SiHG20N50C TO-247-3,N-Channel Power MOSFET,500V,20A

The SiHG20N50C is a highly efficient N-Channel Power MOSFET, designed to deliver outstanding performance in high-power applications. With a maximum voltage of 500V and a maximum continuous current of 20A, this MOSFET is ideal for high-voltage, high-current switching circuits. Its TO-247-3 package ensures efficient heat dissipation, making it perfect for applications demanding reliable power handling and high thermal performance.

Built with low on-resistance (Rds(on)), the SiHG20N50C reduces power losses, making it energy-efficient. Its fast switching speed ensures high performance in switching power supplies, motor control systems, and power converters. The MOSFET's robust construction allows it to operate in harsh environmental conditions, with the ability to withstand high temperatures up to 150C.

Whether you're designing an industrial power supply, a motor controller, or a high-efficiency inverter, the SiHG20N50C will offer exceptional performance, stability, and reliability in your power circuits. Its wide compatibility and advanced design make it a go-to component for engineers and designers working in the fields of power management, automotive electronics, and industrial systems.

• N-Channel MOSFET: The SiHG20N50C is an advanced N-channel MOSFET designed for high-power applications, ensuring efficient performance in switching and amplification.
• High Voltage Capability: This MOSFET supports a maximum voltage of 500V (Drain-Source), making it suitable for high-voltage switching circuits.
• High Current Capacity: The MOSFET can handle up to 20A of continuous current and up to 80A of pulsed current, ensuring it can support demanding loads.
• TO-247-3 Package: This transistor comes in a TO-247AC package, offering excellent thermal management and easy integration into high-power applications.
• Low Rds(on): Designed with a low on-resistance (Rds(on)) to minimize power losses and maximize energy efficiency in high-current switching circuits.
• High Temperature Operation: The device operates at high junction temperatures up to 150C, ensuring reliability under harsh environmental conditions.