Fagor Electronica TRIAC Through Hole 3-Pin 600V 25A TO-220AB High Commutation FT2516MH TU

Fagor Electronica FT2516MH TU TRIAC is a high-commutation, three-quadrant semiconductor device designed for demanding motor and inductive load applications. With its through hole TO-220AB package and a 3-pin configuration, it offers robust performance and reliable operation in circuits where high commutation rates are required. The 600V repetitive peak reverse voltage and rated average on-state current of 25A make it suitable for use in industrial and commercial environments.

This triac features a gate trigger voltage of 1.3V, maximum gate trigger current of 50mA, and holding current of 50mA. The device operates efficiently in an extensive ambient temperature range from -40°C up to 125°C, ensuring consistent functionality across various operating conditions. Its high commutation capability eliminates the need for additional snubber circuits, streamlining design and reducing component count.

Designed for high commutation motor and inductive load applications. Rated average on-state current of 25A for robust switching capability. TO-220AB package with through hole mounting simplifies integration. Repetitive peak reverse voltage of 600V ensures safety in demanding environments.

Gate trigger voltage of 1.3V with maximum trigger current of 50mA. Operating temperature range from -40°C to 125°C for versatile usage. High commutation capability removes need for additional snubber circuits. Single triac configuration with 3-pin layout for circuit efficiency.

Widely used in industrial, laboratory, and commercial electronics for motor control, power regulation, and switching in inductive loads. The FT2516MH TU is also applicable in manufacturing and HVAC systems requiring reliable high-speed switching.

Explore other TRIACs and semiconductor components from Fagor Electronica in the Electronics & Electricals category on EnvMart for project integration needs.