LG F240L Service Manual

Internal Use Only

MODEL : LG-F240L

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.

1/130

LGE Internal Use Only

차례

가. 제품의

특장점

3

나. 규격 및 SPEC

다. 분해 조립도

라. 블록도

마. 부품 배치 및 One Point 수리법

바. 회로도

9

45

47

67

76

사. 주요기능 수리방법

아. 부품목록

99

123

LGE Internal Use Only

2/130

가. 제품의 특장점

3/130

LGE Internal Use Only

1. 제품의 특장점

있다

통신

방식으로는

WCDMA

와

LTE

를

지원하며

로밍

Band

인

GSM, WCDMA

를

지원한다

3. Display : 5.5 FHD, 1920x1080 pixels, 16.7M Colors, TFT

11. Micro

SD Card

지원

: External Memory

지원

제

4

조(적용범위

)

방식을

적용

세대

이동통

방식을

적용

세대

이동통

시

제 1 조 (제품의 명칭)

본 제품은 CDMA 및 LTE 방식의 무선 접속 Algorithm을 적용한 LG U+ 향내수Smart Phone으로 모델명은

F240L 라 칭한다.

제 2 조 (목적)

디지털 휴대폰 기능과 위치 정보 제공을 위한 GPS 기능을 내장하고, 5.5” Full HD TFT LCD를통해Android

Jelly Bean을 지원하는 Smart phone으로 DOP type이다. 2.4M 전면 Camera 와 13M 후면 Camera 를 내장하고

.

근거리 무선통신방식으로 Bluetooth 4.0, IEEE 802.11 2.4G a/b/g/n and 5G 11a/n, NFC 및 Wireless Charging

을 지원하는 LG U+향 내수 모델이다.

제 3 조 (제품 개요)

1. DOP type의 form factor

2. Main Chipset : APQ8064, MDM9615M, Memory(16Gbits LPDDR2 SDRAM, 32GB eMMC) ”

4. Touch Screen Type : Capacitive 방식의 전면 Full Touch window (Stylus Pen 지원)

5. OS : Android 4.2 (Jelly Bean)

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

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

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

9. Web Browser: Browser

10. 3D Graphics GUI 구현: Menu, Animations, Flash UI

-

12. Bluetooth 4.0 지원

13. WLAN 802.11 2.4G b/g/n and 5G 11a/n 지원

14. NFC 지원

15. TDMB 지원

16. Slim port : 최대 1080p 60Hz 지원

17. Wireless Charging 지원

,

.

1. Phone (F240L)

2. Battery(Standard: 3140mAh(typ.착탈형))

3. Adapter (TA)

4. Battery cover

5. Manual

6. Data cable

7. Stereo head set

8. Battery top charger (Cradle)

9. NFC tag

제 5 조 (용어의 정의)

1. CDMA : 대역확산이라는 기술을 이동통신에 적용한 것으로서 보내고자 하는 신호를 그 신호의 주파수 대역 보다 아주 넓은 주파수 대역으로 확산시켜 전송하는 방식.

2. GSM : TDMA

3. LTE (Long Term Evolution) : OFDMA, SCDMA를 적용한 제4세대 이동통신 시스템

4. CMOS (Complementary Metal-Oxide Semiconductor) : Inverter 회로에 P-Channel Transistor와

N-Channel Transistor를 같이 구성하여 동작속도는 느리나 소비전력이 낮음.

5. VT (Video Telephony) : 화상 통화 기능

한 2

신시스템.

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LGE Internal Use Only

6. FER (Frame Error Rate) : 총 수신프레임 대 Error Frame의비

8. VOD (Video On Demand) :

양방향

멀티미디어

서비스의

하나로

사용자가

원하는

멀티미디어

정보를

p

말한다

USB 2.0 High

d

규격에서는

480Mb

의

빠른

전송률을

나타내고

있다

20. LCD Display, Keypad

부

:

폰의

동작상태

사용자정보

등을

입력

표시하기

위한

기능을

수행함

28. Digital Camera : Camera

로

화상을

받아들여

그

신호를

디지털

데이터로

변환하고

그래픽

파일로

(

는

p

시함

)의개수

(는p,

앞는

두

시함

)

의

개수

7. OTA (Over The Air) : 시스템에서 단말기로 단말기에 필요한 Parameter를 설정하는 서비스이다.

선택적으로 서버로부터 전송 받아 재생하는 서비스

9. Streaming 방식 : 수신측에서 음성이나 영상, 애니메이션등을 어느 정도 저장(Buffering)한 다음 실시간 으로 화면에 Play하는 방법으로 전송구간의 속도변화가 생길 경우, 저장된 미디어를 Play하고 그 동안 다시 전송구간의 속도가 회복되면 정상적인 속도로 재생이 되는 방식이다. 재생 내용이 길어 Down

Load 받는데 시간이 많이 걸리는 경우에 편리하나 중간에 전송구간의 속도가 낮아질 경우 재생이

지연되는 단점이 있다.

10. Down Load 방식 : Video Cli 내려 받은 후 재생하는 방식이다. 서버에 저장된 원본과 동일한 멀티미디어를 재생할 수 있는 장점이 있는 반면, 원하는 멀티미디어를 선택한 후 긴 대기시간과 큰 저장공간이 필요하다.

11. TFT-LCD ( Thin Film Transistor Liquid Crystal Display ) : FET Transistor를얇은막위에위치시키고

이를 이용하여 액정 양단에 걸리는 전압 크기를 조절하여 Pixel 각각의 밝기를 조절하는 방식의 LCD

12. ZIF (Zero Intermediate Frequency) : IF를 사용하지 않은 Direct Conversion 방식

13. Cradle : 휴대폰을 충전하기 위해 휴대폰이나 배터리를 올려 놓는 거치대

14. USB (Universal Serial Bus) : 컴퓨터 본체와 컴퓨터 주변기기를 손쉽게 연결하기 위해 고안된 규격을

.

15. Slim port : HDMI의 Mobile version. Micro USB port를 이용한 HDMI 데이터 전송 기술.

16. PA (Power Amplifier) : 전력 증폭기

17. VCO (Voltage Controlled Oscillator) : 전압을 변화 시켜 원하는 주파수를 발진시키는 회로부

18. AGC (Automatic Gain Control) : 입력신호에 따라 회로의 이득을 조절하여 전력을 제어하는 회로

19. Flash Memory : 읽고 쓰기가 가능한 Memory. Protocol, User Interface, User Data등의 Software를

저장함.

21. EVRC(Enhanced Variable Rate Coder) : 음성을 Digital신호로 압축하는 알고리즘

(8Kbps로 13Kbps수준의 음질을 확보한다)

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

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

24. MMS (Multimedia Message Service) : 텍스트 및 그림, 음향 등의 메시지를 주고 받는 서비스

25. MPEG-4 (Moving Picture Experts Group -Standard 4) : 비디오 및 오디오 코딩 및 전송망과의 접속을

정의하는 국제 규격의 하나로 ISO/IEC 14496-1에 정의되어 있으며 1999년 1월에 버전 1이 완료되어 현재 인터넷에서 가장 많이 사용되고 있는 멀티미디어 코딩 방법이다. MPEG-2와는 달리 상대적으로 저속에 적합하게 개발되었으며 5Kbps에서 10Mbps급의 멀티미디어 전송에 목적을 두고 있다.

26. WAP (Wireless Application Protocol) : 현재 PC등에서 사용하는 Explorer와 같은 기능을 이동통신을

통해 구현하기 위해 필요한 Protocol이다. WAP은 작은 화면의 이동단말기에서 처리하기 쉽도록 처리 하는 데이터량을 많이 축소한다

27. MOD (Music On Demand) : 양방향 멀티미디어 서비스의 하나로 음악을 검색하고 원하는 음악을

요구하여 재생하는 양방향 통신서비스.

spee

의 재생구간이 짧아 전체 데이터의 크기가 크지 않을 경우 Clip 전체를

ps

,

.

메모리에 저장, 촬영한 사진을 화면을 통해 즉시 확인할 수 있으며, 컴퓨터를 통해 편집, 출력 등 다양한 자료처리가 가능.

29. Camcorder : 카메라(Camera)와 리코더(Recorder)의 합성어로 녹화 재생 기능을 갖춘 비디오 카메라

30. Dual Tone Multi-Frequency Signaling (DTMF) : Low Frequency와 High Frequency의 조합으로

동시에 전송되는 signal

31. 해상도 :일정한 길이 안에 들어있는 이미지 정보를 담고 있는 점

dot 또

32. NFC (Near Field Communication) : NFC는 전자태그(RFID)의 하나로 13.56Mz 주파수 대역을 사용하는

비접촉식 근거리 무선통신 모듈로 10cm의 가까운 거리에서 단말기 간 데이터를 전송하는 기술.

33. WLC(Wireless Charging) : 무접점 충전

ixel, 앞으로는모두dot로표

LGE Internal Use Only

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제 6 조 (구성)

y

yp

)

충전전압

y

p( ,

yp

)

충전전압

5.NFC Tag

Home / Office

NFC Tag Antenna

1. 제품 전체 외관도

2. 제품의 Accessory 기본 구성

항목

Type / Spec

1. USB Data Cable 5-PIN Micro USB , 1.2m USB 2.0

2. Batter

2. Adapter (TA)

3. Stereo Head Set

Soft-pack(3140mAh, t

분리형 , 5 V 1.8A

3.5Φ Stereo Earphone, 4극

4. User Manual

6. Battery cover

7. Battery Charger

6/130

기능설명 및 특징

: 4.35V

5-PIN Micro USB TA

Stereo Earphone

LG-F240L 사용 설명서

LGE Internal Use Only

제 7 조 (기능및성능)

(5) Volume

절

기능

전화벨

/

미디어

(MP3,

deo

등)/알람

/

통화음량

등을조절

(5) Volume

절

기능

:

전화벨

/

미디어

(MP3, video

등)/알람

/

통화음량

등을

절

다이얼링

가능

(17) Batt

잔량

표시

기능

잔여

배터리

잔류량에

따라

레벨을

표시

2)

데이터서비스기능

(SMS

데이터

통신

무선인터넷

멀티미디어

등

)

3)

화면표시

기능

1. 제품 주요 기능

1) 음성 통화 관련 기능

(1) 음성 서비스 기능 (2) 다양한 벨소리 기능 : MP3 기본 벨소리와 D/L 벨소리 (3) 진동기능 : 착신음 대신 진동으로 착신 신호 감지 (4) 수신 보류 안내 메시지 송출 기능 : 수신이 불가능한 상황에서 짧은 안내 메시지를 통해 현 상황을

송신자에게 알리는 기능

조 (6) Mute 기능 : 소프트 키를 이용하여 통화 시 묵음 상태 유지/해제 (7) 긴급 통화 기능 : 긴급 통화 (8) 전화번호/메모 기능 (9) 단축 Dialing : 저장된 전화번호를 1~2 자리수의 일련번호만 눌러서 다이얼링 가능 (10) PIM Phone Book 기능 : 전화번호부에 저장 가능 (11) Last Number Redial : 최근 통화한 번호를 메모리에서 지우지 않고 음성 통화 버튼을 누르면 다시

(12) 4자리 국번 지원 (13) Number plus 기능 (14) CNAP(Caller Name Presentation)/CNIP(Calling Number Identification Presentation : 발신자

번호 표시)/CNIR(Calling/Called Name Identification Restriction : 발신자별 수신제한) 기능 (15) 번호 이동성 (16) Call Time Display 기능 : 통화시간표시

ery

(18) Low Battery Alarm : 배터리 전력이 약할 경우 경고음과 메시지 표시 (19) 자동 Power Saving 기능 : 자동으로 전원 절약 모드 (20) Roaming 표시 : 가입된 서비스지역을 벗어나 타 서비스 지역임을 표시 (21) Roaming 기능 (22) RSSI Display : 수신감도를 나타냄

:

vi

(1) SMS 착/발신 기능

(2) MMS(사진 전송, Flash, 동영상 Mail) MPEG4 Multimedia Message

(3) Spam 차단기능 (4) 데이터 서비스 기능 : WCDMA, HSDPA, LTE 데이터 지원 (5) DATA 통신기능 : 모뎀 기능으로 인터넷/PC 통신 등을 이용

(6) VOD 다운로드 및 Streaming

(1) Graphic LCD 적용 (2) 폰 concept의 Launcher application 적용

4) 오디오기능 (1) MP3 재생 (2) Sound & Receiver

,

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LGE Internal Use Only

5) 카메라기능

동영상촬영

:

최대

1080P 30fps MP4(AAC/AMR)

(1)

방송

수신

()

방송

수신

12) WLAN

기능

(1)촬영

- 사진촬영 : 최대13M, 셀프 촬영 2.4M

-

- 듀얼-레코딩 : 전/후면 동시 동영상 촬영하는 기능

(2)갤러리

- 내/외장메모리의 사진을 LCD에 보여주거나, 확대가 가능하도록 지원함.

- 배경 화면/연락처 사진 설정/확대축소/삭제/이름 편집 등 지원.

6) DMB 기능

TDMB

(2) TDMB 자동채널 검색 (3) TDMB 수동채널 설정

7) 인증기능 (1) OTA : 시스템에서 단말기로 단말기에 필요한 Parameter를 설정하는 서비스

8) 전자수첩기능 (1) Calendar , Alarm, Memo 기능 : 메모리 한도 내에 저장 가능

9) PC Interface 기능 (1) 디지털 카메라급의 편리한 PC Sync : USB를 이용한 빠른 전송 (2) Web-Upgrade 기능 : USB를 이용한 S/W Upgrade 기능

10) 사용편의 기능 (1) 편리한 UI / 동영상 GUI (2) 오동작 방지 기능 : 일부 키의 Lock을 이용하여 오동작 방지하는 기능 (3) PC 이동식디스크 기능 지원 (4) Menu 표준안 적용 : 예전의 복잡한 메뉴 트리에서 보다 직관적이고 상관성을 갖는 카테고리 별로

메뉴구성

(5) 잠금/해제 코드 설정/변경 : 잠금 기능을 통해 전화기 사용을 제한 (6) 메모리 관리 기능 : 메모리 공간을 사진/동영상/MP3가 공용해서 사용함

(고정 할당이 아닌 동적 할당)

11) 보안 기능 (1) 폰의 잠금 및 해제를 비밀번호를 이용하는 기능

(1) WLAN 2.4GHz 802.11 b/g/n , 5GHz 11 a/n (2) Audio, Video streaming 서비스 등 인터넷 망을 통한 멀티미디어 서비스 가능 (3) E-mail 기능 지원 (4) Internet Contents 이용 가능

LGE Internal Use Only

8/130

나. 규격 및 SPEC

9/130

LGE Internal Use Only

2. 규격 및 Spec.

Dot 1920 X 1080

yp

(

)

()

Pixel x size

1.4um x1.4um(square pixel)

1. System 개요

List

1. Phone Type DOP Type

2. Size 150.2x76.1x9.4 (mm)

3. Weight

4. Battery 3,140mAh (typ, Li-Ion Polymer)

5. MSM chipset APQ8064,MDM9615M, WTR1605L

6. Memory

7. LCD Size 5.5 inch

Type / Spec.

172g(배터리 포함)

16Gb(SDRAM DDR2) + 32GB eMMC(외장 메모리 지원)

Color 16.7M color

Display Type TFT

NTSC Min 65% Typ. 70%

Contrast Ratio Min 700:1 T

. 1000:1

8. Main Camera (13M)

9. Self Camera

2.4M

Pixel Pitch 0.021xRGB(H)x0.063(V) , 403ppi

Type CMOS image sensor

Resolution

Frame Rate

View Angle

Image Scaling Down

Pixel x size

Type CMOS image sensor

Resolution

Frame Rate

View Angle

Image Scaling Down 1M, W1M, VGA

4224(H) X 3176(V) pixels.

15fps @ Full Resolution

73.3° (Diagonal)

13M,8M, W6M, 5M, 3M, W3M, 1M, W1M

1.12um x1.12um(square pixel)

1280(H) X 1024(V) pixels.

60fps @ HD 720p Mode

75.0°±1° (Diagonal)

LGE Internal Use Only

10/130

10. Audio 1) MIDI

저장

온도

85

℃

128 poly

2) Mono

3) Receiver

11. Bluetooth Effective Distance 10m

통신 가능 거리 0 m ~ 10 m (환경에 따라 다름)

12. TDMB Type

13. WLAN

14. GPS Type A-GPS

2. 사용 환경

1) Phone 사용 환경

규격

Throughput

통신 가능 거리 0 ~ 50m (환경에 따라 다름)

15x11 type speaker

13X07 type Receiver

내장 안테나

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

최대 38Mbps (SDIO Driver 성능에 따름)

항목

사용 전압

사용 온도

습도

2) TA 사용 환경

항목

입력 전원

출력 전원

Spec.

3.8 (Typ.), 4.35 (Max.) V

-1 5~ + 55

-40 ~ +

0 ~ 80 %

Spec.

AC 100 ~ 240V,50~ 60Hz, 0.2A(Max)

DC 5.0V 1.8A

단위

℃

11/130

LGE Internal Use Only

3. 무선 특성

/

Maxi

y

r

/

yp

---

61

Fc±∆f 1.25MHz

dBc /30kHz

42

※

기타

항목은

IS-98E

에

준함

1) PCS 송신부 전기적 특성

항목

Frequency Accuracy -150 +150

Time Reference

Waveform Quality

Open Loop Output Power Class II

mum Output

power(Class III)

Spec.

-

Ior =-97dBm/1.23MHz

Ior =-65dBm/1.23MHz

Ior =-25dBm/1.23MHz

Power class 3 23.0 24.2 26

Min

-1

0.944 0.98

10.5

-20.5

-60.5

Typ. Max

-

20 25.5

-11 -1.5

-51

+1

-41.5

1

단위

Hz

uS

-

dBm/

1.23MHz

dBm/

1.23MHz

dBm/

1.23MHz

dBm

1.23MHz

Maximum Spurious

Emission

Standb

Minimum Controlled Output Power

Conducted Spurious Emission (Pout = -13dBm)

Output Powe

∆f = ± 1.25 MHz

Output Power -> Max

Ior =-75dBm/1.23MHz (when TX disable)

Fc±∆f 1.95MHz

-42 -48 -

-53 -50--

-

-54

dBc/ 30KHz

dBm 1MHz

dBm/

1.23MHz

dBc /30kHz

LGE Internal Use Only

12/130

2) PCS 수신부 전기적 특성

Ior =

101dBm

Conducted

항목

Sensitivity

Single Tone Desensitization (at Output=+15dBm)

Intermodulation

Spurious Response Attenuation

Spec.

-

Ior = -101dBm ∆f = ± 1.25MHz Jammer = -30dBm FER < 1%

Jammer PWR 가변측정

-

Jammer = -43dBm ∆f=±1.25MHz,±2.05MHz FER < 1%

Jammer PWR 가변측정

Min

- - -104

-30 - -

-43

Typ.

--

Max

단위

dBm /1.23MHz

dBm

/1.23MHz

dBm

/1.23MHz

TX=off, RX Band (1930~1990MHz)

TX=off, TX Band

Spurious Emissions

※ 기타 항목은 IS-98E 에준함

- 주파수 범위 : KPCS (1751.25~1778.75MHz/1841.25~1868.75MHz)

- 중간 주파수 : 없음

- 정격 최대 출력 : 251.9mW (24dBm)

(1850~1910MHz)

TX=off, RX/Tx Band외

-- -81

-- -61

-- -47

dBm /1.23MHz

dBm /30 KHz

LGE Internal Use Only

13/130

3) WCDMA 송신부 전기적 특성

Minimum Output

Output Power

항목

Maximum Output Power

Frequency Accuracy

Power

Occupied Bandwidth

Adjacent Channel Leakage Power Ratio

Error Vector Magnitude(EVM)

Peak Code Domain Error

Open Loop

Spec. Min Typ. Max

Power class Ⅲ

- -200 - +200 Hz

Ior =-106.7dBm/3.84MHz -46.7 - -28.7 dBm/3.84MHz

Ior =-65.7dBm/3.84MHz -23.0 - -5.0 dBm/3.84MHz

- - - -50 dBm/3.84MHz

---4.6MHz

∆f =  5MHz

∆f =  10MHz

- --17 %

- - - 15 dBm/3.84MHz

21.0 24 25.0 dBm/3.84MHz

- - -33 dBm/3.84MHz

- - -43 dBm/3.84MHz

단위

Transmit Off Power

Spectrum Emission Mask

Transmit Spurious Emission

Ior =-25.0dBm/3.84MHz -0.0 - 14.0 dBm/3.84MHz

- - - -56 dBm/3.84MHz

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

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

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

∆f = 8.5~12.5MHz -49 dBc/1MHz

9kHz ~ 150kHz -36 dBm

150kHz ~ 30MHz -36 dBm

30MHz ~ 1GHz -36 dBm

1GHz ~ 12.5GHz -30 dBm

LGE Internal Use Only

14/130

4) WCDMA 수신부 전기적 특성

Jammer(Modulation)

Desensitization

J

46dBm(CW)

-

중간

주파수

:

없음

항목

Reference Sensitivity Level

Maximum Input Level

Adjacent Channel Selectivity(ACS)

In Band Blocking

Inter-modulation

Spec. Min Typ. Max

BER < 0.001% -

Pin = -25dBm -

Jammer(Modulation)

= -52dBm/3.84MHz

∆f =  5MHz BER < 0.001%

Jammer(Modulation)

= -56dBm/3.84MHz

∆f =  10MHz BER < 0.001%

= -44dBm/3.84MHz

∆f =  15MHz BER < 0.001%

Jammer1(CW)= -46dBm Jammer2(Modulation)

= -46dBm/3.84MHz

∆f= 10MHz BER < 0.001%

ammer1= -

Jammer2(Modulation)

= -46dBm/3.84MHz

∆f= 20MHz BER < 0.001%

단위

-

-106.7 dBm/3.84MHz

0.1 BER(%)

- - -103 dBm/3.84MHz

- - -103.7

dBm/3.84MHz

30kHz ~ 1GHz - - -57 dBm/30kHz

1GHz ~ 1.92GHz - - -47 dBm/1MHz

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

Spurious Emissions

1.98GHz ~ 2.11GHz - - -47 dBm/3.84MHz

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

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

- 주파수 범위 : WCDMA1(1922.8~1977.2MHz/2112.8~2167.2MHz), WCDMA2(1852.4~1907.6MHz/1932.4~1987.6MHz)

- 정격 최대 출력 : 251.9mW (24dBm)

LGE Internal Use Only

15/130

5) GSM 송수신부의 전기적 특성.

q

r

qy

DCS/PCS

Burst Timing

3.69

us

A

(

)

(

)

항목

Phase Error

uency Erro

Fre

EMC(Radiated Spurious Emission Disturbance)

Transmitter Output power and Burst Timing

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

Spec.

Rms : 5° Peak : 20 °

GSM : 0.1 ppm

: 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)

Spectrum due to switching transient

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

Reference Sensitivity – TCH/FS Class II(RBER) : -105dBm(2.439%)

Usable receiver input level range 0.012(-15 - -40dBm)

Intermodulation rejection – Speech channels

M Suppression

-GSM : -31dBm - DCS : -29dBm

Timing Advance

- 주파수 범위 : GSM(880~915MHz/925~960MHz), DCS(1710~1785MHz/1805~1880MHz)

1850~1910MHz/1830~1990MHz

PCS

- 국부발진 주파수 범위 : 1688 ~ 1736 MHz

- 중간 주파수 : 없음

- 정격 최대 출력 : 1995.3 mW(33dBm)

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

-98dBm/-96dBm (2.439%)

± 0.5T

LG(45)-A-2506 : 02

16/130

LGE Internal Use Only

6) LTE

송신부

전기적

특성

항목

dBm/

d/

3

0

Spec.

Min

Typ. Max

단위

Maximum Output

Power (Class III)

Frequency Error

EVM

IQ-component

In-band emissions

for non allocated RB

Spectrum Flatness QPSK, 50RB

Occupied bandwidth

ACLR

(Adjacent Channel

Leakage Power

Ratio)

Power class 3

(Environmental Test )

QPSK

16QAM

QPSK, 12RB

QPSK, 50RB

E-UTRA ACLR1

UTRA ACLR1

UTRA ACLR2

20.3 23.0 25.7

( 20.3) ( 23.0) (25.7)

-0.1 PPM

-15hz

-2 +3.4

+0.1 PPM

+15hz

17.5

12.5

-24.2

10

-29.2

-32.2

-35.2

dBm/

10MHz

%

dBc

dB

MHz

dB

9 kHz < f < 150 kHz

Transmitter

Spurious

emissions

※ 기타 항목은 3GPP TS 36.521-1 에준함.

※ SVLTE(Simultaneous-voice-Long Term Evolution) 시 Output Power limit 존재.

LTE Max Power 23dBm에서 4dB Power Back off하여 19dBm으로 Max Power Limit @ CDMA Tx Power more than or equal to 19dBm.

- 주파수 범위 : LTE1 (1920~1940MHz/2110~2130MHz) LTE5 (824~849MHz/869~894MHz)

- 중간 주파수 : 없음

- 정격 최대 출력 : 251.9mW (24dBm)

150kHz < f < 30 MHz

30MHz < f < 1GHz

1GHz < f < 12.75GHz

LG(45)-A-2506 : 02

17/130

-36

-

dBm/1kHz

dBm/10kHz

dBm/100kHz

1MHz

LGE Internal Use Only

7) LTE 수신부 전기적 특성

(

(Q,

(DL : QPSK, 50RB

Δf =

±

5.2125MHz, CW

-

81.3

/100kH

-

57

※

기타

항목은

3GPP TS 36.521

1

에

준함

항목

Sensitivity Level

DL : QPSK, 50RB

UL : QPSK, 25RB)

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)

Spec.

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 5MHz

Dual Receiver

Δf = ± 7.5MHz, LTE BW 5MHz

Δf = ± 12.5MHz, LTE BW 5MHz

Dual Receiver

Δf = ± 15MHz~85MHz, CW

Min

Typ.

Max

-94.3

-91.3

-25.7

-88.3

단위

dBm

/10MHz

dBm

/10MHz

dBm

/10MHz

dB33

dBm

/10MHz

dBm

/10MHz

Narrow Band Blocking

UL : QPSK, 20RB)

Intermodulation

(DL : QPSK, 50RB

UL : QPSK, 20RB)

Dual Receiver

Δf = ± 12.5MHz, CW

Δf = ± 25MHz, LTE BW 5MHz

Dual Receiver

Spurious emissions

(DL : QPSK, 0RB

UL : QPSK, 0RB)

30MHz < f < 1GHz

1GHz < f < 12.75 GHz

-

.

LG(45)-A-2506 : 02

18/130

dBm

/10MHz

-88.3

dBm

/10MHz

dBm

z

-47

dBm

/1MHz

LGE Internal Use Only

8) HSDPA

송수신부의

전기적

특성

)

송수신부의

전기적

특성

13/15



c/

d



15/8

송

S

SC

.

항목

5.2.A Maximum Output Power with HS-DPCCH

5.7A HS-DPCCH

신

Spec. Min Typ. Max

1/15 c/d 12/15

21

202322.5

25 25 dBm/3.84MHz

19 22 25

15/7 c/d 15/0

Step 0 0 dBm +/- 1 dB

Step 1 – Step 0

6 dB +/- 2.3 dB dB

MAX /

0dBm

Step 2 – Step 3

Step 5 – Step 4

1 dB +/- 0.6 dB dB

0 dB +/- 0.6 dB dB

Step 6 – Step 7 5 dB +/- 2.3 dB dB

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

단위

dB

5.9A Spectrum Emission Mask

with HS-DPCCH

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

-PDSCH

H Reception

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

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

∆f = 8.5~12.5MHz -49 dBc/1MHz

∆f =  5MHz

∆f =  10MHz

MAX Power

-20 dBm

- - -33 dBm/3.84MHz

- - -43 dBm/3.84MHz

- - 17.5 %

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

LG(45)-A-2506 : 02

LGE Internal Use Only

19/130

9) EVDO PCS

송신부

전기적

특성

)

송신부

전기적

특성

dBm/

(

when TX disable)

1MHz

항목

Frequency Accuracy -150 +150

Time Reference

Waveform Quality 0.944 0.98

Spec.

-

Ior =-97dBm/1.23MHz

Min

-1 +1

10.8

Typ. Max

-

1

20 25.5

Open Loop Output Power Class II

Maximum Output power(Class II)

Ior =-65dBm/1.23MHz

Ior =-25dBm/1.23MHz

Power class 2

-20.2

-60.2

-11 -1.2

-51

-41.2

23.0 24.0 24.5

단위

Hz

uS

-

1.23MHz

dBm/

1.23MHz

dBm/

1.23MHz

dBm/

1.23MHz

∆f = ± 1.25 MHz

Output Power -> Max

Maximum Spurious

Emission

∆f = ± 1.98 MHz

Output Power -> Max

Ior =-75dBm/1.23MHz

Standby Output Power

Minimum Controlled

--

Output Power

※ 기타 항목은 TIA-866 에준함

※ SVDO(Simultaneous-voice-DO) 시 Output Power limit 존재.

EVDO Max Power 24dBm에서 5dB Power Back off하여 19dBm으로 Max Power Limit

LG(45)-A-2506 : 02

20/130

-42 -48

-54

-

-60

-

-53 -50

dBc/

30KHz

dBc/ 30KHz

-61

dBm/

1.23MHz

LGE Internal Use Only

10) EVDO PCS 수신부 전기적 특성

Sensitivity



Jammer PWR

가변측정

(1850~1910MHz)

Spurious

61

/

항목

Single Tone Desensitization (at Output=+15dBm)

Intermodulation

Spurious Response Attenuation

Spec.

-

Ior = -102.4dBm ∆f = ± 1.25MHz Jammer = -30dBm FER < 1%

Ior = -102.4dBm Jammer = -43dBm ∆f=±1.25MHz,±2.05MHz FER < 1%

Jammer PWR 가변측정

TX=off, RX Band (1930~1990MHz)

Min

- - -104

-30 - -

-43

-- -81

Typ.

--

Max

단위

dBm /1.23MHz

Conducted

TX=off, TX Band

Emissions

TX=off, RX/Tx Band외

※ 기타 항목은 TIA-866에준함

LG(45)-A-2506 : 02

21/130

-- -

-- -47

LGE Internal Use Only

dBm

1.23MHz

dBm /30 KHz

11) Bluetooth 송신부의 전기적 특성

DH5

f2

MAX

115

kHz

Freq. Drift

4040kHz

항목

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

11110000

DH5

10101010

Spec. Min Typ. Max

단위

Nominal Pwr -6 - +20 dBm

Peak Pwr - - +23 dBm

@100kHz BW - +20 dBm

-30dBm @100kHz BW

∆f =fH-f

L

2400 - 2483 MHz

-1 MHz

@M-N = 2 - -20 dBm

@M-N >= 3 - -40 dBm

f1

AVG

140 - 175 kHz

-

f2

AVG

/f1

AVG

0.8 -

Initial Carrier Freq. Tolerance

Carrier Frequency Drift

DH5

PRBS9

DH1

10101010

DH3

10101010

DH5

10101010

Freq. Drift -25 - +25 kHz

Drift Rate -20 - +20 kHz/50us

Freq. Drift -40 - +40 kHz

Drift Rate -20 - +20 kHz/50us

Out of Band Spurious Emission

★ 음영으로 표시된 항목은 현재 측정할 수 없는 항목임

DH1

PRBS9

@ 30MHz ~

12.75GHz

-75 - +75 kHz

-

-+

20 dBc

LGE Internal Use Only

22/130

12) Bluetooth 수신부의 전기적 특성

C/I Performance

dB

@

GHz

Performance

PRBS9

∆f

5MHz (CW)

항목

Sensitivity (Single Slot Packet)

Sensitivity (Multi Slot Packet)

DH1

PRBS9

DH5

PRBS9

DH1

PRBS9

Spec. Min Typ. Max

BER @ 0.1%

Co-Channel

-60dBm@ BER0.1%

C/I @1MHz

-60dBm@ BER 0.1%

C/I @2MHz

-60dBm@ BER 0.1%

C/I @≥3MHz

-67dBm@ BER0.1%

C/I @Image

-67dBm@ BER 0.1%

C/I @1MHz Image

-67dBm

-10dBm @ 30M ~2 GHz

BER 0.1%

- -70 dBm

-11

-0

--30

--40

--9

--20

단위

Blocking Performance

Intermodulation

Maximum Input Level

DH1

PRBS9

DH1

PRBS9

-27dBm @ 2 ~ 2.4 GHz

- -67 dBm

-27dBm @ ~2.5 3

-10dBm @

3 ~ 12.75 GHz

∆f = +5MHz (CW) ∆f = +10MHz (BT)

BER @ 0.1%

= -

∆f = -10MHz (BT) BER @ 0.1%

- -64 dBm

BER @ 0.1% -20 - dBm

LGE Internal Use Only

23/130

13) 지상파 DMB 전기적 특성

Maximum

BER 10

이하

BER 10

4

이하

걸리는

시간

항목 Spec. Min Typ. Max 단위

Sensitivity

Input Power

Adjacent Channel Selectivity

Far-off Selectivity

Acquisition time after Synchronization loss

BER 10-4이하 @Viterbi Decoder Output

-4

@Viterbi Decoder Output

BER 10-4이하 @Vitervi Decoder Output 조건 만족시의 인접채널 신호와의 레벨차이

-

@Vitervi Decoder Output 조건 만족시의 ±5MHz 떨어진 신호와의 레벨차이

10초 이상 신호를 차단한 후에 ±500Hz 벗어난 신호인가 시 동기를 잡는데 까지

A. Urban(@25Km/s) 조건에서의 감도 (BER 10

-4

이하@Vitervi Decoder Output)

-95 dBm

-10 dBm

30 dB

40 dB

3sec

-75 dBm

Performance in a Rayleigh Channel

무선감도

- 주파수 범위 174 ~ 216 MHz (Ch7 ~ Ch13)

- System Bandwidth 1.536 MHz

B. Rural(@120Km/s) 조건에서의 감도 (BER 10

C. SFN(@60Km/s) 조건에서의 감도 (BER 10

BER 10-4이하@Vitervi Decoder Output TBD dBm

-4

이하@Vitervi Decoder Output)

-4

이하@Vitervi Decoder Output)

-75 dBm

LGE Internal Use Only

24/130

14) GPS 수신부의 전기적 특성.

항목

Sensitivity Test Success rate ≥ 50% @ -154 dBm

Spec.

25/130

LGE Internal Use Only

13) WLAN 802.11b 송수신부의 전기적 특성(Conducted)

≤ -50 @ f < fc

22MHz and f > fc+22MHz

Modulation Accuracy

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

(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

-

≤ 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)

26/130

LGE Internal Use Only

14) WLAN 802.11g 송수신부의 전기적 특성(Conducted)

Frequency Tolerance

within

±

25 PPM

≤ -40 @

±

30MHz offset (20MHz

30Mhz)

@

S

@

항목 Spec.

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

Tx Power Level

Chip clock Frequency Tolerance

Spectrum Mask

Transmitter constellation error (rms EVM)

purious Emissions

Rx Min input Sensitivity

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

within ±25 PPM

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

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

< -36 dBm @ 30MHz ~ 1GHz < -30 dBm above < -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

1GHz ~ 12.75GHz

~

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

27/130

LGE Internal Use Only

15) WLAN 802.11a 송수신부의 전기적 특성(Conducted)

0 @

)

0@

30 o se ( 0 30 )

< -36 dBm@ 74 MHz to 87,5 MH

66dBm@48Mbps

65dBm@54Mbps

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) ≤ -4

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

±30MHz offset (20MHz ~ 30Mhz

< -36 dBm @ 30 MHz to 47 MHz < -54 dBm @ 47 MHz to 74 MHz

z < -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

Rx Min input Sensitivity

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

PER ≤ 10%

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

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

-

, -

LGE Internal Use Only

28/130

15) WLAN 802.11a 송수신부의 전기적 특성(Conducted)

A

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

CR ≥ 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

29/130

LGE Internal Use Only

16) 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)

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

30MHz ~ 1GHz

[ 5170 MHz ~ 5815 MHz ( CH36 ~ 161 ) ] < -36 dBm @ 30 MHz to 47 MHz < -54 dBm @ 47 MHz to 74 MHz

Spurious Emissions

< -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

30/130

LGE Internal Use Only

16) WLAN 802.11n(HT20) 송수신부의 전기적 특성(Conducted)

ACR ≥ 4dB@39Mbps, ACR ≥ 0dB@52Mbps

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 ≥ -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

LGE Internal Use Only

31/130

17) WLAN 802.11n(HT40) 송수신부의 전기적 특성(Conducted)

p

@

)

p

@

()

[

]

[()]

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

S

ectrum Mask

Transmitter constellation error (rms EVM)

Spurious Emissions

within ±20 PPM(5170 ~ 5815 MHz)

≤ -20 @ ±21MHz offset (19Mhz ~ 21MHz) ≤ -28 ≤ -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 MHz < -54 dBm @ 47 MHz to 74 MHz < -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

±40MHz offset (21MHz ~ 40Mhz

32/130

LGE Internal Use Only

17) WLAN 802.11n(HT40) 송수신부의 전기적 특성(Conducted)

@

@p,

@p

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

33/130

LGE Internal Use Only

4. 부가 기능 특성

RF 소모

전류

측정

시

LCD Off

상태에서

측정함

.

650mA

이하

@ A

650mA

이하

@ A

GSM LVL 5

Specification

1) 소모전류

1. Sleep Mode

2. Sleep : Ear jack 연결 시 5.5mA 이하 5.5mA 이하 5.5mA 이하

3. 대기전류 (Sleep & Idle 평균)

4. BT Connected 대기

5. Talk Mode

6. No SVC Mode

(LTE off condition) -Network Mode는 각 Band Only상태에서 측정함.

항목

-

Specification

KPCS WCDMA GSM

5.5mA 이하 5.5mA 이하 5.5mA 이하

6mA 이하 @ SCI2

9mA 이하(대기전류 대 비 3mA 이하)

-Max Pwr시

vg

-Sec A Pwr -92dBm

300mA 이하 @ Avg

200 mA 이하 200 mA 이하 200 mA 이하

6mA 이하 @ DRX 7 6mA 이하 @ P.P 5

9mA 이하(대기전류 대 비 3mA 이하)

-Max Pwr 시

vg

- Tx 10dBm

300 mA이하 @ Avg

9mA 이하(대기전류 대비 3mA 이하)

350 mA이하 @ Avg

7. Power Off Mode

8 LTE

2) RSSI

54

43

32

21

10

0No SVC -111이하 -110이하 -112이하

300uA 이하 300uA 이하 300 uA 이하

Standby Mode (SCI1, LTE 2.56s

Average Current)

LTE Cat2 @ Tx 10dBm (LCD OFF)

KPCS

-88~-96 -83~-90 -86~-94

-92~-100 -89~-96 -89~-97

-96~-104 -93~-102 -93~-101

-98~-106 -98~-106 -98~-106

-102~-110 -105~-112 -103~-111

WCDMA

(1900/2100)

(EGSM/DCS/PCS)

9.0 mA 이하

400 mA 이하

GSM

단위

Antenna

BAR

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

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

◆ 5515C장비 사용시 CELL OFF로 NO SVC 상태 확인, ROHDE&SCHWARZ장비 사용시 CELL POWER 낮추며 NO SVC 상태 확인

LGE Internal Use Only

34/130

3) Battery Bar 방전 표시 : Battery Log File 참조

Bar 18

Bar 17

88% > 87%

Bar 6

Bar 5

28% > 27%

Battery Bar Specification Battery Bar Specification

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 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%

-

>

-

35/130

LGE Internal Use Only

4) Battery 표준 사용 시간

대기

시간

450

시간

이상

시간

이

p

내장벨

: 1m

음압

58dB

↑

( 100% ), 63dB

↑

( 60% )

구분

대기 시간

(KPCS)

대기 시간

(WCDMA)

(GSM)

대기시간

(SVLTE)

통화 시간

(KPCS)

통화

(WCDMA)

통화 시간

(GSM)

통화 시간

(VT)

Specification

450 시간 이상 6mA 이하

450시간 이상 6mA 이하

6mA 이하

300시간 이상 9mA 이하

840분이상 200mA 이하

840분 200mA 이하

490분이상 340mA 이하

190분이상(TBD) 850mA 이하 (TBD)

상

측정 조건

SCI2 @ BATT 용량 : 3140mAh

DRX 7 @ BATT 용량 : 3140mAh

EGSM P5 @ BATT 용량 : 3140mAh

LTE 2.56s + CDMA 1x 2.56s

Sector A Power : -92dBm/Half Rate

10dBm @ BATT 용량 :3140mAh (AMR Mode시)

EGSM, LV5 @ BATT 용량 : 3140mAh

4G , Tx:+12dBm, Speaker Mode, Max volume @ BATT 용량 :3140mAh

통화시간

(LTE)

통화시간

(SVLTE)

충전 시간 210분이하

5) MP3 사용 시간

구분

Speaker

Ear Phone

6) 벨소리 음압

300분이상 550mA 이하

330분이상 500mA 이하

Specification

28시간 이상

62시간 이상

* 만충 Battery Test 기준

LTE Cat2 @ TX 10dBm + CDMA 1x standby & LCD ON(Default 밝기)

LTE Cat2 @ Tx 10dBm + CDMA 1x @ Tx 10dBm & LCD OFF

LCD OFF

측정 조건

기준 곡 : ELT Mode.m

_

3

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

LGE Internal Use Only

36/130

5. 시험 측정 방법 및 규정

: U/I

인정

시험

절차서

LG(45)

B

4602

53

표준

시험

방법에

준한다

)

기능

사용설명서에

)

적

기능

사용 명서에

방에

다

1) 전기적 특성 측정 방법 : 제품 성능 시험 업무 절차서 LG(45)-B-4602-51 표준 시험 방법에 준한다.

2) 신뢰성 시험 방법 : 제품 신뢰성 시험 업무 절차서 LG(45)-B-4602-54 표준 시험 방법에 준한다.

3) U/I 검증 시험방법

-

4) Field Test 방법

: Field Test 업무 절차서 LG(45)-B-4602-64 표준 시험 방법에 준한다.

6. 신기능 추가에 따른 시험 방법 및 Spec. 정의

1

S/W적인신

은

-

언급된방법에준한다.

.

LGE Internal Use Only

37/130

1x Su

m

획

e

d

A

c

상

a

C

상

d

신

s

c

등

상

s

처

o

a

상

m

n

t

d

이

해

당

C

모

0

인

고

수

w

수

T

용

향

및

e

의

기

i

세

기

N

mary

CDMA State ENTER : CD INIT : Pilot [I]IDLE : Idl [I]MPEN : I [I]USLO : I [I]SLOT : Id [I]OVHD : I [A]OVHD : [A]ORIG : [A]PAGE : [A]REGI : A [A]MSG : A ACCESS : [T]INIT : Tr TRAFFIC : T [T]RELS : T [C]WFO : C

[C]WFA : [C]CONV : [C]RELS :

: MA 진입 상태

득및Synchronizatio /Idle 상태

le/Message Pending

le/Un-slotted 상태

le/Slotted 상태

le/Overhead Update

ccess/Overhead Up

ccess/Origination(발

ccess/Page Respon

cess/Registration(

cess/Message 처리

기 상태 이외의 Acce

ffic/Initialization 상태 raffic(통화중) 상태 raffic/Release(해제) all Control/Waiting F

all Control/Waiting F

Call Control/Convers

all Control/Release

n 상태

상태

태

ate 상태

) 처리 상태

e(착신) 처리 상태

록) 처리 상태

태

s 상태

리상태

r Order 상태

r Answer 상태 tion 상태

태

< 1x 관련 Ite

1)System ID:

2)Network ID:

3)CDMA Cha

4) CDMA Sta

5)RSSI (dB):

6)Rx Power (

7)Tx Adj (dB)

8)Tx Power (

9)PN Code:

10)Ec/Io: 해

-Ec/Io (

11)MODEL :

>

현재 System ID, 219

현재 Network ID

nel: 현재 송수신 중

( LGT: 475,525 )

e: CDMA State 표 참

CDMA Pilot 기준의

일반적으로 Rx Po 로 표현됨. Bm): Antenna에서

: Access Mode 또는

CDMA Power Contro

Bm): Antenna에 적

동국에 할당된 순방

당Pilot Active Set

PN Code의 Ec/Io 레

hip Energy / Interfer

델명

(LG U+)

채널 번호

신신호세기

er(11)와 Active Set

신되는 수신 신호 세

raffic Mode에서

l에 의해 적용되는 Dig

되는 최종 송신 신호

트래픽 채널과 같은

Candidate Set의 P

벨

nce with Noise)

Ec/Io(19)의 합으

tal Tx Gain

기

지국(섹터)의

Code 번호

LGE Internal Use Only

38/130

Only for training and service purposes

1x DebugScreen

m

:

o

t

d

B

n

o

t

C

당

o

e

o

0

검

인

상

된

C

수

E

는

t

S

c

된

및

c

를

검

E

가

으

현

D

세

호

수

y

공

과

의

수

< 1x 관련 Ite

1)System ID:

2)Network ID

3)Slot Cycle I

4)CDMA Cha

5)Base Stati

6) CDMA Sta

7)Frame Erro

8)Service Op Physical 및 번호(Hexa

9)RSSI (dB):

10)Tx Adj (d

11)Rx Power

12)Tx Power

13)Acquisitio

14)System L

15)Access A

16), 17) PN

터)의 해

20), 22) Ec/I

-Ec/I

23) Mode Pr

24) RTRE m

25) Producti

> 현재 System ID, 219 현재 Network ID

ndex: 0: 1.28초마다

2: 5.12초마다

nnel: 현재 송수신 중

( LGT: 475, 525

n Protocol Revision:

e: 1 Page CDMA Sta

r Rate: Traffic 연결

ion:

multiplex층에서 정의

ecimal) 00003: EVR

CDMA Pilot 기준의 (11)와 Active Set의

): Access Mode 또

CDMA Power Con

(dBm): Antenna에서

(dBm): Antenna에 적

Fail Count: Pilot 신

st Count: Idle 또는

tempt Count: System

한Ac

ode: 이동국에 할당

Pilot Active Set(19)

: 해당 PN Code의 E

(Chip Energy / Inter f: 현재잡을수있는

de : RUIM사용 상태

n mode : Test script

(LG U+)

색, 1: 2.56초마다

색

채널 번호

)

4,5: 95B, 6: 1X

te 표 참고.

태에서 매 Frame별

구조 내에서 여러

, 8000: 13KQCELP,

신 신호 세기. 일반적

c/Io(18)의 합으로 표

Traffic Mode에서

rol에 의해 적용되는

수신되는 수신 신호

용되는 최종 송신 신

호획득실패발생횟

ystem Access시 S

Access 상태에서 성

ess Probe 시도 횟수

순방향 트래픽 채널

Candidate Set(21)

/Io 레벨

ference with Noise)

망의 mode를 표시

표시.

상태를 표시.

색,

rror를 %로 표시

지제공서비의

00006: SMS

로Rx Power

됨.

igital Tx Gain

기

세기

stem Lost 발생 횟

할 때까지 시도

같은 기지국(섹

PN Code 번호

LGE Internal Use Only

39/130

Only for training and service purposes

EVDO DebugScree

n

련

진

s

U

l

c

A

w

C

M

로

e

장

S

N

A

수

O

콜

y

수

0

를

진

도

터

련

/

s

E

하

D

m

하

V

E

O

e

y

프

된

획

E

a

을

범

g

e

린

-

N

태

8

)

s

보

값

n

를

e

.

C

카

< EVDO 관 Channel (10 Color Code

Message에

DRC Reque

-0 : N 12 : 2

SINR (Signa SINR to DB

15dB ~ 15

ALMP 상태:

- 0 : I

- 1 : I

- 2 : I

EVDO

-3 : * AL

속하는 프

Conn

상태를 관

SMP 상태:

-0 : I

-1 :

-2 :

* SMP 는프로토 Session La

UAC (10진

총횟수.

34) SNC (1 Message

35) UC (10

Item>

수): 현재 획득 시

(10진수): 망으로부

포함된 Subnet 관

ted Value (10진수):

LL, 1: 38.4 kbps,

457.6, 13 ~ 15 : N to Noise Ratio): B

onversion 값 : Be

dB )

LMP 의 상태 정보 NACTIVE 상태. 즉 NIT 상태. 즉 EVDO DLE 상태. 즉 EVDO

ake up/sleep 을

ONNECT 상태. EV P(Air Link Manage 토콜로서

ction Layer 에 속

함.

MP 상태 정보 ACTIVE 상태. 즉 E

MPsetup 상태. 즉

행중인상태

PEN 상태. 즉 EVD

(Session Managem

로서

er 에 속하는 다른

): 단말이 부팅된 후

진수): 단말이 부팅

수신한 총 횟수

수): 현재 단말이

(Quick Config

중이거나 획득한

수신하는 Overhe

정보. 서브넷 변경

DRC 값 ( 0 ~ 15

2 : 76.8 kbps, … ,

A

est Sector 의 avera

t Sector 의 averag

VDO 동작을 안하는 시스템 획득 중인 상 시스템을 획득하여

고있는상태

O 로 트래픽이 열 ent Protocol ) : IS

는 다른 프로토콜 (I

DO 세션이 없는 상

VDO 세션을 열기 위

세션이 열린 상태

nt Protocol ) : IS-

로토콜 (AMP,SCP

망으로부터 UATI A

후 망으로부터 Ses

.

득한 망에서 트래픽

Msg.에 포함).

VDO 채널 번호

d Message 중 Quic

판단할 수 있는 정

위)

e SINR 값

SINR 의 dB 환산

상태 태 주기적으로

상태

856 의 Connectio

IT,IDLE,CONNECTI

해 UATI 할당 절차

56 의 Session Lay

들의 상태를 관장함

signment Message

sion Configuration

을 이용중인 User

k Config

가됨.

. ( -

Layer 에

ON)들의

r 에 속하

를 수신한

omplete

운트

LGE Internal Use Only

40/130

Only for training and service purposes

LTE DebugScreen

e

t

(

W

/

M

C

X

I

u

E

t

u

T

N

M

n

B

/

P

S

r

E

스

e

c

Mode Pr

Ex) Au EARFCN Band / B

Ex) B5 PLMN :

Ex) LG Cell_ID(P RSRP / T RSRQ / S EMM Ca

Ex) LT EMM Sta

Ex) EM

SUB Stat RRC :

SRV Stat

Ex) No

IMSI GUTI IMS IPv4 INTERNE TETHERI

f. : RAT Mode omatic : GSM/WCD DL/UL) : DL/UL Cha

: 단말의 Band 및 10M CC (mobile country

U+: 450 06

I) : 현재cell 의정보 : Serving Cell RSR

NR : Serving Cell R se : LTE EPS Netwo

_NAS_ILLEGAL_ME /

us

M_DEREGISTERED /

s

s: 현재 단말의 서비

service. / Limited S

IPv4 G IPv4

A/LTE 모두 지원

nel 정보 : 2600

andWidth

code) MNC (mobile

/ Tx Power

RQ/RSRP

k으로부터받은reje

LTE_NAS_NW_FAILU

MM_REGISTERED

Status

rvice

LGE Internal Use Only

network code)

t cause.

RE …

41/130

Only for training and service purposes

WCDMA DebugScreen(1/2)

m

w

p

a

정

X

n

망

O

C

v

R

D

A

N

메

동

2

g

B

t

o

e

o

c

및

용

(

상

M

상

DLCH : 단말이 잡고 ULCH : 단말이 잡고 PLMN : MCC (mob

Ex) China Unico

SD : 현재 단말이 지

Ex) CS (Circuit s

NOM (Network O

Ex) 1 (Combined LAC (Location Are Cell : 현재 cell 의

Ex) XXX(MSC)-X MM (Mobility Ma

MM 도메인에서

Service 상태

Ex) 0x0/IDLE/N

GMM (GPRS MM)

GMM 도메인에서

substate, ser

Ex) 0x0/REG/NO

있는 Downlink WC

있는 Uplink WCDM

ile country code) M

: 460 01

원 가능한 서비스 도

itched), PS (Packet

eration Mode) : 망

로 등록 및 서비스),

Code)/RAC (Routin

보: (RNC)-XXX(NODE_

agement) Cause, sta

으로부터 받은 rejec

RMAL/AVAIL : CS D

ause, state/substat

망으로부터 받은 rej

ice 상태

MAL/AVAIL : PS D

MA channels

channels C (mobile network

인

switched), CSPS

작모드

(CS, PS 각각 등록

Area Code): CS/PS

)-XX(sector)-X(fa)-X

te/substate/service

cause, MM state,

main으로 정상 등록

/ service 상태:

ct cause, MM state,

main으로 정상 REG

ode)

LGE Internal Use Only

서비스)

지역 코드

reserved)

태:

M substate,

후Idle 상태

42/130

MM

태

Only for training and service purposes

WCDMA DebugScreen(2/2)

W

S

SEc

LTMPTIP

H

R

수

t

C

T

C

T

A

o

S

e

의

T

의

망

D

h

=

정

D

N

A

정

까

S

n

보

정

m

r

L1 : Layer 1 state 정

: IDLE , FS, ACQ, BC

D

RX (Discontinuous

cycle length 계

Ex) DRX cycle leng

RC (Radio Resource

R

DISCONN : RRC_S CONNECTING : RR CELL FACH : RRC_S CELL DCH : RRC_S CELL PCH : RRC_ST URA PCH : RRC_ST

SI/Tx : RSSI / Tx p

R A

SET: Active SET의 PS

CP: Active SET의 R

R

Io: Active SET의 En

N

SET: Neighbor SET RSCP : Neighbor SE

N

EcIo : Neighbor SET

N

ER : Block Error Rat

B

SI : 위치등록 결과

MSI : 위치등록 결과

: 할당 받은 IP 주소

보

, PCH, FACH, DCH,

eception cycle lengt

에 의해 계산된 DRX

h가 6인 경우 : 2^6

ontrol): RRC state

ATE_DISCONNECTE

_STATE_CONNECTI

TATE_CELL_FACH

ATE_CELL_DCH

TE_CELL_PCH

TE_URA_PCH

wer dBm기준

C 정보 (최대 3개까지

CP (Received Signal rgy / Interference

PSC 정보 (최대 3개

의 RSCP (Received

Energy / Interfere

e

에서 받은 TMSI 정

망에서 받은 PTMSI

EACTIVE, ….

) : 단말기가 수신한

cycle length 값

640ms

보

G

display) Channel Power) dB 보dB

지display)

ignal Channel Powe

ce 정보 dB

보

DRX

LGE Internal Use Only

43/130

) dBm

Only for training and service purposes

GSM DebugScreen

A

NLAMR

RTx

M

RSSG<SCNNIP

고

있

4

c

지

에

한

획

s

M

b

M

s

정

획

e

주

소

인

C

정

n

서

에

보

정

서

e

r

RFCN : 단말이 잡

C

ELL : 단말이 잡고

P

LMN : : MCC MNC

Ex) China Unicom:

N : 현재 단말이 지원

C

Ex) CS (Circuit swit

MO : 망 동작 모드

Ex) 1 (Combined 로

C/RAC: CS/PS용

ultiframes : sleep x : Rx Power X_qual : BER 에 준

: Tx Power

and: 현재 단말이

B

M Cause, state/sub

MM state, MM sub

Ex) 0x0 IDLE/NOR

G

MM Cause, state/su

cause, MM state, M

Ex) 0x0 REG/NOR

R: RR state 정보

: 현재 Service sta

Ex) 2 (In service

L1 : Layer 1 state

Ex) ACQ

있는 GSM channe

는 GSM Cell Ident

60 01

가능한 서비스 도메

hed), PS (Packet swi

등록 및 서비스), 2 (

역코드

서 깨어나는 주기

Rx quality level

득하고 있는 망 ba

tate: MM 도메인에

tate 정보

AL

state: GMM 도메인

M substate 정보

AL

tus 정보

tate)

보

l

ifier

tched), CSPS

S, PS 각각 등록 및

보

d 종류 Ex) IMT

망으로부터 받은 rej

서 망으로부터 받은

비스)

ct cause,

eject

LGE Internal Use Only

44/130

GSM> ARFCN

ELL: 현재 단말이

(C1/C2 = C ARFCN: 현재 단말 RXLEV : 현재 단말

Rxlev C1

득하고 있는 망 정

ll selection을 위한

변 cell channel

주변 Rx power

C2

param.)

보

: 할당받은IP 주

Only for training and service purposes

다. 분해 조립도

45/130

LGE Internal Use Only

1

2

3

4

5

rev.

1.0

6

Revision

Contents ApproverEngineer

Date

A

15

18

19

1

2

3

4

5

6

7

14

20

22

23

B

21

23

22

21

20

19

18

C

17

16

8

9

10

11

12

13

16

17

15

14

13

12

SCALE 3:5

11

Cover Assy,Battery

Battery EAC62058515

Screw, Machine GMEY0014301

SPEAKER MODULE

TDMB ANT

Screw, Machine GMZZ0019003

SHEET(REAR SWITCH)

Main Antenna Assy

Cover Assy,Rear(SVC)

PCB Assembly,Main EBR76279001

BUTTON(HOME KEY)

GASKET(FPCB MAINKEY) MDS64231601

HOME KEY FPCD ASSY EBR76474301

White-ACQ86359201 Black-ACQ86359202

White-EAB62851001 Black-EAB62851002

White-EAA62969601 Black-EAA62969602

White-MHK63996101 Black-MHK63996102

White-EAA62910301 Black-EAA62910302

White-ACQ86490001 Black-ACQ86490002

White-MEX62168601 Black-MEX62168602

12

1

Color Vary

1

Color Vary

1

Color Vary

1

Color Vary

1

A

B

C

D

E

Copyright c 2010 by LG Electronics, Inc. All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior permission of LG Electronics, Inc.

1

2

This part should not contain or exceed maximum allowable concentration level of hazardous substances such as Pb, Cd, Hg, Cr+6, PBB, PBDE, Ni, Br, Cl, PVC, BFR, CFR and REACH SVHC, which are written in LGE's "Guidance manual for management of hazardous substances in product"

3

4

5

10

9

8

7

6

5

4

3

2

1

No

Material

Unit

Scale

mm

BRACKET ASSY(HOMEKEY) ABA74491001

SHEET(LGF,MAINKEY) MHK63997101

MOTOR EAU62004401

POWER KEY FPCB ASSY EAX65107001

RECEIVER EAB62888201

HOLDER(RECEIVER) MEG63322601

CAMERA(VT) EBP61721701

EARPHONE-JACK EAG63292201

Cover Assy,Front

TAPE PROTECTION WINDOW MJN68343501

Part Name

Size

Sheet

Designed By

White-ACQ86376701 Black-ACQ86376702

Part Number

Model

Name

/

A3

3:5

1 1

3rd Angle

Projection

Date

Approved By

Date

Drawing

Name

Drawing

Number

6

F240L

1

Q'ty

D

Color Vary

E

Remark

LG<45>-A-2606

라. 블록도

47/130

LGE Internal Use Only

48/130

1. F240S System Block Diagram (Entire)

Only for training and service purposes

LGE Internal Use Only

49/130

2. System HW Block Diagram : RF MAIN BAND

Only for training and service purposes

LGE Internal Use Only

50/130

3. System HW Block Diagram ; RF SUB BAND 1-1 (BT/WI-FI)

Only for training and service purposes

LGE Internal Use Only

51/130

4. System HW Block Diagram ; RF SUB BAND 2 (GPS)

Only for training and service purposes

LGE Internal Use Only

52/130

5. System HW Block Diagram ; RF SUB BAND 3 (NFC)

Only for training and service purposes

LGE Internal Use Only

53/130

6. System HW Block Diagram ; RF SUB BAND 4 (TDMB)

Only for training and service purposes

LGE Internal Use Only

54/130

7. System HW Block Diagram ; POWER UP/RESET TREE

Only for training and service purposes

LGE Internal Use Only

55/130

8. System HW Block Diagram ; PM8018 INTERFACE

Only for training and service purposes

LGE Internal Use Only

56/130

9. System HW Block Diagram ; PM8921 Control INTERFACE

Only for training and service purposes

LGE Internal Use Only

57/130

10. System HW Block Diagram ; PM8921 GPIO/MPP INTERFACE

Only for training and service purposes

LGE Internal Use Only

58/130

11. System HW Block Diagram ; PM8921 POWER INTERFACE1

Only for training and service purposes

LGE Internal Use Only

59/130

12. System HW Block Diagram ; PM8921 POWER INTERFACE2

Only for training and service purposes

LGE Internal Use Only

60/130

13. System HW Block Diagram : Memory, Micro-SD/SIM, Motor

Only for training and service purposes

LGE Internal Use Only

61/130

14. System HW Block Diagram : CHARGING/WIRELESS CHAGRING

Only for training and service purposes

LGE Internal Use Only

62/130

15. System HW Block Diagram : AUDIO

Only for training and service purposes

LGE Internal Use Only

63/130

16. System HW Block Diagram : LCD/TOUCH

Only for training and service purposes

LGE Internal Use Only

64/130

17. System HW Block Diagram : Camera(13M,2.4M), Flash LED Driver

Only for training and service purposes

LGE Internal Use Only

65/130

18. System HW Block Diagram : SLIMPORT/USB OTG

Only for training and service purposes

LGE Internal Use Only

66/130

19. System HW Block Diagram : SENSOR’s / IRRC

Only for training and service purposes

마. 부품배치및One Point 수리법

67/130

LGE Internal Use Only

Main PCB TOP면 상단부

근접조도센서

불량

(

)

()

U14003

(근접조도센서)

U26000

(IRRC MiCOM)

IRRC 불량

U18000

(ISP IC )

카메라 기능 불량

68/130

U3000

TDMB IC

TDMB 불량

LGE Internal Use Only

Main PCB TOP면 하단부

U9000

(PM8921)

AP 전원 불량

U7000

U11001

(APQ8064,

PoP memory)

프로세서 불량

U4000

(MDM9615M)

모뎀 불량

U21001

(BT/WiFi)

BT/WiFi 불량

69/130

U6000

(PM8018)

CP 전원 불량

LGE Internal Use Only

LD26000

LGE Internal Use Only

C26028

SC2033

D14000

L14000

R14012

L14001

R14013

SC2011

R18002

C18029

C18030

R18003

C18028

R18004

R18001

C18011

C18012

C18025

C18026

C18001

R7006

R7007

C18015

C18016

1

ABCDHGFENPMLKJR14T

VA12000

D12004

EAX65109201_1.0( )

D12002

FB12009

R12018

C12031

D12000

D12001

FB12008

R12017

C12032

R18005

R18000

C18007

C18005

C18004

C18006

C18003

C18002

R18014

U18000

R18006

C18021

R18012

R18010

R18011

C18027

C18020

SC2034

C26015

R26002

IC26000

FB12007

ZD26000

Q26000

U26002

C26016

R26001

C26002

C26027

C12039

LGF240L_PCBMAIN

C12001

C12000

C12003

U12001

C12005

C12004

R18015

C18022

FB12001

FB12000

C18010

R12000

R13006

ZD13004

C18023

SC2035

C13001

U13000

X26000

C13000

C18024

C18000

C18013

L13000

C18014

R26004

R26005

FB12003

FB12004

C12022

C12021

C26001

R26000

C26000

R26003

U26000

SC2015

SC2016

C3000

R3000

G

L3001

C3001

F

C3010

TP3002

L3000

E

R3001

C3002

D

U3000

C3012

TP3000

C B A

C3011

1

7

SC2048

ANT17000

U14003

MIC12001

CN12000

C12035

C12033

C12034

FB12010

FB12011

R17001

D17007

ZD13007

ZD13005

ZD12009

ZD13006

ZD12008

ZD12010

D14008

D14007

ZD12007

ZD12006

R14011

C13023

C13028

C13026

D14006

U13003

U13005

C13025

C13004

C14018

R13017

C13003 C13002

ANT17001

BAT9000

R2023

R2022

R2021

R9026

C9000

SK

L

FL14001

CN14001

U14006

C14023

SC2031

C2029

L2014

C2034

C2035

FL2001

C2022

C2002

L2006

C2023

C2024

C2003

L2002

C2026

C2025

SC2032

C16016

Q14000

L16000

C16018

C14003

FL14000

SC2037

SC2001

U16003

C9026

C9027

C9028

L9001

C14002

C9043

C9004

X9001

C16000

PT9000

R16021

U16000

C9062

R9020

SC2006

L9003

C9009

C9007

C9041

C9045

C9044

C9061

C9050

C9048

C9037

C9034

C9059

C9042

C9058

C9036

C9053

C9055

C9023

X9000

C9016

C9032

C9005

C9008

C9040 C9052

C9060

C9046

C9035

C9057

C9054

C9051 C9047

C9056 C9039

18

2

B

C9063

U9000

R9006

V

C9010

C9011

L9007

L9004

L9008

C9038

C9029

C9033

R9019

L9002

L9005

C9020

L9006

SC2039

C8043

C8002

C8003

R7011

R7014

R7022

C8046

R7020

C9006

C8049

C9030

C8005

C8004

C9013

C7006

L7000

R7021

C8057

C8015

C8042

R9009

C9017

C9064

C8016

C9018

C9019

R9021

C8040

C8053

C9012

R9002

C9001

L9000

C9049

R9003

C7002 R7029

R9008

C8050

R9007

C8018

C9014

C9031

C8008

C8052

47

R7028

C8095

C9002

C8009

R7009

C8037

C8012

C8017

R7010

R9013

ZD14003

C8094

R9015

R14008

U16004

D17001

LD14001

1

D3A

TP16003

R16022

F240L_MAIN_1.0-TOP

R7013

R21007

C8007

U7000

U11001

C8085

C8054

R7015

C8014

C8011

C8041

C8090

13 24

C8035

12

R7019

C8010

C8013

C8056

SC2049

SC2036

Q4000

R5003

C5022

C5023

C5027

R5005

R5007

R5006

C4000

C5031

C5029

CN7000

C5030

C5026

C8033

C8032

C5025

R8002

R7017

R8003

R8005

C5024 C7007

C5014

BG

U4000

C8096

R8006 R7023

C5028

C8034

C8036

C5016

R4000

C8000

C8088

C5009

C8091

C8006

C8051

C8086

C8044

C8045

C8092

R7018

C8087

C8039

C8047

A

C8089

1

C8048

C8084

C8093

C8055

R7034

R4004

C5005

C5008

C5006

C5004

C5001

C5011

C5003

C5032

C5007

C5034

C5033

C5012

C6008

C5002

C6007

U4001

L6000

C4003

L6001

C6010

C6006

C6002

C8001

C6005

C6001

R8000

R8001

C6021

U6000

L6003

C6022

L6002

C6004

C6009

C6028

C6027

C6030

C6020

C6019

D17011

SC2038

R21005

L21000

C21055

R21004

L21015

C21000

C5018

R5002

C4005

C21022

C5000

R5001

AA

R5004

Y W

R5000

U21000

V

C4002

U

C5013

T R

R4006

C21017

C21014

P

R4009

N

R4010

M

C21016

L21002

L

C21010

C5015

K

C4001

J H

R4007

G

C21006

C5010

F

FB21000

C21007

R4011

E D

C4004

C21047

C

R4003

B

D4000

X21000

A

1 21

C5017

C5021

R5009

R1019

C5020

R5008

R1021

R21014

C21048

R1018

C5019

R21009

R21010

R21012

R21011

L6004

C6011

PT6000

R6001

L1054

C6013

X6000

C6023 C6025 C6026

R1016

C6003

R6000

C6024

C6016

C6018

C6017

R14009

C6000

C6029

C6015

FB12006

ZD12000

ZD12001

LD14002

ZD12002

FL21000

L21008

C21031

C21037

FL21001

C21011

C21030

C21039

C21012

C21019

SC2010

C21018

L21006

C21026

C21038

U21002

L21009

C21015

C21013

C21040

L21010

L21005

C21042

R21003

L21013

C21041

C21045

L21011

C21046

C21005

L21003

L21012

R21001

R21002

C21004

C21002

ABCDEFGHJ

K

L

1 10

C21003

U21001

C21044

SC2008

C21009

C21035

C21033

C21036

VIB12000

C21032

R21000

C21034

R21017

R21018

C21054

L21007

R21008

C21008

C2057

C2056

C1082

L2028

C1081

C2053

U2002

C2052

C1074

C1075

SC2007

U1005

C2059

C2058

R2016

R2009

E D C

C1083

C1085

R1017

U14001

C14012

B A

1

4

C14010

C14014

C14013

C14011

MIC12000

Main PCB BOTTOM면 상단부

U14002

U12000

(WCD9310)

오디오코덱 불량

U13001

(DSV IC)

LCD IC 불량

(MPU6050)

Gyro센서 불량

70/130

LGE Internal Use Only

(WTR1605)

CDMA 트랜시버 불량

U2003

(WTR1605)

CDMA PAM 불량

Main PCB BOTTOM면 하단부

U26001

(PN544)

NFC 불량

U1000

U11000

(eMMC memory)

eMMC 메모리 불량

U1000

(WTR1605L)

LTE 트랜시버 불량

U1002

(ACPM-7251)

GSM PAM 불량

U1001

(LMSW54GE)

Rx module 불량

71/130

U10000

(PM8821)

Sub-PMIC 불량

U16001

(ANX7808)

Slimport 불량

LGE Internal Use Only

C12013

LGE Internal Use Only

10

11 20

FL13000

ZD13014

R13015

C13030

CN13001

L3002

ZD3000

C3008

ANT3000

C3009

R13014

C13029

ZD13001

ZD13000

FL13001

CN13000

FL13002

15

16 30

FL13003

ANT12001

ANT12000

D12005

D12006

ZD13015

C13008

C13007

C13006 C13005

ZD13003

ZD13002

5

FL13005

15

C13009

1630

CN13003

FL13004

C12040

R12008

R7004

R12025

U12002

R12021

CN13002

ZD13009

R12020

C12017

C12018

C12002

C12019

C12014

1

R12002

ZD13011

ZD13010

R13013

C12016

R7005

C12025

R12023

R12022

ZD13018

FL13006

C12010

C12008

ZD13012

R12006

C12011

U12000

C13019

10

R12004

C12020

ZD13019

R12016

C12009

C12012

R12019

C13020

6

ZD13013

C12036

C13031

C13033

ZD13017

J12000

U12005

C12015

C12041

C13032

C13034

LD13000

C14027

R14014

ZD13016

U14008

C13012

R13007

L13001

C13011

U13001

L13002

C14017

C14026

C14028

C13010

L13003

C13013

C13014

ANT2000

ANT2001

C14020

C14016

L2113

U14002

C14015

R7002

L2114

D14009

R7003

D

U13002

C13017

R13012

C13016

C13015

3A1

CN14002

D13008

SW2000

L2017

C2082

L2011

L2108

SC2029

SC2013

C2073

C2019

ANT21000

ANT21001

C2074

R2011

R2013

C2076

R2012

VA21000

C21027

PT2000

C21028

L21014

C21029

SC2017

L12004

L12003

C2017

R2014

C2072

R2010

L2038

C2069

L2037

FL2005

L2025

C2080

L2112

C2095

C2054

C2046

C2020

C2038

C2036

C2075

C2018

U2003

C2015

C2068

C2016

C2014

C2065

U2000

C2061

C2063

C2062

C2064

FL2006

C2043

C2047

L2019

L2020

C2001

C2007

C2067

C2066

L2029

U2001

L2022

C2039

C1080

L2018

C2090

R2006

FL1002

L2016

C2040 C2041

R2007

R1014

PT1000

FL2004

L2036

L2040

C2089

L2024

C1049

C1048

C1050

C1031

C1059

C1036

C1045

C1047

C1044

L1031

L1049

L1039

C1046

U1002

C1043

C1041

C1057

L1037

C1030

L1035

L1045

C1040

L1027

SC2009

C1111

C1112

C1123

SC2014

L2035

SW2002

ZD17006

ZD17005

C2086

C2084

D17010

C2085

D17000

L2115

C17001

C2083

7

R17000

R2024

ANT2003

C17000

ANT2002

C1001

C1025

C1024

C1026

C2006

C2000

C2037

C1014

C1002

C1011

C1003

C1010

C1004

C1009

C2009

C1005

C1012

U1000

C1006

C2008

C1022

C1008

C2012

R1006

C2010

C1028

C1007

9

C2011

L2033

C1060

L1048

C2005

L1041

C1127

L1025

L1023

ZD17004

L1056

R2005

C2051

C2050

L1026

L1042

C2004

FL1000

FL1004

C1055

L1044

L1062

C1097

C1098

C1052

C1056

C1054

C1051

C1053

L1058

L1057

C1072

L1064

L1052

U1003

FL1006

L1061

C1094

FL1005

L1060

C1071

C1107

C1063

C1064

C1078

C1065

C1079

C1073

C1070

C1086

C1069

R1011

U1004

C1068

R1010

C1067

C1027

R1008

C1126

L1059

C1076

R1012

C1110

ZD17007

C12028

C12029

FB12005

C12030

CN17001

8 14

F240L_MAIN_1.0-BOT

C1020

L1006

U1001

SC2004

L

SK

R2017

R2018

R2019

22

23 44

CN17000

R26012

C26030

R26011

C26026

C26023

C26025

C26022

C26019

C26029

C26024

C26020

C26021

L26000

C9003

SC2000

L26001

C26018

R26009

R2610

C26017

C26013

H

C26014

G

C26012

R26006

Q26001

R26008

C26008

C26004

F

U26001

E D

X26001

C B A

C26003

18

C26009

C26011

C26010

C26006

C26007

C26005

R26007

R9023

R9024

C11003 C11004

P

R11008

N M

R11010

L

C11006

K J

SC2012

H G

C11005

C11001

F E

C11000

D C B A

C11002

114

TP11000

R9025

C1102

ANT1000

C1021

C1019

C1018

C1013

L1005

L1020

L1019

L1022

L1003

L1021

L1004

L1034

C1032

L1040

C1109

FL1003

C1096

C1034

C14007

C1016

C1015

C1017

L2000

FL2000

L2003

L2001

L2031

L2004

FL2002

L2007

L2005

L2030

L2015

L2012

L2032

L2013

FL2003

L1012

L1014

9

L1011

L1013

L1008

L1063

L1018

L1015

L1010

L1007 L1009

L1017

C1093

C1092

C10011

C10003

C1108

C10008

TP10000

L1046

L1043

C1035

L10001

SC2003

R1004

R11009

C8067

C8027

C1087

C7003

R1003

C1088

C8065

C8028

C8064

Q7000

R1002

C1090

C1091

R1001

C1023

FB1000

L1000

L1066

C1099

L1001

CN14000

R14004

R14003

C14006

ZD14001

C14008

R14005

R14006

ZD14000

R14007

SC2005

C8081

C8063

C8072

C8060 C8078

C8024

C8025

C8026

C8076

C10007

U10000

C10005

C8121

C8122

C8120

SW1001

U16002

C8080

C8068

C8038

C8071

C8075

C8020

C8079

TP16005

C8073

C8077

C8021

C8019

C10000

TP9001

C8062

C16017

C8023

C8074

C8061

C8022

C10009

C10010

C8083

C8082

C10012

C7004

R14000

C8108

C14001

C8104

C8107

R14001

C8106

C8105

X7000

R16006

C8110

C8109

C7005

C8070

L10000

C8058

C8101

C8102

C8097

C8069

C8059

C8029

C10006

C8103

C8098

C8099

C8066

C16003

C8031

R16009

C16001

C8100

C8124

C8123

C8030

C8117

C8114

C8112

TP16002

C12027

C16002

C8115

C8111

C8113

C8116

C8118

C8119

C16004

R12011

C12026

C16006

R12009

FB16002

C16005

U12003

FB16000 C1042

R12010

FB16003

SC2030

C1106

C1129

C1128

C14004

D14001

C14024

C14005

SC2002

C14029

R16023

TP7001

TP16004

TP16000

R9016

Q9000

R9018

D16000

U14000

X16000

C14000

R14002

C16014

C16013

R16002

R16005

R7033

R7032

U16001

7

C16008

C16007

C1130

R1020

C1101

U11000

TP16001

R7031

R7030

R16007

G F

FB16001

C16009

E

C16010

D

R16003

C

C16015

B A

R16004

1

FB16004

C16011

C16012

R16008

R16010

L1065

C1105

C1103

U1006

ANT1001

ANT1002

SUB FPCB TOP면

72/130

LGE Internal Use Only

F240L F_SUB-1.0-TOP

23

44

22

CN1000

LGE Internal Use Only

SUB FPCB BOTTOM면

J1000

(USIM Socket)

USIM 인식 불량

S1000

(SD Socket)

SD카드 인식 불량

U2000

(BQ51013)

무선충전 불량

73/130

LGE Internal Use Only

F240 F_SUB-1.0-BOT

14

A

B C D E F G

ZD1003

ZD1001

ZD1000

R1010

R1009

Q1001

D1001

C1005

C1004

C1003

R1004

R1001

TP1000

J1000

R2016

C1001

C1000

ZD1002

U2000

S1000

R2015

R2014

R2008

R2007

R2006

R2005

R2004

R2003

R2002

R2001

R2000

R1008

R1007

R1006

R1005

R1003

R1002

R1000

Q2000

Q1002

Q1000

D1000

C2029

C2027

C2026

C2025

C2024

C2019

C2018

C2017

C2015

C2014

C2013

C2012

C2011

C2010

C2009

C2008

C2007

C2006

C2005

C2004

C2003

C2002

C1002

ANT2003

ANT2002

ANT2001ANT2000

LGE Internal Use Only

HOME KEY FPCB TOP면

CN101

(USB I/O 커넥터)

USB/충전 동작 불

74/130

LGE Internal Use Only

R105

R104R103

D101

D100 R102

R101 R100

CN100

FL101

FL100

C100

CN101

LGE Internal Use Only

HOME KEY FPCB BOTTOM면

LD101

SW100

(Home key)

Home key 동작 불

75/130

(KEY LED)

KEY LED 동작 불

LGE Internal Use Only

SW100

LD101

LD100

LGE Internal Use Only

바. 회로도

76/130

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

I

H

G

ANT2 LTE B1/B5/B8, GSM Tri, WCDMA B1/B2, KPCS DO

FEED

ANT1000

REV1.0

C1101

DNI

C1102

100p

Mode

GSM900 TX

GSM1800/1900 Tx

GSM900 Rx GSM1800 Rx GSM1900 Rx

WCDMA B1 LTE 850/900

KPCS DO

WCDMA B2

FEED

ANT1001

DTC(Tunable capacitor)

FEED

ANT1002

9

GND

1

C1128

RF+_2

RF-_1

DNI

82

L1065

7

REV1.0

2.7n

0 R1018

64

SDA

U1006

RF-_2 RF+_1

3

SCL

DGND

5

VDD SEN

0 R1020

100p

C1130

ANT_SEL1

0 0 1 1

01 1 0

11 0 0

ANT_SEL2

0 0

10 1

0.5p

C1103

10

ANT_SEL0

1 0

1 1 1 1 1

SWAP IC E27 : U+,SKT / E28 : KT

C1129

DNI

100pC1106

1 2

DTC_SPI_MOSI

R10210

R10190

DTC_SPI_CS

DTC_SPI_CLK

C1105

2

1

DNI

VDD_RF_SW

SW1001

ANT COMMON

1

ANT_SW_SEL3 ANT_SW_SEL2 ANT_SW_SEL1 ANT_SW_SEL0

VDD_RF_SW

TRX_ANT_KPCSDO

LGT : KPCS DO

SH.06.12

G3 G4

43

FB1000

R1002 1K R1003 1K R1004 1K

REPLACED 1005

L1000 2.2n

2

600

1KR1001

L1066

100pC1087

C1099

0.5p

100pC1088

100pC1090

100pC1091

L1001

82n

1

2

3

4 5 6 7

8

9

ANT

GND4

VDD

VC4 VC3 VC2 VC1

GND3

UMTS2

28

GND2

UMTS1

10

25

26

27

GSM850/900TX

GSM1800/1900TX

U1001

BAND5RX1

BAND5RX2

GND1

13

12

11

SKT : N/A KTF : N/A

ANT_SEL3

TRX_WCDMA_B2

000 1

0111

0001

C1023 1n

FEMID

24

GSM900RX2 GSM900RX1

BAND5TX

BAND1TX

GND8

GSM1800/1900RX2 GSM1800/1900RX1

GND7 GND6 GND5

BAND1RX2

BAND1RX1

GND9

GND10

30

29

14

23 22

21

20 19

18 17 16

15

TX_ANT_G900 TX_ANT_G1800_G1900 TX_ANT_L850_L900 TX_ANT_W2100_L2100

DNI

L1021

MMPA WCDMA B1, LTE B1/B5/B8, GSM 900/1800/1900

L1023

TX_ANT_W2100_L2100

DNIC1110

1.5n

L1027

C1027

0.5p

VBAT

C1086

100p

R1011

R1010

100

68

100

R1012

9.6 dB ATTN.

PWR_DET_WTR1605L

+VPWR

C1127 100p

L1025

SFSY0028101 MURATA(GV)

FL1000

4 1

1950MHz

G1G2G3

5 3 2

INOUT

L1056 2.2n

TX_OUT_W2100_L2100

DNIL1026

L1003 15n

L1004 DNI

L1007

L1010

L1009 15n

1.5n

1.8nL1011

DNIL1013

1.8nL1014

L1019

L1022

15nL1006

10n

VREG_MODEM_S2_1P3

L

VREG_MODEM_S4_2P05

100n

PRX_G900_DNI_INM

U+:G900

C1008 10u

C1022 100p

100nC1011

100n

C1012

100n

C1013

100n

C1014

C1009 100n

100nC1010

100n

C1015

100n

C1016

100n

C1017

SKT:G900

L1005 DNI

DNIL1008

L1012

4.7n

KT:DNI

VREG_MODEM_S3_1P8

PRX_G900_DNI_INP

PRX_G1800_G1900_INP

PRX_G1800_G1900_INM

PRX_W2100_L2100_INP

LGT : W2100+L2100 (B1) SKT : W2100

1u

C1001

TX_OUT_W2100_L2100 TX_OUT_KPCSDO_L1800 TX_OUT_G1800_G1900 TX_OUT_W1900

TX_OUT_L850_L900

TX_OUT_G900

PWR_DET_WTR1605L

KTF : W2100

PRX_W2100_L2100_INM

PRX_L850_L900_G900_INP

DNIL1020

LGT : L850 (B5) SKT : L850 (B5) KTF : L900 (B8) / G900

PRX_L850_L900_G900_INM

PRX_W2100_L2100_INP PRX_W2100_L2100_INM

PRX_W1900_INP PRX_W1900_INM PRX_KPCSDO_L1800_INP PRX_KPCSDO_L1800_INM PRX_G1800_G1900_INP PRX_G1800_G1900_INM

PRX_L850_L900_G900_INP PRX_L850_L900_G900_INM

PRX_G900_DNI_INP PRX_G900_DNI_INM

DRX_L2100_INP DRX_L2100_INM DRX_L1800_INP DRX_L1800_INM

DRX_L850_L900_INP DRX_L850_L900_INM

GNSS_INP GNSS_INM

100n

C1018

103

TX_HB

95

TX_MB4

112

TX_MB3

119

TX_MB2

126

TX_MB1

133

TX_LB4

141

TX_LB3

132

TX_LB2

140

TX_LB1

101

PDET_IN

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

C1019

GND1

1

C1020

GND2

6

C1021 100n

GND3

9

GND4

19

87

20

28

26

VDD_DIO

VDD_RF1_D_FE

GND5

GND6

GND7

27

22

21

85

37

55

24

31

25

VDD_RF1_G_BB

VDD_RF1_G_LNA

VDD_RF1_G_PLL

VDD_RF1_D_LBLO

VDD_RF1_D_MBLO

GND8

GND9

GND10

33

32

29

VDD_RF1_G_VCO

GND11

GND12

GND13

38

35

34

42

66

53

VDD_RF1_JDET

VDD_RF1_P_PLL

VDD_RF1_P_FELO_2

VDD_RF1_P_FELO_1

40

65

76

VDD_RF1_P_VCO

VDD_RF1_S_PLL

U1000

GND14

GND15

GND16

GND17

GND18

GND19

52

49

47

46

41

39

117

98

116

118

VDD_RF1_T_DA

VDD_RF1_T_LO

VDD_RF1_S_VCO

GND20

58

VDD_RF1_T_SYN

VDD_RF1_T_UPC

GND21

GND22

GND23

GND24

68

64

59

GND25

73

108

51

67

83

44

VDD_RF2_D_BB

VDD_RF2_P_BB

VDD_RF2_P_VCO

VDD_RF2_S_VCO

GND26

GND27

GND28

GND29

94

81

77

75

74

C1002 100n

127

136

97

111

VDD_RF2_XO

VDD_RF2_T_BB

VDD_RF2_T_DA

VDD_RF2_T_PLL

VDD_RF2_T_VCO

GND30

GND31

GND32

GND33

GND34

99

102

104

106

107

100n

C1003

TX_BB_IP TX_BB_IM TX_BB_QP TX_BB_QM

PRX_BB_IP PRX_BB_IM PRX_BB_QP PRX_BB_QM

DRX_BB_IP DRX_BB_IM DRX_BB_QP DRX_BB_QM

GNSS_BB_IP GNSS_BB_IM GNSS_BB_QP GNSS_BB_QM

GP_DATA2 GP_DATA1 GP_DATA0

VTUNE_PRX

SSBI_PRX_DRX SSBI_TX_GNSS

GND35

GND36

GND37

GND38

115

113

110

100n

C1005 100n

C1004

DAC_REF

GP_CLK

GP_SYNC

XO_IN

RBIAS

ADC_IN

RX_ON RF_ON

JAM_DET

GND46 GND47 GND48

DNC1

GND39

GND40

123

122

100nC1006

100pC1028

130 138 131 139 109

84 92 91 82

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

4.7u

C1007

DNIC1025

R1006 4.75K

C1024 100p

DNI

C1026

WTR0_TXBB_I_P WTR0_TXBB_I_M WTR0_TXBB_Q_P WTR0_TXBB_Q_M

WTR0_DAC_IREF

WTR0_PRXBB_I_P WTR0_PRXBB_I_M WTR0_PRXBB_Q_P WTR0_PRXBB_Q_M

WTR0_DRXBB_I_P WTR0_DRXBB_I_M WTR0_DRXBB_Q_P WTR0_DRXBB_Q_M

WTR0_GPSBB_I_P WTR0_GPSBB_I_M WTR0_GPSBB_Q_P WTR0_GPSBB_Q_M

WTR0_GPDATA2

WTR0_GPDATA1

WTR0_GPDATA0

WTR0_XO_A0

WTR0_SSBI2 WTR0_SSBI1 WTR0_RX_ON WTR0_RF_ON

K

J

I

H

G

F

E

D

C

B

A

TX_ANT_L850_L900

TX_ANT_G1800_G1900

TX_ANT_G900

W1900 (B2)_Tx

TRX_WCDMA_B2

5.6n

DNIC1111

L1035 1.5n

DNIC1112DNIC1123

L1045 3.3n

C1094

C1096 DNI

+VSMPS

DNI

L1037

C1057

0.5p

100p

L1061

4.7n

C10301p

4.7u

C1040

100nC1041

PWR_DET_KPCSDO_L1800

GSM 900

GSM 1800 GSM 1900

LTE B5 LTE B8

WCDMA B1 LTE B1

FL1006

6

ANT

2

GND1

4 7

RX1 RX2

TX

GND4GND2

GND3 GND6

25

GND_SLUG

23

GND2

22

UMTS_HB_RF_OUT

21

GND4

20

UMTS_LB_RF_OUT

19

GND6

18

VCC_UMTS

17

VCC_GSM

16

GND5

15

GSM_HB_RF_OUT

14

GND3

13

GSM_LB_RF_OUT

C1043 100n

C1042 22u

PA_MMPA_MODE

HIgh Gain

Mid Gain Low Gain

HIgh Gain

Mid Gain Low Gain

HIgh Gain

Mid Gain Low Gain

HIgh Gain

Mid Gain 1 Low Gain

1 8

3

95

UMTS_HB_RF_IN

GSM_HB_RF_IN

CPL_RF_OUTCPL_RF_IN

HB_EN

DNI

1

C1031

2 3

100p

PA_MMPA_GSMHB

TX_OUT_G1800_G1900

F

VMODE0 VMODE1

U1002

GSM_LB_RF_IN

UMTS_LB_RF_IN

12 24

PA_MMPA_GSMLB 0 0 0

0 0 0

1 1 1

1

C1126 100p

1 1 1

0 0 0

1 1 1

0 0 0

MODE

GND1

VBATT

LB_EN

4 5 6 7 8 9 10 11

PA_MMPA_GSMHB

0 0 0

1 1 1

0 0 0

1 1 1

R1008

51

22u

100pC1046

C1044 1u

PA0_R0

0 0 1

2.2uC1067

C1068 1n

11

PGND

10 1

9 2 8 3 7 4

C1045

PA0_R1

0 1 0

00 01 11

VMODEGND

C1047 100p

U1004

VCC1VCC2

RFINRFOUT

NCISO

100pC1048

100p

C1049

1n

C1070

100pC1050

PA0_R0 PA0_R1

PA_MMPA_MODE

PA_MMPA_GSMLB

DNIL1049

2.2u C1071

C1069

PA0_R1

PA0_R0

DNI L1031

100pC1036

TX_OUT_G900

L1039

DNI

FL1004

100pC1059

4 1

836.5MHz

G1G2G3

5 3 2

INOUT

L1048

DNI

C1060 33p

TX_OUT_L850_L900

SWAP IC LGT/SK : EPCOS [SFSY0036501]_B5

KT : EPCOS [SFSY0037601]_B8

+VPWR+VSMPS

FL1005

3

G3

4 1

INOUT

G1G2

5 2

1880MHz

L1052

DNI

C1072 100p

100p

C1073 DNI

L1060

2.7n

TX_OUT_W1900

KPCS BC4 DO , LTE B3 TRX

SWAP ICLGT : C1034 100p, C1035 DNI

SK/KT : C1034 DNI, C1035 100p

L1046 5.6n, L1057 DNI C1061 3.3p, L1058 10 nH

100pC1034

TRX_ANT_KPCSDO

TRX_ANT_L1800

1.2nL1043

TRX_ANT_KPCSDO_L1800

L1046

8.2n

LTE PAM TEMP

DNI

C1035

FL1003

6 1

RXANT

TX

2

GND1

4 7

OPT

GND4GND2

GND3 GND6

TRX_ANT_KPCSDO_L1800

3

8

95

REV1.0

L1064 1.5n

L1057

DNI

DCDC

L1058 DNI

PWR_DET_KPCSDO_L1800

AVAGO DUPLEXER USE

1.2pC1109

100pC1108

1.2p

C1032

6.2nL1040

2.2u

C1051

PWR_DET_W1900

VBAT

33p

C1052

11

PGND

10 1

9 2 8 3 7 4 6 5

C1092 100p

L1034 6.2n

+VSMPS

VMODE_1CPL_IN VMODE_0GND

U1003

VCC1VCC2

RFINRFOUT

VENCPL_OUT

PRX_KPCSDO_L1800_INP

L1063

4.7n

100pC1093

SWAP IC

E

PRX_KPCSDO_L1800_INM

LGT : SFSY0040201 SKT/KT : EAM62290401

G1G2G3

5 3 2

1.2nL1042

INOUT

L1044DNI

100pC1055

TX_OUT_KPCSDO_L1800

C1053

33p

C1054

2.2u

+VPWR

L1041

3n

1767.4MHz

4 1

FL1002

D

C1056 DNI

PA0_R1

PA0_R0

PA_KPCSDO_LTEB3

C1064 100p

100pC1065

HIgh Gain

Mid Gain

PA0_R0

0 1

PA0_R1

0

100p

C1063

PA_KPCSDO_LTEB3

1 1 111LowGain

C

B

C1076 DNI

L1059 DNI

PWR_DET_W1900

C1097 100p

L1062

12n

C1098 100p

6

CPL

REPLACED SKYWORKS

L1015 3.9n

L1017 1p

L1018 3.9n

VEN

5

100pC1078

100p

C1079

PRX_W1900_INP

PRX_W1900_INM

C1107 100p

PA_W1900

HIgh Gain

Mid Gain Low Gain

PA0_R0

0 1

PA0_R1

0 11

PA_W1900

1 1 1

LTE_PAM_TEMP

PT1000 68K

VREG_MODEM_L3_1P8

R1014

68K

0.1u

C1080

APT_SEL0

APT_VCON0

R1016

1K

51KR1017

100pC1085

C1074 1n

C1075 10u

4.7nC1083

C1

B1

A1

BPEN

EN

VCON

C3B3B2

VIN

U1005

SGND

A3

A2

NC

SW

FB

PGND

C2

L1054

470n

4.7u

C1081

+VSMPS

C1082 1n

TITLE

LG Electronics

A

Schematic1

DRAWN BY

Daein.kim

SIZE

DWG NO

A2

SHEET

1_WTR1605L 20

PDM NUMBER

of

Date

2012.07.04

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

LTE [B1 & B3 & B5/B8] DRX ANT

DRX_SW_0 DRX_SW_1

LTE B1 LTE B3

LTE B5 / B8

0 1

00 1

0

LTE B1 DRX

100p

C2002

C2003

L2002

DNI

100p

2140MHz

1

FL2000

G1 O1

IN

G2 O2

L

VREG_MODEM_S2_1P3

L2000

32

45

DNI

L2001

L2003

5.6n

DRX_L2100_INP

L2031

10n

DRX_L2100_INM

4.7u

C2004

C2005 100p

C2006 100n

C2007 100n

100n

C2008

100n

C2009

100n

C2011

100n

C2012

100n

C2010

100n

C2000

100nC2001

100n

C2018

100nC2014

C2015 100n

100nC2016

100n

C2017

VREG_MODEM_S4_2P05

K

4.7u

C2019

J

I

H

G

DRX_SW_1 DRX_SW_0

VDD_RF_SW

FEED

ANT2000

ANT2001

FEED

L2114

L2113

100n

1n

SW2000

ANT COMMON

1

G3 G4

1n

C2024

L2108 1.8n

2

43

L2017

82n

C2082

DNI

L2011

DNI

100pC2025

C2026 100p

C2029

330p

KPCS 1X / LTE B3 & GNSS ANT

VREG_MODEM_S3_1P8

LTE B3 DRX

C2020

103

REV1.0

DRX_L1800_INP

DRX_L1800_INM

FL2002

1

U_BP

L2004 5.6n

3

BP2

4

BP1

G1

G2

5

2

DNI

L2005

DNI

L2030

5.6nL2007

LGT : N/A SKT : L1800

V2

2

V1

3

VDD

1

ANT

7

PGND

RF3 RF2 RF1

GND1 GND2 GND3 GND5 GND4

FL2001

13

5 11 9

4 6 8 12 10

C2022

100p 100p

C2023

L2006

DNI

KTF : L1800

1u

TX_OUT_KPCS_1X

PWR_DET_WTR1605

PRX_KPCS1X_INP PRX_KPCS1X_INM

LTE B5 / B8 DRX

12n

DNI

L2032

DRX_L850_L900_INM

DRX_L850_L900_INP

FL2003

4

3

OUT

52

881.5 MHz

C2034

100p

C2035

L2014

DNI

100p

1

OUT_

IN

G1 G3

SWAP IC LGT/SK : MURATA [SFSY0030005]_B5

KT : EPCOS [SFSY0040602]_B8

L2012

L2013

18n

L2015

TX_HB

95

TX_MB4

112

TX_MB3

119

TX_MB2

126

TX_MB1

133

TX_LB4

141

TX_LB3

132

TX_LB2

140

TX_LB1

101

PDET_IN

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

87

VDD_DIO

VDD_RF1_D_FE

VDD_RF1_G_BB

VDD_RF1_D_LBLO

VDD_RF1_G_LNA

VDD_RF1_D_MBLO

VDD_RF1_JDET

VDD_RF1_G_PLL

VDD_RF1_G_VCO

VDD_RF1_P_FELO_1

42

85

37

55

24

31

25

28

26

76

66

53

VDD_RF1_P_PLL

VDD_RF1_P_VCO

VDD_RF1_P_FELO_2

U2000

118

40

65

VDD_RF1_T_DA

VDD_RF1_S_PLL

VDD_RF1_S_VCO

117

98

116

VDD_RF1_T_LO

VDD_RF1_T_SYN

VDD_RF1_T_UPC

67

83

44

VDD_RF2_D_BB

VDD_RF2_P_BB

VDD_RF2_P_VCO

111

108

51

VDD_RF2_T_BB

VDD_RF2_T_DA

VDD_RF2_S_VCO

127

136

97

VDD_RF2_XO

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

DRX_BB_IP DRX_BB_IM DRX_BB_QP DRX_BB_QM

GNSS_BB_IP GNSS_BB_IM GNSS_BB_QP GNSS_BB_QM

GP_CLK

GP_SYNC GP_DATA2 GP_DATA1 GP_DATA0

XO_IN

VTUNE_PRX

RBIAS

ADC_IN

SSBI_PRX_DRX SSBI_TX_GNSS

RX_ON RF_ON

JAM_DET

GND46 GND47 GND48

DNC1

130 138 131 139 109

84 92 91 82

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

DNIC2037

R2005 4.75K

J

WTR1_TXBB_I_P WTR1_TXBB_I_M WTR1_TXBB_Q_P WTR1_TXBB_Q_M WTR1_DAC_IREF

WTR1_PRXBB_I_P WTR1_PRXBB_I_M WTR1_PRXBB_Q_P WTR1_PRXBB_Q_M

I

H

100pC2036

WTR0_XO_A0

C2038 DNI

WTR1_SSBI2 WTR1_SSBI1

WTR1_RF_ON

G

L2012 10n, L2015 10 n, L2013 DNI

F

E

FEED

ANT2002

C2083

R2024

DNI

100p

FEED

ANT2003

C2085

100p

C2084

DNI

C2086

DNI

SW2002

ANT COMMON

1

G3 G4

43

1X DCDC

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

SWAP IC

1

VDD

RFOUT-

RFOUT+

L2016

2.7n

6

5

R2007

10

C2040 33p

C2043 4.7p

L2019 4.3n

C2047 1.5p

10nL2020

C2041 100n

VREG_MODEM_L5_2P85

Connect to PM8018"VREG_L5"pin

GNSS_INM

GNSS RX

GNSS_INP

GPS : 1574.4MHz to 1576.44MHz

GLONASS : 1597.55MHz to 1605.89MHz

LGT : L2035 2.7n, C2089 DNI SKT/KT : L2035 1.2n, C2089 3.3 nH

Connect to MDM"GPIO86"pin

REPLACED 1005

L2040

15n

FL2004

ANT

GPS/GLONASS_OUT

Non-GPS/GLONASS_OUT

G2

G1

2

3

G3

4 9

G6

G5

G7

G4

615

7

8

10

L2036

2.7n

L2035 2.7n

2

L2115

AVAGO DUPLEXER USE

FL2005

22pC2046

L2024

5.6n

6 1

2

GND1

4 7

GND3 GND6

RXANT

TX

OPT

GND4GND2

3

8

95

GPS_ELNA_EN

L2018

DNI

C2090

6.8p

C2039

10n

DNI

L2022

R2006

680

2

RFIN

3

7

GND1

4

VSD

U2001

GND3

GND2

8

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

F

LGU KTSKT

R2021

0

R2022

DNI

R2023

DNI

LGU

R2017

0

SKT KT

R2018

DNI

R2019

DNI

BOTTOP

Daisy_Chain

E

Shield Can Clip / Hall

VBAT

DNI

C2089

TRX_ANT_L1800

1.2p

C2080

C2054 100p

L2112

6.2n

2.2p

C2050

REV1.0

3.9n

PRX_KPCS1X_INP

KPCS 1X RX

SC2025

1

SC2027

1

SC2026

1

SC2023

1

SC2029

SC2024

SC2000

1

SC2012

1

SC2002

1

SC2013

1

SC2003

1

SC2014

1

SC2004

1

SC2017

1

SC2005

1

SC2030

1

GND

SC2009

1

OJ2003

OJ2002OJ2001OJ2000

D

C

B

APT_SEL1

APT_VCON1

J1 RevD º¯°æ

4.7n

C2059

C2052 10u

C1

B1

A1

BPEN

EN

VCON

C3B3B2

VIN

U2002

SGND

A3

A2

NC

SW

FB

PGND

C2

L2028

470n

4.7u

C2056

R2009

1K

51KR2016

C2053 1n

100p

C2058

KPCS PAM TEMP

NCP03WF683J05RL

1n

C2057

+VSMPS_1X

10nL2037

C2069 3p

5.6nL2038

GND

6.2nL2025

C2063

33p

R2010

51

C2095

1.2p

2.2p

+VSMPS_1X +VPWR

C2064

2.2u

U2003

11

PGND

10 1

9 2 8 3 7 4 6 5

VCC1VCC2

RFINRFOUT VMODE_1CPL_IN VMODE_0GND

VENCPL_OUT

C2051

C2061

33p

L2033

C2062

2.2u

PRX_KPCS1X_INM

C2065

C2068 DNI

FL2006

4 1

G1G2G3

5 3 2

1767.4MHz

INOUT

100p100p

L2029

1p

100p

REV1.0

D

SC2001

1

SC2032

C2067C2066

TX_OUT_KPCS_1X

1

SC2006

1

SC2033

1

SC2007

1

SC2034

1

SC2008

1

SC2035

1

SC2010

1

SC2036

1

SC2011

1

SC2037

1

SC2015

1

SC2038

1

KPCS 1X TX

SC2016

1

SC2039

1

SC2049

SC2031

1

C

SC2048

B

A

C2072

100p

Mid Gain LowGain

KPCS_PAM_TEMP

PT2000 68K

VREG_MODEM_L3_1P8

R2012

68K

0.1u

C2076

PWR_DET_WTR1605

R2013

100

R2011

68

100

R2014

9.6 dB ATTN.

16 15 14 13 12 11 10 9

PA0_R0

0 -HIgh Gain 1

100pC2073 100pC2074

PA0_R1 PA_KPCS_1X

1

0

1 111

100pC2075

8

PA1_R1

PA1_R0

PA_KPCS_1X

LG Electronics

TITLE

Schematic1

SIZE

DRAWN BY

Daein.kim

DWG NO

A2

SHEET

2_WTR1605

PDM NUMBER

of

20

Date

2012.07.04

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

L

K

J

I

TDMB

J

I

H

G

F

ANT3000

FEED

ZD3000

KH.08.22

120nL3002

C3008 DNI

C3009 DNI

Connect to PM8921 "XO_OUT_A2" pin

R3000

330

VHF_IN AVDD12_RF MIX_IND REXT

AVSS1 AVSS2 AVSS3 AVSS4

PM8921_XO_OUT_A2

1u

C3001

100nL3001

+1.2V_DMB

L3000 100n

R3001 30K

C3000 15p

G7 G6 F7 G5

F6 E5 E6 D6

G3

G4

F5

AVSS

AVDD12_XTAL

F4

I_XTAL

O_XTAL

D3

E3

E2

F3

G1

HA1/EBI2_SEL

HA0/EBI2_CLEAR

HD0/TS_SDO/SPI_SDO

HD1/TS_VALID/SPI_SDI

U3000

TP3000

B3

B2

C3

C2

D4

HD5

DVDD12

HD6/I2C_AD0/CPOL

HD2/TS_SYNC/SPI_CSB

HD4/I2C_CLK/SPI_CLK

HD3/12C_SDA/SPI_CHIPID

EBI_CSN/SPI_I2C_SEL

HD7/I2C_AD1/CPHASE

EBI_WEN/TS_CLK

DVDDIO

EBI_OEN

I_NRESET

DMB_SPI_MISO

DMB_SPI_MOSI DMB_SPI_CS

DMB_SPI_CLOCK

D1

DVSS1 DVSS2

APSEL TMODE

INTB

F2 D2 C1

E4 F1 E1 C5 D5 C4 G2

SPI_MISO DMB_SPI_IN SPI_MOSI DMB_SPI_OUT

SPI_CSSPI_CS

SPI_CLK

+1.2V_DMB

C3002

0.1u

DMB_RESET_N DMB_INT_N

Connect to APQ "GPIO52" pin Connect to APQ "GPIO51" pin Connect to APQ "GPIO53" pin Connect to APQ "GPIO54" pin

Connect to APQ "GPIO1" pin Connect to APQ "GPIO77" pin

H

G

F

E

D7

+1.2V_DMB

AVDD12_LO

BB_IB/BB_QB

BB_I/BB_Q

CP

VREFN

VREFP

A6

A7

C7

C6

B7

KH.06.12

DVDDI2_ADC

DVSS

B6

A5

C3010

0.1u

LDO_EN

A4

B4

LDO_OUT

LDO_IN

NC1

A3

DVSS_LDO1

NC2

A1A2B5

B1

DVSS_LDO2

C3011

2.2u

C3012

2.2u

TP3002

VREG_S4_1P8

+1.2V_DMB

DMB_EN

Connect to APQ "GPIO85" pin

E

D

C

D

C

B

A

LGE Internal Use Only

DRAWN BY

Hyuk.Kang

TITLE

SIZE

A2

SHEET

5_TDMB

DWG NO

LG Electronics

Schematic1

PDM NUMBER

of

5

Date

2012.05.24

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

L

MDM9615M size 9 by 9

K

MDM9615M data

Boot Config

boot_config 0,1,3,6 connect

J

I

H

G

F

E

PM8018_PON_RESET_N

MODEM_JTAG_PS_HOLD AP2MDM_PON_RESET_N

D4000

FROM APQ8064 GPIO_62

to APQ8064 GPIO_49

MDM_RESOUT_N

MDM_JTAG_RTCK MDM_JTAG_RESOUT_N MDM_JTAG_TCK MDM_JTAG_TDI MDM_JTAG_TDO MDM_JTAG_TMS MDM_JTAG_TRST_N MODEM_SLEEP_CLK MDM_CXO MDM_CXO_EN

MODEM_PMIC_SSBI

PM8018_MDM_IRQ_N PM8018_USR_IRQ_N

HSIC_STB HSIC_DATA

PA_W1900 PA_KPCSDO_LTEB3 PA_MMPA_MODE PA_KPCS_1X

PA_MMPA_GSMHB PA_MMPA_GSMLB PA0_R1 PA0_R0

MDM2AP_STATUS APT_VCON1

REV1.0

R4003 2K

240R4004

R4007

1K

C4001 10n

U20 Y19 W20 C11 E11 C10 C12 B12 A12

Y2 Y4

Y3 AA2 AA3

W4 AA4

AA19

V20 U21 Y20 Y21

D3

E1

C3

B8

C7

A8

A9

B9

C8

E9 A10 B10

C9

E8

R3

R5

T5

T1

T3

U3

V1

V2

U5

P3

P1 N21 N20 L20 L19 K19 L21 B18

D1

J2

J5

J1

RESOUT_N MODE_1 MODE_0 USB_HS_DP USB_HS_DM USB_HS_VBUS USB_HS_ID USB_HS_SYSCLK USB_HS_REXT RTCK SRST_N TCK TDI TDO TMS TRST_N SLEEP_CLK CXO CXO_EN RESIN_N SSBI_PMIC GPIO_83/PS_HOLD GPIO_81/PMIC_MDM_INT_N GPIO_87/PMIC_USR_INT_N HSIC_STB HSIC_DATA HSIC_CAL HSI_ACDATA HSI_ACFLAG HSI_ACWAKE HSI_CAREADY HSI_CADATA HSI_CAFLAG HSI_CAWAKE HSI_ACREADY GPIO_39/PA_ON8/GRFC_8 GPIO_38/PA_ON7/GRFC_7 GPIO_37/PA_ON6/GRFC_6 GPIO_36/PA_ON5/GRFC_5 GPIO_35/PA_ON4/GRFC_4 GPIO_34/PA_ON3/GRFC_3 GPIO_33/PA_ON2/GRFC_2 GPIO_32/PA_ON1/GRFC_1 GPIO_31/PA_ON0/GRFC_0 GPIO_44/PA0_RANGE1/GRFC_14 GPIO_43/PA0_RANGE0/GRFC_13 SDC1_DATA3 SDC1_DATA2 SDC1_DATA1 SDC1_DATA0 SDC1_CMD SDC1_CLK SDC1_PWR_EN/SEC_PCM5_DIN/GSBI5_2/GPIO_18 SDCARD_REM_DET_N/GPIO_80 GPIO_60/APT_EN/GRFC_32 GPIO_61/APT_MODE/GRFC_33 GPIO_62/APT_BYPASS/GRFC_34

U4000

EBI1_CAL

PRI_I2S_WS/PRI_PCM_SYNC/GPIO_21

EBI2_AD_7 EBI2_AD_6 EBI2_AD_5 EIB2_AD_4 EBI2_AD_3 EBI2_AD_2 EBI2_AD_1 EBI2_AD_0

EBI2_NAND_CS_N

EBI2_OE_N EBI2_WE_N

EBI2_BUSY_N

EBI2_ALE_N EBI2_CLE_N

I2S_MCLK/EBI2_LCD_RS_N/GPIO_24

PRI_I2S_DOUT/PRI_PCM_DOUT/EBI2_LCD_EN_N/SB_DATA/GPIO_23

SB_DATA/PRI_I2S_DIN/PRI_PCM_DIN/EBI2_LCD_CS_N/GPIO_22

GSBI1_3/GPIO_3

GSBI1_2/GPIO_2 SDC2_CLK/GSBI1_1/GPIO_30 SDC2_CMD/GSBI1_0/GPIO_29

SEC_PCM3_DOUT/GSBI3_3/GPIO_11

SEC_PCM3_DIN/GSBI3_2/GPIO_10 SEC_PCM3_SYNC/GSBI3_1/GPIO_9

SEC_PCM3_CLK/GSBI3_0/GPIO_8

SEC_PCM2_DOUT/GSBI2_3/GPIO_7

SEC_PCM2_DIN/GSBI2_2/GPIO_6

SEC_PCM2_SYNC/UIM2_RESET/GSBI2_1/GPIO_5

SEC_PCM2_CLK/UIM2_REMOVE_DET/GSBI2_0/GPIO_4

SEC_PCM4_DOUT/GSBI4_3/GPIO_15

SEC_PCM4_DIN/GSBI4_2/GPIO_14

SEC_PCM4_SYNC/GSBI4_1/SGPIO_13

SEC_PCM4_CLK/GSBI4_0/GPIO_12

SEC_PCM5_DOUT/GSBI3_SPI_CS1_N/GSBI5_3/GP_CLK2/GPIO_19

SEC_PCM5_SYNC/GSBI5_1/GPIO_17

SEC_PCM5_CLK/GSBI5_0/GPIO_16

SB_CLK/PRI_I2S_CLK/PRI_PCM_CLK/ETM_LA_TRIGGER/GPIO_20

GPIO_67/LTETD_WLAN_2/GRFC_39 GPIO_66/LTETD_WLAN_1/GRFC_38 GPIO_65/LTETD_WLAN_0/GRFC_37

GPIO_68 GPIO_82

UIM1_RESET/GPIO_1

UIM1_REMOVE_DET/GPIO_0

GPIO_45/GRFC_15

GPIO_40/GRFC_9

GPIO_59/GRFC_31

CODEC_RESET_N/WLAN_RESET_N/GPIO_84

GPIO_48/GRFC_20/BOOT_CONFIG_6

GPIO_54/ANT_SEL2/GRFC_26/BOOT_CONFIG_0

ANC_HDSET_DET_N/PBL_STATUS/WLAN_LDO_EN/GPIO_79

TX_GTR_THRESH/GRFC21/BOOT_CONFIG_5/GPIO_49

C21 B21 E21 H21 H19 J21 H20 G19 J19 J20 D21 E19 D20 D19 E20 C20 B17 A20 B20 B5 A5 T21 T20 E13 E14 A13 A16 A4 B4 B3 C4 A18 E15 C13 C14 C16 B16 C15 A17 H1 G5 H5 H2 D2 A6 B6 R1 T2 K2 C1 P2 M5 E3 M2

R4000

240

MDM_SLIMBUS1_DATA

UIM1_DATA UIM1_CLK AP2MDM_WAKEUP

DTC_SPI_MOSI

DTC_SPI_CS DTC_SPI_CLK MDM2AP_ERRFATAL AP2MDM_ERRFATAL

MDM_SLIMBUS1_CLK MDM_LTE_ACTIVE_B MDM_LTE_FRAME_SYNC_B RIVA_WCN_PRIORITY_B

APT_SEL0 WTR1_SSBI1

UIM1_RST

WTR1_RF_ON

WTR1_SSBI2 MDM2AP_WAKEUP

MDM2AP_HSIC_READY

MDM_BOOT_CONFIG_0_1_3_6

to APQ8064 GPIO_61 to APQ8064 GPIO_60 to APQ8064 GPIO_58

UIM1_DETECT

R4006 10K

MDM_BOOT_CONFIG_0_1_3_6

ANT_SW_SEL2

Q4000

2

3

G

D

1

S

Config 3

JTAG or EBI Select

C4000 100n

Boot Config

0 0 0 0

1 1

0 0 0 1

Config 6

0 1

MDM_RESOUT_N

VREG_MODEM_S3_1P8

Config 0Config 1

EMER. BOOT(try NAND then HS_USB) NAND

01

HSIC HS-USB1 1

0 Enable Sahara Protocol over HSIC

Secure Boot Fast Boot

J

I

H

G

F

E

D

C

BBRX_IP_CH0

BBRX_IM_CH0

BBRX_QP_CH0

BBRX_QM_CH0

BBRX_IP_CH1

BBRX_IM_CH1

BBRX_QP_CH1

BBRX_QM_CH1

GNSS_BB_IP

GNSS_BB_IM

GNSS_BB_QP

GNSS_BB_QM

TX_DAC0_IP

TX_DAC0_IM

TX_DAC0_QP

TX_DAC0_QM

TX_DAC0_IREF

DAC0_VREF

GPIO_76/GSM_TX_PHS_DATA2

GPIO_75/GSM_TX_PHS_DATA1

GPIO_74/GSM_TX_PHS_DATA0

GPIO_73/GSM_TX_LB_CLK

GPIO_72/GSM_TX_CLK

GPIO_63/PRX_SW_SEL/GRFC_35

GPIO_55/ANT_SEL3/GRFC_27/BOOT_FROM_ROM

GPIO_53/ANT_SEL1/GRFC_25/BOOT_CONFIG_1

GPIO_52/ANT_SEL0/GRFC_24/BOOT_CONFG_2

GPIO_58/DRX_MODE_SEL2/GRFC_30

GPIO_57/DRX_MODE_SEL1/GRFC_29

GPIO_56/DRX_MODE_SEL0/GRFC_28

GPIO_47/DRX_SW_SEL1/WDOG_DISABLE/GRFC_19

GPIO_46/DRX_SW_SEL0/GRFC_18

GPIO_86/GNSS_ELNA_EN

GPIO_51/ELNA_1/GRFC_23/BOOT_CONFIG_3

GPIO_50/ELNA_0/GRFC_22/BOOT_CONFIG_4

GPIO_69/SSBI_ANT_TUNER

GPIO_70/SSBI_RX

GPIO_71/SSBI_TX

GPIO_42/RF_ON/GRFC_11

GPIO_41/RX_ON/GRFC_10

GPIO_78/JAM_DET_IRQ

GPIO_77/GNSS_BLANKING

GPIO_64/APT_VCON/TX_AGC_ADJ/GRFC_36

SDC2_DATA_1/SEC_I2S_WS/SEC_PCM_SYNC/GPIO_26

SDC2_DATA_2/SEC_I2S_DIN/SEC_PCM_DIN/GPIO_27

SDC2_DATA_0/SEC_I2S_CLK/SEC_PCM_CLK/GPIO_25

SDC2_DATA_3/SEC_I2S_DOUT/SEC_PCM_DOUT/GPIO_28

CODEC_INT_N/GPS_PPS_IN/GPIO_85

Y10

Y9

AA10

AA9

W10

U10

Y8

W8

U8

AA8

W11

U11

Y6

AA6

AA5

R21

P20

H3

F2

E2

R2

P5

G3

F1

F3

N1

N2

C2

N5

N3

K1

K5

K3

M3

L3

L5

J3

V3

W3

W2

W1

Y1

W5

W6

Y5

P21

R20

B1

D

U4001

WTR0_DRXBB_Q_P

WTR0_DRXBB_I_M

WTR0_DRXBB_I_P

WTR0_PRXBB_Q_M

WTR0_PRXBB_Q_P

WTR0_PRXBB_I_M

WTR0_PRXBB_I_P

WTR0_DRXBB_Q_M

WTR0_GPSBB_I_P

WTR0_GPSBB_Q_M

WTR0_GPSBB_Q_P

WTR0_GPSBB_I_M

WTR0_TXBB_Q_P

WTR0_TXBB_I_M

WTR0_TXBB_I_P

WTR0_GPDATA0

WTR0_GPDATA1

WTR0_TXBB_Q_M

WTR0_GPDATA2

ANT_SW_SEL3

ANT_SW_SEL0

DRX_SW_0

DRX_SW_1

GPS_ELNA_EN

WTR0_SSBI2

APT_SEL1

PA1_R0

WTR0_SSBI1

WTR0_RF_ON

WTR0_RX_ON

MDM2AP_VDDMIN

AP2MDM_VDDMIN

AP2MDM_STATUS

MDM_SLIMBUS1_CLK

D+ S

101

MDM2AP_STATUS

C

B

R4010

C4005 2.2n

WTR0_DAC_IREF

VREG_MODEM_L7_1P85

C4002 0.1u

VREF_DAC_BIAS

560

ANT_SW_SEL1

MDM_BOOT_CONFIG_0_1_3_6

560

R4009

PA1_R1

MDM_BOOT_CONFIG_0_1_3_6

KPCS 1X PAM

MDM_SLIMBUS1_DATA

R40111K

C4004

10n

APT_VCON0

SLIMBUS1_DATA

SLIMBUS1_CLK

D- VCC

GND _OE

HSD2- HSD1+

HSD2+ HSD1-

92

83

74

65

C4003

0.1u

VREG_S4_1P8

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

of

19_MDM9615 data20

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

L

K

J

I

MDM9615M power

WTR1_PRXBB_Q_P

WTR1_PRXBB_I_P

WTR1_PRXBB_Q_M

WTR1_PRXBB_I_M

WTR1_TXBB_I_P

WTR1_TXBB_Q_P

WTR1_TXBB_Q_M

WTR1_TXBB_I_M

R5004 DNI

R5000 R5002

R5004 R5005 R5006

WTR1_DAC_IREF

VREF_DAC_BIAS

0R5000

R5001 0

R5001 R5003

R5007

DNIR5007

0 ohm

DNI

C5000 2.2n

CSFBSVLTE

R5006

R5005R5004 R5007

R5001R5000 R5003R5002

R5005 DNI

0 ohm

DNI

VREG_MODEM_L7_1P85

VREG_MODEM_S2_1P3

0R5002

R5003 0

DNIR5006

J

I

H

G

F

E

D

VREG_MODEM_L11_1P05

VREG_MODEM_LVS1

VREG_MODEM_S3_1P8

VREG_MODEM_S1_1P1

1uC5007

C5006 1u

VDDPX_BIAS

C5016 DNI

C5032 DNI

C5002 1u

DNIC5033

C5003 1u

C5034 DNI

1u

C5011

1uC5008

1uC5012

F8

F9 F12 F13 F14

G9 G12

H9 H12

J8

J9 J12 J13

K8

K9 K12 K13

L8

L9 L12 L13

M8

M9 M12 M13

N8

N9 N12 N13

P9 P12

R9 R12

T8

T9 E16 T15 T16 T17 T19 U14 U15 U16 U17 U19 B13 E12 E10 B19 F20 M20

AA20

J17

H17

NC_0

NC_1

VDD_CORE1 VDD_CORE2 VDD_CORE3 VDD_CORE4 VDD_CORE5 VDD_CORE6 VDD_CORE7 VDD_CORE8 VDD_CORE9 VDD_CORE10 VDD_CORE11 VDD_CORE12 VDD_CORE13 VDD_CORE14 VDD_CORE15 VDD_CORE16 VDD_CORE17 VDD_CORE18 VDD_CORE19 VDD_CORE20 VDD_CORE21 VDD_CORE22 VDD_CORE23 VDD_CORE24 VDD_CORE25 VDD_CORE26 VDD_CORE27 VDD_CORE28 VDD_CORE29 VDD_CORE30 VDD_CORE31 VDD_CORE32 VDD_CORE33 VDD_CORE34 VDD_CORE35 VDD_HVPAD_BIAS VDD_MDSP_FW1 VDD_MDSP_FW2 VDD_MDSP_FW3 VDD_MDSP_FW4 VDD_MDSP_FW5 VDD_MDSP_FW6 VDD_MDSP_FW7 VDD_MDSP_FW8 VDD_MDSP_FW9 VDD_QFUSE_PRG VDD_USB_1P8 VDD_USB_3P3 VDD_DDR1 VDD_DDR2 VDD_DDR3 VDD_DDR4

W17

W16

W15

V21

NC_2

BBRX_QP_CH2

BBRX_QM_CH2

Y13

Y12

W21

W18

NC_7

NC_8

BBRX_IP_CH2

BBRX_IM_CH2

TX_DAC1_QP

AA12

Y17

Y16

Y14

NC_11

NC_12

NC_13

TX_DAC1_IP

AA17

AA16

AA14

AA13

NC_16

NC_17

TX_DAC1_QM

TX_DAC1_IM

L16

K16

J16

F11

GND_ANA_0

GND_ANA_1

GND_ANA_2

T11

T7

T6

GND_ANA_3

GND_ANA_4

GND_ANA_5

GND_ANA_6

U13

U12

U9

GND_ANA_7

GND_ANA_8

DAC1_VREF

W14

W13

W7

GND_ANA_10

TX_DAC1_IREF

U4000

Y18

Y15

Y11

Y7

GND_ANA_12

GND_ANA_13

GND_ANA_14

GND_ANA_15

GND_ANA_16

N14

N11

GND_58

GND_59

P10

P6

GND_60

GND_61

R6

P11

GND_62

GND_63

R11

R10

GND_64

GND_65

R16

R15

GND_66

GND_67

R19

R17

GND_68

GND_69

T12

T10

GND_70

GND_71

T14

T13

GND_72

GND_73

V19

U2

GND_74

GND_75

AA11

AA1

GND_76

VDD_A2_1

AA18

AA15

VDD_A1

VDD_A2_4

AA21

GND_80

VDD_MEM1 VDD_MEM2 VDD_MEM3 VDD_MEM4 VDD_MEM5 VDD_MEM6 VDD_MEM7 VDD_MEM8

VDD_MEM9 VDD_MEM10 VDD_MEM11 VDD_MEM12 VDD_MEM13 VDD_MEM14 VDD_MEM15 VDD_MEM16 VDD_MEM17 VDD_MEM18 VDD_MEM19 VDD_MEM20

VDD_P1_1

VDD_P1_2

VDD_P1_3

VDD_P1_4

VDD_P1_5

VDD_P2 VDD_P3_1 VDD_P3_2 VDD_P3_3 VDD_P3_4 VDD_P3_5 VDD_P3_6

VDD_P4

VDD_P5

VDD_P6

VDD_P7

VDD_PLL1_1 VDD_PLL1_2

VDD_PLL2 VDD_A1_1 VDD_A1_2 VDD_A2_3 VDD_A2_2

VDD_ADSP1 VDD_ADSP2 VDD_ADSP3 VDD_ADSP4

VDD_ADSP5 VDD_MDSP_SW1 VDD_MDSP_SW2 VDD_MDSP_SW3 VDD_MDSP_SW4 VDD_MDSP_SW5 VDD_MDSP_SW6 VDD_MDSP_SW7 VDD_MDSP_SW8

C17 C18 E17 F17 G7 G8 G13 G14 H7 H8 H13 H14 P7 P8 P13 P14 R7 R8 R13 R14 A14 A19 F21 M1 M21 K21 A15 G1 G21 L1 U1 W19 A2 A3 A7 A11 K17 L17 W12 W9 AA7 U6 U7 C5 C6 E6 E7 F5 N15 N16 N17 N19 P15 P16 P17 P19

1uC5013

1uC5001

1uC5004

1uC5014

C5005 1u

C5015

1u

1uC5018

1uC5024

1u

1uC5019

1u

C5020

C5021 1u

VREG_MODEM_L9_1P05

VREG_MODEM_L13_2P95 VREG_MODEM_S3_1P8

DNIR5008

R5009 0

1u

C5017

J1 : DNI

1uC5022

1u

C5023

VREG_MODEM_S3_1P8

1uC5010

C5009 1u

VREG_MODEM_L6_2P85 VREG_MODEM_L5_2P85

VREG_MODEM_S3_1P8 VREG_MODEM_L8_1P2 VREG_MODEM_S3_1P8 VREG_MODEM_L9_1P05

VREG_MODEM_L3_1P8

VREG_MODEM_S2_1P3

VREG_MODEM_L7_1P85

VREG_MODEM_L10_1P05

VREG_MODEM_L12_1P05

H

G

F

E

D

C

B

1u

C5027

C5028 1u

1uC5030 1uC5031

C5029 1u

GND_0

B2

A21

GND_1

GND_2

B7

B11

GND_3

GND_4

B15

B14

GND_5

GND_6

F6

C19

GND_7

GND_8

F7

F10

GND_9

GND_10

F16

F15

GND_11

GND_12

GND_13

G2

F19

GND_14

GND_15

G6

G10

GND_16

GND_17

G15

G11

GND_18

GND_19

G17

G16

GND_20

GND_21

H6

G20

GND_22

GND_23

H11

H10

GND_24

GND_25

H16

H15

GND_26

GND_27

J7

J6

GND_28

GND_29

J11

J10

GND_30

GND_31

J15

J14

GND_32

GND_33

K7

K6

GND_34

GND_35

K11

K10

GND_36

GND_37

K15

K14

GND_38

GND_39

L2

K20

GND_40

GND_41

L7

L6

GND_42

GND_43

L11

L10

GND_44

GND_45

L15

L14

GND_46

GND_47

M7

M6

GND_48

GND_49

M11

M10

GND_50

GND_51

M15

M14

GND_52

GND_53

M17

M16

GND_54

GND_55

N6

M19

GND_56

GND_57

N7

N10

C5025

C5026 1u

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

DWG NO

A2

SHEET

of

20_MDM9615 power

20

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

L

K

J

I

H

PMIC_PM8018

VREG_MODEM_L3_1P8

MODEM_XO_THERM

Note: Thermistor should be placed directly

beside the XO.

R6000

C6003 1n

100K

PM_GND_XOADC

4

1

19.2MHz

X6000 X1E0002910001

Thermistor

XTAL1

GND/Therm

XTAL2

J

I

VREG_MODEM_S4_2P05

+VPWR

3

2

VREG_MODEM_S5_1P15

VREG_MODEM_S3_1P8

C6000 22u

4.7uC6001

4.7uC6002 C6004 4.7u C6005 4.7u

4.7uC6006

+VPWR

REV1.0

L6000 2.2u

1.5mm(1.5A)

VREG_MODEM_S1_1P1

H

For MDM VDD_CORE

G

F

E

VREG_MODEM_L3_1P8

100K

R6001

Note: Thermistor should be placed directly

beneath the MDM device.

PT6000

100K

C6013 1n

WTR0_XO_A0

MDM_CXO

KPCS_PAM_TEMP

MDM_CXO_EN

MODEM_SLEEP_CLK

VDDPX_BIAS

VREF_DAC_BIAS

MODEM_XO_THERM

LTE_PAM_TEMP

+VPWR

AP2MDM_PON_RESET_N

MODEM_JTAG_PS_HOLD

RESET_IN

PM8018_PON_RESET_N

MODEM_PMIC_SSBI

PM8018_MDM_IRQ_N

PM8018_USR_IRQ_N

44

78

5

75

70

1

XTAL_19M_IN

2

XTAL_19M_OUT

19

XO_OUT_A0

37

XO_OUT_A1

25

XO_OUT_D0

85

XO_OUT_A0_EN/MPP_01

49

XO_OUT_A1_EN/GPIO_06

9

XO_OUT_D0_EN

3

XTAL_32K_IN

15

XTAL_32K_OUT

26

SLEEP_CLK

50

GPIO_03/SLEEP_CLK1/MP3_CLK

66

MPP_03/VREF_OUT

80

MPP_06/DAC_VREF

10

XO_THERM

35

BAT_ID

71

GPIO_05/BAT_RMVD

72

MPP_04/PA_THERM

73

MPP_05/MDM_THERM

74

OPT_2

62

OPT_1

41

PON_TRIG

69

KPD_PWR_N

47

PS_HOLD

16

RESIN_N

4

PON_RESET_N

33

GPIO_01/EXT_LDO1_EN

38

GPIO_02/EXT_LDO2_EN

68

SSBI

14

PM_MDM_INT_N

21

PM_USR_INT_N

60

GPIO_04/PM_SEC_INT_N/SLEEP_CLK2

VDD_L4

VDD_L7

VDD_L2_3

VDD_L5_6_13_14

59

64

58

VDD_L9

VDD_L12

VDD_L10_11

VDD_L8_LVS1

U6000

104

95

6

18

24

98

89

101

8

57

VDD_S1

VDD_S2

VDD_S3_1

VREG_L1(-mA/1.8V) VREG_L2(50mA/1.8V,1.5 to 3.05V) VREG_L3(50mA/1.8V, 1.5 to 3.05V) VREG_L4(300mA/3.075V, 1.5 to 3.05V) VREG_L5(150mA/2.85V, 1.5 to 3.05V) VREG_L6(150mA/2.85V, 1.5 to 3.05V) VREG_L7(300mA/1.85V, 1.5 to 3.05V) VREG_L8(150mA/1.2V, 0.75 to 1.525V) VREG_L9(700mA/1.05V, 0.375 to 1.525V) VREG_L10(700mA/1.05V, 0.375 to 1.525V) VREG_L11(700mA/1.05V, 0.375 to 1.525V) VREG_L12(700mA/1.05V,0.375 to 1.525V) VREG_L13(50mA/2.95V, 1.5 to 3.05V) VREG_L14(50mA/2.85V, 1.5 to 3.05V) VREG_RF_CLK(-mA/1.8V)

VDD_S4

VDD_S3_2

VDD_S3_3

VDD_S5_1

VCOIN

VDD_XO

VDD_S5_2

VREG_XO/VREG_L1

VREG_RFCLK

VSW_S1_1 VSW_S1_2

VREG_S1 VSW_S2_1 VSW_S2_2

VREG_S2 VSW_S3_1 VSW_S3_2

VREG_S3 VSW_S4_1 VSW_S4_2

VREG_S4 VSW_S5_1 VSW_S5_2 VSW_S5_3

VREG_S5

VREG_L2

VREG_L3

VREG_L4

VREG_L5

VREG_L6

VREG_L7

VREG_L8

VREG_L9 VREG_L10 VREG_L11 VREG_L12 VREG_L13 VREG_L14

VOUT_LVS1 LED_DRV_N

REF_BYP

92 97 79 90 102 83 42 48 12 81 87 105 82 88 100 76

20 31 32 84 11 17 63 54 77 65 55 43 23 29 13

53 86 28

1u

2.2uL6001

L6002 2.2u

2.2uL6003

It will be changed to 2520, 2.2UH 20% 2.2A 0.1OHM.

L6004 2.2u

REV1.0

C6007

22u

REV1.0

C6008 47u

C6009 22u

C6010 C6011

22u

1.5mm(1.5A)

VREG_MODEM_S2_1P3

VREG_MODEM_S3_1P8

VREG_MODEM_S4_2P05

VREG_MODEM_S5_1P15

For MDM VDD_A, WCD VDD_TXADC, RF analog

For MDM VDD_P1/3/5/7, PM VDD_L8_LVS1, IO, MEMORY

For RF/analog

For MDM QDSP6000

G

F

VREG_MODEM_L3_1P8

VREG_MODEM_L5_2P85 VREG_MODEM_L6_2P85 VREG_MODEM_L7_1P85 VREG_MODEM_L8_1P2 VREG_MODEM_L9_1P05 VREG_MODEM_L10_1P05 VREG_MODEM_L11_1P05 VREG_MODEM_L12_1P05 VREG_MODEM_L13_2P95

VDD_RF_SW

E

1uC6017

1uC6018 1uC6019

1uC6020

10uC6023

10uC6024

1uC6027

VREG_MODEM_LVS1

D

67

MPP_02

GND_07GND_127GND_239GND_340GND_445GND_546GND_651GND_752GND_856GND_961GND_S1_1

PM_GND_XOADC

PM_GND_XOADC|GND

GND_S1_2

91

103

GND_S2

GND_S3_1

96

30

GND_S3_2

GND_S4_1

GND_S4_2

36

93

99

GND_S5

GND_XOADC

94

22

GND_REF

34

C6030 100n

C6015

C6016 1u

C6022 10u

C6021 1u

C6025 10u

C6026 10u

C6028 1u

C6029 1u

D

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

8

PDM NUMBER

of

8

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

APQ8064 data

VTCAM_MCLK

ISP_MCLK

VREG_LVS4_1P8

VREG_L22_1P8

VREG_L29_1P8

''ISP_HOST_1V8''

I2C Pull-Up

REV1.0

R7002

3.3K

R7003

3.3K

R7004 4.7K

4.7KR7005

R7006 1.5K

1.5KR7007

I2C_SENSOR_SCL

I2C_SENSOR_SDA

TOUCH_I2C_SCL

TOUCH_I2C_SDA

CAM_I2C_SCL

CAM_I2C_SDA

L

K

ISP & Front RevA

J

I

H

G

F

E

D

C

APQ_JTAG_TCK

PM8921_PON_RESET_N

C7004 15p

R7034

9.1K

1ZCB27000AA0A

X7000

4 3 1 2

27MHZ

APQ_USB_DM

APQ_USB_DP

USB_PHY_VBUS

PM8921_XO_OUT_D0

APQ_JTAG_TDI

APQ_JTAG_TDO

APQ_JTAG_TMS

APQ_JTAG_RTCK

APQ_JTAG_TRST_N

APQ_JTAG_RESOUT_N

SSBI_PM8921

SSBI_PMIC_FWD_CLK

APQ_RESOUT_N

PM8921_XO_OUT_D0

CXO_EN

PM8921_SLEEP_CLK0

C7005 15p

R7017 200

TP7001

REV1.0

R7018

240

BD22 BC21 BF22 BB22

BC25 BA25 BD26 BD24 BC27 BA27

BF16 BD16 BF14 BF18 BC13 BC15

Y2 BE7 BF6 BF4 BD6 BD8

BE11 BF10 BF12 BC11 BD12

E45 D46 B44 D44 D42 B42 E43

H46 J45 K46 K44 K42 L43 H44 J43

D6

D8

C5

E7

F6

C9

B8

G5 AB6 B12 B10 C13 D12

AL7 AK6

B6

BA39 AB38 AD38

LCD_VSYNC

AP4

GNSS_BB_IP GNSS_BB_QP GNSS_BB_IM GNSS_BB_QM

WLAN_BB_IM WLAN_BB_IP WLAN_BB_QM WLAN_BB_QP WLAN_REXT WLAN_VREF

USB1_HS_DM USB1_HS_DP USB1_HS_REXT USB1_HS_VBUS USB1_3_4_HS_SYSCLK USB1_HS_ID

USB2_HSIC_CAL USB3_HS_DM USB3_HS_DP USB3_HS_REXT USB3_HS_VBUS USB3_HS_ID

USB4_HS_DM USB4_HS_DP USB4_HS_REXT USB4_HS_VBUS USB4_HS_ID

PCI_E_HSI_P PCI_E_HSI_N PCI_E_HSO_P PCI_E_HSO_N PCI_E_REFCLK_P PCI_E_REFCLK_N PCI_E_REXT

SATA_RXP SATA_RXM SATA_TXP SATA_TXM SATA_CLKP SATA_CLKM SATA_REXT SATA_TPA

TDI TDO TCK TMS RTCK TRST_N SRST_N

SSBI1_PMIC1 SSBI_PMIC_FCLK RESIN_N RESOUT_N MODE_0 MODE_1

CXO CXO_EN SLEEP_CLK

WCN_XO PXO_IN PXO_OUT

GPIO_0/MDP_VSYNC_P/VFE_CAM_TIMER_6B

DMB_RESET_N

LIN_MOTOR_PWM

BOOT_CONFIG_0_1_6

R7010 10K

D24

B38

C37

D38

B36

AP2

GPIO_5/CAM_MCLK0/BOOT_CONFIG_5

GPIO_1/MDP_VSYNC_S/VFE_CAM_TIMER_7B

GPIO_3/VFE_CAM_TIMER_2/GP_CLK_0A/WDOG_DISABLE

GPIO_2/VFE_CAM_TIMER_1A/GP_MN/CAM_MCLK2/BOOT_FROM_ROM

GPIO_4/VFE_CAM_TIMER_3A/CAM_MCLK1/GP_CLK_1A/BOOT_CONFIG_6

MIPI_CSI0_CLK_N

MIPI_CSI0_CLK_P

MIPI_CSI0_LN0_N

BC41

BB42

AY44

AY46

TOUCH_I2C_SDA

TOUCH_INT_N

E23

GPIO_7/GSBI3_2/TS_EOC/SPI_CS1A_N_GSBI1/SPI_CS3B_N_GSBI1

GPIO_6/GSBI3_3/GPS_PPS_OUT/GPS_PPS_IN/VFE_CAM_TIMER_4C/SPI_CS2A_N_GSBI1/SSBI_TS

MIPI_CSI0_LN0_P

MIPI_CSI0_LN1_N/MIPI_CSI2_LN0_N

BC43

TOUCH_I2C_SCL

HALLIC_INT

B26

E25

C25

GPIO_8/GSBI3_1

GPIO_9/GSBI3_0

MIPI_CSI0_LN1_P/MIPI_CSI2_LN0_P

MIPI_CSI0_LN2_N/MIPI_CSI2_CLK_N

BA45

BB46

BB44

CAM_I2C_SDA

CAM_I2C_SCL

APQ_UART_RXD

APQ_UART_TXD

C29

B28

D26

GPIO_12/GSBI4_1

GPIO_10/GSBI4_3/VFE_CAM_TIMER_6C/SPI_CS1B_N_GSBI1

GPIO_11/GSBI4_2/MDP_VSYNC_E/VFE_CAM_TIMER_7C/SPI_CS2B_N_GSBI1

MIPI_CSI0_LN2_P/MIPI_CSI2_CLK_P

MIPI_CSI0_LN3_N

MIPI_CSI0_LN3_P

BA43

BA41

BE43

BT_UART_RXD

BT_UART_TXD

BT_UART_CTS_N

AL5

AM4

AM2

AN5

GPIO_13/GSBI4_0

GPIO_15/GSBI6_2/FM_SDI

GPIO_16/GSBI6_1/BT_CTL

GPIO_14/GSBI6_3/SSBI_FM

MIPI_CSI1_CLK_N

MIPI_CSI1_CLK_P

MIPI_CSI1_LN0_N

MIPI_CSI1_LN0_P

BD42

BD44

BD46

BF44

MDM2AP_ERRFATAL

AP2MDM_ERRFATAL

I2C_COMMON_SDA

I2C_COMMON_SCL

BT_UART_RTS_N

D32

E31

D30

GPIO_20/GSBI1_1

GPIO_17/GSBI6_0/BT_DATA_STROBE

GPIO_19/GSBI1_2/VFE_CAM_TIMER_5B

GPIO_18/GSBI1_3/GP_PDM_0B/VFE_CAM_TIMER_1B

MIPI_DSI_LDO

MIPI_CSI1_LN1_N

BF42

MIPI_DSI0_CLK_N

MIPI_CSI1_LN1_P

AK42

PROX_AMBIENT_INT_N

E33

B32

C33

GPIO_21/GSBI1_0

GPIO_22/GSBI2_3/GP_PDM_1A

MIPI_DSI0_CLK_P

AK44

AM46

AN45

I2C_SENSOR_SCL

I2C_SENSOR_SDA

EAR_KEY_INT_35D

D34

GPIO_23/GSBI2_2

SD_DETECT

AP2MDM_PON_RESET_N

100

R7011

BD30

BB34

B30

F34

GPIO_24/GSBI2_1

GPIO_27/MI2S_WS

GPIO_26/TS_PENIRQ_N

GPIO_25/GSBI2_0/GP_CLK_2B

AP2MDM_VDDMIN

NFC_IRQ

COMPASS_INT

BC31

GPIO_28/MI2S_SCK

SLIMPORT_RESET_N

BD32

BA33

BF38

GPIO_29/MI2S_SD3

GPIO_31/MI2S_SD1/AUD_SB1_CLK_B

GPIO_30/MI2S_SD2/AUD_SB1_DATA_B

U7000

MIPI_DSI0_LN0_N

MIPI_DSI0_LN0_P

MIPI_DSI0_LN1_N

MIPI_DSI0_LN1_P

MIPI_DSI0_LN2_N

MIPI_DSI0_LN2_P

AP44

AN41

AN43

AL43

AL41

AK46

MIPI_DSI1_CLK_N

MIPI_DSI0_LN3_N

MIPI_DSI0_LN3_P

AP46

AT44

AT46

AP2MDM_WAKEUP

SLIMPORT_INT_N

TOUCH_RESET

WLAN_HOST_WAKEUP

NFC_MODE

FUEL_GAUGE_INT_N

EAR_SENSE_N_35D

SLIMBUS1_CLK

SLIMBUS1_MCLK

CODEC_MAD_INT_N

BT_PCM_DIN

BT_PCM_SYNC

BT_PCM_DOUT

AP2MDM_STATUS

MDM2AP_WAKEUP

BT_PCM_CLK

DMB_SPI_MOSI

MDM2AP_STATUS

SLIMBUS1_DATA

BOOT_CONFIG_0_1_6

0R7013

10KR7014

BF28

BC29

BF30

BA29

BB30

BC35

BD36

BF36

BF34

BE31

BE39

BF40

BA31

AE5

AF4

AF6

AF2

AG5

BF32

GPIO_35/CDC_MIC_I2S_SCK

GPIO_32/MI2S_SD0/GP_CLK_2A

GPIO_37/CDC_MIC_I2S_DIN0/USB_FS1_DAT_B

GPIO_33/MI2S_MCLK/GP_PDM_2B/BOOT_CONFIG_4

GPIO_34/CDC_MIC_I2S_MCLK/GP_CLK_0B/BOOT_CONFIG_3

GPIO_36/CDC_MIC_I2S_WS/SPI_CS1C_N_GSBI1/USB_FS1_OE_B_N

MIPI_DSI1_CLK_P

MIPI_DSI1_LN0_N

MIPI_DSI1_LN0_P

MIPI_DSI1_LN1_N

MIPI_DSI1_LN1_P

MIPI_DSI1_LN2_N

AV46

AV44

AU41

AU43

AP42

AR43

GPIO_40/CDC_SPKR_I2S_SCK/AUD_SB1_CLK_A

GPIO_38/CDC_MIC_I2S_DIN1/GP_PDM_0A/USB_FS1_SE0_B

GPIO_39/CDC_SPKR_I2S_MCLK/AUD_SB1_MCLK/BOOT_CONFIG_2

MIPI_DSI1_LN2_P

MIPI_DSI1_LN3_N

MIPI_DSI1_LN3_P

AW43

AW41

GPIO_43/AUDIO_PCM_DOUT

GPIO_42/CDC_SPKR_I2S_WS

GPIO_44/AUDIO_PCM_DIN/GP_PDM_1B

GPIO_41/CDC_SPKR_I2S_DOUT/AUD_SB1_DATA_A

LVDS_CLK0_M

AE45

AF46

GPIO_45/AUDIO_PCM_SYNC/VFE_CAM_TIMER_4A

GPIO_46/AUDIO_PCM_CLK/VFE_CAMIF_TIMER_5A

LVDS_CLK0_P

LVDS_CLK1_M

LVDS_CLK1_P

LVDS_TX0_M

Y44

Y46

AH44

AH46

GPIO_49/SPKR_I2S_DOUT/GP_PDM_2A

GPIO_48/SPKR_I2S_WS/SPI_CS2C_N_GSBI1

GPIO_47/SPKR_I2S_SCK/VFE_CAMIF_TIMER_7A

GPIO_50/SPKR_I2S_MCLK/GP_CLK_1B/BOOT_CONFIG_1

GPIO_51/MIC_I2S_DIN/GSBI5_3/VFE_CAMIF_TIMER_6A

LVDS_TX0_P

LVDS_TX1_M

LVDS_TX1_P

LVDS_TX2_M

LVDS_TX2_P

AE41

AE43

AF42

AG43

DMB_SPI_CLOCK

DMB_SPI_MISO

DMB_SPI_CS

BT_HOST_WAKEUP

AY4

AY2

BF26

BE27

BD28

GPIO_55/TSIF1_CLK

GPIO_56/TSIF1_EN/SPI_CS3A_N_GSBI1

GPIO_52/MIC_I2S_SCK/GSBI5_2/USB_FS1_OE_A_N

GPIO_53/MIC_I2S_WS/GSBI5_1/UICC_DP/USB_FS1_DAT_A

GPIO_54/MIC_I2S_MCLK/GSBI5_0/UICC_DM/USB_FS1_SE0_A

LVDS_TX3_M

LVDS_TX3_P

LVDS_TX4_M

LVDS_TX4_P

LVDS_TX5_M

AB46

AD44

AD46

AC43

AC41

RIVA_WCN_PRIORITY_B

MDM_LTE_FRAME_SYNC_B

GYRO_INT

BT_WAKEUP

AV2

AW3

AW5

GPIO_59/TSIF2_CLK/SDC2_CLK

GPIO_57/TSIF1_DATA/SDC2_CMD

GPIO_58/TSIF2_SYNC/SDC2_DATA_3

GPIO_88/USB2_HSIC_STROBE/VFE_CAMIF_TIMER_4B

GPIO_89/USB2_HSIC_DATA/VFE_CAMIF_TIMER_3B

LVDS_TX5_P

LVDS_TX6_M

LVDS_TX6_P

AA41

AA43

AA45

MDM_LTE_ACTIVE_B

BATT_ID

AT4

W41

NFC_VEN

BD40

AR3

AT2

GPIO_60/TSIF2_EN/SDC2_DATA_2

GPIO_61/TSIF2_DATA/SDC2_DATA_1

GPIO_62/TSIF1_SYNC/SDC2_DATA_0

GPIO_84/GSBI7_1/PCI_E_PRSNT_2_N

LVDS_TX7_M

LVDS_TX7_P

P46

W43

WLAN_SDIO1

WLAN_SDIO3

WLAN_SDIO2

BA37

BC39

GPIO_63/SDC4_DATA_3/SSBI_BT

GPIO_64/SDC4_DATA_2/WLAN_DATA_2

GPIO_82/GSBI7_3/PCI_E_RST_N

GPIO_83/GSBI7_2/PCI_E_WAKE_N

GPIO_85/GSBI7_0/PCI_E_PWREN_N

GPIO_87/SATA_LED/BOOT_CONFIG_0

HDMI_TCLK_M

HDMI_TCLK_P

R41

N45

WLAN_CMD

WLAN_SDIO0

BB38

GPIO_65/SDC4_DATA_1/WLAN_DATA_1

HDMI_TX0_M

R43

240R7031

WLAN_CLK

BC33

BD34

EBI1_VREF_D0_DQ

GPIO_67/SDC4_CMD/WLAN_CMD

GPIO_68/SDC4_CLK/WLAN_CLK

GPIO_66/SDC4_DATA_0/WLAN_DATA_0

EBI1_VREF_D0_D2

GPIO_69/HDMI_CEC

GPIO_70/HDMI_DDC_CLK

GPIO_71/HDMI_DDC_DATA

GPIO_72/HDMI_HPLUG_DET GPIO_73/PMIC1_SEC_INT_N GPIO_74/PMIC1_USR_INT_N GPIO_75/PMIC1_MDM_INT_N GPIO_76/PMIC2_SEC_INT_N GPIO_77/PMIC2_USR_INT_N

GPIO_78/PS_HOLD

GPIO_79/SSBI_PMIC2

GPIO_80/GNSS_BLANKING

GPIO_81/SSBI_EXT_GPS

GPIO_86/PCI_E_PWRFLT_N

HDMI_TX0_P

HDMI_TX1_M

HDMI_TX1_P

HDMI_TX2_M

HDMI_TX2_P

U41

U43

T44

T46

R7029

240R7033

EBI0_CAL_REXT EBI1_CAL_REXT

HDMI_REXT

P44

EBI0_VREF_D3 EBI0_VREF_D2 EBI0_VREF_D1 EBI0_VREF_D0 EBI0_VREF_CA EBI1_VREF_CA EBI1_VREF_D3 EBI1_VREF_D1

EBI0_ZQ_REXT EBI1_ZQ_REXT

DNC1 DNC2 DNC3 DNC4

SDC1_CLK

SDC1_CMD SDC1_DATA_0 SDC1_DATA_1 SDC1_DATA_2 SDC1_DATA_3 SDC1_DATA_4 SDC1_DATA_5 SDC1_DATA_6 SDC1_DATA_7

SDC3_CLK

SDC3_CMD SDC3_DATA_0 SDC3_DATA_1 SDC3_DATA_2 SDC3_DATA_3

REV1.0

4.64K

AG3 E13 N41 E21 F38 BE35 AU45 AY12 AP6 L7

BA35 AT40 BE45 BF20 AK2 AH2 AK4 AL3

T2 P2 R5 R3 T4 U5 P6 P4 V2 W5

BD2 BB2 BB4 BC3 BD4 BE3

AD4 AC3 AC5 AB4 M2 M4 L3 K2 J5 H4 H2 B34 AR5 D20 B22 C21 D22 B24 B20 AB2 Y4

33R7023

R7028

10K

240R7019

240R7020

Must be Shielded

VREF_LPDDR2

C7002 100n

240R7021

PLACE CLOSE TO APQ

R7022 240

SDC1_CLK

SDC1_CMD SDC1_DATA_0 SDC1_DATA_1 SDC1_DATA_2 SDC1_DATA_3 SDC1_DATA_4 SDC1_DATA_5 SDC1_DATA_6 SDC1_DATA_7

SDC3_CLK SDC3_CMD SDC3_DATA0 SDC3_DATA1 SDC3_DATA2 SDC3_DATA3

HDMI_CEC

HDMI_DDC_CLK

HDMI_DDC_DATA

HDMI_HOT_PLUG_DETECT

PM8921_APC_SEC_IRQ_N PM8921_APC_USR_IRQ_N PM8921_MDM_IRQ_N PM8821_APC_SEC_IRQ_N DMB_INT_N APQ_PS_HOLD SSBI_PM8821 MDM2AP_VDDMIN MDM2AP_HSIC_READY IRRC_1P8_UART_TXD IRRC_1P8_UART_RXD WC_TRACK DMB_EN BATT_ID_PULLUP

BOOT_CONFIG_0_1_6

HSIC_STB HSIC_DATA

REV1.0

C7007 DNI

boot_config 0,1,6 connect

BOOT_CONFIG_0_1_6

APQ_JTAG_RTCK

APQ_JTAG_TRST_N

APQ_JTAG_RESOUT_N

APQ_JTAG_PS_HOLD

VREG_S4_1P8

R7015 1.5K

1.5KR7009

I2C_COMMON_SCL

I2C_COMMON_SDA

Boot Config

APQ_RESOUT_N

C7003

Q7000

3

D

2

G

1

S

100n

VREG_S4_1P8

Config 1Config 0

00 10

1 0

EMER. BOOT(SDC3 FOLLOWED BY USB HS) SDC3 FOLLOWED BY SDC1 SDC3 FOLLOWED BYSDC2

11 SDC1 (eMMC, DEFAULT)

Config 6

0 1

Secure Boot Fast Boot

APQ8064 JTAG

AQP8064 MDM9615

CN7000

TCK

APQ_JTAG_TCK

RTCK

TDO

APQ_JTAG_TDO

TDI

APQ_JTAG_TDI

TMS

APQ_JTAG_TMS

TRST

VCC

VREG_S4_1P8 VREG_MODEM_S3_1P8

RESIN

PS_HOLD

241

TCK

232

RTCK

223

TDO

214

TDI

205

TMS

196

TRST

187

VCC

178

RESIN

169

PS_HOLD

1510

MDM_JTAG_TCK

MDM_JTAG_RTCK

MDM_JTAG_TDO

MDM_JTAG_TDI

MDM_JTAG_TMS

MDM_JTAG_TRST_N

MDM_JTAG_RESOUT_N

MODEM_JTAG_PS_HOLD

J

I

H

G

F

E

D

C

B

MIPI_CSI0_CLK_P

MIPI_CSI0_CLK_M

MIPI_CSI0_LANE1_M

MIPI_CSI0_LANE0_M

MIPI_CSI0_LANE0_P

MIPI_CSI0_LANE1_P

MIPI_CSI0_LANE2_M

VDDA_MIPI_DSI_0P4

2.2u

MIPI_CSI1_CLK_M

MIPI_CSI1_CLK_P

MIPI_CSI1_LANE0_P

MIPI_CSI0_LANE2_P

MIPI_CSI0_LANE3_M

MIPI_CSI0_LANE3_P

L7000 2.2u

MIPI_CSI1_LANE0_M

PLACE INDUCTOR AND CAP CLOSE TO PIN

C7006

MIPI_DSI0_CLK_P

MIPI_DSI0_CLK_M

MIPI_DSI_LDO

MIPI_DSI0_LANE0_M

MIPI_DSI0_LANE0_P

MIPI_DSI0_LANE1_M

MIPI_DSI0_LANE2_M

MIPI_DSI0_LANE1_P

MIPI_DSI0_LANE3_P

MIPI_DSI0_LANE2_P

MIPI_DSI0_LANE3_M

R7030 240

TMDS_TX0_M

TMDS_TCLK_P

TMDS_TCLK_M

R7032 240

TMDS_TX0_P

TMDS_TX1_P

TMDS_TX1_M

TMDS_TX2_P

TMDS_TX2_M

1411

APQ_UART_RXD

1312

APQ_UART_TXD

JTAG FPCB: PS_HLOD HAVE TO HIGH CSFB DEFFERENT! CHECK JTAG JIG ADD TR

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

9

PDM NUMBER

of

9

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

APQ8064 power

8

7 6 5 4 3 2 1

BA21

BA1

AV36

AV28

AV26

AV20

AV18

AV10

AV6

AV4

AU25

AU17

AT26

AT18

AT10

AT8

AR47

AR33

AR31

AR25

AR23

AR17

AR15

AR1

AP32

AP30

AP24

AP22

AP16

AP14

AN29

AN21

AN13

AN1

AM30

AM22

AM14

AM8

AL47

AL35

AL29

AL27

AL21

AL19

AL13

AL11

AK36

AK34

AK28

AK26

AK20

AK18

AK12

AK10

AJ47

AJ41

AJ33

AJ25

AJ17

AJ1

AH34

AH26

AH18

AH4

AG33

AG31

AG25

AG23

L

K

J

I

H

G

F

E

D

VREG_S3_1P05

D40 E17 E39 G17 G31 H32 K10 K18 K20 K34 L19 L21 L35 M38 P16 P22 P24 R15 R17 R23 R25 R31 R37 T10 T34 U33 U37 V20 V34 V36 W11 W21 W35 W37

Y22 AB24 AA21 AC17 AC25 AC31 AC37 AD18 AD26 AD34 AE17 AE25 AE33 AF18 AF26 AF28 AF34 AF36 AG13 AG19 AG27 AG29 AG35

AH8 AH14 AH22

AJ7 AJ13 AJ21 AJ37 AK14 AK16 AK22 AK24 AK30 AK32 AL15 AL23 AL25 AL31 AL33 AL37 AM10 AM34 AN17 AP10 AP18 AP20 AP26 AP28 AR13 AR19 AR21 AR27 AR29 AT14 AT22 AU13 AV14 AV16 AV24 AY36

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 VDD_CORE_49 VDD_CORE_50 VDD_CORE_51 VDD_CORE_52 VDD_CORE_53 VDD_CORE_54 VDD_CORE_55 VDD_CORE_56 VDD_CORE_57 VDD_CORE_58 VDD_CORE_59 VDD_CORE_60 VDD_CORE_61 VDD_CORE_62 VDD_CORE_63 VDD_CORE_64 VDD_CORE_65 VDD_CORE_66 VDD_CORE_67 VDD_CORE_68 VDD_CORE_69 VDD_CORE_70 VDD_CORE_71 VDD_CORE_72 VDD_CORE_73 VDD_CORE_74 VDD_CORE_75 VDD_CORE_76 VDD_CORE_77 VDD_CORE_78 VDD_CORE_79 VDD_CORE_80 VDD_CORE_81 VDD_CORE_82 VDD_CORE_83 VDD_CORE_84 VDD_CORE_85 VDD_CORE_86 VDD_CORE_87 VDD_CORE_88 VDD_CORE_89 VDD_CORE_90 VDD_CORE_91 VDD_CORE_92 VDD_CORE_93 VDD_CORE_94 VDD_CORE_95 VDD_CORE_96

Y30

W29

W27

V28

VDD_KR0_01

VDD_KR0_02

VDD_KR0_03

VDD_KR0_04

L27

V26

T26

AA29

VDD_KR0_05

VDD_KR0_06

VDD_KR0_07

VDD_KR1_01

P30

N29

M30

L29

VDD_KR1_02

VDD_KR1_03

VDD_KR1_04

VDD_KR1_05

Y14

W13

K26

H24

VDD_KR1_06

VDD_KR1_07

VDD_KR2_01

AB16

V12

AB14

AA13

VDD_KR2_02

VDD_KR2_03

VDD_KR2_04

VDD_KR2_05

N13

M14

L13

AC15

VDD_KR2_06

VDD_KR2_07

VDD_KR3_01

VDD_KR3_02

VDD_KR3_03

VREG_L24_1P05VREG_S6_1P05VREG_S5_1P05 VREG_KR_CORE3VREG_KR_CORE2

L11

H12

K12

P14

VDD_KR3_04

VDD_KR3_05

VDD_KR3_06

K36

H20

G41

G39

G21

G13

VDD_KR3_07

VDD_MEM_01

VDD_MEM_02

VDD_MEM_03

VDD_MEM_04

VDD_MEM_05

U7000

P32

N21

M22

L37

VDD_MEM_06

VDD_MEM_07

VDD_MEM_08

VDD_MEM_09

U25

U17

T18

R33

VDD_MEM_10

VDD_MEM_11

VDD_MEM_12

VDD_MEM_13

VDD_MEM_14

AB32

AB22

Y8

V10

VDD_MEM_15

VDD_MEM_16

VDD_MEM_17

AF20

AF12

AC33

AC23

VDD_MEM_18

VDD_MEM_19

VDD_MEM_20

VDD_MEM_21

VDD_MEM_22

AH30

AG37

AG21

AG11

VDD_MEM_23

VDD_MEM_24

VDD_MEM_25

AM18

AL17

AJ29

AH38

VDD_MEM_26

VDD_MEM_27

VDD_MEM_28

VDD_MEM_29

AP12

AN33

AN25

AM26

VDD_MEM_30

VDD_MEM_31

VDD_MEM_32

VDD_MEM_33

VDD_MEM_34

AU21

AT30

AR11

AP34

VDD_MEM_35

VDD_MEM_36

VDD_MEM_37

AV22

AU29

VDD_P1_01

VDD_MEM_38

VDD_P1_02

VDD_MEM_39

VDD_MEM_40

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_P1_30 VDD_P1_31 VDD_P1_32 VDD_P1_33 VDD_P1_34 VDD_P1_35 VDD_P1_36 VDD_P1_37 VDD_P1_38 VDD_P1_39 VDD_P1_40 VDD_P1_41 VDD_P1_42

VDD_P2_01

VDD_P3_01 VDD_P3_02 VDD_P3_03 VDD_P3_04 VDD_P3_05 VDD_P3_06 VDD_P3_07 VDD_P3_08 VDD_P3_09 VDD_P3_10 VDD_P3_11 VDD_P3_12 VDD_P3_13 VDD_P3_14 VDD_P3_15 VDD_P3_16 VDD_P3_17 VDD_P3_18 VDD_P3_19 VDD_P3_20 VDD_P3_21 VDD_P3_22 VDD_P3_23 VDD_P3_24

VDD_P4_01

VDD_DDR_C1_01 VDD_DDR_C1_02 VDD_DDR_C1_03 VDD_DDR_C1_04 VDD_DDR_C1_05 VDD_DDR_C1_06 VDD_DDR_C1_07

VDD_DDR_C2_01 VDD_DDR_C2_02 VDD_DDR_C2_03 VDD_DDR_C2_04 VDD_DDR_C2_05 VDD_DDR_C2_06 VDD_DDR_C2_07 VDD_DDR_C2_08 VDD_DDR_C2_09 VDD_DDR_C2_10 VDD_DDR_C2_11

VDD_QDSP6_APP1 VDD_QDSP6_APP2 VDD_QDSP6_APP3 VDD_QDSP6_APP4

A9 A15 A17 A25 A27 A35 A37 B2 C45 E11 E19 E29 E37 G1 H40 J1 J47 L5 L47 U1 W47 W1 AA5 AE47 AG47 AL1 AU1 AU5 AU47 AV42 AW1 AW47 BC1 BC9 BC37 BF2 BF24 BF46 BG11 BG13 BG35 BG37

AY8

D4 E27 E35 G15 G19 G23 G33 G37 K6 N7 T40 U7 AA7 AE7 AE37 AJ5 AN7 AU7 AY16 AY20 AY24 AY28 AY32 AY40

W3

B4 B40 D2 E47 AD2 BC47 BG23

A5 A41 F46 AA47 AC1 AG1 AN47 BG7 BG19 BG27 BG43

AP36 AR35 AR37 AT34

VREG_L25_1P225

VREG_L7_2P95

VREG_S4_1P8

C8000 1u

R8000 0

R8001 DNI

C8001 1u

VREG_S4_1P8

VREG_L25_1P225

VREG_S4_1P8

VREG_L26_1P05

A1 A3

A7 A11 A13 A19 A21 A23 A29 A31 A33 A39 A43 A45 A47 B14 B16 B18 B46

C1

C3 C17 C41 C47 D10 D14 D16 D18 D28 D36

E1

E5 E15 E41

F2

F4 F18 F30

G3 G29 G47 H16

AB20

H36

K4 K14 K16 K22 K24 K32 K38

L1 L15 L17 L23 L25 L31 L33 M10 M18 M26 M34

N1

N5 N17 N25 N33 N47 P10

VREG_S4_1P8

1uC8006

1u

C8005 1u

C8007

VDDA_LVDS

VREG_LVS7_1P8

GND_139

GND_140

GND_141

GND_142

GND_143

GND_144

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_70

GND_71

GND_72

GND_73

GND_74

GND_75

P36

P34

P28

P26

P20

P18

P12

VDD2VDD1

VREG_L25_1P225

1uC8008

1uC8009

1uC8010

1uC8011

1u

C8012 1u

C8013 C8014 1u

VDDA_VPTXO_PCIE /VDDA_VP_PCIE

VREG_S3_1P05

GND_145

GND_146

GND_147

GND_76

GND_77

GND_78

R1

R13

R11

1u

C8015

GND_148

GND_149

GND_150

GND_79

GND_80

GND_81

R27

R21

R19

1u

C8016

C8017 1u

GND_151

GND_152

GND_153

GND_82

GND_83

GND_84

R47

R35

R29

C8018 1u

GND_154

GND_155

GND_156

GND_157

GND_158

GND_159

GND_160

GND_161

GND_162

GND_163

GND_85

GND_86

GND_87

GND_88

GND_89

GND_90

GND_91

GND_92

GND_93

GND_94

T8

T14

T22

T30

U13

U21

U29

V4

V14

VREG_S3_1P05VREG_L26_1P05

1uC8019

1u

C8020

C8021 1u

C8022 1u

VDDA_VPH_PCIE

VREG_LVS6_1P8

GND_164

GND_165

GND_95

GND_96

V24

V22

V16

1u

C8023

GND_166

GND_167

GND_168

GND_169

GND_170

GND_171

GND_172

GND_173

GND_174

GND_175

GND_176

U7000

GND_97

GND_98

GND_99

GND_100

GND_101

GND_102

GND_103

GND_104

GND_105

GND_106

GND_107

V30

V32

V46

W7

W15

W23

AC19

VDD_SR_PLLxVDD_CDC_SDCxVDD_ADSP

VREG_L24_1P05

1u

C8024

VDDPX_VBIAS_SDC

VREF_PADS

W25

1u

C8025

W31

W33

1uC8026

GND_177

GND_178

GND_108

GND_109

V6

U47

AC21

GND_179

GND_180

GND_181

GND_110

GND_111

GND_112

AA1

Y40

Y26

GND_182

GND_183

GND_184

GND_185

GND_186

GND_187

GND_188

GND_189

GND_190

GND_113

GND_114

GND_115

GND_116

GND_117

GND_118

GND_119

GND_120

GND_121

AC27

AC13

AB42

AB36

AB26

AB18

AB12

AA25

VDD_HF_PLLx

1u

C8027 1u

C8028 1u

C8029 1u

VREG_L4_1P8

C8030

C8031

GND_191

GND_192

GND_122

GND_123

AD14

AC47

AC35

GND_193

GND_194

GND_195

GND_124

GND_125

GND_126

AE1

AD30

AD22

VDD_USB_HSVREG_LVS7_1P8

GND_196

GND_197

GND_198

GND_127

GND_128

GND_129

AE29

AE21

AE13

C8032 1u

GND_199

GND_200

GND_201

GND_202

GND_203

GND_130

GND_131

GND_132

GND_133

GND_134

AF24

AF22

AF16

AF14

C8033 1u

VDDA_USB1_HS_3P3VDDA_USB1_HS_1P8

VREG_L3_3P075

GND_204

GND_205

GND_135

GND_136

AG15

AF32

AF30

GND_206

GND_207 GND_208 GND_209 GND_210 GND_211 GND_212 GND_213 GND_214 GND_215 GND_216 GND_217 GND_218 GND_219 GND_220 GND_221 GND_222 GND_223 GND_224 GND_225 GND_226 GND_227 GND_228 GND_229 GND_230 GND_231 GND_232 GND_233 GND_234 GND_235 GND_236 GND_237 GND_238 GND_239 GND_240 GND_241 GND_242 GND_243 GND_244 GND_245 GND_246 GND_247 GND_248 GND_249 GND_250 GND_251 GND_252 GND_253 GND_254 GND_255 GND_256 GND_257 GND_258 GND_259 GND_260 GND_261 GND_262 GND_263 GND_264 GND_265 GND_266 GND_267 GND_268 GND_269 GND_270 GND_271 GND_272 GND_273 GND_274 GND_275 GND_276 GND_277

GND_137

GND_138

AG17

BA47 BB6 BD10 BD18 BD38 BE1 BE47 BG1 BG5 BG9 BG15 BG17 BG21 BG25 BG29 BG31 BG33 BG39 BG41 BG45 BG47 AB28 AC29 K30 H28 Y18 AA17 AC11 Y10 J7 G9 W17 AH10 AG7 AA33 Y34 AD8 AD10 AV30 AU33 F26 F10 AJ43 AM40 AM44 AN37 AU37 Y38 P38 U45 V42 V38 V44 AB44 AF44 BC23 BB26 BE23 J41 M40 M46 N43 BD20 BE19 BC17 BE15 BA11 BC7 BG3 BD14 BF8

VDD_MIPI_CSI/DSIVDD_USB_HS

VREG_L2_1P2

1u

C8002

1u

C8003

L

K

J

I

H

G

F

E

AB4AA4N5

1uC8004

D

C

B

VDD_KR0_SNS

VDD_KR1_SNS

VDD_KR2_SNS

VDD_KR3_SNS

E9

G11

G27

G25

APC3_SENSE

APC1_SENSE

APC2_SENSE

APC0_SENSE

REV1.0

VDD_PXO

VDD_QFUSE_PRG

VDD_CORE_97

VDD_CORE_98

R7

BA5

AW7

AA37

C8040 1u

VREG_S3_1P05

VREG_L1_1P05

DNIR8005

VDD_PLL1_01

VDD_PLL1_02

VDD_PLL1_03

VDD_PLL2_01

VDD_PLL2_02

AB34

AF10

AC7

AV32

C8044 1u

V18

VREG_L24_1P05

VDD_PLL2_03

VDD_PLL2_04

VDD_PLL2_05

VDD_PLL2_06

W19

K28

AB30

AB10

VDD_PLL2_07

VDD_CORE_99

VDD_CORE_100

H8

BA9

BA19

DNIR8002

BA15

REV1.0

0R8003

VDD_CORE_101

VDD_MIPI_01

VDD_MIPI_02

VDD_MIPI_03

AJ45

AP38

AK38

AV38

MIPI_DSI0_CAL

MIPI_DSI1_CAL

VDD_MIPI_04

VDD_MIPI_05

VDD_HDMI_01

P42

AM38

AH40

AT38

C8042 1u

VDD_HDMI_02

VDD_LVDS_01

VDD_LVDS_02

T38

AG41

1u

C8043

AD40

VDD_LVDS_03

VDD_SATA_01

VDD_SATA_02

VDDA_PCIE_01

F44

M44

L41

AF38

1u

C8045

VDDA_PCIE_02

F42

G43

VDDA_WLAN

VDD_A2

BA23

1uC8041

BC19

VDDA_GPS

VREF_SDC

VDD_USBPHY1_1P8

BC5

BB18

VREG_L4_1P8

VDD_USBPHY1_3P3

VDD_USBPHY3_1P8

VDD_USBPHY3_3P3

VDD_USBPHY4_1P8

VDD_USBPHY4_3P3

BA7

BA13

BB14

BB10

BA17

VREG_L3_3P075

VDD_MEM_41

VDD_MEM_42

VDD_MEM_43

VDD_MEM_44

VDD_MEM_45

VDD_MEM_46

G35

F22

N37

F14

AR41

AV34

VREG_L24_1P05

VDD_MEM_47

VDD_MEM_48

VDD_MEM_49

VDD_MEM_50

M8

G7

AR7

AV12

1u

C8039

VDD_CORE

VREG_S3_1P05

1uC8060

C8059 1u

C8058 1u

C8061 1u

1uC8062

1u

C8063

1uC8064

1u

C8038

1uC8065

1uC8034

C8037 1u

1uC8035

1u

C8036

C

VDD_P1VDD_MEM/AVDD_CDC_EBI1

VREG_L24_1P05

C8081 1u

2.2u

C8082

2.2u

1u

C8067

C8066 1u

2.2u

C8068 1u

C8069

C8070

1uC8071 1u

C8072 C8073 1u

1uC8074

1u

C8075

1u

C8076 1u C8077

1u

C8078

1uC8079

1uC8080

VREG_L25_1P225

2.2u

C8083

C8046 1u

1uC8047

1uC8050

C8049 1u

C8048 1u

1u

C8051 1u

C8052

C8053 1u

1u

C8054

1u

C8055

2.2u

C8056

2.2u

C8057

VDD_P3

VREG_S4_1P8

1u

1uC8084

C8085

1uC8086

1uC8087

1uC8088

1u

C8089

C8090 1u

1u

C8091

1uC8092

1u

C8093

2.2u

C8094

2.2u

C8095

B

A

LGE Internal Use Only

R8006 0

C8096 1u

VREG_LVS7_1P8

VDD_USB_HS

VREG_L24_1P05

VREG_S3_1P05

VREG_L2_1P2

VREG_LVS7_1P8

VREG_L2_1P2

VREG_LVS7_1P8

VDDA_MIPI_DSI_0P4

CAD NOTE: STAR ALL THE PLL

VREF_PADS

VREG_LVS7_1P8

VDD_QFPROM_BLOW

VREG_S3_1P05

VREG_LVS6_1P8

VREG_S2_1P3

16 15 14 13 12 11 10 9

8

KR CORE AP0

VREG_S5_1P05

1u

C8104

1uC8105

1uC8106

1u

C8107

7 6 5 4 3 2 1

KR CORE AP1

VREG_S6_1P05

1uC8115

1u

C8112

1uC8113

C8114

C8116 2.2u

2.2u

C8108 1u

C8109

C8110

1u

C8111

VREG_KR_CORE2

2.2u

C8117

1uC8097

1u

C8098

1u

C8099

2.2uC8103

C8100 1u

C8101 1u

C8102 2.2u

KR CORE AP3KR CORE AP2

VREG_KR_CORE3

1uC8118

1u

1uC8121

C8119 1u

C8120

2.2u

2.2uC8124

C8122 1u

C8123

TITLE

SIZE

Schematic1

DWG NO

A2

DRAWN BY

User Name

SHEET

10

of

10

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

PMIC_PM8921

OPT : Using PM Internal OVP 28V(USB_IN)

K

VCHG

VBUS_USB_IN

USB_PHY_VBUS

C9003

4.7u

VBAT

VREG_S4_1P8

+VPWR

VREG_S1_1P225

VREG_S7_1P15

+VPWR

C9002

C9004

C9005

BACKUP BATTERY

PCB_REVISION

L

Power Level Check!!

BAT9000

R9026

C9000 1u

1K

22u

22uC9006

VBACKUP

PCB_REVISION_ADC

C9001

33n

VREG_L14_1P8

R9002

100K

R9003

A B C D E

F

1.0

1.1

1.2

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

100K 100K 100K

6.2K

12.1K 20K 27K 39K

51K 100K 150K

215K

0.11V

0.19V

0.30V

0.38V

0.51V

0.61V

0.90V

1.1V

1.23V

K

J

I

H

G

F

E

D

C

VREG_XO

For RTR8600 For RTR8605

For WCN??(XO_OUT_A2)

X9001

Q13FC1350000200

1 2

32.768KHz

If using Internal XTAL Func. XTAL_32K_IN : GND , XTAL_32K_OUT : Floating

APQ_JTAG_PS_HOLD

Q9000

2

APQ_RESOUT_N

PHONE_ON_N

G

1

S

3

D

RESET_IN

VREG_XO

R9020

PT9000

100K

TCXO

X1G0038510002

4 6 3

C9023 100n

GND for XO_ADC Isolated ground for XO circuits only

APQ_PS_HOLD

PM_RESIN_N

100K

For AP device

C9062 1n

X9000

VCC TP2 OUT

NC/GND

19.2MHz

XO_ADC_GND

PHONE_ON_N

PM8921_PON_RESET_N

0R9018

PM8921_APC_SEC_IRQ_N

PM8921_APC_USR_IRQ_N

1 5

TP1

2

GND

0

R9006

PM8921_XO_OUT_A2

PM8921_XO_OUT_D0

CXO_EN

PM8921_XO_OUT_D1

PM8921_SLEEP_CLK0

WC_TRACK

SSBI_PMIC_FWD_CLK

WLC_TS_CTRL

REV1.0

R9013 0 R9015 1K

SSBI_PM8921

PM8921_MDM_IRQ_N

HAPTIC_EN

WCD_RESET_N

VT_PWR_EN

LCD_ID

RGB_LED_EN

DSV_EN

IRRC_EN

BT_RESET_N

WLAN_POWER_ON

EAR_MIC

ISP_RST

EAR_MIC_EN_35D

TOUCH_ID

PCB_REVISION_ADC

VTCAM_RST_N

VREF_LPDDR2

VREF_BAT_THM

BATT_THERM

5V_BOOST_EN

USB_ID_SEL

USB_ID_DEVICE

TP9001

REV1.0

R9008 0

+VPWR

R9016 DNI

R9023 0

REV1.0

SMPS_S1_GND SMPS_S2_GND SMPS_S3_GND SMPS_S4_GND SMPS_S5_GND

SMPS_S6_GND

SMPS_S7_GND SMPS_S8_GND

C9007 4.7u

SMPS_S1_GND

+VPWR

PM_USB_ID_HOST

C9008 4.7u

SMPS_S2_GND

C9009 4.7u

SMPS_S3_GND

C9012 10u

1.5mm

REV1.0

OVP_SNS

BATT_FET_N

OVP_CTL

RESENSE_M

VBACKUP

RESENSE_P

C9010 4.7u

SMPS_S4_GND

10uC9013

SMPS_S5_GND

10uC9014

J

SMPS_S6_GND

4.7uC9016

SMPS_S7_GND

C9020 22u

K2

XTAL_19M_IN

L2

XTAL_19M_OUT

H7

XO_OUT_A0

J7

XO_OUT_A1

K7

XO_OUT_A2

N6

XO_OUT_D0

J14

XO_OUT_D0_EN

L7

XO_OUT_D1

A2

XTAL_32K_IN

A3

XTAL_32K_OUT

0R9007

DNIR9025

DNIR9009

DNIR9024

0R9021

V4

SLEEP_CLK0

P11

GPIO_38/UART_M_RX

M12

GPIO_39/FCLK

E7

GPIO_7/KYPD_SNS7

D7

GPIO_8/KYPD_SNS8/UART_M_TX

C16

CBL_PWR0_N

C17

CBL_PWR1_N

B11

KYPD_PWR_N

H18

OPT_3

B15

OPT_2

U15

OPT_1

T16

PS_HOLD

B8

RESIN_N

B12

PON_RESET_N

N13

GPIO_41/EXT_REG_EN2

R12

GPIO_40/EXT_REG_EN1

L14

SSBI

U8

PM_MDM_INT_N

U12

PM_SEC_INT_N

U9

PM_USR_INT_N

M10

GPIO_33/UART_RX1

R10

GPIO_34/UART_RX2

M11

GPIO_35/UART_RX3

R11

GPIO_37/UIM2_RMV_DET_N

D12

GPIO_21/UART_TX1/KYPD_DRV13

E12

GPIO_22/UART_TX2/KYPD_DRV14

R7

GPIO_23/UART_TX3/KYPD_DRV15

P10

GPIO_36/UIM1_RMV_DET_N

R9

GPIO_30/UIM1_CLK

P8

GPIO_29/UIM1_M_CLK

E13

MPP_02/UIM1_DATA

D13

MPP_01/UIM1_M_DATA

M8

GPIO_27/UIM1_RST

P9

GPIO_32/UIM2_CLK

M9

GPIO_31/UIM2_M_CLK

D14

MPP_04/UIM2_DATA

F13

MPP_03/UIM2_M_DATA

R8

GPIO_28/UIM2_RST

G2

VREF_XO

H2

XO_THERM

K15

VREF_LPDDR2

M14

VREF_BAT

L15

BAT_THERM

H12

BAT_ID

G14

PA_THERM

H14

AMUX_IN

R14

MPP_07

P13

MPP_08

P14

MPP_09/XO_OUT_D1_EN

R15

MPP_10/XO_OUT_A0_EN

P15

MPP_11/XO_OUT_A1_EN

N15

MPP_12/XO_OUT_A2_EN

A1

NC1

B1

NC2

A8

GND_S1

A14

GND_S2

A9

GND_S3

V14

GND_S4

B18

GND_S5_1

C18

GND_S5_2

T18

GND_S6_1

U18

GND_S6_2

V8

GND_S7

V9

GND_S8

E17

E18

F17

F18

USB_IN1

USB_IN2

USB_OUT1

USB_OUT2

C9018

C9019100n

100n

G17

P17

N17

USB_IDD1DC_IN1

VDRV_N

VDRV_P

PHY_VBUS

M17

L9000 1u

M18

N18

P18

DC_IN2

VSW_CHG_01

VSW_CHG_02

D18

D17

J18

OVP_SNS

OVP_CTL

VREG_CHG

C9017 100n

K18

K17

J17

VPRE_CAP

BAT_FET_N

G18

H17

L17

K14

L18

VBAT

ATC_LED_SRC

VCOIN

BMS_CSP

BMS_CSM

VDD_CDRV

U9000

F4

G1

K5

K1

N2

M2

VDD_L6_7

VDD_L9_11

VDD_L5_8_16

VDD_L3_15_17

VDD_L1_2_12_18

VDD_L4_L14_spLDO

B2

J2

B5

B4

P2

VDD_L24

VDD_L25

VDD_L10_22

VDD_L21_23_29

U5

R2

VDD_L26

VDD_L27

VDD_L28

U1

A6

A12

VDD_S1

VDD_NCP

A11

V12

VDD_S2

VDD_S3

VDD_S4

A15

A16

V15

V16

V6

V11

VDD_S7

VDD_S8

VDD_S5_1

VDD_S5_2

VDD_S6_1

VDD_S6_2

VSW_S1_1 VSW_S1_2

VSW_S2_1 VSW_S2_2

VSW_S3_1 VSW_S3_2

VSW_S4_1 VSW_S4_2

VSW_S5_1 VSW_S5_2 VSW_S5_3

VSW_S6_1 VSW_S6_2 VSW_S6_3

VSW_S7_1 VSW_S7_2

VSW_S8_1 VSW_S8_2

VREG_L1(150mA/1.050V,1.1 to 1.45V) VREG_L2(150mA/1.2V,1.1 to 1.45V) VREG_L3(150mA/3 to 3.3V) VREG_L4(50mA/1.7 to 1.9V) VREG_L5(300mA/2.75 to 3V) VREG_L6(600mA/2.75 to 3V) VREG_L7(150mA/2.75 to 3V) VREG_L8(300mA/2.6 to 3V) VREG_L9(300mA/2.6 to 3V) VREG_L10(600mA/2.6 to 3.3V) VREG_L11(150mA/2.6 to 3.3V) VREG_L12(150mA/1.2V,1.1 to 1.45V) VREG_L14(50mA/1.7 to 1.9V) VREG_L15(150mA/2.75 to 3.3V) VREG_L16(300mA/2.6 to 3V) VREG_L17(150mA/3 to 3.6V) VREG_L18(150mA/1.3V,1.0 to 1.5V) VREG_L21(150mA/1.7 to 2.1V) VREG_L22(150mA/1.7 to 2.85V) VREG_L23(150mA/1.7 to 1.9V)

1.2A LDO

VREG_L29(150mA/1.7 to 2.2V)

VOUT_LVS1(300mA, 1P8) VOUT_LVS3(100mA, 1P8) VOUT_LVS6(300mA, 1P8)

VOUT_LVS2(1.2V/300mA)

VOUT_LVS4(100mA, 1P8) VOUT_LVS5(100mA, 1P8) VOUT_LVS7(100mA, 1P8)

VOUT_5VS_HDMI

LED_DRV0_N/LED_ATC

VREG_L10 VREG_L11 VREG_L12 VREG_L14 VREG_L15 VREG_L16 VREG_L17 VREG_L18 VREG_L21 VREG_L22 VREG_L23 VREG_L24 VREG_L25 VREG_L26 VREG_L27 VREG_L28 VREG_L29

VREG_RF_CLK

NCP_CTC1 NCP_CTC2

VREG_NCP

VIN_LVS1_3_6

VOUT_LVS1 VOUT_LVS3 VOUT_LVS6

VIN_LVS2

VOUT_LVS2

VIN_LVS4_5_7

VOUT_LVS4 VOUT_LVS5 VOUT_LVS7

VOUT_5VS_OTG

KYPD_DRV_N LED_DRV2_N LED_DRV1_N

VIB_DRV_N

VREG_S1

VREG_S2

VREG_S3

VREG_S4

VREG_S5

VREG_S6

VREG_S7

VREG_S8 VREG_L1 VREG_L2 VREG_L3 VREG_L4 VREG_L5 VREG_L6 VREG_L7 VREG_L8 VREG_L9

VREG_XO

VIN_5VS

REF_BYP

4.7uC9011

NCP_FB

SMPS_S8_GND

A7 B7 B6 A13 B13 B14 A10 B10 B9 U13 V13 U14 A17 A18 B17 B16 U17 V17 V18 U16 U7 V7 U6 U10 V10 U11 D4 E4 G5 L5 H1 N1 M4 J1 M1 C1 L4 F5 M15 G4 L1 F1 E5 H4 B3 K4 A5 A4 P1 V5 R1 J4 J5 H5 U3 V3 T2 V2 T3 P4 R4 U4 M5 N5 N4 P6 P5 R5 F2 E1 E2 E15 J15 H15 G15 F15 D2

C9034 1u

C9035 1u

C9036 1u

VREG_S1_SW

VREG_S2_SW

VREG_S3_SW

VREG_S4_SW

VREG_S5_SW

VREG_S6_SW

C9037

C9038

C9039 C9040

4.7u

4.7u 4.7u

VBUS_HOST_PWR

KPD_LED_DRV_N

REV1.0

C9041

4.7u

L9002

2.2u

L9003

470n

L9004

2.2u L9005

L9006

C9042 1u

REV1.0

L9007 1u

4.7u

1u

L9008

2.2u

1uL9001

Place this point near MSM

PEAK I=1.4mA TDK, VLS2012ET- R47(Need to New Developement : rated current 2A)

Place this point near MSM

APC0_SENSE

APC1_SENSE

Place this point near MSM

C9026 22u

C9045

2.2u

C9046

1u

C90471uC9048

1u

C9049

1u

C9050

2.2u

C90431uC9044 1u

VREG_S4_1P8

VDD_QFPROM_BLOW VREG_LVS6_1P8

APQ_QFUSE

1.8V LCD VIO

VREG_S1_1P225 VREG_LVS2_1P2

VREG_LVS4_1P8 VREG_LVS5_1P8 VREG_LVS7_1P8

VREG_LVS7_1P8

1.2V CAM DVDD(MAIN)

SENSORs VIO CAM IOVDD(MAIN) APQ(VDDA_HDMI, PLL2)

5V_BOOST

Auto Trikle CHG Indicator

LOWER KEY LED

C9051

1u

C9027 22u

C9028 47u

VREG_L10_2P8

C9052

4.7u

C9053

1u

REV1.0

47u

C9054

2.2u

C9055

1u

C9030C9029 47u

C9056

4.7u

1.5mm(1.5A)

1.5mm(1.5A) 2mm(2A)

2mm(2A)

1.5mm(1.5A)

C9031 47u

C9057

1u

C9032

22u

C9058

1u

C9033

22u

C9059 1u

R9019 0

C9060 C9061

2.2u

VREG_S1_1P225

VREG_S2_1P3

VREG_S3_1P05

VREG_S4_1P8

VREG_S5_1P05

VREG_S6_1P05

VREG_S7_1P15

VREG_S8_1P1

2.2u

For VDD_L21,23,29/RTR8600 8605 VDD_RF2

VREG_L1_1P05 VREG_L2_1P2 VREG_L3_3P075 VREG_L4_1P8 VREG_L5_2P95 VREG_L6_2P95 VREG_L7_2P95 VREG_L8_1P8 VREG_L9_3P0 VREG_L10_2P8 VREG_L11_2P8 VREG_L12_1P2 VREG_L14_1P8 VREG_L15_3P3 VREG_L16_3P0 VREG_L17_2P8 VREG_L18_1P0 VREG_L21_1P8 VREG_L22_1P8 VREG_L23_1P8 VREG_L24_1P05 VREG_L25_1P225 VREG_L26_1P05

VREG_S3_1P05

VREG_L29_1P8

VREG_XO

VIN for LVS2_L24_L25

For WCN VDD, VDD_RF(RTR8600/05),VDD_A1

For MSM VDD_CORE

For Almost VIO_1P8

For VDD_KR0

For VDD_KR1

For VDD_L26,27,28

ISP VDD_CORE_1V1

APQ VDD_PXO APQ VDD_MIPI APQ VDDA_USB_3P3 APQ VDDA_USB_1P8/WCN_XO eMMC VCC SD_VDD APQ VDD_P2 ISP VDD_RAM_1V8 SENSOR_3V, SLIMPORT_3V

2.8V CAM AVDD

1.2V CAM DVDD(VT) Change port : to VOUT_LVS2(MAIN) HW_PMID

3.3V TOUCH VDD MOTOR

ISP_VDD_SYS_2.8V

1.0V SLIMPORT

13M VCM (LGIT:1.8V, Sony:2.8V)

1.8V TOUCH IO ISP VDD_CAM_1V8 APQ VDD_PLL1/VDD_MEM APQ VDD_P1/VDD_DDR_C2, WCD VDD_TXADC APQ VDD_QDSP6_APP

ISP VDD_HOST_1V8

in case of 13M 90 LGIT --> L17 1.8V in case of 13M 0 Sony --> L17 2.8V

I

H

G

F

E

D

C

B

A

LGE Internal Use Only

C9063 100n

GPIO_1/KYPD_SNS1

GPIO_2/KYPD_SNS2

GPIO_3/KYPD_SNS3

GPIO_4/KYPD_SNS4

GPIO_5/KYPD_SNS5

GPIO_6/KYPD_SNS6

GPIO_9/KYPD_DRV1

GPIO_10/KYPD_DRV2

GPIO_11/KYPD_DRV3

GPIO_12/KYPD_DRV4

GPIO_13/KYPD_DRV5

GPIO_14/KYPD_DRV6

GPIO_15/KYPD_DRV7

GPIO_16/KYPD_DRV8

GPIO_17/KYPD_DRV9

GPIO_18/KYPD_DRV10

GPIO_19/KYPD_DRV11

GPIO_20/KYPD_DRV12

GPIO_24/KYPD_DRV16/LPG_DRV1

GPIO_25/KYPD_DRV17/LPG_DRV2

GPIO_26/KYPD_DRV18/LPG_DRV3

GPIO_42

GPIO_43/MP3_CLK/SLEEP_CLK1/MP3_CLK1

GPIO_44/MP3_CLK/SLEEP_CLK2/MP3_CLK2

HSED_BIAS1

HSED_BIAS2

HSED_BIAS3

MPP_06/VREF_DAC

MPP_05/VREF_PADS

GND_CHG_DRV

GND_CHG

GND_CHG_HP1

GND_CHG_HP2

GND_DRV

GND_NCP

GND_REF

GND_XO

GND_XOADC

GND_XOBUF

GND1H9GND2

GND3

GND4J8GND5J9GND6

D5

F6

E6

G7

D6

G8

G9

E8

D9

D8

E9

D10

G10

E10

G11

G12

D11

E11

R6

P7

M7

P12

R13

N14

J12

K12

L12

F14

E14

T17

L11

R17

R18

D15

U2

C2

H8

T1

L8

H10

H11

J10

GND7

GND8K8GND9K9GND10

J11

K10

GND11

GND12L9GND13

K11

L10

GND14

V1

B

100n

C9064

GND_REF|GND

KEY_C1

KEY_C0

KEY_R1

KEY_R0

ISP_STBY

AMP_EN

ISP_HOST_INT

SLIMPORT_CBL_DET

SLIMPORT_AVDD33_EN

SLIMPORT_P_DWN_CTL

CHG_STAT

WLC_ACTIVE

LCD_RESET_N

LCD_BL_PM_EN

SLEEP_CLK_BCM

VREF_PADS

GND_REF

XO_ADC_GND

GND for XO_ADC

DRAWN BY

User Name

TITLE

SIZE

A2

SHEET

DWG NO

11

LG Electronics

Schematic1

PDM NUMBER

of

11

Date

Drawing Date

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

PM8821

K

J

I

J

I

H

G

F

+VPWR

C10000 22u

VREG_S4_1P8

C10003 100n

PM8921_XO_OUT_D1

SSBI_PMIC_FWD_CLK

SSBI_PM8821

PM8821_APC_SEC_IRQ_N

PM8921_PON_RESET_N

APQ_PS_HOLD

C10008

22u

+VPWR+VPWR

C10009 22u

C10011 100n

TP10000

C10012 100n

19

VPH_PWR

31

VDD_MSM_IO

3

VDD_S1_1

9

VDD_S1_2

15

VDD_DRV_S1

33

VDD_S2_1

39

VDD_S2_2

27

VDD_DRV_S2

18

MPP_1

24

MPP_2

30

MPP_3

29

MPP_4

38

SSBI_CLK

17

ALT_SSBI_CLK

32

SSBI

16

INT_N

21

PON_RST_N

2

PON

8

PS_HOLD

U10000

VSW_S1_1 VSW_S1_2

VREG_S1

VSW_S2_1 VSW_S2_2

VREG_S2

VDD_DIG

REF_BYP

GND_S1_1 GND_S1_2 GND_S1_3

GND_DRV_S1

GND_S2_1 GND_S2_2 GND_S2_3

GND_DRV_S2

GND1 GND2 GND3 GND4 GND5 GND6

GND_REF

4 10 14

34 40 26

20

13

6 5 11 12 35 41 42 36 1 22 23 25 28 37 7

C10010 100n

C10007 1u

SMPS_S1_GND

SMPS_S2_GND

L10000

1u

L10001

1u

REV1.0

C10005 47u 47u

C10006

H

VREG_KR_CORE2

APC2_SENSE

G

VREG_KR_CORE3

APC3_SENSE

F

E

D

E

D

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

12

PDM NUMBER

of

12

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

L

K

J

I

eMMC 32GB Toshiba

J

VREG_S4_1P8

REV1.0

I

H

G

F

E

D

SDC1_DATA_0 SDC1_DATA_1

SDC1_DATA_2 SDC1_DATA_3 SDC1_DATA_4 SDC1_DATA_5 SDC1_DATA_6 SDC1_DATA_7

SDC1_CLK

SDC1_CMD

VREG_S4_1P8

VREG_L5_2P95

QCT Reference

APQ_RESOUT_N

R11009

C11002

2.2u

C11005

2.2u

VREG_S4_1P8

TP11000

C11003C11004 100n

C11006 100n

R11010

10

100n

DNI

10K

R11008

C11000 DNI C11001 100n

NC3

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

PoP LPDDR2

16Gb 533MHz(38 nm, 4Gb X 4), SK HYNIX POP

U11001

1

Fiducial1

H

G

F

E

D

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

U11000

RFU1 RFU3

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

C

NC74

NC75

J14

K1

NC76

E10

RFU9

E12

NC45

E13

NC46

E14

NC47

F1

NC48

F2

NC49

F3

NC50

F10

RFU4

F12

NC52

F13

NC53

F14

NC54

G1

NC31

NC32

NC33

NC34

NC35

NC36

NC37

NC38

NC39

NC40

E3

E2

D13

D14

E1

J13

D3

D2

D1

C14

D12

NC55

G2

NC56

K2

NC77

K3

NC78

C

B

A

LGE Internal Use Only

DRAWN BY

User Name

TITLE

SIZE

A2

SHEET

DWG NO

13

LG Electronics

Schematic1

PDM NUMBER

of

13

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

J

I

MIC2_IN_P

MIC2_IN_N

EAR_MIC_N

MIC1_IN_P MIC1_IN_N

WCD9310

EAR_MIC

MIC2_BIAS

0 R12006

EAR_MIC_BIAS

R120020

REV1.0

R120040

LINE_OUT_P

LINE_OUT_N

HPH_L

HPH_R

REV1.0

R12019 DNI

RCV+

RCV-

MIC1_BIAS

R12016 DNI

C12009 0.1u C12010 DNI

REV1.0

L

Mono Class-D Amplifier - (Default)

21

DMIC_D0

27

DMIC_CK0

20

DMIC_D1

15

DMIC_CK1

37

DMIC_D2/TX_I2S_SD1

38

DMIC_CK2/TX_I2S_SD2

71

MIC_BIAS1

68

MIC_BIAS4

70

MIC_BIAS2

67

MIC_BIAS3

52

MIC_IN3_P

48

MIC_IN3_M

59

MIC_IN4_P

53

MIC_IN4_M

62

MBHC_IN

58

MIC_IN2_P

54

MIC_IN2_M

12

HPH_LP

18

HPH_REF

17

HPH_RM

65

MICB_CFILT2

60

MICB_CFILT1

57

DNIC12012

MICB_CFILT3

23

EARO_P

28

EARO_M

66

MIC_IN1_P

55

MIC_IN1_M

61

MIC_IN5_P

50

MIC_IN5_M

56

MIC_IN6_P

45

MIC_IN6_M

46

LINE_OUT1

40

LINE_OUT3

39

LINE_OUT2

34

LINE_OUT4

29

LINE_OUT5

13

GND2

U12000

SB_CK/RX_I2S_SD1

SB_DATA/RX_I2S_SD2

RX_I2S_WS

RX_I2S_SCK

TX_I2S_WS

TX_I2S_SCK

VDD_TXADC/LDOL_CAP

GND_CCOMP

MCLK

I2C_SCL I2C_SDA

INTR_OUT

VDD_DIG

MODE0

MODE1 VDDA_RX VDDA_TX

VDD_IO VDD_CP

RESET_N

LDOH_CAP VDD_VBAT

CP_VPOS CP_VNEG CP_C1_M CP_C1_P

CCOMP

GND1 GND3 GND4 GND5 GND6 GND7

GND_TX

42 11 5 4 10 16 22 9 31 43

26 41 14 19 30 64 33 3 25

47 63 8 6 7 1 51 35 2 24 32 36 44 49 69

C12013 1u

C12020 1u

SLIMBUS1_MCLK SLIMBUS1_CLK SLIMBUS1_DATA

U12001

B2

STAR Routing is needed

100nC12002

2.2uC12008

0.1uC12011

CODEC_MAD_INT_N

VREG_L25_1P225 VREG_L25_1P225

WCD_RESET_N

+VPWR

VREG_S4_1P8

I2C_COMMON_SCL

I2C_COMMON_SDA

SPK_P

SPK_N

C12004 33p

FB12000 1000

1000FB12001

C12005 33p

A1

PGND

A2

SCL

A3

SDA

B1

OUT+

EN

IN+

OUT-

PVDD

IN-

B3 C1 C2 C3

+VPWR

1u

C12003

DNI

R12000

AMP_EN

C12000

C12001

10n

LINE_OUT_P

10n

LINE_OUT_N

HPF Fc(cut-off Frequency)

9dB(75kohm), 4.7nF(4.2-5.2), Fc=408-505Hz

K

J

11dB(65kohm), 5.6nF(5-6.2), Fc=395-490Hz

2.2uC12014

2.2uC12019

C12015

2.2u

C12016

2.2u

C12017

2.2u

C12018

0.1u

18dB(35kohm), 10nF(9-11), Fc=413-505Hz 29dB(11.5kohm), 33nF(30-36), Fc=384-461Hz

I

H

G

RCV+

RCV-

Receiver WB

REV1.0

FB12003 60

60FB12004

CN12000

1

2

SPK_P

SPEAKER

FEED

ANT12000

FEED

ANT12001

MIC1_IN_P

MIC1_BIAS

MIC1_IN_N

FB12005

1800

FB12006

1800

MIC1

ZD12000 ZD12001

33pC12029

C12028 DNI

33pC12030

ZD12002

MIC12000

1

O

2

G1

3

G2

4

P

MIC2_IN_P

MIC2_BIAS

MIC2_IN_N

FB12010

1800

FB12011

1800

MIC2

ZD12008 ZD12009

33pC12034

C12033 DNI

C12035 33p

ZD12010

MIC12001

1

O

2

G1

3

G2

4

P

H

G

F

E

C12021 C12022 33p

33p

ZD12006

ZD12007

SPK_N

D12005

D12006

EJ DETECT

VREG_S4_1P8

+VPWR

REV1.0

1M

R12022

EAR_MIC_EN_35D

EAR_KEY_INT_35D

1M

R12023

2

3

MODE

SWD

VCCPGND

U12002

CAP RES

MIC

5 1

8

DNIR12021

EAR_MIC

F

E

D

C

HAPTIC_EN

LIN_MOTOR_PWM

SM100_OPTION_OCT

MOTOR DRIVER

(Q-Coin Motor)

9

R12010

10K

R12009

EN VDP PWM GND MODE VDD GAIN VDN

U12003

EXP2

10

EXP1

EXP3

11

81 72 63 54

1uC12026

MOTOR_VDP

VREG_L16_3P0

MOTOR_VDN

EAR_SENSE_N_35D

4

DET

9 6

DET_IN

7

R12020 0

C12036 220n

C12025 1u

EAR_MIC_BIAS

U12005

6 1 5 2 4 3

C12040 10u

SB1

VCCGND

AB0

R12008

1.2K

R12025 1K

C12041 100n

VREG_L10_2P8

EAR_MIC_N

EARJACK_SENSE

+VPWR

EAR_MIC_BIAS

3.5phi EARJACK

EARJACK_SENSE

HPH_L HPH_R

EAR_MIC

1nC12032

R12017 10K

C12031 1n

FB12009 1800

10KR12018

C12039 1n

1800FB12008

1800FB12007

D12000

D12001

D12002

D12004

VA12000

S/W_Detect SPK_L SPK_R GND MIC

D

J12000

C

B

A

10K

SM100_OPTION_OCT

R12011

DNI

C12027 10n

LGE Internal Use Only

MOTOR_VDN

MOTOR_VDP

MOTOR_VDN

L12003 22n

L12004 22n

VIB12000

1

2

DRAWN BY

User Name

TITLE

SIZE

A2

SHEET

DWG NO

14

LG Electronics

Schematic1

PDM NUMBER

of

14

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

J

I

Camera_Part

13M_MIPI_CAMERA(0µµ sony module)

VCM Power source

S_MIPI_CSI0_LANE1_P

S_MIPI_CSI0_LANE1_M

S_MIPI_CSI0_LANE0_M

S_MIPI_CSI0_CLK_M

S_MCLK

S_RST

FL13001

1 2

3 4

ICMEF104P101MFR

10 9

EAM62630501

S_MIPI_CSI0_CLK_P

in case of 13M 0 Sony --> L17 2.8V in case of 13M 90 LGIT --> L17 1.8V

R13014

10

ZD13000

C13029

DNI

8 7

6 5

EAM62570201

5

G1

D1

1 2 4

G2

FL13003

6

D3 D4D2

ZD13001

3

VREG_L21_1P8

CN13000

1 30 2 3 4

C13005

2.2u

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

C13009

100n

L

FLASH LED DRIVER

2.4M_VT_MIPI

EAM62630501

ICMEF104P101MFR

109

VT_AVDD_2P8

ZD13002

ZD13003

S_CAM_I2C_SDA

S_CAM_I2C_SCL

MIPI_CSI1_CLK_M

MIPI_CSI1_CLK_P

MIPI_CSI1_LANE0_M

MIPI_CSI1_LANE0_P

4 3

2 1

5 6

7 8

VREG_L12_1P2

VT_IOVDD_1P8

CN13001

FL13000

R13015

VREG_LVS2_1P2

VREG_LVS5_1P8

EAM62630501

ICMEF104P101MFR

VREG_L11_2P8

C13006

2.2u

C13007

1u

C13008

4.7u

109

4 3

2 1

5 6

7 8

FL13002

S_MIPI_CSI0_LANE3_PS_MIPI_CSI0_LANE0_P

S_MIPI_CSI0_LANE3_M

S_MIPI_CSI0_LANE2_P

S_MIPI_CSI0_LANE2_M

VTCAM_MCLK

10

C13030

DNI

ZD13014

1 20 2 19 3 18 4 17 5 16 6 15 7 14 8 13 9 12

10 11

ZD13005ZD13006

ZD13007

C13002

2.2u 2.2u

C13003 C13004

2.2u

CAM_I2C_SDA CAM_I2C_SCL

VTCAM_RST_N

ISP_FLASH_CNTL_EN

ISP_FLASH_I2C_SCL

ISP_FLASH_I2C_SDA

ISP_FLASH_STROBE_EN

PA_MMPA_GSMLB PA_MMPA_GSMHB

10uC13000

+VPWR

Routing line must be thick enough to support 1.2A!!

