IXGK50N60C2D1 Discrete Semiconductor Products

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IXGK50N60C2D1 is a high performance Insulated Gate Bipolar Transistor (IGBT) of the single type. It is used as a switch in a variety of applications. The device has a maximum specific on-resistance of 7.62 mΩ, a nominal current rating of 50A and a collector-emitter blocking voltage of 600V.

An IGBT integrates the functions of both a metal-oxide-semiconductor field-effect transistor (MOSFET) and a bipolar junction transistor (BJT). This combination of device types makes the IGBT highly efficient. This is because when the transistor is turned on, the MOSFET is used as the current switch, producing a low on-state voltage drop. Then, when the transistor is turned off, the BJT is used as the current switch, producing a low power loss.

The IXGK50N60C2D1 IGBT is designed for use in a variety of power switching applications, including DC/DC converters, AC/DC converters, telecom inverters, battery chargers, UPS (uninterruptible power supplies), motor drives, switching power supplies, and boost converters.

In a typical application, the IXGK50N60C2D1 will be connected to a power supply on one side and to a load on the other side. When inputted with a pulse signal, it will switch the load in and out of the circuit, thereby controlling the amount of power that reaches the load. This pulse signal can be generated from an external control circuit or from a microprocessor.

The IXGK50N60C2D1 has an insulated gate, which reduces gate electron injection from within the device. This makes it more reliable and increases its lifetime. The device also has a surge current capability of up to 600A and a high switching speed, making it suitable for a variety of high power applications.

The IXGK50N60C2D1 is an excellent choice for power switching applications due to its low on-state resistance, its ability to withstand surge currents, and its high switching speed. Its combination of MOSFET and BJT components allows it to efficiently switch current, making it an ideal device for a variety of applications.

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