FP35R12KT4BOSA1

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The FP35R12KT4B IGBT module is a robust and reliable solution for power electronics applications. It offers a high speed, low on-state resistance, and low switching losses, making it ideal for motor drives, converters, and other power electronics applications. The module is designed to provide excellent thermal performance while being easy to install in a wide range of applications.

To better understand how the FP35R12KT4B works, it helps to consider its components. The core of the module is its IGBT, which is a power semiconductor device that combines the best attributes of both the MOSFET and the traditional bipolar transistor. The IGBT offers high speed switching, low on-state resistance, and low switching losses. It is controlled by an isolated gate drive, which helps to ensure the reliability and performance of the module.

The FP35R12KT4B module is capable of handling up to 35A of continuous current, as well as a surge current of 90A. The module also has an insulated gate voltage rating of 1200V, which helps to ensure it can be used in applications with higher voltages. In terms of thermal performance, the module has a thermal resistance of 0.6 K/W, which helps to keep the module cool even when operating at high current levels.

In terms of applications, the FP35R12KT4B is well-suited for motor control, resonant power conversion, and solar inverter applications, just to name a few. It can also be used in motor drives, converters, and other power electronics applications that require low switching losses and high efficiency. The module is available in a number of packages, including TO-220, TO-252, and flat packages, which helps to ensure it can be easily integrated into any application.

The FP35R12KT4B is a robust and reliable module for power electronics applications. It offers a high speed, low on-state resistance, and low switching losses, making it ideal for high-performance applications. It is available in a range of packages and has excellent thermal performance, allowing it to operate reliably in applications with high current levels. It is an ideal solution for a wide range of power electronics applications, from motor drives to solar inverters.

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