Tpv56pb801 Schematic Diagram Exclusive Page

| Component | Value/Part | Function | Common Replacement | | :--- | :--- | :--- | :--- | | F901 | T3.15A 250V | AC Fuse | T3.15AL 250V | | IC901 | Viper22A | 5VSB Regulator | VIPer22ADIP | | IC601 | L6562D | PFC Controller | L6562D (ST) | | IC201 | NCP1200 | PWM Controller | NCP1200P60 | | IC701 | OZ964GN | Inverter Controller | OZ964GN (use genuine) | | Q601 | 20N60 (600V, 20A) | PFC MOSFET | FQPF20N60 | | C605 | 100uF 450V | Bulk Capacitor | 120uF 450V (105°C) | | D206 | SB5200 (5A 200V) | 24V Rectifier | SB5200 or MBR5200 |

The Primary side (hot ground) contains lethal voltages up to 400V DC. Capacitors discharge slowly. Always discharge the large 450V capacitor (C605) with a 10k ohm resistor before probing. The Exclusive Pinout Analysis (Standby Connector CN955) Most "dead TV" faults start here. Without the official diagram, you might confuse the PS-ON and BL-ON lines. Use this exclusive mapping for CN955 (12-pin connector to the main logic board): tpv56pb801 schematic diagram exclusive

| Pin | Signal Name | Voltage (Idle) | Voltage (Run) | Function | | :--- | :--- | :--- | :--- | :--- | | 1 | 5VSB | 5.1V | 5.1V | Constant Standby Power | | 2 | GND | 0V | 0V | Ground | | 3 | GND | 0V | 0V | Ground | | 4 | 12V | 0V | 12.1V | Audio/Logic supply | | 5 | 12V | 0V | 12.1V | Audio/Logic supply | | 6 | GND | 0V | 0V | Ground | | 7 | 24V | 0V | 24.5V | Backlight Inverter supply | | 8 | 24V | 0V | 24.5V | Backlight Inverter supply | | 9 | GND | 0V | 0V | Ground | | 10 | GND | 0V | 0V | Ground | | 11 | PS-ON (PWR) | 0V | >3V | Power supply enable | | 12 | BL-ON (INV) | 0V | >3V | Backlight enable / Dimming | | Component | Value/Part | Function | Common

Repair with confidence. You’ve just unlocked the exclusive secrets of the TPV56PB801. The Exclusive Pinout Analysis (Standby Connector CN955) Most

If you are searching for the you have likely hit the dreaded paywall of paid schematic databases or found low-resolution, unreadable scans. This article serves as your definitive, exclusive resource. We will break down the architecture, provide the critical voltage test points, and explain exactly how to read the official Rev. 1.3 schematic. Why the TPV56PB801 Schematic is "Exclusive" (And Hard to Find) Before we dive into the pinouts, understand why this diagram is considered rare.

Whether you are fixing the 5VSB standby using the Viper22A circuit or hunting down a short in the 24V rectifiers, use this guide as your map. Remember: high voltage is present. Measure twice, solder once.

Below is a quick exclusive reference table without the need for the full PDF: