STGIPS20C60T-H

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Power Driver Modules: STGIPS20C60T-H Application Field and Working Principle

Power driver modules are designed to provide a powerful and reliable drive for electrical circuits. The STGIPS20C60T-H module is a high-voltage logic level N-channel MOSFET module specifically designed for switching applications. Developed by STMicroelectronics, it has an efficient switching capability, featuring low on-resistance and high power efficiency. This power driver module is used for a variety of applications, such as motor and solenoid control, high-power switches, power controllers, and field-effect transistor (FET) switching.

The STGIPS20C60T-H module features a logic level threshold of 5V, making it suitable for conventional 5V logic control circuits. It has a maximum drain-source voltage of 600V and a maximum on-state drain current of 15.5A. The gate-source breakup voltage is greater than 25V, providing sufficient drive capabilities for switching high-voltage applications. The on-resistance of this module is low, ensuring high power conversion efficiency, while the thermal protection function ensures that the module is protected against excessive temperatures.

The STGIPS20C60T-Hmodule operates in a linear fashion, so that when the gate voltage is more than the threshold voltage, the transistor is turned on and the load is supplied with power. When the gate voltage is below the threshold, the transistor is turned off, which isolates the load from the power source. This module also features a "SOFT OFF" mode, which allows for gentle switching of loads that are sensitive to sudden power changes.

The STGIPS20C60T-H module is a versatile and reliable power driver module suitable for a wide range of applications. Its logic level threshold, low on-resistance, and thermal protection capabilities make it a reliable solution for switching high-voltage applications. It is a cost-effective and energy-efficient solution for motor and solenoid control, power controllers, FET switching and other power switching applications.

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