Tp.mt5510i.pb805 Diagram May 2026

In combined LCD+touch modules, the diagram also shows the parallel RGB or MIPI DSI connection for the display, separate from the touch digitizer.

In the world of consumer electronics repair, specifically LCD TVs and monitor power supplies, cryptic alphanumeric codes often hold the key to successful diagnostics. One such identifier that has been appearing with increasing frequency in repair forums and service manuals is Tp.mt5510i.pb805.

For the novice technician, this string looks like random noise. For the seasoned professional, it represents a specific printed circuit board (PCB) assembly—a power and LED driver board used in a range of modern budget to mid-range LED televisions. Tp.mt5510i.pb805 Diagram

If you are searching for the Tp.mt5510i.pb805 Diagram, you are likely staring at a non-functional television, a burnt capacitor, or a blown fuse. This article serves as your definitive guide. We will dissect the board’s architecture, explain the function of each section, provide a detailed breakdown of what that diagram should look like, and offer a troubleshooting roadmap.

The schematic diagram rarely includes firmware details, but the Tp.mt5510i.pb805 diagram does show the I2C address selection pins (AD0, AD1). These are tied high or low to set the 7-bit address. In combined LCD+touch modules, the diagram also shows

If you are designing a custom driver for Linux or Arduino:

Calibration data may be stored in an external EEPROM shown adjacent to the MT5510i—the diagram labels the WP (Write Protect) pin and the SCL/SDA lines to that EEPROM. Calibration data may be stored in an external

Located on the right side of the diagram, this is where the low-voltage DC is smoothed and regulated.

If you are reverse‑engineering a board marked TP.MT5510i.PB805, then:

You would need to:

A TP.MT5510i.PB805 diagram is used by technicians and engineers for: