IXYS Thyristor Module 1600 V 1.5 kA, 99 A average on-state current, 100 mA max gate trigger current MCO100-16IO1

The IXYS MCO100-16IO1 thyristor module is a high power semiconductor device engineered for industrial and commercial applications requiring reliable switching at elevated voltages and currents.

This module features a repetitive peak reverse voltage of 1600 V and a surge current rating of 1.5 kA, making it suitable for demanding power electronic circuits. Housed in a robust SOT-227B package with 4 pins, it is designed for panel mounting with an electrically isolated base plate, facilitating safe and efficient system integration.

The device supports a rated average on-state current of 99 A (Irms) and a peak on-state voltage of 1.35 V, ensuring efficient conduction with minimal losses. Maximum gate trigger current of 100 mA combined with a holding current of 200 mA provides precise control over switching.

Operating safely up to 150°C, this module withstands thermal stresses common in industrial environments such as battery chargers, welding machines, plating equipment, regulated power supplies, and temperature or speed control circuits.

Designed with a SOT-227B 4-pin package for panel mounting. Rated average on-state current of 99 A Irms ensures robust conduction capability. Maximum gate trigger current of 100 mA and holding current of 200 mA provide reliable control.

Peak on-state voltage of 1.35 V and max gate trigger voltage of 1.5 V. Operates up to 150°C maximum temperature enabling high thermal tolerance. Compact dimensions of 38.2 mm length, 25.07 mm width, and 9.6 mm height. Repetitive peak off-state current of 10 mA suitable for power regulation circuits.

Encapsulated with electrically isolated base plate for safe installation. Ideal for use in battery chargers, welders, regulated power supplies, and speed control circuits. UL registered under E 72873 ensuring quality conformity.

This IXYS Thyristor Module provides high reliability and excellent performance in industrial semiconductor applications, enhancing device longevity and operational stability. Explore more semiconductor modules and related power devices in EnvMart's comprehensive Electronics & Electricals category.