L42E77.XLS
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L42E77.XLS
Read all of these instructions. ... 1. Read Instructions-All the safety and operating instructionsshouldbe read before the productis operated.
TCL SERVICE MANUAL
TestandAlignmentSpecificationforRT2841Series(v0.01) Page4of27 (seeFDSfordetails) Functions 3D(auto,top&bottom, sidebyside,frame sequencing,…) 1920x2205@24Hz
PDF L42E77.XLS | 40-RT41K1-MPB2HG
40-RT41K1-MPB2HG . TCL SERVICE MANUAL.
Extracted Text
TCL SERVICE MANUAL
RT41KS-EU
1. Caution.................................................................................... 2. Alignment Procedure.................................................................. 3. Block diagram ........................................................................... 4Scheme Diagram ..................................................................... 5Troubleshooting ........................................................................
This m anual i s t he l atest at t he t ime of pr inting, and doe s not include the modification which may be made after the printing, by the constant improvement of product
SCHNEIDER ELECTRONICS GMBH-GERMANY
1. CAUTION
CA UTION: Use of controls, adjustments or procedures other than those specified herein may result in hazardous radiation exposure.
CA U T ION
RISK OF ELECTRIC SHOCK DO NOT OPEN.
CA UT ION : TO RE DUCE THE RIS K OF ELECTR ICA L SHOCK, DO NOT RE MOVE COVER (OR BACK). NO USER SERVICEABLE PAR TS INS IDE . RE FER SER VIC ING TO QUALIFIE D SERVICE PERSONNEL.
The lighting flash with arrowhead symbol, with an equilateral triangle is intended to alert the user to the presence of uninsulated dangerous voltage within the products enclosure that may be of sufficient magnitude to constitute a risk of electric shock to the person.
The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature accompanying the appliance.
WARNING: TO REDUCE RISK OF FIRE OR ELECTRIC SHOCK, DO NOT EXPOSE THIS APPLIANCE TO RAIN OR MOISTURE.
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SCHNEIDER ELECTRONICS GMBH-GERMANY
IMPORTANT SAFETY INSTRUCTIONS
CAUTION:
Read all of these instructions. Sa ve these instructions for later use . Follo w all W arnings and Instructions marked on the audio equipment. 1. Read Instructions-All the safety and operating instructionsshouldbe read before the productis operated. 2. Retain Instructions- The safety and operating instructions should be retained for future reference. 3. Heed Warnings- All warnings on the product and in the operating instructions should be adhered to. 4. Follow Instructions- All operating and use instructions should be followed.
FOR YOUR PERSONAL SAFETY
1. When the power cord or plug is damaged or frayed, unplug this television set from the wall outlet and refer servicing to qualified service personnel.
2. Do not overload wall outlets and extension cords as this can result in fire or electric shock. 3. Do not allow anything to rest on or roll over the power cord, and do not place the TV where power cord is subject to
traffic or abuse. This may result in a shock or fire hazard. 4. Do not attempt to service this television set yourself as opening or removing covers may expose you to dangerous
voltage or other hazards. Refer all servicing to qualified service personnel. 5. Never push objects of any kind into this television set through cabinet slots as they may touch dangerous voltage
points or short out parts that could result in a fire or electric shock. Never spill liquid of any kind on the television set. 6. If the television set has been dropped or the cabinet has been damaged, unplug this television set from the wall outlet
and refer servicing to qualified service personnel. 7. If liquid has been spilled into the television set, unplug this television set from the wall outlet and refer servicing to
qualified service personnel. 8. Do not subject your television set to impact of any kind. Be particularly careful not to damage the picture tube surface. 9. Unplug this television set from the wall outlet before cleaning. Do not use liquid cleaners or aerosol cleaners. Use a
damp cloth for cleaning. 10.1. Do not place this television set on an unstable cart, stand, or table. The television set may fall, causing serious injury
to a child or an adult, and serious damage to the appliance. Use only with a cart or stand recommended by the manufacturer, or sold with the television set. Wall or shelf mounting should follow the manufacturer s instructions, and should use a mounting kit approved by the manufacturer. 10.2. An appliance and cart combination should be moved with care. Quick stops, excessive force, and uneven surfaces may cause the appliance and cart combination to overturn.
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SCHNEIDER ELECTRONICS GMBH-GERMANY
PROTECTION AND LOCATION OF YOUR SET
11. Do not use this television set near water ... for example, near a bathtub, washbowl, kitchen sink, or laundry tub, in a wet basement, or near a swimming pool, etc. Never expose the set to rain or water. If the set has been exposed to rain or water, unplug the set from the wall outlet and refer servicing to qualified service personnel.
12. Choose a place where light (artificial or sunlight) does not shine directly on the screen.
13. Avoid dusty places, since piling up of dust inside TV chassis may cause failure of the set when high humidity persists.
14. The set has slots, or openings in the cabinet for ventilation purposes, to provide reliable operation of the receiver, to protect it from overheating. These openings must not be blocked or covered. Never cover the slots or openings with cloth or other material. Never block the bottom ventilation slots of the set by placing it on a bed, sofa, rug, etc. Never place the set near or over a radiator or heat register. Never place the set in a built-in enclosure, unless proper ventilation is provided.
PROTECTION AND LOCATION OF YOUR SET
15.1. If an outside antenna is connected to the television set, be sure the antenna system is grounded so as to provide some protection against voltage surges and built up static charges, Section 810 of the National Electrical Code, NFPA No. 70-1975, provides information with respect to proper grounding of the mast and supporting structure, grounding of the lead-in wire to an antenna discharge unit, size of grounding conductors, location of antenna discharge unit, connection to grounding electrode, and requirements for the grounding electrode.
EXAMPLE OF ANTENNA GROUNDING AS PER NATIONAL ELECTRICAL CODE INSTRUCTIONS
EXAMPLE OF ANTENNA GROUNDING AS PER NATIONAL ELECTRICAL CODE
ANTENNA LEAD- IN WIRE
GROUND CLAMP
ELECTRIC SERVICE EQUIPMENT
NEC-NATIONAL ELECTRICAL CODE
ANTENNA DISCHARGE UNIT (NEC SECTION 810-20)
GROUNDING CONDUCTORS (NEC SECTION810-21)
GROUND CLAMPS POWER SERVICE GROUNDING ELECTRODE SYSTEM (NEC ART 250. PART H)
15.2. Note to CATV system installer : (Only for the television set with CATV reception)
This reminder is provided to call the CATV system installer s attention to Article 820-40 of the NEC that provides guidelines for proper grounding and, in particular, specifies that the cable ground shall be connected to the grounding system of the building, as close to the point of cable entry as practical.
16. An outside antenna system should not be located in the vicinity of overhead power lines or other electric lights or power circuits, or where it can fall into such power lines or circuits. When installing an outside antenna system, extreme care should be taken to keep from touching such power lines or circuits as contact with them might be fatal.
17. For added protection for this television set during a lightning storm, or when it is left unattended and unused for long periods of time, unplug it from the wall outlet and disconnect the antenna. This will prevent damage due to lightning and power-line surges.
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SCHNEIDER ELECTRONICS GMBH-GERMANY
OPERATION OF YOUR SET
18. This television set should be operated only from the type of power source indicated on the marking label.If you are not sure of the type of power supply at your home, consult your television dealer or local power company. For television sets designed to operate from battery power, refer to the operating instructions.
19. If the television set does not operate normally by following the operating instructions, unplug this television set from the wall outlet and refer servicing to qualified service personnel. Adjust only those controls that are covered in the operating instructions as improper adjustment of other controls may result in damage and will often require extensive work by a qualified technician to restore the television set to normal operation.
20. When going on a holiday : If your television set is to remain unused for a period of time, for instance, when you go on a holiday, turn the television set off and unplug the television set from the wall outlet.
IF THE SET DOES NOT OPERATE PROPERLY
21. If you are unable to restore normal operation by followingthe detailedprocedurein your operatinginstructions, do not attempt any further adjustment. Unplug the set and call your dealer or service technician.
22. Whenever the television set is damaged or fails, or a distinct change in performance indicates a need for service, unplug the set and have it checked by a professional service technician.
23. It is normal for some TV sets to make occasional snapping or popping sounds, particularly when being turned on or off. If the snapping or popping is continuous or frequent, unplug the set and consult your dealer or service technician.
FOR SERVICE AND MODIFICATION
24. Do not use attachments not recommendedby the television set manufacturer as they may cause hazards. 25. When replacementparts are required, be sure the service technician has used replacementparts specified
by the manufacturer that have the same characteristics as the original part. Unauthorized substitutions may result in fire, electric shock, or other hazards. 26. Upon completion of any service or repairs to the television set, ask the service technician to perform routine safety checks to determine that the television is in safe operating condition.
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TCL World-Wide R&D FPD CENTER
Test and Alignment Specification for RT2841 Series (v0.01).docx
Test & Alignment Specification (TAS) for RT2841 Series Version 0.01
PREPARED BY : CHECKED BY : APPROVED BY :
DATE : 2018-05-15 DATE : DATE :
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Test and Alignment Specification for RT2841 Series (v0.01).docx
Disclosure
The information contained in this document is proprietary to TCL SZ FPD lab and shall not be disclosed by the recipient to third persons without the written permission of the team leader or GM of R&D.
Revision History
Version V0.01
Issue Date 2018-05-15
Description of changes This is the initial version
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Test and Alignment Specification for RT2841 Series (v0.01).docx
These chassis are designed for European LCD TV markets Ready for IPTV. The main chip is from realtak RT2841 series with embedded Linux &Android core and supports below features matrix:
Class
Item
RT41KT-AP
ATV
( PAL B/G D/K I, SECAM
B/G D/K L/L')
DTV
DVB-T/T2
MPEG-2, MPEG-4, MHEG
DVB-C
1.06, MHP (1.3 broadband)
DVB-S/S2
HDMI (480i/p, 576i/p, 720p up to 2160p, compliant v2.0 with HDCP2.2)
2R(2xHDMI2.0a,4K@ 60Hz,YUV4:2:0)+
2S(2xHDMI2.0a,4K@ 60Hz,YUV4:4:4,
1S-MHL1S-ARC)
VGA
�
VGA/DVI audio
�
CMP
(YPbPr can support from
�
480i up to 1080p, audio)
SCART1
Inputs
(CVBS &RGB,audio,AV
�
&
OUT)
Outputs
SCART2
N/A
(CVBS &YC,audio)
Side AV or Back AV (CVBS,audio)
Share with CMP
Side AV OUT or Back AV N/A
out(CVBS,audio)
1*USB2.0,
-
-
USB thumb drive
- Picture, Video, Audio Playback
- Mouse, Keyboard
- Hub
SCART1 output �
(CVBS,audio)
SCART2 output N/A
(CVBS,audio)
Headphone output
SPDIF output
Coaxial
MEMC
N/A
OAD, OND
CI+
WIFI Ready Functions
DIVX
Built in �
DLNA (DMP)
Internet
Netflix, YouTube, HbbTV, Google Cast
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-
-
Functions Others
3D (auto, top & bottom, side by side, frame sequencing, ...) 1920x2205@24Hz (1920x1080p x2) 1280x1470@50Hz (1280x720p x2) 1280x1470@60Hz (1280x720p x2) Audio Return Channel (ARC) Serial connector VGA connector I2C connector of MEMC module
Test and Alignment Specification for RT2841 Series (v0.01).docx
(see FDS for details)
N/A
N/A N/A N/A
IC Details & Position
Market
IC Details &
Position
Main SW EMMC(8GB/16GB) BIN image
HDMI SWITCH - EDID BIN image
MEMC software BIN image
RT41KT-AP UF02 8GB
V8-RT41KT01-LF1V001 HDMI EDID and HDCP Embedded in main chip
Include in main SW N/A
Manufacturing Connectors Pin out
ISP-UART / P15
Pin1:NC Pin2:RXD Pin3:TXD Pin4:GND
USB to UART Bridge Adapter (FT2232D chipset series)
To communicate with TV product for debugging, adjustment and soon, It's required suitable 5V Serial Interface like following snapshot (further details are described on below sections):
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Test and Alignment Specification for RT2841 Series (v0.01).docx
INFO:
All tests and measurements mentioned hereafter have to be carried out at a normal mains voltage (220 ~ 240 VAC) All voltages have to be measured with respect to ground, unless otherwise stated All final tests have to be done on a complete set including LCD panel in a room with temperature of 25+/-7�C The Picture Performance assessment such as Gamma Correction and White Balance (luminance and colortemperature) has to be performed into subdued lighted room after at least 45min of warm-up in order to avoid any temperature drift influence (colorimetric vs. time)
1. PCB/SKD Assembly: Test & Alignment
1.1. Pre-Conditions and DC/DC Check
Before power-on, please check the board according to the relevant block diagram and circuit diagram, and make sure that no serious issue or mistake can destroy the board. For example, the output of DC/DC and LDO should not be shorted to ground.
Supply a suited voltage and power-on, then check the voltage according to the relevant block diagram, circuit diagram and voltage specification.
For example, check SoC voltage(AVDD3V3,DVDD3V3,VCCK_1V0,AVDD1V0_STB,095VM,3V3SB, etc.), DDR voltage (DDRV_1V5,1V5M) , audio amplifier voltage(24V AMP_VCC),etc...
Measurements should fulfill specification within �5% tolerances. Note:See enclosed circuit diagram for more details.
40-RT41K1-TEB 2HG 05-07.pdf
1.2. SW Image download
Download the latest release SW from below FTP server: - Link: \\10.120.99.200\ - Folder: \\10.120.99.200\Software_release\Official_Release_SW\NPI\SW_SQA_Pass\Reartek\RTK
1.2.1 LR or PR step. ---Only test In case of starting from blanked flash / eMMC, it's necessary to use "rtice tool" to update the SW.
See Appendix "How to upgrade Main SW using rtice tool" See Appendix "How to upgrade Main SW using USB" See Appendix "How to upgrade main SW using USB and RCU"
1.2.2 MP Step
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Test and Alignment Specification for RT2841 Series (v0.01).docx In case of starting from blanked flash, it's necessary to write "tcl.img" file via factory copy in advance.
OAD Stream(This function is not ready by SW)
To manage quicker mass reflashing on predefined DVB Channel, some licensed IBL tools ('xxx2lli.exe', 'lli2dsm.exe',
dsmmerge.exe ...) from Intel byte Inc. might be necessary to create appropriate DVB SSU image. Over some predefine
settings such as repeated data block insertion, null packets size, ... that are controllable in configuration file, here below
are mandatory OUI entries structure to prepare DSM-CC carousel image format:
- export CUST_OAD_OUI
0x001C50
- export CUST_OAD_HW_MODEL
0x5395
- export CUST_OAD_HW_VERSION
0x0000
- export CUST_OAD_SW_MODEL - export CUST_OAD_SW_VERSION
0x0001 0x00
OAD reflashing is managed within 4 steps operation: multiplex detection, DVB transfer, flashing and warm-start.
See Appendix "How to upgrade FLASH SW by OAD"
1.3. UART & IR Parser
To use both UART and/or IR parser, TV has to be set in Factory mode with its USB port well connected to suitable UART device or an IR emitter device correctly facing up TV (see below "section 2.0 - Product Assembly" how to activate "Factory key"). The UART parser engine is enabled by sending following command "0xE2" from host to TV within following presets 115200/8/n/1. Once initialized, "PS" caption is toggle displayed on bottom left screen ("S" like Serial). To communicate with TV depending on SIACP revision layout implementation, you need to fulfill UART/IR commands protocol and format described on enclosed SIACP requirements document (rev. v8.31).
1.4. Project ID Modification
There are different IDs stored into the eMMC depending on different Panels settings and Models features, but there's only one key branching ProjectID that includes all. So it's not recommended to modify Panel ID with Hyper terminal as other ID features may not change!
To modify ProjectID, first of all you need to enable Factory Hotkey (See below "section 2.0-Product Assembly"). After that, go through1950 to "Main menu Service menu 8-Project ID", then turn left or right with RCU "/" key" keys to suitable ID (Project name is dynamically refreshed). Restart TV.
See Appendix "How to change ProjectID with RCU"
See below is the ProjectID table for reference:
MODEL-EU ProjectID PanelID Panel Name
MODEL-EU ProjectID PanelID
Panel Name
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Test and Alignment Specification for RT2841 Series (v0.01).docx
Note:Because more and more projects will be added in the future.
1.5. Functional Test
Once the boards (chassis, KB, IR, PSU...) and the panel are well interconnected, plug all external generator devices to relevant below inputs/outputs using respective test patterns format to check picture and sound quality:
Source
Analog /Digital Tuner (VHF/UHF & CATV)
Satellite Tuner - DiSEqC v1.0 (A, B, C, D) and Tone Burst (A, B) - Double LNB frequency (band change by 22KHz Tone)
SPDIF PCMCIA CMP via mini jack adaptor (YPbPr& Audio) AVIN share with Y,R,L (CVBS &Audio)
HDMI (Video & Audio)
Test Signal
RF cable generator
Compliant DVB-S/S2 source from generator or dish antenna with switch
Audio Amplifier CI CAM card adaptor Chroma/Quantum Data
generator Chroma/ Quantum Data
generator with beyond HDMI 1.3 and HDCP compliant DVD/BD
player
Test Pattern
2D - Movie 1280x720
2D - Static Picture 1920x1080
1.
Frequency Range: full band
2.
Standard: PAL / SECAM
3.
DVB-T/T2/C
2D - Movie 720x576
1.
Frequency Range: 950MHz..2150MHz
2.
Symbol Rate Range:
DVB-S
1..30MHz (for QPSK)
DVB-S2 1..45MHz (for QPSK)
1..30MHz (for 8PSK)
3.
LNB Voltage Range:
Vertical
12.85V..14.2V
Horizontal 17.6V..19.5V
4.
22KHz Tone Range
Frequency 20.5KHz..23.5KHz
Amplitude 400mV..900mV
Current
400mA
PCM or Dolby D+
Conax, Irdeto, Viaccess, ...
1920x1080i@60Hz
Half Color & Gray bars
1920x1080i@60Hz
Half Color & Gray bars
2D - Movie 1280x720i@60Hz
3D - Movie 1920x1080p@24Hz
HDMI1&2 support 4K*2K- Movie
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RJ45 (LAN)
Headphone via mini jack adapter Loud Speakers / Enclosures
Test and Alignment Specification for RT2841 Series (v0.01).docx
With HDMI 2.0 and HDCP2.2 player
DHCP Server
3820x2160@50&60Hz(4:4:4),HDCP2.2 HDMI3&4 support 4K*2K- Movie
3820x2160@50&60Hz(4:2:0),HDCP2.2
ICMP packets echo request
RF signal RF signal
Suitable channel Suitable channel
Audio tones can be defined by the factory (ie: 1KHz & 3KHz, sweep, ...). Picture video formats can be changed by the factory according to their own standard.
1.6. AD Calibration Test
As the A/D self-calibration mechanism is built-in soc, there's no any ADC to perform.
1.7. DDC & EDID & T-Link Test
The E-EDID data structures are according to VESA Enhanced EDID 1.3 (and EIA/CEA-861B for HDMI). CEA Timing Extension structure has been extended to support all 3D capable timings.
All HDMI structures have their own BIN profile which are part of main SW and uploaded at power-on into soc chipset: For EDID check, it's needed to check whether the correct EDID is downloaded by checking corresponding EDID NVM Checksum or read them out to check bit by bit if it is in line with the released EDID bin file.
1.8. HDCP Test
For HDCP compliancy, it's needed to check whether the HDCP key has been well set by connecting suitable generator.
1.9.CI+Key Upgrade, Activation and Test
See Appendix "How to upgrade CI Key using USB" See Appendix "How to upgrade Widewine Key using USB" See Appendix "How to upgrade PlayReady Key using USB"(not support at this time)
See Appendix "How to upgrade HDCP key key using USB"
1.10.LAN and WLAN Test(MAC address and Device/User ID codes)
Here are some representative codes examples:
Device ID 6fa0806936a0ada733262a3f8e8595d5586ce5cb
User ID 111382090
MAC Address 00:1C:50:E2:B1:EC
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MAC Address Upgrade (IPv6)
Test and Alignment Specification for RT2841 Series (v0.01).docx
MAC can be set using UART commands described on enclosed SIACP requirements (rev. v8.31). - Writing MAC command <0xB3>, Data length <6>, Data type <HEXA> (see below command example from above MAC code) <AA 0B B3 00 1C 50 E2 B1 EC 36 78>
See Appendix "How to upgrade MAC Address using USB"
DeviceID (DID)
Purpose is to allow Other Network Download (OND) and further specific Services via dedicated abroad portal (UK tbc).4 At final, when TV may ask for portal connection, there'll be Device ID matching control sent by host (TV client) to ensure total integrity.
For such, specific DID (40 bytes) needs to be paired and overwritten into memory for internal client encryption. All DID and MAC codes have to be download from portal local service via suitable factory workstation LAN system. Then during production lot, it's necessary to send/write all those codes to each TV. DID codes can only be set using UART commands described above on enclosed SIACP requirements (rev. v8.31). - Writing Device ID command <0xB2>, Data length <32>, Data type <ASCII> (see below command example from above DID code) <AA 25 B242 45 34 46 32 35 35 42 42 44 31 30 36 42 43 38 46 38 30 36 41 45 34 35 36 33 35 30 44 39 31 4648 93>
LAN Test
A rough LAN test can be done by connecting DHCP server to TV's RJ45 and check that IP, subnet mask, DNS, ... addresses are visible on "User menu NetworkInternet connection(On)IP settings". More in-depth test can be performed faster using suitable UART/IR commands following SIACP requirements. SW will internally manage Network ID (NID) flag controlling all MAC/DID/UID integrity to facilitate PA screening further.
See Appendix "Network Connection Setup" See Appendix "How to upgrade Flash SW using Network"
Note: It's not necessary to check video and audio from DLNA server.
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Test and Alignment Specification for RT2841 Series (v0.01).docx
2. Product Assembly (PA): Test & Alignment
2.1. Factory Menu & Main Menu\
How to Enable Factory hotkey
Follow the below steps to pop-up the Factory menu in case of "Factory hotkey" is disabled:
Enable Factory hotkey method: Method one: - Press RCU "MENU" key to display main menu - Select "SettingsPictureAdvanced setting Contrast", Scroll down to "Contrast" item - Press the subsequence RCU keys "9", "7", "3" and "5" - Select "9-Sita P mode", Press RCU "/" key change the values to ON - Reboot TV - 'Factory Hotkey' will be ON automatic.
Method two: - Create a file named 'sita_P' with no suffix, note the capitalization. - Put the file 'sita_P' into the U disk, delete all PKG and BINC files. - Put the U disk into the TV. - Power on TV by AC, at the same time press "power on" key which on the boardfor 10s until the TCL logo show. - 'Factory Hotkey' will be ON automatic.
If "Factory hotkey" is enabled, just press RCU "Return" key to pop-up again the Factory menu. The status of "Factory hotkey" can be changed in "Factory menu->Factory hotkey" Press RCU "OK/"key to enter the submenu. Press RCU "Menu" key to go back to the root menu. Press RCU "/" key to change the values. Press RCU "OK" key run the function. Press RCU "Exit" key exit the Factory menu.
Factory Captions Description
While "Factory hotkey" is enabled, there're some toggled display information (~2s) relative to SW, ProjectID, CI+, Network ID to facilitate 100% quick screening without accessing to whatever else menu:
MV (Main SW Version) ID (Project ID) Panel ID MEMC (FRC SW Version) MID(Internet info for factory)
P (Production/Factory mode flag) / S (Factory UART Parser mode flag) / W (Warm-Up mode flag)
See Appendix "Factory Menu Description"
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Test and Alignment Specification for RT2841 Series (v0.01).docx
How to enter Main Menu\
- Press RCU "MENU" key to display main menu - Select "SettingsPictureAdvanced setting Contrast", Scroll down to "Contrast" item - Press the subsequence RCU keys "1", "9", "5" and "0" - Then the Main Menu\ will be displayed on the screen.
See Appendix "Design mode Menu Description"
2.2. Warm-up Test
Following TCL standard and practices, it's required minimum 15min of Warm-Up that can be considered as Burn-In. Additional Aging for White Balance alignment is no more necessary due to consistent Picture Performance with Cloning usage. First you need to enable Factory Key. After that selecting" Factory menu WARM UP", pressing RCU "OK/" key and then leaving Factory menu by pressing "Exit" key. To release/disable Burn-in mode, it's just required to press "Menu" button from local keyboard. Other faster methods via UART/IR commands are available on enclosed SIACP requirements (rev. v8.31).
2.3. White Balance & Automatic Gamma correction
For the white balance & automatic gamma correction, we only need do one of them based on the value of
Align_mode in PDM system or the method gave by AOE or R&D.
The detail instruction of Align_mode is as below table:
Prop Name
Description
Value
Align_mode
WB alignment or
0 -- > WB alignment
Auto Gamma correction
1-- > Gamma correction
White Balance alignment (Golden sample)
As some color coordinates discrepancies can be noticed from panel batches to others, it may necessary to perform slight touch-up.
For Color temperature adjustment, switch TV on leading HDMI input where should be connected suitable generator providing following format 1280x720p@60Hz test pattern. A 32 steps grey scale is recommended to assess relevant colorimetry tracking and low/high light saturation points.
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Test and Alignment Specification for RT2841 Series (v0.01).docx
Ensure that TV's picture enhance is off. Ensure that TV is in Factory mode to access to" White Balance" adjustment submenu. WB Normal is the first mode which is adjusted in HDMI sourcethe next are HDMI warm and cool mode. Warm and Cool Tone are relatives to Normal mode. WB adjust need to fix default G Gain .Offset registers needn't to be adjusted. "Gain" registers set need to be adjusted at 70IRE. Note: The operation must enable factory "P" mode
Automatic Gamma correction
Gamma correction, or often simply gamma, is the name of a nonlinear operation used to encode and decode luminance or tristimulus values in video or still image systems.
You need adjust 4+3 gamma for different samples based on the color coordinates and target gamma offered by PQ engineer. So each sample can get almost the same effect as PQ golden sample. The 4+3 gamma include 4 gamma based on 4 different color temperature (cool, normal, warm1, warm2) and 3 gamma related to SDR to HDR (cool, normal, warm).
For the automatic gamma correction, we can do as below, but please refer to "Gamma correction specification (v1.00)"for detail.
Initialize the picture, turn off dynamic backlight, dynamic contrast, and set picture mode as computer desktop mode;
Get the color coordinates (x, y, Y) and target gamma in the PDM of the target model; Open the factory menu of TV, Open the tools SIACP and main.vi on the PC, connect the equipment correctly (CA310, serial port, PC, TV); Fill the color coordinates (x, y, Y) target gamma, error range and time-delay in the main.vi tool that made by AOE, and save it;
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Test and Alignment Specification for RT2841 Series (v0.01).docx
Put the probe on the middle of the panel, then run main.vi. The 4+3 gamma will be created and calibrated automatically and saved in the TV.
As 4+3 gamma is a new and good way for PQ especially for HDR, we need adjust it in the factory now. And if we do the 4+3 gamma, there is no need to adjust the white balance. But we need do the initial setup of white balance.
See Appendix"How to do initial setup of white balance" Note: The operation must enable factory "P" mode
Targets and Tolerances for all inputs (According to company uniform LED color temperature standard of panel)
The measured and adjustable parameters should be mainly "x", "y" coordinates. The White Balance alignment and Automatic Gamma correction should be performed using a well calibrated and contact less analyzer (ex: Minolta CA210 or CA310). The analyzer may not touch the screen surface, and measurement must be performed in a dark environment keeping the probe(s) at 90+/-2� from the panel center. The results should fulfill specification for each TV set offered by R&D and below tolerances:
MT5658 Model
U65S9906
Panel name
LVU650SD6L SD9W01
Energy Efficient
B
FW Min (Nits) FW>Min
300
Preset Targets (x, y)&CA310
Cool Normal Warm
Warm2
267
279
313
314
276
287
329
351
Gamma
Target Error range
2.2
�0.05
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Test and Alignment Specification for RT2841 Series (v0.01).docx
For the 4+3 gamma the target value is 2.2 and error range is �0.05. Note:We will add more project ID later. Note: If we can do both of White Balance & Automatic Gamma correction. For some special models, please notice the information provided by Huizhou factory or PJM to choose which way to make it.
Cloning
Once a TV is well aligned and prepared (channels maps, volume, picture presets, ...) , user can prepare golden clone image that can be copied on demand to all further TV production lot of same TV. To access cloning function, you can select "Factory menu USB Clone All / Chanel List/ EEPROM/ Users Setting" , Scroll down to "TV to USB" or "USB to TV" and press RCU "OK/" key to process. 4 BIN images can created, overwritten or read on USB stick (pen drive) depending on chosen template like following: "database\applications\database\***.db" . These files need to be used strictly with MT58SoC platform as depending on SW structure. Other faster access methods via UART/IR command share available on enclosed SIACP requirements (rev. v8.31).
Note: This function is only useful on factory sita P mode. And in hotel mode, we can use it too, but only copy the information related to the hotel.
2.4. High Pot. and Insulating Resistance Tests
At the end of the process, a "High Voltage" and an "Insulating Resistance" tests are required to fulfill Safety
Electrical requirements (CEI 65065).
High Voltage Withstanding requirements
Insulating Resistance requirements
- "Voltage" - "Max Leakage Current" - "Test Time"
3500VAC 10 mA 3 sec
- "Voltage" - "Threshold Min" - "Test Time"
500VDC 4M 2 sec
2.5. SHOP-END Test
Page 14 of 27
Test and Alignment Specification for RT2841 Series (v0.01).docx At final process stage, it's necessary to perform "Reset shop" before any packing to leave Factory mode and restore User default presets. First you need to enable Factory Key. After that selecting "Factory menu Reset Shop", then pressing RCU "OK/" key. Other faster methods via UART/IR commands are available on enclosed SIACP requirements (rev. v8.31). Note:A password might be required in case of Parental Control function is locked, use default "1234" password or "0423" super password to clean-up existing ones if forgotten.
END Appendix "How to upgrade main SW using tool"
Upgrade RT2841 main SW by using RTK tool Download boot bin "dvrboot.rescue.exe.bin.bin" &main software "Update.img" from the software route. Connect UART interface to suitable manufacturing TV input connector, upgrade boot bin first to blank IC.
1) Turn off your TV, and then connect the Serial Interface to USB debug port. 2) open the rtice software, select the Burn page, click the icon, enter the boot burn page as shown below.
3) Click the settings icon, open the settings page, and configure it as shown below.
Page 15 of 27
Test and Alignment Specification for RT2841 Series (v0.01).docx
Connect Type select RS232; Comm port selects the corresponding serial port; Set-Status type option ROM Code; IC Type Selection Macarthur5; Then click ok. 4) Configure Burn parameters and select bootcode load path, as shown below.
5) Click the Start button to enter the boot state and the state will change to the connect state as shown below.
6) Then power on the TV. After the connection is successful, the TV enters the upgrade state and waits for the upgrade to complete. After the upgrade is complete, the following figure shows the bootcode successfully burned.
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Test and Alignment Specification for RT2841 Series (v0.01).docx
Then Upgrade Main SW , Copy Main SW "Update.img" into USB stick (pen drive) root path Insert USB to TV USB port, long press the "MENU/STB" button of local keyboard , and then Power on TV by
AC, The light of IR will flicker, it means TV is updating SW. After finish update SW, TV will reboot automatically and please remove the USB.
Appendix "How to upgrade SW using USB"
Upgrade RT2841 main SW Copy the "Update.img" into USB stick (pen drive) root path. Please delete other xxx.img files from USB stick. Plug USB stick to the TV. Power on TV by AC, at the same time press "power on" key for 10s, TV will update SW automatically. When reflashing is successful, TV should restart automatically (about 4min).
Note:If "upgrade" was performed, a "Welcome Setup" menu should be displayed, otherwise new SW version should be displayed into relevant Factory mode caption info or on bottom of "Factory menu"
If the P mode is reflashing after upgrade and can not be closed, go to "Factory menu" and select `Sita P mode' to ON, restart TV. Then go to "Factory menu" again and select `Factory hotkey' to OFF.
Appendix (3)"How to upgrade SW using USB and RCU"
Appendix (4) "How to upgrade FLASH SW by OAD"not support now
Appendix (5) "How to change Project ID with RCU"
Enable Factory Key (See "section 2.0-Product Assembly") Process following subsequence IR codes to change project ID: 062598+ +xxx (xxx: Project ID, ex: 001) If it works, the TV will restart automatically.
Page 17 of 27
Test and Alignment Specification for RT2841 Series (v0.01).docx
Appendix "How to upgrade CI Key using USB"
Enable Factory Key Create the folder named "CIKEY", change the CI key to "CIKEY_xxx.bin" (xxx is the number), put CI key into the
folder. Plus the USB into the TV. Go to "Main menu Service menu USB Update CI Key Upgrade ", click the right button. If the toast show CI Update OK, it means burn the key success. After burning, the CI key will movie to the folder CIKEY_BACKUP.
Note: The operation must enable factory "P" mode
Note: If unfortunately the process failed, you may need to download new CI key and repeat operation again.
Appendix "How to upgrade Widevine Key using USB"
Enable Factory Key Create the folder named "WIDEVINEKEY", change the Widevine key to "WIDEVINE_xxx.bin"(xxx is the
number), put Widevine key into the folder. Plus the USB into the TV. Go to "Main menu Service menu USB Update Widevine Key Upgrade ", click the right button. If the toast show Widevine Update OK, it means burn the key success. After burning, the Widevine key will movie to the folder WIDEVINEKEY_BACKUP.
Note: The operation must enable factory "P" mode
Appendix "How to upgrade PlayReady Key using USB"(not support now)
Appendix "How to upgrade HDCP key using USB"
HDCP Create the folder named "HDCP", change the HDCP key to "HDCP_xxx.bin"(xxx is the number), put HDCP key
into the folder. Enable Factory Key Plus the USB into the TV. Go to "Main menu Service menu USB Update [HDCP] Upgrade", click the right button. If the toast shows HDCP Update OK, it means burn the key success.
Page 18 of 27
Test and Alignment Specification for RT2841 Series (v0.01).docx After burning, the HDCP key will movie to the folder HDCP_BACKUP.
Appendix "How to upgrade MAC Address using USB"
Create the folder named "MAC", change the MAC key to "MAC_xxx.bin"(xxx is the number), put MAC key into the folder.
Enable Factory Key Plus the USB into the TV. Go to "Main menu Service menu USB Update MAC Upgrade", click the right button. If the toast show MAC Update OK, it means burn the key success. After burning, the MAC key will movie to the folder MAC_BACKUP.
Note: There is no this function which is only displaying.
Appendix "Network Connection Setup"
Note:You can set up your TV so that it can access the Internet through your local area network (LAN) using a wired or wireless connection.
Wired Network Connection
You can connect your TV to your LAN using cable in three ways: 1) Plug your TV to your LAN by connecting the LAN port on your TV to an external modem using a Cat5 cable. 2) Plug your TV to your LAN by connecting the LAN port on your TV to an IP Sharer which is connected to an
external modem. Use Cat5 cable for the connection 3) Depending on how your network is configured, you may be able to plug your TV to your LAN by connecting the
LAN port on your TV directly to a network wall outlet using a Cat5 cable (Note that the wall outlet is attached to a modem or router elsewhere in your house) 4) Select "Menu Network SettingsEthernet" to check if the network has connected. If not then select "IP settings" to connect to network.
Wireless Network Connection
To connect your TV to your wireless network, you need a wireless router or modem and a Wireless LAN Adapter. Select "Menu Network SettingsWi-FiOn", then it will appear the valid wireless networks near your
area. Select available access point and press "OK/" to connect the TV to it.
Note11:
- If you select a protected access point, you will have to enter the corresponding password. Press "OK" on the remote control to display virtual keyboard to enable you to enter the password.
Network Setup
Connect your TV and the available network with the network cable first. Press "Menu "on the remote control and select "Network SettingsEthernet" to check if the network has
Page 19 of 27
Test and Alignment Specification for RT2841 Series (v0.01).docx
connected. If connected, the Internet connection will display Connected. If not, If not it will display "Not Connected" and
you can try to enter your IP address manually to connect the network follow below steps Select "Advanced options" "IP Settings""Static" by pressing "OK/" key Enter the "IP address", "Gateway", "Network prefix length", "DNS1"and "DNS2"values. Use remote
control digital keys to enter number sand "/" key to move from one to other field location After setting all required inputs and save successful, to check the Internet connectivity again Select"Menu Network SettingsEthernet", then press "OK/" key to display current connection details, such as Internet connection status, IP address, MAC address etc..
Appendix "How to upgrade Flash SW using Network"(not support now)
Appendix "Factory Menu Description"
1-Factory Hotkey submenu Item
Sub-item
Hotkey
Value OFF/ON
Note
Enable Hotkey flag by pressing "" key to have possibility to access Factory menu with
"RETURN" key (default is
disabled)
Note: Sita P mode submenu change to ON and reboot TV for the first time to enable the Factory Hotkey submenu.
2-Warm-Up Mode submenu
Item
Sub-item
Value
Note
Enable Burning mode by pressing
Burning Mode
OFF/ON
"" key, then press "EXIT" key to activate it Press "Menu" key on local
keyboard to exit the Burning mode
Note: Factory Hotkey submenu must be ON.
3-Reset Shop submenu Item
Sub-item
Reset Shop
Note: Factory Hotkey submenu must be ON.
4-NVM Reset submenu
Item
Sub-item
Reset ALL
Value >
Note
Press "OK" key to remove Factory presets (channel Maps, bargraph context...) and restore User settings. All adjustments are not impacted!
Value >
Note
Press "OK" key to default NVM
Page 20 of 27
Note: Factory Hotkey submenu must be ON.
Test and Alignment Specification for RT2841 Series (v0.01).docx
according to selected Project ID (all adjustments are defaulted, channel Maps are cleared, Hotkey is enabled, ...)
5-Power on Mode submenu Item
Sub-item
Power on Mode
Note: Factory Hotkey submenu must be ON.
Value
ON STB LAST
Note
Select starting sequence by pressing "" key - ON: Force TV to start -STB: Force TV to standby - Last: Force TV to standby or to start depending on latest operation
6-USB Clone submenu Item
USB Clone
Sub-item All Clone: USB TO TV
All Clone: TV TO USB
Value ALL Channel list EEPROM Users Settings ALL Channel list EEPROM Users Settings
Note
Enable factory Hotkey; Press "OK" to copy USB template content to TV depending on Cloning mode Press "OK" to copy TV template context to USB depending on Cloning mode
7-Preset Factory Channel submenu
Item
Sub-item
Preset Factory
Factory Area
Channel
Channel Preset
Value HZ PL
Note Choose the factory area Preset TV Channel
8-DeviceID Test submenu Item
DeviceID Test
Sub-item
Value DO
Note Test device ID
9-Sita P mode submenu
Item
Sub-item
Value
Note
Sita P mode
OFF/ON
Note12: A quick access to suitable submenu item can be achieved by pressing it prefixed RCU key number (ex:
pressing "6" to directly highlight "USB Clone" item).
Page 21 of 27
Test and Alignment Specification for RT2841 Series (v0.01).docx
Appendix "Design mode Menu Description"
- Other submenu Item
TestPattern
UartEnable
ScreenPixel DeviceID MAC SN Register Code HuanID ClientType
ReadEeprom To USB
WatchDog
ADB
- Service menu submenu Item
0-Project SN 1-EPolisy Number 2-Hardwarel 3-Software 4-ProjectNa me 5-frcVersion 6-stbc version 7-Bootloader 8-Project ID
Sub-item
Value
>
OFF/ON
MAC Address SN
Register Code
Client Type
Note Enable TestPattern by pressing
"" key, Hold "Menu" key on local keyboard , select "TV" source to
exit TestPattern.
Enable console by pressing "" key. - ON: Enable print by console -OFF: Unable print by console Not used Not used
Not used
Not used
OFF/ON OFF/ON
Enable Watch Dog by pressing
"" key
- ON: Open Watch Dog -OFF: Close Watch Dog Enable ADB by pressing ""
key
- ON: Open ADB -OFF: Close ADB
Sub-item
Value Project SN
EPolisy Number Hardwarel Software Version
Project Name
Frc Version
stbc version
Bootloader Project ID
Note Factory Hotkey submenu must
Page 22 of 27
Test and Alignment Specification for RT2841 Series (v0.01).docx
be ON.
9-Panel ID
Panel ID
Main Upgrade
Upgrade Main Software
[HDCP] Upgrade
Upgrade HDCP key
[HDCP2_0] Upgrade
Upgrade HDCP2.0/2.2 key
[FRC_IMAGE] Upgrade
Upgrade FRC
DONGLE
Not used
10-USB Update
Upgrade[RC65] DONGLE
>
Not used
Upgrade[RC71]
MAC Upgrade
Upgrade MAC Address
LocalDimming Upgrade
Upgrade Local Dimming
LocalDimming Version
Show Local Dimming Version
CI Key Upgrade
Upgrade CI Key
11-Nonstand
Not used
ard
12-Non-stan
Not used
dard_DTV
Enable Hotel Menu by pressing
13HotelMenu
OFF/ON
"" key
- ON: Enable Hotel Menu
-OFF: Unable Hotel Menu
Enable STR by pressing ""
14-Suspend To Ram
OFF/ON
key
- ON: Open STR
-OFF: Close STR
Note: Factory Hotkey submenu must be ON for item 8, item 10 and item 14
-Param setting submenu Item
0-Sound Setting
1-Picture Curve
Sub-item Sound mode
Balance Auto audio Sound Scene Sys_audio
Source
Value
["Music","Movies" ,"News","Standar
d","User"]
[0~100]
OFF/ON
VOL_WALL / VOL_DESKTOP ["BG","DK","I","M ","L"] SOURCE_ATV, SOURCE_DTV,
SOURCE_AV,
SOURCE_YPBPR,
SOURCE_HDMI,
Note Switch sound mode by pressing
"" key.
Adjust sound balance by
pressing "" key.
Enable Auto audio by pressing
"" key
- ON: Enable Auto audio -OFF: Unable Auto audio Switch sound scene by
pressing "" key.
Switch audio format by
pressing "" key.
Page 23 of 27
2-Picture Setting
3-SSC(Spre ad Spectrum clocking) Adjust
4-DBC(Dyna mic Backlight Control)
Curve Setting
Curve_0 Curve_25 Curve_50 Curve_75 Curve_100
Picture mode
Brightness Contrast Backlight
Test and Alignment Specification for RT2841 Series (v0.01).docx
SOURCE_VGA, SOURCE_DV,
SOURCE_STORAGE
"Brightness", "Contrast", "Saturation",
"Hue", "Sharpness",
"Backlight"
Adjust value of Curve by
pressing "" key.
"Standard", "Vivid",
"Dynamic", "Mild", "User"
0~100
0~100
0~100
Switch picture mode by
pressing "" key.
Adjust Brightness by pressing
"" key.
Adjust
Contrast
by
pressing"" key.
Adjust
Backlight
by
pressing"" key.
Not used
DBC_Mode APL1
APL1_BL APL2 BP K
Print_Enable
Energy saving
0~2 0~255 0~255 0~255 0~255 0~100
OFF/ON
"OFF", "LOW",
Switch nature light mode by
pressing "" key.
Adjust value ofAPL1by
pressing"" key.
Adjust value of APL1_BLby
pressing"" key.
Adjust value of APL2by
pressing"" key.
Adjust value of BP by
pressing"" key.
Adjust value of K by
pressing"" key.
Switch DBC Print mode by
pressing "" key.
- ON: Enable DBC Print -OFF: Unable DBC Print Switch Energy saving mode
by pressing "" key.
Page 24 of 27
5-Overscan
6-WIFI CHEAK 7-MEMC LEVEL -Hotel menu submenu
Item CH LOCK MAX VOL
AUTO SET
PIC MODE
SOUND MODE
Source
H Position H.size
V Position V.size
Test and Alignment Specification for RT2841 Series (v0.01).docx
"HIGH"
SOURCE_ATV, SOURCE_AV,
SOURCE_YPBPR,
SOURCE_HDMI, SOURCE_VGA,
SOURCE_STORAGE
Adjust value by pressing""
key.
Press "OK" on remote control to check if WIFI works.
Not used
Sub-item
Value
OFF/ON
0~100
OFF/ON
"Standard" "Vivid" "Mild" "Studio" "User"
"Dynamic" "Stadium" "Digital cinema"
"Music" "Movie" "News" "Standard" "User" "Subwoofer" "Stadium" "Game"
Note
Enable CH LOCK by pressing
"" key.
-ON:EnableChannel scan
-OFF:Unable Channel scan
Adjust
max
sound
volbypressing "" key.
Enable AUTO SET by pressing
"" key.
-ON:Enable set "PIC
MODE","SOUND MODE" etc.
-OFF:Unable set "PIC
MODE","SOUND MODE" etc.
Switch preset picture mode
bypressing "" key.
Option menu depend on model.ini
with opposite Project ID.
Format in model.ini :
[Factory]
PictureModePreset =
STANDARD:VIVID:MILD:STUDIO:
USER:DYNAMIC:STADIUM:CINE
MA
Switch preset sound mode
bypressing "" key.
Option menu depend on model.ini
with opposite Project ID.
Format in model.ini:
[Factory]
SoundModePreset =
MUSIC:MOVIE:NEWS:STANDAR
Page 25 of 27
PRESET VOL
Input preset
Channel preset KEY LOCK TV to USB USB to TV
Test and Alignment Specification for RT2841 Series (v0.01).docx
"Sport"
0~100
ATV DTV AV1 AV2 YPBPR VGA HDMI1 HDMI2 HDMI3 HDMI4
OFF/ON
> >
D:USER:SUBWOOFER:STADIUM
:GAME:SPORT
Adjust
preset
sound
volbypressing "" key.
Switch preset sound mode
bypressing "" key.
Option menu depend on model.ini
with opposite Project ID.
Format in model.ini:
[Factory]
InputSourceList=
MUSIC:MOVIE:NEWS:STANDAR
D:USER:SUBWOOFER:STADIUM
:GAME:SPORT
If source is ATV, start from 9001;
If source is DTV,start from 1;
Channel preset is unable while
source is on other situation.
Enable KEY LOCK by pressing
"" key.
-ON:Enablelocal keyboard
-OFF:Unablelocal keyboard
Press "" key to copy data from
TV to USB
Press "" key to copy data from
USB to TV
-Reset ALL submenu
Item
Sub-item
Value
Note
Reset ALL
>
Press">" to Reset all factory data.
Note: Bofore do this operation, the Factory Hotkey submenu must be ON.
Appendix "How to do initial setup of white balance"
Firstly, you need to enable Factory Key: Press RCU "MENU" key to display main menu Select "Settings Picture Advanced setting Contrast", Scroll down to "Contrast" item Press the subsequence RCU keys "9", "7", "3" and "5" Select "9-Sita P mode", Press RCU "/" key change the values to ON Reboot TV 'Factory Hotkey' will be ON automatic.
Secondly, press RCU Option, Select Picture Advanced setting Contrast Press RCU "1950" enter design main menu Reset all
Done
Page 26 of 27
Test and Alignment Specification for RT2841 Series (v0.01).docx Page 27 of 27
nRT41--Chassis Block Diagram
11-Oct-18 Page 8
nPower supply Block Diagram
11-Oct-18 Page 9
nRT41--Power supply Block Diagram
11-Oct-18 Page 10
1
2
3
4
5
6
7
8
POWER
i
HOT i
SGND
RCOBRB113300
PIRB13001
! CPCIRBOY13P0CI02CBYYB3B0313
PIRB15701
PIRB15702
RCOBR1B15577
PICYB302 PIRB15401
PIRB15402
RCOBR1B15544
GND
GPIRNB12401D
PIRB12501
PIRB12601
PIRB12701
TCOBTB110011
PIRB15601
DCOBDB110022
PIRB12402 RCOBR1B12244 PIRB12502 RCOBRB112255
PIRB12602 RCOBR1B12266
PIRB12702 RCOBRB112277
PIRB15602 RCOBR1B15PI5CB618062
GCOLGL11 GCOLGL22
A
HOT
i
! PICYB401 CCOPYICCYBYB40B2 4 GND
CCONCNBB11
1 PILCNB101
3 PINCNB103 !
T3.15AL 250V~
PIFB101
PIFB102
! CFOBFB11
!
