The FTD02P is rarely used in isolation; it is almost always paired with its N-channel/NPN counterpart, the , to create an H-bridge circuit . This configuration allows for the bidirectional control of DC motors, such as those driving a printer's printhead carriage or paper feed rollers.
These replacement parts, originally manufactured by Sanyo and Onsemi, have been officially . Despite this, they remain available from various online distributors and marketplaces, and are widely accepted as functional substitutes for the FTD01N/FTD02P pair in repair scenarios.
Solid part if you drive it hard (-10V), but don't trust the ( R_DS(on) ) at 25°C without a heatsink.
Don't waste time searching through broken links. We’ve got the direct technical specs you need for your next project. Ftd02p Datasheet
✅ Operating Voltage & Current Consumption ✅ Pinout Configuration & Package Dimensions ✅ Thermal Performance & Derating ✅ Application Circuit Examples
This article provides an in-depth breakdown of the FTD02P datasheet, technical specifications, application architecture, and a step-by-step diagnostic guide for mainboard repair. Key Technical Specifications Overview
Based on repair manuals and technical articles, the FTD02P is used in a few key applications: The FTD02P is rarely used in isolation; it
Measure the forward voltage drop. A functional silicon junction will present a clean resistance reading above 500 Ωcap omega
While versatile enough for broad industrial control systems and consumer electronics, this power pair is globally recognized for its footprint on . Go to product viewer dialog for this item. Epson Transistor Pair
Check the companion FTD01N chip. Because they work as a tightly matched push-pull pair, a failure in the P-channel transistor almost always compromises the N-channel transistor. to prevent unbalanced load distribution and immediate re-failure. Sourcing and Replacement Guidelines Despite this, they remain available from various online
void loop() digitalWrite(relayPin, HIGH); // Turns Relay ON (Lamp ON) delay(2000); digitalWrite(relayPin, LOW); // Turns Relay OFF (Lamp OFF) delay(2000);
While the FTD02P can be deployed in diverse industrial control systems, its most famous application is inside .
The component is manufactured by , a well-known Japanese semiconductor company. It is housed in a TO-220F-5 or TO-220F-5H package, which is a fully molded, through-hole design suitable for medium-power applications. The part is RoHS3 compliant and is considered an active component as of 2025.
Complementary P-channel device to the FTD01N, forming an H-bridge pair.
: Receives the logic switching pulses from the mainboard controller.