Semikron Danfoss Thyristor Module 1600 V 9.5 kA 305 A 200 mA 1.4 V 7-Pin SKKT 330/16 E

The Semikron Danfoss SKKT 330/16 E Thyristor Module is a high-performance semiconductor device designed for demanding electrical power control applications. Rated for a repetitive peak reverse voltage of 1600 V and a surge current capacity of 9.5 kA, it accommodates high transient electrical loads with reliability.

With a rated average on-state current of 305 A, this module is suitable for applications such as AC/AC converters, transistorized motor controllers, and DC motor field supplies. The device integrates 7 pins providing secure electrical connections and robust mechanical stability, ensuring installation versatility in power electronics systems.

Its maximum gate trigger current of 200 mA and gate trigger voltage of 3 V facilitate precise triggering and control, while the peak on-state voltage of 1.4 V contributes to energy efficiency by minimizing voltage drop and associated losses. The module supports a maximum holding current of 500 mA for reliable conduction maintenance, and its operational temperature tolerance reaches 130°C, allowing it to function in harsh industrial environments.

This thyristor module is built with an aluminium nitride ceramic isolated metal base plate and precious metal pressure contacts to guarantee high reliability and thermal conduction. While it lacks automotive standard certification, it remains optimal for industrial, manufacturing, electrical drive systems, and power control applications.

Key features such as repetitive peak off-state current of 85 mA further ensure its durability in switching operations. The SKKT 330/16 E is an excellent choice for engineers seeking a durable and efficient Thyristor Module for heavy-duty power electronics systems.

This module is designed for high performance in power electronics applications. It features a repetitive peak reverse voltage of 1600 V and supports an average on-state current of 305 A. The device includes 7 pins for secure and reliable connections.

Maximum gate trigger current is 200 mA for efficient control. The maximum holding current rating is 500 mA ensuring stable operation under load. Peak on-state voltage is low at 1.4 V to reduce power loss. It withstands repetitive peak off-state current of 85 mA for durable function.

The maximum gate trigger voltage is 3 V, providing precise triggering control. Designed without automotive standards approval, suitable for industrial use. Explore the Electronics & Electricals category at EnvMart for more high-quality semiconductor modules and components optimized for industrial and commercial applications.