Page 1
MOBILE PHONE
SERVICE MANUAL
CAUTION
BEFORE SERVICING THE UNIT, READ THE “SAFETY PRECAUTIONS” IN THIS MANUAL
MODEL : LG-X155
Internal Use Only
Date: Nov. 2015 / Issue 1.0
Page 2
Table Of Contents
2
1. INTRODUCTION................. 3
1.1 Purpose
1.2 Regulatory Information
2. PERFORMANCE................... 3
2.1 Band Specification
2.2 HW Features
2.3 RSSI Display
2.4 Current consumption
2.5 Battery bar
2.6 SW Specification
3. TROUBLE SHOOTING.............4
3.1 Checking XO Block
3.2 Checking Transceiver DC Power Supply Circuit Block
3.3 FEM (Front-End Module) Block
3.4 GSM RF PART
3.5 WCDMA RF Part
3.6 Connectivity PART
3.7 Power
3.8 charger
3.9 Checking Audio Block
3.10 Checking LCD Block
3.11 Checking Touch Block
3.12 Checking sensor Block
3.13 Checking USB Block
3.14 Checking camera Block
6. BGA PIN MAP.................... 79
7. PCB LAYOUT…................... 80
8. HIDDEN MENU.................... 88
9. DOWNLOAD…..................... 91
10. CALIBRATION................... 92
11. DISASSEMBLE GUIDE.............. 93
12. EXPLODED VIEW.................. 95
13. REPLACEMENT PART LIST.......... 96
4. BLOCK DIAGRAM…............ 69
5. CIRCUIT DIAGRAM........... 78
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 3
1. INTRODUCTION
3
1.1 Purpose
This manual provides the information necessary to repair, calibration, description and download the features of this model.
1.2 Regulatory Information
A. Security
This material is prohibited to share and release to unauthorized person, in accordance with the regulations, LG Electronics, Civil / criminal
responsibility in accordance with the relevant provisions violate.
B. Precautions for repair
• In case of Disassembly or Assembly to repair product, be careful of a product failure caused by RF signals and Static electricity.
• When using Magnetic tool for the Phone's SVC repair, you should check affect the Electric parts according to effect of Magnet.
• When fastening the screw, be careful not to damage the head of screw and even product.
C. Attention
Boards, which contain Electrostatic Sensitive Device (ESD), are indicated by the sign.
Following information is ESD handling:
• Service personal should ground themselves by using a wrist, strap when exchange system board.
• When repair are made to a system board, they should spread the floor with anti-static mat which is also grounded.
• Use a suitable, grounded soldering iron.
• Keep sensitive parts in these protective packages until these are used.
• When returning system board or parts like EEPROM to the Factory, use the protective package as described.
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 4
2.1 Band Specification
4
Support Band TX Freq (MHz) RX Freq (MHz)
WCDMA(FDD1) 1920 – 1980 2110 – 2170
WCDMA(FDD8) 880 – 915 925 – 960
EGSM 880 – 915 925 – 960
GSM850 824 – 849 869 – 894
DCS1800 1710 – 1785 1805 – 1880
PCS1900 1850 – 1910 1930 – 1990
2. PERFORMANCE
LGE Internal Use Only
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Page 5
2.2 HW Features
5
List Type / Spec.
1. Phone Type BAR Type
2. Size 140.8x71.6.x9.6mm
3. Weight 157.5g(with battery)
4. Battery 2540mAh (Li-Ion)
5.Chipset MT6582V/W
6. Memory 8GB eMMc+1GB LPDDR3, External Memory(SD Card) : Up to 32GB
7. LCD Size 5.0 inch
2. PERFORMANCE
Dot 480RGB X 854
Color 16.7M colors
Display Type TFT/TRANSMISSIVE
NTSC Typ 50%
Contrast Ratio Typ. 350:1
Pixel Pitch 0.1293(W) *0.1293(L)
8. Main Camera (5M) Type CMOS, Samsung LSI S5K5E2YA03-FGX2 5M sensor
LGE Internal Use Only
Color temperature 6000 ~ 8000(K) ( typ. 7000K)
Resolution 2,560 x 1,920 pixels.
Frame Rate Capture – 4:3 30fps
FHD Video – 16:9 60fps
View Angle 64.8(D), 53.9(H), 41.7(V)
Image Scaling Down VGA(640*480)
Pixel x size 1.12um x 1.12um
Format 1/5” optical format, MIPI RAW10 output format
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Page 6
2.2 HW Features
6
2. PERFORMANCE
10. Audio
11. Bluetooth Standard Bluetooth 4.0
12. WLAN Standard IEEE 802.11 b/g/n
13. GPS type A-GPS
14. FM type FM Radio, 3.5pi Ear-jack
Receiver 15 X 06 X 2.2T Receiver
Speaker 18 X 10 X 3.1T Speaker
Format MP3, AAC, MIDI, EAAC+, OGG, AMR
Effective Distance 10M
Distance 0 m ~ 10 m (depend on environment)
Throughput Max 40Mbps (SDIO Driver performance)
Depend on environment 0 ~ 50m (depend on environment)
LGE Internal Use Only
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rved. Only training and service purposes
Page 7
2.3 RSSI Display
7
2. PERFORMANCE
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right rese
rved. Only training and service purposes
Page 8
2.4 Current consumption
8
2. PERFORMANCE
Item
Specification
WCDMA GSM
1. Sleep Mode Under 6.0mA,@ BAT4V,DRX7 Under 6mA@ P.P 5
2. Sleep : connector Ear jack Under 6.0mA,@ BAT4V,DRX7 Under 6mA@ P.P 5
3. Current(Sleep & Idle AVG) Under 6.0mA,@ BAT4V,DRX7 Under 6mA @ P.P 5
4. BT Connected idle Under 7.5mA Under 7.5mA
1) GSM900/GSM850
5. Talk Mode
≤260mA @10dBm
≤270mA @12dBm
≤340mA@PCL5
2) DCS1800/PCS1900
≤280mA@PCL0
6. No service N/A NA
7. Power Off Mode Under 200 uA Under 200 uA
8. Backup Battery N/A N/A
LGE Internal Use Only
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Page 9
2.5 Battery bar
Blue
Blue
Blue
Blue
Blue
Blue
Orange
Power
9
2. PERFORMANCE
7 100%-91%
6 90%-76%
5 75%-61%
4 60%-50%
3 49%-36%
2 35%-16%
1 15%-5%
0 4%-0%
bar
bar
bar
bar
bar
bar
bar
Low battery warning 15%
Forced shutdown 3.4± 0.05 V
LGE Internal Use Only
OFF
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Page 10
2.6 SW Specification
10
Item Feature Comment
RSSI 0 ~ 5 Levels Yes
Battery Charging 0 ~ 20 Levels Pecentage displying
Key Volume 0 ~ 7 Level Not adjustable
Audio Volume 0 ~ 15 Level Yes
Time / Date Display Yes Yes
Multi-Language Yes depending on build language
Quick Access Mode
PC Sync No No
Speed Dial Yes Voice mail center -> Long press 1 key
Profile Yes not same with feature phone setting
CLIP / CLIR Yes Yes
Phone / Messaging / Browser/
Applications
Phone / Contact / Applications/ Bowser/ Messaging
2. PERFORMANCE
Phone Book
Last Dial Number Yes Yes
Last Received Number Yes Yes
Last Missed Number Yes Yes
Search by Number/Name Yes Yes
Group Yes
Fixed Dial Number Yes Yes
Service Dial Number Yes Depend on SIM
Own Number Yes My Profile (add/edit/delete are supported)
LGE Internal Use Only
Name / Number / Email / Groups /
Postal addresses / Organizations / IM /
Note / Nickname / Website / Event /
There is no limitation on the number of items.
It depends on available memory amount.
There is no limitation on the number of items.
It depends on available memory amount.
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Page 11
2.6 SW Specification
11
Voice Memo Yes Support voice recorder
Call Reminder No No
Network Selection Automatic Yes
Mute Yes Yes
Call Divert Yes Yes
Call Barring Yes Dependong operator
Call Charge (AoC) No No
Call Duration Yes Yes
SMS (EMS) There is no limitation on the numbe
SMS Over GPRS Yes Yes
EMS Melody / Picture
Send / Receive / Save
MMS MPEG4
Send / Receive / Save
2. PERFORMANCE
No
r of items.
It depends on available memory am
ount.
No No
Yes Send / Receive : Yes
Save : depends on content typeSupport
video content type list
1. video/mp4
2. video/h263
3. video/3gpp2
video/3gpp
LGE Internal Use Only
Long Message MAX 2000 characters The standard of Open vender
Cell Broadcast Yes Yes
Download Over the Web Yes
Game No depend on CA preloading
Calendar Yes Yes
Memo Yes There is no limitation on the number of items.
It depends on available memory amount.
World Clock Yes Yes
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Page 12
2.6 SW Specification
12
Unit Convert No No
Stop Watch Yes Yes
Wall Paper Yes Yes
WAP Browser No Support only web browser based on
Download Melody / Yes Over web browser
Wallpaper
SIM Lock No depend on operator
SIM Toolkit Yes Yes
MMS Yes Google MMS Client
EONS Yes Yes
CPHS Yes V4.2
ENS No No
Camera Yes 5M AF /
JAVA No
Voice Dial No US English only
IrDa No No
Bluetooth Yes Ver. 4.0
FM radio Yes Yes
GPRS Yes Class 12
EDGE Yes Class 12(Rx only)
Hold / Retrieve Yes Yes
Conference Call Yes Max. 6
DTMF Yes Yes
Memo pad No No
TTY No No
AMR Yes Yes
SyncML No No
IM Yes Google Hangout
Email Yes Yes
2. PERFORMANCE
webkit. WAP stack and wml are not
supported.
Digital Zoom : x4
LGE Internal Use Only
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Page 13
3. TROUBLE SHOOTING
13
3.1 Checking XO Block
The out put frequency(26.0MHz) of XO(X701) is used as the reference one of MT6166V and MT6582V/W internal VCO
Image
Checking Flow
Main
START
Top
Check TP1
Is it 26.0 MHz?
Replace X701 and then
check TP1
Is it 26.0 MHz?
The Problem may be Logic part
Refer to Logic trouble shoot
LGE Internal Use Only
NO
NO
YES
YES
XO Circuit is OK.
Check next step
XO Circuit is OK.
Check next step
X4100
TP1
Circuit Diagram
TP1 (X701)
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 14
3.2 Checking Transceiver DC Power Supply Circuit Block
14
The MT6166V operating voltages used three voltage sources 1.8V and 1.8V and 2.8V
3. Troubleshooting
START
Check TP1
+1.8V is OK?
YES
Check TP2
+1.8V is OK?
YES
Check TP3
+2.8V is OK?
Checking Flow
NO
Refer to Logic trouble shoot
NO
Refer to Logic trouble shoot
NO
Refer to Logic trouble shoot
The Problem may be Logic
part
The Problem may be Logic
part
The Problem may be Logic
part
TP1(1.8V)(R713)
TP2(1.8V)(R711)
Main
Top
Image
U701
Circuit Diagram
TP1
TP2
TP3
Check next step
LGE Internal Use Only
TP3(2.8V)(B701)
Copyright ⓒ 2015 LG Electronics. Inc. All right
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Page 15
3.3 FEM (Front-End Module) Block
15
3.3.1 . FEM Mode Control Logic Table
3. Troubleshooting
FEM Mode Control Logic Table
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
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Page 16
3.3 FEM (Front-End Module) Block
16
3.3.2 . All Band FEM Block (GSM 850/900/1800/1900, WCDMA B1/5)
Checking Flow
3. Troubleshooting
Image
START
Check TP1~4 level with
FEM Mode Control Logic
Table?
YES
Check Next step
The Problem may be Logic
Refer to Logic trouble shoot
NO
part
Main
U901
Bot
Circuit Diagram
TP3(0V or 2.85V)
TP4(0V or 2.85V)
TP2(0V or 2.85V)
TP1(0V or 2.85V)
TP1(0V or 2.85V)C901
TP2(0V or 2.85V)C902
TP3(0V or 2.85V)C903
LGE Internal Use Only
TP4(0V or 2.85V)C904
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Page 17
3.4 GSM RF PART
17
GSM RF Part support GSM850/900/1800/1900 with ASM, PAM, Transceiver component
Checking Flow
START
Check XO Block
Refer 3.1
3. Troubleshooting
LGE Internal Use Only
Check Transceiver DC Power supply Block
Refer 3.2
Check FEM Block
Refer 3.3
Check T/RX Block
Re-Download & Cal
Change the Board
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 18
3.4 GSM RF PART
18
3.4.1 GSM850/900/1800/1900 Rx
Main
Top
U701
Main
Bot
3. Troubleshooting
Image
1.GSM850/GSM900 RX PATH
2.DCS1800/PCS1900 RX PATH
3.DCS1800/PCS1900 TX PATH
4.GSM850/GSM900 TX PATH
5.COMMON T/RX PATH
LGE Internal Use Only
Main
Bot
U901
J901
Copyright ⓒ 2015 LG Electronics. Inc. All right
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Page 19
3.4 GSM RF PART
19
3. Troubleshooting
3.4.1.1 Checking RF signal path (SW)
Checking Flow
START
Check
TP1
Signal exist?
YES
Check next step
NO
Check
J901
Soldering
Image
Main
Bot
TP1(J901)
J901
Circuit Diagram
LGE Internal Use Only
TP1
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 20
3.4 GSM RF PART
20
3.4.1.2 Checking RF Signal RX path(GSM850/GSM900/DCS1800/PCS1900)
Checking Flow Image
START
Check
Check TP1/2 Signal exist?
NO
YES
Component
above RF signal
path
TP1 TP2
Main
Top
3. Troubleshooting
U701
Check Transceiver
physical damage
or soldering condition
Check next step
LGE Internal Use Only
OK?
NOT GOOD
Replace U701
Circuit Diagram
TP1
TP2
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Page 21
3.4 GSM RF PART
21
3.4.2.1 GSM850/900/1800/1900 Tx
Main
Top
U701
Main
Bot
3. Troubleshooting
Image
1.GSM850/GSM900 RX PATH
2.DCS1800/PCS1900 RX PATH
3.DCS1800/PCS1900 TX PATH
4.GSM850/GSM900 TX PATH
5.COMMON T/RX PATH
LGE Internal Use Only
Main
Bot
U901
J901
Copyright ⓒ 2015 LG Electronics. Inc. All right
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Page 22
3.4 GSM RF PART
22
3.4.2.2 Checking GSM PAM DC Power Circuit
Checking Flow
START
3. Troubleshooting
Image
TP1
U901
Check TP1 Supply voltage OK?
Check FEM control logic OK?
Refer to 3.3 FEM Block.
LGE Internal Use Only
YES
Check TP2
If Vramp ok?
YES
Check Next step
NO
NO
The Problem may be
Other part
Check Logic part
The Problem may be
Logic part
TP2
Main
Bot
Circuit Diagram
TP2(0.1V~1.6V)R907
TP1(3.4V~4.3V)R912
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Page 23
3.4 GSM RF PART
23
3.4.2.3 Checking RF signal path(SW)
Checking Flow
START
Check TP1
If DCS/PCS Over 30dBm?
If 850/900 Over 33dBm?
NO
Check next step
YES
Check J901 Soldering
3. Troubleshooting
Image
TP1(J901)
J901
Circuit Diagram
LGE Internal Use Only
TP1
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Page 24
3.4 GSM RF PART
24
3.4.2.4 Checking RF signal path
Checking Flow
3. Troubleshooting
Image
START
Check TP1
If GSM850/900 Over 32.5dBm?
If DCS/PCS Over 29.5dBm?
NO
Check TP2/3
If power at 0~6dBm?
NO
Check Transceiver physical
damage
or soldering condition
OK?
YES
YES
NOT GOOD
Check component
above RF signal path
Check U901 soldering
Replace U701
TP2
Main
Bot
TP1
TP3
U901
J901
Main
Bot
Circuit Diagram
TP2
Check next step
LGE Internal Use Only
TP1
TP3
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Page 25
3.5 WCDMA RF Part
25
WCDMA RF Part support WCDMA B1/B8 with FEM, PAM, Transceiver component
Checking Flow
START
Check XO Block
Refer 3.1
3. Troubleshooting
LGE Internal Use Only
Check Transceiver DC Power supply Block
Refer 3.2
Check FEM Block
Refer 3.3
Check T/RX Block
Re-Download & Cal
Change the Board
Copyright ⓒ 2015 LG Electronics. Inc. All right
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Page 26
3.5 WCDMA RF PART
26
3.5.1 WCDMA RF Part RX PATH (B1/B8)
1) WCDMA RX Path
3. Troubleshooting
Image
Main
Top
U805
U808
U701
Main
Bot
U901
1.Band 1 RX PATH
2.Band 8 RX PATH
3.COMMON T/RX PATH
J901
Main
Bot
LGE Internal Use Only
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Page 27
3.5 WCDMA RF PART
27
3.5.1.1 Checking RF signal path(Band 1)
3. Troubleshooting
ImageChecking Flow
START
Check TP1
Signal exist?
YES
Check TP2
Signal exist?
YES
Check TP3
Signal exist?
YES
Check Transceiver physical damage
or soldering condition
OK?
Check next step
NO
NO
NO
NOT GOOD
Check J901 Soldering
Check U901 Soldering
Check U808 Soldering
Replace U701
U809
U808
U701
Main
TP3
TP2
TP1
Top
Main
Bot
U901
Main
Bot
J901
LGE Internal Use Only
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Page 28
3.5 WCDMA RF PART
28
3.5.1.1 Checking RF signal path(B1)
TP1
3. Troubleshooting
Circuit Diagram
TP1
LGE Internal Use Only
TP3
TP2
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Page 29
3.5 WCDMA RF PART
29
3.5.1.2 Checking RF signal path(Band 8)
3. Troubleshooting
ImageChecking Flow
START
Check TP1
Signal exist?
YES
Check TP2
Signal exist?
YES
Check TP3
Signal exist?
YES
Check Transceiver physical damage
or soldering condition
OK?
Check next step
NO
NO
NO
NOT GOOD
Check J901 Soldering
Check U901 Soldering
Check U805 Soldering
Replace U701
U805
U808
U701
TP2
Main
Top
TP3
TP1
Main
Bot
U901
Main
Bot
J901
LGE Internal Use Only
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Page 30
3.5 WCDMA RF PART
30
3.5.1.2 Checking RF signal path(Band 8)
TP3
3. Troubleshooting
Circuit Diagram
TP1
LGE Internal Use Only
TP2
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Page 31
3.5 WCDMA RF PART
31
3.5.2 WCDMA RF Part TX PATH (B1/B8)
2) WCDMA TX Path
U805
U701
Image
U804
3. Troubleshooting
1.Band 1 TX PATH
2.Band 8 TX PATH
3.COMMON T/RX PATH
Main
Top
LGE Internal Use Only
U808
Main
Bot
U901
J901
Main
Bot
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Page 32
3.5 WCDMA RF PART
32
3.5.2.1 Checking WCDMA PAM DC Power & Control Circuit
Checking Flow
START
TP1
3. Troubleshooting
Image
Main
Bot
Check TP1 Supply voltage OK?
YES
Check TP2 Supply voltage OK?
YES
Check TP3~5
If PAM control logic OK?
