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General| Screen Size | 42 inches |
|---|---|
| Display Type | LED |
| Resolution | 1920 x 1080 |
| HDMI Ports | 3 |
| Smart TV | Yes |
| 3D | No |
| Wi-Fi | Yes |
| Audio Output | 20W |
| Energy Rating | A+ |
General safety guidelines to prevent shock, fire, and hazards.
Use of isolation transformers, handling fuses, and wire management during servicing.
Procedure for checking AC leakage current with the unit unplugged.
Procedure for checking AC leakage current with the unit plugged in.
Precautions for component removal, testing, cleaning, and handling heat sinks.
Techniques to prevent static discharge damage to sensitive electronic components.
Guidelines for soldering iron usage, tip maintenance, and proper soldering techniques.
Methods for removing and replacing Integrated Circuits (ICs) on the circuit board.
Instructions for replacing fuses and resistors, ensuring proper spacing and crimping.
Techniques for repairing damaged circuit board copper traces using jumper wires.
Identifies the LED TV models covered by this specification document.
Outlines the environmental and power conditions for product testing.
Covers market, country support, and satellite specifications for various models.
Lists supported broadcasting standards like PAL, SECAM, DVB-T/C/S/S2.
Defines the range of digital and analog TV channels supported.
Details analog and digital receiving system types and modulations.
Lists resolutions, frequencies, and pixel clocks for DTV signals via HDMI.
Lists resolutions, frequencies, and pixel clocks for PC signals via HDMI.
Specifies resolutions and proposed 3D modes for manual RF input.
Lists resolutions and proposed 3D modes for manual USB input.
Defines the LED TV models covered by these adjustment instructions.
Steps for MAC address, CI+ key, Widevine key, ESN, and HDCP downloads.
Steps for inspecting LAN connection, equipment, and confirming network status.
Confirms Widevine key input data in the "IN START" MENU Mode.
Details equipment setup and execution of a LAN port ping test.
Instructions for downloading model name and serial number, including manual methods.
Verifies if the CI+ Key has been successfully downloaded via the 'In Start' menu.
Details on 3D EDID data, including reference points and product identifiers.
Explains the objective and working principle of white balance adjustment.
Step-by-step guide for both automatic and manual adjustment processes.
Provides coordinate and color temperature data for white balance adjustments.
Steps to verify the functionality of the local dimming feature.
Procedure for testing Magic Motion remote control results via OSD.
Instructions for inputting 3D test patterns and verifying OSD display.
Method and results for checking LNB voltage and 22KHz tone for satellite reception.
Procedures for performing GND and internal pressure auto-checks.
Steps for downloading software via USB, including version checks and tool option setup.
Lists applicable model series for the mid-end platform.
Details EPI features like topology, CDR, bandwidth, and control data.
Lists benefits of EPI, including reliability, EMI margin, and PCB design.
Details signals, connectors, limitations, and demerits of HF mini-LVDS.
Details EPI signals, connectors, merits, and demerits.
Compares the topology of HF mini-LVDS and EPI interfaces visually.
Compares the communication protocols used by HF mini-LVDS and EPI.
Compares data rates and clock types for both interfaces at 10bit, FHD120.
Compares advantages like structure, standardization, and PCB design.
Compares disadvantages like line count, clock skew, and bandwidth limits.
Shows the main PCB layout and identifies key components like processor and T-CON.
Identifies major components on the main PCB: processor, micom, PMIC, audio amp, EPI, level shifter.
Identifies main PCBs: Main, Power, Local Key, RF, and WIFI Assy.
Lists and identifies main cables: Main/LPB, EPI, LED Driver, IR, WIFI.
Identifies the IR Assy PCB.
Lists and identifies IR to Local Key and IR to Logo Assy cables.
Provides a general overview of the system's operation.
Details the function of each button on the remote control.
Illustrates the internal components and connections of the MR13 remote control.
Lists the primary functions of the remote control's integrated components.
Explains the steps for establishing and removing the remote's connection.
Describes data sent during pairing: calibration, FW version, BD_ADDR.
Outlines the packet exchange sequence for successful pairing and data transfer.
Details the period and type of motion data (gyro, accelerometer) transmitted.
Specifies the period and sampling rate for voice data transmission.
Lists voice codec and MEMS mic. ICs and their functions.
Lists gyro sensor and accelerometer ICs and their sensing functions.
Lists RF antenna, X-tal, and RF+Micom ICs and their functions.
Lists DC-DC converter IC and its function as a regulator.
Lists LDO1 IC and its function for RF, Gyro, Accelerometer.
Lists LDO2 IC and its function for Audio Codec, Mic.
Details methods for RF pairing and repairing, including IR signals and LED feedback.
Explains unpairing, erasing data, and resetting to IR mode.
Describes the key features of the built-in Wi-Fi assembly.
Lists the technical specifications for the Wi-Fi module.
Shows wafer connections and pin mapping for the Wi-Fi module.
Maps Wi-Fi module pins to USB interface functions.
Explains Widevine's role in Adaptive Streaming and DRM.
Details HDCP for content protection and Netflix service features.
Defines DTCP protocol for protecting audio/video entertainment content.
Highlights changes made to the Bill of Materials.
Explains Widevine's function and requirement for special CP keys.
Defines the Widevine Key as unique data stored in the TV for Widevine usage.
Explains HDCP as High-bandwidth Digital Content Protection for digital interfaces.
Highlights HDCP 2.0's support for a broader range of wired and wireless interfaces.
Defines DTCP protocol for protecting audio/video entertainment content.
Explains Authentication, Exchange, and Content Keys used in DTCP for protection.