PINTCB102
CNOTNTCCBB1
PINTCB101
4
3
2
CXB1
MOVB1
COMVB1 COCXB1 PILCB103 ! PILCB102 PIMOVB102 PICXB101
PILCB104 CLOCLCBB11 PILCB10
1
PIMOVB10
!
! PICXB102
!!
L
PIRB101 PIRB201
!
4
1
RB2
RB1
CORB1 CORB2 PILCB301
PIRB102 PIRB202
PIRB301 PIRB401
CXB2
COCXB2PILCB304 PICXB201
CLOCLCBB33
SGND
CORB3 CORB4 PILCB302 PILCB30 ! PICXB202
RB4
RB3
3
2
PIRB302 PIRB402
!!
N
PIGND10 !
PICYB101
CCOPYICCYBYB10B2 11
GND
!
!
PIDB10A
PIDB1P0IKDB20A
PIDB20K
CDODBB11 DCOBDB22
GCONGNDD11 Vbridge
PIDB30A
PIDB3P0IKDB40A
PIDB40K
! CDODBB3
DCOBDB44 !
!
PICYB201
!
PICYB501
CCOYCYBB2
PICYB202
CCOPYICCYBYB50B2 55
GND GND
PCB102B
4
Vbridge
PICB1401 PIRB12302 PIRB1202 PIRB12102 PICB1202
N
PIRB1402
RCOBRB11441
PIRB1401 PIRB1420
RCOBRB11442
RB118 CB114 RB143 RB123 RB146 RB122 RB147 RB121
TP-TDT
1
1
+ + +
1
COTP0TD COCB14 CORB123 CORB12 CORB121 PITP0TD01 PIEB101ECOBEB11 PIEB201ECOBEB22PIEB301 ECOBEB33 PICB1402
PIRB12301 PIRB1201 PIRB12101
CCOBC1B12200
PICB1201
2
2
2
RB117
PITP0TD02 ! PIEB102 ! PIEB202 ! PIEB302
CORB17 CORB18 CORB143 CORB146 CORB147 SGND
PIRB14302 PIRB14602 PIRB14702 PIRB1702 PIRB1802
SGND
PIRB14301 PIRB14601 PIRB14701 PIRB1701 PIRB1801
DCOBDB110066 D_QB101 BCOBBB110011
PIRB14201
K PIDB1060K
A
PIDB1060A
PIBB10101
PIBB10102
EB107 EB104
EB108 EB105 RB153
! 1PITB10101
2
PITB108108
PIDB10201
PIDB10203
COEB108 COEB105 CORB153 PIDB10202
CCOBC1B11188 PICB1801
PIRB1401 PIEB10471 PIEB10581
PIRB15302
VBL
ZCOBZ1B10033
12V
PIRB1302
RCOBR1B13311
PIRB13601
+
+
3PITB10103
PITB107107
COEB107 COEB104 PIRB1402 PIEB10472
PIEB10582
PIRB15301 2PIZB10302
3 2
1
3 PIZB10303 PIZB103101
2
PIZB10402
1 2
3
1
PIRB13 01 PCCOPBC1B0110A1AB
PICB101 PIRB1320
RCOBR1B13322
RCOBR1B31366
PIRB13602 PIRB13501
RCOBR1B14400
CCOBC1B11177
GND
1 2
3
1 2
3
ZCOBZ1B10044 PIZB10401 PIZB10403 PIZB10502
COZB105
2
RCOBR1B31355
PICB102 ! PIRB13201 CCOBC1B10099 RCOBR1B13333 PIRB13502
PICB10901
PICB10902 PIRB13302
PIRB13301
ZB105
PICB11701
PICB11702 PIRB12801
PIRB12802 RCOBRB112288
PIRB12901
PIRB12902 RCOBR1B12299
PIZB10501 PIZB10503
1 3
PICB1 02 BRO
CCOBCB111111
PICB1 01
SGND
RCOBRB110066
PIRB10601
PIRB10602
DCOBDB111111
RCOBRB110077
PIDB11103
PIRB10701
PIRB10P7I0D2B11102
PIDB11101
! QCOBQB11001
G
PIRB1092 PIQB1010G
PIRB1091 RCOBR1B10099
PIDB1080A
CODB108
S RB120 RB119
D CB116
DB105
COCB1 6PIQB1010D
PICB1602 PIDB105A
5PITB10105
CODB105PIRB1402 PIRB1502
RB115
PICB1601
CORB120 CORB19 CORB15 PIQB10S
PIRB1202
PIRB1902 PIDB105K PIRB1302
PIRB1401
PIRB1501
4PITB10104
RB113 RB114
CORB13 CORB14 PIRB1201 PIRB1901 PIRB1301
SGND
PICB1301
9 PITB10109 6 PITB10106
DB109 DB108
UCOBUB110011
1
PIUB10101
GND
OUT
6
PIUB10106
4
CB103
PCB101B
PICB1024 ! PICB10 4 !
COCB103 COCB101 PICB1023 PICB103
2 PIUB10102 BRO
COMPVCC
5 PIUB10105 CS
PICB1031
PIRB1042
3
PIUB10103
OTP
CS
4
PIUB1010PICB140 1
PICB1032
RCOBRB110044
PIRB14802
RB148
CORB148 RCOBRB110011 RCOBRB110022
CODB109 PIRB10102
PIRB10P1I0R1B10202
N PIRB10201
PIDB1080K
PIDB109A
!
PIRB14801
PIRB1402
PIRB10501
PIRB10502
CORB14
RCOBRB110055
PIDB109K
SGND
DB104
K
A
COCB1 3 CS PIDB1040A CODB104 PICB1302 PIRB1602 PIDB1040K CORB16
PIRB1601
RB116 CB113
PIDB10101
PIDB10102
PIDB10103
PIEB10101
12V
PIEB1021
+
+
EB101 EB102
COEB101 COEB102 DCOBDB110011 PIEB10102 PIEB102
GND
K
PIUB102 K UCOBU1B10022
PIUB10R20R
PIUB102A
PICB11001
PICB11002
CCOBC1B11100
RCOBR1B13344
PIRB13401
PIRB13402
A
GND
12V
PIRB16502
PIRB16701
CORB167
GCOLGL33
GCOLGL44 GCOLGL55 HCOSHBSB22
GCOLGL66 HCOSHBSB33
HS
HS
PIHSB201 PIHSB20 ! PIHSB301 PIHSB302 !
GCOLGL77
12V
VBL
GCOLGL88
11 22 11 22
VBL
CCONCBNB55
2 PICNB502 PIC1NB501
CCONCBNB22
12V
2 PICNB202 PIC1NB201
GND
GND
A
1 RB167
RB103 RB144
CB104 CB101
3
3
PIRB1041
PICB102 PIRB1401
2
PIRB16501RCOBR1B16655 PIRB16702
PICB1041 PIRB1032 PICB1021
PIZB10 2
PIEB10601
CB102
SGND
COCB104 CORB103 COCB102
1 2
3
ZCOBZB110011
+
ECOBE1B10066
PICB1042 PIRB1031 PICB102
PIZB101 PIZB103
PIEB10602
1 3
PICB1021 PIRB1601
PIRB16801
COPB102AB PICB102 ! PIRB1C60O2RB16 CORB168
PIRB16802
PCB102A K2
RB166 RB168
B
CHOHSSBB11
CMOMBB11
HS
PIMB101 PIHSB102 PIHSB103
PIRB1502
CROBRB11500
UB103 A
CB112 RB169
SGND
SGND
PIUB103K
B
R
PIUB1030R PICB1202
PIRB16901
COUB103 PIUB103A COCB12 CORB169
PICB1201 PIRB16902
PIRB1501
GND
CQOB1Q0B1101��ɢ��Ƭ֮��
SGND
C
CMOMLL11 Mylar CGOGDD11 CGOGDD22 CGODGD33
CEOVEVAA1 CEOVEVAA22 CEOVEVAA3
D
PIPWM0DIM01 PCWOPMW_MD0DIMIM
PPOWPMWM_D0IDMIM PWM_DIM
GND
CCOBCB88114
PICB81401
PICB81402
RCOBR8B81111
PIBL0ON01 BCLOB_LO0NON
12V
BL_ON GND
PIRB81601
PIRB81602
RCOBRB881166
PIRB80201
PIRB80202
RCOBRB88002
PICB80202
PICB80201
VIN
UCOBUB88001
9
PIUB80109
ENA
LED_CS 10PIUB801010 ISW
CCOBCB880022
LED_GATE
11 PIUB801011
LDR
RT
8
PIUB80108
OVP PIUB807107
ISET
6
PIUB80106
RCOBRB882277
PIRB82702
PIRB82701
GND
LED_ISETCCOBCB882266
PIRB81201 PIRB81301 PICB82601 PIRB80301
LED_OVP
PICB80602
PICPB8I10R2B81102
PIRB81101
CB810
COCB810 DCOBDB880011
VBL
LCOBL8B80011
PILB80101
PILB80102
PIBB80101
PICB810 1 PIBB801P0ID2B8010A
PIDB8010K
PIEB801201
BCOBBB880022
PIRB81401 PIBB80201
PIBB80202
LED+
2 LCOBL8B80033 1
PILB80302
PILB80301
BCOBB8B80011
D_QB801
+
CORB814 ECBOE8B80022
ECOBE8B80011
PIEB801202
PIRB81402
PIRB83401
PBOLB_OLN0ON BL_ON
PIADIM01 ACODAIDMIM PAODAIMDIM ADIM
RB834 RB814
D
RB804 17 EPAD RB812 RB813
VREF PICB81302
PIRB8202
12PIUB801012 VREF
CCOBCB881133
LPF
RCOBRB88222
VIN
13 PIUB801013
VIN
PICB81301
PIRB8201
PIRB81501 PICB8102
14 PIUB801014
LPF
CCOBCB88111
15PIUB801015 SSTCMP
GND
PIRB81502
PICB8101 PICB80502
RCOBRB880011 16
PIRB80402 PIRB80102 PICPB8I07U01B801016
PWM
ISEN4 PIUB805105
ISEN3
4
PIUB80104
GND
3
PIUB80103
ISEN2 PIUB802102
ISEN1
1
PIUB80101
CORB812 CORB813
LED1 PIRB81202 PIRB81302
GND
LED2
CCOBCB880066
PICB82602 PIRB80302
RCOBRB880033
PICB80601
LED_GATE
GND
QCOBQB880011 PIQB8010D PICB80902 PICB81602
CB816
CB809
RCOBRB880077
PIRB80701
PIRB80702 DCOBD8B80099
G PIQB8010G
COCB809 COCB816
PICB80901 PICB81601
RCOBRB880099
PIRB80901
PIRB809P0I2DB80902
PIDB80903 PIRB80801
S
PIQB8010S
PIRB8101
PIDB80901 RCOBRB880088
RCOBR8B81100
LED_CS PIPCBI80R40B280502
PIRB80802 PIRB80PIR5B8018101 PIRB81901 PIRB8201 PIRB82101
PIRB8102
GND
CORB834 LED+
PIRB83402
PICB81502
CCOBC8B81155
LED_OVP
PICB81501
GND
10 9 8
7
6
CCONCBNB880011
PICNB8010 PICNB8019 PICNB801 PICNB8017 PICNB8016 PICNB8015 PICNB8014 PICNB8013 PICNB8012 PICNB801
5
4
3
2
1
C
RCOBRB881155 CCOBCB880055
CORB804
CCOBCB88007 PIUB8017
PICB80501 PIRB80401 PIRB80101 PICB80702
RB818 RB819 RB820 RB821
CCOBCB880044
RCOBR8B80055
CORB818
CORB819
CORB820
CORB821
PICB80401
PIRB81802 PIRB81902 PIRB8202 PIRB82102
LED+
LED1
LED+
LED2
PWM_DIM
GND
GND
GND
VREF
PIRB83501
RCOBR8B83355
PIRB83502 ADIM PIRB84302
RCOBR8B84433 PIRB84301
LPF
RCOBR8B83377
PIRB83702
PIRB83701
PIRB83801
CORB838
PIRB83802
RB838 CB827
RB845 CB828 CB831 CB830
PIRB83901
RCOBR8B83399
CCOBC8B82299
PICB82901
PICB82902
GND
PIRB83902 RCOBR8B84400
QCOBQ8B80033 PIQB8030CPIRB84001
PIRB84002
PIRB84502
PIQB8030B
PICB82701
CORB845
COCB827 PIQB8030E
PIRB84501
PICB82702
RCOBR8B84411
PIRB84101
PIRB84102
LED_ISET
PIRB8420
RCOBR8B84422
PICB8C2O02CB828 PICB8C310O2CB831 PICB8C30O2CB830 PIRB84201
PICB8201 PICB8310 PICB8301
LED1 LED2
RCBOR8B28233
PIRB82301
PIRB82302
DB802 DB803
PIDB802A
PIDB8030A
CODB802CODB803
PIDB802K
PIDB8030K
VBL
GND
D
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
22ohm-0402-�5%-1/16W
0.1uF-0402-X5R-�20%-16V
NC/SWPA8040S2R2NT
RCODRD11
PIRD101
PIRD102
0ohm-0402-�5%-1/16W
10uF-0805-X5R-�20%-16V 0.1uF-0402-X5R-�20%-16V
,Power Inductor,2.2H,�30%,4.6A,6045,SMT,NRH6045-2.2uH,wenshan DC-DC,IC DCDC,Syn,5A,18V,500KHz,TSOT23-6,SMD,SYH615ADC,Silergy
PICD102
0.1uF-0402-X5R-�20%-16V
GND
BS 6
CCODCD11
12V
PIUD206 CUODUD22
CLODLD77 PICD101 PILD702 PILD701
5V_M
3
PIUD203
IN
SW
2
PIUD202
PIRD301 PILD101LCODLD11 PILD102
5COV5_VM0M
PI5V0M01
1 GND
A
PICD1702 PICD601 PICD702 CCODCD117 CCODCD66 CCODCD7
PICD1701 PICD602 PICD701
PIU5D205 EN
PIRDC2R602ODRD2266 PICDCC1602ODCD116
FB PIUD4204
RCODRD33
CRODRD55
PIRD302
PICD801 PICD902 CCODCD88 CCODCD99
PICD802 PICD901
+
PIED101 ECOTDEED11ST PIED102
PIUD201
PIRD501
PICD1802
PIRD502
PIRD802
PW_EN_IC
PICD402 PICD501 CCODCD44 CCODCD55
PICD401 PICD502
12V
PW_EN_IC RCODRD1100
PIRD1001
PIRD1002
RCODRD22
PIUD106 UCODUD11
PIRD201
PIRD202
CCODCD22
PICD201
BS 6
PICD202
PIU4D104 IN
SW PIU5D105
SY8105
Freq.=500KHz
2
PIUD102
EN
FB
1
PIUD101
LCODLD22
PILD202
PILD201
PILDL3C01ODLD33 PILD302 RCODRD66PIRD602
1V0_Core
CCODCD111P1ICD102CCODCD1122 PICD1202CCDOC1D133PICD1302CCODC1D144PICD1402
PI1V00Core01 1CVO10V_0C0Coorree TEST
3V3_STB
QCMOQ2M2
PIQM20S
PIQM20D
3V3_M 3CVO3_V3M0M
PI3V30M01
RCMORM11 PIRM102
CCMOC2M2PICM202 TEST
3V3_STB
A
PIQM20G
PIRM101 RCMOR3M3
PICM201
RPIRMC1301MORM1133
PIRM301
PIRM302
3 GND
PIRD2601 PICD1601
CCODCD1188
CRODRD88
PICD1801
PIRD801
GND
4K7ohm-0402-�5%-1/16W NC/10Kohm-0402-�5%-1/16W
RCODRD77PIRD702
PICCDC1502 ODCD1155
PIUD103
PIRD601
PICD101 PICD1201 PICD1301 PICD1401
PNWLP_WE0NEN_0ICIC PIRM1302 RCMORM55
PIRM502
PIRM501
PIQM30C QCMOQM33
PIQM30B
GND
PW_EN_IC
GND
CRODRD2277
PIRD2701
PIRD2702
GND GND PIPW0EN01 CPOWPW_0EENN
GND
GND
GND
18Kohm-0402-�1%-1/16W 3K3ohm-0402-�1%-1/16W 10uF-0805-X5R-�20%-16V
2.2uF-0402-X5R-�20%-6.3V
PIRD701 PICD1501
GND
PIRRDC302ODR3D300 PIRD102RCODR1D111
GND 3V3_STB
PIRM701 RCMORM77
4K7ohm-0402-�5%-1/16W
100Kohm-0402-�1%-1/16W
PIQM30E
NC/10uF-0805-X5R-�2T0E%S-T16V 10uF-0805-X5R-�20%-16V
100Kohm-0402-�5%-1/16W NC/8pF-0402-NPO-�5%-50V
0.1uF-0402-X5R-�20%-16V
GND
15Kohm-0402-�1%-1/16W
PIRD3401
RCODR3D344
PIRM702
0.1uF-0402-X5R-�20%-16V
0.1uF-0402-X5R-�20%-16V
220ohm-0402-�5%-1/16W 10Kohm-0402-�5%-1/16W 0.01uF-0402-X7R-�10%-50V
NC/,Power Inductor,4.7uH,�20%,2.8A,0.32�1P,DR5.8�4.5,SMD,DSB5845-4R7M-LF,BLDX ,Power Inductor,4.7uH,�20%,3.3A,DR6.0�4.5,SMD,SWPA6045S4R7MT,Sunlord DC-DC,IC DCDC,Syn,2A,18V,500KHz,SOT23-6,SMD,LC2332CB6TR,Leadchip ,CAP AL,10V,470uF,�20%,KM,P,2.5mm,6.3�11.0,DIP,TP,Samxon
180Kohm-0402-�1%-1/16W 10K5ohm-0402-�1%-1/16W
1Kohm-0402-�5%-1/16W
0.1uF-0402-X5R-�20%-16V 22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V 10uF-0603-X5R-�20%-6.3V
PIRD301 PIRD3201
RCODRD3322
PIRD3202
PIRD101 PIRRDC3 02 ODR3D333
PIRD301
PIQE20D QCOEQE22
RCODR3D311 PIRD3402
PIQE2P0IGRD3102
1NVL10V_0C0oCroer_eV0VIDID_0IICC PIRD3PI1R0D31501
PIQE20S
RCODR3D355
1Kohm-0402-�5%-1/16W
GND
GND
4K7ohm-0402-�5%-1/16W
0.1uF-0402-X5R-�20%-16V
,Dynatron,NPN,0.2A,40V,30-300,SOT-23,MMBT3904(f350MHz),BLUE ROCKET
,PMOS,-4.7A,-20V,70mohm@ID=-4.7A@VGS=-4.5V,SOT23-LC,LPB3443LT1G,LRC
,RES,1/16W,20Kohm,�1%,0402,SMD 3K6ohm-0402-�1%-1/16W
1Kohm-0402-�5%-1/16W 100Kohm-0402-�5%-1/16W
PIRD3502
,NMOS,0.3A,60V,3.0ohm@ID=0.5A@VGS=10V,SOT-23,2N7002K,KEXIN
GND
GND
GND
B
B
12V
CCODCD226PICD2601 CCODCD445PICD4501 CCODCD227PICD2702 PICD2602 PICD4502 PICD2701
CRODRD4
CCODCD1199
PIRD401
PIRD402 PICD1901
PICD1902
BS 6
CUODUD55 PIUD506
3
PIUD503
IN
PIRD1301
CRODRD1133 5 PIUD505
EN
SW
2
PIUD502
FB
4
PIUD504
CLODLD5
PILD501
PILD502
PIRD1401
RCODRD1144
1 GND
PIRD1302
PIRD1802 CRODRD1188
PIUD501
RCODRD336 PIRD1402
PIRD3601
CCODCD446 PICD4602
PIRD3602
PIRD2502
RCODRD2255
PIRD1801
PICD4601
PIRD2501
PICD2902
CCODCD2299 PICD2901
3V3_STB TEST
PI3V30STB01
PICDCC2802ODCD2288 PICD502 CCODCD5500 PICD5602 CCODCD5566 3COV33V_3S0TSTBB
PICD2801 PICD501 PICD5601
GND
GND
GND
NC/10uF-0805-X5R-�20%-16V 10uF-0805-X5R-�20%-16V 0.1uF-0402-X5R-�20%-16V
47Kohm-0402-�5%-1/16W 10Kohm-0402-�5%-1/16W
GND
0ohm-0402-�5%-1/16W GND 0.1uF-0402-X5R-�20%-16V
36K5ohm-0402-�1%-1/16W 11Kohm-0402-�1%-1/16W
GND
0ohm-0402-�5%-1/16W NC/8pF-0402-NPO-�5%-50V
0.1uF-0402-X5R-�20%-16V 22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V
,Power Inductor,6.8uH,�20%,2.5A,0.32�1P,DR5.8�4.5,SMD,DSB5845-6R8M-FP,DDY DC-DC,IC DCDC,Syn,2A,17V,580KHz,TSOT23-6,SMD,TPS562201DDCR,TI
3V3_STB
0.1uF-0402-X5R-�20%-16V 10uF-0805-X5R-�20%-16V
PICCDC2402ODCD2244 PICCDC2502ODCD2255
UCODUD33
4
PIUD304
VIN
LCODLD66
SW
3
PIUD303
1
PILD601
2
PILD602
,RES,1/16W,13Kohm,�1%,0402,SMD ,RES,1/16W,18Kohm,�1%,0402,SMD
PICD2401
10Kohm-0402-�5%-1/16W GND 220ohm-0402-�5%-1/16W 0.01uF-0402-X7R-�10%-50V
2 GND
3PICDV2501 3_STB
1
PIUD301
EN
PIRD1201 RCODRD112P2IRRDC901ODRD99PICCD4C01ODCD4400
FB
5
PIUD305
RCODRD1155 PIRD1501
RCODRD1166 PIRD1602
PIRD1202 PIRD902 PICD402
PIUD302
PIRD1601
1V0_STB
PIRD1502
CCODCD2233PICD2302 CCODC5D51P1ICD5102 CCODC5D52PIC2D5202 CCODC5D53P3ICD5301
PICD2301 PICD5101 PICD5201 PICD5302
TEST
PI1V00STB01
1CVO10V_0S0TSBTB
1NVL10V_0S0TSBT_BW0WOOLL_0IICC
GND
GND
0.1uF-0402-X5R-�20%-16V 22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V
NC/10uF-0603-X5R-�20%-6.3V
DC-DC,IC DCDC,Syn,1.2A,7.0V,1.5MHz,SOT23-5,SMD,LC2127CB5TR,Leadchip ,Power Inductor,2.2uH,�20%,2A,0.28�1P,DR4.5�3.2,SMD,CD43-2.2uH,CK
5V_M
PICL902
CCLOC9L9 PICL901
UCOLU1L1
3
PIUL103
VI
VO
2
PIUL102
VO
4
PIUL104
PIUL10
3V3_Tun
TEST
PI3V30Tun01
PICL102
PICL102
CCOLC1L010 CCLOC1L11
3CVO3V_3T0uTnun
PICL101
PICL101
GND
GND
0.1uF-0402-X5R-�20%-16V
GND
LDO,IC LDO,1A,3.3V,12V,SOT-223,SMD,LC1117CLTR33,Leadchip
10uF-0603-X5R-�20%-6.3V
NC/0.1uF-0402-X5R-�20%-16V
3V3_Tun 3V3_M
RCLOR5L5
PIRL502
PIRL501
RCLOR6L6
PIRL602
PIRL601
NC/0ohm-0402-�5%-1/16W 0ohm-0402-�5%-1/16W NC/10uF-0603-X5R-�20%-6.3V
3V3_M_IC
PICL602
CCOLC6L6
PICL601
3V3_M
UCLOU3L3
3
PIUL303
VI
PICL702
CCOLC7L7
VO
2
PIUL302
VO
4
PIUL304
1V8_EMMC
TEST
PI1V80EMMC01
PICL801
1CVO81_VE8M0EMMCMC
CCLOC8L8
PICL701
PIUL301 RCLOR1L1
PICL802
PIRL202 PIRL101
PIRL102
RCLOR2L2
GND
GND
PIRL201
10uF-0603-X5R-�20%-6.3V
NC/,RES,1/16W,499ohm,�1%,0402,SMD
GND
0ohm-0402-�5%-1/16W
0.1uF-0402-X5R-�20%-16V
LDO,IC LDO,1A,1.8V,12V,SOT-223,SMD,LC1117CLTR18,Leadchip
GND
C
C
1 ADJ G
1 ADJ
3V3_STB
RCODRD228 CCODCD55P8ICD5801 CCODCD334PICD3401 CCODCD3355PICD3502 PIRD2802 CRODRD222PIRD202
PICD5802 PICD3402 PICD3501 PIRD2801 PIRD201
GND
STR_DDR_EN_IC
NSLTSRT_RD0DDDRR_0EENN0_IICC RCODRD223
PIRD2301
PIRD2302
UCODUD66
4
PIUD604
VIN
SW
3
PIUD603
1
PIUD601
EN
FB
5
PIUD605
2 GND
PIUD602
CCODCD444
PICD4402
PICD4401
LCODLD44
PILD401 PILD402 PIRD201 CRODRD2200
1V5_DDR
PI1V50DDR01
CCODCD55P4IC4D5402 CCODCD3377PICD3702 CCODCD3388 PICD3802 CCODCD4433PICD4302 TEST1CVO15V_5D0DDDRR
PIRD202 PICD5401 PICD3701 PICD3801 PICD4301
PIRD2102
RCODRD221
PIRD2101
GND
22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V 0.1uF-0402-X5R-�20%-16V
GND
D
NC/10uF-0805-X5R-�20%-16V
15Kohm-0402-�1%-1/16W
10uF-0805-X5R-�20%-16V
GND
10Kohm-0402-�1%-1/16W
0.1uF-0402-X5R-�20%-16V
NC/510Kohm-0402-�1%-1/16W
10Kohm-0402-�5%-1/16W 220ohm-0402-�5%-1/16W 0.01uF-0402-X7R-�10%-50V ,Power Inductor,2.2uH,�20%,2A,0.28�1P,DR4.5�3.2,SMD,CD43-2.2uH,CK
DC-DC,IC DCDC,Syn,2A,5.5V,1.5MHz,SOT23-5,SMD,TLV62569DBVR,TI
BNLLB_LP0WPWMM_0IICC
RCOGRG22 PCB
PIRG201
PIRG2023
PIRD1901 RCODRD1199
PICG201 CCOGCG22
PIRD1902
PICG202
PNWLPMWM_0DDIIMM
10Kohm-0402-�5%-1/16W NC/0ohm-0402-PCB NC/0.1uF-0402-X5R-�20%-16V
GND
GND
PNWLPMWM_A0ADDIIMM_0IICC
RCOGRG11 PCB
PIRG101
PIRG1023
PIRD3701 RCODR3D377
PICG101 CCOGCG11
PIRD3702
PICG102
ANLDAIDMIM
10Kohm-0402-�5%-1/16W NC/0ohm-0402-PCB NC/0.1uF-0402-X5R-�20%-16V
GND
GND
BNLLB_LE0NEN_0IICC
RCOGRG33 PCB
PIRG301
PIRG3023
PIRD2401 RCODRD2244
PICG301
CCOGCG33
PIRD2402
PICG302
BNLLB_LO0ONN
10Kohm-0402-�5%-1/16W NC/0ohm-0402-PCB NC/0.1uF-0402-X5R-�20%-16V
GND
GND
PANEL_EN_IC
PNALNPAENLE_LE0ENN_0IICC RCMOR1M11
PIRM1101
PIRM1102
RCMOR1M122 PIRM1202
10Kohm-0402-�5%-1/16W 10Kohm-0402-�5%-1/16W
PIRM1201
NC/0.1uF-0402-X5R-�20%-16V
12V
PIRM901 RCMORM99
QCMOQM66
PIRM902 RCMOR1M010
PIRM1001
PIRM1002
PIQM60C
QCMOQ5M5
S
D
PIQM50S
PIQM50D
PIQM50G
PIQM60B
CPICMC401MOCM44 PIQM60E
4K7ohm-0402-�5%-1/16W 47Kohm-0402-�5%-1/16W
PICM402
NC/10uF-0805-X5R-�20%-16V 4K7ohm-0402-�5%-1/16W
VCC_PANETLEST
PIPANEL0VCC01
CCMOC6M6PICM60R1 CMOR8M8 PIRM801
PCAONPAENLE_LV0CVCC
PICM602 PIRM802
GND
GND GND GND D
,Dynatron,NPN,0.2A,40V,30-300,SOT-23,MMBT3904(f350MHz),BLUE ROCKET ,PMOS,-4.3A,-30V,0.078ohm@ID=-3A@VGS=-4.5V,SOT-23,AO3487,AOS
1
2
3
4
5
6
7
8
1
2
GND
PICI102 CPCIOCICI10I111 NALVAV_0VVNN_0IINN_0IICC
0.047uF-0402-X7R-�10%-16V
A
U1C
RTD2841
NVLGVGAA_0GG0_IINN0_ICC NVLGVGAA_0GGNN0_IINN0_IICC NVLGVGAA_0RR_0IINN0_IICC NVLGVGAA_0RRNN0_IINN0_IICC NVLGVGAA_0BB_0IINN0_IICC NVLGVGAA_0BBNN0_IINN0_IICC
NVLGVGAA_0VVS0_IINN0_IICC NVLGVGAA_0HHS0_IINN0_IICC
B1
PIU10B1
PIUA103A3 PIUC102C2
PIUB103B3 A2
PIU10A2
B2
PIU10B2
VINGP GPIO07 VINRP GPIO09 VINBP VINBN
PIUB104B4 PIUC104C4
VSYNC_GPIO02 HSYNC_GPIO03
IFP_0 IFN_0 GPIO23_IF_AGC1
SIF
K2
PIU10K2
PIKU130K3 PIRU120R2
PILU120L2
TNLuTnu_nI0FIPF_P0ININ_0IICC TNLuTnu_nI0FINFN_0ININ_0IICC TNLuTnu_nIF0_IAF0GACG_CO0OUUTT_0IICC
I_IP I_IN Q_IP Q_IN
M2
PIU10M2
M3
PIU10M3
PINU110N1 PINU130N3
TNLuTnu_nS02S2_0IPIP_0ININ_0IICC
TNLuTnu_nS02S_2I0NIN_0ININ_0IICC TNLuTnu_nS02S_2Q0QPP_0IINN_0IICC TNLuTnu_nS02S_2Q0QNN_0IINN_0IICC
Ana_Video TUNER
C1
PIU10C1
D1
PIU10D1
PIUD102D2 PIUC103C3
VIN3P VIN4P VIN5P VINY0N
NALVAV11_0CCVVBBS0_IINN0_IICC NALVAV22_0CCVVBBS0_IINN0_IICC AV_VN_IN_IC
E5
PIU10E5
D5
PIU10D5
E4
PIU10E4
VIN10P VIN13P VINA0N
NSLCS_CC0VCVBBSS_0OOUUT0_IICC C5 PIU10C5 B5 PIU10B5
VDACOUT_GPIO01 VDBSOUT_GPIO00
B
D4
PIU10D4
FWSW0_GPIO14
NVLGVGAA_0SSCCLL/0TTXX0_IICC NVLGVAGA_0SSDDAA0/RRXX0_IIC
L5
PIU10L5
L6
PIU10L6
ST_GPIO00_VGA_SCL ST_GPIO01_VGA_SDA
NALVAV11_0AAUU_0LL_0IINN0_IICC NALVAV11_0AAUU_0RR0_IINN0_IICC
C8
PIU10C8
B7
PIU10B7
AI_1L AI_1R
TUNER0_SDA_GPIO21 TUNER0_SCL_GPIO22
P2
PIU10P2
P3
PIU10P3
TNLuTnu_nS0DSADA_0IIOO_0IICC TNLuTnu_nS0CSLC_LO0OUUTT_0IICC
TUNER1_SDA_GPIO19 TUNER1_SCL_GPIO20
PIGU140G4 G5
PIU10G5
GPIO41_DEMO_S_IF_AGC GPIO42_DEMO_DSC_POL
GPIO43_DEMO_DSC_22 GPIO44_DEMO_DSC_IN
K5
PIU10K5
J4
PIU10J4
PIJU610J6 K4
PIU10K4
TNLuTnu_Sn02S_A20GACGC_O0OUUTT_0IICC LNLNLBN_BD0SDQSQ_0OOUUT_0IICC
TP0_D0_GPIO27 TP0_D1_GPIO28 TP0_D2_GPIO29 TP0_D3_GPIO30 TP0_D4_GPIO31 TP0_D5_GPIO32 TP0_D6_GPIO33 TP0_D7_GPIO34 TP0_CLK_GPIO25 TP0_SYC_GPIO24 TP0_VAL_GPIO26
T3
PIU10T3
U1
PIU10U1
U2
PIU10U2
PIUU130U3 V3
PIU10V3
V2
PIU10V2
W2
PIU10W2
W1
PIU10W1
PITU120T2 R3
PIU10R3
T1
PIU10T1
LNLNLBN_BP0WPW_0EENN_0OOUUT0_IICC
LNLNLBN_BP0WPW_0SSEELL_0OOUUT0_IICC UNLSUBS_B50V5_VE0NEN_0OOUUT0_IICC
NSLCS_CA0AUU_0LL_0IINN0_IICC NSLCS_CA0AUU_0RR0_IINN0_IC
NPLCP_CA0AUU_0LL_0IINN0_IICC NPLCP_CA0AUU_0RR0_IINN0_IC
C7 PIUB106C7
PIU10B6
AI_2L AI_2R
D8
PIU10D8
E8
PIU10E8
AI_3L AI_3R
NLLILNIEN_EL0_LO0OUUTT_0IICC NLLILNIEN_ER0R_0OOUUT0_IICC
NHLPH_PL0L_0OOUUT0_ICC NHLPH_PR0R_0OOUUT0_IICC
D7 PIU1E07D7
PIU10E7
AI_OL AI_OR
D6 PIU1E06D6
PIU10E6
HP_OL HP_OR
C
NSLPSDPDIFI_FO0OUUT0_IC NSLPSDPDIIFF_0IINN_0IICC
F5 PIU1F04F5
PIU10F4
SPDIF_O_GPIO39 SPDIF_I_GPIO40
SYS_ADC_GND_IC C6 SYS_BBG_GND_ICPIU1F06C6 SYS_VCM_BB_IC PIUA106F6
PIU10A6
ADCG BBG VCMBB
NALMAMPP_0I2IS2_SL0RLCRCLLKK_0OOUUCT01_2IICC NALMAMPP_0I2IS2_SM0MCCKK_0OOUUPTTI0_UBII1CC102C12 NALMAMPP_0I2IS2_SB0CBCKK_0OOUUPTI0_UIICC1C101B12 NALMAMPP_0I2IS2_SS0DSD_0OOUUT0_PIIICCUB1101C11 NALMAMPP_0RRSSTT_0OOUUTT0_ICCPIUA1101B11
PIU10A11
GPIO178_WCLK GPIO179_MCLK GPIO180_SCLK GPIO181_I2S_D0 GPIO182_I2S_D1/AMP_MUTE
NULSUBSB0_0D0DMM0_IIOO0_IICC NULSUBSB00_0DDPP_0IIOO_0IICC
AF12 PIAUE101A2F12
PIU10AE12
HSDM0 HSDP0
NULSUBSB1_1D0DMM0_IIOO0_IICC NULSUBSB11_0DDPP_0IIOO_0IICC
AE13 PAIUD101A3E13
PIU10AD13
HSDM1 HSDP1
NULSUBSB2_2D0DMM0_IIOO0_IICC NULSUBSB22_0DDPP_0IIOO_0IICC
B8 PIUA108B8
PIU10A8
HSDM2 HSDP2
NPLHPYHY_0RRXX0_P0_ICC NPLHPYHY_0RRXX_0NN0_IC NPLHPYHY_0TTXX_0P0_IICC NPLHPYHY_0TTXX_0NN0_IICC
B10 PIUA1100B10 PIU1B09A10 PIUC1100B9
PIU10C10
ETN_TXP ETN_TXN ETN_RXP ETN_RXN
LAN
USB
Dig_Audio
Ana_Audio
HDMI
P0_BN P0_BP P0_CKN P0_CKP P0_GN P0_GP P0_RN P0_RP 5V_DET_HDMI_0_ST_GPIO12 H0_HPD_ST_GPIO26 H0_SCL_ST_GPIO15 H0_SDA_ST_GPIO14 H0_ARC_SPDIFOUT_ST_GPIO17 CBUS_RX
CEC
AE8
PIU10AE8
AF8 PIUA1D0A6F8
PIU10AD6
AD7
PIU10AD7
AF9 PIUA1E0A9F9
PIU10AE9
AF10 PIUA10EA1F010
PIU10AE10
AB3
PIU10AB3
AC1 PIUA1C0A3C1 PIUA1C0A2C3 PIUA1D0A2C2 PIUA1E0A6D2
PIU10AE6
AC8
PIU10AC8
HNLDH0D_0R0RXX00NN_0IICC HNLDH0D_0R0RXX00P_0IICC HNLDH0D_0C0CLLKKNN0_IICC HNLDH0D_0C0CLLKKP_0IICC HNLDH0D_0R0RXX11NN_0IICC HNLDH0D_0R0RXX11P_0IICC HNLDH0D_0R0RXX22NN_0IICC HNLDH0D_0R0RXX22P_0IICC HNLDH0D_0D0DEETT_0IINN_0IICC HNLDH0D_0H0HPPDD_0IINN_0IICC HNLDH0D0_0SSCCLL_0IICC HNLDH0D_0S0DSDAA_0IICC HNLDH_DA0ARRCC_0IICC HNLDH0D_0H0HPPDD/0CCBBUUS0_IICC HNLDH_DC0CEECC_0IICC
P1_BN P1_BP P1_CKN P1_CKP P1_GN P1_GP P1_RN P1_RP 5V_DET_HDMI_1_ST_GPIO09 H1_HPD_ST_GPIO28 H1_SCL_ST_GPIO11 H1_SDA_ST_GPIO10
AE3 PIUA1F0A3E3 PIUA1E0A2F3 PIUA1F0A2E2 PIUA1F0A4F2 PIUA1E0A4F4 PIUA1F0A5E4 PIUA1E0A5F5 PIUA1A0A2E5
PIU10AA2
AA3 PIUA1B0A2A3 PIUA1B0A1B2
PIU10AB1
HNLDH1D_1R0RXX00NN_0IICC HNLDH1D_1R0RXX00P_0IICC HNLDH1D_1C0CLLKKNN0_IICC HNLDH1D_1C0CLLKKP_0IICC HNLDH1D_1R0RXX11NN_0IICC HNLDH1D_1R0RXX11P_0IICC HNLDH1D_1R0RXX22NN_0IICC HNLDH1D_1R0RXX22P_0IICC HNLDH1D_1D0DEETT_0IINN_0IICC HNLDH1D_1H0HPPDD_0IINN_0IICC HNLDH1D1_0SSCCLL_0IICC HNLDH1D_1S0DSDAA_0IICC
P2_BN P2_BP P2_CKN P2_CKP P2_GN P2_GP P2_RN P2_RP 5V_DET_HDMI_2_ST_GPIO43 H2_HPD_ST_GPIO44 H2_SCL_ST_GPIO08 H2_SDA_ST_GPIO07
F2 PIFU110F2 PIEU130F1 PIFU130E3 PIGU120F3 PIGU110G2 PIHU120G1 PIHU110H2 PIMU140H1 PIMU150M4 PINU140M5 PIMU160N4
PIU10M6
HNLDH2D_2R0RXX00NN_0IICC HNLDH2D_2R0RXX00P_0IICC HNLDH2D_2C0CLLKKNN0_IICC HNLDH2D_2C0CLLKKP_0IICC HNLDH2D_2R0RXX11NN_0IICC HNLDH2D_2R0RXX11P_0IICC HNLDH2D_2R0RXX22NN_0IICC HNLDH2D_2R0RXX22P_0IICC HNLDH2D_2D0DEETT_0IINN_0IICC HNLDH2D_2H0HPPDD_0IINN_0IICC HNLDH2D2_0SSCCLL_0IICC HNLDH2D_2S0DSDAA_0IICC
REXT
AE1
PIU10AE1
D TV,IC Main Chip,SMD,RTD2841SAA-GR,TCL-TOT,Realtek
PIR102 CROR11
6K2ohm-0402-�1%-1/16W
PIR101
GND
1
2
3
4
5
6
U1D
RTD2841 PNCLPMC_MC0CDD11_0IINN_0IICC AF14
PNCLPMCM_0CCEE11_0IINN_0IICC PNCLPMC_MO0EOE_0OOUUTT_0IICC
PIU10AF14
PAIUA1106AA16 PAIUF1107AF17
PNCLPMC_MI0OIRODRD_0OOUUTT_0IICCAD17
PNCLPMC_MI0OIWOWRR_0OOUUT0_IICPCAIUC1107AD17
PNCLPMC_MR0ERGEG_0OOUUT0_IICCPAIUF1203AC17
PNCLPMC_MR0SRTST_0OOUUTT_0IICC PNCLPMC_MW0WEE_0OOUUT0_IICC PNCLPMC_MC0CDD22_0IINN_0IICC
PIU10AF23
PAIUB1201AB21 PAIUD1109AD19 AB22
PNCLPMC_MW0WAAIITT_0OOUUT0_IICPCAIUD1202AB22
PNCLPMC_MI0RIQRQ_0OOUUTT_0IICC
PIU10AD22
AA19
PIU10AA19
PC_CD1_N_GPIO46 PC_CE1_1_N_GPIO57 PC_OE_N_GPIO59 PC_IORD_N_GPIO60 PC_IOWR_N_GPIO62 PC_REG_N_GPIO89 PC_RST_N_GPIO83 PC_WE_N_GPIO71 PC_INPACK_N_GPIO87(PC_CD2_N) PC_WAIT_N_GPIO85 CAM_IRE_N_5V_GPIO45
PNCLPMCM_0AA00_0IICC PNCLPMCM_0AA11_0IICC
PNCLPMCM_0AA22_0IICC PNCLPMCM_0AA33_0IICC PNCLPMCM_0AA44_0IICC PNCLPMCM_0AA55_0IICC PNCLPMCM_0AA66_0IICC
PNCLPMCM_0AA77_0IICC PNCLPMCM_0AA88_0IICC PNCLPMCM_0AA99_0IICC PNCLPMCM_0AA1100_0IICC PNCLPMCM_0AA1111_0IICC
PNCLPMCM_0AA1122_0IICC
PNCLPMCM_0AA1133_0IICC PNCLPMCM_0AA1144_0IICC
PAIUE1204AE24 AB23
PIU10AB23
AD23
PIU10AD23
AE23
PIU10AE23
AC22
PIU10AC22
AE22
PIU10AE22
PAIUC1201AC21 AE21
PIU10AE21
AE18
PIU10AE18
AA17
PIU10AA17
AE17
PIU10AE17
PAIUB1107AB17 AA20
PIU10AA20
AC18
PIU10AC18
AA18
PIU10AA18
PC_A0_GPIO94 PC_A1_GPIO92 PC_A2_GPIO90 PC_A3_GPIO88 PC_A4_GPIO86 PC_A5_GPIO84 PC_A6_GPIO82 PC_A7_GPIO80 PC_A8_GPIO65 PC_A9_GPIO63 PC_A10_GPIO58 PC_A11_GPIO61 PC_A12_GPIO78 PC_A13_GPIO67 PC_A14_GPIO69
PNCLPMCM_0DD00_0IICC PNCLPMCM_0DD11_0IICC PNCLPMCM_0DD22_0IICC PNCLPMCM_0DD33_0IICC PNCLPMCM_0DD44_0IICC PNCLPMCM_0DD55_0IICC PNCLPMCM_0DD66_0IICC PNCLPMCM_0DD77_0IICC
AE25
PIU10AE25
AD25 PAIUD1204AD25
PIU10AD24
AD14
PIU10AD14
AE15 PAIUC1105AE15
PIU10AC15
AA15 PAIUD1106AA15
PIU10AD16
PC_D0_GPIO96 PC_D1_GPIO98 PC_D2_GPIO100 PC_D3_GPIO47 PC_D4_GPIO49 PC_D5_GPIO51 PC_D6_GPIO53 PC_D7_GPIO55
TNLSTIS_ID0D00_0IICC TNLSTIS_ID0D11_0IICC TNLSTIS_ID0D22_0IICC TNLSTIS_ID0D33_0IICC TNLSTIS_ID0D44_0IICC TNLSTIS_ID0D55_0IICC TNLSTIS_ID0D66_0IICC TNLSTIS_ID0D77_0IICC TNLSTIS_IC0LCLKK_0IICC TNLSTI_SIV0AVALL_0IICC TNLSTIS_IS0YSYCC_0IICC
AF25 PAIUE1206AF25 PAIUD1206AE26 PAIUF1105AD26 PAIUD1105AF15
PIU10AD15
AB15 PAIUE1106AB15 PAIUB1106AE16 PAIUD1201AB16 PAIUC1203AD21 PAIUF1204AC23
PIU10AF24
TP1_D0_GPIO95 TP1_D1_GPIO97 TP1_D2_GPIO99 TP1_D3_GPIO48 TP1_D4_GPIO50 TP1_D5_GPIO52 TP1_D6_GPIO54 TP1_D7_GPIO56 TP1_CLK_GPIO81 TP1_VAL_GPIO91 TP1_SYC_GPIO93
TNLSTOS_OD0D00_0IICC TNLSTOS_OD0D11_0IICC TNLSTOS_OD0D22_0IICC TNLSTOS_OD0D33_0IICC TNLSTOS_OD0D44_0IICC TNLSTOS_OD0D55_0IICC TNLSTOS_OD0D66_0IICC TNLSTOS_OD0D77_0IICC TNLSTOS_OC0LCLKK_0IICC TNLSTOS_OV0VAALL_0IICC TNLSTOS_OS0YSYCC_0IICC
AD18 PAIUB1108AD18 PAIUE1109AB18 PAIUB1109AE19
PIU10AB19
AF20 PAIUD1200AF20 PAIUC1200AD20 PAIUF1201AC20 PAIUB1200AF21 PAIUE1200AB20 PAIUF1108AE20
PIU10AF18
TPO_D0_GPIO66 TPO_D1_GPIO68 TPO_D2_GPIO70 TPO_D3_GPIO72 TPO_D4_GPIO73 TPO_D5_GPIO75 TPO_D6_GPIO77 TPO_D7_GPIO79 TPO_CLK_GPIO76 TPO_VAL_GPIO74 TPO_SYC_GPIO64
PCMCI LVDS
LVDS_AAN LVDS_AAP LVDS_ABN LVDS_ABP LVDS_ACN LVDS_ACP LVDS_ADN LVDS_ADP LVDS_AEN LVDS_AEP LVDS_AFN LVDS_AFP
N23
PIU10N23
PIUN1202N22
PIUN1206N26 N25
PIU10N25
P21
PIU10P21
P22
PIU10P22
PIUP1204P24 PIUP1205P25
R21
PIU10R21
R22
PIU10R22
R24
PIU10R24
R25
PIU10R25
LVDS_BAN LVDS_BAP LVDS_BBN LVDS_BBP LVDS_BCN LVDS_BCP LVDS_BDN LVDS_BDP LVDS_BEN LVDS_BEP LVDS_BFN LVDS_BFP
K21
PIU10K21
K23
PIU10K23
K22
PIU10K22
L21
PIU10L21
L22
PIU10L22
PIUM1201M21 L25
PIU10L25
M24
PIU10M24
M22
PIU10M22
M23
PIU10M23
PIUM1205M25 M26
PIU10M26
LVDS_CAN LVDS_CAP LVDS_CBN LVDS_CBP LVDS_CCN LVDS_CCP LVDS_CDN LVDS_CDP LVDS_CEN LVDS_CEP LVDS_CFN LVDS_CFP
F26
PIU10F26
G24 PIUG1206G24
PIU10G26
G25 PIUH1204G25
PIU10H24
H25
PIU10H25
J24 PIUJ2150J24
PIU10J25
J26 PIUK1204J26
PIU10K24
K26
PIU10K26
K25
PIU10K25
RNLXREX0E_0N0N_0IICC RNLXREX0E0_0PP_0IICC RNLXREX1E_1N0N_0IICC
RNLXREX1E1_0PP_0IICC RNLXREX2E_2N0N_0IICC RNLXREX2E2_0PP_0IICC RNLXREXCEC_0NN_0IICC RNLXREXCEC_0PP_0IICC
RNLXREX3E_3N0N_0IICC
RNLXREX3E3_0PP_0IICC RNLXREX4E_4N0N_0IICC RNLXREX4E4_0PP_0IICC
LVDS_DAN LVDS_DAP LVDS_DBN LVDS_DBP LVDS_DCN LVDS_DCP LVDS_DDN LVDS_DDP LVDS_DEN LVDS_DEP LVDS_DFN LVDS_DFP
B25 PIUA1205B25 PIUC1204A25
PIU10C24
B26 PIUC1205B26 PIUC1206C25 PIUD1204C26 PIUD1206D24 PIUD1205D26 PIUE1204D25 PIUE1205E24 PIUF1204E25
PIU10F24
RNLXROX0O_0N0N_0IICC RNLXROXO00_0PP_0IICC RNLXROX1O_1N0N_0IICC RNLXROXO11_0PP_0IICC RNLXROX2O_2N0N_0IICC RNLXROXO22_0PP_0IICC RNLXROXCOC_0NN_0IICC RNLXROXCOC_0PP_0IICC RNLXROX3O_3N0N_0IICC RNLXROXO33_0PP_0IICC RNLXROX4O_4N0N_0IICC RNLXROXO44_0PP_0IICC
ST_GPIO13/PANEL_EN ST_GPIO25/BL_EN
R4
PIU10R4
Y6
PIU10Y6
BNLLB_LE0NEN_0IICC
GPIO38_TP2_D0/BL_ADJ
J5
PIU10J5
GPIO37_TP2_VAL/CI_CA_PWR_EN GPIO36_TP2_CLK/HP_DET GPIO35_TP2_SYNC
H6 PIHU150H6 PIGU160H5
PIU10G6
CNLI_CPIW0PRWR_0EENN_0IICC HNLPH_PD0EDETT_0IINN_0IICC
TV,IC Main Chip,SMD,RTD2841SAA-GR,TCL-TOT,Realtek
UCO1UA1ACD
DCO1D1 PID10K PID10A
GND
RTD2841
PNHLPYH_YL0ELDE_DO0OUUTT_0IICC AC26
PIU10AC26
PAIAU1204AA24
AA22
PIU10AA22
AA23
BNLB_LP0WPWMM_0IICC
PIU10AA23
F22
PIU10F22
SYS_BOOT_MODE_ICW3
PIU10W3
SYS_JTAG_EN_IC AA4
PIU10AA4
SYS_TEST_IC
PIAUA106AA6
W6
PIU10W6
DDR_PW_EN_IC
Y5
PIU10Y5
GPIO113/ETN_LEN_G GPIO119 GPIO120 GPIO114/USB_5V_EN GPIO177/S2_BOOST_RST ST_GPIO20/PORL_BOOT_MODE_SEL ST_GPIO21/PORL_EJTAG_EN ST_GPIO22/PORL_TEST_EN ST_GPIO23 ST_GPIO24/DDR_PW_EN
RST XIN XOUT
EMMC_D0 EMMC_D1 EMMC_D2 EMMC_D3
1NVL10V_0C0oCroer_eV0VIDID_0IICC
AA5
PIU10AA5
PIAUB108AB8 AA8
PIU10AA8
AB9
PIU10AB9
AA9
PIU10AA9
AB10 PAIAU1100AB10
PIU10AA10
AC10 PAIUB1101AC10
PIU10AB11
AA11
PIU10AA11
AB12 PAIAU1102AB12
PIU10AA12
ST_GPIO27/CORE_VID ST_GPIO29_Reserved1 ST_GPIO30_Reserved2 ST_GPIO31_Reserved3 ST_GPIO32_Reserved4 ST_GPIO33_Reserved5 ST_GPIO34_Reserved6 ST_GPIO35_Reserved7 ST_GPIO36_Reserved8 ST_GPIO37_Reserved9 ST_GPIO38_Reserved10 ST_GPIO39_Reserved11
EMMC_D4 EMMC_D5 EMMC_D6 EMMC_D7
EMMC_DS EMMC_CLK EMMC_CMD EMMC_RST_N
GPIO169_SC_DATA GPIO170_SC_RSTn GPIO171_SC_CLK
SNTLRST_RD0DDRDR_0EENN_0IICC LNELLDE_DR0_RO0OUUTT_0IICC
K6
PIU10K6
R6
PIU10R6
T4
PIU10T4
ST_GPIO40 ST_GPIO41 ST_GPIO42/LED_R
GPIO172_SC_CD GPIO101/SC0_CMDVCC/LD_SPI0_HSYNC
GPIO173_LD_SCK
1NVL10V_0S0TSBT_BW0WOOLL_0IICC
N6 PIUT150N6 PIUT160T5
PIU10T6
U5 PIUU160U5 PIUV160U6 PIWU140V6 PIWU150W4
PIU10W5
ST_GPIO45/1V0_STB_EN(WOL) ST_GPIO46 ST_GPIO47 ST_GPIO48 ST_GPIO49 ST_GPIO50 ST_GPIO51 ST_GPIO52
GPIO174_LD_SD0 GPIO175_LD_VSYNC
GPIO176_LD_SDI
GPIO107_I2C1_SDA/EJTAG_TDI GPIO108_I2C1_SCL/EJTAG_TDI
GPIO109/EJTAG_TRST
WNLOWLOL_0OONN_0IICC PNWLP_WE0ENN_0IICC
P5 PIUP160P5 PIUR150P6
PIU10R5
ST_GPIO05 ST_GPIO06/POWER_EN ST_GPIO16
GPIO110/EJTAG_TCLK GPIO111/EJTAG_TMS
ST_GPIO04_IR_RX
WNLOWLOL_0RRSSTT_0IINN_0IICC BNLTB_TR0SRTS_TO0OUUTT_0IICC
V4
PIU10V4
V5 PIUY120V5 PIUY130Y2
PIU10Y3
ST_GPIO02_I2C5_SDA ST_GPIO03_I2C5_SCL ST_GPIO18_I2S0_SDA ST_GPIO19_I2S0_SCL
ST_GPIO58_LS0 ST_GPIO57_LS1 ST_GPIO56_LS2
ST_GPIO55_LS4
ST_GPIO59_LS5
ST_GPIO54_LS6/KEYPAD1
ST_GPIO53_LS7/KEYPAD2
Y1
PIU10Y1
PIJU110J1 J2
PIU10J2
U26
PIU10U26
PIUU1205U25 U24
PIU10U24
V26
PIU10V26
V24
PIU10V24
V25
PIU10V25
PITU1204T24 T25
PIU10T25
W24
PIU10W24
Y24 PIWU1205Y24
PIU10W25
Y26
PIU10Y26
J22
PIU10J22
J21 PIHU1202J21
PIU10H22
H21 PIAU1C02H521
PIU10AC25
G22 PIGU1203G22 PIGU1201G23 PIFU1203G21
PIU10F23
AA26 PIUA1A0A2A526 PIUA1C0A2A425 PIUA1B0A2C524 PIUA1B0A2B425
PIU10AB24
N5 PIAUC104N5 PIAU1B05AC4
PIU10AB5
AC5
PIU10AC5
AB6 PIAU1B04AB6 PIAU1B07AB4 PIAU1A07AB7
PIU10AA7
SYS_RESET_IC SYS_XTALI_IC SYS_XTALO_IC
ENMLEMMMCC_0DD00_0IIOO_0IICC ENMLEMMMCC_0DD11_0IIOO_0IICC ENMLEMMMCC_0DD22_0IIOO_0IICC ENMLEMMMCC_0DD33_0IIOO_0IICC ENMLEMMMCC_0DD44_0IIOO_0IICC ENMLEMMMCC_0DD55_0IIOO_0IICC ENMLEMMMCC_0DD66_0IIOO_0IICC ENMLEMMMCC_0DD77_0IIOO_0IICC
ENMLEMMMCC_0DDSS_0IIOO_0IICC ENMLEMMMCC_0CCLLKK_0IINN_0IICC ENMLEMMCMC_0CCMMDD0_IINN_0IICC ENMLEMMMCC_0RRSSTTNN_0IINN_0IICC
PNALPNAENLE_LE0ENN_0IICC PNWLPMWM_A0ADDIIMM_0IICC
ANLMAPM_PS0DSDAA_0IIOO_0IICC ANLMAPM_PS0CSLC_LO0OUUTT_0IICC
INRL_IRIN0I_NI0CIC
3V3_STB
WNLIWFI_FOI0NO_NO0UOUTT_0IICC RCOKR6K6 PIRK602
KNLEKYE_YA0ADD11_0ININ_0IICC
PIRK601
KNLEKYE_YA0ADD22_0ININ_0IICC
4K7ohm-0402-�1%-1/16W
TV,IC Main Chip,SMD,RTD2841SAA-GR,TCL-TOT,Realtek TVS,DIO ESD,3pF,58V,0402,SMD,SDV1005H260C030YPTF,Sunlord
3
4
5
3V3_STB
PIR1402
A
RCO1R414
PIR1401
RCO1R515
PIR1501
PIR1502
SNYLSY_SR0ERSEESTET_0ICIC
PCIC4C02O4C4
CCO3C3 PIC302
PIC401
GND
PIC301
10Kohm-0402-�5%-1/16W
100ohm-0402-�5%-1/16W
NC/0.1uF-0402-X7R-�10%-16V NC/0.01uF-0402-X7R-�10%-50V
B
GND 12pF-0402-NPO-�5%-50V 1Mohm-0402-�5%-1/16W
PICF102 12pF-0402-NPO-�5%-50V
CCOFC1F1
PICF101
SNYLS_YXS0TXATLALOO_0IICC
3
4
PIYF104 PIYF103 RCOFR2F2 PIRF202
YCOFY1F1 GND
2
PIYF102 PIYF101
PIRF201
1
SNYLSY_SX0TXATALLII_0ICIC
PICF201 CCOFC2F2
PICF202
GND
,SPXO,27MHz,�20ppm,10pF,3.2�2.5,SMD,XS-3225 27.000MHZ,JWT C
SNYLSS_YVS0CVMCM_0BBBB_0IICC
PCICC430O24C343 PCIC4C02O4C444 PIC4301 PIC401
SNYLSS_YBSB0BGB_GG0NGNDD_0IICC SNYLSS_YASD0ACD_CG0NGNDD_0ICIC
3V3_STB
4K7ohm-0402-�5%-1/16W
PIR702 PIR802 PIR3202 PIR302
RCO7R7 RCO8R8 RCO3R232 RC3OR333
4K7ohm-0402-�5%-1/16W 4K7ohm-0402-�5%-1/16W
4K7ohm-0402-�5%-1/16W
PIR701 PIR801 PIR3201 PIR301
SNYLSY_ST0ETSETST_0ICIC
DNDLDRD_RP0WPW_0EENN_0IICC
SNYLSS_YBSO0BOOTO_TM0OMODDEE_0IICC
SNYLSS_YJST0AJTGA_GE0NEN_0ICIC
PIL102 PIL202 LC1OL1 LCO2L2 0.47uF-0402-X5R-�10%-6.3V
0.1uF-0402-X5R-�20%-16V
PIL101 PIL201
PIR1202 PIR1302
RCO1R212 RC1OR313
PIR1201 PIR1301
NC/4K7ohm-0402-�5%-1/16W
NC/4K7ohm-0402-�5%-1/16W D
GND GND
,BEAD,120ohm,0402,500mA,SMD,TP,GZ1005U121CTF,SunlordGND ,BEAD,120ohm,0402,500mA,SMD,TP,GZ1005U121CTF,Sunlord
6
1
2
3
4
5
6
1V5_DDR
1V5_DDR
CUOU11BB
A
RTD2841
PIR1801
RPCIOR11R801828
DNLDDRD_RV0VRREEFF_0IICC
PIC4902 CCO4C499 PIC502 CCOC55 PICCC602O6C6 PICCC702OC77 PICC8C02O8C8 PICCC902O9C9 PICC4C802O4C488
PIRRC190O2 1R199 PICC1C02O1C100
3V3_STB
3V3_STB_IC
3V3_STB
3V3_STB_HD_IC
A
B C
PIUA105A5 PIUA1108A18 PIUA1202A22
PIUB1103B13 B18
PIU10B18
B22
PIU10B22
PIUB1204B24 PIUC109C9
PIUC1103C13 C18
PIU10C18
C22
PIU10C22
PIUD103D3 PIUF1201F21 PIUF1205F25 PIUG103G3
H3
PIU10H3
J3
PIU10J3
PIUJ1203J23 PIUL101L1 PIUL103L3
L24
PIU10L24
N2
PIU10N2
N21
PIU10N21
PIUN1204N24 PIU1P01P1
P11
PIU10P11
P12
PIU10P12
P13
PIU10P13
PIUP1104P14 PIUP1105P15
P16
PIU10P16
P17
PIU10P17
R11
PIU10R11
R12
PIU10R12
PIUR1103R13 R14
PIU10R14
R15
PIU10R15
R16
PIU10R16
R17
PIU10R17
PIUR1108R18 R23
PIU10R23
R26
PIU10R26
T11
PIU10T11
T12
PIU10T12
T13
PIU10T13
T14 PIUT1105T14
PIU10T15
T16
PIU10T16
T17
PIU10T17
T18
PIU10T18
PIUU1101U11 U12
PIU10U12
U13
PIU10U13
U14
PIU10U14
U15 PIUU1106U15
PIU10U16
U17 PIUU1108U17
PIU10U18
V14
PIU10V14
V15 PIUV1106V15
PIU10V16
V17 PIUV1108V17
PIU10V18
Y25
PIU10Y25
AC6 PIAU1C07AC6 PIAU1D03AC7 PIAU1D04AD3 PIAU1D05AD4
PIU10AD5
AD8 PIAU1D09AD8 PAIUD1100AD9 PAIUD101A1D10 PAIUD101A2D11
PIU10AD12
AE14
PIU10AE14
DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND
AC13 PAIUC101A2C13 PAIUC101A1C12 PIUY102A3C11
PIU10Y23
Y22 PIWU1203Y22
PIU10W23
DGND DGND DGND DGND DGND DGND
CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0 CO1V0
PIUA1200A20 PIUA1201A21 PIUB1200B20
PIUB1201B21 C20
PIU10C20
C21
PIU10C21
PIUN1100N10 PIUN1101N11
PIUN1102N12 N13
PIU10N13
R8
PIU10R8
PIUT180T8 PIUT1109T19 PIUU180U8 PIUU1109U19
D3V3 D3V3 D3V3 D3V3
PIUA1203A23 PIUB1203B23 PIUM101M919
N19
PIU10N19
A3V3 A3V3 A3V3
L8
PIU10L8
PIUM180M8 PIUN180N8
1V0_Core
D3V3_M_IC A3V3_M_IC
PIC4901 PIC501
PIC601
PIC701
PIC801 PIC901 PIC4801
GND 22uF-0603-X5R-�20%-6.3V 10uF-0603-X5R-�20%-6.3V 0.1uF-0402-X5R-�20%-16V 0.1uF-0402-X5R-�20%-16V
0.1uF-0402-X5R-�20%-16V 0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V
PIR1602
RPCIOR11R601616 DNLDDRDR_0ZZQQ0_0IICC
PIR1702 RPCIOR11R701717 DNLDDRDR_0ZZQQ1_0IICC
RCO3R344 DNLDDRDR_0ZZQQ2_0IICC
PIR3402
PIR3401
GND
240ohm-0402-�1%-1/16W 240ohm-0402-�1%-1/16W 240ohm-0402-�1%-1/16W
PIR1901 PIC101
GND 1Kohm-0402-�1%-1/16W 1Kohm-0402-�1%-1/16W 0.1uF-0402-X5R-�20%-16V
PIL501
PIC2102 CCO2C121
PIL50LC2O5L5
PICCC20O22C222 PICC2C302O2C323 PIC502CCO5C500
PIC2101
PIC201 PIC2301 PIC501
GND
22uF-0603-X5R-�20%-6.3V 0ohm-0402-�5%-1/16W 0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V 22uF-0603-X5R-�20%-6.3V
PIL701
PIL7L0C2O7L7
PICC2C602O2C626 PICC2C702O2C727 PIC5102CCO5C151
PIC2601 PIC2701 PIC5101
GND
0ohm-0402-�5%-1/16W 0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V 22uF-0603-X5R-�20%-6.3V
STB3V3_1 STB3V3_2
J8
PIU10J8
W8
PIU10W8
3V3_STB_IC
B
HDRX3V3X HDRX3V3Y
PIUW101W010 T9
PIU10T9
3V3_STB_HD_IC
HDRX1V0X HDRX1V0Y
W13
PIU10W13
R9
PIU10R9
ETN_D1V0 ETN_A1V0
F8
PIU10F8
G8
PIU10G8
1V0_M_HD_IC D1V0_STB_IC GH1V0_STB_IC
DDR_1V5 DDR_1V5 DDR_1V5 DDR_1V5 DDR_1V5 DDR_1V5 DDR_1V5 DDR_1V5 DDR_1V5 DDR_1V5 DDR_1V5
ZQ_0 ZQ_1 ZQ_2 DDR_VREF EFUSE EMMC1V8
A14
PIU10A14
PIUA1105A15 A16
PIU10A16
A17
PIU10A17
B14
PIU10B14
B15
PIU10B15
B16
PIU10B16
B17 PIUN1105B17
PIU10N15
N16
PIU10N16
N17
PIU10N17
C19
PIU10C19
PIUA1109A19 A24
PIU10A24
B19
PIU10B19
W18
PIU10W18
V19
PIU10V19
1V5_DDR
NC/0ohm-0402-�1%-1/16W
DDR_ZQ0_IC
DDR_ZQ1_IC
DDR_ZQ2_IC
DDR_VREF_IC
CROR9966
PIR9602
PIR9601
1V8_EMMC
1V8_EMMC
1V0_Core
PIC102 CCO1C111 PIC1202 CCO1C122 PIC1CC302O1C133 PICC1C402O1C144 PIC1CC502O1C155 PICC1C602O1C166 PIC101 PIC1201 PIC1301 PIC1401 PIC1501 PIC1601
GND
22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V 0.1uF-0402-X5R-�20%-16V 0.1uF-0402-X5R-�20%-16V
0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V
1V0_Core
PIL901
1V0_M_HD_IC LCO9L9
PIL902
PICC2C802O2C288 PICC2C902O2C299 PIC5402CCO5C544
PIC2801 PIC2901 PIC5401
GND
0ohm-0402-�5%-1/16W 0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V
22uF-0603-X5R-�20%-6.3V
1V8_EMMC
0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V 10uF-0603-X5R-�20%-6.3V
PICC2C402O2C424 PICCC410O24C411 PICC2C502O2C525 PIC502CCO5C555 PIC2401 PIC4101 PIC2501 PIC501
GND
DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND
D10 PIUD1102D10
PIU10D12
D23
PIU10D23
E9 PIUE1100E9
PIU10E10
E12 PIUE1202E12
PIU10E22
E23
PIU10E23
F7 PIUF190F7 PIUF1100F9 PIUF1102F10 PIUG190F12
PIU10G9
G10 PIUG1102G10 PIUH170G12 PIUH190H7 PIUH1100H9
PIU10H10
H12
PIU10H12
P18 PIUU1202P18 PIUV1202U22 PIUV1203V22 PIUW101V623
PIU10W16
W17 PIUW102W217
PIU10W22
3V3_M_IC
PIL301
D3V3_M_IC
3V3_M_IC
LCOL33
PIL302
PIL401
PIC1CC702O1C177 PICC1C802O1C188 PIC6302 CCO6C633 PIC5602 CCO5C566 PIC5202CCO5C522 PIC5302 CCO5C533
A3V3_M_IC LCO4L4
PIL402
PIC1902 CCO1C199 PICC2C02O2C200 PIC5902CCO5C599 PIC5702CCO5C577 PIC6202CCO6C622
PIC1701 PIC1801 PIC6301 PIC5601 PIC5201 PIC5301
PIC1901 PIC201 PIC5901 PIC5701 PIC6201
GND
GND
1V0_STB
D1V0_STB_IC
LCO8L8
PIL801
PIL802
PIL1101
PIC5802CCO5C858PICC3C0 2O3C030
GH1V0_STB_IC LCO1L111
PIL1102
PICC3C102O3C131 PCIC3C202O3C232
PIC5801 PIC301
PIC3101 PIC3201
GND
GND
C
0ohm-0402-�5%-1/16W
0ohm-0402-�5%-1/16W
D
TV,IC Main Chip,SMD,RTD2841SAA-GR,TCL-TOT,Realtek
0.1uF-0402-X5R-�20%-16V
22uF-0603-X5R-�20%-6.3V
0ohm-0402-�5%-1/16W
D
NC/0.1uF-0402-X5R-�20%-16V
NC/0.1uF-0402-X5R-�20%-16V
0.1uF-0402-X5R-�20%-16V
GND
GND
NC/22uF-0603-X5R-�20%-6.3V
NC/22uF-0603-X5R-�20%-6.3V
22uF-0603-X5R-�20%-6.3V
22uF-0603-X5R-�20%-6.3V
NC/22uF-0603-X5R-�20%-6.3V
0ohm-0402-�5%-1/16W
22uF-0603-X5R-�20%-6.3V
22uF-0603-X5R-�20%-6.3V
0.1uF-0402-X5R-�20%-16V
22uF-0603-X5R-�20%-6.3V
NC/0.1uF-0402-X5R-�20%-16V
1
2
3
4
5
6
1
2
3
A
1V8_EMMC
CCOC3333 PIC302 CCOC3344 PIC3402 CCOC335 PIC3502 CCOC3366 PIC3602 CCOC664 PIC6402 CCOC6655 PIC6502 CCOC6666 PIC602 PIC301 PIC3401 PIC3501 PIC3601 PIC6401 PIC6501 PIC601
22uF-0603-X5R-�20%-6.3V
2.2uF-0402-X5R-�20%-6.3V 0.1uF-0402-X5R-�20%-16V 0.1uF-0402-X5R-�20%-16V NC/22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V NC/0.1uF-0402-X5R-�20%-16V
GND
3V3_M
CCO3C399 PIC3902 CCOC3377 PIC3702 CCO3C388 PIC3802 CCO6C677 PIC6702
PIC3901 PIC3701 PIC3801 PIC6701
GND 22uF-0603-X5R-�20%-6.3V 0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V NC/22uF-0603-X5R-�20%-6.3V
B
10Kohm-0402-�5%-1/16W
10Kohm-0402-�5%-1/16W
1V8_EMMC
10Kohm-0402-�5%-1/16W
10Kohm-0402-�5%-1/16W
10Kohm-0402-�5%-1/16W
PIR6RC02OR66 PIR1CR02OR1111 PIRC2R10O2 R221 PIR2RC02O2R222 PIR2C3R02OR2233 PIR2R7C02OR2277 PIR2CR802O2R288 PIRC2R90O2 R2299 10Kohm-0402-�5%-1/16W
10Kohm-0402-�5%-1/16W
10Kohm-0402-�5%-1/16W
PIR601 PIR101 PIR2101 PIR201 PIR2301 PIR2701 PIR2801 PIR2901
EMMC_D0_IO_IC
EMMC_D1_IO_IC
EMMC_D2_IO_IC
EMMC_D3_IO_IC
EMMC_D4_IO_IC
EMMC_D5_IO_IC
EMMC_D6_IO_IC
EMMC_D7_IO_IC C
1V8_EMMC
PIR4302 PIR402 PIR4502 RCOR443 CROR4444 RCO4R455
PIR4301 PIR401 PIR4501
EMMC_RSTN_IN_IC EMMC_CLK_IN_IC EMMC_CMD_IN_IC EMMC_DS_IO_IC
10Kohm-0402-�5%-1/16W NC/10Kohm-0402-�5%-1/16W 10Kohm-0402-�5%-1/16W
10Kohm-0402-�5%-1/16W
D
PIR3102
RCO3R311
PIR3101
GND
1
2
3
4
5
6
A
UCOU33
EMMC_CLK_IN_IPCIUM360M6 EMMC_CMD_IN_PIICUM350M5 ENLMEMMMCC_0DD0_0IIOO_0IICC A3 ENLMEMMMCC_0DD1_0IIOO_0IICCPIUA340A3 ENLMEMMMCC_0DD2_0IIOO_0IICCPPIIUUA33500AA45 EMMC_D3_IO_ICPIUB320B2
CLK CMD D0 D1 D2 D3
D4 D5 D6 D7
PIBU330B3 PIBU340B4
B5
PIU30B5
B6
PIU30B6
ENLMEMMMCC_0DD4_0IIOO_0IICC ENLMEMMMCC_0DD5_0IIOO_0IICC
EMMC_D6_IO_IC
EMMC_D7_IO_IC
RESET PIKU350K5 EMMC_RSTN_IN_IC
B
1V8_EMMC GND
C6
PIU30C6
M4
PIU30M4
N4
PIU30N4
PIUP330P3 PIUP350P5
C4
PIU30C4
N2
PIU30N2
PIUN350N5 PIUP340P4
P6
PIU30P6
VDD_IF VDD
VDD_IF VDD
VDD_IF VDD
VDD_IF VDD
VDD_IF
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS CREG/VDDi
E6
PIU30E6
F5
PIU30F5
J10
PIU30J10
PIKU390K9 E7
PIU30E7
G5
PIU30G5
H10
PIU30H10
PIKU380K8 C2
PIU30C2
3V3_M
GND
2.2uF-0402-X5R-�20%-6.3V 0.1uF-0402-X5R-�20%-16V
VNLDVDDDII PIC4001
CCO4C400
PIC4002
GND
PIUE310E1 PIUE320E2 EMMC_D5_IO_IC D3
PIU30D3
ERR ERR ERR
ERR ERR ERR
PIFU330F3 PIGU320G2
G1
PIU30G1
CCO4C477
PIC4701
PIC4702
EMMC_DS_IO_IC
VDDI
D1
PIU30D1
D2
PIU30D2
EMMC_D5_IO_ICPIUC330C3
ERR ERR ERR
ENLMEMMMCC_0DD3_0IIOO_0IICC C1 PIU30C1
ERR
EMMC_D4_IO_IC A2 PIU30A2
ERR
ENLMEMMMCC_0CCLLKK0_IINN0_IICC N7 PIU30N7 P8 PIU30P8
ERR ERR
M8
PIU30M8
N9
PIU30N9
PIUP390P9
ERR ERR ERR
GND
A6
PIU30A6
E9
PIU30E9
E10
PIU30E10
PIUF3100F10
Vss VSF VSF VSF
ERR ERR ERR ERR ERR ERR ERR ERR
D4
PIU30D4
E3
PIU30E3
PIFU230F2 F1
PIU30F1
A1
PIU30A1
B7
PIU30B7
A8
PIU30A8
PICU350C5
ERR ERR ERR
M9
PIU30M9
N10
PIU30N10
P11
PIU30P11
ERR ERR ERR
PINU310N1 M1
PIU30M1
M2
PIU30M2
Vss DS
J5
PIU30J5
PIHU350H5
GND
ENMLEMMMCC_0DD7_0IIOO_0IICC EMMC_D6_IO_IC ENMLEMMMCC_0RRSSTTNN0_IINN_0IICC
GND
ENMLEMMMCC_0DDSS_0IIOO_0IICC
C
1V8_EMMC
C7
PIU30C7
B8
PIU30B8
A9
PIU30A9
ERR ERR ERR
ERR ERR ERR
C8
PIU30C8
B9
PIU30B9
A10
PIU30A10
RT2841ERR ERR
N6
PIU30N6
P7
PIU30P7
ENMLEMMMCC_0DD6_0IIOO_0IICC ENMLEMMCMC_0CCMMDD0_IINN0_IICC
EMMC FLASH,IC EMMC FLASH,SMD,H26M41204HPR,TCL-TOT,SKhynix
D
4
5
6
1
2
3
4
A
GND
52
PICN1052 CCOCNN11
PICN1101VCC_PANEL
PICN2102VCC_PANEL 3 VCC_PANEL
CCOCLL55
B
PPIICCNN4110034NVLCVCCC_P0PAANNEL PICL501 5 PICN105
PICL502
GND
PICN6106 GND
PICN7107 GND
8 GND
PICN108
9 PICN109
PICN110010 PICN110111 PICN110212
NRLXRXEE44_0PP_0IICC NRLXRXEE44_0NN_0IICC
13 NRLXRXEE33_0PP_0IICC
PICN1013
PICN110414
NRLXRXEE33_0NN_0IICC
PICN110515 PICN110616
PICN110717
GND
NRLXRXEECC_0PP_0IICC NRLXREXECC_0NN0_IICC
18 GND
PICN1018
PICN110919 PICN210020 PICN210121
PICN210222 23
NRLXRXEE22_0PP_0IICC
NRLXRXEE22_0NN_0IICC NRLXRXEE11_0PP_0IICC NRLXRXEE11_0NN_0IICC NRLXRXEE00_0PP_0IICC
PICN1023
24
NRLXRXEE00_0NN_0IICC
PICN1024
PICN210525
PICN210626 PICN210727 PICN210828
NRLXRXOO44_0PP0_IICC NRLXROXO44_0NN_0IICC
C
29 NRLXRXOO33_0P0_ICC
PICN1029
PICN310030
NRLXROXO33_0NN_0IICC
PICN310131 PICN310232 PICN310333
GND
NRLXROXOCC_0PP_0IICC NRLXROXOCC_0NN0_IICC
34 GND
PICN1034
PICN310535 PICN310636
PICN310737 PICN310838
NRLXRXOO22_0P0_ICC
NRLXROXO22_0NN_0IICC NRLXRXOO11_0PP0_IICC NRLXROXO11_0NN_0IICC
39 NRLXRXOO00_0P0_ICC 3V3_STB
PICN1039
40
NRLXROXO00_0NN_0IICC
PICN1040
PICN410141 PICN410242
GND
PIRL302 CROLRL33
PICN410343
44
PIRL301
PICN1044
45
NLLVLDVDSS_0SSEELL
PICN1045
PICN410646 PICN410747
PICN410848
0.1uF-0402-X5R-�20%-16V
PIRL402 CROLRL44
NC/100ohm-0402-�5%-1/16W 100ohm-0402-�5%-1/16W
49
PICN1049
50
PIRL401
PICN1050
PICN510151
53
PICN1053
GND
D
GND
FFC,FFC connector,51Pin,D0.5,Bottom,lock,SMD,F05035FA51M1WL,CT
1
2
3
4
5
6
CCONCNKK11
1 PICNK101 2 PICNK102 PICN3K103
4
PICNK104
5 PICNK105
N3LV3V33_0IIRR IR_IN NGLNGNDD LED_R K0/AD_IN
GND
PICK402 CCOKCK44
PICK401 RCO8R822
PIR8202
PIR8201 3V3_STB
10ohm-0402-�5%-1/16W 0.1uF-0402-X5R-�20%-16V ,connect jack,5Pin,D2.0,D,SNAP,L=2.8mm,DIP,CNJST
3V3_STB
PIRK702 CROKRK77
10Kohm-0402-�5%-1/16W 1Kohm-0402-�5%-1/16W 1000pF-0402-X7R-�10%-50V
PIRK701 CROKRK22
NLLELDE_DR0R_0OOUUTT0_IICC
PIRK201
PIRK202
NLLELDED_0RR
PICK301
CCOKCK33
PICK302
GND
5
6
7
8
3V3_STB
NIRLI_R0ININ
10Kohm-0402-�5%-1/16W
PIRK102 CROKRK11
27pF-0402-NPO-�5%-50V 470ohm-0402-�5%-1/16W
A
NC/1000pF-0402-X7R-�10%-50V
PIRK101
RCOKRK33
PIRK301
PIRK302
INRLI_RI0NIN_0IICC
PICK102
CCOKCK11
PICK201 CCOKCK22
PICK101
PICK202
GND
GND
3V3_STB
CROKRK44 PIRK402
4K7ohm-0402-�5%-1/16W 22Kohm-0402-�1%-1/16W 0.01uF-0402-X7R-�10%-50V
PIRK401
B
NKL0K/0A0DAD_0IINN
CROKRK55
PIRK501
PIRK502
KNLEKYE_YA0ADD11_0IINN_0IICC
PICK501
CCOKCK55
PICK502
GND
C
D
7
8
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
CAOAVV33
1 AV-IN PIAV301 GND PIAV2302
PIAV5305 4 AV-L PIAV304 3 AV-R PIAV303
AV1_CVBS_IN
AV1_AU_L_IN AV1_AU_R_IN
NALVA1V_1C0CVVBBS_0IINN NALVA1V_1A0AUU_0LL_0IINN
PIRI202
PIRCIR30O2 RII33 PICI302
CCOCII33
PIRI301 PICI301
RPCIORIRI2I2012 PICI202 CPCIOCIIC2I2012 NALVA1V_1C0CVVBBSS_0IINN_0IICC
75ohm-0402-�5%-1/16W 100pF-0402-NPO-�5%-50V
GND
RCORII44
PIRI402
PIRI401
PICI502 CCOCII55
PICI501
33ohm-0402-�5%-1/16W 0.047uF-0402-X7R-�10%-16V
CCOICI44
PICI401
PIRIRC501ORII55
NALVA1V_1A0AUU_0LL_0IINN_0IICC
PICI402
4700pF-0402-X7R-�10%-50V
PIRI502 10Kohm-0402-�5%-1/16W
1uF-0402-X5R-�20%-6.3V 12Kohm-0402-�5%-1/16W
GND ,Earphone Jack,H,3.5,CH3.0,Yellow,Seal,DIP,PJ-322D,JSL
NALVA1V_1A0AUU_0RR_0IINN
GND
RCORII66
PIRI602
PIRI601
PICI702 CCOCII77
PICI701
GND
CCOICI66 RCORIIP7I7CI601 PIRI701
NALVA1V_1A0AUU_0RR_0IINN_0IICC
PICI602
4700pF-0402-X7R-�10%-50V
PIRI702
10Kohm-0402-�5%-1/16W 12Kohm-0402-�5%-1/16W 1uF-0402-X5R-�20%-6.3V
10Kohm-0402-�5%-1/16W 10Kohm-0402-�5%-1/16W
470ohm-0402-�5%-1/16W 470ohm-0402-�5%-1/16W
VNLGVAGA_S0SCCLL/0TTXX_0IICC VNLGVAG_AS0DSDAA/0RRXX_0IICC
RCO4R4
PIR401
RCO5R5
PIR501
3V3_STB
PIR201
RCO2R2
PIR202
PIR402 PIR502
PIR301
RCO3R3
PIR302
VGA_SCL/TX VGA_SDA/RX
PCIC4C502O4C545 PICCC460O24C646
PIC4501 PIC4601
CCONCN88
GND
PIC1N801
VNLGVAG_AS0CSCLL/T0TXX 2
VNGLVAG_AS0DSDAA/R0RXX
PICN802
3
PICN803
4
PICN804
GND
NC/,connect jack,4Pin,D2.0,D,L=2.8mm,DIP,AMA 10pF-0402-NPO-�5%-50V 10pF-0402-NPO-�5%-50V
ACOVAHVH22
NSLPSDPIDFI_FO0OUUTT_0IICC
CROR8833
SPDIF_E_OUT
PIR8302
PIR8301
PIC6C0C2OC660
PIR8C4R02OR8844
PIC60 1
PIR8401
B
GND
GND
33pF-0402-NPO-�5%-50V 33ohm-0402-�5%-1/16W NC/100ohm-0402-�1%-1/16W
ACOVAV11
IR Transmitter
Vin
1
PIAV101
SNLPSDPIDFI_FE0_EO0OUUTT
Vcc
2
PIAV102
GND
3
PIAV103
GND
4
PIAV104
PICCC610O2 6C611
GND
5
PIAV105
PIC6101
5V_M
GND GND ,OPTICAL,H,SMD,182500122,VAST NC/0.1uF-0402-X5R-�20%-16V
ACOVAVHH11
HDMI
23 GND 22 GND 21 GND 20 GND
PIAVH1023 PIAVH102 PIAVH102 PIAVH102
GND
HD1_5V
47Kohm-0402-�5%-1/16W
HDMI,HDMI Jack,H,SMD,161031041(hull-SPCC ),VAST
RCOHR4H499
PIRH4901
RCHOR5H500 47Kohm-0402-�5%-1/16W
PIRH501
100ohm-0402-�5%-1/16W
100ohm-0402-�5%-1/16W
PIRH4902 PIRH502
RX2+ 1
2 PIAVH101
GND
3 PIAVH102
RX2- PIAVH103
4 RX1+ PIAVH104
GND RX1-
5 PIA6VH105
7 PIAVH106
RX0+
PIAVH107
8 GND PIAVH108 9 RX0- PIAVH109
RXC+ GND
10 PIAV1H11010
RXC- PIAV1H12011
CEC PIAV1H13012
14 PIAVH1013
ARC PIAVH1014
SCL SDA
15 PIAV1H16015
GND PIAV1H17016
+5V PIAV1H18017
19 PIAVH1018
HPD PIAVH1019
HNLDH1D_1R0RXX22PP
RCOHRH1144 HNLDH1D_1R0XRX22PP_0IICC
VGA_SPIRHD1401A/RXPIRH1402
HNLDH1D_1R0XRX22NN HNLDH1D_1R0RXX11PPPIRH1501
PIRH1601
GND
RCOHRH1155 HNLDH1D_1R0XRX22NN_0IICC RPCIROHH1R502H1166 HNLDH1D_1R0XRX11PP_0IICC
PIRH1602
HNLDH1D_1R0XRX11NN HNLDH1D_1R0RXX00PPPIRH1701
PIRH1801
GND
RCOHRH1177 HNLDH1D_1R0XRX11NN_0IICC RPCIROHH1R702H1188 HNLDH1D_1R0XRX00PP_0IICC
PIRH1802
HNLDH1D_1R0XRX00NN HNLDH1D_1C0LCLKKPPPIRH1901
PIRH2001 GND
RCOHRH1199 HNLDH1D_1R0XRX00NN_0IICC RPCIROHH1R902H2200 HNLDH1D_1C0LCLKKPP_0IICC
PIRH2002
HNLDH1D_1C0LCKLKNN HD_CEC PIRH2101
RCOHRH2211 HNLDH1D_1C0LCKLKNN_0IICC
PIRH2102
VGA_SCL/TX
HD1_SCL
0ohm-0402-�5%-1/16W
HD1_SDA
0ohm-0402-�5%-1/16W
GND
0ohm-0402-�5%-1/16W
HNLDH1D_1055VV
0ohm-0402-�5%-1/16W
HD1_HPD_IN
0ohm-0402-�5%-1/16W
0ohm-0402-�5%-1/16W
HNLDH1D_1S0DSDAA HNLDH1D_1S0CSCLL
RCOHRH88 PIRH801
HNDLH1D_1S0DSADA_0ICIC
PIRH802
RCOHR1H11 PIRH1101
HNDLH1D_1S0CSCLL_0IICC
PIRH1102
PCICHC702OHC7H7 PCICCH901OHC9H9 PICH701 PICH902
NC/22pF-0402-NPO-�5%-50V NC/22pF-0402-NPO-�5%-50V
GND
HD1_5V
RCOHRH11 PIRH101 CCOHC2H244PICH2402
HD1_5V
0ohm-0402-�5%-1/16W
0ohm-0402-�5%-1/16W
PIRH102
PICH2401
HNLDH1D_1H0PHPDD_0IINN
PIRH301
10Kohm-0402-�5%-1/16W
RCHOR3H3
NC/10Kohm-0402-�5%-1/16W
PIQH10C QCOHQH11GND
HD1_5V
RCOHRH5533
HNLDH1D_1D0EDETT_0IINN_0IICC
PIRH5302
PIRH5301
PICH202
CCOHCH22
RCOHR4H4 PIRH302
PIQH10B PIRH401
PIRH402
HNDLH1D_1H0PHDPD_0ININ_0ICIC
PIRRHC5402 OHR5H544 PIRH5401
GND
PICH201 PIQH10E
PICCHC302 OHC3H322pF-0402-NPO-�5%-50V
22pF-0402-NPO-�5%-50V
1Kohm-0402-�5%-1/16W
PICH301
10Kohm-0402-�5%-1/16W
10Kohm-0402-�5%-1/16W
GND
NC/22pF-0402-NPO-�5%-50V
GND
,Dynatron,NPN,0.2A,40V,30-300,SOT-23,MMBT3904(f350MHz),BLUE ROCKET
TVS,DIO ESD,0.5pF,25V,0402 DFN,SMD,AZ5325-01F.R7G,Amazing
TVS,DIO ESD,0.5pF,25V,0402 DFN,SMD,AZ5325-01F.R7G,Amazing
TVS,DIO ESD,0.5pF,25V,0402 DFN,SMD,AZ5325-01F.R7G,Amazing
TVS,DIO ESD,0.5pF,25V,0402 DFN,SMD,AZ5325-01F.R7G,Amazing
,Network Terminal,SMD,5631-Q-S-SMT-8C-1B,GLGNET
CCONCN229911
RJ45
,Net Transformer,350uH,0.09�1P,H6.0MAX,B1601S,SMD,DDY CUOUEE1
GND
9 PI1CN229109
NPLHPYHY_0TTXX_0P 1 CTD 2 PIUE101
NPLHPYHY_T0TXX_0PNINU3E102 4 PIUE103 PIU5E104
NPLHPYHY_0RRXX_0PPIU6E105 CRD 7 PIUE106
NPLHPYHY_R0RXX_0PNINU8E107 PIUE108
TD+ CTD TDNC NC RD+ CRD RD-
TX+ CTX TX-
NC NC RX+ CRX RX-
16 PIUE115016CNLTCTXX PIUE114015 PIUE113014 PIUE112013 PIUE111012 PIUE110011CNLRCRXX 9 PIUE1010
PIUE109
PICN291012
RNLJR4J54_5F0EF_ET0XTX+0 1TX+
RNLJR4J54_5F0EF_ER0RXX+0
3 PICN29101 RX+
RNLJR4J54_5F0EFE_0TTXX0-
2 PICN29103 TX-
PICN7291N0C2
RNLJR4J54_5F0EFE_0RRXX0- PICN629R1X07-
75R
PNLINPI7N&7&88
8 PICN29106 NC
PICN29108
75R
75R
75R
PNLINPI4N&4&55
5 NC
PIU104 PIU10 PIU204 PIU201
4 1
CCOECE11 PICECC102OCEE22 PICEC2C02OCEE33 PICECC302OECE4PICE402
RCOERE55 PIRECR502OERE66 PIRE602 PIRECR702OERE77 PIRREC802OERE88
PICN4291N0C5
1nF
PICN2911014
CPOUPU1
PCOUPU2
PICE101 PICE201 PICE301 PICE401
75ohm-0402-�5%-1/16W 75ohm-0402-�5%-1/16W
PIRE501 PIRE601
PIRE701 PIRE801
GND
PI1CN0291011
PICN291010
4 1
OUT2 IN2 OUT1 IN1
OUT2 IN2 OUT1 IN1
C
75ohm-0402-�5%-1/16W
CNLTCTDD
CNLRCRDD
DLP11SN900HL2 75ohm-0402-�5%-1/16W
GND DLP11SN900HL2 1000pF-1206-X7R-�20%-2000VCCOECE66 PICE602
0.1uF-0402-X5R-�20%-16V 0.1uF-0402-X5R-�20%-16V
PICCEC702OECE77 PICCCE802OECE88
PICCE9C01OECE99 PICCEC502OECE55
3 2
PIU103 PIU102 PIU203 PIU20
3 2
NC/0.01uF-0402-X7R-�10%-50V
PICE601
NC/0.01uF-0402-X7R-�10%-50V
PICE701 PICE801
PICE902 PICE501
RCOERE4 RCOERPIER3E402
PIRE302
RCOERE2 RCOERPIER11E202
PIRE102
NPLHPYH_YR0RXX_0NN_0IICC PIRE401 NPLHPYHY_0RRXX_0PP_0IICC
PIRE301
NPLHPYHY_0TTXX_0NN0_ICC PIRE201 NPLHPYHY_0TTXX_0PP0_IICC
PIRE101
GND
GND
GND
2R2ohm-0402-�1%-1/16W 2R2ohm-0402-�1%-1/16W
2R2ohm-0402-�1%-1/16W 2R2ohm-0402-�1%-1/16W
CCONCN77
5V 1 2 PICN701
DM
3 PICN702
DP
GPNDIC4N703
PICN704
GND 5 6 PICN705
GND PICN706
5CVO5_VU0TSUESBSBT RCOURU11
PI5V0USB01 PIRU101
FCO1F1
5NVL5_VU0USSBB
USB2_DM_IO
PIF101
USB2_DP_IO PICCUC102OUCU11 PICCU2C02OUCU22
PICU101 PICU201
5V_M
PIRU102 PIF102
GND
GND
USB,USB Jack,H,Single,flange,DIP,WLUS-050F USB,WLCO
NC/0ohm-0402-�5%-1/16W
,FUSE PTC,1.1A,6V,1206,SMD,TP,TLC 10uF-0805-X5R-�20%-16V NC/10uF-0805-X5R-�20%-16V
UTCESOSUBST_BD0MDMUNSLUBS2B_2D0MDM_0IOIO PIUSB0DM01
TEST UNSLUBS2B_2D0PDP_0IOIO
PIUSB0DP01
UCOSUBS_BD0DPP
RCUOR3U3 UNSLBUS2B_2D0MDM_0IOIO_0ICIC
PIRU302
PIRU301
RCUOR2U2 UNSLUBS2B_2D0PDP_0IOIO_0ICIC
PIRU202
PIRU201
2R2ohm-0402-�1%-1/16W 2R2ohm-0402-�1%-1/16W
GND
10
PICN401
CCONCN44
1
2 PICN401 WOL_RST_IN
3 PICN402 WIFI_ON_OUT
4 PICN403 VCC_WIFI
PIC5N404 VCC_WIFI
PIC6N405 VNLCVCCC_0WWIIFFII 7 PICN406 WIFI_DM_IO
8 PICN407 WIFI_DP_IO
9 PICN408
PICN409
PICWCC102OWCW11 PICWC2C02OWCW22
PICN401
PICW101 PICW201
11
CWTOE_WSD0TDMM NWLIWFIIF_ID0MDM_0IIOO
PIW0DM01
TEST NWLWIFIIF_ID0DPP_0IIOO PIW0DP01
CWOW_0DDPP
RCOFRF11 PIRF101
LCOULU22
1 PILU4201
PILU204
IN1 IN2
PIRF102
RCOFRF4455
OUT1 OUT2
2 PI3LU202
PILU203
PIRF4501
PIRF4502
RCOFRF5555
PIRF5501
PIRF5502
UNLSUBS1B_1D0MDM_0IIOO_0IICC UNLSUBS1B_1D0DPP_0IIOO_0IICC
RCOFRF66
PIRF601
PIRF602
0ohm-0402-�5%-1/16W NC/DLP11SN900HL2 0ohm-0402-�5%-1/16W
2R2ohm-0402-�1%-1/16W 2R2ohm-0402-�1%-1/16W
GND
GND
NC/3pF-0402-NPO-�5%-50V
3V3_STB
NC/3pF-0402-NPO-�5%-50V
NC/10Kohm-0402-�5%-1/16W 100ohm-0402-�1%-1/16W
D
FFC,FFC connector,9Pin,D0.5,Bottom,lock,SMD,F05046FA009M1WL,CT
10Kohm-0402-�5%-1/16W 100ohm-0402-�1%-1/16W
0.01uF-0402-X7R-�10%-50V 0.01uF-0402-X7R-�10%-50V
PIRF702 CROFRF77 PIRF902 RCOFRF99
220pF-0402-NPO-�5%-50V
,BEAD,1000ohm,0402,300mA,SMD,TP,GZ1005U102CTF(1000ohm-300mA),sunlord
CWTOEW-SO0TONN NWLIWFIIF_IO0NON_0OOUUTT
PIRF701
PIW0ON01
TEST NWLOWOLL_0RRSSTT_0IINN
PIW0RST01
CWOW_0RRSSTT
PICCWC302OWCW33 PICWCC402 OWCW44
PIRF901
RCOFRF1100
PIRF1001
PIRF1002
RCOFRF88
PIRF801
PIRF802
NWLIWFIIF_IO0NO_NO0OUUTT_0IICC
LCOFLF11
NWLOWOLL_0RRSSTT_0IINN_0IICC
PILF101
PILF102
PICF502 CCOFCF55
PICW301 PICW401
PICF501
GND
GND
3V3_STB
VCC_WIFI
RCOFR4F4
PIRF401
PIRF402
PICD3902CCODC3D399PICD4802CCODCD4488 PICCDC4101ODC4D411
+
PIED201 ECDOE2D2
PIED202 PICD3901 PICD4801 PICD4102
GND 0ohm-0402-�5%-1/16W 22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V 0.1uF-0402-X5R-�20%-16V NC/,CAP AL,10V,470uF,�20%,KM,P,2.5mm,6.3�11.0,DIP,TP,Samxon
1
2
3
4
5
6
7
8
9
10
11
HDMI
HDMI,HDMI Jack,H,SMD,161031041(hull-SPCC ),VAST HNDLH0D_0S0DSADA
HD0_5V
RCHOR4H040 PIRH401
PIRH402
47Kohm-0402-�5%-1/16W
RCHOR4H141 47Kohm-0402-�5%-1/16W PIRH4101
100ohm-0402-�5%-1/16W
100ohm-0402-�5%-1/16W
PIRH4102 RCHOR4H2P4IRH24201 PIRH4202 HNDL0H_DS00DSAD_AI0CIC
1 RX2+ PIAVH201
HNDLH0D_0R0XRX22PP PIRH201
GND RX2RX1+
2 PIAVH202 PIA3VH203 PIA4VH204
GND
HNDLH0D_R00XR2XN2N HNDLH0D_0R0XRX11PP
PIRH501 PIRH601
GND RX1RX0+
5
PIAVH205
6
PIAVH206
7 PIAVH207
GND
HNDLH0D_R00XR1XN1N
HNDLH0D_0R0XRX00PP
PIRH701 PIRH901
GND PIA8VH208 RX0- PIA9VH209
GND
HNDLH0D_R00XR0XN0N PIRH1001
RXC+
10
PIAVH2010
HNDLH0D_0C0LCKLKPP PIRH1201
GND
11
PIAVH2011
RXC-
12
PIAVH2012
GND
HNDLH0D_C00LCKLNKN PIRH1301
CEC PIA1VH32013 HD_CEC
ARC PIA1VH42014 HD_ARC
SCL
15
PIAVH2015
HD0_SCL
SDA
16
PIAVH2016
HD0_SDA
GND
17
PIAVH2017
GNLNGDND
+5V
18
PIAVH2018
HNDLH0D_050V5V
HPD PIA1VH92019 HD0_HPD_IN
RCHOR2H2HNDLH0D_0R0XR2XP2P_0ICIC PIRH202
RRPCPCIIHHRROOHH56RR005622HH56HHNNDDLLHH00DD__00RR00XXRR12XXPN12P_N_0I0ICICICC RCHOR7H7HNDLH0D_0R0XR1XN1N_0ICIC RPPCIIHRROHH79R00922H9HNDLH0D_0R0XR0XP0P_0ICIC RPCIHROH1R0012H01H0NDLH0D_0R0XR0XN0N_0ICIC RCHOR1H21H2NDLH0D_0C0LCKLKPP_0ICIC
PIRH1202
RCHOR1H31H3NDL0H_DC00LCKLNKN_0ICIC PIRH1302
10Kohm-0402-�5%-1/16W NC/10Kohm-0402-�5%-1/16W
PIAVH203 PIAVH20 PIAVH201 PIAVH20
HD0_5V
RCHOR4H646
HNDLH0D_0D0EDTET_0ININ_0ICIC
PIRH4602
PIRH4601
RPIRHC4802HOR4H848
23 GND 22 GND 21 GND 20 GND
GND
0ohm-0402-�5%-1/16W 0ohm-0402-�5%-1/16W 0ohm-0402-�5%-1/16W 0ohm-0402-�5%-1/16W 0ohm-0402-�5%-1/16W 0ohm-0402-�5%-1/16W 0ohm-0402-�5%-1/16W 0ohm-0402-�5%-1/16W
PIRH4801
GND
HNDLH0D_0S0CSLCL
RCHOR4H343 PIRH4301
HNDLH0D_0S0CSLC_LI0CIC
PIRH4302
CPICHC10H2OC1H111 CPICHC120H1OC1H212
NC/22pF-0402-NPO-�5%-50V
NC/22pF-0402-NPO-�5%-50V
A
PICH101 PICH1202
GND
HD0_5V
RCHOR4H44PIR4H4 01
CPICHC1302HOC1H313
HD0_5V
HNDLH0D_0H0PHDPD_0ININ
PIRH4 02
PICH1301
RCHOR4H545
PIRH4501
PIQH50C CPICH1C40H2OC1H414
GND
RCHOR4H747 PIRH4502
PIQH50B PIRH4701
PIRH4702
HNDL0H_DH00PHDP_DI0NI_NI0CIC
PICH1401 PIQH50E QCHOQ5H5
GND
CPICCH10H2OC1H122pF-0402-NPO-�5%-50V
22pF-0402-NPO-�5%-50V 1Kohm-0402-�5%-1/16W
PICH101
10Kohm-0402-�5%-1/16W 10Kohm-0402-�5%-1/16W GND NC/22pF-0402-NPO-�5%-50V
,Dynatron,NPN,0.2A,40V,30-300,SOT-23,MMBT3904(f350MHz),BLUE ROCKET
220ohm-0402-�5%-1/16W
22pF-0402-NPO-�5%-50V
100ohm-0402-�5%-1/16W
0.47uF-0402-X5R-�10%-6.3V
RCHOR5H151
HNDLH_DA0RACRC_0ICIC
PIRH5102
PIRH5101
CCHOC6H6
PICH601
PICH602
HNDL_HAD0RACRC
PIRH5202
CCHOC1H919PICH1902
RCHOR5H252
PIRH5201
PICH1901
B
GND
GND
RCHOR2H424
HNDLH_DC0ECCEC_0ICIC
PIRH2401
PIRH2402
CCHOC1H515CPICH1C50H2OC1H616PICH16C02 CHOC1H717PICH1702
100ohm-0402-�5%-1/16W PICH1501 PICH1601 PICH1701
22pF-0402-NPO-�5%-50V
22pF-0402-NPO-�5%-50V
22pF-0402-NPO-�5%-50V
GND
HNDLH_DC0ECCEC
C
D
12
13
14
15
16
1
2
3
4
5
6
7
8
CROFRFTT22
3V3_Tun
PICTC2C802OTCT2288 PICTCC2902OTCT229 PICTC6C02OTCT66
1000pF-0402-X7R-�10%-50V 0.1uF-0402-X5R-�20%-16V
0.47uF-0402-X5R-�10%-6.3V 1000pF-0402-X7R-�10%-50V
3V3_Tun
RCOFRTFT55
PICT2801 PICT2901 PICT601
,BEAD,120ohm,0402,500mA,SMD,TP,GZ1005U121CTF,Sunlord
0.1uF-0402-X5R-�20%-16V 2.2uF-0402-X5R-�20%-6.3V
PICCTC302OTC3T333 PICCTC3102OTCT3311
10uF-0603-X5R-�20%-6.3V
1000pF-0402-X7R-�10%-50V
0.1uF-0402-X5R-�20%-16V GND
RF PIRF1T201 RF_IN
NC/10uF-0603-X5R-�20%-6.3V
1000pF-0402-X7R-�10%-50V
22pF-0402-NPO-�5%-50V
PICT301 PICT3101
2 GND PIRFT202 3 GND PIRFT203
,HF Inductor,270nH,�5%,0402,SMD,SDCL1005CR27JTDF,Sunlord ,HF Inductor,270nH,�5%,0402,SMD,SDCL1005CR27JTDF,Sunlord
3V3_Tun RCOTRT44
GND
4 GND PIRFT204
,HF Inductor,270nH,�5%,0402,SMD,SDCL1005CR27JTDF,Sunlord GND
PIRT401
PIRT402
GND
GND PIRF5T205 GND PIRF6T206
,HF Inductor,270nH,�5%,0402,SMD,SDCL1005CR27JTDF,Sunlord
PICTCC502OTCT55 PICCTC1501OTCT1155 PICCTC1902OTCT1199 PICCTC102OTCT11
PICCT1C602OTCT1166 PICCTC1701OTCT1177
A
7 GND PIRFT207 8 GND PIRFT208 9 GND PIRFT209
NC/RF,RF SHLED,Single,H,F,T14.5mm,CH5.0,whole,25�14.5�9mm,DIP,TUNER-C7-7,WT NC/ RF,RF SHLED,Single,H,IEC,T14.5mm,CH5.0,whole,25�14.5�9mm,DIP,WT
PICT201
CCOTCT22
PICT501 PICT1502 PICT1901 PICT101
PICT1601 PICT1702
NC/ESD
PICT202
+3.3V 17 +3.3V 15 +3.3V 9 +1.8V 7
GND
,CAP MC,50V,47pF,�5%,NPO,0402,SMD,TP
,HF Inductor,270nH,�5%,0402,SMD,SDCL1005CR27JTDF,Sunlord
SDCL1608CR22JT(F)
150pF-0402-NPO-�5%-50V
39pF-0402-NPO-�5%-50V
PILT302 LCOTLT33
GND UCOTUT11
PIUT107 PIUT1015 PIUT109 PIUT107
CROFRFTT1
KAV99
39pF-0402-NPO-�5%-50V
0ohm-0402-�5%-1/16W
NC/,HF Inductor,390nH,�5%,0603,SMD,SDCL1608CR39JTDF,SunlorPILTd301 +1
18PIUT1018 NC
RF PIR1FT501 RNLFR_FI0NIN
GNDPIR2FT502 3 GNDPIRFT503 4 GNDPIRFT504 5 GNDPIRFT505
GND
CCOTCT3300
PILT502 LCOTLT55
19 PIUT1019
RF_REF
1 RF PIRFT101 2 GNPDIRFT102 3 GNPDIRFT103 4 GNPDIRFT104 GNPDIRF5T105 GNPDIRF6T106 7 GNPDIRFT107
GND
2
1
RF_IN
PIGDT10CGODGDTT11 PIDT502 CDODTT55
PIGDT102 PIDT501
CCOTCT225
PICT2501
PICT2502
PILT401
CLOTLT4
PILT402
PICT3001
PICT3002
RNLFR_FI0NIPNPUUTT
CLOTLT11
PILT101
PILT102
PILT901 CLOTLT99
PILT902 PICT2401
CCOTCT2244
PIDT102
CDODTT11
PIDT101 PIDT103
PICT2402
GND
GND GND
GND
PICT301
CCOCTT33 12pF-0402-NPO-�5%-50V
PICT302 Tun_SI_XTAL_OUT
GNDGND
CCOTCT2233 PICT2302
CCOTCPITC99T902
PILT501
PICT2301
PICT901
PILT601
CLOTLT66
PILT602 PILT701
CLOTLT77
PILT702
GND
20 PIUT1020
RF_IP
22PIUT1022 RF_IN
TNLuTnu_nS0IS_IX0TXATALL_0IINN TNLuTnu_nS0I_SXI0TXATLA_LO0OUUTT
13 PIUT1013
XTAL_I
14PIUT1014 XTAL_O
24 PIUT1024
GPIO1
1PIUT101 GPIO2
TNLuTnu_nS0CSLC_LO0OUUTT
3
PIUT103
SCL
TNLuTnu_nS0DSADA_0IIOO
2
PIUT102
SDA
3
4
PIYT104 PIYT103
GND
YCOTYT11
1
2
PIYT102 PIYT101
Tun_SI_XTAL_IN
PICT401
CCOCTT44
12pF-0402-NPO-�5%-50V
PICT402
,IC Si Tuner,QFN-24,SMD,SI2151-A10-GMR,Silicon Labs NC/,GDT,700V,2000A,TP,4.5*3.2mm,SMD,4532-091-LF,Brightking
23 PIUT1023
ADDR
6 8 16 21 EPAD
PIUT106 PIUT108 PIUT106 PIUT1021 PIUT10EPAD
GND GND GND GND GND
LIF_P
11
PIUT1011
LIF_N PIUT110100
TNuLTnu_nI0FIPF_P0ININ TNuLTnu_nI0FINFN_0ININ
AGC1
5
PIUT105
AGC2 PIUT1404
Tun_IF_AGC_OUT
XOUT
12
PIUT1012
TNuLnT_uSn0I_SXI0OXUOUTT
GND
,SPXO,24MHz,�20ppm,16pF,3.2�2.5,SMD,SMD3225 24.000MHZ,JWT
GND
GND
4K7ohm-0402-�5%-1/16W
33pF-0402-NPO-�5%-50V
4K7ohm-0402-�5%-1/16W
GND
GND
GND
33pF-0402-NPO-�5%-50V
B
3V3_Tun
100ohm-0402-�5%-1/16W
100ohm-0402-�5%-1/16W
PICTCC201OTCT2200
PICCTC2101OTCT2211
51ohm-0402-�5%-1/16W 51ohm-0402-�5%-1/16W
PICT1401
CCOTCT1144
CROTRT1133 PIRT1302 PIRT102 CRORTT11 22pF-0402-NPO-�5%-50V
NTLuTnu_nS0DSDAA_0IIOO_0IICC
22pF-0402-NPO-�5%-50V
PIRT1301 PIRT101
CROTRT1144
PIRT1402
PIRT1401
Tun_SDA_IO
Tun_IFP_IN
PICT202 RCOTRT66
PIRT602
PIRT601
PICT2102 RCOTRT1100
PIRT1002
PIRT1001
PICT1402 CCOTCT2277
TNLuTnu_nI0FIPF_PI0NIN_0IICC
PICT2702
PICT2701
PIRT102
RCOTR1T111
NTLuTnu_nS0CSLC_LO0OUUTT_0IICC
RCOTRT1155
PIRT1502
PIRT1501
Tun_SCL_OUT
PICTC1C202OTCT1122 PICT1CC02OTCT111
PICT1201 PICT101
GND
Tun_IFN_IN
RCOTRT77
PIRT702
PIRT701
PICTCC2602OTCT2266
PICT2601
GND 33pF-0402-NPO-�5%-50V 33pF-0402-NPO-�5%-50V
RCOTRT1122
PIRT101
PIRT1202
PIRT1201
PICCTC202OTCT2222
PICT1802 CCOTCT1188
CCOTCT3322
TNLuTnu_nI0FINF_N0ININ_0IICC
PICT3201
PICT3202
0.1uF-0402-X5R-�20%-16V 0.1uF-0402-X5R-�20%-16V
PICT201
GND
PICT1801
GND
NC/68pF-0402-NPO-�5%-50V NC/680ohm-0402-�1%-1/16W NC/68pF-0402-NPO-�5%-50V
200ohm-0402-�1%-1/16W 200ohm-0402-�1%-1/16W
RCOTRT88
TNuLnT_uInF0_IAFG0ACG_CO0OUUTT_0IICC
PIRT801
TNuLnT_uInF0_IAFG0ACG_CE0_EO0OUUTT
PIRT802
10Kohm-0402-�5%-1/16W 0.01uF-0402-X7R-�10%-50V
PICT1302
CCOTCT1133
PICT1301
GND
Tun_IF_AGC_E_OUT
RCOTRT99
TNuLnT_uInF0_IAFG0ACG_CO0UOUTT
PIRT901
PIRT902
1Kohm-0402-�5%-1/16W 0.1uF-0402-X5R-�20%-16V
PICT102
CCOTCT1100
PICT101
GND
3V3_Tun
LCOTL1T111 3V3_Tun_S2
PILT1101
PILT1102
PICCSC4602OSC4S466 PICCS4C802OSC4S488 PICCTC3602OTC3T366
CRORFFTT33
LNB_PW
PICS1902 CCOSCS1199
PICS1901
GND
NC/100pF-0402-NPO-�5%-50V
NC/100pF-0402-NPO-�5%-50V NC/0.1uF-0402-X5R-�20%-16V
GND
NC/GZ1005U121CTF(120ohm-500mA)
NC/10uF-0603-X5R-�20%-6.3V
PICS4601 PICS4801 PICT3601
NC/0.1uF-0402-X5R-�20%-16V
NC/NC/1000pF-0402-X7R-�10%-50V
GND
NC/0.1uF-0402-X5R-�20%-16V
NC/0.1uF-0402-X5R-�20%-16V
PICSCC2502OSCS2255
TNuLTnu_nS02S_2S0DSADA_0IIOO
CCOSCS330
RF 1
PIRFT301
PICS3001
PICS3002
CROSRS3366
PIRS3601
PIRS3602
TNuLnT_uSn02S_2S0CSLC_LO0OUUTT PICS2501
RF_IN 20 GND 19
VBAT 18 SDA 17
SCLK 16
1 2
3
C
GND 6 7 PIRFT306
GND
8 PIRFT307
GND
PILT1401 LCOTLT1144
PIDT202 DCOTDT22
UCOSUS11 PIUS1020 PIUS109 PIUS108 PIUS1017 PIUS106
GNDPIRF2T308
GNDPIRF3T302 4 PIRFT303
GND
5 PIRFT304
GND PIRFT305
GND
PILT1402
PIDT201 PIDT203
NC/47pF-0402-NPO-�5%-50V NC/SDCL1005C22NJTDF GND NC/KAV99
GND
GND
CCOSCS3344
PICS3402
CCOSCS3377 CCOSCPIS3CS3397902
PICS3902
DNLEDETT PICS3401
VNLBVABATT PICS3701
VNLBVGBG PICS3901
21 1PIUS1021 2PIUS101 3PIUS102 4PIUS103 5PIUS104
PIUS105
EPAD GND DET LT VBAT VBG
VOP VON VONQ VOPQ CLK_OUT
15 PIUS101154 PIUS101143 PIUS101132 PIUS101121
PIUS1011
TNLuTnu_nS02S_2I0PI_P0ININ TNLuTnu_nS02S_2I0NIN_0ININ TNuLTnu_nS02S_2Q0NQN_0IINN TNLuTnu_nS02S_2Q0QPP_0IINN
NC/0ohm-0402-�5%-1/16W
VDD CP XTAL_I XTAL_O VAGC
NC/,75ohm,RT710,RT710,RAFAEL
NC/NC/0.47uF-0402-X5R-�10%-6.3V NC/0.47uF-0402-X5R-�10%-6.3V NC/5K6ohm-0402-�1%-1/16W
NC/6800pF-0402-X7R-�10%-50V
NC/330pF-0402-NPO-�5%-50V
GND
NC/RF,RF SHLED,Single,H,F,T14.4,CH5.0,whole,25.0�14.5�8.5mm,DIP,LHD
PICT701 CCOTCT77
PICT702 Tun_RT_XTAL_OUT
3V3_Tun_S2
PICS1602
CCOSCS1166
PICS1601
PIUS106 PIUS107 PIUS108 PIUS109 PIUS10
10
Tun_RT_XTAL_OUT 9
8
7
6
Tun_RT_XTAL_IN
NLTun0RXAIN NLTun0RXAOUT PICS402 CCOSCS4400
CNLPCP
PIRS3802
PICS401
RCOSR3S388
PIRS3801 CCOSCS4422PICS4202
GND
CCOSCS4433PICS4302
PICS4201
Tun_S2_AGC_OUT
3
4
PIYT204 PIYT203
PICS4301
GND
YCOTYT22
2
1
PIYT202 PIYT201
GND
Tun_RT_XTAL_IN
PICT802 CCOTCT88
PICT801
NC/NC/4.7pF-0402-NPO-�5%-50V
NC/NC/4.7pF-0402-NPO-�5%-50V
GND NC/,SPXO,16MHz,�10ppm,20pF,SMD3225,SMD,PF4016M00020T2115134,JWT
NC/0ohm-0402-�5%-1/16W NC/0ohm-0402-�5%-1/16W
D
Tun_SDA_IO_IC
RCOSRS1133
PIRS1301
PIRS1302
CRORSS11
PIRS101
PIRS102
Tun_SCL_OUT_IC
PIRS1401
RCOSRS1144
PIRS1402
CRORSS22
PIRS201
PIRS202
Tun_S2_SDA_IO Tun_S2_SCL_OUT
Tun_S2_IP_IN Tun_S2_IN_IN Tun_S2_QN_IN Tun_S2_QP_IN
RCOSRS33
PIRS301
PIRS302
RCOSRS55
PIRS501
PIRS502
RCOSRS66
PIRS601
PIRS602
RCOSRS1111
PIRS1101
PIRS1102
CCOSCS3333 TNLuTnu_nS02S_2I0PI_PI0NIN_0IICC
PICS3302
PICS3301
CCOSCS3388 TNLuTnu_nS02S_2I0NI_N0ININ_0IICC
PICS3802
PICS3801
CCOSCS1144 TNLuTnu_nS02S_2Q0NQN_0IINN_0IICC
PICS1402
PICS1401
CCOSCS1155 TNLuTnu_nS02S_2Q0QPP_0IINN_0IICC
PICS1502
PICS1501
NC/100ohm-0402-�5%-1/16W NC/100ohm-0402-�5%-1/16W
NC/22pF-0402-NPO-�5%-50V NC/22pF-0402-NPO-�5%-50V
PICSCC2602OSCS2266 PICSC2C702OSCS2277 PICS2601 PICS2701
GND
PICCSC202OSCS22 PICSCC302OSCS33 PICCSC402OSCS44 PICSCC502OSCS55
PICCCS602OSCS66 PICCSC702OSCS77 PICSCC802OSCS88 PICSC1C02OSC1S100
PICS201 PICS301 PICS401 PICS501
GND
PICS601 PICS701 PICS801 PICS101 NC/10pF-0402-NPO-�5%-50V
NC/10pF-0402-NPO-�5%-50V NC/10pF-0402-NPO-�5%-50V NC/10pF-0402-NPO-�5%-50V GND
NC/NC/10pF-0402-NPO-�5%-50NVC/51ohm-0402-�5%-1/16W NC/NC/10pF-0402-NPO-�5%-50NVC/51ohm-0402-�5%-1/16W NC/NC/10pF-0402-NPO-�5%-50NVC/51ohm-0402-�5%-1/16W NC/NC/10pF-0402-NPO-�5%-50NVC/51ohm-0402-�5%-1/16W
NC/0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V NC/0.1uF-0402-X5R-�20%-16V
1
2
3
4
5
6
RCOSR2S211
TNuLnT_uSn20_SA20GACG_CO0OUUTT_0IICC
TNuLnT_uSn20_SA20GACG_CE0_EO0OUUTT
PIRS2101
PIRS2102
NC/10Kohm-0402-�5%-1/16W NC/0.01uF-0402-X7R-�10%-50V
PICS902 CCOSCS99
PICS901
GND
Tun_S2_AGC_E_OUT
RCOSRS44
TNuLnT_uSn20_SA20GACG_CO0OUUTT
PIRS401
PIRS402
NC/1Kohm-0402-�5%-1/16W NC/0.1uF-0402-X5R-�20%-16V
PICS102 CCOSCS11 PICS101
GND
7
8
9
10
11
12
13
14
15
16
A
B
C
12V LCOZL1Z1
NC/,Bead,120ohm,0805,4A,SMD,TP,UPZ2012E121-4R0TF,Sunlord
NC/,Power Inductor,10uH,�20%,1.5A,DR4.0�3.0,SMD,NRH4030-10uH,wenshan
NC/NC/10uF-0805-X5R-�20%-16V
NC/,DIO SBD S,1A,40V,DO-214AC,SMD,SS14A,YJ
NC/10uF-0805-X5R-�20%-16V
NC/,CAP MC,25V,10uF,�10%,X5R,0805,SMD,TP
NC/0.1uF-0402-X5R-�20%-16V
NC/,CAP MC,25V,10uF,�10%,X5R,0805,SMD,TP
NC/NC/,CAP MC,25V,10uF,�10%,X5R,0805,SMD,TP
NC/10Kohm-0402-�5%-1/16W
NC/0.1uF-0603-X7R-�10%-50V
NC/NC/10Kohm-0402-�5%-1/16W
NC/NC/,CAP MC,25V,10uF,�10%,X5R,0805,SMD,TP
LCZOL3Z3
DCOZD1Z1
PILZ101
PILZ102
PILZ301
PILZ302
PIDZ10A
PIDZ10K
PCICZC402OZC4Z4 PICCZ1C02ZOC1Z1 PICZ201CCZOC2Z2
3V3_M
PICZ401 PICZ101 PICZ202
PRIRZC202OZR2Z2 RPIRZC102ZOR1Z1
PIUZ105 UCOZU1Z1
PICZ80C1 CZOC8Z8 PICZ70C1 CZOC7Z7 PICZ12C01 CZOC1Z212 PICCZ302CZOC3Z3 PICZ23C01 CZOC2Z323 PICZ802 PICZ702 PICZ1202 PICZ301 PICZ2302
LX 5
LNB_PW_EN_OUT_IC LNB_PW_SEL_OUT_IC
LNB_DSQ_OUT_IC
GND LNNLBLN_BP0WP_WE0NEN_O0OUUTT_0IICC
RCOZR9Z9
PIRZ901
PIRZ902
LNNLBLN_BP0WP_WS0ESLE_LO0OUUTT_0IICC RCOZR4Z4
PIRZ401
PIRZ402
LNNLBLN_BD0SDQS_QO0OUUTT_0IICC RCOZR5Z5
PIRZ501
PIRZ502
PIRZ201 PIRZ101
1
PIUZ101
VIN
6
PIUZ106
EN
7
PIUZ107
H/V
8
PIUZ108
22K_IN
VSW
3
PIUZ103
CCZOC2Z424
VCP
4
PIUZ104 PICZ2401
PICZ2402
VLNB
2
PIUZ102
LNB_PW_OUT DCZOD3Z3
PIDZ30A
PIDZ30K
GND
LCZOL4Z4
PILZ401
PILZ402
LNB_PW
9 EPAD
PIRRZ1C02ZOR1Z111 PRIRZC602OZR6Z6 RPIRZC2602ZOR2Z626
PIUZ109
PIRZ101 PIRZ601 PIRZ2601
NC/100ohm-0402-�5%-1/16W
NC/100ohm-0402-�5%-1/16W
NC/100ohm-0402-�5%-1/16W
GND
NC/4K7ohm-0402-�5%-1/16W
GND
NC/NC/4K7ohm-0402-�5%-1/16W
NC/4K7ohm-0402-�5%-1/16W
NC/LNB,IC LNB,Syn,500mA,14V,1.41MHz,SOIC-8,SMD,SGM41286YPS8G/TR,SGMICRO
NC/,DIO SBD S,1A,40V,DO-214AC,SMD,SS14A,YJ NC/,DIO SBD S,1A,40V,DO-214AC,SMD,SS14A,YJ
PICCZ102CZOC1Z11 PICZ101
DPIDZC50KZOD5Z5 PCICZ2C501ZOC2Z525 PIDZ50A PICZ2502
DPIDSC160KSOD1S616 DPIDZC20KZOD2Z2 CPICS5C70S2OC5S757 CPICSC2302SOC2S323 CPICSC210S2OC2S121
PIDS160A PIDZ20A PICS5701 PICS2301 PICS2101
CPICSC20S2OC2S222 CPICS2C0S2O2CS020 PICS201 PICS201
GND
GND
GND
GND GND
GND GND
NC/0.01uF-0402-X7R-�10%-50V NC/0.1uF-0603-X7R-�10%-50V NC/TVS,DIO ESD,32.4V,SMC,SMD,SMCJ20A,YJ NC/NC/TVS,DIO ESD,70pF,48.4V,DO-214AB,SMD,SMCJ30AHR6,TAIWAN SEMICONDUCTOR NC/NC/0.1uF-0603-X7R-�10%-50V NC/NC/100pF-0402-NPO-�5%-50V
NC/HCB1608KF-121T20(120ohm-2000mA) NC/100pF-0402-NPO-�5%-50V NC/NC/100pF-0402-NPO-�5%-50V
NC/NC/100pF-0402-NPO-�5%-50V NC/100pF-0402-NPO-�5%-50V
D
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
AMP_RST_OUT_IC NALMAMPP_0RRSSTT_0OOUUTT0_IICC
RCOARA11
PIRA101
PIRA102
AMP_RST
PIRA201
PICA102
A
RCOARA22
CCOACA11
100ohm-0402-�5%-1/16W 4K7ohm-0402-�5%-1/16W 1000pF-0402-X7R-�10%-50V
PIRA202
PICA101
GND
GND
PW_EN_IC
NPLWPW_0EENN_0IICC
CROARA33
PIRA302
PIRA301
AMP_PD
PICA202
CCOACA220
PICA201 10Kohm-0402-�5%-1/16W
0.1uF-0402-X5R-�20%-16V
22ohm-0402-�5%-1/16W
22ohm-0402-�5%-1/16W
22ohm-0402-�5%-1/16W
22ohm-0402-�5%-1/16W
12V
ANLMAPM_PI02IS2_SM0CMCKK_0OOUUT_0IICC
ANLMAPM_PI02IS2_SL0RLCRLCLKK_0OOUUT0_IICC
ANLMAPM_PI02IS2_SB0CBKCK_0OOUUT0_IICC ANLMAPMP_0I2IS2_SS0DSD_0OOUUTT_0IICC
PIRA1101 PIRA1201 PIRA1401 PIRA1501
RCOARA1111 RRRPPCPCPCIIIIRRRROOOAAAAAAA1111RRR124500002222AAA111111245245
ANLMAPM_PI02IS2_SM0MCCKK
ANLMAPM_PI02IS2_SL0RLCRCLLKK ANLMAPM_PI02IS2_SB0CBCKK ANLMAMPP_0I2IS2S_0SSDD
PICA1302 PICA1402 PICA1502 PICA1602
+
A
ECOAEA11 PIEA101 CCOACA44PICA402 CCOACA55PICA502CCOAC3A366 PICA3602
PIEA102 PICA401 PICA501 PICA3601
22pF-0402-NPO-�5%-50V NC/22pF-0402-NPO-�5%-50V NC/22pF-0402-NPO-�5%-50V NC/22pF-0402-NPO-�5%-50V
CCOACA113PIC3AC1C301OACA114P4ICCAC1401OACA115P5ICCAC1501OACA116P6ICA1601
GND
10uF-0805-X5R-�20%-16V 10uF-0805-X5R-�20%-16V ,CAP AL,16V,470uF,�20%,KM,P,5.0mm,10�12.5,DIP,TP,Samxon NC/10uF-0805-X5R-�20%-16V
GND
,Power Inductor,22uH,�20%,1.8A,0.27�1P,DR5.8�4.5,SMD,DSB5845-220M-LF,BLDX ,Power Inductor,22uH,�20%,1.8A,0.27�1P,DR5.8�4.5,SMD,DSB5845-220M-LF,BLDX
0.1uF-0402-X5R-�20%-16V
0.22uF-0402-X5R-�10%-16V
0.1uF-0402-X5R-�20%-16V
12V
0.1uF-0402-X5R-�20%-16V
NC/15pF-0402-NPO-�5%-50V
NC/15pF-0402-NPO-�5%-50V
PICA302
NC/1000pF-0402-X7R-�10%-50V
CCONCANA11
4K7ohm-0402-�5%-1/16W
100ohm-0402-�5%-1/16W
4K7ohm-0402-�5%-1/16W
100ohm-0402-�5%-1/16W
B
UCOAUA11
CCOACA33
NC/1000pF-0402-X7R-�10%-50V
LNOLLUOUTT-0 2
PICA301
+
RCOARA1177
LOUT+
LNOLLUOUTT+0
PICNA102
1
PICNA101
B
3V3_M
GND
NALMAMPP_0PPDD
1
PIUA101
PD
VDDLA
24
PIUA1024
GND
PILA10FLCOALA11 PILA10S
CCOACA222PIC2A2 02
PICA2302 PIRA1701
PIRA1702
CCOACA2233
CROARA113 PIRA1302 PIRA1602 CROARA116 CCOACA8PICAC8C02OACA99PICA902
PIRA1301 PIRA1601
NALMAMPP_0SSDDAA0_IIOO0_IICC
PIRA401
CROARA44
PICA801 PICA901
PIRA402
2
PIUA102
ERROR
AMP_I2S_SD
3
PIUA103
SDATA
AMP_I2S_LRCLK 4 PIUA104
LRCIN
5
PIUA105
SDA
NC2
23
PIUA1023
LA
22
PIUA1022
GNDL
21
PIUA1021
GND
LB
20
PIUA1020
12V
LCOALA22
+
PILA20F
PILA20S
CCOACA227P7ICA2702 PICA201 PICA2701 CCOACA77PICA702 PICA701
PICA2301 GND PICA2402
CCOACA2244
PICA2401
RCOARA1188
PIRA1801
PIRA1802
LOUT-
CCONCANA22
RNLORUOUTT-0 2
RNLORUOUTT+0
PICNA202
1
PICNA201
NALMAMPP_0SSCCLL_0OOUUTT0_IIC
CROARPIAR5A5501
PIRA502
3V3_M
CROARA66 PIRA601 PIRCAC60O2ACA118PICA1802 PICA1902 CCOACA1199
NALMAMPP_0RRSST GND
6
PIUA106
SCL
7
PIUA107
RESET
8
PIUA108
VSS
9
PIUA109
VDD
VDDLB
19
PIUA1019
PICA2101
VDDRB
18
PIUA1018
PICA201
RB
17 12V
PIUA1017
GNDR
16
PIUA1016
GND
CCOACA2211
PICA2102
CPCICOAA2C02A22
GND
PILA30F
0.47uF-0603-X5R-�10%-16V 0.47uF-0603-X5R-�10%-16V
+ LCOALA33
PILA30S
CCOACA1100PICA10 2
CCOACA111P1ICA102
RCOARA2211
PICA2502 PIRA2101
PIRA2102
CCOACA2255
ROUT-
0ohm-0402-�5%-1/16W
GND
10
PIUA1010
SA0
RA
15
PIUA1015
PICA101 CCOACA1122PICA1202
PICA2501 PICA2602
GND
22uF-0603-X5R-�20%-6.3V 0.1uF-0402-X5R-�20%-16V
PICA1801 PICA1901
GND
AMP_I2S_MCK
11
PIUA1011
MCLK
AMP_I2S_BCK
12
PIUA1012
BCLK
EPAD
NC1
14
PIUA1014
VDDRA
13
PIUA1013
PIUA10EPAD
12V
PICA1702 CCOACA1177
LCOALA44
PILA40S
PILA40F
PICA101 PICA1201
+
0.1uF-0402-X5R-�20%-16V
CCOACA2266
RCOARA2222
PICA2601 PIRA2201
PIRA2202
ROUT+
0.22uF-0402-X5R-�10%-16V
PICA1701
0.1uF-0402-X5R-�20%-16V
0.1uF-0402-X5R-�20%-16V
C
GND
GND
NC/1000pF-0402-X7R-�10%-50V
C
NC/1000pF-0402-X7R-�10%-50V
,BEAD,600ohm�25%,0805,2000mA,SMD,TP,CBM201209U601T,FH ,BEAD,600ohm�25%,0805,2000mA,SMD,TP,CBM201209U601T,FH
,BEAD,600ohm�25%,0805,2000mA,SMD,TP,CBM201209U601T,FH ,BEAD,600ohm�25%,0805,2000mA,SMD,TP,CBM201209U601T,FH
,Power Inductor,22uH,�20%,1.8A,0.27�1P,DR5.8�4.5,SMD,DSB5845-220M-LF,BLDX ,Power Inductor,22uH,�20%,1.8A,0.27�1P,DR5.8�4.5,SMD,DSB5845-220M-LF,BLDX ,IC Audio AMP,Class D,2�20W@24V@8ohm,E-TSSOP-24L,SMD,AD82587D-QG24NAT,ESMT
,connect jack,2Pin,D2.5,D,SNAP,Fool-proofing,White,L=3.5mm,DIP,XFE ,2Pin,D2.5,D,SNAP,Fool-proofing,Red,L=3.4mm,DIP,XFE
CAOAVV4 D
GND
GND 1 3 PIAV401
AU-R
ReserPveIdA5V403 HP-DPEITA6V405
4 PIAV406
AU-L PIAV404
GND 2
PIAV402
HP/LINE_R_OUT
HP_DET_IN HP/LINE_L_OUT
4700pF-0402-X7R-�10%-50V 4700pF-0402-X7R-�10%-50V
1Kohm-0402-�5%-1/16W 1Kohm-0402-�5%-1/16W
NC/22uF-0603-X5R-�20%-6.3V 22uF-0603-X5R-�20%-6.3V
2R2ohm-0402-�1%-1/16W 2R2ohm-0402-�1%-1/16W
22uF-0603-X5R-�20%-6.3V NC/22uF-0603-X5R-�20%-6.3V
NHLPH/PL0ILNIEN_EL0_LO0OUUTT NHLPH/PL0INLIEN_ER0_RO0OUUTT
PICSC1C302OSCS1133 PICSC3C102OSCS3311
RCOARA77
PICA2802
PIRA701
PIRA702 PICA602
PIRA1001
PIRA1002
PICA3002
PIRCRA802OARA88 PIRCRA902OARA99 RCOARA1100 PICA2902
CCOACA2288
PICA2801
CCOACA66
PICA601
CCOACA3300
PICA3001
CCOACA2299
PICA2901
HNLPH_PL0_LO0OUUTT_0IICC HNLPH_PR0_RO0OUUTT_0IICC
PICS1301 PICS3101
PIRA801 PIRA901
RCOARA1199 PIRA1902
HNLPH_PD0DEETT_0IINN PIRA1901 RCOARA2200
B
PIRA2001
PIRA2002
PIQM70B
100Kohm-0402-�1%-1/16W 33Kohm-0402-�5%-1/16W
220pF-0402-NPO-�5%-50V
5V_M
E
PIQM70E QCOMQM77 0.1uF-0402-X5R-�20%-16V
4K7ohm-0402-�5%-1/16W 10Kohm-0402-�5%-1/16W
PIQM70C RCOARA2233
PIRA2301
PIRA2302
LCO1L313
HNLPH_PD0EDETT_0IINN_0IICC
PIL1301
PIL1302
PIRA2402
PICA3902CCOACA3399
RCOARA2244
PICA3102
CCOAC3A311
C
GND ,Earphone Jack,H,3.5,CH2.25,Black,switch,Seal,SMD,110320352,VAST
GND
GND GND
PIRA2401
PICA3901
PICA3101
GND ,Dynatron,PNP,0.2A,40V,60-300,SOT-23,KMBT3906,KEXIN ,BEAD,1000ohm,0402,300mA,SMD,TP,GZ1005U102CTF(1000ohm-300mA),sunlord
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
D 16
1
2
3
5V_M RCOCRC11
PIRC101
PIRC102
5V_CI
A
0ohm-0402-�5%-1/16W
CCOCCC11PIC101 CCOCCC22 PIC201
10uF-0805-X5R-�20%-16V
0.1uF-0402-X5R-�20%-16V
PIC102 PIC202
GND
5V_CI
CCONCN1111
PICN1511051 PICN1117017
VCC VCC
5V_CI
VPP1 VPP2
PIC1N811018 PIC5N211052
B
NPLCPMCM_0DD000_IICC NPLCPMCM_0DD10_ICC
NPLCPMCM_0DD20_ICC NPLCPMCM_0DD30_ICC NPLCPMCM_0DD440_IICC NPLCPMCM_0DD550_IICC NPLCPMCM_0DD60_ICC
NPLCPMCM_0DD70_ICC
PICN1310030 PICN1311031 PICN1312032 2 PICN1102 3 PICN1103
PICN14104 PICN15105
6
PICN1106
D0 D1 D2 D3 D4 D5 D6 D7
PCM_WAIT_OUTP_IICCN1519059
NPPLCCPMMCM__0RIRRSQSTT__0OOOUUUTTT0__IIPPCCCIICCNN11151168001568 NPLCPMC_MI0OIWOWRR_0OOUUTT0_IICC45 NNNPPPLLLCCCPPPMMMCCCMM___MIWO000OOIWEEREOE__0R0DOOODO_UU0UUOTOTTTU0U_0_ITTIIICC0PPPPCC_IIIIICCCCCNNNN111141111549100001449545
WAIT# IRQ# RESET IOWR# IORD# OE# WE#
CE1# CE2#
PIC7N1107 PIC4N211042
NPLCPMCM_0CCEE11_0IINN0_ICC NPLCPMCM_0CCE2
CD2# CD1# VS1#
PIC6N711067 PIC3N611036 PIC4N311043
PCM_CD2_IN PCM_CD1_IN
NPLCPMCM_0VVSS1
IOIS16# INPACK#
PIC3N311033 PIC6N011060
NPLCPMCM_0IIOOSI16 NPLCPMCM_I0NIPNPAACCKK
MISTRT MCLKI MIVAL
PIC4N611046 PIC2N011020
PIC1N911019
NTLSTOS_OS0SYYCC_0IICC
NTLSTOS_O0CCLLKK NTLSTOS_OV0VAALL0_IICC
RCOCRC1100
PIRC1001
PIRC100NT2 LSTOS_OC0CLLKK_0IICC
PIRCC1R02OCRC1111
C
NNNNPPPPLLLLCCCCPPPPMMMMCCCCMMM____M000AAAR0AAARE111111E243234GG___000_0IIIIIIOCCCCCCOUUTT0_IPPPPIIIIICCCCCNNNN1111112611113411000011623411
NPLCPMCM_0AA11_0IICC
10
NPLCPMCM_0AA10_0IICC
NPLCPMCM_0AA90_ICC NPLCPMCM_0AA880_IICC NPLCPMCM_0AA770_IICC NPLCPMCM_0AA60_ICC
PICN11010
8 PICN1108 PICN1111011 PICN1112012
PICN1212022 23
NPLCPMCM_0AA50_ICC
PICN11023
24
NPLCPMCM_0AA40_ICC
NPLCPMCM_0AA330_IICC NPLCPMCM_0AA220_IICC NPLCPMCM_0AA10_ICC
PICN11024
PICN1215025 PICN1216026
PICN1217027 PICN1218028
NPLCPMCM_0AA00_ICC
29
PICN11029
REG# A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A0
PICN1314034 35
PICN11035
1 PICN1101 PICN1618068
GND GND GND GND
MDI0 MDI1 MDI2 MDI3 MDI4 MDI5 MDI6 MDI7
47
PICN11047
PIC4N811048 PIC4N911049
PIC5N011050
PIC5N311053 54
PICN11054
PIC5N511055 PIC5N611056
NTLSTOSO_0DD00_0IICC
NTLSTOSO_0DD11_0IICC NTLSTOSO_0DD22_0IICC NTLSTOSO_0DD33_0IICC NTLSTOSO_0DD44_0IICC
NTLSTOSO_0DD55_0IICC
NTLSTOSO_0DD66_0IICC NTLSTOSO_0DD77_0IICC
MOSTRT MCLKO MOVAL
PIC6N311063 57
PICN11057
62
PICN11062
NTLSTIS_IS0YSYCC_0IICC NTLSTIS_IC0CLLKK NTLSTIS_IV0AVALL_0IICC
MDO0 MDO1 MDO2 MDO3 MDO4 MDO5 MDO6 MDO7
PIC6N411064
PIC6N511065 PIC6N611066
37
PICN11037
PIC3N811038 PIC3N911039 PIC4N011040 PIC4N111041
NTLSTIS_ID0D00_0IICC NTLSTIS_ID0D11_0IICC NTLSTIS_ID0D22_0IICC
NTLSTIS_ID0D33_0IICC
NTLSTIS_ID0D44_0IICC NTLSTIS_ID0D55_0IICC NTLSTIS_ID0D66_0IICC NTLSTIS_ID0D77_0IICC
GND GND GND GND
PIC6N911069 PIC7N011070
PIC7N111071 PIC7N211072
GND
22ohm-0402-�5%-1/16W
PIRC101 NC/10pF-0402-NPO-�5%-50V
0ohm-0402-�5%-1/16W NC/10pF-0402-NPO-�5%-50V GND
RCOCRC1122 TNLSTIS_IC0LCLKK_0IICC
PIRC1201
PIRC1202
PIRC1RC302OCRC1133
PIRC1301
GND
GND
CI,CI SOCKET,rib,CH16.35,PC-C(A)1D-X0-S-A03-09-A-03,CPI
D
1
2
3
4
5
6
A
3V3_M
RCOCRC22
PIRC201
PIRC202
RCOCRC33
PIRC301
PIRC302
PNCLPMC_MW0WAAIITT_0OOUUTT0_IICC PNCLPMC_MI0RIQRQ_0OOUUTT0_IICC
10Kohm-0402-�5%-1/16W 10Kohm-0402-�5%-1/16W
B
5V_M
CROCRC114P4IRC1402
PIRC1401 PNCLPMCM_0CCDD11_0IINN PNCLPMCM_0CCDD2_0IINN
10Kohm-0402-�5%-1/16W 10Kohm-0402-�5%-1/16W
PIRCCR1502OCRC1155 PIRC1501
0ohm-0402-�5%-1/16W 0ohm-0402-�5%-1/16W 1000pF-0402-X7R-�10%-50V 1000pF-0402-X7R-�10%-50V
RCOCRC1166
PIRC1601
PIRC1602
RCOCRC1177
PIRC1701
PIRC1702
PNCLPMCM_0CCDD11_0IINN_0IICC PNCLPMCM_0CCDD22_0IINN_0IICC
CCOCCC33PIC302 CCOCCC44PIC402
PIC301 PIC401
GND
4
5
C
D 6
nTrouble Shooting
11-Oct-18 Page 23
nTrouble Shooting
11-Oct-18 Page 24
nTrouble Shooting
11-Oct-18 Page 25
nKey Test Point
----Main Power Supply
12V Test point 12V
11-Oct-18 Page 11
nKey Test Point
----DC to DC
12V
UDD1 12V to 3V3_STB
LDD1 3V3_STB
UDE1 3V3_STB to 1V0_STB
LDE1 1V0_STB
11-Oct-18 Page 12
nKey Test Point
LDC1 1V5_DDR
STR Enable
3V3_STB
UDC1 3V3_STB to 1V5_DDR
11-Oct-18 Page 13
nKey Test Point
UDDB 12V TO 1V0
LDB1 CORE 1V0
12V
11-Oct-18 Page 14
nKey Test Point
LDA1 5V
UDA1 12V TO 5V
11-Oct-18 Page 15
nKey Test Point
----LNB power supply(Only for DVB-S)
There are two different LNB voltage output: 13.5V(min13.3V,max14.2V ):For vertical polarization(V) 18.5V (min17.7V,max19.2V ):For horizontal polarization(H) US2
minimum
DS33 Lightning protection diode for LNB VCC
RS33 LNB VCC
US2 12V to 13.5V or 18.5V
LNB VCC
11-Oct-18 Page 16
nKey Test Point
----LDO
UT33 TUNER-VCC
3V3
5V
3V3_normal
UD18 1V8
-19-
Reference voltage:GND Input voltage:5V
UT2 ouput: TUNER_VCC 3V3
Reference voltage:GND Input voltage:3V3_NORMAL
U202 ouput: 1V8
11-Oct-18 Page 17
nKey Test Point
----POWER SWITCH
Q200 "G" POWER_ON
Q200 "D" 3V3_NORMAL
Q200 "S" 3V3_STB
3V3_NORMAL SWITCH
11-Oct-18 Page 18
nKey Test Point
PANEL_VCC
PANEL_VCC:12V Q900
11-Oct-18 Page 19
nKey Test Point
1: SOC Config
----Main Chip
2: 24MHz CRYSTAL
Test Point
11-Oct-18 Page 20
nKey Voltage
Key Voltage for RTD2841
TCL New Standard
RTD2841
POWER
0V
Test Point
11-Oct-18 Page 21