Your New Favorite Semikron Skm400gb125d For Office [6McHu4di]

Your New Favorite Semikron Skm400gb125d For Office [6McHu4di] IGBT Module

The Your New Favorite Semikron Skm400gb125d For Office [6McHu4di] is a cutting-edge IGBT module designed for high-performance power conversion applications. This robust half-bridge module offers a 1200 V voltage rating and a continuous current of 400 A at 25 °C, making it ideal for demanding environments. With its SEMITRANS 3 chassis-mount package and NPT ultrafast IGBT technology, the SKM400GB125D delivers exceptional short-circuit capability and low inductance, ensuring efficient and reliable operation.

• High-performance IGBT module
• 1200 V voltage rating
• 400 A continuous current

Technical Specifications and Benefits

The SKM400GB125D boasts an impressive set of technical specifications, including an isolation voltage of ≥ 4000 V AC and a junction temperature range of –40 °C to +150 °C. This module is equipped with integrated fast and soft inverse CAL diodes, a low inductance SEMITRANS 3 case, and a DBC copper baseplate for superior thermal management. The SKM400GB125D also features M6 screw terminals and a 7-pin interface, weighing approximately 0.325 kg, making it a compact yet powerful solution.

• Exceptional electrical specifications
• Integrated diodes for efficiency
• Optimized thermal management

Applications and Advantages

The Your New Favorite Semikron Skm400gb125d For Office [6McHu4di] is a versatile module suitable for a wide range of applications, including switched-mode power supplies, resonant inverters, induction heating systems, and high-frequency industrial welders. Its compact design, high current and voltage ratings, and robust performance make it an excellent choice for various power conversion needs. By choosing the SKM400GB125D, you benefit from its combination of high current and voltage in a compact form, ultrafast switching, strong short-circuit resilience, and excellent thermal performance.

• Multi-functional power conversion applications
• Compact and powerful design
• Excellent thermal performance and short-circuit resilience