1uL13000

A3

B3

C4 A2

D4

HWEN

D3

SCL

D2

SDA

C3

STROBE

C2

TX1/TORCH/GPIO1

D1

TX2/INT/GPIO2

U13000

LM3559TLX

EAN61850201

SW1

GND1

SW2

LEDI/NTC

GND2

OUT1IN OUT2

LED1 LED2

B2

A1 B1

C1

ZD13004

10uC13001

LD13000

1

2

K

J

I

H

G

LCD_Part

5.5"LCD BACKLIGHT LED Boost

VT_PWR_EN

100K

R13017

+VPWR

C13026

1u

C13028

1u

U13003

BU28TD4WNVX

4 1 3 2

U13005

TLV70718

4 1 3 2

EUSY0407101

VOUTVIN

GNDSTBY

PGND

5

EAN62496301

VOUTVDD

GNDCE

PGND

5

A4

B4

VT_AVDD_2P8

R13006

10K

H

C13023

1u

ESD PROTECTION

C13025

1u

VT_IOVDD_1P8

C13031 DNI

DNIC13032 C13033 DNI DNIC13034

G

F

E

D

LCD_BL_PM_EN

+VPWR

D13008

D1

D3 D2

C13015 1u

LED_C1 LED_C2

C13016 100p

I2C_COMMON_SDA I2C_COMMON_SCL

LCD_PWM

100K

R13012

C13017 10u

A1

SDA

A2

SCL

B2

INTN ILED2

B1

HWEN PWM

C2 B3

SEL=Vin : Slave address 0x38 SEL=Gnd : Slave address 0x36

L13003

10u

C3C1A3

IN

U13002

LM3630

SW

OVP

ILED1

GNDSEL

5.5" Touch Connector

LED_A

MIPI_DSI0_LANE1_P

MIPI_DSI0_LANE1_M MIPI_DSI0_LANE0_P

MIPI_DSI0_LANE0_M

VREG_LVS6_1P8

EAM62630501

ICMEF104P101MFR

4 3

2 1

1u

C13012

109

F

5.5" LCD CONNECTOR

FL13006

6

G2

D4 D2

3

D3

G1

CN13002

30 1

LED_C1 LED_C2

LCD_PWM

LCD_VSYNC

LCD_RESET_N

5 6

7 8

LCD_ID

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

LED_A

DDVDH_+5.0V DDVDL_-5.0V

EAM62570201

5

FL13004

1 2

3 4

D1

24 1

8 7

6 5

MIPI_DSI0_LANE2_P

MIPI_DSI0_LANE2_M

MIPI_DSI0_CLK_P

MIPI_DSI0_CLK_M

MIPI_DSI0_LANE3_P

MIPI_DSI0_LANE3_M

+VPWR

DSV_EN

REV1.0

C13010 10u

R13007

10K

C13014 1u

DSV

L13001

4.7u

12

VINA VOUT_P

7

EN

4

FD

6

VREF

VINP

U13001

AGND

5

PGND3

13

PGND2

8

1

SW_P

VOUT_N

PGND1

2

SW_N

311

9

10

4.7u

E

DDVDH_+5.0V

REV1.0

C13011 10u

D

DDVDL_-5.0V

REV1.0

C13013 10u

L13002

C

B

TOUCH_I2C_SCL

TOUCH_I2C_SDA

TOUCH_INT_N

ZD13009

ZD13010

10K

R13013

ZD13011

CN13003

2

10 9

ICMEF104P101MFR

EAM62630501

VREG_L15_3P3

FL13005

ZD13015

ZD13017

C

VREG_L22_1P8

101

9

TOUCH_RESET

ZD13016

ZD13018

B

83

74

65

TOUCH_ID

ZD13019

C13019

1u

C13020 100n

ZD13012 ZD13013

LG Electronics

A

LGE Internal Use Only

16 15 14 13 12 11 10 9

8

TITLE

Schematic1

DRAWN BY

SIZE

User Name

A2

SHEET

DWG NO

of

15 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

Battery Connector

& Charging Circuit

Q14000

KEY_C0 KEY_R0 KEY_C1

VOLUME KEY

FL14001

INOUT_A1 INOUT_B1 INOUT_A2 INOUT_B2 INOUT_A3 INOUT_B3 INOUT_A4 INOUT_B4

G1

5

15pF

91 82 73 64

G2

10

CN14001

1 2 3

UP DOWN

KEY_C0 KEY_R1

HOT KEY

R14012 100

L14000 100n

100R14013

L14001

100n

D14000

L

K

2 1

CN14002

D14009

J

I

BATT_FET_N

7

D5

D1 D4

D2 D3

G S1S2

8

61

52

J

FL14000

43

IN OUT

G1 G2

1uF

21

43

C14002

100u

C14003 33p

VBAT

+VPWR

LOWER KEY LED

RGB LED DRIVER

I

C14024 33p

+VPWR

C14013 470n 470nC14014

H

Have to check pin map

Battery Connector GND

RESENSE_P

D14001

CN14000

G1

1 2 3 4

G2

ZD14001

Main GND Line.

ZD14000

Line Width must be over the 2mm.

C14004

2.2u

2/17

C14005

4.7n

C14006 DNI

R14004

16K R14005

120

C14029 22u

will change to 105K

R14003

105K

REV1.0

R14006

4.7K

VREF_BAT_THM

100p

C14007 100p

C14008

BATT_THERM BATT_ID

BATT_ID_PULLUP

COMPASS

KPD_LED_DRV_N

C14010 33p

ZD14003

REV1.0

2

4

3

1

51

R14008

LD14001

2

4

3

1

51

R14009

LD14002

+VPWR

I2C_COMMON_SCL I2C_COMMON_SDA

RGB_LED_EN

C14012 1u

C4

D1 E1 E2 D3

E3

E4

C2 B2

B4

VDD

CFLY1P

SCL SDA EN CLK_32K INT TRIG

ADDR_SEL0 ADDR_SEL1

B3

CFLY1N

U14001

GND1

GND2

D4

C3

A3

A4

CFLY2P

CFLY2N

VOUT

GPO

C14011 1u

A2

C1

R

B1

G

A1

B

D2

RED_LED_HOME GREEN_LED_HOME BLUE_LED_HOME

H

G

F

10m

R14007

Current Sensing

RESENSE_M

RESENSE_M|GND

Only if both the charger and BMS on PM8921 are not used, , then the BMS pins need to be shorted to ground. ( R6563/R6564 )

VREG_LVS4_1P8

VREG_L9_3P0

REV1.0

10K

R14014

VREG_LVS4_1P8

C14026 100n

C4

D1

D4

VID

CAD0

CAD1 RSV

RSTN

C3

TRG

U14008

C2

TST1

C1

VSS

SO

VDD

B4

B3D2

B1

VREG_L9_3P0

HALLIC_INT

HALL IC

VREG_S4_1P8

U14006

OUT VDD GND NC

PGND

5

41 32

C14023 100n

G

F

E

D

Fuel Gauge

SCL/SK

SDA/SI

A4

I2C_SENSOR_SDA

100nC14027

C14028 100n

DRDY

CSB

A2

A1

COMPASS_INT

A3

I2C_SENSOR_SCL

GYRO SENSOR

E

Proximity/

D

Ambient sensor

C

B

RESENSE_P

CLOSE TO CNxxx, PIN#1

C14000 100n

A3

VDD

U14000

A2 B1 A4

GND

CTG

QSTRT

ALRT

SDACELL

SCL

A1 B3 B4

B2

VBATVBAT

R14000

330K

C14001

1u

VREG_S4_1P8

REV1.0

4.7K

R14001

I2C_COMMON_SDA I2C_COMMON_SCL

FUEL_GAUGE_INT_N

VREG_LVS4_1P8

C14015 10n

C14016 100n

GYRO_INT

VREG_L9_3P0

7 8

9 10 11 12

AUX_CL VLOGIC AD0 REGOUT FSYNC INT

6

NC4

AUX_DA

NC5

VDD

13

4

5

NC3

U14002

NC6

15

14

3

NC2

NC7

16

1

2

NC1

CLKIN

CLKOUT

RESV2

CPOUT

RESV1

NC817GND

18

SDA

SCL

24 23 22 21 20 19

I2C_SENSOR_SDA I2C_SENSOR_SCL

C14017

2.2n

I2C_SENSOR_SDA

PROX_AMBIENT_INT_N

VREG_S4_1P8

REV1.0

4.7K

R14011

D14007

D14006

U14003

SDA VDD

INT SCL

3

LDR

LEDK LEDA

GND

NC

VREG_L9_3P0

C

81

72

6

54

9

C14018

2.2u

D14008

I2C_SENSOR_SCL

B

A

LGE Internal Use Only

R14002

DNI

C14020 100n

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

SLIMPORT

VREG_S4_1P8

120FB16001

VREG_L18_1P0

120FB16002

VREG_L18_1P0

120FB16003

VREG_S4_1P8

20K

R16021

+VPWR

L

K

U16000

J

I

AVDD33

120FB16004

1u

C16011

100n

C16012

1uC16007

FB16000 120

C16008 100n

E5

C3

B4

C16009 1u

100n

C16010

D3

D4

C6

E4

C16001 2.2u

C5

100n

C16002

2.2uC16003

A7

100n

C16004

C16005 2.2u

100n

C16006

SLIMPORT_AVDD33_EN

D16000

27MHZ

X160001ZCB27000AA0A

C16014 18p

2 1 3 4

R16002

C16013 18p

C16000 100n

VBUS_USB_IN

4 3

VOUTVDD

GNDCE

PGND

5

1 2

AVDD33

J

I

H

HDMI_CEC HDMI_DDC_CLK HDMI_DDC_DATA

VREG_S4_1P8

REV1.0

R16005 4.7K

R16006 4.7K

TMDS_TCLK_M TMDS_TCLK_P TMDS_TX0_M TMDS_TX0_P TMDS_TX1_M TMDS_TX1_P TMDS_TX2_M TMDS_TX2_P

R16007 27K

HDMI_HOT_PLUG_DETECT

APQ_USB_DP

APQ_USB_DM

USB_ID

R16009

100K

F1

HDMI_CLKN

G1

HDMI_CLKP

G2

HDMI_D0N

G3

HDMI_D0P

G4

HDMI_D1N

G5

HDMI_D1P

G6

HDMI_D2N

G7

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

HDMI_VT

AVDD33_IN2

AVDD18

DVDD18_1

DVDD18_2

U16001

AVDD10

DVDD10_1

DVDD10_2

VDD33_OUT

XTAL_OUT

XTAL_IN

R_BIAS

CHG_PMP_PU

RESISTOR

RSVL

TX0P TX0N

C_WIRE/AUXP

AUXN

DP_HPD_IN

B1 C1

C2

D1

A1

F2

A5 A6

A3 A4

D6

12KR16003

From USB Jack

R16010

665K

1M

USB_DP USB_DN

CBUS_ID

VREG_S4_1P8

665K

R16004

619K

R16008

VREG_S4_1P8

H

C16015 10p

G

F

SLIMPORT_CBL_DET

1: plugged in 0: other cable

SLIMPORT_RESET_N I2C_COMMON_SCL

I2C_COMMON_SDA

B2

TP16000TP16001

C7

E7 F7

TP16002

CABLE_DET

RESETN

CSCL CSDA

DVSS_2

DVSS_1

C4

D5

DVSS_3

E3

AVSS_2

AVSS_3

B3

F3

AVSS_1

F4

INTP

CHIP_PD_HV

AVDD33_IN1

D7

D2

B7

AVDD33

SLIMPORT_INT_N SLIMPORT_P_DWN_CTL

G

1: power down anx7808 0: power on anx7808

F

E

D

C

PM_USB_ID_HOST

USB_ID_Check

+VPWR

U16002

9

10

2A1AS2

2B1

1

TP16004

REV1.0

VCC

2

1B1

C16017

0.1u

REV1.0

R16023

USB_ID

DNI

APQ8064_BC15_USB1_HS_ID

2B0

GND

S1

1B0

57483

REV1.0

USB_ID_SEL

USB_ID_DEVICE

6

TP16005

OTG

5V ( USB HOST)

+VPWR

1.0mm

C16016

4.7u

5V_BOOST_EN

L16000

B3

1u

VIN

EN

B2

B1C1

U16003

GND1 SW1

C2A3C3

SW2

GND2

VOUT1 VOUT2

GND3

A1 A2

1.0mm

C16018 22u

5V_BOOST

OTG PROTECTION IC

TP16003

1.0mm

75K

R16022

A1 B1

D1

B2

C1

VOTG_IN1 VOTG_IN2

ADJ FLT

EN

C2

U16004

GND

D3

D+

A2

D2

DET

D-

VBUS1

VBUS2

ID

C3

A3

B3

1.0mm

VBUS_USB_INVBUS_HOST_PWR

E

D

C

B

A

LGE Internal Use Only

REV1.0

DRAWN BY

User Name

TITLE

SIZE

A2

SHEET

Schematic1

DWG NO

of

18 18

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

SUB CONNECTOR

(USIM, SD CARD, SENSOR, WLC, NFC)

LOWER CONNECTOR

J

I

2mm

VBUS_USB_IN

QCT's Recommend

KEY_C1 KEY_R1

R17000

47K

C17000

1u

C17001

22p

REV1.0

D17011

D17010

D17000

(USB,HOME KEY, LED)

CN17001

141

132

123

114

105

96

USB_DN

87

USB_DP

ZD17007

CBUS_ID

ZD17004

J

CN17000

VCHG

BLUE_LED_HOME

RED_LED_HOME

GREEN_LED_HOME

ZD17006ZD17005

VREG_MODEM_L6_2P85

UIM1_DETECT

VREG_S4_1P8

REV1.0

UIM1_DATA

UIM1_RST

UIM1_CLK

441

432

423

414

405

396

NFC_FEED_2

NFC_FEED_1

+3V0_USIM_NFC

VBUS_USB_IN

I

387

378

369

3510

3411

3312

SD_DETECT

SDC3_CMD

SDC3_DATA0

SDC3_DATA1

SDC3_DATA2

SDC3_DATA3

H

G

VBUS_USB_IN

D17001

1

VBUS1

2

VBUS2

3

VBUS3 D+ NC1

5

D-

GND

NC4 NC3 NC2

3213

REV1.0

3114

3015

2916

NFC_SWP

11 10 9 8 74 6

ID

EXT_SW_CTL

REV1.0

VREG_L7_2P95

VREG_L6_2P95

2817

2718

2619

2520

2421

2322

SDC3_CLK

COMPASS_INT

WC_TRACK

OVP_CTL

OVP_SNS

CHG_STAT

WLC_ACTIVE

WLC_TS_CTRL

H

G

F

E

F

E

D

C

3 rd MIC CONNECTOR

REV1.0

POWER KEY FPCB CONTACT

FEED

ANT17001

PHONE_ON_N

R17001

100

FEED

ANT17000

D17007

D

C

B

A

LGE Internal Use Only

DRAWN BY

User Name

TITLE

SIZE

A2

SHEET

DWG NO

LG Electronics

Schematic1

PDM NUMBER

of

1919

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

13M CAMERA ISP (Renesas)

Core

VREG_S8_1P1

HOST CAM SYS

VREG_L29_1P8

VREG_L23_1P8

VREG_L17_2P8

RAM

VREG_L8_1P8

VREG_L17_2P8

SYS

L

K

J

I

H

G

F

S_RST

ISP_FLASH_I2C_SDA

ISP_FLASH_I2C_SCL

47K

R18010

VREG_L17_2P8

1.5KR18015

R18014 1.5K

ISP_FLASH_STROBE_EN

S_CAM_I2C_SDA S_CAM_I2C_SCL

ISP_FLASH_CNTL_EN

CAM

VREG_L23_1P8

S_MCLK

R18011 1.5K

R18012 1.5K

SYS

VREG_L17_2P8

47KR18006

CAM

VREG_L23_1P8

H5

K5

VDD_PLL0

VDD_PLL1

L2

GPIO_61/INT0

L1

GPIO_60/TMC0_CP

K14

GPIO_34/INT1

L14

GPIO_33/SPI1_CEZ

M14

GPIO_32/SPI1_MISO

N14

GPIO_31/SPI1_CLK

P14

GPIO_30/SPI1_MOSI

H12

GPIO_27/ZM2B

H11

GPIO_26

M13

GPIO_25

R13

GPIO_24

N13

GPIO_23/IIC2_DATA0

P13

GPIO_22/IIC2_CLK0

K12

GPIO_21/TMC3_CP

L12

GPIO_20/TMC2_CP

M12

GPIO_17/TMC1_CP

N12

GPIO_16/TMC0_CP

P12

GPIO_15/IRIS1

R12

GPIO_14/IRIS0

T12

GPIO_13/SHUTTER1

L11

GPIO_12/SHUTTER0

M11

GPIO_11/STROBE

N11

GPIO_10

M3

GPIO_04

M2

GPIO_03

N2

SDIO/GPIO_02

N1

SCLK/GPIO_01

M1

GPIO_00

F2

FROM_WPZ

E3

FROM_CEZ

D2

SPI0_CEZ

E1

SPI0_MISO

F1

SPI0_CLK

D1

SPI0_MOSI

P2

IIC1_DATA0/GPIO_02

R2

IIC1_CLK0/GPIO_01

P1

CLO

N3

SLD/TIM6

R3

MIRX_STBY

E6

E7

E8

E9

VDD_CORE1

VDD_CORE2

VDD_CORE3

F5

F10

G5

G10

VDD_CORE4

VDD_CORE5

VDD_CORE6

VDD_CORE7

J5

K10

L5

L10

VDD_CORE8

VDD_CORE9

VDD_CORE10

VDD_CORE11

M6

M7

M8

M9

VDD_CORE12

VDD_CORE13

VDD_CORE14

VDD_CORE15

VDD_CORE16

D10

D11

D12

E10

VDD_HOST1

VDD_HOST4

VDD_HOST6

G1

G2

G3

K2

L3

VDD_CAM1

VDD_HOST2

VDD_HOST5

VDD_HOST7

VDD_HOST3

VDD_CAM2

U18000

P5

P7

C9

VDD_MIRX1

VDD_MIRX2

C10

R11

T11

VDD_MITX1

VDD_SYS1

VDD_MITX2

K1

VDD33AF

VDD_SYS2

B2

C1

C2

VDD_RAM1

VDD_RAM4

C3

C4

N4

VDD_RAM6

VDD_RAM8

VDD_RAM2

VDD_RAM5

P3

P4

P11

VDD_RAM3

VDD_RAM7

VDD_RAM9

D5

E5

P8

VDD_SD1_1

VDD_SD1_2

VDD_SD1_3

SPI0_TXEN/GPIO_65

YCC_DATA11/GPIO_57 YCC_DATA10/GPIO_56

YCC_DATA9/GPIO_55 YCC_DATA8/GPIO_54

YCC_DATA3/GPIO_53 YCC_DATA2/GPIO_52 YCC_DATA1/GPIO_51 YCC_DATA0/GPIO_50

P9

C11

C12

M10

N10

P10

VDD_SD1_4

VDD_SD2_1

VDD_SD2_2

VDD_SD2_3

VDD_SD2_4

VDD_SD2_5

C_TRSTZ

C_TCK C_TDI C_TDO C_TMS

C_RTCLKO

C_DEBUGEN

TEST_SEL

TRSTZ

SYS_STBY

HOST_STBY

CLKIN

RESETZ

YCC_HD/GPIO_64 YCC_VD/GPIO_63

YCC_CLK/GPIO_62

YCC_DATA15 YCC_DATA14 YCC_DATA13 YCC_DATA12

YCC_DATA7 YCC_DATA6 YCC_DATA5 YCC_DATA4

IIC0_CLK0

IIC0_DATA0

GPIO_70 GPIO_71 GPIO_72 GPIO_73 GPIO_74 GPIO_75

VPRG

F11 L13 G12 F12 E12 K13 G11 E11 D9 H2

K11 H3 H1 F3

E2

C14 C13 B13

H14 H13 G14 G13 F14 F13 E14 E13 D14 D13 A12 B12 A11 B11 A10 B10

D4 D3

D6 C6 D7 C7 D8 C8

R18005 47K

HOST

VREG_L29_1P8

47KR18001

47KR18000

47KR18002

J

I

H

ISP_STBY

ISP_MCLK

ISP_RST

G

47KR18003

R18004 47K

F

CAM_I2C_SCL

CAM_I2C_SDA

CAM

VREG_L23_1P8

ISP_HOST_INT

E

D

S_MIPI_CSI0_CLK_P

S_MIPI_CSI0_CLK_M S_MIPI_CSI0_LANE0_P S_MIPI_CSI0_LANE0_M S_MIPI_CSI0_LANE1_P S_MIPI_CSI0_LANE1_M S_MIPI_CSI0_LANE2_P S_MIPI_CSI0_LANE2_M S_MIPI_CSI0_LANE3_P S_MIPI_CSI0_LANE3_M

T7

R7 T10 R10

T9

R9

T5

R5

T4

R4

T3

C18000 1u

MIRX_CLOCKP/CCP2_CLK0P MIRX_CLOCKN/CCP2_CLK0N MIRX_DATA1P/CCP2_DATA0P MIRX_DATA1N/CCP2_DATA0N MIRX_DATA2P MIRX_DATA2N MIRX_DATA3P/CCP2_CLK1P MIRX_DATA3N/CCP2_CLK1N MIRX_DATA4P/CCP2_DATA1P MIRX_DATA4N/CCP2_DATA1N

MIRX_DECUP

PLL0_GND

PLL1_GND

H4

GND1A1GND2A2GND3A5GND4

K4

A13

GND5

A14

GND6B1GND7B5GND8

GND9C5GND10E4GND11F4GND12G4GND13G7GND14G8GND15H7GND16H8GND17

B14

GND18J1GND19J2GND20J3GND21J4GND22J7GND23J8GND24

H10

J10

GND25

J11

J12

GND26

GND27

J13

J14

GND28

GND29K3GND30K7GND31K8GND32L4GND33M4GND34M5GND35N5GND36N6GND37N7GND38N8GND39N9GND40P6GND41R1GND42R6GND43R8GND44

R14

GND45T1GND46T2GND47T6GND48T8GND49

T13

GND50

T14

MITX_STBY

MITX_CLOCKP MITX_CLOCKN MITX_DATA1P MITX_DATA1N MITX_DATA2P MITX_DATA2N MITX_DATA3P MITX_DATA3N MITX_DATA4P MITX_DATA4N

MITX_DECUP

B9

A6 B6 A8 B8 A7 B7 A4 B4 A3 B3

A9

E

MIPI_CSI0_CLK_P MIPI_CSI0_CLK_M MIPI_CSI0_LANE0_P MIPI_CSI0_LANE0_M MIPI_CSI0_LANE1_P MIPI_CSI0_LANE1_M MIPI_CSI0_LANE2_P MIPI_CSI0_LANE2_M MIPI_CSI0_LANE3_P MIPI_CSI0_LANE3_M

D

C18001 1u

C

B

Core

VREG_S8_1P1

100n

10uC18002

C18004

C18003

100n

C18005

100n

C18006

100n

C18007

HOST

VREG_L29_1P8

0.1u

C18028

C18027 2.2u

C18029

0.1u

C18030

RAM

C18010 2.2u

100n

C18011

100n

C18012

100n

C18013

C18014

100n

C18015

100n

C18016

C

CAM

VREG_L23_1P8VREG_L8_1P8

100n

2.2uC18023

100n

VREG_L17_2P8

SYS

100n

B

C18024

C18025

C18026

C18020 2.2u

C18021

C18022

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

21

PDM NUMBER

of

19

Date

20120823

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

IRRC MICOM/LED

VDD_IRRC_3P0

REV1.0

R26000

24 C26000 22u

X26000

CSTCE8M00G55

INOUT

C26001 100n

R26001

100K

7.5

R26002

C26002 100n

NFC

NFC_RX

L

K

NFC_TX2 NFC_TX1 PF2 PF1

NFC_VMID

J

I

H

R26004

10K

GND

8MHz

2 3 4 5 6

IRRC_3P0_UART_TXD

19

20

21

22

23

24

25

NC

XIN

VSS

VDD

P2.0/INT5 XOUT P1.7 TEST SDAT/P0.0/INT0 SCLK/P0.1/INT1 NRESET/P0.2/INT2 P0.3/INT3

U26000

P0.4/INT4

8

7

P0.5/INT4

P0.6/INT4

9

10

R26005 0

P0.7/INT4

P1.0

11

12

P3.1/REM/T0CK

P1.6 P1.5 P1.4 P1.3 P1.2

P3.0/T0PWM/T0CAP/T1CAP/T2CAP

P1.1

181 17 16 15 14 13

R26003

1K

IRRC_3P0_UART_RXD

E

2

1

B

Q26000

3

C

J

G1

G2

G3

G4

G5

G6

G7

G8

H1

H2

H3

H4

H5

H6

H7

H8

TX2

LD26000

ZD26000

VREG_S4_1P8

NFC_VEN

NFC_VPWR

1

2

VREG_S4_1P8

VREG_MODEM_L6_2P85

NFC_MODE

Q26001

G

S

R26006

3

D

+3V0_USIM_NFC

1M

NFC_IRQ

0603

A1 A2 A3 A4 A5 A6 A7 A8

B1 B2 B3 B4 B5 B6 B7 B8

GPIO7 IFSEL0 IRQ PVDD DVDD TEST1 RFU1 PMUVCC

GPIO4 GPIO5 GPIO6 IF1 PVSS TEST2 VEN SIMVCC

TVSS2

TX1

TVSS1RXAVSS2

RFU3

TEST6

TVDD

PMU_GND

U26001

ANT2

ANT1

VMID

TEST9

TEST8

AVDD_in

TVDD_OUT

AVDD_OUT

VBAT2

VSS IFSEL2 IFSEL1

TEST7

XTAL2

VEN_MON

SIGIN

RFU2

TEST5

IF0

GPIO0 AVSS1 XTAL1

F8 F7 F6 F5 F4 F3 F2 F1

E8 E7 E6 E5 E4 E3 E2 E1

0603

NFC_VPWR

VREG_S4_1P8

X26001 XRCGB27M120F3M10R0

1

4

IN/OUT1

FLOAT2

FLOAT1

IN/OUT2

C26003 10p

27.12MHZ

I

2

3

C26004 10p

H

G

RC MICOM LDO

VDD_IRRC_3P0

+VPWR

U26002

41 32

IRRC_EN

C26015 1u

C26016

VOUT VDD GND CE

PGND

1u

5

1u

C26005

100n

C26006

C26007

1M

C26008 470n

R26007

VREG_S4_1P8

C26009

10u

VDHF

C1

GPIO3

C3

C2

GPIO2

IF2

C5

C4

TEST3

TEST10

C7

C6

SWIO

SVDD

C8

VCO_VDD

D1

1uC26010

DVSS

D3

D2

C26011 1n

GPIO1

IF3

D5

D4

TEST4

EXT_SW_CTRL

SIGOUT

VBAT

D8

D7

D6

C26012 1u

1u

C26013

1uC26014

NFC_VPWR

NFC_SWP

EXT_SW_CTL

NFC_VPWR

I2C_COMMON_SDA I2C_COMMON_SCL

R26008

+VPWR

0

G

F

E

IRRC LEVEL_SHIFTER

F

E

R26009

NFC_VMID

1.8K

C26017

0.1u

D

C

VREG_S4_1P8

C26027 1u

VDD_IRRC_3P0

C26028 1u

NFC_RX

NFC_TX1

NFC_TX2

330n

1n

R2610

C26021 220p

C26024 220p

3.3K C26020 47p

C26018

L26000

L26001

Closed to PN544

C26022

C26025

C26029 47p

39p

PF1

0R26011

C26023 DNI

C26026 DNI

R26012 0

C26019 47p

C26030 47p

D

NFC_FEED_1

NFC_FEED_2

C

B

IRRC_1P8_UART_TXD

IRRC_1P8_UART_RXD

VCCA VCCB

IC26000

A1 B1

A2 B2

GND OE

81

72

PF2

IRRC_3P0_UART_TXD

63

IRRC_3P0_UART_RXD

54

IRRC_EN

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

20

PDM NUMBER

of

19

Date

Drawing Date

7 6 5 4 3 2 1

A

REV

Rev

LG F240L Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual