM_03 VDD_MODEM_04 VDD_MODEM_05 VDD_MODEM_06 VDD_MODEM_07 VDD_MODEM_08 VDD_MODEM_09 VDD_MODEM_10 VDD_MODEM_11 VDD_MODEM_12 VDD_MODEM_13 VDD_MODEM_14

VDD_ALWAYS_ON

AG37 AG39 AG41 AL39 AL41 AR31 AR33 AR39 AR41 AW31 AW33 AW35 AW37 AW39

AD48

TP4000

FL4010

IN OUT

GND1 GND2

+1V15_VREG_S3B

31 42

D

C

B

+1V2_VREG_L1

+0V95_VREG_S1B_ISO

+0V95_VREG_S1B

C4057 C4056

1u

C4055

1u

C4054 C4053

1u

C4052

1u

R40490

Rev1.0

C4051

1u

C4050

1u

C4049

1u

C4048

1u

VREF_UIM

AB48

SDC_UIM_VREF

C4079

0.1u

C

VDD_DDR_CORE_1P2_01

VDD_DDR_CORE_1P2_02

VDD_DDR_CORE_1P2_03

VDD_DDR_CORE_1P2_04

VDD_DDR_CORE_1P2_05

VDD_DDR_CORE_1P2_06

VDD_DDR_CORE_1P2_07

VDD_DDR_CORE_1P2_08

VDD_DDR_CORE_1P2_09

VDD_DDR_CORE_1P2_10

VDD_DDR_CORE_1P8_01

VDD_DDR_CORE_1P8_02

VDD_DDR_CORE_1P8_03

VDD_DDR_CORE_1P8_04

VDD_DDR_CORE_1P8_05

VDD_GFX_01

VDD_GFX_02

VDD_GFX_03

VDD_GFX_04

VDD_GFX_05

VDD_GFX_06

VDD_GFX_07

VDD_GFX_08

VDD_GFX_09

VDD_GFX_10

VDD_GFX_11

VDD_GFX_12

VDD_GFX_13

VDD_GFX_14

VDD_GFX_15

VDD_GFX_16

VDD_GFX_17

VDD_GFX_18

VDD_GFX_19

VDD_MIPI_DSI_0P4

MIPI_DSI_LDO

VDD_MIPI_DSI_1P2

VDD_MIPI_DSI_1P8

VREF_SDC

VDD_SDC_CDC_01

VDD_SDC_CDC_02

VDD_PLL1_01

VDD_PLL1_02

VDD_PLL1_03

VDD_PLL1_04

VDD_PLL1_05

VDD_PLL1_06

VDD_PLL1_07

VDD_PLL2_02

VDD_PLL2_09

VDD_PLL2_01

VDD_PLL2_03

VDD_PLL2_04

VDD_PLL2_05

VDD_PLL2_06

VDD_MIPI_CSI

VDD_PLL2_07

VDD_HDMI

VDD_PLL2_08

VDD_EDP

VDD_PLL2_10

VDD_PLL2_11

VDD_QFPROM_PRG

B4

B26

C37

E49

AD2

AV2

AE49

BH48

BG25

BK4

D2

D50

BF2

AD50

BJ25

AG19

AG17

AL15

AG21

AL23

AL17

AR15

AL25

FL4003

IN OUT

GND1 GND2

AR19

AR17

AR25

AR23

31 42

AW17

AW15

AW23

AW19

BB18

AW25

BB20

BB4

BD2

L4000

BF4

BG3

R45

0.1uC4080

U47

AP48

N23

AE35

FL4002

IN OUT

GND1 GND2

AF46

AE43

AR29

AG15

31 42

AU29

H20

AW29

G43

J23

AC31

AA23

AE45

C4083 1u

AB8

AH4

AK4

AT2

AW7

AY8

C4081

1u

F36

BD8

+1V8_VREG_L12

1u

C4084

+1V8_VREG_L12

B

A

LGE Internal Use Only

C4091

C4082

2

47u

1

47u

1

+0V9_VREG_S4B

+1V8_VREG_S3A

C4074 1u

C4075 1u

C4076 1u

C4077 1u

16 15 14 13 12 11 10 9

C4115 1u

C4117 2.2u 2.2u

+1V8_VREG_L12

+1V2_VREG_L2

8

SDC_UIM_VREF

Rev1.0

+1V8_VREG_L12

C4087 1u

G43

C4088 1u

C4089 1u

AH4,AK4

H20,J23,AA23,AC31

C4090 1u

AY8,BF6,BG3

TITLE

LG Electronics

A

R40500

+0V9_VREG_S2B

C4085 C4086 1u

1u

AW29

AE45

MODEL NAME

DRAWN BY

User Name

SIZE

DWG NO

A2

SHEET

of

4_MSM8974_Power

10

PDM NUMBER

Date

Drawing Date

REV

Rev

7 6 5 4 3 2 1

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

L

eMMC 16GB Toshiba

MSM8974 GND & NC

K

4.41alpha --> 4.5 changed.

J

I

H

G

F

E

BK48 BK44 BK40 BK36 BK28 BK24 BK20 BK16 BK12

BK8

BK2 BJ49 BJ41 BJ33 BJ21

BJ3

BJ1 BH34

BG1 BF50 BF48 BF42 BF30 BE41 BE37 BE29

BE7

BE1 BD42 BD24 BD12

BD4 BC27 BC25 BC13 BB50 BB42 BB40 BB38 BB36 BB34 BB32 BB30 BB28 BB26 BB24 BB16 BB14 BB12 BB10

BB8 BA31 BA29 BA27 BA25 BA23 BA21 BA19 BA17 BA15 BA11

BA9 AY42

AY2 AW45 AW27

AW9

AW1

N33

N31

N21

N19

N17

N15

N13

N11

N9

M42

L41

L37

L27

L25

L23

L21

L1

K50

K42

J43

J35

J33

J31

J21

J19

J17

J15

J13

J11

H42

H40

H38

H36

H32

H30

H28

H26

H24

H22

H10

H8

H4

G33

G21

G13

G5

G1

F50

F38

F22

C13

C1

B50

B20

B2

A49

A45

A41

A37

A33

A29

A25

A21

A17

A13

A9

A5

A3

A1

GND_01

GND_02

GND_03

GND_04

GND_05

GND_06

GND_07

GND_08

GND_09

GND_10

GND_11

GND_12

GND_13

GND_14

GND_15

GND_16

GND_17

GND_18

GND_19

GND_20

GND_21

GND_22

GND_23

GND_24

GND_25

GND_26

GND_27

GND_28

GND_29

GND_30

GND_31

GND_32

GND_33

GND_34

GND_35

GND_36

GND_37

GND_38

GND_39

GND_40

GND_41

GND_42

GND_43

GND_44

GND_45

GND_46

GND_47

GND_48

GND_49

GND_50

GND_51

GND_52

GND_53

GND_54

GND_55

GND_56

GND_57

GND_58

GND_59

GND_60

GND_61

GND_62

GND_63

GND_64

GND_65

GND_66

GND_67

GND_68

GND_69

GND_276 GND_70 GND_275 GND_274 GND_273 GND_272 GND_271 GND_270 GND_269 GND_268 GND_267 GND_266 GND_265 GND_264 GND_263 GND_262 GND_261 GND_260 GND_259 GND_258 GND_257 GND_256 GND_255 GND_254 GND_253 GND_252 GND_251 GND_250 GND_249 GND_248 GND_247 GND_246 GND_245 GND_244 GND_243 GND_242 GND_241 GND_240 GND_239 GND_238 GND_237 GND_236 GND_235 GND_234 GND_233 GND_232 GND_231 GND_230 GND_229 GND_228 GND_227 GND_226 GND_225 GND_224 GND_223 GND_222 GND_221 GND_220 GND_219 GND_218 GND_217 GND_216 GND_215 GND_214 GND_213 GND_212 GND_211 GND_210 GND_209 GND_208

BK22 BH22 AP44 AN45

E29 G29

BK46 BK42 BK34

BK6 BJ23 BJ13

BJ9 BH50 BH44 BH36 BH24 BH20

BH2 BG49 BG45 BG43 BG37

DNC_06 DNC_05 DNC_04 DNC_03 DNC_02 DNC_01

NC_107 NC_106 NC_105 NC_104 NC_103 NC_102 NC_101 NC_100 NC_99 NC_98 NC_97 NC_96 NC_95 NC_94 NC_93 NC_92 NC_91

E43

E41

E39

E37

D46

D44

D4

C49

C47

C45

C43

C39

C5

C3

B48

B46

B44

B42

B40

B36

B32

B12

A47

A43

A39

A35

NC_01

NC_02

NC_03

NC_04

NC_05

NC_06

NC_07

NC_08

NC_09

NC_10

NC_11

NC_12

NC_13

NC_14

NC_15

NC_16

NC_17

NC_18

NC_19

NC_20

NC_21

NC_22

NC_23

NC_24

NC_25

NC_26

U3000

MSM8974-1_V2_2

NC_65

NC_66

NC_67

NC_68

NC_69

NC_70

NC_71

NC_72

NC_73

NC_74

NC_75

NC_76

NC_77

NC_78

NC_79

NC_80

NC_81

NC_82

NC_83

NC_84

NC_85

NC_86

NC_87

NC_88

NC_89

NC_90

BG31

BG23

BF44

BE45

BE43

BE27

BE3

BD50

BD44

BD34

BD32

BD30

BC49

BC43

BC23

BC17

BC9

BC5

BC3

BC1

BB22

BA49

BA43

BA33

AY50

AW49

F8

E45

NC_27

NC_64

AW43

AW41

F46

F44

NC_28

NC_29

NC_62

NC_63

AT50

AU49

NC_30

NC_31 NC_32 NC_33 NC_34 NC_35 NC_36 NC_37 NC_38 NC_39 NC_40 NC_41 NC_42 NC_43 NC_44 NC_45 NC_46 NC_47 NC_48 NC_49 NC_50 NC_51 NC_52 NC_53 NC_54 NC_55 NC_56 NC_57 NC_58 NC_59 NC_60

NC_61

H50 J47 L5 L43 M2 M8 M44 N3 N43 N49 P8 T8 U7 V8 W37 Y2 AA43 AB42 AC43 AD8 AD42 AF4 AH42 AJ43 AK2 AK42 AL43 AP8 AR11 AR13

GND_71 GND_72 GND_73 GND_74 GND_75 GND_76 GND_77 GND_78 GND_79 GND_80 GND_81 GND_82 GND_83 GND_84 GND_85 GND_86 GND_87 GND_88 GND_89 GND_90 GND_91 GND_92 GND_93 GND_94 GND_95 GND_96 GND_97 GND_98

GND_99 GND_100 GND_101 GND_102 GND_103 GND_104 GND_105 GND_106 GND_107 GND_108 GND_109 GND_110 GND_111 GND_112 GND_113 GND_114 GND_115 GND_116 GND_117 GND_118 GND_119 GND_120 GND_121 GND_122 GND_123 GND_124 GND_125 GND_126 GND_127 GND_128 GND_129 GND_130 GND_131 GND_132 GND_133 GND_134 GND_135 GND_136 GND_137 GND_138

N35BK50 P42 P50 R1 R5 R9 R27 R29 R37 R39 R41 R43 T42 U9 U11 U13 U15 U17 U19 U21 U23 U31 U33 U35 U43 V42 V50 W1 W9 W25 W27 W29 Y8 Y42 AA9 AA11 AA13 AA15 AA17 AA19 AA21 AA25 AA27 AA33 AA35 AA37 AA41 AB50 AC1 AC9 AC23 AC33 AC35 AD44 AD46 AE9 AE11 AE13 AE15 AE17 AE19 AE21 AE23 AE25 AE29 AE31 AE33 AE37 AE39

eMMC_DATA0 eMMC_DATA1 eMMC_DATA2 eMMC_DATA3 eMMC_DATA4 eMMC_DATA5 eMMC_DATA6 eMMC_DATA7

eMMC_CLK eMMC_CMD

+1V8_VREG_S3A

47K

21

R5002

R5003

R5012

R5001

C5001 C5002

2.2u

TP5000

R5000

+2V95_VREG_L20

+1V8_VREG_S3A

MSM_RESOUT_N

47K

21

R5004

10

0.1u

47K

21

R500521R5006

47K2147K

21

R5007

R5010

DNI

R5008

21

C5005

2.2u

10K

C5006

0.1u

C5004 0.1u

D4

NC_INDEX

A3

DAT0

A4

DAT1

A5

DAT2

B2

DAT3

B3

DAT4

B4

DAT5

B5

DAT6

B6

DAT7

M6

CLK

M5

CMD

C2

VDDI

C6

VCCQ5

M4

VCCQ4

N4

VCCQ3

P3

VCCQ2

P5

VCCQ1

E6

VCC4

F5

VCC3

J10

VCC2

K9

VCC1

E7

VSS2

G5

VSS3

H10

VSS4

K8

VSS5

N2

VSSQ1

N5

VSSQ2

P4

VSSQ3

P6

VSSQ4

C4

VSSQ5

K5

RST_N

NC1 NC94 NC2 NC95

A8

NC5

A9

NC6

A10

NC7

A11

NC8

A12

NC9

A13

NC10

A14

NC11

B1

NC12

B7

NC13

B8

NC14

B9

NC15

B10

NC16

B11

NC17

B12

NC18

B13

NC19

B14

NC20

C1

NC21

C3

NC22

J12

NC73

C7

NC24

C8 P8 C9 P9

NC27 NC120 NC28 NC121 NC29 NC122 NC30 NC123

U5001

RFU1 RFU3

NC3

RFU11

RFU5

RFU10

RFU2 RFU15 RFU17

RFU8

RFU6

RFU7 RFU12 RFU13 RFU14

NC59

NC60

NC61

NC62

NC63

NC64

NC66

NC67

NC68

NC69

NC70

NC71

NC83

NC84

NC85

NC86

NC87

NC88

NC89

NC90

NC91

NC92

NC93

NC96

NC97

NC98

NC99 NC100 NC101 NC102 NC103 NC104 NC105 NC106 NC107 NC108 NC109 NC110 NC111 NC112 NC113 NC114 NC115 NC117NC25 NC118NC26

A6 A7 C5 E5 E8 E9 G3 P7 P10 J5 G10 H5 K6 K7 K10

G12 G13 G14 H1 H2 H3 H12 H13 H14 J1 J2 J3 K12 K13 K14 L1 L2 L3 L12 L13 L14 M1 M2 M3A1 M7A2 M8 M9 M10 M11 M12 M13 M14 N1 N3 N6 N7 N8 N9 N10 N11 N12 N13 N14 P1 P2

P11C10 P12C11 P13C12 P14C13

J

I

H

G

F

E

D

C

GND_206

GND_207

AV8

AV4

AV50

GND_203

GND_204

GND_205

AU43

AU41

AU39

GND_200

GND_201

GND_202

AU35

AU33

AU31

GND_197

GND_198

GND_199

AU27

AU25

AU23

GND_194

GND_195

GND_196

AU21

AU19

AU15

GND_191

GND_192

GND_193

AU9

AU3

AU13

GND_188

GND_189

GND_190

AR9

AT42

AR27

GND_185

GND_186

GND_187

AR1

AP50

AP42

GND_182

GND_183

GND_184

AN41

AN39

AN35

GND_179

GND_180

GND_181

AN33

AN31

AN29

GND_176

GND_177

GND_178

AN27

AN25

AN23

GND_173

GND_174

GND_175

AN21

AN19

AN17

GND_170

GND_171

GND_172

AN9

AN13

AN11

GND_167

GND_168

GND_169

AN7

AN1

AM42

GND_164

GND_165

GND_166

AL9

AL1

AK50

GND_161

GND_162

GND_163

AJ41

AJ39

AJ37

GND_158

GND_159

GND_160

AJ35

AJ33

AJ31

GND_155

GND_156

GND_157

AJ29

AJ27

AJ25

GND_152

GND_153

GND_154

AJ23

AJ21

AJ19

GND_149

GND_150

GND_151

AJ17

AJ15

AJ13

GND_146

GND_147

GND_148

AJ9

AJ11

AG43

GND_143

GND_144

GND_145

AG9

AG1

AF50

GND_140

GND_141

GND_142

AE41

AF44

AF42

GND_139

C14

NC31

D1

NC32

D2

NC33

D3

NC34

D12

NC35

D13

NC36

D14

NC37

E1

NC38

NC39

E2

TP5001

NC74

NC75

NC76

RFU9

K1

J14

TP5002 TP5003 TP5004

E10

E12

E3

NC40

J13

NC45

E13

NC46

E14

NC47

F1

NC48

F2

NC49

F3

NC50

F10

RFU4

F12

NC52

F13

NC53

F14

NC54

G1

NC55

G2

NC56

K2

NC77

K3

NC78

D

C

B

LPDDR3_POP 16Gbit 800MHz

Hynix

2Channel, 8Gbx2, x32

U5000

Fiducial1

1

EPOXY_PAD

B

A

LGE Internal Use Only

16 15 14 13 12 11 10 9

User Name

8

LG Electronics

TITLE

Schematic1

SIZE

DRAWN BY

DWG NO

A2

SHEET

of

5_DDR3_MSM8974_GND_NC

15

PDM NUMBER

Date

Drawing Date

7 6 5 4 3 2 1

A

REV

Rev

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

PM8941

QCT platform uses battery FET Rds,on as sense resistor for BMS. It can use external sense resistor if required. If external sense resistor is not used, BMS_CSP and BMS_CSM must be tied to VBAT of PMIC.

0829 Using Rds : R15113,R15114(DNI), R15138,R15139(0ohm)

Using external Rsense : R15113,R15114(0ohm), R15138,R15139(DNI) VBAT_SENSE_P VBAT_SENSE_M

VBAT

R6007 DNI

R6004 0

DNIR6006

0R6005

+VPWR

Rev1.0

1.5mm

+5V0_VREG

TX_GTR_THRES

R6018

DNI

21

+VPWR

R6011

R6024 DNI

10K

BB Bypass boost

+VPWR

1

10K

2

R6025

21

2mm 2mm

BOOST_BYP_EN BOOST_BYP_VSEL

2

R6012DNI

Change to 0.47uH(2016, Cyntec, 20%, DCR=0.03OHM ISAT=3.6A)

L6002

470n

21

BOOST_BYP_VSEL

1

BOOST_BYP_EN BOOST_BYP_BYP

C6022

2

4.7u

1

R6026

100K

A3 B3 A4

VIN2

C3

SW1

C4

SW2

B1

VSEL

A1

EN BYP PGND2

A2

PG

U6000

VOUT1VIN1 VOUT2

AGND1 AGND2 AGND3 PGND1

PGND3

B4

B2 C2 D1 D2 D3C1 D4

C6006

2

22u

1

C6001

2

DNI

1

VREG_BOOST_BYPASS

L

K

J

I

H

G

F

E

R6041

C6026

0.1u

DNI

C6027 1n

QCT 2nd Review(120730) : S3A->L8

PM_USB_ID_HOST

CBUS_ID

X6000 1RAA19200AAA

SENSOR XTAL2 XTAL1 GND1

34 21

19.2MHz

MSM_JTAG_PS_HOLD

MSM_PS_HOLD

PHONE_ON_N

to PM8841

PMIC_SPMI_CLK

PMIC_SPMI_DATA

+1V8_VREG_L8

R6063

21

DNI

VREF_LPDDR3_CA

VREF_LPDDR3_DQ

MSM_RESIN_N

PON_OUT

PA_THERM0 PA_THERM1

DNI(100K,1%)

DNI(0 ohm)

DNI R6042

C6060 DNI

R6030

10K

C6062 DNI

TP6002

R6035 150K

C6019

25V

TP60001TP6001

1

TP6003

100KR6036

R6037

30.9K

C6051 1u

C6052 0.1u

47KR6027

1u

197 155 180 196 163

164 204

131 147

186 195

162 179

170 138 154 178 203

46 37 45

11

70 54

191 202 114 129

85

152 168

188 213

VBUS_HOST_PWR

139

USB_OTG_IN

PS_HOLD KYPD_PWR_N CBL_PWR_N PON_1 RESIN_N

PON_RESET_N PON_OUT

SPMI_CLK SPMI_DATA

AMUX_PU1 AMUX_PU2

AMUX_HW_ID AMUX_USB_ID

AMUX_1 AMUX_2 AMUX_3 AMUX_4 AMUX_5

VREF_XO XO_THERM GND_XOADC

XTAL_19M_IN

3

XTAL_19M_OUT

XTAL_32K_IN XTAL_32K_OUT

OPT_1 OPT_2 OPT_3 OPT_4

VDD_INT_BYP

REF_BYP GND_REF

VREF_DDR3_CA VREF_DDR3_DQ

USB1_PHY_VBUS

VBUS_USB_IN

220

181

173

172

226

PHY_VBUS

USB_IN_1

USB_IN_2

USB_IN_3

WLC_OVP_OUT

229

221

DC_IN_1

DC_IN_2

DC_IN_3

WLC_OVP_SNS

WLC_OVP_CTL

C6061 10n

189

171

228

212

OVP_OUT_1

OVP_CP_DRV

DC_IN_OVP_CTL

DC_IN_OVP_SNS

0.1uC6014

205

209

VDRV_P

OVP_OUT_2

VCHG

C6005 4.7u

200

217

VCHG_SNS

4.7uC6008

215

199

216

VCHG_1

VCHG_2

GND_CHG_HP_1

VBAT_SENSE

C6017

2

DNI

1

2

1

C6018 100n

222

214

210

182

VBAT_1

VBAT_SNS

GND_CHG_HP_2

BATFET_CP_DRV

C6002 10u

223

VBAT_2

VBAT_3

BAT_ID

VREF_BAT_THM

BAT_THM

R6021 DNI

227

211

218

BAT_ID

VREF_BAT

BAT_THERM

VBACKUP

C6004 1u

C6015 100n

187

63

VCOIN

VPRE_CAP

DNIC6007

DNI

C6016 470n

R6062

169

177

193

BMS_CSP

BMS_CSN

VREG_BMS

208

201

VREG_CHG

U6001

L6001 1u

206

198

224

VPH_PWR_1

VSW_SMBC_1

VSW_SMBC_2

VPH_PWR_2

+1V3_VREG_S1A

C6003 22u

21

40

207

VDD_L1_3

VPH_PWR_3

+2V15_VREG_S2A

C6012 100n

19

4

VDD_L5_7

VDD_L4_11

VDD_L6_12_14_15

+1V8_VREG_S3A

+VPWR

VREG_BOOST_BYPASS

2

1

C6021 2.2u

58

135

22

118

VDD_L2_LVS1_2_3

VDD_L8_16_18_19

VDD_L9_10_17_22

VDD_L13_20_23_24

98

14

VDD_L21

+VPWR

2

1

C6009 2.2u

15

GND_S1

VDD_S1

+VPWR

2

1

C6010 2.2u

2

17

GND_S2

VDD_S2

+VPWR

2.2uC6011

2

1

64

95

GND_S3

VDD_S3

5V, 1.3A

Input to 5V switch(HDMI,OTG)

Schottky barrier

32

16

VSW_5V_1

VSW_5V_2

161

133

VIN_5VS

VDD_MSM_IO

96

L6000

2.2u

18357150

VDD_RGB

VDD_WLED

VDD_GPLED

1.4V, 2A, 3.2MHz

2.15V, 1A, 1.6MHz

1.8V, 2A, 3.2MHz

1.8V, 300mA

1.225V, 1.2A

1.2V, 300mA

1.05V, 300mA

1.3V, 1.2A

1.8V, 150mA

1.8V, 50mA

1.8V, 150mA

1.3V, 1.2A

1.8V, 300mA

2.95V, 150mA

1.9V, 150mA

2.05V, 600mA

2.75V, 150mA

2.7V, 300mA

2.85V, 300mA

2.9V, 600mA

2.95V, 600mA

2.95V, 600mA 3V, 300mA 3V3, 300mA

3.075V, 50mA

VREG_5V_SNS

5V, 500mA 5V, 55mA

VOUT_5VS_OTG

VOUT_5VS_HDMI

21

10K

R6070

142

174

WLED_CABC

VDD_FLASH

VDD_TORCH

VREG_S1

VSW_S1

VREG_S2 VSW_S2_1 VSW_S2_2

VREG_S3

VSW_S3

VOUT_LVS1 VOUT_LVS2 VOUT_LVS3

VREG_L1

VREG_L2

VREG_L3

VREG_L4

VREG_L6

VREG_L8

VREG_L9 VREG_L10 VREG_L11 VREG_L12 VREG_L13 VREG_L14 VREG_L15 VREG_L16 VREG_L17 VREG_L18 VREG_L19 VREG_L20 VREG_L21 VREG_L22 VREG_L23 VREG_L24

VREG_5V_1 VREG_5V_2

GND_5V

VREG_FAULT

23 7

33 1 9

87 79

140 111 124

31 103 56 5

35

38 113 144 28 26 42 27 10 29 151 6 13 74 89 120 18 82

47

8 24 48

141 125 192

C6020 1u

TP6021 TP6004

+VPWR +1V8_VREG_S3A

+VPWR +VPWR

VCHG +5V0_VREG

L6003

2.2u

21

2.2uL6004

21

L6005 2.2u

21

+1V8_VREG_LVS1 +1V8_VREG_LVS2 +1V8_VREG_LVS3

+5V0_VREG

C6028

47u

VBUS_HOST_PWR

C6029 4.7u

+VPWR

J

BOOST_BYP_BYP

C60582.2u

U6002

9

PGND

8

VDD2

7

VDD1

6

CE

5 4

VOUT1 VOUT2

LCON

VFBGND

1 2 3

Bhelper LDO

+2V15_VREG_S2A

C6059

4.7u

I

+1V3_VREG_S1A

+2V15_VREG_S2A

+1V8_VREG_S3A

Sensors IO VT camera IO

C6023

2

47u

1

GND_S1

C6024 47u

GND_S2

C6025 47u

GND_S3

Touch IO

+1V2_VREG_L1 +1V2_VREG_L2 +1V05_VREG_L3 +1V3_VREG_L4

+1V8_VREG_L6

+1V8_VREG_L8 UIM1_VREG_L9 +1V8_VREG_L10

+1V8_VREG_L12 +2V95_VREG_L13 +1V8_VREG_L14 +2V05_VREG_L15 +2V7_VREG_L16

+3V0_VREG_L17 +2V7_VREG_L18

+3V0_VREG_L19 +2V95_VREG_L20 +2V95_VREG_L21 +3V3_VREG_L22

+3V075_VREG_L24

2

4.7uC6032

1u

1uC6034

1u

4.7uC6037

1uC6039

1u

2

4.7uC6045

1

1u

LDOs load caps can be DNIed depending on routing width.(max 5cm trace length)

C6030 1u

C6031 1u

C6033

C6035

C6036

C6038

C6041 4.7u

C6040

C6042 1u

1

C6043 2.2u

C6044 2.2u

C6046 4.7u

C6047 4.7u

C6048 4.7u

C6050

BOM 1.0 Change

QCT REF REV_C DNIed CAP

VDD_L1_3, L4_11(LPDDR, WCD, RF, WLAN)

VDD_L6_12_14_15, VDD_L5_7, WCD_VDD_BUCK

VDD_DDR_CORE, VDD_P7, VDD_P3, VDD_L2_LVS1_2_3, PMIO, VCC_EMMC , WCD_IO WTR0/1_VDD_DIG, Wi-Fi VIO, Fuel Gauge

VDD_DDR_CORE, VDD_P1, WCD, WCN, P4/P7(OPT), VCC_EMMC(OPT) MIPI_DSI - analog 13M CAM DIGITAL CORE RFIC low-V; MSM analog low-V

USB; WCN XO; PMIC low power XO output buffers

PCB revision MSM VDD_P5, UIM1 TDMB VDD

MSM PLLs, MIPI_DSI, MIPI_CSI, HDMI, EDP; MIPI_DSI I/Os, QFRROM, LCD_IO MSM VDD_P2 MSM Analog - high V RFIC - low V front-end, RF switches, GPS LNA

Sensors AVCC VT camera AVDD MOTOR VDD eMMC SD card TOUCH

HS-USB high-voltage

H

G

F

E

D

C

B

SDC_UIM_VREF

TXDAC0_VREF

PCB_REVISION_ADC

LCD_MAKER_ID

EJ_MIC

XO_OUT_A0 XO_OUT_A1 XO_OUT_A2

DIFFCLK_M DIFFCLK_P

XO_OUT_D0_EN

XO_OUT_D0 XO_OUT_D1

XO_OUT_D0_CXO

SLEEP_8941_BCM_CLK0

R6040 0

Rev1.0

C6053 1u

R6067

33

R6069

33

123 156 148 132 121 145 136 153

1uC6054

MPP_01/VREF_PADS MPP_02/EXT_BOOST_EN MPP_03/VREF_DAC MPP_04/PRIVACY_LED MPP_05/ENET_LDO_EN MPP_06/ENET_RST_N MPP_07/NFC_EXT_EN MPP_08/MHL_RESET_N

20

VREG_XO/VREG_L7

12

VREG_RF_CLK/VREG_L5

VREG_WLED

VSW_WLED

WLED_SNK1 WLED_SNK2 WLED_SNK3

GPLED_SRC1 GPLED_SRC2 GPLED_SRC3 GPLED_SRC4

97 126

127 119 104

66 81 73 88

Function

S1 S2 2.15V 1000mA Y1.8V - 2.25VHF_SMPS

HF_SMPSS3 1.8V 1.75V - 1.85V 2000mA NMOS LDOL1 1.225V 1.2V - 1.25V 0.75V - 1.525V 1200mA

Circuit

Type

Default Voltage

ProgrammableSpecified

Range

0.375V - 3.05V

Rated

CurrentRange

Default

On

Y2000mA1.2V - 1.5V1.4VHF_SMPS

Y Y

D

L2 NMOS LDO 1.2V 1.1V - 1.45V 0.75V - 1.525V 300mA

69

XO_OUT_A0

84

XO_OUT_A1

60

XO_OUT_A2

52

XO_OUT_DIFF_N

68

XO_OUT_DIFF_P

44

XO_OUT_D0_EN

75

XO_OUT_D0

83

XO_OUT_D1

30

SLEEP_CLK

GPLED_SNK1 GPLED_SNK2 GPLED_SNK3 GPLED_SNK4

RGB_BLU/GP_LED_DRV2 RGB_GRN/GP_LED_DRV1

RGB_RED/LED_ATC/GP_LED_DRV0

FLASH_DRV_1 FLASH_DRV_2

VIB_DRV_N

80 41 65 49

176 167 160

158 190

72

1

TP6008 TP6006 TP6007

KPD_LED_SNK1 KPD_LED_SNK2

1

ZD6049

2

LD6000

Rev1.0 Change

NMOS LDO 0.75V - 1.525V NMOS LDO 0.75V - 1.525V

Low Noise LDO

1.2V 1.1V - 1.45V 300mAL3

1.3V 1.1V - 1.45V 1200mAL4

1.7V - 2.2VL5 1.8V On-Chip only

PMOS LDO 0.75V - 3.05V Y1.7V - 1.9VL6 1.8V 150mA

L7 Low Noise LDO On-Chip only1.8V

1.7V - 2.2V

1.7V - 1.9VL8 PMOS LDO 1.8V 0.75V - 3.05V 50mA

1.7V - 3.05VL9 PMOS LDO 1.8V 0.75V - 3.05V 150mA Y

L10 L11

1.3V

1.7V - 3.05VPMOS LDO 1.8V 0.75V - 3.05V 150mA

1.2V - 1.4VNMOS LDO 0.75V - 1.525V 1200mA

1.7V - 1.9VPMOS LDO 0.75V - 3.05V 300mAL12 1.8V

PMOS LDO YL13 2.95V 2.75V - 3.0V 0.75V - 3.05V 150mA

L14 PMOS LDO 1.9V 1.7V - 2.1V 0.75V - 3.05V 150mA

600mAL15 PMOS LDO 2.05V 2.0V - 2.1V 0.75V - 3.05V L16 2.75V 2.6V - 3.0V 0.75V - 3.05V 150mA L17 2.8V 2.7V - 3.0V 0.75V - 3.05V 300mA

PMOS LDO

PMOS LDO L18 PMOS LDO 2.85V 2.4V - 3.3V 0.75V - 3.05V 300mA L19 2.9V 2.6V - 3.3V

PMOS LDO 0.75V - 3.05V 600mA

C

PMOS LDO 0.75V - 3.05V YL20 2.95V 2.75V - 3.05V 600mA

0.75V - 3.05V 600mAL21 YPMOS LDO 2.95V 2.75V - 3.05V

GPIO_10/KYPD_DRV2

GPIO_11/KYPD_DRV3

GPIO_12/KYPD_DRV4

GPIO_13/KYPD_DRV5

GPIO_01/KYPD_SNS1

GPIO_02/KYPD_SNS2

GPIO_03/KYPD_SNS3

GPIO_04/KYPD_SNS4

GPIO_05/KYPD_SNS5

GPIO_06/KYPD_SNS6

GPIO_07/KYPD_SNS7

GPIO_08/KYPD_SNS8

GPIO_09/KYPD_DRV1

GPIO_14/KYPD_DRV6

GPIO_23/KYPD_DRV7

GPIO_24/KYPD_DRV8

GPIO_25/KYPD_DRV9

GPIO_15HS/CLK_CODEC

GPIO_26/KYPD_DRV10

GPIO_16HS/CLK_HAPTICS

GPIO_17HS/CLK_QPA1

GPIO_18HS/CLK_QPA2

GPIO_19/MIPI_DSI_RST_N

GPIO_20/GOBI_PWR_EN

GPIO_21/EXT_REG_EN1

GPIO_22/HS_DET

GPIO_27/FLASH_STROBE

GPIO_28/TX_GTR_THRESH

GPIO_29/SD_WP

GPIO_30/TS_CHGR_IN

GPIO_31/BAT_ALARM

GPIO_32/NFC_CLK_REQ

GPIO_33/PWM_LED_CTL1

GPIO_34/PWM_LED_CTL2

GPIO_35/PWM_LED_CTL3

GPIO_36/PWM_LED_CTL4

GND_01

GND_02

GND_03

GND_04

GND_05

GND_06

GND_07

GND_08

GND_11

GND_09

GND_10

GND_12

GND_13

GND_14

GND_15

GND_16

GND_17

GND_18

GND_WLED_SMPS

GND

99

92

91

78

39

86

93

110

76

94

77

71

61

55

62

53

157

102

34

105

109

149

165

117

43

36

25

59

184

67

51

194

159

90

143

166

106

128

146

137

50

100

101

107

108

112

115

116

122

130

175

185

219

225

134

Low V SwitchLVS1 1.8V

0.75V - 3.05V 300mAPMOS LDO 3.0V 2.6V - 3.3VL22

0.75V - 3.05V 300mAL23 PMOS LDO 3.0V 2.6V - 3.3V

0.75V - 3.05V Y50mAPMOS LDO 3.075V 3.0V - 3.3VL24 300mA Y 300mA

YLVS2 Low V Switch 1.8V Y1.8V 300mALVS3 Low V Switch Y5.0V 500mA5V Switch5VS1

B

Y5VS2 5V Switch 5.0V 55mA

TP6018

PCB_Revision

1300mA4.00V - 5.50V4.0V - 5.5V5.0VBoost SMPS5V VREG

A

LGE Internal Use Only

KEY_UP

KEY_HOT

KEY_DOWN

KEY_HOME

ANX_P_DWN_CTL

BOOST_BYP_BYP_RF

SLIMPORT_CBL_DET

WCD_MCLK

LCD_RESET_N

WIFI_SLEEP_CLK

EAR_MIC_EN

BOOST_BYP_BYP

TX_GTR_THRES

FLASH_LED_STROBE

BAT_LOW_ALARM

NFC_PMIC_XO_EN

LED_EN

WLC_FULL_CHG

SLIMPORT_IOVCC_EN

SLIMPORT_AVDD33_EN

OTG OVP control Check!!

0829 BOOST_BYP_EN -> BOOST_BYP_BYP(QCT REV_D)

16 15 14 13 12 11 10 9

8

VBACKUP

7 6 5 4 3 2 1

BAT1601

PCB_REVISION_ADC

C6056 33n

R6060

+1V8_VREG_L8

R6059

100K

DNI

Rev1.0

A B C D E

F G

1.0

1.1

100K 100K 100K 100K 100K 100K

100K

DNI

DRAWN BY

20K

27K 39K 51K 75K

100K 130K

DNI

100K

0.300

0.383

0.505

0.680

0.771

0.900

1.017

1.800

0.000

User Name

TITLE

SIZE

A2

SHEET

MODEL NAME

DWG NO

of

1 2

LG Electronics

PDM NUMBER

Date

Drawing Date

A

REV

Rev

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

L

K

J

I

PM8841

J

I

* PLACE S2B, S4B, S5B, S6B, S7B, S8B

H

G

F

E

+VPWR

+1V8_VREG_S3A

+VPWR

C701622u

+VPWR

C7005 2.2u

C7006 2.2u

C7010 2.2u

2.2uC7011

C7012 2.2u

C7013 2.2u

C7014 2.2u

PON_OUT

MSM_RESIN_N

PMIC_SPMI_CLK

PON_OUT

PMIC_SPMI_DATA

OUTPUT CAPACITORS CLOSE TO MSM

H

68

69

59

767761

52

51

0.1uC7000

31

24

33

34

78

86

43

70

RGB_LED_Driver

C7009 47u

2A 3A

1A

3A

+0V95_VREG_S1B

+0V9_VREG_S2B

+1V15_VREG_S3B

+0V9_VREG_S4B

+0V9_VSENSE_KRAIT

+0V9_VREG_KRAIT

MSM VDD_MEM, VDD_EBI

MSM core, SDC, and USB

MSM VDD_MODEM

MSM graphics

MSM quad-Krait microprocessors

+VPWR

COMMON_I2C_SCL COMMON_I2C_SDA

LED_EN

TP17000 TP17001 TP17002

C17016 1u

C4

VDD

D1

SCL

E1

SDA

E2

EN

D3

CLK_32K

E3

INT

E4

TRIG

C2

ADDR_SEL0

B2

ADDR_SEL1

C17014

0.47u

B4

B3

CFLY1P

U17001

CFLY1N

U1_VOUT

GND1

GND2

D4

C3

C17015

0.47u

CFLY2P

A3A4

CFLY2N

VOUT

GPO

G

C17017 1u

A2

C1

R

B1

G

A1

B

D2

LED_RED1 LED_GREEN1

LED_BLUE1

TP17003

1

F

E

NC_1

XO_IN

PS_HOLD

RESIN_N

50

VDD_PON

32

VDD_MSM_IO

1uC7004

41

VDD_INT_BYP

53

VDD_S1

35

GND_S1

8

VDD_S2_1

9

VDD_S2_2

18

GND_S2_1

25

GND_S2_2

80

VDD_S3

62

GND_S3

97

VDD_S4_1

98

VDD_S4_2

79

GND_S4_1

89

GND_S4_2

1

VDD_S5_1

2

VDD_S5_2

10

GND_S5_1

20

GND_S5_2

19

VDD_S6

36

GND_S6_1

37

GND_S6_2

72

VDD_S7

54

GND_S7_1

55

GND_S7_2

SPMI_CLK

PON_1

SPMI_DATA

MPP_01

GND_REF

REF_BYP

U7000

MPP_02

MPP_03

MPP_04

0.95V, 2A, 4.8MHz

0.9V, 3A, 3.2MHz

1.15V, 1A, 3.2MHz

0.9V, 3A, 3.2MHz

0.9V, 3A, 6.4MHz

OPT_2

OPT_1

NC_2

VREG_S1

VSW_S1

VREG_S2 VSW_S2_1 VSW_S2_2 VSW_S2_3

VREG_S3

VSW_S3

VREG_S4 VSW_S4_1 VSW_S4_2 VSW_S4_3

VREG_S5 VSW_S5_1 VSW_S5_2 VSW_S5_3

VREG_S6 VSW_S6_1 VSW_S6_2

VREG_S7 VSW_S7_1 VSW_S7_2

42 44

6 7 16 17

60 71

95 87 88 96

4 3 11 12

5 27 28

94 63 64

L7000 470n

L7001 470n

L7003 470n

L7004

L7005

L7006

2.2uL7002

240n

R7000

C7017

Rev1.0 from QCT

C7018

0

DNI

R7001

0

DNI

3A

C7007 C7008 47u

47u

D

+VPWR

90

VDD_S8_1

91

VDD_S8_2

2.2uC7015

73 81

GND_S8_1 GND_S8_2

GND_1

GND_2

14

13

GND_3

15

GND_4

22

21

GND_5

GND_6

26

23

GND_7

GND_8

30

29

GND_10

GND_9

39

38

GND_11

GND_12

45

40

GND_13

GND_14

48

46

GND_16

GND_15

56

49

GND_17

GND_18

57

58

GND_19

65

0.9V, 3A, 6.4MHz

GND_20

GND_21

GND_22

GND_23

GND_24

75

74

67

66

GND_25

85

84

GND_26

VREG_S8 VSW_S8_1 VSW_S8_2 VSW_S8_3

REMOTE_GND_SNS

47

93 82 83 92

L7007

240n

3A

D

* CONNECT REMOTE_GND_SNS GROUND TO MSM GROUND WITH SINGLE TRACE

REMOTE_GND_SNS

C

B

C

B

A

LGE Internal Use Only

16 15 14 13 12 11 10 9

8

LG Electronics

TITLE

Schematic1

DRAWN BY

SIZE

User Name

A2

SHEET

DWG NO

PDM NUMBER

of

117_PM8841

Date

Drawing Date

7 6 5 4 3 2 1

A

REV

Rev

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

Battery Connector

FL8000

Rev1.0

VBAT1

VBAT_SENSE_P

It will be changed the value : 10mohm -> 2mohm

R8003

R8011

0

C8008 33p

C8009 10u

1uF

IN OUT

G1 G2

21

43

C8003 47p

C8001

100u

VBAT

Fuel Gauge

VBAT1

CLOSE TO CN8000, PIN#1

VBAT1

+1V8_VREG_S3A

L

K

J

I

VBAT_SENSE_M

VBAT_SENSE

Have to check pin map

CN8002

D1

D2

1 2 3

4

R8018

0

D8000

VA8001

VBAT Therm

R8043

R8013

120

10m

4.7K

R8045

R8046

DNI

BAT_ID

ZD8000

R8017

18K

R8014

110K

VREF_BAT_THM

BAT_THM

Rev1.0

CLOSE TO CN8000, PIN#3, GND

C8040 100n

A3

VDD

U8005

A2 B1 A4

GND

CTG

QSTRT

ALRT

SDACELL

SCL

A1 B3 B4

B2

R8048

330K

C8041 1u

R8049

4.7K

J

FUEL_GAUGE_INT_N

GAUGE_I2C_SDA

GAUGE_I2C_SCL

I

Don't use Board GND

C8027 DNI

2 1

R8019

DNI

C8028 33n

Main GND Line.

Line Width must be over the 3mm.

Use line GND From Battery GND Pin#3

H

G

BAT_ID_PULLUP

VREF_BAT_THM

H

G

F

E

MBV62562101

FEED

CN16003

Wireless Charging

F

Wireless charging Interface

WLC_FULL_CHG

D16000

R16000

21

1K

VBUS_USB_IN

PCB vendor mark

E

D

C

MBV62562101

FEED

CN16000

FEED

CN16001

FEED

CN16004

100K

R16001

21

SKTU+

R16012

WLC_5V_OUT

WLC_CHARGE_BAR

WLC_OVP_SNS|WLC_5V_OUT

WLC_5V_OUT

WLC_OVP_CTL

25V

4.7K R16003

1u C16002

Q16000

S1 D1_1

2 G1

7

D2_2

3

D2_1

R16004

D1_2

G2

S2

61 8

5

WLC_OVP_OUT

TOP BOT

4

100

R16009

100

R16013

DNI

R16010

DNI

KT

R16014

DNI

D

R16011

DNI

C

B

DNI

B

A

LGE Internal Use Only

16 15 14 13 12 11 10 9

8

LG Electronics

TITLE

Schematic1

DRAWN BY

SIZE

User Name

A2

SHEET

DWG NO

16

PDM NUMBER

of

16

Date

Drawing Date

7 6 5 4 3 2 1

A

REV

Rev

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

J

I

Camera_Part

13M_MIPI_CAMERA(90µµ sony module)

+1V8_13M_VCM

MAIN_CAM_MCLK

MAIN_CAM_RESET_N

ZD9002ZD9001

CN9050

1 30 2 3 4

MIPI_CSI0_LANE1_P

MIPI_CSI0_LANE1_M

MIPI_CSI0_LANE0_P

MIPI_CSI0_LANE0_M

1 2

3 4

ICMEF104P101MFR

10 9

EAM62630501

MIPI_CSI0_CLK_P

MIPI_CSI0_CLK_M

FL9001

8 7

6 5

EAM62570201

5

G1

D1

1 2 4

FL9003

G2

6

D3 D4D2

3

C9002

2.2u

29 28 27 265 256 247 238 229 2110 2011 1912 1813 1714 1615

C9003

100n

C9004

2.2u

ZD9003

C9005

ZD9005

C9006

L

VT CAM LDO

+1V8_VREG_S3A

K

VT CAM

+1V2_VT_DVDD

CAM0_I2C_SDA

CAM0_I2C_SCL

2.4MP

+1V8_VREG_LVS2

+1V05_VREG_L3

+1V8_13M_VDDIO

+2V7_13M_ANA

4 3

2 1

4.7u1u

EAM62630501

ICMEF104P101MFR

109

5 6

7 8

FL9002

MIPI_CSI0_LANE3_P

MIPI_CSI0_LANE3_M

MIPI_CSI0_LANE2_P

MIPI_CSI0_LANE2_M

MIPI_CSI2_CLK_M MIPI_CSI2_CLK_P

MIPI_CSI2_LANE0_M MIPI_CSI2_LANE0_P

VT_CAM_MCLK

FL9000

109

4 3

2 1

5 6

7 8

CN9000

201

192

183

174

165

156

+1V2_VT_DVDD

+2V7_VREG_L18

C9022 1u

U9003

VOUT VDD GND CE

PGND

5

41 32

VT_CAM_LDO_EN

C9021

R9024

47K

1u

J

I

H

G

13M_IO_EN

13M_ANA_EN

+VPWR

C9030

4.7u

300mA

VIN VOUT1 EN1 VOUT2 P2 GND P1 EN2

9

RT9032AGQWU9005

PGND

147

ZD9004

138

+VPWR

RP114K181D-TRB U9006

81 72 63 54

C9028 1u

C9029

4.7u

+1V8_13M_VDDIO

+2V7_13M_ANA

13M_VCM_EN

C9026

4.7u

4 1 3 2

VOUTVDD

GNDCE

PGND

5

+1V8_13M_VCM

C9027

4.7u

129

1110

C9007

2.2u

C9008

2.2u

BOM 1.0 Change

C9009 10u

1

2

D9001

4

3

5

CAM1_I2C_SDA

CAM1_I2C_SCL

VT_CAM_RESET_N

H

G

F

E

F

5.5" GK LCD Backlight LED Boost

E

DSV

LCD Connector

L9002

D

C

MIPI_DSI0_LANE1_P

MIPI_DSI0_LANE1_M MIPI_DSI0_LANE0_P

MIPI_DSI0_LANE0_M

+VPWR

+1V8_VREG_L12

5

G1

CN9070

G1 G2

301

C9070

1u

EAM62630501

ICMEF104P101MFR

109

4 3

2 1

5 6

7 8

LCD_MAKER_ID

WLED_C1 WLED_C2

LCD_PWM

LCD_VSYNC

LCD_RESET_N

292 283 274 265 256 247 238 229 2110 2011 1912 1813 1714 1615

WLED_A

+5V_DDVDH

-5V_DDVDL

D1

1 2 4

ICMEF104P101MFR

G2

6

EAM62570201FL9070

EAM62630501

5 6

7 8

D3 D4D2

3

109

4 3

2 1

MIPI_DSI0_LANE2_P MIPI_DSI0_LANE2_M

MIPI_DSI0_CLK_P MIPI_DSI0_CLK_M

MIPI_DSI0_LANE3_P MIPI_DSI0_LANE3_M

COMMON_I2C_SDA COMMON_I2C_SCL

LCD_BL_EN

LCD_PWM

100K

R9011

C9012 10u

C3C1A3

A1

SDA

A2

SCL

INTN ILED2

B1

HWEN PWM

C2 B3

I2C address : 0x38

IN

U9001

L9001

10u

SW

OVP

ILED1

GNDSEL

D1

D3 D2B2

D9000

30V / 0.5A

C9010

1u

WLED_A

C9011 100p

WLED_C1 WLED_C2

+VPWR

DSV_EN

C9015 10u

C9019 1u

4.7u

12

VINA VOUT_P

7

EN

4

FD

6

VREF

VINP

U9002

DW8752F

AGND

5

PGND3

13

PGND2

8

1

SW_P

PGND1

2

-VOUT_N

SW_N

311

9

10

4.7u

L9003

C9016 10u

D

+5V_DDVDH

-5V_DDVDL

C9018 10u

C

B

A

FL9071

VA9070

VA9071

VA9072

VA9073

G3 G4

FL9072

B

LG Electronics

TITLE

A

LGE Internal Use Only

16 15 14 13 12 11 10 9

8

MODEL NAME

DRAWN BY

SIZE

User Name

A2

SHEET

DWG NO

of

1 2

PDM NUMBER

Date

Drawing Date

7 6 5 4 3 2 1

REV

Rev.A

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

J

I

EJ_MIC

EJ_MIC_N

SUB_MIC1_N MAIN_MIC_N

EJ_MIC_N

Close to WCD9320

BOM 1.0 Change

15K

C10037

Rev1.0

0

2.8V or 2.1V

Rev10. Change

R17014 100n

HPH_REF

R10045

R10046

R10047

MAIN_MIC_BIAS

SUB_MIC1_BIAS

SUB_MIC1_P

SUB_MIC1_N

EJ_MIC_N

R10048

0

Rev10

WCD9320(CODEC)

Rev1.0

HPH_L

HPH_R

R10042

DNI

C10010 0.1u

MCLK

SLIMBUS_CLK

SLIMBUS_DATA

RF_PA_ON

42

DMIC0_DATA

36

DMIC0_CLK

17

DMIC1_DATA

11

DMIC1_CLK

30

DMIC2_DATA

23

DMIC2_CLK

73

MIC_BIAS1

61

MIC_BIAS2

25

MIC_BIAS3

37

MIC_BIAS4

62

MIC4_INP

56

MIC4_INM

43

MIC3_INP

57

MIC3_INM

31

MBHC_HSDET

50

MIC2_INP

68

MIC2_INM

77

HPH_LP

65

HPH_REF

82

HPH_RM

0.1uC10009

63

MICB_CFILT1

67

MICB_CFILT2

13

MICB_CFILT3

U10000

WCD9320

RX_I2S_WS

RX_I2S_SCK

TX_I2S_WS

TX_I2S_SCK

I2C_SCL

INTR2 INTR1

VDD_SPKDR1 VDD_SPKDR2 SPKR_VSNSP SPKR_VSNSM

SPKR_DRVP SPKR_DRVM

VDD_DIG1 VDD_DIG2

VDD_TXADC

MODE0

MODE1 VDD_RX VDD_TX VDD_IO

VDD_BUCK

BUCK_VSW BUCK_VOUT1 BUCK_VOUT2

RESET_N

45 18 12 28 34 10 41 5 22 33 16

3 15 14 21 8 9

29 47 20 48 40 64 55 24 60 54 71 59 46

R10001

FB10003

600

0

DNIC10040 C10041 DNI

C10007 0.1u

C10019

WCD_MCLK SLIMBUS_CLK SLIMBUS_DATA TX_GTR_THRES

WCD_INT2_N WCD_INT1_N

C10000 4.7u

C10001 0.1u

0.1uC10006

0.1u

2.2uC10011

R10049 15K

2 2

1 1

BUCK_GND

(RF_PA_ON connection to monitor VBAT current.)

+VPWR

15KR10050

Rev1.0 ADD

R10009

DNI

+5V0_VREG

0

DNI

R10016

SPK_P SPK_N

R10017

+1V2_VREG_L1

+1V8_VREG_S3A

+2V15_VREG_S2A

C10008

+1V8_VREG_S3A

4.7u

WCD_RESET_N

C10008 Close to #39

EJ_MIC

HPH_REF

HPH_R HPH_L

EARJACK_DETECT

3.5PHI EAR-JACK CONN.

(Side contact)

2 1 3

CN17001

4

HG05_AB3550

5

MIC GND SPK_R SPK_L S/W_Detect

R17012 DNI

Rev10

600FB17004

FB17005 600 FB17006 600

Rev10. ADDRev1.0

33p

R17013 0

ZD17006

C17021

2

1

2

VA17005 ICVS0505500FR

C17022 33p

1

2

VA17006 ICVS0505500FR

ZD17007

33pC17023

10KR17011

R17010 10K

100nFB17002

FB17003 100n

L10001 100n

Rev1.0 Change

L

K

J

I

H

G

RCV_P RCV_M

MAIN_MIC_P MAIN_MIC_N

76

EAROP

81

EAROM

79

MIC1_INP

74

MIC1_INM

19

MIC5_INP

26

MIC5_INM

38

MIC6_INP

32

MIC6_INM

80

LINE_OUT1

69

LINE_OUT2

75

LINE_OUT3

70

LINE_OUT4

27

GND2

LDO_HI_CAP

VDD_VBAT

-NCP_VNEG NCP_C1P

-CP_C1M

CCOMP GND_CCOMP GND_BUCK1

GND_BIUCK2 GND_SPKDRV1 GND_SPKDRV2 GND_SPKDRV3 GND_SPKDRV4

GND1 GND3 GND4 GND5 GND6

51

C10013 0.1u

44 83 72

C10016 1u

78 39

C10017 1u

52 66 84 2 4 1

CLOSE TO C10000, GND

7

Don't use Board GND

6 35 49 53 58

1uC10014

C10016 Close to #72/78

C10017 Close to #39

GNDing after Connect #52

C10013 Close to #51

BUCK_GND

0.1uC10015

4.7u

C10018

+VPWR

BUCK_GND

R10024

0

Rev1.0

H

GND Island for BUCK

G

F

E

EAR_MIC_EN

EAR_KEY_INT

EAR_SENSE_N

EJ DETECT

+1V8_VREG_S3A

1M

R10013

1M

R10012

2

3

4

MODE

SWD

DET

+VPWR

VCCPGND

U10005

CAP RES

MIC

DET_IN

F

5 1

8

7

R10015

1K

R10003

1.2K

E

EJ_MIC

EARJACK_DETECT

D

C

Sub_MIC1

SUB_MIC1_P

SUB_MIC1_N

SUB_MIC1_BIAS

FB10005 1800

DNIC10022

C10023 33p

33p

C10025

VA10003

VA10000

VA10001

MIC10001

1

OUT

2

G1

3

G2

4

VDD

5

G3

6

G4

RCV_P RCV_M

RECEIVER

20nL10002

L10003 20n

33pC17025

C17024 33p

Rev1.0 ADD

21

ZD1004

21

ZD1005

CN10039

1

2

9 6

C10036 1u

C10038 1u

C10039 33p

EJ_MIC_N

D

C

B

A

LGE Internal Use Only

DRAWN BY

User Name

TITLE

SIZE

A2

SHEET

MODEL NAME

DWG NO

of

1 2

LG Electronics

EAX64912601

Date

'12.05.04

B

A

REV

Rev.A

16 15 14 13 12 11 10 9

8

7 6 5 4 3 2 1

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

Accelerometer + Gyroscope

Sensor Module

L

Motor Driver

Hall IC

K

(Linear Motor)

+1V8_VREG_S3A

J

I

+1V8_VREG_LVS1

C11005 100n

C11000

4.7u

+3V0_VREG_L17

C11003 100n

C11004 10n

HALLIC2_INT

C11032 100n

U11004

OUT VDD GND NC

PGND

5

+3V0_VREG_L19

41 32

C11009 100n

HAPTIC_PWR_EN

LIN_MOTOR_PWM

10K

R11011

C11031 DNI

10K

R11012

U11000 SM100

EN V1

SIN VSS

TYPE VCC

OCT -V2

PGND

9

81

72

63

54

R11013

C11030 3.9n

+3V0_VREG_L19

C11007

300K

1u

J

LIN_MOTOR_P

LIN_MOTOR_M

I

H

SENSOR1_I2C_SCL

SENSOR1_I2C_SDA

2

4 5

1

SCL_A/G VDD_IO2 SDA_A/G SDO_G

SDO_A VDD_IO1

738

6

VDD1

VDD2

VDD3

U11001

CS_A

CS_G

DRDY_G

TP11005

CAP

GND2

INT_G

INT1_A

192021222423 18

RES5

GND1

RES4 RES3 RES2 RES1

INT2_A

DEN_G

131211109

17 16 15 14

H

GYRO_DEN_MPU

ACCEL_INT

G

F

Sensor1 Sensor2

G

DevicesI2C

Accelerometer + Gyroscope Compass, Proximity+ALS

F

IRRC Controller

E

D

C

Compass Sensor

R11063

Slave Address

: 0001 1111 R/W

+1V8_VREG_LVS1

C11014

+3V0_VREG_L17

10K

0.1u

D1

CAD0

CAD1 RSV

D4

RSTN

C4

VID

DRDY

A1

C3

TRG

U11008

CSB

A2

C2

TST1

SCL/SK

A3

C1

VSS

VDD

SDA/SI

A4

SO

+3V0_VREG_L17

B4

B3D2

B1

C11016

0.1u

Proximity/Ambient sensor

Bracket

+1V8_VREG_S3A

+3V0_VREG_L17

10K

SENSOR2_I2C_SDA

SENSOR2_I2C_SCL

PROXIMITY_INT

D11001

R11064

D11002

C11033

D11003

2.2u

CN11000

G1 G2

G3 G4

SC11000

101 92 83 74 65

1

IRRC_RESET_N

IRRC_TXD IRRC_RXD

+1V8_VREG_S3A

36K

R11001

TP11007

TP11006

C11002 1u

R11061

U11002

A4

RESET/

C4

REG18

A1

P0.0/RX0/MOSI/INT0

B2

P0.1/TX0/MISO/INT1

A2

P0.2/SCL/SCLK/INT2

A3

P0.3/SDA/SSEL/INT3

B3

P0.4/TBA0/INT4 P0.5/TBB0/INT5 GND

0

+1V8_VREG_S3A

B4

VDD

B1

IRRX

C1

IRTX

P1.4/TCK

P1.5/TDI P1.6/TMS P1.7/TDO

D4 D3 D2 D1

C2C3

22uC11020

TP11001 TP11002 TP11003

100K

R11060

C11013 100n

C11022 10n

R11015

0

Rev10

+1V8_VREG_S3A

IRRC LED

LD11000

D11000

C11029 DNI

100nC11028

E

D

C

B

A

COMPASS_DRDY

LGE Internal Use Only

Rev1.0

0

R11062

SENSOR2_I2C_SDA SENSOR2_I2C_SCL

DNI

DRAWN BY

loki.shin

TITLE

Schematic1

SIZE

DWG NO

A2

SHEET

11_Sensor_Motor

of

LG Electronics

EAX64912601

Date

9

'12.05.04

B

A

REV

Rev.A

16 15 14 13 12 11 10 9

8

7 6 5 4 3 2 1

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

(Slimport)+1V0_SLIMPORT_IOVCC

L

K

J

I

HDMI_CEC

HDMI_DDC_CLK

HDMI_DDC_DATA

H

G

+1V8_VREG_S3A

Request DGMS

TP12004

1%

4.7K 4.7K

R12017

1%

R12018 R12019

4.7K

HDMI_HOT_PLUG_DETECT

MSM_USB_HS1_DP

MSM_USB_HS1_DM

PM_USB_ID_HOST

SLIMPORT_CBL_DET

SLIMPORT_RESET_N

COMMON_I2C_SCL

COMMON_I2C_SDA

AVDD33

0.3mm

C12012

HDMI_TMDS_TCLK_M HDMI_TMDS_TCLK_P

HDMI_TMDS_TX0_M HDMI_TMDS_TX0_P

HDMI_TMDS_TX1_M HDMI_TMDS_TX1_P HDMI_TMDS_TX2_M HDMI_TMDS_TX2_P

1: plugged in 0: other cable

TP12001

1u

L

K

+1V8_VREG_S3A

C12007

1u

SLIMPORT

+1V0_SLIMPORT_CVDD

+1V8_VREG_S3A

C12002 0.1u

2.2u

C12003

0.1uC12004

2.2uC12005

C12008

0.1u

C12009

1u

C12010

0.1u

2.2u

C12001

VBUS_USB_IN

C12006 0.1u

+1V8_VREG_S3A

C12017

1u

SLIMPORT_IOVCC_EN

VREG_BOOST_BYPASS

U12002

4 1 3 2

VOUTVDD

GNDCE

PGND

5

+1V0_SLIMPORT_CVDD

Power On/Lock Key FPCB CONTACT

HOT KEY

R12008

100K

FEED

MBV62562001

KEY_HOT

D13073

DNI

S1

SW13002

3

S2

4

5

6

CN13070

R13070

PHONE_ON_N

U12000RP114K331D-TRB

100

D13070

DNI

CN13071

0.3mm

4 1

D7000

0.3mm

R12013

C12013

0.1u

F1 G1

DNI

HDMI_CLKN HDMI_CLKP

E5

C3

HDMI_VT

AVDD33_IN2

B4

AVDD18

D4

D3

DVDD18_1

DVDD18_2

E4

C6

DVDD10_1

DVDD10_2

C5

AVDD10

A7

VDD33_OUT

XTAL_OUT

XTAL_IN

C12015 18p

B1 C1

Clock Line Shield

27MHz

2 1 3

HOT1GND1

GND2HOT2

X12000

R12014

1M

4

C12014 18p

1%

C12000

1u

SLIMPORT_AVDD33_EN

+1V8_VREG_S3A

3 2

R12010

20K

VOUTVDD

GNDCE

PGND

5

+1V8_VREG_S3A

AVDD33

J

VOLUME KEY

I

G2 G3 G4 G5

HDMI_D0N HDMI_D0P HDMI_D1N

R_BIAS

C2

D1

R12016

12K

1%

665K

R12015

UP

HDMI_D1P

G6

HDMI_D2N

G7

R12020

0

1%

100K

R12027

Rev1.0

TP12002

HDMI_D2P

F5

HDMI_HPD_OUT

E1

CEC

F6

DDC_SCL

E6

DDC_SDA

E2

HDMI_P5V

B5

USB_DP

B6

USB_DN

A2

ID_OUT

B2

CABLE_DET

C7

RESETN

E7

CSCL

F7

CSDA

U12001

DVSS_2

DVSS_1

AVSS_3

DVSS_3

AVSS_2

AVSS_1

CHG_PMP_PU

RESISTOR

RSVL

TX0P TX0N

C_WIRE/AUXP

AUXN

DP_HPD_IN

INTP

CHIP_PD_HV

AVDD33_IN1

A1

F2

A5 A6

From USB Jack

A3 A4

D6

D7

D2

B7

R12030

665K

R12009

10K

TP12003

1%

CBUS_ID

+1V8_VREG_S3A

SLIMPORT_INT_N ANX_P_DWN_CTL

AVDD33

1%

620K

R12023

5

P5

3 1 4 2

P6

FL12000

6

P1P3 P2P4

C12016 10p

USB_DP USB_DM

KEY_UP

KEY_DOWN

SW13000

D13072

DNI

SW13001

D13071

DNI

S1

S2

3

4

5

6

S2

DOWN

H

3

4

5

6

G

F

C4

E3

B3

F4

D5

F3

Micro-USIM SD Combo Socket

F

E

D

C

UIM1_DATA

+2V95_VREG_L21

UIM1_VREG_L9 +3V0_USIM_NFC

10K

R13001

UIM1_RESET SDC2_SDIO3

UIM1_CLK

NFC_SWP

R13022

100n C13004

DNI

D13074

DNI

Q13000

S

2

1

C13017 33p

+2V95_VREG_L13

G

D

3

1M

R13000

* layout note : CLK and IO must be seperated

S1 S2 S3 S4 S5 S6 S7 S8

VCC RST CLK1 RESERVED1 GND VPP I/O RESERVED2

GND1

G1

G2

S13000

EAG63310801

GND3

GND4

GND2

G4

G3G8G5

GND5

GND6

G6T7G7

CD/DAT3

GND8

GND7

DAT2

CLK2

DAT0 DAT1

CMD

VDD

VSS

S/W

T1 T2 T3 T4 T5 T6

T8

SW

E

SMT Boss / Screw

Q13001

1

G

2

S

R13004 47K

D

47KR13005

3

+1V8_VREG_S3A

10KR1300

R13003 47K

47KR13006

10K

R13007

SDC2_SDIO2

SDC2_CMD +2V95_VREG_L21 SDC2_CLK

SDC2_SDIO0

SDC2_SDIO1 SD_DETECT

OJ2002OJ2001OJ2000

SMT ShieldCAN

/ Shield can frame

SC13001

1

OJ2005

OJ2004OJ2003

SC13011

1

SC13002

1

SC13012

1

SC13003

1

SC13013

1

SC13004

1

SC13014

1

SC13015

1

SC13006

1

SC13016

1

SC13007

1

SC13008

1

SC13018

1

SC13009

1

SC13019

1

SC13010

1

SC13020

1

D

C

B

A

LGE Internal Use Only

6pC13002

C13014 6p

C13003 6p

6pC13016

C13009 6p

6pC13010

6pC13011

C13012 6p

6pC13013

1u

C13005

33p

C13006

C13007 6p

SC13026

SC13021

1

EAH61693001

C13008 2.2u

D13002

R13023 100K

chattering eliminater

SC13022

1

SC13025

1

B

LG Electronics

A

DRAWN BY

User Name

TITLE

Schematic1

SIZE

DWG NO

A2

SHEET

of

12_USB2_USB3_SLIMPORT

12

PDM NUMBER

Date

Drawing Date

REV

Rev

16 15 14 13 12 11 10 9

8

7 6 5 4 3 2 1

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

1nL14058

L

K

J

Diplexer(2.4G/5G BPF)

MBV62521801

FEED

CN14050

MBV62521801

FEED

CN14051

L14053

DNI

C14070 100p

C14094 DNI

C14071 10p

12

1

2

L14054

DNI

1

2

L14061 DNI

FL14050

GND2

5

P3

6

GND3

7

NC2

8

LFD182G45DCHD277

NC1

P2

GND1

P1

4 3 2 1

C14073

1.5n

2.4GHz FEM

SW_BT_TX

C14081

DNI

FL14051

ACPF-7124

4 1

TX/RXANT

G1G2G3

5 3 2

C14074

0.6n

SW_2G_RX

C14075 10p

2G_G_TSSI

L14056 DNI

21

VPWR_BCM

100n

C14084

L

SW_2G_LNA_EN

BT_TX

9

C_BT

13

C_RX

14

NC4

15

ANT

16

GND1

17

330pC14083

U14052

RFFM8202

PDET NC3

NC1 BT

VCC1 VCC3

4103112121

RX

NC2

PA_EN

TX

VCC2 LNA_EN

L140576.8n

2 1

1

2

L14062

DNI

L14063

C14091

1.5p

8 7 6 5

SW_2G_PA_EN

C14100 10p

VPWR_BCM

100n

C14086

C14085

4.7u

2

10pC14095

12

WLAN_RX_2G

K

1.5n

WLAN_TX_2G

1

J

I

H

C14072

100p

Rev1.0 Change

C14050

1n

5GHz FEM

C14051

33p

1

L14050

DNI

2

SW_5G_LNA_EN

SW_5G_RX

13 14 15 16 17

ANT GND5 C_RX LNA_EN GND

11

12

U14050

RFFM8502

GND1 GND4

2

1

10

RX VCC3

3

9

GND2 VCC2

4

TX

GND3

PA_EN

PDET

VCC1 VMODE

VPWR_BCM

C14061 100n

8 7 6 5

C14066

150p

2

C14062 1u

SW_5G_PA_EN

5G_A_TSSI

C14065

0.5p

L14052

2.2n

I

WLAN_TX_5G

1

H

G

+VPWR_RF

R14050

0

C14060

4.7p

VDD_LN

VPWR_BCM

VIN_LDO

VDD_LN

2

1

FB14050

120

VDD_CORE

VOUT_3P3

+1V8_VREG_S3A

VDD_LN

1 2

VPWR_BCM

C14063 100n

WLAN_RX_5G

G

220nC14056

2

1

2

1

C14057 0.1u

(Slimport)+1V0_SLIMPORT_IOVCC

220n

C14055

2

21

VPWR_BCM

1

C14052 0.1u

2

1

C14053 2.2u

2

1

C14054 10p

close to H4 ball

220nC14058

2

1

close to C8 ball

0.1uC14059

2

1

F

E

D

C

VDD_LN

VDD_CORE

VOUT_3P3

VPWR_BCM

C14077

2

1u

1

1u1

C14078

2

VIN_LDO

C14079

2

1u

C14080

2

1

4.7u

1

+1V8_VREG_S3A

WLAN_CLK WLAN_CMD WLAN_SDIO0 WLAN_SDIO1 WLAN_SDIO2 WLAN_SDIO3

WLAN_TX_2G WLAN_TX_5G WLAN_RX_2G WLAN_RX_5G

2G_G_TSSI 5G_A_TSSI

21

10uC14076

47K

R14061

47K

R14062

L14055 2.2u

21

22R14060

47K

R14063

47K

R14064

R14065

47K

NC

H5

WRF_RFOUT_2G

H1

WRF_RFOUT_5G

K1

WRF_RFIN_2G

G1

WRF_RFIN_5G

L1

WRF_G_TSSI_IN

K2

WRF_GPIO_OUT

H2

VOUT_LNLDO

A7

VOUT_CLDO

B8

VOUT_3P3

B7

SR_VDDBATA5V

B9

SR_VDDBATP5V

A9

LDO_VDD1P5

A8

SR_VLX

B10

SDIO_CLK

F10

SDIO_CMD

G10

SDIO_DATA_0

G9

SDIO_DATA_1

F9

SDIO_DATA_2

G8

SDIO_DATA_3

E8

HSIC_STROBE

D10

HSIC_DATA

E10

RREFHSIC

E9

BT_IFVDD

BT_LNAVDD

BT_PLLVDD

BT_VCOVDD

G7C8L10F7D6C6 A3A1D8K7K6K5H4J1F2F1C1D2D3D1

K10

VDDC_1

VDDC_2

VDDC_3

VDDC_4

VDDIO_1

VDDIO_2

BT_VDDBAT

BT_LDOPAVDD2P5

WRF_BUCK_VDD1P5

WRF_PADRV_VBAT_VDD5P0

WRF_TCXO_VDD1P8

WRF_SYNTH_VDD1P2

WRF_XTAL_CAB_VDD1P2

U14051

BCM4334HKUBG

VDDIO_RF

HSIC_DVDD1p2_OUT

FM_PLLVDD

FM_LNAVCOVDD

GPIO_0/WL_HOST_WAKE

GPIO_1/WL_DEV_WAKE

GPIO_4/TDI/UART_RX

GPIO_5/TDO/UART_TX GPIO_6/SPI_MODE_SEL GPIO_12/JTAG_TRST_L

BT_DEV_WAKE/GPIO_0 BT_HOST_WAKE/GPIO_1

RF_SW_CTRL_0 RF_SW_CTRL_1 RF_SW_CTRL_2 RF_SW_CTRL_3 RF_SW_CTRL_4 RF_SW_CTRL_5 RF_SW_CTRL_6

PA_LIN_CTRL

JTAG_SEL GPIO_2/TCK GPIO_3/TMS

FM_RFIN

BT_UART_CTS_N BT_UART_RTS_N

BT_UART_RXD BT_UART_TXD

BT_I2S_CLK

BT_I2S_DO BT_I2S_WS BT_I2S_DI

BT_RF

BT_REG_ON

BT_PCM_CLK

BT_PCM_IN

BT_PCM_OUT

BT_PCM_SYNC

J10 K9 J9 H9 H10 H8 J8 J3

J4 J5

L8 H6 G6 H7 L9 J6 J7

B1

D4 E4 B5 E5

F6 F5 G5 E6

E1

A5

C7 D7 E7 C4

B4 F4

TP14050

1

TP14051

1

TP14052

1

TP14053

1

10pC14082

TP14054

1

TP14055

TP14056 TP14057 TP14058

TP14059

1

TP14060

1

C14067

2

10p

1

12

1 1 1 1

C14068

2

10p

1

R14056

C14096

2

10p

1

12

DNI

R14059

21

0

BT_UART_RTS_N BT_UART_CTS_N BT_UART_TXD BT_UART_RXD

BT_TX

BT_RESET_N

BT_PCM_CLK BT_PCM_DOUT BT_PCM_DIN BT_PCM_SYNC

BT_WAKEUP BT_HOST_WAKEUP

C14097

2

10p

1

C14069

4.7p

C14098

4.7p

C14099

4.7p

WLAN_HOST_WAKEUP

1

R14052

220K

2

1

R14053

220K

2

1

R14054

220K

2

F

SW_BT_TX SW_2G_RX SW_2G_PA_EN SW_2G_LNA_EN SW_5G_RX SW_5G_LNA_EN SW_5G_PA_EN

1

R14055

220K

2

E

D

C

B

WRF_SYNTH_GND1P2

WRF_VCO_GND1P2

WRF_AFE_GND1P2

WRF_LNA_2G_GND1P2

WRF_LNA_5G_GND1P2

WRF_RX_GND1P2

WRF_TX_GND1P2

WRF_PADRV_VBAT_GND5P0

WRF_XTAL_CAB_GND1P2

BT_LDOVSS

VSSC_1

VSSC_2

VSSC_3

SR_PVSS

VSSC_4

VSSC_5

K8F8D5C9C5

A10C10 B3C3E3

PMU_AVSS

BT_IFVSS

AGND12PLL

BT_PAVSS

BT_PLLVSS

BT_VCOVSS

FM_VCOVSS

WRF_XTAL_CAB_OP WRF_XTAL_CAB_ON WRF_TCXO_CKIN2V

FM_PLLVSS

FM_LNAVSS

B2A2C2E2D9F3L4J2H3G3L2G2G4L3K4

WL_REG_ON

CLK_REQ

LPO_IN

A4

A6 B6 L5 L6 L7

TP14061

1

C14087 DNI

C14093

WLAN_POWER_ON

220

2

18p

1

BOM 1.0 Change

1nC14088

R14067

SLEEP_8941_BCM_CLK0

WIFI_SLEEP_CLK

X14050

1ZZCAB37400AA0A

IN1

4

1

C14092

3

IN2

2

GND1

GND2

37.4MHz

B

2

18p

1

LG Electronics

A

LGE Internal Use Only

16 15 14 13 12 11 10 9

8

TITLE

Schematic1

DRAWN BY

SIZE

User Name

DWG NO

A2

SHEET

14_Wi-Fi module

of

EAX64912601

Date

9

'12.05.04

7 6 5 4 3 2 1

A

REV

Rev.A

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

J

I

H

+1V8_VREG_S3A

NFC_IRQ

COMMON_I2C_SCL

NFC_SWP

COMMON_I2C_SDA

NFC_VEN

TP15000

R15004 DNI

0

R15005

DNIC15008

Rev1.0

TP15003

TP15004

TP15005

VDD_EE

NFC Broadcom

VDD_EE

C15025

Keep away from noise trace

X15000

FA-238

34 21

DNI

C15024 22p

DNIC15027

XO_OUT_D1

NFC_PMIC_XO_EN

NFC_WAKE_BCM

NFC_VPWR

+1V8_VREG_S3A

UIM1_VREG_L9

+3V0_USIM_NFC

C15019

C15020 330n

TP15002

25

REG_PU

22

LPO

15

SPI_INT

17

UART_RXD

16

UART_CTS_N

14

UART_RTS_N

12

UART_TXD

4

SWPIO_1

3

SWPIO_0

C15010 10u

VDD_EE

30

32

4.7uC15011

VDD_ANT

VDDA_CAP

VDDC_CAP

24

27

4.7uC15012

C15013 1u

35

GND

U15000

VDD_VCO

VDD_XTAL

21

23

10nC15015

C15014 1n

31

18

NC1

NC2

VDD_EEPROM_IN

VDD_ADC

VDDSWP_OUT1

VDDSWP_OUT0

1

2

5

6

9

C15016 1n

VDDSWP_IN

VDDIO

VBAT

26

13

SCL SDA

XTAL_XOP XTAL_XON

TX2 TX1

CLK_REQ

HOST_WAKE

NFC_WAKE

TM2

34 33

20 19

28 29

11 10 7 8

DNI

R15010

4.7KR15001

4.7KR15002

C15017

4.7u

DNI

R15000

DNI

TP15006

TP15007

C15018 100n 100n

Rev1.0 Change

C15026

DNI

L15001 330n

L

TDMB

K

C15022 DNI

FEED

MBV62562101

MBV62562001

FEED

CN14000

220nC14001

L14002 120n

L14003

ZD14000

DMB_EN

+1V8_VREG_L10

82n

C14010 DNI

FB14051

DNI

R14100

C14008 1u

C14011 47n

TP14020

L14001

120n

L14004 3.9n

TP14016 TP14017

+1V8_VREG_S3A

600

B5 C5

B6

C6

D5 D6

E6 D2 E5 A5 C4 B4 D4

E2 D1 E3

A4 E4

RFLDO_VO L_LOAD

RFIN

L_SRC

AGPIO0 AGPIO1

VSS8 VSS4 VSS7 VSS1 VSS3 VSS2 VSS6

PMU_EN VDDIO DLDO_VO

ALDO_VI DLDO_VI

I_NRESET

B_MPI_CS

B_MPI_CLK

B_MPI_SYNC

EXT_INT

U14001

B_MPI_DATA_2 B_MPI_DATA_1 B_MPI_DATA_0

XIN

XOUT

VSS5

A3

A2 E1 B2 C2

B3 C3 A1

B1 C1

D3

TP14021

TP14001 TP14002 TP14003 TP14004

TP14018 TP14019

TP14000

2 1 3 4

FA-238

R14002

X14000

DMB_RESET_N

DMB_SPI_CS

DMB_SPI_CLK

DMB_SPI_MOSI

DMB_INT_N

DMB_SPI_MISO

1.5K

INGND1

GND2OUT

DNI

C14005

100n

SPI_MISO DMB_SPI_IN SPI_MOSI DMB_SPI_OUT

SPI_CSSPI_CS

SPI_CLK

XO_OUT_A2

J

I

Rev1.0 Change

C14002 1u 1u

C14003

H

330nL15000

C15003

47p

R15003 1n

CN15000

BOM 1.0 Change

C15004 270p

C15006 270p

C15009

47p

Rev1.0 Change

NFC_VPWR

C15005 47p

C15007 47p

1nR15006

BOM 1.0 Change

R15011

0

CN15001

C15023 DNI

+VPWR

G

F

G

F

E

D

C

B

2mm

KPD_LED_SNK2 KPD_LED_SNK1

MAIN_MIC_BIAS

MAIN_MIC_N

MAIN_MIC_P

VBUS_USB_IN

USB_DM

SPK_P SPK_N

LOWER CONNECTOR

USB OVP IN

Using PM Internal OVP 28V(USB_IN)

FB14052 1000

1000FB14053

Rev1.0 ADD

ZD17012

ZD17013

0R17004

ZD17011

ZD17010

100pC17031

C17030 100p

Rev1.0 Change

CN17002

G2 5.2" Touch Connector

E

+3V3_VREG_L22 +1V8_VREG_LVS3

D

401 392 383 374 365 356 347 338 329 3110 3011 2912 2813 2714 2615 2516 2417 2318 2219 2120

1

C17004 1u

1u

1

C17010

1

C17011 1u

ZD17014

ZD17015

ZD17016

D17005

D17007

ZD17008

2 1

ZD17018

ZD17019

DNI

Rev1.0 remove

+2V7_VREG_L16

+1V8_VREG_S3A

+VPWR

SPDT_CTRL1

CBUS_ID KEY_HOME

LED_BLUE1

LED_GREEN1

LED_RED1

HALLIC1_INTUSB_DP

LIN_MOTOR_P LIN_MOTOR_M

TOUCH_I2C_SCL

TOUCH_I2C_SDA

TOUCH_INT_N

ZD17000

1

2

1

ZD17001

2

10K

R17003

1

ZD17002

2

CN17000

G1 G2

G3 G4

101 92 83 74 65

TOUCH_RESET

TOUCH_ID

C

1

ZD17004

2

1

2

ZD17005

2

1

1u

C17012

ZD17003

1

C17013 100n

2

1

ZD17009

do not del

2

Daisy_Chain

DAISY_CHAIN

B

LAYER_ALIGN

DLA_1 DLA_2 DLA_3 DLA_4

DLA_7

DLA_6 DLA_5

DLA_7 DLA_6 DLA_5

A

LGE Internal Use Only

16 15 14 13 12 11 10 9

8

LG Electronics

TITLE

Schematic1

DRAWN BY

SIZE

loki.shin

DWG NO

A2

SHEET

16_TDMB

EAX64912601

of

Date

9

'12.05.04

7 6 5 4 3 2 1

A

REV

Rev.A

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

ANT1

ANT1002

FEED

MBV62562001

C1029

100p

+2V7_VREG_L16

C1033 1n

C1035

1.5p

SPST

11

10

1

RF-_1

RF-_2 RF+_1

3

GND1

VDD GND3

U1002

GND5

GND2

5

GND4

RF+_2

V1

L

ANT2

ANT1001

FEED

MBV62562001

9

82

7

64

C1036

DNI

SPDT_CTRL1

C1009

0.5p

C1032

100p

C1007

2

1

DNI

SW1001

G1 G2

ANT G3

ANT1003

ANT1004

FEED

MBV62562001

C1030

100p

FEED

MBV62562001

C1004 DNI

C1000

100p

2

1

C1005

DNI

SW1000

G1

ANT G2

VBUS_USB_IN

2mm

C1010 33p

C1015 DNI

FL1001

GND1GND2

INOUT

3 4

C1014 1u

USB IO

FB1004

USB_DM USB_DP CBUS_ID

D1008

D1009

120

D1007

2mm

CN1000

10

8

1 2

6 3 4

7 5

11

9

K

J

I

LIN_MOTOR_P

MOTOR

20nL1004

J

I

VB1000

1

H

G

SPK_P

SPK_N

SPEAKER

L1009

100n

L1010

100n

L1012

100n

L1011

ZD1000

100n

ZD1001

SPK_CONTACT

FEED

ANT1005

ANT1006

1

Rev.F: Change MIC(EAB62749101 --> EAB62950801)

Main MIC

MIC1000

MAIN_MIC_P

MAIN_MIC_BIAS

MAIN_MIC_N

33pC1018

FB1000

1800

FB1001

1800

R1007

0

VA1002

VA1003

VA1004

1

O

2

G1

3

G2

4

P

HALLIC1_INT

HALL IC

+1V8_VREG_S3A

U1001

OUT VDD GND NC

C1017 100n

C1025 100n

PGND

LIN_MOTOR_M

L1005 20n

VA1005

VA1006

2

PCB Vendor Mark

U+

SKT KT

H

G

F

E

C1020 DNI

C1019 33p

R1016

100

R1017

DNI

R1018

DNI

F

E

D

C

B

LED_GREEN1

LED_RED1

LED_BLUE1

RGB LED

D1003

4

3

1

4

3

1

2

R1008

240

R1009

100

R1010

240

R1013

240

R1014

100

R1015

21

D1001

21

D1002

LD1003

LD1004

+VPWR

KEY LED

white

LD1001

LD1002

C1021 33p

R1011

27

R1012

27

KPD_LED_SNK1

KPD_LED_SNK2

KEY_HOME

HOME KEY

SW1002

3 1

4 2

GND

LOWER CONNECTOR

40 Pin 1.0T CNT

USB OVP IN

KPD_LED_SNK2 KPD_LED_SNK1

MAIN_MIC_BIAS

MAIN_MIC_N

MAIN_MIC_P

Using PM Internal OVP 28V(USB_IN)

2mm

VBUS_USB_IN

USB_DP USB_DM

SPK_P

SPK_N

GND

CN1001

D

401 392 383 374 365 356 347 338 329 3110 3011 2912 2813 2714 2615 2516 2417 2318 2219 2120

+2V7_VREG_L16

+1V8_VREG_S3A

+VPWR

SPDT_CTRL1

CBUS_ID

KEY_HOME

LED_BLUE1 LED_GREEN1 LED_RED1 HALLIC1_INT

LIN_MOTOR_P

LIN_MOTOR_M

C

B

A

LGE Internal Use Only

240

D1004

D1006

16 15 14 13 12 11 10 9

8

LG Electronics

TITLE

MODEL NAME

DRAWN BY

SIZE

User Name

A2

SHEET

DWG NO

PDM NUMBER

of

2

Date

Drawing Date

7 6 5 4 3 2 1

1_RF1

A

REV

Rev

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

L

K

J

I

J

I

H

G

ANT2001

ANT2002

POWER KEY

PHONE_ON_N

H

POWER_ON

KB2001

G

F

E

OJ1

OJ2

F

E

D

C

D

C

B

A

LGE Internal Use Only

DRAWN BY

User Name

TITLE

SIZE

A2

SHEET

Schematic1

DWG NO

of

1 1

LG Electronics

PDM NUMBER

Date

Drawing Date

B

A

REV

Rev

16 15 14 13 12 11 10 9

8

7 6 5 4 3 2 1

16 15 14 13 12 11 10 9

LGE Internal Use Only

8

7 6 5 4 3 2 1

L

K

L

K

J

I

Connector

CN10000

G1 G2

J

Proximity/Ambient sensor

I

+3V0_VREG_L17

H

G

SENSOR2_I2C_SDA

SENSOR2_I2C_SCL

PROXIMITY_INT

+3V0_VREG_L17

G3 G4

101 92 83 74 65

SENSOR2_I2C_SDA

U10000

SDA VDD

INT SCL

81

72

SENSOR2_I2C_SCLPROXIMITY_INT

H

LDR GND

LEDK LEDA

63

54

G

F

E

F

E

D

C

D

C

B

A

LGE Internal Use Only

DRAWN BY

loki.shin

TITLE

Schematic1

SIZE

DWG NO

A2

SHEET

11_Sensor_Motor

of

LG Electronics

EAX64912601

Date

9

'12.05.04

B

A

REV

Rev.A

16 15 14 13 12 11 10 9

8

7 6 5 4 3 2 1

사. 주요기능 수리방법

87/115

LGE Internal Use Only

1. POWER가 들어 오지 않을 때

START

전압이 3.4V ~ 4.35V

인가?

YES

POWER KEY ON시

R13070 이 LOW? (POWER ON)

YES

PM8941의 PON_OUT(TP6001)

Check?

YES

PM8841의 VREG level

Check?

YES

PM8941의 VREG level

Check?

NO

전압 재 공급/BATTERY 교체

CN8002(Battery connector)

contact 확인

POWER_KEY (dome key) 점검

CN13070 (C-clip contact ) 체결확인

U6001(PM8941 점검)

U7000 (PM8841 점검)

S1B(C7007) S2B(C4000)

U6001(PM8941 점검)

YES

CLOCK CHECK ( X 6000,

TP6010)?

YES

PON_RESET _N ( T P6000) 는

1.8V CHECK?

YES

MSM_PS_HOLD(R6030)은

High?

YES

R5010 Check?

YES

보드 교체

NO

X6000, TP6010 PIN CHECK

U6001(PM8941 점검)

U3000(MSM8974 점검)

U5001(eMMC) 점검 및 교체

88/115

LGE Internal Use Only

2. Main LCD가 켜지지 않을 때

START

LCD Connector

연결상태는 정상인가?

YES

PMIC 전원 CHECK

YES

DSV 전원 CHECK

YES

LCD Backlight 전원 CHECK

D9000 16V ~ 18.6V?

YES

NO

LCD CONNECTOR

(CN9070) 체결

U6001 확인

(C9070: 1.8V)

U9002 확인

(C9016 : +5V

C9018 : -5V)

LCD backlight circuit

(U9001) CHECK

MIPI LIN E CHE C K?

NO

YES

Main LCD 교체

89/115

FL9070, FL9071,FL 9072

CHECK

LGE Internal Use Only

3. 13M 후면 Camera가 동작을 하지 않을 때

START

YES

커넥터 체결은 잘되어 있는가?

후면 카메라

YES

카메라 모듈의

전원 공급은 정상인가?

YES

CAMERA 진입시

R3077 의 CLK은 24MHz?

YES

Camera Data Line은

정상인가?

NO

후면 카메라 connector(CN9050)

재결합

LDO 전원 및 PM8941전원 확인

(C9003 : 1.05V

C9002, C9005 : 1.8V

C9006 : 2.7V)

MSM8974(U3000) CHECK

Camera Data Line 점검

(FL9001,FL9002,FL9003)

YES

후면 카메라 교체

90/115

LGE Internal Use Only

4. 2.4M 전면 Camera가 동작을 하지 않을 때

START

YES

커넥터 체결은 잘되어 있는가?

전면 카메라

YES

카메라 모듈의

전원 공급은 정상인가?

YES

CAMERA 진입시

R3078의 CLK은 24MHz?

YES

Camera Data Line은

정상인가?

NO

전면 카메라 connector(CN9000)

재결합

LDO 및 PM8941 전원 확인

(C9008 : 1.2V

C9007 : 1.8V

C9009 : 2.7V)

MSM8974(U3000) CHECK

Camera Data Line 점검(FL9000)

YES

전면 카메라 교체

91/115

LGE Internal Use Only

5. Mic 가 안될 때

START

MIC10001(Main PCB),

MIC1000(Lower FPCB)

납땜 상태는 양호한가?

YES

MIC 주변회로

점검 및 Lower FP CB 및

Main board 교체

NO

MIC 재납땜

92/115

LGE Internal Use Only

6. 수화 음이 잘 들리지 않을 때

START

5515C로 ‘서비스옵션3’의 1KHz Tone

출력으로 setting후 call

YES

Receiver Contact단자는

이상이 없는가?

YES

L10002, L 10003 신호의

출력은 정상인가?

YES

Reciever 교체

NO

(CN10039) Contact 여부 check

WCD9320(U10000) 점검

이상시 Main Board 교체

93/115

LGE Internal Use Only

7. 진동이 되지 않을 때

START

진동모드로 설정 후

5515C의 ‘서비스옵션3’로

단말기에 Call

YES

Motor Contact 단자는

이상이 없는가?

YES

Motor Driver IC 전원은

+3V 인가?

YES

Haptic_PWR_EN은

(R11011)은 High인가?

YES

LIN_MOTOR_P는

(ZD17018)은 High인가?

YES

Motor 교체

NO

Motor 의 컨텍 단자

(VB1000) Check 및 Lowe r FP C B

교체

PMIC 8941확인

(C11007 : 3V)

MSM8974 확인

Motor Driver IC Check

Main PCB (U11000)

94/115

LGE Internal Use Only

8. MP3 Sound 가 나오지 않을때

START

YES

Speaker Contact 단자는

이상이 없는가?

YES

R10049,R10050신호의

출력은 정상인가?

YES

Speaker Module 교체

NO

SPK contact 단자

(ANT1005, ANT1006) check

및 Lower FP CB 교체

WCD9320(U10000) 점검

이상시 Main Board 교체

95/115

LGE Internal Use Only

9. TX POWER가 나오지 않을 때 (LTE Tx)

TX test Setup(CMW500)

- Test Band : 3, 8

- Test channel : 19600, 21750(Uplink)

- Bandwidth : 10MHz

-Cell power : -85dBm

-Measure frequency domain

waveform with Spectrum analyzer.

- Measure time domain waveform with Oscilloscope.

U6001 : PM8941(PMIC)

U2002 : WTR1605L (RF Transceiver)

U2003 : WTR1605L (RF Transceiver)

U1000 : PAM

U1005 : Femid

SW1001 : Mobile switch

U2002, U2003 입력전원 확인

1.3V, 1.8V, 2.05V

Yes

U2002, U2003

LTE RF 출력신호 확인

at C1002, C1023

Yes

U1000 LTE RF 출력신호 확인

at L1156, L1159

Yes

U1005 LTE RF 출력신호 확인

at C1110, C1111

Yes

NO

U6001 확인

U2002, U2003 주변 회로

확인 및 교체

U1000 주변회로 확인 및 교체

U1005 주변회로 확인 및 교체

SW1001 출력 신호 확인

At L1070

Yes

Re-Download S/W , Cal

NO

* LTE B3, B8 RF Path 가 서로 다름

96/115

SW1001 주변회로 확인 및 교체

LGE Internal Use Only

10. 수신감도가 좋지 않을 때 (LTE PRX)

U6001 : PM8941(PMIC)

RX test Setup(CMW500)

- Test Band : 3, 8

- Test channel : 19600, 21750(Uplink)

- Bandwidth : 10MHz

-Cell power : -85dBm

-Measure frequency domain

waveform with Spectrum analyzer.

- Measure time domain waveform with Oscilloscope.

U2002 : WTR1605L (RF Transceiver)

U2003 : WTR1605L (RF Transceiver)

U1005 : Femid

SW1001 : Mobile switch

SW1001 입력 신호 확인

At L1003

Yes

U1005 LTE RF PRX 입력신호

확인 at C1011, C1014 at C1048, C1056

Yes

U2002, U2003 입력전원 확인

1.3V, 1.8V, 2.05V

Yes

Re-Download S/W , Cal

NO

SW1001 주변회로 확인 및 교체

U1005 주변회로 확인 및 교체

U6001 확인

* LTE B3, B5 RF Path 가 서로 다름

97/115

LGE Internal Use Only

11. 수신감도가 좋지 않을 때 (LTE DRX)

U6001 : PM8941(PMIC)

RX test Setup(CMW500)

- Test Band : 3, 8

- Test channel : 19600, 21750(Uplink)

- Bandwidth : 10MHz

- Cell power : -85dBm

- Measure frequency domain

waveform with Spectrum analyzer.

- Measure time domain waveform with Oscilloscope.

SW2000, SW2001 입력

신호 확인

At C2172 , C2118

Yes

FL2001, FL2009 LTE RF DRX

신호 확인 at C2038, C2020

Yes

NO

U2002 : WTR1605L (RF Transceiver)

U2003 : WTR1605L (RF Transceiver)

FL2000: B1 DRx Filter

FL2001 : B3/B5 Diplexer

FL2005 : B5 DRx Filter

FL2009 : B1/B7 switch

SW2000 : B5 Mobile switch

SW2001 : B1 Mobile switch

SW2000,SW2001

주변회로 확인 및 교체

FL2001, FL2009

주변회로 확인 및 교체

FL2000, FL2005 LTE RF DRX

신호 확인 at C2037, C2048

C2015,C2024

Yes

U2002, U2003 입력전원 확인

1.3V, 1.8V, 2.05V

Yes

Re-Download S/W , Cal

NO

FL2000, FL2005 주변 회로

확인 및 교체

U6001 확인

* LTE B1, B5 RF Path 가 서로 다름

98/115

LGE Internal Use Only

12. 지상파 DMB 가 동작하지 않을 때

START

ANT14000 : TDMB ANT clip U14001 : TDMB Chip

ANT14000 Clip 연결

연결상태는 잘 되었는가?

Yes

U14000+1.8V 전원이

나오는가? at R14100

Yes

C14013 전원이 +1.2V

나오는가? at C14003

Yes

R14002 19.2MHz가 나오는가?

Yes

Main Board 교체

NO

ANT Contact 상태 확인

이물 제거 및 Clip 교체

PM8941(U6001)점검

DMB CHIP(U14002) 확인

PM8941(U6001)점검

99/115

LGE Internal Use Only

LG F300K Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual