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Discrete Insulated Gate Bipolar Transistors (IGBT)

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High-Performance Discrete IGBTs for Efficient Power Switching Applications

Our advanced Insulated Gate Bipolar Transistors (IGBTs) solutions combine the high-efficiency power switching capabilities of MOSFETs with the high-voltage handling of Bipolar Junction Transistors (BJTs), which makes them an excellent choice for demanding applications such as motor drives, renewable energy inverters and industrial power supplies. Our comprehensive IGBT portfolio delivers robust performance, superior reliability and optimized energy efficiency across a wide range of voltage and current ratings. Whether you need low switching loss, rugged design or scalable solutions, our discrete IGBTs help you achieve maximum system performance and reliability in today’s power electronics designs.

Our versatile range of discrete IGBT solutions meets the demanding requirements of high-voltage and high-power applications across industries. Our portfolio includes the Power MOS 7, Power MOS 8™ and Field-Stop Trench Gate technologies, with distinct technologies and performance characteristics to address specific application needs.

Discrete IGBTs

Power MOS 7

Punch-Through (PT)
Available in 600V, 900V and 1,200V ratings
Ultra-low gate charge

Power MOS 8

PT and Non-Punch-Through (NPT) options
Available in 600V, 650V, 900V and 1200V ratings
Lower conduction loss for high-efficiency applications

Field-Stop Trench Gate

Available in 600V and 1200V ratings
Lowest conduction loss
Easy to parallel
Short-circuit Safe Operating Area (SOA)

Key Advantages

High Efficiency

Our discrete IGBTs are engineered for low conduction and switching losses to enable efficient power conversion and reduce energy consumption in demanding applications.

Fast Switching Performance

Advanced process technologies deliver rapid switching speeds to support high-frequency operation and improve system responsiveness.

Robust Reliability

Our IGBTs are designed for ruggedness and long-term reliability, with high avalanche energy ratings and robust thermal performance, making them suitable for harsh industrial environments.

Wide Voltage and Current Range

Our broad portfolio offers various voltage and current ratings to allow designers to select the optimal device for their specific application requirements.