YES
Check Next step
NO
NO
NO
The Problem may be
Other part
Check Logic part
The Problem may be
Other part
Check Logic part
The Problem may be
Other part
Check Logic part
TP2
TP2(3.4V~4.3V)
U804
TP5
Circuit Diagram
TP3
TP4
TP3
TP5
TP4
LGE Internal Use Only
TP1(3.4V~4.3V)
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Page 33
3.5 WCDMA RF PART
33
3.5.2.1 Checking WCDMA PAM DC Power & Control Circuit
U901 PAM CONTROL LOGIC
3. Troubleshooting
LGE Internal Use Only
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Page 34
3.5 WCDMA RF PART
34
3.5.2.2 Checking RF signal path(SW)
START
3. Troubleshooting
ImageChecking Flow
Refer to 3.4.1.1
Signal is over 22.5dBm?
LGE Internal Use Only
Check TP1
NO
Check next step
Check J901 Soldering
YES
Circuit Diagram
Refer to 3.4.1.1
Copyright ⓒ 2015 LG Electronics. Inc. All right
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Page 35
3.5 WCDMA RF PART
35
3.5.2.3 Checking RF signal path
3. Troubleshooting
Checking Flow
START
Check TP1
Signal is over 22.5dBm?
NO
Check TP2(B1)/TP3(B8)
Signal is over 22.5dBm?
NO
Check TP4(B1)/TP5(B8)
Signal is over 22.5dBm
NO
Check TP6(B1)/TP7(B8)
Signal is over -3dBm
NO
Check Transceiver physical
Damage or soldering condition
OK?
NOT GOOD
YES
YES
YES
YES
Check RF Matching
Component Soldering
Check U901 Soldering or
Control logic
Check U808(B1)/U805(B8) Soldering
Check U804 Soldering
Or Check U804 control logic
Replace U701
LGE Internal Use Only
Check next step
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Page 36
3.5 WCDMA RF PART
36
3.5.2.3 Checking RF signal path
3. Troubleshooting
Image
TP5
TP4
LGE Internal Use Only
U805
TP3
U808
U701
TP2
Main
Top
TP7
U804
U901
TP6
Main
Bot
TP1
RF Matching
Component
J901
Main
Bot
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Page 37
3.5 WCDMA RF PART
37
3.5.2.3 Checking RF signal path
3. Troubleshooting
Circuit Diagram
TP5
LGE Internal Use Only
TP4
TP3
TP2
TP6
TP1
TP7
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reserved. Only training and service purposes
Page 38
3.6 Connectivity PART
38
3.6. 1. Checking Connectivity DC Power & TCXO Circuit
3. Troubleshooting
Image
Checking Flow
START
Check TP1 Supply voltage OK?
YES
Check TP2 Supply voltage OK?
YES
Check TP3 Supply voltage OK?
YES
If TCXO 26.0MHz signal OK?
Check TP4
YES
NO
NO
NO
NO
The Problem may be
Other part
Check Logic part
The Problem may be
Other part
Check Logic part
The Problem may be
Other part
Check Logic part
Check X1001or U1001
Soldering
TP1(3.3V)
TP3(1.8V)
Main
Top
TP1
Circuit Diagram
U1001
TP4
TP3
TP2
YES
Check Next step
LGE Internal Use Only
TP2(2.8V)
TP4(26MHz)
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Page 39
3.6 Connectivity PART
39
3.6. 2. 1. BT&WIFI Trouble Shooting
BT/WIFI Signal Path
3. Troubleshooting
Image
Main
Top
RF Matching
U1001
ANT100
3
Main
Bot
ANT10
04
Antenna
Matching
LGE Internal Use Only
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Page 40
3.6. Connectivity PART
40
3.6. 2. 2. BT&WIFI Trouble Shooting
3. Troubleshooting
Checking Flow
START
Checking Connectivity DC Power &
Damage or soldering condition
Damage or soldering condition
TCXO Circuit
YES
Check TP1/2
If BT/WIFI signal exist?
YES
Check U1001 physical
OK?
Check CPU(U202) physical
YES
NOT GOOD
NOT GOOD
NO
Refer to 3.6.1
Check antenna/RF
Matching component
soldering
Replace U1001
Check U202 Soldering
Main
Top
TP1
TP2
U1001
Image
TP1
Main
Bot
Circuit Diagram
TP2
Check Next step
LGE Internal Use Only
OK?
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 41
3.6 Connectivity PART
41
3.6. 3. 1. GPS Trouble Shooting
GPS Signal Path
3. Troubleshooting
Image
Main
Top
SAW10
02
U1002
Main
Bot
U1001
ANT100
2
ANT10
01
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 42
3.6 Connectivity PART
42
3.6. 3. 2. GPS Trouble Shooting
3. Troubleshooting
Image
Checking Flow
START
Checking Connectivity DC Power &
Damage or soldering condition
TCXO Circuit
YES
Check TP1
If GPS signal exist?
YES
Check TP2/3
If GPS signal exist?
YES
Check U1001/U202 physical
YES
NOT GOOD
Refer to 3.6.1
Check antenna Matching
component soldering
Or check antenna contact
NO
Check SAW1002/U1002
&RF matching component
NO
soldering
Check U1001/U202
Soldering
status
Main
Top
SAW100
2
U1002
TP2
Main
Bot
U1001
TP3
TP1
Circuit Diagram
TP1
OK?
Check Next step
LGE Internal Use Only
TP3
TP2
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 43
3.6 Connectivity PART
43
3.6. 4. 1. FM Trouble Shooting
FM Signal Path
3. Troubleshooting
Image
Main
Top
Main
Bot
U1001
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 44
3.6 Connectivity PART
44
3.6. 4. 2.FM Trouble Shooting
3. Troubleshooting
Checking Flow
START
Checking Connectivity DC Power & TCXO Circuit
OK
Check earphone and
earphone jack connector
OK
Check FM RF matching component above the path soldering
OK
Check U1001/U202 physical Damage or soldering condition
OK
Check Next step
Refer to 3.6.1
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 45
3.7 Power
45
3. TROUBLE SHOOTING
Checking Power signal(Battery connector, PMU, Clock)
Checking Flow
START
Battery voltage
higher than 3.4V?
NO
YES
NO
Check TP
YES
Check Clock
Change or charging
the Battery
NO
Re-solder or change U301
Image
PMU (U301)
32K(X301)
BATTERY CONNECTOR
(J1402)
CPU(U202)
YES
Device can power on
LGE Internal Use Only
NO
Re-solder or change X301，
X701，U202，U701
36
Transceiver(U701)
26M(X701)
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 46
3.7 Power
Power on voltage check list
Power do
main
Configurable Voltage
Signal Name
Measurment L
ocation
TP
VRTC
2.8VVRTC
C
TP1
VPROC
0.75 ~ 1.3V(25mV/ste
p)
VPROC
C
TP
VIO18
1.8 V
V
C1706
TP3
VIO28
2.8 V
VIO28_PMU
C1702
TP4
VM
1.2 V
VM
C130
TP5
VA
2.
V
C353
TP
VUSB
3.3V
VUSB
C119
TP7
VTCXO
2.8V
VTCXO_PMU_RF
B701
TP8
VMC
1.8
VMC_PMU
C115
TP9
V
_3V3
3.3 VV
C413
TP
46
Checking Power signal(Battery connector, PMU, Clock)
Check Output Voltage of U301 (PMU)
323
EMC
8 V
V/3.3 V
_PMU
IO18 _PMU
_PMU
A_PMU
_PMU
EMC_3V3
333
2
6
10
3. TROUBLE SHOOTING
LGE Internal Use Only
TP7
TP8
TP2
TP9
TP10
TP3
TP5 TP6
TP1
TP4
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 47
3.7 Power
Signal name
Description
Frequency MHz
Measurment
Location
Check Clock Result
X301
32.768kHz
C319
RTC32K_CK
32.768KHz for MT
32.768kHz
X
X
26MHz
X
CLK1_BB
26MHz back from MT6166
to MT65
26MHz
C712
47
Checking Power signal(Battery connector, PMU, Clock)
Oscillate frequency measurement
32.768 KHz crystal
6582
3. TROUBLE SHOOTING
701 26MHz Crystal
LGE Internal Use Only
82
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 48
3.7 Power
48
Checking Power signal(Battery connector, PMU, Clock)
TP1
3. TROUBLE SHOOTING
Circuit Diagram
TP2
LGE Internal Use Only
TP4
TP3
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 49
3.7 Power
49
Checking Power signal(Battery connector, PMU, Clock)
3. TROUBLE SHOOTING
Circuit Diagram
TP5
LGE Internal Use Only
TP6
TP7
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 50
3.7 Power
50
Checking Power signal(Battery connector, PMU, Clock)
3. TROUBLE SHOOTING
Circuit Diagram
TP8
TP9
LGE Internal Use Only
TP10
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 51
3. TROUBLE SHOOTING
51
3.8 charger
The charging controlled by BB chip MT6582 U202),PMU chip MT6323(U301),charge IC RT9536(U1401).
ImageChecking Flow
Start
Check
Vbus(TP9)
Voltage
Yes
Check
Battery and
charger
Yes
Check J1402
Yes
Check U1401
Yes
Check TP1~TP8
signal
Yes
No
No
No
No
No
Re-solder or change
J1401
Change battery
or charger
Re-solder or change
J1402
Re-solder or change
U1401
TP7
TP1TP2 TP6TP5
TP4TP8
TP9
USB function ok
LGE Internal Use Only
Re-solder or change
U202,U301
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 52
3. TROUBLE SHOOTING
52
3.8 Charger
The charging controlled by BB chip MT6582 U202),PMU chip MT6323(U301),charge IC RT9536(U1401).
Circuit Diagram
TP1
TP2
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 53
3. TROUBLE SHOOTING
53
3.8 Charger
The charging controlled by BB chip MT6582 U202),PMU chip MT6323(U301),charge IC RT9536(U1401).
Circuit Diagram
TP4
LGE Internal Use Only
TP8
TP5
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
TP6
TP7
Page 54
3. TROUBLE SHOOTING
54
3.8 Charger
The charging controlled by BB chip MT6582 U202),PMU chip MT6323(U301),charge IC RT9536(U1401).
Circuit Diagram
LGE Internal Use Only
TP9
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 55
3. TROUBLE SHOOTING
55
3.9 Checking Audio_receiver Block
The receiver control signals are generated by PMU chip MT6323(U301), the PMU chip and the receiver are to be checked out.
Image
Checking Flow
TP1 TP2TP4
Start
Check
Yes
TP1~TP4
No
Re-solder or change
B610(TP1&TP3)
B609(TP2&TP4)
TP3
Check REC
Yes
Check
PMU(U301)
Yes
Receiver function ok
LGE Internal Use Only
Circuit Diagram
Receiver
No
Change Receiver
No
Change PMU(U301)
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 56
3. TROUBLE SHOOTING
56
3.9.2 Audio_speaker
The Speaker control signals are generated by PMU chip MT6323(U301), the PMU chip and the speaker are to be checked out.
Image
TP3
Checking Flow
J601
J602
Start
Speaker module
Check
Yes
TP1~TP4
No
Re-solder or change
R607(TP1&TP3)
R608(TP2&TP4)
TP4
TP1
TP2
Check SPK
Yes
Check
PMU(U301)
Yes
Speaker function ok
LGE Internal Use Only
Circuit Diagram
No
Change Speaker
No
Change PMU(U301)
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 57
3. TROUBLE SHOOTING
57
3.9.3 Audio_Main MIC
The MIC control signals are generated by PMU chip MT6323(U301), the PMU chip and the MIC are to be checked out.
Image
Start
Check
TP1~TP7
Yes
Check
soldering
Yes
Check
PMU(U301)
Yes
Checking Flow
No
No
No
Re-solder or change
B601,B602,C638,C639
Change MIC601
Check Main Mic hole.
TP6
TP5
TP2 TP4
Circuit Diagram
TP7
TP1
TP3
MIC function ok
LGE Internal Use Only
Change PMU(U301)
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 58
3. TROUBLE SHOOTING
58
3.9.5 Audio_Ear MIC
Disable detecting headset insert or No sound from Earphone, Check the Ear Mic and PMU(U301).
ImageChecking Flow
TP4
Start
Check
MICBIAS1
Voltage
Yes
Check
R614,R612,B6
04soldering
Yes
No
No
Re-solder or change
U301
TP3
TP2
TP1
Earphone SPK function ok
LGE Internal Use Only
Check J611
soldering
Yes
No
Re-solder or change
R614,R612,B604
Re-solder or change
J611
Circuit Diagram
: Next Page
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 59
3. TROUBLE SHOOTING
59
3.9.5 Audio_Ear MIC
Disable detecting headset insert or No sound from Earphone, Check the Ear Mic and PMU(U301).
Circuit Diagram
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 60
3. TROUBLE SHOOTING
60
3.10 Checking LCD Block
The LCD control signals are generated by MT6582. Its interface is MIPI having four data lanes and one clock lane.
ImageChecking Flow
Start
Check J1100
Soldering
Yes
TP1&TP2
Voltage
Yes
TP3~TP14
soldering
Yes
No
Check
No
Check
No
Re-solder or change
J1100
Re-solder or change
U301
TP2
TP4
TP1
TP3
TP6 TP5
TP8
TP7
J1100
Display function ok
LGE Internal Use Only
Re-solder or change
FL1102,FL1103,FL1104
TP10
TP12
TP14
TP9
TP11
TP13
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 61
3. TROUBLE SHOOTING
61
3.10 Checking LCD Block
The LCD control signals are generated by MT6582. Its interface is MIPI having four data lanes and one clock lane.
Circuit Diagram
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 62
3. TROUBLE SHOOTING
62
3.11 Checking Touch Block
The Touch control signals are generated by MT6582 and MT6323. It is assembled with LCD.
ImageChecking Flow
Start
Check J1104
Soldering
LGE Internal Use Only
No Yes
Check
TP1&TP2
Voltage
No Yes
Touch function ok
Re-solder or change
J1104
Re-solder or change
U301
J1104
TP1
TP2
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 63
3. TROUBLE SHOOTING
63
3.11 Touch
The Touch control signals are generated by MT6582 and MT6323. It is assembled with LCD.
Circuit Diagram
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 64
3.12 Checking compass Block
64
The compass is calibrated by using SW algorithm.
Start
Check U1703
Soldering
Yes
Yes
No
Check
TP1&TP2
Voltage
No
Re-solder or change
U1703
TP1
3. TROUBLE SHOOTING
ImageChecking Flow
TP2
U1703
E-Compass function ok
LGE Internal Use Only
Check
TP217&TP218
singnal
Yes
No
Re-solder or change
U301
Re-solder or change
R217,R218,U202
TP218
TP217
Circuit Diagram
: Next Page
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 65
3.12 Checking compass Block
65
The compass is calibrated by using SW algorithm.
3. TROUBLE SHOOTING
Circuit Diagram
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 66
3.12 Checking G sensor Block
66
The G sensor is calibrated by using SW algorithm.
3. TROUBLE SHOOTING
ImageChecking Flow
Start
Check U1702
Soldering
Yes
Check
TP1&TP2
Voltage
Yes
Check
TP3&TP4
singnal
Yes
G sensor function ok
No
No
No
Re-solder or change
U1703
Re-solder or change
U301
Re-solder or change
R1708,R1709,R217,R218,
U202
TP1
TP2
U1702
Circuit Diagram
: Next Page
TP3(R1709)TP4(R1708)
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 67
3.12 Checking G sensor Block
67
The G sensor is calibrated by using SW algorithm.
3. TROUBLE SHOOTING
Circuit Diagram
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 68
3. TROUBLE SHOOTING
68
3.12 Checking proximity sensor Block
Proximity Sensor is worked as below: Send Key click Phone number click Call connected
Object moved at the sensor Control the screen’s on/off operation automatically
Start
Check U1701
Soldering
Yes
Check
TP1
Voltage
Yes
Check
TP3&TP4
singnal
Yes
P Sensor function ok
Checking Flow
No
No
No
Re-solder or change
U1701
Re-solder or change
R1702,U301
Re-solder or change
R1708,R1709,R217,R218,
U202
Image
sensor
TP1(R1702)
TP4(R1708)
Circuit Diagram
: Next Page
TP3(R1709)
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 69
3. TROUBLE SHOOTING
69
3.12 Checking proximity sensor Block
Proximity Sensor is worked as below: Send Key click Phone number click Call connected
Object moved at the sensor Control the screen’s on/off operation automatically
Circuit Diagram
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 70
3.13 Checking USB Block
70
3. TROUBLE SHOOTING
3. TROUBLE SHOOTING
I/O connector is used as the USB port.
Checking Flow
Start
Check
VAUX(TP1)
Voltage
Yes
Check
TP12,TP3,TP4,TP5 sh
ort or not
Yes
Check TP6
Voltage
Yes
Check TP7
Voltage
Yes
Check U202,U301
soldering
Yes
No
Re-solder or change
No
Re-solder or change
No
Re-solder or change
R1408,B1401
No
Re-solder or change
No
J1401
FL1401
U1401
TP3 TP5 TP2 TP1TP4
TP6TP7
Image
Circuit Diagram
USB function ok
LGE Internal Use Only
Re-solder or change
U202,U301
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 71
3.13 Checking USB Block
71
I/O connector is used as the USB port.
3. TROUBLE SHOOTING
Circuit Diagram
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 72
3.14 Checking Main camera Block
72
8M camera control signals are generated by MT6582(U202). And powered by PMU(U301).
3. TROUBLE SHOOTING
ImageChecking Flow
Start
Check main ca
mera module
Yes
Check
J1201 soldering
Yes
Check
TP1~TP4
Voltage
Yes
Check MCLK
signal
Yes
Check
I2C&MIPI signal
Yes
Main camera function ok
No
No
No
No
No
change
camera module
Re-solder or change
J1201
Re-solder or change
U301
Re-solder or change
R1205,U202
Re-solder or change
FL1201~FL1205,
R210,R212,U202,
TP2
TP4
TP3
TP1
TP9
TP14
TP15
TP5
TP12
TP13
TP6
TP7TP8
TP10
TP11
Circuit Diagram
: Next Page
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 73
3.14 Checking Main camera Block
73
8M camera control signals are generated by MT6582(U202). And powered by PMU(U301).
Circuit Diagram
3. TROUBLE SHOOTING
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 74
3.14 Checking sub camera Block
74
Sub camera control signals are generated by MT6582(U202). And powered by PMU(U301).
Start
Check Sub
camera module
Yes
Check
J1500 soldering
Yes
Check
TP1~TP3
Voltage
Yes
Check MCLK
signal
Yes
Check
I2C&MIPI signal
Yes
Sub camera function ok
No
change
camera module
No
Re-solder or change
J1501
No
Re-solder or change
U301
No
Re-solder or change
R1205,U202
No
Re-solder or change
FL1504~FL1506,
R210,R212,U202,
TP4
Circuit Diagram
: Next Page
3. TROUBLE SHOOTING
ImageChecking Flow
TP10
TP9
TP8
TP7
TP6
TP5
TP3 TP2 TP1
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 75
3.14 Checking sub camera Block
75
Sub camera control signals are generated by MT6582(U202). And powered by PMU(U301).
Circuit Diagram
3. TROUBLE SHOOTING
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 76
1. Total block diagram
76
4. BLOCK DIAGRAM
◈Total
RF Block
MT6627
BT/WiFi/GPS/FM
LCD B/L Booster
ET5210A
MT6166
MT6323
PMIC
LCD
5”FWVGA
MIPI
MT6582V/X
Flash LED Driver IC
SKY81294-14-001
Main Camera
8M AF
MIPI
Acceleration
BMA250E
P+L Sensor
ePL21822
KAWJQ
Sub Camera
5M FF
MIPI
E-Compass
AK09911C
LGE Internal Use Only
Memory
8GB eMMC+
8Gb LPDDR3
SIM#1
SIM#2
Vibrator
Touch
Elan
eKTF2131EWD
SD
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 77
4. BLOCK DIAGRAM
77
2. RF Main
Tx
Module
SKY77589
Included
GSM PAM
W850
Duplexer
W900
Duplexer
LB/HB
Rx Balun
Switch
W2100
Duplexer
W850_W900_TX_IN
3G PAM
SKY77769
W1900_2100_TX_IN
PDET
RX_W2100_INN
RX_W2100_INP
RX_W900_INN
RX_W900_INP
RX_W850_INN
RX_W850_INP
GSM850_GSM900_TX
DCS_PCS_TX
RX_GSM850_900_INN
RX_GSM850_900_INP
RX_GSM1800_1900_INN
RX_GSM1800_1900_INP
MT6166
3GL5_TX
3GH1_TX
PDET
3GB1_RXN
3GB1_RXP
3GB8_RXN
3GB8_RXP
3GB5_RXN
3GB5_RXP
2GLB_TX
2GHB_TX
LB_RXN
LB_RXP
HB_RXN
HB_RXP
AVDD_VIO18/VXODIG/XMODE
VTXHF/VRXHF
VTCXO28/V28
XTAL1
XTAL2
DATA0
DATA1
DATA2
RX_BBIP
RX_BBIN
RX_BBQP
RX_BBQN
TX_IN
TX_IP
TX_QN
TX_QP
VTXLF/VRXL
XO1
CLK
EN
Crystal
26MHz
BSI1_CLK
BSI1_EN
BSI1_DATA0
BSI1_DATA1
BSI1_DATA2
GSM_UMTSRX_IP
GSM_UMTSRX_IN
GSM_UMTSRX_QP
GSM_UMTSRX_QN
UMTSTX_IN
UMTSTX_IP
UMTSTX_QN
UMTSTX_QP
PA_ON_W850_W900 BPI_BUS8
PA_ON_W1900_2100 BPI_BUS7
26MHz CLK
+1V8_VIO18_PMU
+1V8_VRF18
+2V8_VTCXO_1
SYSCLK
VM0
VM1
B5/B8SWITCH
MT6323
PMIC
MT6582
CLK26M
BSI1_CLK
BSI1_EN
BSI1_DAT0
BSI1_DAT1
BSI1_DAT2
DL_I_P
DL_I_N
DL_Q_P
DL_Q_N
UL_I_N
UL_I_P
UL_Q_N
UL_Q_P
VM0
VM1
B5/B8SWITCH
TXEN
VRAMP
MODE
BS1
BS2
LGE Internal Use Only
PAEN
VAPC1
ASM_VctC
ASM_VctB
ASM_VctA
BPI_BUS3
APC
BPI_BUS2
BPI_BUS1
BPI_BUS0
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 78
3. Connectivity (BT / WIFI / FM RADIO)
78
4. BLOCK DIAGRAM
MT6582
SPI
F2W
ISM RX IQ
ISM TX IQ
GPS RX IQ
WB_RSTB
WB_SCLK
WB_SDATA
WB_SEN
F2W_DATA
F2W_CLK
WB_RX_IP
WB_RX_IN
WB_RX_QP
WB_RX_QN
WB_TX_IP
WB_TX_IN
WB_TX_QP
WB_TX_QN
CONN_XO_IN
GPS_RX_IP
GPS_RX_IN
GPS_RX_QP
GPS_RX_QN
Reset for CONN_RF
SPI_CLK for CONN_RF
SPI_DATA for CONN_RF
SPI_EN for CONN_RF
F2W_DATA for audio
F2W_CLK for audio
ISM_RX_IP
ISM_RX_IN
ISM_RX_QP
ISM_RX_QN
ISM_TX_IP
ISM_TX_IN
ISM_TX_QP
ISM_TX_QN
+2V8_VCN28_MT6627
26MHz
GPS_RX_IP
GPS_RX_IN
GPS_RX_QP
GPS_RX_QN
OSC1_GPS_26MHz
MT6627
CONN_RSTB
CONN_SCLK
CONN_SDATA
CONN_SEN
CONN_F2W_DAT
CONN_F2W_CLK
WB_RXIP
WB_RXIN
WB_RXQP
WB_RXQN
WB_TXIP
WB_TXIN
WB_TXQP
WB_TXQN
XO_IN
GPS_RXIP
GPS_RXIN
GPS_RXQP
GPS_RXQN
FM_LANT_P
FM_LANT_N
WB_GPS_RF_IN
GPS_RFIN
FM_RADIO
WIFI_TRX_BT_TRX
RX_INP_GPS
+1V8_AVDD18_WBG
+2V8_VCN28_MT6627
+3V3_VCN33_MT6627
3.5
Ear Jack
Ear-jack
BT_WIFI
Matching
GPS
SAWLNA
+2V8_VCN28_MT6627
MT6323
WB_CTRL0
WB_CTRL1
ISM
control
WB_CTRL2
WB_CTRL3
WB_CTRL4
WB_CTRL5
LGE Internal Use Only
32.768kHz
WB_CTRL0 for CONN_RF
WB_CTRL1 for CONN_RF
WB_CTRL2 for CONN_RF
WB_CTRL3 for CONN_RF
WB_CTRL4 for CONN_RF
WB_CTRL5 for CONN_RF
CONN_WB_CTRL0
CONN_WB_CTRL1
CONN_WB_CTRL2
CONN_WB_CTRL3
CONN_WB_CTRL4
CONN_WB_CTRL5
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 79
4. BLOCK DIAGRAM
79
4. Power block diagram
VBAT_SPK1
VBAT_PA
VBAT_SYS
VBAT_VPROC_1
VBAT_VPROC_2
Battery
VBAT_VPROC_3
Vibrator
SIM1
SIM2
MIC
3.5Phi
Ear Jack
VCHG_LDO
+3V0_VIBR_MTK
VBATT
BATON
eFUSE
+3V0_VSIM1_MTK
+3V0_VSIM2_MTK
VMIC
EARMIC
VBAT
5pin u-USB
Connector
RIchtek
RT9536GQW
VBAT
AUXADC_REF
2540mAh
VBAT_LDO1
VBAT_LDO2
VBAT_LDO3
VBAT_LDO4
VBAT_LDO5
+2V8_VRTC_MTK
VBAT
+1V8_Efuse
VBAT
VRTC
(2mA)
VCDT
CHR_LDO
VBAT
VIBR
(100mA)
ISENSE
BATSNS
BATON
VGP2(100mA)
VSIM1(50mA)
VSIM2(50mA)
MICBIAS0
MICBIAS1
(300mA) VIO18
(200mA) VIO28
(700mA) VM12
(40mA) VTCXO
(1400mA) VSYS
(2800mA)VPROC
(400mA)VEMC_3V3
(200mA)VRF18
(400mA ) VMCH
(100mA) VGP1
(200mA) VGP3
(100mA) VCAMAF
(150mA) VCAMD
(100mA) VCAM_IO
(150mA) VCAMA
(240mA)VCN33
(20mA)VCN18
MT6323
(50mA) VSIM
(50mA) VSIM2
(20mA) VUSB
(2mA) VRTC
(100mA) VGP2
VPROC_FB
(100mA) VMC
(600mA)VPA
VPA_FB
(30mA)VCN28
+1V8_VIO_MTK
+2V8_VIO_MTK
+3V0_VSIM1_MTK
+3V0_VSIM2_MTK
+3V3_USB_MTK
+1V2_VLPDDR3_MTK
+2V8_VTCXO_MTK
+2V8_VRTC_MTK
+2V8_eFUSE
+1V2_VM12_INT_MTK
+1V2_VAPROC
VAPROC_FB
+2V5_AVDD1_MTK
+3V3_eMMC_MTK
+0V5-3V4_VPA
+3V0_MICRO_SD
+3V3_VGP1_PMU
+1V2_VGP3
VCAMAF
VCAMD
+1V8_CAMIO
+2V8_CAMA
+2V8_VCN_MT6627
+3V3_VCN_MT6627
+1V8_VCN_MT6627
+1V8_VIO_MTK
DTV
(NMI326)
5 'LCM
MT6582V/X
3GPA
(SKY77769)
TOUCH (eKTF2131EWD)
1. Active : Typ.TBDmA
2. IDLE (No Touch) : Typ. TBDmA
3. Sleep : TBDuA
+1V8_VIO_MTK
+2V8_VIO_MTK
+1V8_VIO_MTK
+2V8_VIO_MTK
+1V8_VIO_MTK
+2V8_VIO_MTK
Main camera（8M)
1.Operating : TBDmA
2.HW Standby : TBDuW
Sub Camera（5M）
1.Normal : Typ. TBDmW
(No backlight is driven)
2. Sleep : TBDmW
MT6627 (BT / Wi-Fi / GPS / FM)
1. WLAN Off : Typ. TBDuA
2. WLAN On : Typ. TBDuA 3. BT, FM On : TBDuA
3. Headset BT Call (SCO HV3 Master) : Typ. TBDmA
4. FM Operating : TBDmA
5. WLAN RX (ACTIVE) : Typ.TBDmA , TX CCK (21dBm) : TBDmA
6. GPS on : TBDmA
LEDA/K
VBAT
+0V6_VREF
MT6166
ACCELERATION
1. Operating , Idle
2. Sleep : Typ. TBDuA
E-Compass
AK09911C
1. Operating , Idle
2. Sleep : Typ. TBDuA
P+L Sensor
ePL21822KTWJP
1. Operating : typ.TBDuA
2. Idle, Sleep : Typ. TBDuA
LCD B/L Booster
ET5120A
Camera Flash IC
SKY81294-14-001
MCP (8GB eMMC+8Gb LPDDR3)
KMQ72000SM-B316
1.Operating Current
(1) Sequential Read : Typ. TBD
(2) Program : Max. TBD
(3) Erase : Typ. TBD
2. Standby Current : Max. TBD
SD
BMA250E
: Typ.TBDuA
: Typ.TBDuA
+2V8_VCN_MT6627
GPS LNA
1. Idle, Sleep : TBDuA
TCXO
26Mhz
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 80
5.Memory, MICRO-SD, USIM
80
4. BLOCK DIAGRAM
MT6582V/X
8GB + 8Gb MCP
KMQ72000SM-B316
LPDDR3X32 8Gb
Micro SD
SIM1
C1
SIO
SCLK
SRST
+3V0_VSIM
+3V0_MICRO
SD_CLK
SD_CMD
SD_DATA[0:3]
SD_DETECT
SIM2
MSDC1_CLK
MSDC1_CMD
MSDC1_DATA[0:3]
MSDC1_INSI
AP_SIO
AP_SCLK
AP_SRST
ED_CLK
ED_CLK_B
ECKE
ECS0_B
ECS2_B
EA[0:9]
ED[0:31]
EDQS[0:3]
nEDQS[0:3]
EDQM[0:3]
RSTB
CMD
CLK
DDRAM_CLK_
DDRAM_CLK_
P
N
DDRAM_CLK_EN
DDRAM_CS[0]_N
DDRAM_CS[1]_N
DDRAM_ADDRESS_[0:9]
DDRAM_DATA_[0:31]
DDRAM_DQS_[0:3]_P
DDRAM_DQS_[0:3]_N
DDRAM_DQM[0:3]
eMMC_DATA[0:7]
eMMC_RST
eMMC_CMD
eMMC_CLK
DAT[0:7]
2CS
CLK_T
CLK_C
CKE0
CS0_n
CS1_n
CA[0:9]
DQ[0:31]
DQS[0:3]_T
DQS[0:3]_C
DM[0:3]
DAT[0:7]
RST
eMMC X8 8GB
CMD
CLKM
LGE Internal Use Only
SIM_CLK
SIM_RESET_N
SIM2_CLK
SIM1_CLK
SIM1_RESET_N
SIM1_DATA
+3V0_VSIM
SIM2_DATA
SIM2_RESET_N
VSIM
SIM_DATA
MT6323
VIO18
EMC_3V3
VM12VMCH
+1V8_VIO_MTK
+3V3_eMMC_MT
K
+1V2_VLPDDR2_MTK
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 81
6. LCD(INCELL TOUCH)
81
4. BLOCK DIAGRAM
MT6323
VIO28
VIO18
MT6582V/X
PWM_BL
TDP0
TDN0
LRSTB
EINT6
SDA_0
SCL_0
EINT7
TCP
TCN
LPTE
RST
LCD_PW
M
VIO28
VIO18_PMU
Backlight
(ET5120A)
LCD_MIPI_DATA0_P
LCD_MIPI_DATA0_N
LCD_MIPI_CLK_P
LCD_MIPI_CLK_N
LPTE
LCD_RESET_N
EIN_INT
I2C_SDA
I2C_SCL
CTP_RST
EINT_CTP_WAKEU
P
LED_A
LED_K
5″ LCD(MIPI)
CTP TOUCH
ELAN
eKTF2227ALW
LGE Internal Use Only
MT6323
VIO18
VGP1
VIO18_PMU
VGP1_3V3
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 82
7. Camera (Main:5M AF,Sub:5M FF)
82
MT6582V/X
CMMCLK
RCP
RCN
RDP[0:1]
RDN[
0:1]
CMRST
SCL_1
SDA_1
RCP_A
RCN_A
RDP[0:3]
RDN[0:3]
CMRST2
EMI
Filter
EMI
Filter
CAM_MCLK
CAM_CLK_P
CAM_CLK_N
CAM_DATA[0:1]_P
CAM_DATA[0:1]_N
CAM_RESET_N
I2C_SCL
I2C_SDA
CAM_CLK_P
CAM_CLK_N
CAM_DATA[0:3]_P
CAM_DATA[0:3]_N
CAM_RESET_N
CAM_MCLK
I2C_SCL
I2C_SDA
MCLK
CLK_P
CLK_N
DATA[0:1]_P
DATA[0:1]_N
RST
SCL
SDA
CLK_P
CLK_N
DATA0_P
DATA0_N
RST2
MCLK
SCL
SDA
CAMERA
CAMERA
5M FF
MIPI
8M AF
MIPI
VCAMD
VCAMA
VCAMIO
VCAMD
VCAMA
VCAMIO
VCAMAF
4. BLOCK DIAGRAM
VCAMD
VCAMA
VCAMIO
VCAMAF
MT6323
VCAMD
VCAMA
VCAMIO
VCAMAF
LGE Internal Use Only
FLASH_INHIBIT
Flash EN
FLASH_EN
I2C_SCL
I2C_SDA
SCL
SDA
FLASH_INHIBIT
Flash EN
FLASH IC
SKY81294
+VBAT
IN
OUT
FLED2
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Battery
Page 83
8. AUDIO
83
4. BLOCK DIAGRAM
+VBAT
VMIC0
Main MIC
MIC_P
MIC_N
MT6323
AU_MICBIAS0
AU_VIN0_
P
AU_VIN0_N
SPK_P
SPK_N
HPLP
HPRP
EINT
AU_MICBIAS1
AU_VIN1_
P
AU_VIN1_
N
ACCDET
EINT
HPH_L
HPH_R
EINT_HP
VMIC1_EAR
EARMIC_P
EARMIC_N
ACCDET
SPK_OUT_
SPK_OUT_
RCV_P
RCV_N
Headset
EINT_PMU
SPK
P
N
RCV
MT6582V/X
EINT
LGE Internal Use Only
SPI_CLK
SPI_CSN
SPI_MISO
SPI_MOSI
SPI_CLK
SPI_CSN
SPI_MOSI
SPI_MISO
SPI_CLK
SPI_CSN
SPI_MOSI
SPI_MISO
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 84
9. SENSORS
84
4. BLOCK DIAGRAM
MT6582V/X
EINT11
EINT17
SCL2
SDA2
EINT6
RST
EINT1
INT
INT
I2C_SCL
I2C_SDA
INT
RST
INT_PS
INT
ACCELERATION
INT
SCL
SDA
INT
RST
SCL
SDA
BMA250E
E-COMPASS
AK09911C
P+L SENSOR
ePL21822KTWJP
INT
VDDIO
VDD
VDDIO
VDD
LEDA
LGE Internal Use Only
MT6323
VIO28
VIO18
VIO28_PMU
VIO18_PMU
SCL
SDA
VDD
LEDCAT LEDCAT
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 85
5.CIRCUIT DIAGRAM
85
CIRCUIT DIAGRAM
LGE Internal Use Only
Copyright ⓒ 2015 LG Electronics. Inc. All right
reserved. Only training and service purposes
Page 86
5
86
4
3
2
1
D D
GPS/BT/WIFI ANT
32.768KHz
GPS/BT/FM/WIFI
MT6627
2G/3G ANT
CLK
TCXO
26MHz
MSDC3
I2S
UART3
RF-2G FEM
SKY77589
RF
RF-3G WIDEBAND PA
C C
SKY77769
Main CCM Flash LED
SKY81294
5MP AF BaseBand
RF
RF
RF-TRX
MT6166
Crystal
26.0MHz
CLK
MIPI I/F
26MHz
BSI/BPI
IQ
I2C1
MT6582
2MP FF
Micro SD
CTP
SD I/F
I2C0
FM
ANT
Earphone
AUDIO
CTRL
MIPI I/F
CTRL
I2C2
I2C2
CTRL
EMI
MSDC0
LCM
5"FWVGA
PWR
LCM BL
ET5120A
G/M SENSOR
BMA250E/AK09911C
P+LSENSOR
ePL21822KTWJP
Volume Down
MCP 1GB RAM / 8GB ROM
(eMMC+LPDDR3)
USB I/F
Micro-USB
PWR
Charger IC
RT9536
SPIO
B B
Speaker
Receiver
Main MIC
Audio data
Audio data
Audio data
32.768 KHz
PMU
MT6323
SIM1
SIM2
VIBRATOR
GF-3288
A A
5
4
SIM 1 I/F
SIM 2 I/F
CTRL
3
PWR
PWR
CLK
CTRL
RTC Crystal
32.768KHz
Volume Up
Power Key
PWR
BATTERY
2,540mAh
2
1
Page 87
angefrom0402to0603
87
C
‐‐‐‐‐‐>0402
1413from0402to0201(
emory_CARD_DSIM_BTOB:DelR1308,R1309
733pF;C60568nH‐‐‐>47nH;L60456nH‐‐‐>220ohmbead
239,R240from100KtoNC;ChangeR236,R241fromNCto100K.
01/08
0ohm_0402--->0ohm_0201; R1422 0402--->0201
TO NC
100K;R243100K‐‐‐>NC
242NC‐‐‐>
5
301‐1000‐00533)
Change Note
11/28:to"V10_MB_162_1204_2"
03_MT6322_PMIC_Aud io
1)C310,C312changeNCto1nFMLCC
2)B301,B302changesizefrom0402to0603
06_Audio_Mic_Receiver_Earphone
1)ForAudiorequirement:ChangeC601/C643/C637fromNCto47.0nF forCStest.(302‐0323‐53104);
2)R607,R608changesize0402‐‐‐‐‐‐‐‐>0603
3)TVS612,TVS614,TVS613,TVS610,TVS604,TVS605,TVS603,TVS602,TVS601,TVS611changeto308‐0000‐00263
4)TVS609changeto308‐0000‐00201
5)R605changetoshort‐0201
11_LCM_TP_BL
1)BLDriverU1100changetoET5120A
2)R1103sizech
3)DelC1106,C11082.2uF‐‐‐‐>4.7uF,C1125‐‐‐>NC
4)L1102‐‐‐‐‐‐‐‐‐>R1115;L1101‐‐‐‐‐‐‐‐‐>R1116
5)DelTP1109,TP1110,TP1100,TP1106,TP1107,TP1105,TP1108
12_MainCamera_FlashLED_Vib
1)B1203‐‐‐>R1207;B1201‐‐‐‐>R1208,B1202‐‐‐>R1209
2)DelTP1200,TP1201,TP1203,TP1204,TP1205
3)DelR1201,R1202
14_USB_OVP_CHG_BAT
1)TVS1401,TVS1404,TVS1405changeto308‐0000‐00263
2)R1413changefrom15K_1%to20K_1%
3)AddC1409,C141006031uFMLC
15_SubCamera
1)DelTP1501,TP1502
2)B1503‐‐‐>R1501,B1504‐‐‐>R1503,B1505‐‐‐‐‐>R1503
17_Sensors_KEY
1)R1703Sizechangefrom0201to0402
12/05_2:BBupdate
1)ChangeTVSPCB
footprint:TVS612,TVS614,TVS610,TVS613,TVS604,TVS605,TVS601,TVS602,TVS603,TVS611,TVS1405,TVS1702,TVS1701,TVS1703,TVS1401,TVS1404
2)TVS603pin1nets
12/05_4:BBupdate
11030603
1)R
2)DelR1703
D D
12/07_1:BBupdate
1)R418:0402/220ohmbead‐‐‐>0402/0ohmresistor
2)R1417:0201/100K‐‐‐>0201/0ohm
12/08_1:BBupdate
16_DTV(NMI326)
1)AddTVS1601
12/08_2:BBupdate
01_MT6582_Power:AddJ101,J102(314‐0000‐00550)
06_Audio_Mic_Receiver_Earphone:ChangeJ601,J602from314‐0000‐00550to 314‐0000‐00659
14_USB_OVP_CHG_BAT:ChangeR
17_Sensors_KEY:DelKPAD1;AddJ1701,J1702(314‐0000‐00659)
12/08_3:BBupdate
11_LCM_TP_BL:DelR1109andDelnet"EINT19_TP_WAKE"
12/08_4:BBupdate
11_LCM_TP_BL: DelR1109andDelnet"EINT19_TP_WAKE"‐‐‐‐‐‐‐‐‐>恢复
14_USB_OVP_CHG_BAT：Add B1401(303‐1000‐00885)andC1413(302‐0215‐41055)
12/10_2:BBupdate
15_SubCamera_Testpoint:DelTP213,AddTp1501,TP1502,TP1503
17_Sensors_KEY:ChangeU1701to311‐0000‐01773(E2)
12/10_3:BBupdate
13_M
12/11_1:BBupdate
09_RF_2GFEM:U901封装名改 为 SKY77590
10_RF_WiFi_BT_GPS_FM_MT6627:ANT1001,ANT1002,ANT1003,ANT1004封装名改为PAD2.2/4
14_USB_OVP_CHG_BAT:ChangeR1418to3.3K
15_SubCamera_Testpoint:修改TP203,TP204封装为 TP1.3
12/11_2:BBupdate
15_SubCamera_Testpoint:增加TP1504
12/12_1:RFupdate
4)C91833pF‐‐>100kohm
5)addC60
12/12_2:BBupdate
01_MT6582_Power:
SCREWHOLE:H6 封装名改为H1. 6, Del H1, H2 ,H6,H7
FID:AddFID1,FID2,FID3,FID4
10_RF_WiFi_BT_GPS_FM_MT6627:
A
1003,ANT1004封装名改为PAD 2/4
NT
14_RF_WiFi_BT_GPS_FM_MT6627:
DelJ1403
12/05:RFmatchingupdate
1)R9090ohm‐‐‐>1.5nH;addC9120.5pF;C9131.2nH‐‐‐>1.8nH;addL90539nH
2)L8191.5nH‐‐‐>0ohm;L8263nH‐‐‐>2.7nH;R8290ohm‐‐‐>6.8nH;R8280ohm‐‐‐>5.1nH;R8310ohm‐‐>4.7nH
3)L8102.2nH‐‐>1.8nH;L8112.2nH‐‐>1.8nH
12/16_1:BBupdate
06_Audio_Mic_Receiver_Earphone:應Audio要求，changeC601,C643fr om47n F toNC; Change C637 from47 nF to22nF
12/17_1:RFupdate
ModifytheHWIDto5model
12/17_2:BBupdate
1)V10PrePPBasedon5518.SochangeR
2)ForANT， ChangeR917fromNCto0ohm;changeR918fro mNCto3nH
12/19_1:BBupdate
1)ForV10變種變更，ChangeR241,R236100K‐‐ >NC;ChanegR239,R240NC‐‐‐>100K
PrePPStage‐‐‐‐‐‐‐‐‐‐>PPStage
2015/01/05
1) Add Battery ID Function: Add R1421(1K_0201); R1422(100K_0402); TVS1406(NC)
2) Change Charging IC for Custom requirement:
U1401 AOZ1401DI-1----->RT9536 ; Del U1402 ; R1413 20K_0201---->680ohm_0402
Add R1404(NC_0402); R1414(3K_0402); R1415(0ohm_0201) ; R1423(0ohm_0201); C1416(1uF_0402)
3) SIM Card Part: for MECH design requirement, add EINT for push to push
Add R1308,R1309(100K_0201)
2015/01/06
1) Change Flash LED Driver:
Change U1201 from LM3642 to SKY81294; Add R1201,R1202(0ohm_0402)
2015/01/07
1) Change R1421 1K_0201--->0ohm_0402; R1422 1K--->NC
2015/
1) Change R1421
2) Change D1401 from 309-0000-00256 to 309-0000-00191(LO2)
3) Change H4 to H1.6
4) Change R217,R218,R219,R220 from 4.7K_0201 to 2.2K_0201
2015/01/09
1) Change R1115,R1116 from 0ohm_0402 to 0603 Bead 303-1000-00800
2) Change C1113,C1114,C1115,C1116 from NC to 47pF
2015/01/12
1) Change C1125,C1126 from NC to 47pF
C C
2015/01/14
1) Change R1115,R1116 from 303-1000-00800 to 0ohm_0603(301-0031-24000)
2) Add R1117,R1118 303-1000-00800
3) Add J103,J104,J105,J106,J107(314-0000-00550)
2015/01/15
1) Change J104,J107 from 314-0000-00550 to 314-0000-00659
2) Change R1118 Position
2015/01/16
1) SCH Based on 5518 Project(B1B5+DTV):
Change R240 from 100K to NC; R241 from NC to 100K;
R239 from 100K to NC; R236 from NC to 100K
2) Change R1412,R1416 from 100K to NC
2015/01/19RFupdate
1) Change L826 from 2.7nH to 2nH(303-1000-00463)
2) Change C823,C824,C843 from 3.9pF to 3.3pF(302-0214-11025)
3) Change R829 from 6.8nH to 6.2nH(MLG0603P6N2S TDK)
4) Add C832=1.0pF(302-0214-11013)
5) Change L858 from 15nH to 20nH(MLG0603S20NJ TDK)
6) Change C847,C848 from 2.2pF to 1.6pF(GJM0335C1E1R6BB01 Murata)
7) Change R909 from 1.5nH to 2.7nH(303-1000-00415)
8) Change C912 from 0.5pF to 1.0pF(302-0225-11013)
9) Change C913 from 1.8nH to 2.7nH(303-1000-00415)
10) Change L710 from 5.6nH to 6.8nH(303-0112-86040)
11) Change R1009 from 1.5pF to 3.3pF（302-0214-11025）
12) Change L1004 from 33nH to 39nH（303-0112-86064）
13) Change R1011 from 0ohm to 33pF(302-0214-41051)
14) Change R1007 from 0ohm to 6.2nH（303-1000-00954）
15) Add C1021 2.2pF(302-0214-11021)
16) Add C1017 1.0pF(302-0214-11013)
2015/01/19BBupdate
16) Change R1410 to 0ohm_0603(301-0031-25000)
2015/01/20RFupdate
1) Change C840,R832,C821,C820,U814 value to NC
2) Add R826 0ohm
2015/01/23BBUpdate
1) Change J103~J107 to NC(MECH requirement)
2015/01/27BBUpdate
1) Change U1201 PCB footprint
2015/02/15RFUpdate
1) DEL ANT TUNER S901,DEL NET(WG_850_SW),ADD R920 ,CHANGE R913 TO 3.3NH
2) C1613 CHANGE TO 10NH
2015/02/16BBUpdate
1) Add R1120 0ohm. C1110 NC
2) For P Stage, Change R243 100K-->NC ; R242 NC--->100K
3) Change Netlist "GPIO44_CHG_EN"------>"GPIO45_CHG_EN"
Change Netlist "GPIO45_BAT_ID"------>"GPIO44_BAT_ID"
4) Del Netlist "LCM_ID"
2015/02/16RFUpdate
1) DEL R920
2) ADD R1708 R1709 FOR DTV DESENSE
2015/02/26BBUpdate
1) Change R1413 from 680ohm to 649ohm; Change R1414 from 3K to 4.7K.
2) Change J103, J105, J106 from NC to 314-0000-00550; Change J104,J107 from NC to 314-0000-00659
2015/02/27RFUpdate
1) change R831 NC/4.70nH to NC/3.30nH
2)
CHANGE U1603,L1604,L1605,L1606
2) CHANGE R1655 NC TO 0.00 OHM
2015/03/03BBUpdate
Change HW Software Interface Specification
2015/03/06BBUpdate
Update the Block Diagram
003‐‐‐>004
2015/03/26
(1)AddC1104,TVS1101
(2)ChangeJ103to314‐0000‐00659,ChangeJ104to314‐0000‐00740
(3)ChangeR242toNC,R243to100K,R244to100K,R245toNC
2015/03/27
(1)ChangeC1100andC1102to308‐0000‐00263
(2)DelC1104,TVS1101
2015/04/17
(1)ChangeU1601PCBfootprintfromNMI326AFAtoNMI326AFB
(2)ChangeR
(3)Change0ohmResistortoShortPad,Detailasfollow:
R117,R118,R302,R303,R360,R361,R362,R363,R364,R366,R367,
R418,R512,R513,R1100,R1101,R1103,R1107,R1109,R1110,R1111
R1207,R1204,R1208,R1209,R1203,R1201,R1202,
R1305,R1302,R1306,R1303,R1304,R1307
R1421,R1417,R1415,R1423,R1501,R1502,R1503,
R1706,R1707,R1700,R1701,
R616,R617,R607,R608
B B
2015/04/21
(1)ChangeC1406from1nFto2.2nF(302‐0225‐53085)
4
3
2
1
A A
5
4
3
2
1
Page 88
5
88
4
3
2
1
MT6582_Power
D D
1.2V IO for DDR2
12
C143
100nF
Cap_0201
12
Cap_0201
C144
100nF
12
Cap_0201
C142
100nF
Bottom cap/1st cap group
C115 close to pin E1 (150mil)
C125 close to pin G26 (150mil)
12
12
Cap_0402
12
Cap_0201
12
Cap_0201
12
C119
1.00uF
Cap_0402
C115
1.00uF
12
C124
100nF
Cap_0201
C157
100nF
Short-0402
1 2
R117
Short-0402
1 2
R118
12
C116
100nF
Cap_0201
C131
100nF
12
C158
100nF
Cap_0201
12
Cap_0402
12
C117
100nF
Cap_0201
C140
1.00uF
C148
1.00uF
Cap_0402
VUSB_PMU
VIO18_PMU
12
Cap_0201
12
Cap_0201
12
C156
100nF
Cap_0201
C120
100nF
C125
100nF
C104
100nF
12
Cap_0201
12
C152
1.00uF
Cap_0402
12
C123
100nF
12
Cap_0402
C151
100nF
Cap_0201
C155
1.00uF
12
Cap_0201
Cap_0603
2 1
1st cap groupBottom cap
C130
10.0uF
Cap_0603
2 1
Transient improvement
12
12
C122
100nF
C129
10.0uF
Cap_0603
2 1
C132
10.0uF
C127
100nF
Cap_0201
Cap_0603
2 1
C136
10.0uF
Cap_0603
2 1
Cap_0201
C133
10.0uF
C128
100nF
C137
NC/10.0 uF
Cap_0603
2 1
Cap_0603
2 1
C134
10.0uF
1st cap groupBottom cap
R107 NC
R103 NC
(1)Please make sure that the two traces should be laid differential pair
with ground shielding remote sense to PMIC
(2)R107/R103 which is close to V18/T14 pin could be removed.
12
12
C111
C113
100nF
100nF
Cap_0201
Cap_0201
For low-power testing proposal.
It can be cancel for cost-down proposal
2
VM_PMU
check MSDC1/2
IO power
VMC_PMU
VIO18_PMU
VIO18_PMU
VIO18_PMU
For low-power testing proposal.
It can be cancel for cost-down proposal
VPROC_PMU
Short-0402
1 2
Short-0402
1 2
VIO18_PMU
GND_VPROC_FB
VPROC_FB
Title
Title
Title
Size
Size
Size
C
C
C
Date: Sheet
Date: Sheet
Date: Sheet
To MT6322 GND_VPROC_FB pin
To MT6322 VPROC_FB pin
Arima Communications Corp.
Arima Communications Corp.
Arima Communications Corp.
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Document ID Rev
Document ID Rev
Document ID Rev
01_MT6582_Power
01_MT6582_Power
01_MT6582_Power
1
of
of
of
116Thursday, June 18, 2015
116Thursday, June 18, 2015
116Thursday, June 18, 2015
PA1
PA1
PA1
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
VCCK
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
H18
H16
H15
G9
G11
G13
G15
G16
G18
H8
E7
F7
F8
G8
H11
H13
E1
V1
AD26
U25
G26
L26
Y26
D1
W1
AG13
R10
P9
L11
L12
L13
L14
L15
L16
L17
M10
M18
N10
N18
P18
R9
R18
T10
U10
V10
N12
N13
N14
N15
N16
N17
P14
R15
P15
R14
R13
R12
R16
R17
T14
T15
U15
U16
V15
V16
M15
N21
P10
P11
P12
P13
P16
P17
L18
M14
M13
M12
L2
G1
T24
P26
H4
H5
J5
J7
L4
M7
M8
N3
DVDD12_EMI
VMC_PMU_1
VIO18_PMU_1
VIO18_PMU_2
VIO18_PMU_3
VCCK
VCCK_VPROC
(1)Remote-sense pin "Vproc_FB"
connect to the nearest PTH of
"T14".
(2)Remote-sense pin
"GND_Vproc_FB" connect to the
nearest PTH of "V18"
VIO18_PMU_4
AVDD33_USB
AVDD18_USB
Cap_0201
1 2
3
T13
T16
T17
T18
T21
M11
U11
U12
V11
V12
U202B
T11
DVSS
R11
DVSS
R2
DVSS
DVSS
DVSS
G6
DVSS
G7
DVSS
G14
DVSS
G17
DVSS
G20
DVSS
H10
DVSS
M20
DVSS
N11
DVSS
A19
DVSS
A26
DVSS
B4
DVSS
B10
DVSS
E21
DVSS
F6
DVSS
B12
DVSS
B14
DVSS
B17
DVSS
B22
DVSS
B24
DVSS
C4
DVSS
C8
DVSS
C11
DVSS
C12
DVSS
C16
DVSS
C17
DVSS
C18
DVSS
C20
DVSS
C21
DVSS
C22
DVSS
AA21
AB21
AE21
AE19
AE22
AE18
AC21
AD22
AG26
AA18
AB19
C23
C25
D4
D5
D7
D9
D11
D13
D15
D17
D21
D24
E5
E8
E10
E18
F18
P21
L10
AE5
V7
U7
W7
Y7
AB6
AB8
AC3
AC5
AC7
AD4
AE3
W20
U20
V20
V21
U21
W21
Y20
Y21
U17
U18
A2
R24
A3
V17
V18
AF3
AG1
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
AVSS18_WBG
DVSS
DVSS
DVSS
AVSS18_WBG
AVSS18_WBG
AVSS18_WBG
AVSS18_WBG
AVSS18_WBG
AVSS18_WBG
AVSS18_WBG
AVSS18_WBG
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
AVSS18_MD
AVSS18_MD
AVSS18_MD
AVSS18_MD
DVSS
DVSS
AVSS18_MEMPLL
AVSS33_USB
AVDD18_MD
AVDD18_AP
AVDD28_DAC
DVDD18_PLLGP
AVDD18_MEMPLL
AVSS18_MD
AVSS18_MD
AVSS18_MD
DVSS
DVSS
AVSS18_AP
AVSS18_AP
AVSS18_WBG
AVSS18_WBG
MT6582WG
MT6582-NSMD
C C
B B
12
C112
100nF
Cap_0201
VIO18_PMU_5
VTCXO_PMU
VIO18_PMU_6
VIO18_PMU_7
4
VIO18_PMU
VTCXO_PMU
VIO18_PMU
VIO18_PMU
A A
AVDD18_MEMPLL pin and AVSS18_MEMPLL pin should
be connected with PCB CAP first, and then connected
with PMU and PCB ground. CAP should be near MT6582
as possible as we can.
5
12
C108
100nF
Cap_0201
12
C109
100nF
Cap_0201
12
Cap_0201
C110
100nF
V13
DVDD12_EMI
DVSS
T12
DVDD12_EMI
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD12_EMI
DVDD28_MSDC1
DVDD28_MSDC2
DVDD28_BPI
DVDD18_IO1
DVDD18_MSDC0
DVDD18_IO0
DVDD18_IO1
DVDD18_IO2
DVDD18_IO3
DVDD18_IO4
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
VCCK_VPROC
DVDD18_MIPITX
DVDD18_MIPIIO
AVDD33_USB
AVDD18_USB
DVSS18_MIPIIO
DVSS18_MIPIIO
DVSS18_MIPIIO
DVSS18_MIPIIO
DVSS18_MIPITX
DVSS18_MIPITX
DVSS18_MIPITX
DVSS18_MIPITX
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
DVSS
J21
K21
V14
H12
H20
H17
H14
M16
M17
Page 89
5
89
MT6582_Baseband
U202A
TX_BBIP
TX_BBIN
TX_BBQP
TX_BBQN
RX_BBIP
WG_GGE_PA_VRAMP
DVDD18_EFUSE
VGPx (1V8)
GND
RX_BBIN
RX_BBQP
RX_BBQN
DCOC_Flag
D D
EFUSE Notice :
(1)EFUSE power (VGPx) range = 1.71V~1.98V
(2)EFUSE power (VGPx) should be only for EFUSE usage
(not share with other application)
(3)VGPx need 1uF bypass cap (pls refer to page 3 "LDO output voltage/current
table")
Pin FSOURCE_P
Voltage
AF22
UL_I_P
AF21
UL_I_N
AG20
UL_Q_P
AF20
UL_Q_N
AG25
DL_I_P
AG24
DL_I_N
AG22
DL_Q_P
AG23
DL_Q_N
AF25
VBIAS
AE24
APC
AE14
TXBPI
MT6582WG
Description
w/i EFUSE program
w/o EFUSE program
EFUSE Notice
C C
2 1
C211
NC/1.00 uF
Cap_0402
VGP2_1V8
R204
NC/0.00Ohm
Res_0201
1 2
R205
0.00Ohm
Res_0201
1 2
WATCHDOG_B
Close to MT6582
90 Ohm differential
Please reserve bypass cap
for AUX_ADC decoupling (from Antenna) proposal.
It can be cancel for cost-down proposal
TP218
TP217
TP210
TP211
TP215
TP214
VIO18_PMU
AUX_IN0_IDDIG
TP0.5
TP0.5
TP0.5
TP0.5
TP0.5
TP0.5
B B
VIO18_PMU
12
12
R217
R218
2.20Kohm
2.20Kohm
Res_0201
Res_0201
SCL2
SDA2
VIO18_PMU
12
12
R212
R210
3.90Kohm
3.90Kohm
Res_0201
Res_0201
SCL1
A A
SDA1
VIO18_PMU
12
12
R220
R219
2.20Kohm
2.20Kohm
Res_0201
Res_0201
SCL0
SDA0
5
AB24
BPI_BUS0
AB23
BPI_BUS1
AD25
BPI_BUS2
AC24
BPI_BUS3
AC23
BPI_BUS4
AE25
BPI_BUS5
AD24
BPI_BUS6
AF16
BPI_BUS7
AA17
BPI_BUS8
AD16
DVDD28_BPIDVDD18_IO4
BPI_BUS9
AC16
BPI_BUS10
AF15
BPI_BUS11
AC17
BPI_BUS12
AB17
BPI_BUS13
AC15
BPI_BUS14
Y15
BPI_BUS15
AG14
VM0
AF14
VM1
AD14
BSI_EN
Y14
BSI_CLK
AB14
BSI_DATA0
AA14
BSI_DATA1
AC14
BSI_DATA2
MT6582-NSMD
CLK1_BB
RTC32K_CK
JTAG Degug port
R201 5.10Kohm
Res_0201
12
R424 1.0Mohm
Res_0402
AUX_IN1
2 1
C213 Close to MT6592
AF19 should connect to C213.2 first,
than connect to GND by via
ASM_VCTRL_A
ASM_VCTRL_B
ASM_VCTRL_C
WG_GGE_PA_ENABLE
W_PA_HB_ON
W_PA_LB_ON
B5/B8_SWITCH
VM0
BSI-A_EN
BSI-A_CK
BSI-A_DAT0
BSI-A_DAT1
BSI-A_DAT2
TESTMODE
FSOURCE_P
FSOURCE_P
MCU_JTCK
MCU_JTDO
MCU_JTDI
MCU_JTMS
USB_VRT
12
USB_DP
USB_DM
CHD_DP
CHD_DM
C209
C210
100pF
100pF
Cap_0201
Cap_0201
2 1
REFP
C213
100nF
Cap_0402
1 2
PSTAGE_0 PSTAGE_1
VIO18_PMU VIO18_PMU
AF26
L25
AF11
R5
R4
N26
AF12
AE12
AG11
AF13
P25
R26
R25
N23
N24
V5
U5
W5
AC19
AD19
AF18
AG17
AF17
AG16
AG19
AF19
12
R243
NC/100Kohm
Res_0201
12
R242
100 Kohm
Res_0201
U202C
CLK26M
RTC32K_CK
TESTMODE
FSOURCE_P
DVDD18_EFUSE
WATCHDOG
JTCK
JTDO
JTDI
JTMS
USB_VRT
USB_DP
USB_DM
CHD_DP
CHD_DM
I2S_BCK
I2S_LRCK
I2S_DATA_IN
AUX_IN0
AUX_IN1
AUX_XP
AUX_XM
AUX_YP
AUX_YM
REFP
AVSS_REFN
MT6582WG
DTV_IRQ_N
DTV_RESET_N
DVDD18_IO3
4
UTXD0
UTXD1
UTXD2
URXD0
URXD1
Y2
U2
P23
W2
V2
P22
UTXD0
UTXD1
UTXD2
URXD0
URXD1
DVDD18_IO3 DVDD18_IO1
PSTAGE_0
PSTAGE_1
12
R245
NC/100Kohm
Res_0201
12
R244
100 Kohm
Res_0201
4
UTXD3
URXD2
URXD3
AA3
AD8
AA1
AC8
AD7
AB3
AE7
AA2
T23
R23
UTXD3
URXD3
URXD2
MSDC2_DAT3T2MSDC2_DAT2T1MSDC2_DAT1T5MSDC2_DAT0T6MSDC2_CLKR7MSDC2_CMDT3MSDC1_DAT3D3MSDC1_DAT2C2MSDC1_DAT1D2MSDC1_DAT0E4MSDC1_CLKC3MSDC1_CMDE3MSDC0_DAT7
AC9
AB9
AF10
SCL0
SCL1
SCL2
SDA0
SDA1
SDA2
SPI_MI
EINT11
SPI_CS
SPI_CK
SPI_MO
MC1CK_1
AF8
EINT14
DVDD18_MSDC0DVDD28_MSDC1DVDD28_MSDC2
MSDC0_DAT6
F22
E23
DTV_SPI_DATA
DTV_SPI_RXD
DTV_SPI_TXD
DTV_SPI_SCK
AG8
AE10
AC11
AD10
AE9
EINT15
EINT16
EINT17
EINT18
MSDC0_DAT5
MSDC0_DAT4
MSDC0_DAT3
MSDC0_DAT2
F24
E26
E25
G24
G23
1 2
R232 33.0Ohm
AB13
AC10
EINT20
EINT19
PWRAP_SPI0_CSN
PWRAP_SPI0_CK
PWRAP_SPI0_MI
PWRAP_SPI0_MO
DVDD18_IO1
MSDC0_DAT1
MSDC0_DAT0
MSDC0_CLK
MSDC0_CMD
E24
D26
G22
G25
AD13
AC13
AE13
KPCOL0
KPCOL1
KPROW0
KPROW1
SYSRSTB
SRCLKENAI
SRCLKENA
PWRAP_INT
AUD_CLK_MOSI
AUD_DAT_MISO
AUD_DAT_MOSI
GPIO12
GPIO13
SIM1_SCLK
SIM1_SIO
SIM1_SRST
SIM2_SCLK
SIM2_SIO
SIM2_SRST
EINT0
EINT1
EINT2
EINT3
EINT4
EINT5
EINT6
EINT7
EINT8
EINT9
EINT10
PCM_CLK
PCM_RX
PCM_SYNC
PCM_TX
MSDC0_RSTB
MT6582-NSMD
Res_0402
3
SCL0
SDA0
SCL1
SDA1
SCL2
SDA2
EINT11_G
EINT14_CTP_RST
EINT15_HP
EINT16_SUB_CMRST
EINT17_G
EINT18_SUB_CMPDN
EINT19_TP_WAKE
EINT20_MAINCAM_RST
KCOL0
KPR_ECOM_RST
Y13
AA13
KPCOL2
KPROW2
M25
M24
N25
J23
H23
J24
H22
H24
K26
K25
J25
AG10
AF9
L21
K23
L23
L20
L24
K24
W22
V22
AA24
V24
W25
Y25
AA23
AA26
AA25
Y23
Y22
V23
V26
V25
U24
eMMC_RST
eMMC_CMD
eMMC_CLK
eMMC_DAT0
eMMC_DAT1
eMMC_DAT2
eMMC_DAT3
eMMC_DAT4
eMMC_DAT5
eMMC_DAT6
eMMC_DAT7
MC1CM
MC1CK
MC1DA0
MC1DA1
MC1DA2
MC1DA3
3
GPIO93_MAINCAM_PDN
MT6605 OSC_EN (SRCLKENAI) need to default low
for MT6605 TESTMODE boot-strap
SRCLKENA
PMIC_SPI_CS
PMIC_SPI_SCK
PMIC_SPI_MISO
PMIC_SPI_MOSI
EINT_PMIC
AUD_CLK
AUD_DAT_MISO
AUD_DAT_MOSI
GPIO12_FLASH_EN
GPIO13_FLASH_INHIBIT
SIM1_SCLK
SIM1_SIO
SIM1_SRST
SIM2_SCLK
SIM2_SIO
SIM2_SRST
EINT0_CHG_OVP
EINT1_A
EINT2_SIM1_DET
EINT3_SIM2_DET
EINT5_MC1INSI
EINT6_M
EINT10_CTP
EINT43_CHG_Status
GPIO45_CHG_EN
GPIO44_BAT_ID
PCB_ID0
PCB_ID1
PCB_ID2
PCB_ID3
DVDD12_EMI
12
R209
8.20Kohm
Res_0201
EVREF
EVREF
12
R211
8.20Kohm
Res_0201
SYSRST_B
12
C208
NC/1.00uF
Cap_0402
B1orB2 B5orNOT
BIT2 BIT1 BIT0
VIO18_PMU
12
12
R236
R241
NC/100 Kohm
100Kohm
Res_0201
Res_0201
12
12
R239
R240
100Kohm
NC/100Kohm
Res_0201
Res_0201
2
12
C205
100nF
Cap_0201
12
100nF
C206
Cap_0201
B8orNOT
12
R235
100 Kohm
Res_0201
12
R238
NC/100Kohm
Res_0201
2
1
B7
RCS0_B
RCS1_B
RDQS0_B
RDQS1_B
RDQS2_B
RDQS3_B
RCLK0_B
REXTDN
LCM_RST
DSI_TE
DISP_PWM
CMMCLK
CMPCLK
CMDAT0
CMDAT1
RCKE
RDQM0
RDQM1
RDQM2
RDQM3
RDQS0
RDQS1
RDQS2
RDQS3
RCLK0
RA0
RA1
RA2
RA3
RA4
RA5
RA6
RA7
RA8
RA9
ECS0_B
B6
ECS1_B
B5
ECKE
D16
EDQM0
D18
EDQM1
D10
EDQM2
D23
EDQM3
F15
EDQS0
F17
EDQS1
F12
EDQS2
E20
EDQS3
E15
EDQS0_B
E17
EDQS1_B
E12
EDQS2_B
F20
EDQS3_B
F9
EDCLK_B
E9
EDCLK
EA0
EA1
EA2
EA3
EA4
EA5
EA6
EA7
EA8
EA9
12
R221
NC/0.00Ohm
Res_0402
LRSTB
LPTE
BL_PWM
CMMCLK
EA[0..9]
B8
B9
D8
A8
A7
C7
A5
D6
C6
A4
B3
REXTDN
U3
Y3
AD9
B2
B1
E2
F2
JTAG
15
J201
GND
VIO18_PMU
SYSRST_B
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Document ID Rev
Document ID Rev
Document ID Rev
02_MT6582_Baseband
02_MT6582_Baseband
02_MT6582_Baseband
1
1
2
2
MCU_JTDI
3
3
MCU_JTMS
4
4
MCU_JTCK
5
5
6
6
MCU_JTDO
7
7
8
8
9
9
10
10
11
11
12
12
13
13
NC/FH26-13S-0.3SHW(05)
GND
FH26-13S-0.3SHW05
14
Arima Communications Corp.
Arima Communications Corp.
Arima Communications Corp.
216Thursday, June 18, 2015
216Thursday, June 18, 2015
216Thursday, June 18, 2015
of
of
1
of
13PIN 0.3mm PITCH
PA1
PA1
PA1
TP_MEMPLL
MIPI_VRT
R203
1.50Kohm
Res_0201
U202D
LPDDR3 ballmap
A25
RDQ31
B26
RDQ30
C26
RDQ29
B25
RDQ28
B23
RDQ27
D25
RDQ26
A23
RDQ25
C24
RDQ24
A13
RDQ23
A14
RDQ22
D12
RDQ21
A11
RDQ20
B13
RDQ19
C10
RDQ18
A10
RDQ17
B11
RDQ16
A22
RDQ15
B21
RDQ14
D22
RDQ13
D20
RDQ12
B20
RDQ11
C19
RDQ10
A20
RDQ9
B19
RDQ8
B18
RDQ7
A16
RDQ6
A17
RDQ5
B16
RDQ4
C15
RDQ3
B15
RDQ2
D14
RDQ1
C14
RDQ0
F16
VREF
A1
TP_MEMPLL
MT6582WG
MT6582-NSMD
U202E
M3
TCP
M4
TCN
M1
TDP0
M2
TDN0
P2
TDP1
N2
TDN1
P1
TDP2
R1
TDN2
N5
TDP3
M5
TDN3
K6
RCP
K5
RCN
L3
RDP0
K3
RDN0
K1
RDP1
K2
RDN1
J1
RDP2
J2
RDN2
G2
RDP3
H2
RDN3
F5
RCP_A
G5
RCN_A
G4
RDP0_A
G3
RDN0_A
J3
RDP1_A
H3
RDN1_A
N1
VRT
MT6582WG
MT6582-NSMD
Title
Title
Title
Size
Size
Size
Custom
Custom
Custom
Date: Sheet
Date: Sheet
Date: Sheet
ED[0..31]
ED31
ED30
ED29
ED28
ED27
ED26
ED25
ED24
ED23
ED22
ED21
ED20
ED19
ED18
ED17
ED16
ED15
ED14
ED13
ED12
ED11
ED10
ED9
12
C207
1.00uF
Cap_0402
VIO18_PMUVIO18_PMUVIO18_PMU
12
R234
100Kohm
Res_0201
12
R237
NC/100Kohm
Res_0201
ED8
ED7
ED6
ED5
ED4
ED3
ED2
ED1
ED0
EVREF
TP0.5
TP209
MIPI_TCP
MIPI_TCN
MIPI_TDP0
MIPI_TDN0
MIPI_TDP1
MIPI_TDN1
MIPI_RCP
MIPI_RCN
MIPI_RDP0
MIPI_RDN0
MIPI_RDP1
MIPI_RDN1
MIPI_RDP2
MIPI_RDN2
MIPI_RDP3
MIPI_RDN3
MIPI_RCP_A
MIPI_RCN_A
MIPI_RDP0_A
MIPI_RDN0_A
MIPI_RDP1_A
MIPI_RDN1_A
12
Close to MT6582
Page 90
5
90
PMIC_MT6323
if you use digital MIC,
please change cap (C241)
to 1.0uF
PCDDR3/1.5VPCDDR3L/1.35V
BATSNS
ISENSE
BAT_ON
VCDT
CHR_LDO
Star-connection
50mil50mil 30mil
30mil
20mil
20mil
30mil
VSYS_PMU
VIO18_PMU
Needtocheck!!
LPDDR1/1.8V
L (20K)
L
12
C316
1.00uF
Cap_0402
Close to PMIC
1 2
R360
1 2
R361
1 2
R362
1 2
R363
1 2
R364
1 2
R366
1 2
R367
Default
PU
PD
C317
NC/100nF
2 1
Cap_0201
C317 is for noise decoupling proposal.
It can be cancel for cost-down proposal
No GPS
GPS co-clock
w/ GPS
GPS non co-clock 1uF
Reserved C321 for no GPS application.
Short-0402
Short-0402
Short-0402
Short-0402
Short-0402
Short-0402
Short-0402
Cap_0603
Cap_0603
Cap_0402
Cap_0603
Cap_0603
C3024.70uF
C3014.70uF
C3041.00uF
C3094.70uF
C3034.70uF
12
2 1
2 1
2 1
2 1
VA_PMU
Cap_0603
C30610.0uF
2 1
Please refer to MT6323 design notice for
Buck GND layout rule
(1)MT6323 Buck GND(GND_VPROC/GND_VPA/GND_VSYS) is connected together first,
and then single trace connect to GND layer
(2)Use single trace >40mil or GND plan to connect buck input bypass cap
and MT6323 GND pins of buck in the same layer,
and then isolate this GND plan
Symbol
LPDDR2/1.2V
SPI_CSN
H
L (20K)
L
AUD_MOSI
D D
MT6333 switching charger function de-feature (Need to add external SWCHR)
Change notice:
Page 3
1. Add R335, MT6322 pin N13 (CHRLDO) connect to R335, then connect to VBUS_1
2. R330.1 connect to VUBS_1
C C
B B
A A
AUX_IN1
H (20K)HH (20K)
VIO18_PMU
12
R331
NC /39.0Kohm
Res_0402
12
NTC301
NC / NTCG103JF103F
Res_0402
5
Vbat should connect to C341 first,
VBAT
then star-connetion to MT6323
12
C341
22.0uF
Cap_0603
Please refer to "MT6323_6322_for_MT6582_MT6592_Design_Notice"
for R334/R336 value selection
Plasse reserve R331/NTC301
for thermal protection option(close to PA)
4
VBAT
MICBIAS0
R302
1 2
Short-0201
12
C342
1.00uF
Cap_0402
Connect to MT6166 XO4 pin directly
PWRKEY
WATCHDOG_B
SYSRST_B
MT6166 side MT6322 side
C321
C159
0.1uF
NC
0.1uF
1uF
0.1uF
DVDD18_DIG
C322 must to be close
to MT6323 pin B1
GND_AUXADC
Cap_0603
Cap_0402
Cap_0402
Connect X600 pin2
GND to MT6323 pin
C31110.0uF
C3081.00uF
C3071.00uF
B2 first then
12
12
connect
to main GND (near pin B2)
2 1
4
VA_PMU
1 2
R316 1.00Kohm
AUXADC_REF
Res_0201
12
C344
100nF
Cap_0402
1 2
Short-0201
ACCDET
CLK4_Audio
1 2
R305 0.00Ohm
SRCLKENA
FCHR_ENB
PMIC_SPI_SCK
PMIC_SPI_CS
PMIC_SPI_MOSI
PMIC_SPI_MISO
12
C322
1.00uF
Cap_0402
R303
Res_0201
12
Cap_0402
MICBIAS1
AU_VIN0_P
AU_VIN0_N
AU_VIN1_P
AU_VIN1_N
EINT_PMIC
AUD_DAT_MOSI
AUD_CLK
AUD_DAT_MISO
1 2
12
C321
100nF
Cap_0402
SIM1_SCLK
SIM1_SIO
SIM1_SRST
SIM2_SCLK
SIM2_SIO
SIM2_SRST
SIM1_CARD_SCLK
SIM1_CARD_SIO
SIM1_CARD_SRST
SIM2_CARD_SCLK
SIM2_CARD_SIO
SIM2_CARD_SRST
12
C313
2.20uF
Cap_0201
C343
NC/1.00 uF
Cap_0402
2 1
BAT_ON
VCDT
CHR_LDO
R317 1.00Kohm
Res_0201
AUXADC_REF
CHD_DM
CHD_DP
C314
100nF
N172828792
M13
M14
M11
M10
MT6323A/A
P13
P12
A12
N13
M2
N12
M1
F13
F14
G13
A13
H13
J14
A10
A11
K11
M9
N11
L11
K10
U301
P1
VBAT_SPK
L2
GND_SPK
F2
AU_MICBIAS0
G2
AU_MICBIAS1
E4
AU_VIN0_P
F4
AU_VIN0_N
G3
AU_VIN1_P
G4
AU_VIN1_N
D2
AU_VIN2_P
D1
AU_VIN2_N
J2
AVDD28_ABB
D3
AVDD28_AUXADC
H2
GND_ABB
E2
ACCDET
E1
CLK26M
BATSNS
ISENSE
K3
BATON
VCDT
VDRV
CHRLDO
CONTROL SIGNAL
PWRKEY
A1
SYSRSTB
K4
RESETB
A9
FSOURCE
A7
INT
EXT_PMIC_EN
N2
PMU_TESTMODE
E7
AUD_MOSI
E8
AUD_CLK
B6
AUD_MISO
A2
SRCLKEN
FCHR_ENB
D9
SPI_CLK
B7
SPI_CSN
D8
SPI_MOSI
B8
SPI_MISO
VBAT_VPROC
VBAT_VPROC
VBAT_VPROC
VBAT_VPA
VBAT_VSYS
P8
VBAT_LDOS3
P6
VBAT_LDOS3
P5
VBAT_LDOS2
P2
VBAT_LDOS1
AVDD22_BUCK
AVDD22_BUCK
A8
DVDD18_DIG
A5
DVDD18_IO
C2
AUXADC_VREF18
B1
AUXADC_AUXIN_GPS
B2
AVSS28_AUXADC
CHG_DM
CHG_DP
B5
SIM1_AP_SCLK
SIMLS1_AP_SIO
E6
SIM1_AP_SRST
C5
SIM2_AP_SCLK
SIMLS2_AP_SIO
D6
SIM2_AP_SRST
SIMLS1_SCLK
SIMLS1_SIO
SIMLS1_SRST
K9
SIMLS2_SCLK
SIMLS2_SIO
SIMLS2_SRST
GND_LDO
J10
MT6323-NSMD
AUDIO
CHARGER
VBAT INPUT
AUXADC
BC 1.1
SIM LVS
GND_LDOJ9GND_LDOJ8GND_LDOJ7GND_LDO
J6
H10
GND_LDO
H9
GND_LDOH8GND_LDO
H7
DRIVER
BUCK OUTPUT
GND_VPROC_FB
ALDO OUTPUT
AVDD33_RTC
DLDO OUTPUT
RTC_32K1V8
RTC
RTC_32K2V8
GND_VPROC
GND_VPROC
GND_VPROC
GND_LDO
H5
VPROC_FB
VCAM_IO
VEMC_3V3
VCAM_AF
GND_VREF
GND_ISINK
GND_VSYS
GND_VPA
GND_LDO
GND_LDO
GND_LDO
GND_LDO
GND_LDO
GND_LDO
GND_LDO
GND_LDO
GND_LDO
GND_LDOG7GND_LDOG8GND_LDOG9GND_LDOH6GND_LDO
AU_HSP
AU_HSN
AU_HPL
AU_HPR
VPROC
VPROC
VPROC
VPA_FB
VCAMA
VCAMD
3
K1
SPK_P
L1
SPK_N
H1
G1
H4
J4
E9
ISINK0
C9
ISINK1
E10
ISINK2
C10
ISINK3
NC/1.00uF
Cap_0402
C14
D14
E14
B12
C12
A14
VPA
B14
VPA
D12
H14
VSYS
M3
VA
N3
VCN28
L4
VTCXO
P3
M6
VCN33
C3
J13
VM
H11
VRF18
L12
VIO18
M4
VIO28
J12
VCN18
K14
L13
P7
L6
VMC
P4
VMCH
N6
VUSB
P9
VSIM1
N9
VSIM2
L8
VGP1
M7
VIBR
N8
VGP2
L14
VGP3
N7
P14
VREF
N14
D5
C4
A3
XIN
A4
XOUT
B10
G11
E13
E11
F11
F10
K6
K8
F5
F6
F7
F8
F9
G5
G6
AU_HSP
AU_HSN
AU_HPL
AU_HPR
Reserved for desense tuning proposal.
It can be cancel for cost-down proposal
C354
C355
NC/1.00uF
Cap_0402
1 2
1 2
L3010.68uH
N168666034
IndW_2520
L302 2.20uH
N168666421
L301 / L302 / L303
Please use inductor recommand by MTK
Refer to MT6323 design notice
L303 0.68uH
N169071365
12
C356
IndW_2520
NC/1.00uF
Cap_0402
VA_PMU
VCN28_PMU
VTCXO_PMU
VCAMA_PMU
VCN33_PMU
VRTC
VM_PMU
VRF18_PMU
VIO18_PMU
VIO28_PMU
VCN18_PMU
VCAMD_PMU
VCAMD_IO_PMU
VEMC_3V3_PMU
VMC_PMU
VMCH_PMU
VUSB_PMU
VSIM1_PMU
VSIM2_PMU
VGP1_PMU
VIBR_PMU
VCAM_AF
1
C320 100nF
1 2
Cap_0402
RTC32K_CK
32K_IN
32K_OUT
Regulator
VPROC
VSYS
VPA
LDO Input Decoupling
VM
VRF18
VIO18
VCN18
VCAMD
VCAM_IO
VGP3
VA
VTCXO
VCN28
VCAMA
VCN33
VIO28
VUSB
VMC
VMCH
VEMC_3V3
VCAM_AF
VSIM1
VSIM2
VGP1
VGP2
VIBR
VDIG18
VRTC
3
B301 120ohm
12
IndFB_0603
12
B302 120ohm
IndFB_0603
C333 are for VPROC_FB decoupling proposal.
It can be cancel for cost-down proposal
12
IndW_2016
12
12
VCAMA_PMU
VA_PMU
12
C352
1.00uF
Cap_0402
SPK_P
SPK_N
12
12
C312
C310
1.00nF
1.00nF
Cap_0201
Cap_0201
VPROC_PMU
C333
NC/4.70 uF
Cap_0603
2 1
12
C334
2.20uF
Cap_0603
12
C353
1.00uF
Cap_0402
VPROC_FB
GND_VPROC_FB
VPA_PMU
VPROC_FB, GND_VPROC_FB should be laid differential
pair with ground shielding remote sense to PMIC
VSYS_PMU
PMU side
VCN33_PMUVCN33_PMU
C358
C357
NC/1.00uF
NC/1.00uF
Cap_0402
Cap_0402
1 2
1 2
VGP2_1V8
VGP3_TV_1V2
TP0.5
TP307
Close to MT6322
X301 32.768KHZ
12
Q13FC1350004500
12
C324
22.0pF
Cap_0201
Output Voltage(V) Output Current(mA) Input Decoupling Output Decoupling Notes
0.7~1.4
2.2
0.5~3.4
Output Voltage(V) Output Current(mA)
1.24/1.39/1.54/1.84
1.825
1.8
1.8
1.2
1.8
1.2
2.8
2.8
2.8
2.8
/3.4/3.5/3.6
3.3
2.8
3.3
1.8 /3.3
3.0 /3.3
3.0 /3.3
1
2.8
1.8 /3.0
1.8 /3.0
1.2/1.3/1.5/1.8/2.0
2.8/
1.2/1.3/1.5/ /2.0
2.5//2.8/3.0
1.2/1.3/1.5/1.8/2.0
2.8/ /3.3
2.8
12
C319
22.0pF
Cap_0201
Res_0201
1 2
R306 NC/0.00 Ohm
R307 NC/0.00 Ohm
1 2
/
1.3/1.5/1.8
Res_0201
/1.3/1.5/1.8
.2/1.3/1.5/1.8/2.0
/3.0/3.3
3.0
/3.3
1.8
3.0
2800
1200
600
700
200
300
120
150
100
200
150
40
30
150
240(MT6323)
350(MT6322)
200
20
100
400
400
100
50
50
100
100
100
201.8
2
For 32k-less, please change GB301(backup battery) to 22uF cap.
Recommend implementing 1~100uF for VRTC,
DONOT implement the backup battery. (Because of the Time precision: +-1. 5 sec every 30 sec)
For longer RTC time sustain after battery remove,
please refer to RTC design notice.
RTC 32K :
(1) X301 / C324 / C319 = mount
(2) R333 / R350 = NC
RTC 32K-less
(1) X301 / C324 / C319 = NC
(2) R333 / R350 = 0R
PMU_32K
2
Backup Batt.
VRTC
12
R321
1.50Kohm
12
Res_0201
C323
100nF
Cap_0201
12
C318
22.0uF
Cap_0603
>10uF
>10uF
>4.7uF
10uF
1uF -20%~+200%
4.7uF -20%~+200%
1uF
1uF
1uF
1uF
1uF
1uF Far-end bypass cap
1uF
3.2uF
2.2uF
1uF
1uF
2.2uF
4.7uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
0.1uF to 1000uF
L=0.68uH,C=10uF*4
L=0.68uH,C=10uF*2
L=2.2uH,C=2.2uF+2.2uF
Output Decoupling Notes
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+200%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
-20%~+20%
2
Total outptu cap>40uF
Total outptu cap>20uF
Output cap range 4.4uF +/-20%
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
1uF near-end
Far-end bypass cap4.7uF
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
,2.2uF Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
Far-end bypass cap
1
Arima Communications Co rp.
Arima Communications Co rp.
Arima Communications Co rp.
Title
Title
Title
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Size Document ID Rev
Size Document ID Rev
Size Document ID Rev
Custom
Custom
Custom
03_MT6322_PMIC_Audio
03_MT6322_PMIC_Audio
03_MT6322_PMIC_Audio
Date: Sheet
Date: Sheet
Date: Sheet
1
of
of
of
316Thursday, June 18, 2015
316Thursday, June 18, 2015
316Thursday, June 18, 2015
PA1
PA1
PA1
Page 91
5
91
4
3
1 2
VDD1 : Core 1
R418
Short-0402
2
DVDD18_EMIVIO18_PMU
1
eMMC+LPDDR3
EA[0..9]
N171325559
N171325563
AB12
AB11
AB10
AA13
AA12
AA10
AA11
Y2
Y3
W2
W3
V3
L3
K3
J3
J2
H2
W12
V11
V13
U11
U13
T11
T13
R12
N12
M13
M11
L13
L11
K11
K13
J12
Y13
Y11
H11
H13
G10
G12
G13
F10
F11
F12
G2
G3
F13
G11
H10
J8
J13
K8
K9
L10
L12
M8
N13
P9
R13
T8
U10
U12
V8
V9
W8
W13
Y10
F2
G4
G8
H3
H5
L4
M3
M4
N4
N8
P4
P12
R3
R4
R8
T4
Y4
Y5
AA2
AA4
AA8
H4
J4
K4
P2
U4
V4
W4
A3
A8
A12
B2
B7
B11
C3
C5
C8
C10
C12
C13
D7
A2
A13
B1
B14
D2
D3
D4
D5
D6
A7
CA0
CA1
CA2
CA3
CA4
CA5
CA6
CA7
CA8
CA9
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31
ZQ0
ZQ1
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSSCA
VSSCA
VSSCA
VSSCA
VSSCA
VSSCA
VSSCA
VSSm
VSSm
VSSm
VSSm
VSSm
VSSm
VSSm
VSSm
VSSm
VSSm
VSSm
VSSm
VSSm
VSF
VSF
VSF
VSF
VSF
VSF
VSF
VSF
VSF
RFU
KMQ7X000SA-B315
LP-DDR3
EA0
EA1
1 2
1 2
EA2
EA3
EA4
EA5
EA6
EA7
EA8
EA9
ED0
ED1
ED2
ED3
ED4
ED5
ED6
ED7
ED8
ED9
ED10
ED11
ED12
ED13
ED14
ED15
ED16
ED17
ED18
ED19
ED20
ED21
ED22
ED23
ED24
ED25
ED26
ED27
ED28
ED29
ED30
ED31
Res_0201
Res_0201
D D
221 Ball, 0.5mm pitch
LPDDR3 eMMC
VDD1=1.8V VCC=3.3V
VDD2=1.2V VCCQ=1.8V
VDDCA=1.2V
VDDQ= 1.2V
C C
B B
A A
5
ED[0..31]
4
R509 240Ohm
R510 240Ohm
Power
eMMC
U501
VDD1
VDD1
VDD1
VDD1
VDD1
VDD1
VDD1
VDD1
VDD1
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDD2
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDCA
VDDCA
VDDCA
VDDCA
VCC
VCC
VCC
VCC
VCC
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCI
CLKm
RST
CMD
DAT7
DAT6
DAT5
DAT4
DAT3
DAT2
DAT1
DAT0
CS0#
CS1#
CKE0
CKE1
CLK
CLK#
DQS0
DQS0#
DQS1
DQS1#
DQS2
DQS2#
DQS3
DQS3#
DM0
DM1
DM2
DM3
VREFCA
VREFDQ
DNU
DNU
DNU
DNU
DNU
DNU
DNU
DNU
ODT
KMQ7X000SA-B315
3
F3
F4
F9
G5
AA3
AA5
AB3
AB4
AB9
F5
F8
J5
K5
L2
L5
M5
N5
P5
P8
P11
R5
T5
U5
V5
W5
AB5
AB8
G9
H8
H12
J11
K10
K12
L8
L9
M10
M12
N11
R11
T10
T12
U8
U9
V10
V12
W11
Y8
Y12
AA9
K2
N2
U2
V2
B3
B12
B13
C4
D8
A4
B6
B9
C7
C11
A11
B8
C2
A6
B4
A5
A10
C9
B5
C6
B10
A9
U3
T3
T2
R2
P3
N3
T9
R9
M9
N9
Y9
W9
H9
J9
R10
N10
W10
J10
M2
P13
AB14
AB13
AB2
AB1
AA14
AA1
A14
A1
P10
Cap_0603
2 1
DVDD18_EMI
ECKE
ECKE
EDCLK
EDCLK_B
C538
4.70uF
VDD2 : Core 2
N171324757
N171324663
eMMC_CLK
eMMC_RST
eMMC_CMD
eMMC_DAT7
eMMC_DAT6
eMMC_DAT5
eMMC_DAT4
eMMC_DAT3
eMMC_DAT2
eMMC_DAT1
eMMC_DAT0
ECS0_B
ECS1_B
ECKE
ECKE
EDCLK
EDCLK_B
EDQS0
EDQS0_B
EDQS1
EDQS1_B
EDQS2
EDQS2_B
EDQS3
EDQS3_B
EDQM0
EDQM1
EDQM2
EDQM3
12
C541
100nF
Cap_0201
DVDD12_EMI
EVREF
12
12
C542
C531
2.20uF
100nF
Cap_0402
Cap_0201
12
12
C539
2.20uF
Cap_0402
12
Cap_0201
C523
100nF
12
C540
C527
2.20uF
100nF
Cap_0402
Cap_0201
1. VCC : Core Voltage 2.7v ~ 3.6v
2. VCCQ : IO Voltage 1.7v~1.95v (low voltage range)
12
C522
C536
1.00uF
4.70uF
Cap_0402
Cap_0603
2 1
12
C528
100nF
Cap_0201
Cap_0201
2 1
C524
220nF
2
12
C529
100nF
Cap_0201
R512
1 2
Short-0402
12
C537
2.20uF
Cap_0402
12
C530
100nF
Cap_0201
12
Cap_0201
1 2
C543
100nF
VEMC_3V3_PMU
R513
Short-0402
VIO18_PMU
Arima Communications Corp.
Arima Communications Corp.
Title
Title
Title
Size
Size
Size
C
C
C
Date: Sheet
Date: Sheet
Date: Sheet
Arima Communications Corp.
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Document ID Re v
Document ID Re v
Document ID Re v
05_Memory_eMMC_LPDDR3
05_Memory_eMMC_LPDDR3
05_Memory_eMMC_LPDDR3
1
PA1
PA1
416Thursday, June 18, 2015
416Thursday, June 18, 2015
416Thursday, June 18, 2015
PA1
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Page 92
5
92
4
3
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1
Earphone Audio
D D
BEAD607 / BEAD608 are
for FM-desense tuning proposal.
They can be cancel for cost-down proposal
R616
AU_HPR
AU_HPL
C C
Short-0402
R617
Short-0402
12
12
Close to BB Close to MIC
C649 100nF
AU_VIN1_N
Earphone MICPHONE
AU_VIN1_P
B B
1 2
Cap_0201
C630 100nF
1 2
Cap_0201
As for R610/R611/C623/C624 value,
please refer to
MT6323 design noitce
(AC couple audio design note)
C625 22.0uF
Cap_0603
1 2
Cap_0603
1 2
C629 22.0uF
C636
22.0uF
1 2
Cap_0603
1 2
C648
22.0uF
Cap_0603
R613 1.00Kohm
1 2
ACCDET
Res_0201
R614 1.00Kohm
1 2
MICBIAS1
Res_0201
12
C626
33.0pF
Cap_0201
12
C628
33.0pF
Cap_0201
tie together and single via to GND plane
R610 33.0Ohm
Res_0402
R611 33.0Ohm
Res_0402
12
C627
4.70uF
Cap_0402
12
SH602
Short-0402
close to IC
12
12
EINT15_HP
close to connector
HPR_1
12
Cap_0402
HPL_1
12
Cap_0402
HP_MIC_1
Close to EarJack
GND of C(4.7uF) and headset
should tie together and single
via to GND plane
12
R612
1.50Kohm
Res_0201
1%∮
12
C635
TVS603
NC/33.0pF
Cap_0402
Cd<45pF
NC_PESD5V0S1BL
PESD5V0S1BL
2 1
12
R602
C606
33.0pF
C631
33.0pF
TVS602
470Ohm
Res_0402
Cd<45pF
NC_PESD5V0S1BL
PESD5V0S1BL
2 1
12
TVS601
R601
Cd<45pF
470Ohm
Res_0402
NC_PESD5V0S1BL
PESD5V0S1BL
2 1
TVS611
Cd<45pF
PESD5V0S1BL
PESD5V0S1BL
2 1
R604 47.0Kohm
1 2
Res_0402
12
C601
NC_47.0nF
Cap_0402
12
C643
NC_47.0nF
Cap_0402
12
C637
22.0nF
Cap_0402
IECS0505C040FR
IECS0505C040FR
TVS609
C=0.4pF
VIO18_PMU
12
B605 1000ohm
IND_0402
B606 1000ohm
IND_0402
B604 1000ohm
IND_0402
2 1
R603
470Kohm
Res_0402
12
12
12
12
R606 0.00Ohm
1 2
Res_0201
12
C605
47nH
Ind_0201
L604
MHC1608S221NBP
Ind_0603
1 2
Single via to GND plane
R605 NC
SHORT-0201
HP_MIC
DET
HPR
HPL
1
3
4
J611
L
R
M
G
SW
AJ017-14343A03
2
5
AJ017-14343A03
HEADSET_GND
FM_LANT_P
C607
33.0pF
Cap_0201
1 2
FM_LANT_N
J612
Audio COVER
Audio COVER
1
1
2
2
3
3
4
4
SPEAKER
TVS614
Cd<45pF
NC_PESD5V0S1BL
PESD5V0S1BL
2 1
J601
1
OG-320816
OG-320816
J602
1
OG-320816
OG-320816
4
12
C611
33.0pF
R607
Short-0603
SPK_P
SPK_N
A A
12
Short-0603
R608
12
5
Cap_0201
C612
100pF
Cap_0201
C613
33.0pF
Cap_0201
TVS612
Cd<45pF
NC_PESD5V0S1BL
PESD5V0S1BL
2 1
AU_SPK_AP
AU_SPK_AN
12
12
Main Microphone
C638 100nF
AU_VIN0_P
AU_VIN0_N
1 2
C639 100nF
Cap_0201
Cap_0201
12
MICBIAS0
12
12
12
R621
1.00Kohm
R618
1.00Kohm
Res_0201
1 2
C646
4.70uF
Cap_0603
1 2
Res_0201
R619 1.50Kohm
Res_0201
R620 1.50Kohm
Res_0201
1000ohm
1000ohm
B601
12
IndFB_0402
B602
IndFB_0402
12
C640
100pF
12
Cap_0201
12
12
C642
C641
33.0pF
33.0pF
Cap_0201
Cap_0201
3
TVS613
Cd<45pF
PESD5V0S1BL
PESD5V0S1BL
2 1
TVS610
Cd<45pF
PESD5V0S1BL
PESD5V0S1BL
2 1
MIC601
1
2
SOM4013SL-Z422-RC-HS
SOM4013SL-Z422-RC-HS
AU_HSP
AU_HSN
2
RECEIVER
closed to connector
12
C620
100pF
Cap_0201
12
12
C617
C618
33.0pF
33.0pF
Cap_0201
Cap_0201
B610 1000ohm
IND_0402
B609 1000ohm
IND_0402
12
12
TVS605
TVS604
Cd<45pF
Cd<45pF
PESD5V0S1BL
PESD5V0S1BL
PESD5V0S1BL
PESD5V0S1BL
2 1
2 1
J610
+
2403 260 00031
-
2403 260 00031
Arima Communications Corp.
Arima Communications Corp.
Arima Communications Corp.
Title
Title
Title
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Size Document ID Rev
Size Document ID Rev
Size Document ID Rev
D
D
D
06_Audio_Mic_ Receiver_Earphone
06_Audio_Mic_ Receiver_Earphone
06_Audio_Mic_ Receiver_Earphone
Date: Sheet
Date: Sheet
Date: Sheet
1
of
of
of
516Thursday, June 18, 2015
516Thursday, June 18, 2015
516Thursday, June 18, 2015
PA1
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Page 93
5
A
93
4
3
PDET
2
1
C705
NC
0201
C706
NC
0201
P1
P4
BSI-A_EN
BSI-A_CK
BSI-A_DAT0
BSI-A_DAT1
BSI-A_DAT2
CLK1_BB
CLK4_Audio
DCOC_Flag
SRCLKENA
PMU_32K
AUXADC_REF
SAW701
869~960MHz/1805~1990MHz
RFBLN2012090BM5T25
P9
LB_OUT
LB_IN
P8
LB_OUT
P7
HB_OUT
HB_IN
P6
HB_OUT
G
G
GP5G
P2
P3
P10
LB_RXP_1
12
LB_RXN_1
HB_RXP_1
12
HB_RXN_1
L703
NC
0201
L704
NC
0201
L705
10nH 0201
1 2
L706
10nH 0201
1 2
L707
1 2
1.5nH 0201
L708
1 2
1.5nH 0201
12
L709
33.0nH
0201
L710
6.80nH
0201
1 2
add for desense ,
and plz place to BB shielding
POWER OUTPUT PORT
VRF18_PMU
VIO18_PMU
MODE
Logic
VCTCXO
DCXO + 32K XO
DCXO + 32K-Less
0402
12
R713
0.00Ohm
12
R714
0.00Ohm
0402
12
470nF
C708
12
0201
C707
470nF
0201
DCXO_
32K_EN
0(GND)
0(GND)
1(VTXCO28)
C709
470nF
0201
XMODE
VXODIG
1(VIO18)
0(GND)
1(VIO18)
1(VIO18)
1(VTXCO28)
1(VTXCO28)
U701
C711
1.00uF
0402
LB_RXP
LB_RXN
HB_RXP
HB_RXN
VIO18_LC
RCAL
12
A2
A3
A5
B5
B3
B4
A6
B6
A1
B1
C1
D1
E1
F1
J11
L7
B11
F2
K6
C11
J10
R712
2.00Kohm
0201
3GB1_RXP
3GB1_RXN
3GB5_RXP
3GB5_RXN
3GB8_RXP
3GB8_RXN
12
R711
0.00Ohm
C710
470nF
0201
0402
12
Reserve
for
filtering
Noise
1 2
12
2G_PA_LB_IN
B8
A11
2GLB_TX
3GB1_RXP
3GB1_RXN
3GB2_RXP
3GB2_RXN
FDD RX
3GB5_RXP
3GB5_RXN
3GB8_RXP
3GB8_RXN
B40_RXP
B40_RXN
LB_RXP
TDD RX
LB_RXN
HB_RXP
HB_RXN
VTXLF
VRXLF
VRF18
VTXHF
VRXHF
VDD18
AVDD_VIO18
TMEAS
RCAL
GNDF5GND
GNDJ4GNDC5GNDD5GNDE5GNDE7GNDJ5GNDC6GNDD6GNDE6GNDF6GNDE8GNDD8GNDJ6GNDB7GNDE4GNDF4GNDG4GNDH4GNDF3GNDG3GNDH3GNDJ3GNDC4GNDD4GNDD9GNDE9GNDF9GNDG9GNDH9GNDJ9GNDE3GNDD3GNDC3GNDJ2GNDC2GND
D7
Remove external thermistor;
use MT6166 built-in
thermistor
2G_PA_HB_IN
L711
2.00nH
2GHB_TX
W_PA_HB_IN
12
3GH1_TXA83GH2_TX
TXO
A9
W_PA_LB_IN
A10
3GL5_TX
PDET
D11
TX_BBQP
TX_BBQN
F11
F10
DET
3GTX_QP
3GTX_QN
MT6166
MT6166
TX_BBIP
TX_BBIN
RX_BBQP
G11
K10
G10
RX_QP
3GTX_IP
3GTX_IN
RX(I/Q)TX(I/Q)
RX_BBIP
RX_BBIN
RX_BBQN
K9
K8
L8
R702
0.00Ohm
1 2
0201
R703
0.00Ohm
1 2
0201
I
GND
B701
220ohm
0402
1 2
DELETE R707 0 OHM
12
C712
NC/22pF
0201
12
C713
NC/22pF
0201
1
4
VTCXO_PMUVTCXO_PMU_RF
12
CLK1_BB
CLK4_Audio
C701
470nF
0201
VTCXO_PMU_RFVTCXO_PMU_RF
12
C702
470nF
0201
VTCXO_PMUVTCXO_PMU_RF
RX_IP
RX_IN
RX_QN
BSI
26M OUT
XO
VTCXO
Test pin
GND
B10
C10
OUT32K
32K_EN
VXODIG
XMODE
CLK_SEL
EN_BB
TXBPI
BSI_EN
BSI_CLK
BSI_DATA0
BSI_DATA1
BSI_DATA2
XTAL2
XTAL1
VTCXO28
TXVCO_MON
RFVCO_MON
TST1
TST2
DETGND
GNDC7GNDJ7GNDC8GNDJ8GND
C9
K5
G1
K7
L5
K2
L1
H10
G6
H6
F8
H8
G8
L4
XO1
K3
XO2
L2
XO3
K4
XO4
H2
J1
K1
E10
V28
L11
G2
L10
K11
D10
32K_EN
VIO18_LC
VIO18_LC
XTAL2
XTAL1
PMU_32K
SRCLKENA
DCOC_Flag
BSI-A_EN
BSI-A_CK
BSI-A_DAT0
BSI-A_DAT1
BSI-A_DAT2
X701 Crystal_26MHz
3
O
2
GND
TZ1689A
BSI-A_EN
BSI-A_CK
BSI-A_DAT0
BSI-A_DAT1
12
12
C703
NC
0201
C704
NC
0201
BSI-A_DAT2
CLK1_BB
CLK4_Audio
DCOC_Flag
SRCLKENA
PMU_32K
AUXADC_REF
L701
1 2
2.20nH
L702
1 2
2.20nH
12
0201
12
0201
D D
C C
2G_LB
2G_HB
B B
Arima Communications Corp.
Arima Communications Corp.
Title
Title
Title
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Size Document ID Rev
Size Document ID Rev
Size Document ID Rev
A3
A3
A3
Date: Sheet
Date: Sheet
Date: Sheet
Arima Communications Corp.
07_RF_MT6166_TXVR_2G
07_RF_MT6166_TXVR_2G
07_RF_MT6166_TXVR_2G
of
of
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616Thursday, June 18, 2015
616Thursday, June 18, 2015
616Thursday, June 18, 2015
PA1
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Page 94
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1
UMTS -WINDBAND POWER AMP
C843
3.30pF
0201
C823
3.30pF
0201
1 2
L810
1.80nH
1 2
0201
C824
L811
3.30pF
1.80nH
0201
0201
1 2
1 2
U809
NM_B39881B8568P810
9
8
RX1
TX
GND_12GND_24GND_35GND_47GND_5
1
RX2
ANT
6
L826
0.00Ohm
UMTS_B1_PA_OUT
D D
C C
12
3G_PA_VBAT
W_PA_VCC
UMTS_LB_PA_OUT
CPL_OUT
B5/B8_SWITCH
VTCXO_PMU_RF
C822
10.0 nH
0201
12
C825
4.70uF
0603
12
12
C884
NM
12
12
C826
C827
82.0pF
100nF
0201
0201
12
C829
100nF
0201
1 2
0201
∮
0.25 pF
NM
C831
1 2
1 2
R832
NC/0.00Ohm
1 2
12
C821
NC/1.00uF
0201
11
RFOUT_HB
3
VBATT
12
VCC
9
GND
13
GND
15
GND
14
RFOUT_LB
R828
5.10nH
0201
∮
0.25 pF
NM
C846
1 2
UMTS - POWER AMP Couper Impedance
1 2
R822
27.0Ohm
± 1%
0201
C840
NC/33.0pF
0201
1 2
C820
NC/33.0pF
0201
B1
V1
B2
GND
B3
VDD
U814
NC/SKY13489-001
RFIN_HB
VMODE
VEN_HB
VEN_LB
CPL_OUT
CPL_IN
RFIN_LB
12
RF1
ANT
RF2
NC
R824
36.0Ohm
± 5%
0201
A1
A2
A3
U804
SKY77769
4
6
5
7
1
8
10
2
1 2
R823
27.0Ohm
± 1%
10 dB PAD
0201
R825
0.00Ohm
0201
UMTS_LB_PA_OUT
1 2
R826
NM_0.00Ohm
0201
1 2
1 2
VM0
W_PA_HB_ON
W_PA_LB_ON
CPL_OUT
1 2
R827
0.00Ohm
1 2
R817
0.00Ohm
R819
51.0Ohm
0201
PDET
UMTS_B8_PA_OUT
12
12
R821
NM
0201
UMTS_B5_PA_OUT
L825
5.10nH
C830
56.0pF
0201
1 2
C885
18.0pF
1 2
W_PA_HB_IN
W_PA_LB_IN
3GB5_RXP
3GB5_RXN
NM_20nH
3GB5_RXP
12
3GB5_RXN
L858
3GB1_RXN
3GB1_RXP
C847
NM_1.60pF
1 2
C848
NM_1.60pF
1 2
3GB1_RXN
12
3GB1_RXP
U808
B39212B8575P810
12
L809
NM
0201
3
3
1
2
G
TX
RX
9
G
8
RX
1 2
7
0201
0.25 pF
∮
NM_1.0pF
C832
4
G
G5ANT6G
R829
NM_6.20nH
1 2
R830
1 2
12
L859
NM
0201
NM_0.00Ohm
UMTS_B1_PA_OUT
UMTS Band1
2100
L819
1 2
0.0ohm0201
L812
2.20nH
0201
1 2
0201
0.25 pF
∮
NM_2.7pF
C833
1 2
UMTS_B5_PA_OUT
UMTS BAND5
850
UMTS_SW_B5
12
L855
NM_5.60nH
0201
12
L808
NM_0.5pF
0201
UMTS_SW_B1
B B
VPA_PMU
3G_PA_POWER
A A
5
L824
120ohm
1 2
12
W_PA_VCC
C819
2.20uF
0603
C849
2.20pF
3GB8_RXP
12
3GB8_RXN
1 2
L822
16nH
C850
2.20pF
1 2
8
1
3GB8_RXP
3GB8_RXN
4
3
U805
SAYFH897MHA0F00R05
9
RX1
TX
GND_12GND_24GND_35GND_47GND_5
RX2
ANT
6
2
0201
∮
0.25 pF
NC
C837
1 2
3
R831
3.30nH
1 2
1 2
12
L813
NC
0201
∮
0.25 pF
0.5pF
C838
1 2
UMTS BAND8
900
R833
1.0nH
12
UMTS_B8_PA_OUT
UMTS_SW_B8
L814
4.7nH
0201
Arima Communications Corp.
Arima Communications Corp.
Title
Title
Title
Size
Size
Size
A2
A2
A2
Date: Sheet
Date: Sheet
Date: Sheet
Arima Communications Corp.
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Document ID R ev
Document ID R ev
Document ID R ev
08_RF_MT6166_WCDMA
08_RF_MT6166_WCDMA
08_RF_MT6166_WCDMA
716Thursday, June 18, 2015
716Thursday, June 18, 2015
716Thursday, June 18, 2015
of
of
1
of
PA1
PA1
PA1
Page 95
5
A
95
4
3
2
1
FEM
Ant. Spring
J902
OG-320816
1
1 2
1 2
1 2
R915
0.00Ohm
0402
R914
0.00Ohm
0402
C917
NC
0402
J904
OG-320816
1
C921
NC
0402
1 2
J903
OG-320816
1
R908
24.0Kohm
0201
12
C916
47.0pF
12
C912
1.0pF
0402
1 2
R907 10.0Kohm
0201
C914
100nF
1 2
0201
C913
2.70nH
0402
1 2
1 2
1 2
WG_GGE_PA_VRAMP
C908
22.0uF
1 2
0805
12
R910
51.0Ohm
0201
L905
39nH
0402
R912
0.00Ohm
0603
ANT
12
J901
MM8130-2600RA2
1 2
5
6
43
C915
NC
0402
3G_PA_VBAT
VBAT
R913
3.30nH
0402
1 2
1 2
WG_GGE_PA_ENABLE
D D
ASM_VCTRL_C
ASM_VCTRL_B
ASM_VCTRL_A
C C
2G_PA_LB_IN
2G_PA_HB_IN
1 2
R901 1.00Kohm
1 2
R902 1.00Kohm
1 2
R903 1.00Kohm
1 2
R904 1.00Kohm
1 2
C905
56.0pF
0201
1 2
C906
2.00pF
0201
0201
0201
0201
0201
1 2
L901
NM
R905
0.00Ohm
0201
1 2
1 2
L903
1.00pF
12
C901
22pF
0201
12
C902
22pF
0201
12
C903
22pF
0201
12
C904
22pF
0201
2G_TX_LB_IN
R906
0.00Ohm
0201
10
9
11
BS2
TX_LB_IN
TX_HB_IN
12
C911
C910
6.80pF
0201
26
19
20
21
22
23
24
15.0pF
1 2
0201
ANT_0
2G_HB
2G_LB
UMTS_SW_B5
UMTS_SW_B8
UMTS_SW_B1
1 2
16
12
17
BS1
MDOE
TX_EN
PA
PA
GND15GND
29
25
18
VRAMP
13
SP8T
14
VBATT
VCC
U901
ANT
TRX1
TRX2
TRX3
TRX4
TRX5
TRX6
GND1GND2GND3GND4GND5GND6GND7GND8GND27GND28PAD
SKY77589-11
C907
220pF
0201
C909
33.0pF
1 2
0201
R909
2.70nH 0402
12
B B
2G_PA_HB_IN
2G_PA_LB_IN
2G_HB
2G_LB
ASM_VCTRL_A
ASM_VCTRL_B
ASM_VCTRL_C
WG_GGE_PA_ENABLE
WG_GGE_PA_VRAMP
Arima Communications Corp.
Arima Communications Corp.
Arima Communications Corp.
Title
Title
Title
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Size
Size
Size
Document ID Rev
Document ID Rev
Document ID Rev
A4
A4
A4
09_RF_2GFEM
09_RF_2GFEM
09_RF_2GFEM
Date: Sheet
Date: Sheet
Date: Sheet
816Thursday, June 18, 2015
816Thursday, June 18, 2015
816Thursday, June 18, 2015
PA1
PA1
PA1
of
of
of
2G_PA_HB_IN
2G_PA_LB_IN
2G_HB
2G_LB
ASM_VCTRL_A
ASM_VCTRL_B
ASM_VCTRL_C
WG_GGE_PA_ENABLE
WG_GGE_PA_VRAMP
A
Page 96
5
96
4
3
2
1
GPS xLNA
Close to ANT
ANT1001
ANT1002
PAD2.2/4
PAD2.2/4
1
1
D D
ANT1004
ANT1003
PAD2/4
PAD2/4
1
1
R1006
0.00Ohm
0402
1 2
50 Ohm
12
C1002
NC
0402
C C
GPS_RF_IN
FM_LANT_N
FM_LANT_P
VCN18_PMU
B B
1 2
FM_AVDD28 VCN28_PMU
1 2
R1010
NC
0201
C1020
1.00uF
0201
B1001
1000ohm
0402
1 2
R1011
33.0pF
0201
WB_ANT
L1005
NP/100nH
0201
VCN18_PMU
12
L1008
NC
0402
12
50 Ohm
1 2
12
VCN33_PMU
Close to MT6627
FM_AVDD28
VCN18_PMU
WB_ANT
50 Ohm
12
C1021
2.20pF
0201
R1009
3.30pF
0201
L1004
39nH
0201
1 2
L1006 82.0nH 0201
R1012
0.00Ohm
0402
R1007
6.2nH
0201
12
12
12
50 Ohm
C1005
0.00Ohm
0201
12
R1003
0.00Ohm
0402
C1001
NC
0402
12
1 2
R1001
0.00Ohm
0402
1 2
C1006
4.70uF
0402
12
12
1 2
1 2
WB_SEN
WB_SDATA
WB_SCLK
FM_CLK
FM_DATA
WB_RSTB
50 Ohm
C1007
100pF
0201
C1008
10.0nF
0201
C1009
100nF
0201
50 Ohm
12
L1001
NC
0402
12
12
C1010
100pF
0201
C1012
4.70nF
0201
39
32
31
37
38
33
36
C1004
NC
0201
1 2
GPS_RFIN
GPS_DPX_RFOUT
WB_GPS_RF_IN
FM_LANT_N
FM_LANT_P
AVDD33_WBT
AVDD28_FM
U1001
R1002
0.00Ohm
0201
1 2
50 Ohm
12
L1002
NC
0201
Bead1001 are for FM desense-free proposal.
They can be cancel for cost-down proposal
3
6
2
HRST_B
FM_DBG
AVDD18_WBT
29
40
7
5
4
SCLK
SDATA
F2W_CLK
F2W_DATA
MT6627
NC
W_LNA_EXT30NC
AVDD18_GPS
34
35
C1013
1.00uF
0201
1 2
12
L1003
NC
0201
8
23
SEN
WB_CTRL0
AVDD28_FSOURCE
CEXT
1
9
12
C1014
100pF
0201
GPS_RF_ANT GPS_RF_ANT
50 Ohm
25
26
24
WB_CTRL2
WB_CTRL3
WB_CTRL1
DVSS
41
matching value depends on
LNA selected
SAW1002
XO_IN
XO_IN
MODE
22
21
20
19
18
17
16
15
14
13
12
11
10
R1015
0.00Ohm
0201
1 2
1575.42 1MHZ
1
IN
2
GND
GND3GND
B39162B9877P810
WB_CTRL0
WB_CTRL1
WB_CTRL2
WB_CTRL3
WB_CTRL4
WB_CTRL5
WB_RX_IP
WB_RX_IN
WB_RX_QP
WB_RX_QN
WB_TX_IP
WB_TX_IN
WB_TX_QP
WB_TX_QN
GPS_RX_IP
GPS_RX_IN
GPS_RX_QP
GPS_RX_QN
Component
50 Ohm
27
WB_CTRL4
28
WB_CTRL5
WB_RX_IP
WB_RX_IN
WB_RX_QP
WB_RX_QN
WB_TX_IP
WB_TX_IN
WB_TX_QP
WB_TX_QN
GPS_RX_IP
GPS_RX_IN
GPS_RX_QP
GPS_RX_QN
Xtal Mode
GPS co-clock
∮
OUT
XO_IN
4
5
12/14 by Hank
OUT3VCC
2
GND
1
GND
X1001
QVL TCXO
NC
ANT_SEL0
C1016
18.0pF
0201
1 2
R1004
0.00Ohm
0402
C1017
1.0pF
0201
1 2
X1001
4
R1015
R1016
0ohm NC
NC
12
1 2
L1007
7.50nH
0201
1 2
R1016
0.00Ohm
0201
1 2
C1018
10.0pF
0201
R1014
0 ohm
1 2
6
5
VCN28_PMU
C1015
1.00uF
0201
U1002
PON
AI
GND
1
FM_DATA
FM_CLK
VCC
GND_RF
4
12
Y6
R1005
0.00Ohm
0402
U202F
WB_RSTB
F2W_DATA
F2W_CLK
WB_SCLK
WB_SDATA
WB_SEN
WB_CRTL0
WB_CRTL1
WB_CRTL2
WB_CRTL3
WB_CRTL4
WB_CRTL5
MT6582WG
VCN28_PMU
AVDD18_WBG
GPS_RXQN
GPS_RXQP
GPS_RXIN
GPS_RXIP
WB_TXQN
WB_TXQP
WB_RXQN
WB_RXQP
ANT_SEL0
ANT_SEL1
ANT_SEL2
FM_DATA
FM_CLK
XIN_WBG
WB_TXIN
WB_TXIP
WB_RXIN
WB_RXIP
WB_RSTB
WB_SCLK
WB_SDATA
WB_SEN
WB_CTRL0
WB_CTRL1
WB_CTRL2
WB_CTRL3
WB_CTRL4
WB_CTRL5
AE4
AD6
AF5
AG5
AG4
AF4
AF2
AG2
AF1
AE1
AE2
AD2
AC2
AC1
AB25
AC26
AC25
XO_IN
GPS_RX_QN
GPS_RX_QP
GPS_RX_IN
GPS_RX_IP
WB_TX_QN
WB_TX_QP
WB_TX_IN
WB_TX_IP
WB_RX_QN
WB_RX_QP
WB_RX_IN
WB_RX_IP
ANT_SEL0
XO_IN
GPS_RX_QN
GPS_RX_QP
GPS_RX_IN
GPS_RX_IP
WB_TX_QN
WB_TX_QP
WB_TX_IN
WB_TX_IP
WB_RX_QN
WB_RX_QP
WB_RX_IN
WB_RX_IP
ANT_SEL0
1 2
VCN18_PMU
C1022
100nF
0201
C1019
1.00uF
2
0201
1 2
GPS_RF_IN
3
AO
50 Ohm
WB_RSTBWB_RSTB
AF6
Y10
AA10
WB_SCLKWB_SCLK
AG7
WB_SDATAWB_SDATA
AF7
WB_SENWB_SEN
AE6
WB_CTRL0WB_CTRL0
WB_CTRL1WB_CTRL1
AA6
WB_CTRL2WB_CTRL2
AA5
WB_CTRL3WB_CTRL3
AA4
WB_CTRL4WB_CTRL4
AB5
WB_CTRL5WB_CTRL5
AB4
For MMD TP
A A
Arima Communications Corp.
Arima Communications Corp.
Arima Communications Corp.
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Document ID Re v
Document ID Re v
Document ID Re v
10_RF_WiFi_BT_GPS_FM_MT6627
10_RF_WiFi_BT_GPS_FM_MT6627
10_RF_WiFi_BT_GPS_FM_MT6627
1
916Thursday, June 18, 2015
916Thursday, June 18, 2015
916Thursday, June 18, 2015
of
of
of
PA1
PA1
PA1
Title
Title
Title
Size
Size
Size
C
C
C
Date: Sheet
Date: Sheet
5
4
3
2
Date: Sheet
Page 97
5
97
4
3
2
1
LCM
Short-0402
R1100
C1102
Cd<45pF
PESD5V0S1BL
PESD5V0S1BL
2 1
12
C1101
Cap_0402
1 2
2.20uF
R1101
1 2
Short-0402
VIO28_PMU
VIO18_PMU
FL1102 100MHz
DSI_D0+
DSI_D0-
DSI_CLK+
DSI_CLK-
DSI_D1+
DSI_D1-
4
4
4
ACFT4A2G900E
FL1103 100MHz
ACFT4A2G900E
FL1104 100MHz
ACFT4A2G900E
1
MIPI_TDP0
23
MIPI_TDN0
1
MIPI_TCP
23
MIPI_TCN
1
MIPI_TDP1
23
MIPI_TDN1
Capacitive Touch Panel
VCC
LCM_LED_N
LCM_LED_P
C1100
Cd<45pF
PESD5V0S1BL
PESD5V0S1BL
2 1
C1103
100nF
Cap_0402
1 2
D D
C C
27
J1103
27
25PIN 0.3mm PITCH
26
BL125-25RL-TAGF
26
BL125-25RL-TAGF
25
25
24
24
23
23
22
22
21
21
20
20
19
19
18
18
17
17
16
16
15
15
14
14
13
13
12
12
11
11
10
10
9
9
8
8
7
7
6
6
5
5
4
4
3
3
2
2
1
1
VCC
VDDIO
LPTE
LCM_CABC
DSI_D0DSI_D0+
DSI_CLKDSI_CLK+
DSI_D1DSI_D1+
12
C1118
47.0pF
Cap_0402
LRSTB
12
C1117
47.0pF
Cap_0402
1 2
IndFB_0603
1 2
IndFB_0603
R1115
R1116
VDDIO
0.00ohm
0.00ohm
Backlight LED DRV
VBAT
B B
BL_PWM
LCM_CABC
A A
NC/0.00 Ohm
1 2
R1107
Short-0201
1 2
R1105
1 2
12
Res_0201
R1103
Short-0402
C1108
4.70uF
Cap_0402
5
12
R1113
100Kohm
Res_0201
U1100
6
4
L1100 10.0uH
IndW_3010
VIN
CTRL
15mil15mil
12
1
LX
VOUT
FB
GND
ET5120A
2
ET5120A_TSOT23-6
Iled = 0.2/Rset
D1100
PMEG4010BEA
2 1
PMEG4010BEA
5
3
12
R1108
5.10Ohm
Res_0201
1%∮
10 mil
12
C1107
1.00uF
Cap_0603
1 2
IndFB_0603
4
R1118
MPZ1608S102
12
C1127
47.0pF
Cap_0201
1 2
IndFB_0603
10 mil
12
C1125
47.0pF
Cap_0201
R1117
MPZ1608S102
12
C1126
47.0pF
Cap_0201
Add For Densense
LCM_LED_P
LCM_LED_N
12
C1112
C1111
100nF
1.00uF
Cap_0402
Cap_0402
1 2
Short-0201
1 2
EINT10_CTP
R1111
1 2
R1110
12
Short-0201
C1116
47.0pF
Cap_0201
VGP1_PMU
VIO18_PMU
EINT14_CTP_RST
3
12
C1115
47.0pF
Cap_0201
1
2
3
4
5
2
J1104
GND
VDD(3V)
VIO(1.8V)
INT
RESET
DF37NB-10DS-0.4V(51)
DF37NB-10DS-0.4V(51)
ID(GND)
10
9
TDO
8
TMS
7
SCL
6
SDA
1 2
R1109
Short-0201
12
C1114
47.0pF
Cap_0201
Title
Title
Title
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Size
Size
Size
Document ID Re v
Document ID Re v
Document ID Re v
C
C
C
11_LCM_TP_BL
11_LCM_TP_BL
11_LCM_TP_BL
Date: Sheet
Date: Sheet
Date: Sheet
EINT19_TP_WAKE
SCL0
SDA0
12
C1113
47.0pF
Cap_0201
Arima Communications Corp.
Arima Communications Corp.
Arima Communications Corp.
1
PA1
PA1
10 16Thursday, June 18, 2015
10 16Thursday, June 18, 2015
10 16Thursday, June 18, 2015
PA1
of
of
of
Page 98
5
98
FL1201 100MHz
MIPI_RCP
MIPI_RCN
MIPI_RDP0
D D
C C
MIPI_RDN0
MIPI_RDP1
MIPI_RDN1
MIPI_RDP2
MIPI_RDN2
MIPI_RDP3
MIPI_RDN3
2 3
1
1
2 3
2 3
1
2 3
1
1
2 3
CMMCLK
ACFT4A2G900E
FL1202 100MHz
ACFT4A2G900E
FL1203 100MHz
ACFT4A2G900E
FL1204 100MHz
ACFT4A2G900E
FL1205 100MHz
ACFT4A2G900E
4
4
4
4
4
1 2
12
C1213
15.0pF
Cap_0402
DCKP
DCKN
DMO0P
DMO0N
DMO1P
DMO1N
DMO2P
DMO2N
DMO3P
DMO3N
R1205 33.0Ohm
Res_0402
C1214
NP/15.0pF
Cap_0402
1 2
MAIN CCM FLASH LED Driver
B B
R1206 0.00Ohm
1 2
VBAT
Res_0603
GPIO12_FLASH_EN
GPIO13_FLASH_INHIBIT
SDA1
SCL1
A A
2 1
C1212
10.0uF
Cap_0603
1 2
R1201
1 2
R1202
4
EINT20_MAINCAM_RST
CCM_MCLK
12
Ind_1008
1.00uH
L1201
Short-0402
Short-0402
Main Camera Module 8MP AF
DMO2P
DMO2N
DMO0P
DMO0N
DMO3P
DMO3N
DMO1N
DMO1P
DCKN
DCKP
SCL1
U1201
IN
SW
FLEN
FLINH
SDA
SCL
SDA1
GND
C1
GPIO93_MAINCAM_PDN
C2
B1
B2
A3
B3
C3
J1201
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
A1
OUT
A2
FL
SKY81294-14-001
SKY81294-14-001
RESET
GND
MIPI_DP3
MIPI_DN3
GND
MIPI_DP1
MIPI_DN1
GND
MIPI_DP4
MIPI_DN4
GND
GND
MIPI_DN2
MIPI_DP2
GND
MIPI_CLK_N
MIPI_CLK_P
GND
MCLK
GND
SCL
SDA
PWDN
34
C1211
10.0uF
Cap_0603
2 1
12
C1209
22pF_5%
Cap_0402
3
31
32
AF_2.8V
GND
GND
AF_GND
AVDD_2.8V
GND
DVDD_1.2
AGND
VDDIO_1.8V
GND
GND
BM20B(0.8)-30DS-0.4V(51)
33
BM20B(0.8)-30DS-0.4V(51)
I2C ID = 0x37
12
C1216
NC/33.0 pF
Cap_0402
50mil
12
C1217
NC/33.0 pF
Cap_0402
1
2
3
4
30
29
28
21
C1201
100nF
Cap_0201
1 2
12
C1208
220pF
Cap_0201
C1202
100nF
Cap_0201
1 2
12
C1206
220pF
Cap_0201
LED1201
ELCHSB-5565J6J7284110-N8(ARI)
ELCHSB-5565J6J7284110-N8(ARI)
12
Cap_0402
C1205
100nF
Cap_0201
1 2
12
Cap_0402
C1203
100nF
Cap_0201
1 2
C1215
2.20uF
1 2
C1204
2.20uF
1 2
12
Cap_0402
R1208
Short-0402
R1209
Short-0402
C1210
2.20uF
R1207
1 2
Short-0402
R1204
Short-0402
VCAMD_PMU
1V2
1V8
VCAMD_IO_PMU
2
1
2V8
VCAM_AF
12
VCAMA_PMU
2V8
Vibrator
VIBR_PMU
12
R1203
Short-0402
VIB1201
GF-3288
3
4
GF-3288
1
2
15mil
D1201
NC/RB520S-30
RB520S-30
2 1
12
C1207
1.00uF
Cap_0402
Arima Communications Corp.
Arima Communications Corp.
Title
Title
Title
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Size
Size
Size
Document ID R ev
Document ID R ev
Document ID R ev
B
B
B
12_Main Camera_FlashLED_Vib
12_Main Camera_FlashLED_Vib
12_Main Camera_FlashLED_Vib
Date: Sheet
Date: Sheet
5
4
3
2
Date: Sheet
Arima Communications Corp.
of
of
of
11 16Thursday, June 18, 2015
11 16Thursday, June 18, 2015
11 16Thursday, June 18, 2015
1
PA1
PA1
PA1
Page 99
5
99
4
3
2
1
mSD CARD
MC1DA2
MC1DA3
D D
TP0.5
TP1301
TP0.5
TP1302
TP0.5
TP1303
TP0.5
TP1304
C C
MC1CM
MC1CK
MC1DA0
EINT5_MC1INSI
MC1CM
VMCH_PMU
MC1CK
MC1DA0
MC1DA1
EINT5_MC1INSI
D1301
2 1
PESD5V0U1BL
2 1
NC/PESD5V0U1BL
D1302
PESD5V0U1BL
NC/PESD5V0U1BL
D1303
2 1
PESD5V0U1BL
2 1
NC/PESD5V0U1BL
D1307
PESD5V0U1BL
NC/PESD5V0U1BL
D1304
2 1
PESD5V0U1BL
2 1
NC/PESD5V0U1BL
D1305
PESD5V0U1BL
NC/PESD5V0U1BL
D1306
2 1
PESD5V0U1BL
NC/PESD5V0U1BL
12
R1301
100Kohm
Res_0201
VIO18_PMU
12
C1301
100nF
Cap_0402
P1
P2
P3
P4
P5
P6
P7
P8
D2
12
C1302
2.20uF
Cap_0402
J1301
DAT2
CD/DAT3
CMD
VDD
CLK
VSS
SHELL
DAT0
DAT1
SHELL
DET
TF001-25116A82
TF001-25112A82
POL
D1
D3
D4
SIM Board I/F
B B
VSIM1_PMU
R1308
VIO18_PMU
VIO18_PMU
EINT3_SIM2_DET
SIM2_CARD_SRST
A A
5
100Kohm
1 2
100Kohm
1 2
Res_0201
R1309
Res_0201
VSIM2_PMU
R1305
1 2
Short-0201
4
J1302
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
DF40C-20DS-0.4V(51)
DF40C-20DS-0.4V(51)
20
20
19
19
18
18
17
17
16
16
15
15
14
14
13
13
12
12
11
11
R1302
Short-0201
R1306
1 2
Short-0201
R1303
Short-0201
R1304
Short-0201
R1307
1 2
Short-0201
12
12
12
3
SIM1_CARD_SRST
SIM1_CARD_SIO
SIM1_CARD_SCLKEINT2_SIM1_DET
SIM2_CARD_SCLK
SIM2_CARD_SIO
Arima Communications Corp.
Arima Communications Corp.
Title
Title
Title
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Size
Size
Size
Document ID R ev
Document ID R ev
Document ID R ev
B
B
B
13_Memory_CARD_DSIM_BTOB
13_Memory_CARD_DSIM_BTOB
13_Memory_CARD_DSIM_BTOB
Date: Sheet
Date: Sheet
2
Date: Sheet
Arima Communications Corp.
of
of
of
12 16Thursday, June 18, 2015
12 16Thursday, June 18, 2015
12 16Thursday, June 18, 2015
1
PA1
PA1
PA1
Page 100
5
100
BATTERY CONNECTOR
R1401
VIO18_PMU
D D
R1421
GPIO44_BAT_ID
C C
1 2
Short-0201
NC_PESD5V0S1BL
PESD5V0S1BL
R1422
NC/100Kohm
Res_0201
TVS1406
Cd<45pF
12
J1402
1
ID
BV028-15313A41
BV028-15313A41
2 1
GND
GND
V+
TH
0.00Ohm
12
Res_0805
4
3
2
V-
6
5
2 1
D1401 PZ5D4V2HLZ5V1D5G-R
Cap_0603
2 1
C1401 10.0uF
OVP & CHARGE
VBUS
VIO18_PMU
12
B B
EINT0_CHG_OVP
A A
R1416
NC/100Kohm
Res_0201
1 2
5
Short-0201
12
C1411
1.00uF
Cap_0603
R1417
12
Cap_0201
12
R1404
NC
Res_0402
C1413
47.0pF
B1401
IndFB_0603
12
R1413
649Ohm
Res_0402
120ohm
12
U1401
1
IN
9
PGB
2
ISET
5
IEOC
R1414
4.70Kohm
Res_0402
1 2
Ichg=Kisef/Riset=530/649=0.817A
Ieoc(%)=Reoc/Keoc=4700/200=23.5%,Ieoc=23.5%*817=192mA
Cap_0201
12
C1405 33.0pF
ISENSE
BATSNS
70mil
Cap_0201
12
C1402 22.0pF
GND3GND7GND_PAD
4
Close to MT6323 AUXADC_VREF18 PIN,
and the path need shielding with GND
VBAT
BAT_ON_TP
Cap_0603
Cap_0201
12
C1404 15.0pF
BATT
CHGSB
LDO
EN/SET
RT9536
11
RT9536
Differential
4
2 1
C1403 NC/10.0 uF
10
8
4
6
21
TVS1401
Cd<45pF
NC_PESD5V0S1BL
PESD5V0S1BL
VBAT_1
12
C1416
1.00uF
Cap_0402
R1415
Short-0201
12
C1412
1.00uF
Cap_0402
NC/0ohm
short-0201
TVS1404
Cd<45pF
NC_PESD5V0S1BL
PESD5V0S1BL
2 1
12
1 2
R1418
3.30Kohm
1 2
R1419
330Kohm
R1423
1 2
Short-0201
R1409
R1411
NC/0ohm
short-0201
Res_0402
Res_0402
VBAT_1
12
12
VBAT
12
40mil
R1410
0.00Ohm
Res_0805
40mil
70mil
12
VIO18_PMU
12
R1412
NC/100Kohm
Res_0201
R1420
39.0Kohm
Res_0402
1 2
3
R1403
61.9Kohm
Res_0201
1 2
12
R1406
R1407
102Kohm
NC/470 Ohm
Res_0201
Res_0402
EINT43_CHG_Status
CHR_LDO
VCDT
GPIO45_CHG_EN
3
AUXADC_REF
R1405
1.00Kohm
1 2
Res_0201
BAT_ON
AUX_IN0_IDDIG
USB_DP
90 ohm differential
USB_DM
VBUS
2
USB HS IF
R1402 1.00Kohm
1 2
Res_0201
FL1401
100MHz
3 4
HCM1012GH900BP
TVS1405
Cd<45pF
NC_PESD5V0S1BL
PESD5V0S1BL
2 1
C1409
NC/1.00uF
Cap_0603
2
12
C1410
12
NC/1.00uF
Cap_0603
Cap_0402
Add For Densense
Title
Title
Title
Size
Size
Size
B
B
B
Date: Sheet
Date: Sheet
Date: Sheet
C1406
2.20nF
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
X155_5522_MainBoard_PV
Document ID R ev
Document ID R ev
Document ID R ev
14_USB_OVP_CHG_BAT
14_USB_OVP_CHG_BAT
14_USB_OVP_CHG_BAT
12
1
needcheck package
R1408
1 2
Res_0805
C1408
5.60pF
Cap_0402
USB_DP_1
TVS1403
IECS0505C040FR
IECS0505C040FR
2 1
0.00Ohm
2 1
5
4
3
2
1
V1402
PESD12VS1UA
SOD-323
1
USB_DM_1
12
TVS1402
IECS0505C040FR
IECS0505C040FR
2 1
12
12
C1407
22.0pF
Cap_0402
Arima Communications Corp.
Arima Communications Corp.
Arima Communications Corp.
J1401
CSS5305-9321F
G
ID/MIC
G
D+
G
G
D-
G
VAUX
CSS5305-9321F
of
of
of
13 16Thursday, June 18, 2015
13 16Thursday, June 18, 2015
13 16Thursday, June 18, 2015
9
8
7
6
PA1
PA1
PA1
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