MT5461D01-3 Panel – Complete / Pinout

This article with NT39559H-C6510A COF DATA provides you with a complete guide to the MT5461D01-3 panel. The panel shares the same basic model number, but the XR and XL3 suffixes indicate different variants or revisions, which are usually for manufacturing changes or minor differences in connection specifications. Here you will find a complete datasheet with COF connections, pinouts, and all strip connections of the scaler board, making the work easier and faster for every technician. Both variants are from the same panel series, so you can easily reference each variant.

MT5461D01-3 XL3 Scaler Strip

This is the XL3 variant of the MT5461D01-3 panel scaler strip. Below the image, you can see all the connections clearly labeled, including test points, making it easy for technicians to identify and verify each signal and voltage for accurate testing and troubleshooting.

MT5461D01-3XL-3
MT5461D01-3XL-3

MT5461D01-3 XR Scaler Strip

This is the XR variant of the MT5461D01-3 panel scaler strip. The image below shows all connections along with test points, allowing technicians to quickly reference each signal and voltage for precise testing, troubleshooting, and panel verification.

MT5461D01-3XR
MT5461D01-3XR
NT39559H-C6510A COF  Complete Connections

This image shows the complete COF connections for both XR and XL3 variants of the MT5461D01-3 panel. Every pin, voltage, and signal is clearly labeled, providing technicians with a full reference for testing, troubleshooting, and verifying the panel. With all the detailed connections in one place, it becomes easy to identify each COF line and ensure accurate integration and operation of the display.

NT39559H-C6510A COF  Complete Connections
NT39559H-C6510A COF Complete Connections
MT5461D01-3 COF Pinout

1 VGH – +25.8V: This pin provides the high gate voltage required to drive the TFTs on the LCD panel, ensuring proper pixel switching and display performance.

2 VGL – -5.8V: This pin provides the low gate voltage for the TFTs on the LCD panel, controlling the off-state of pixels and maintaining proper contrast levels.

3 VDD – +3.3V:This pin supplies the main logic voltage to the LCD panel, powering the internal circuits and ensuring proper panel operation.

4 GND – 0V: This pin serves as the ground reference for all voltages on the LCD panel, ensuring stable operation and proper circuit functioning.

5 OEPSN – +3.3V: This pin is the Output Enable signal for the panel, controlling when the display data is actively driven to the LCD pixels.

6 TYPER – 0V: This pin is used to define the panel type or configuration, ensuring the scaler and controller recognize the correct LCD panel settings.

7 STVD – 0.5V: This pin provides the Start of Vertical Display signal, synchronizing the vertical timing of the LCD panel for proper frame display.

8 CKV – +1.5V: This pin supplies the clock signal for the panel, controlling the timing of data transfer to the LCD pixels for accurate image rendering.

9 OE – +3.2V: This pin is the Output Enable signal for the display driver, controlling when the pixel data is actively output to the LCD panel.

U-UD – +3.3V: This pin controls the Up/Down scanning direction of the panel, determining the vertical data sequence for proper image orientation.

R-STVR – +0.06V: This pin provides the Start of Vertical Reset signal, synchronizing the vertical timing for accurate frame alignment on the LCD panel.

V‑VCOM – +6.9V: This pin provides the common voltage (VCOM) for the LCD panel, stabilizing the liquid crystal operation and reducing flicker for uniform display quality.

Conclusion:

In this article on NT39559H-C6510A COF DATA, we have provided a complete reference for the MT5461D01-3 panel, including all COF pinouts, voltage levels, and signal descriptions. This detailed guide ensures that technicians can accurately identify each pin and understand its function, making troubleshooting, testing, and panel integration faster and more precise. By following this COF pinout guide, working with both XR and XL3 variants of the MT5461D01-3 panel becomes efficient and reliable.

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