SUP10250E-GE3

The SUP10250E-GE3 is a high-efficiency, high-inductance N-channel Mosfet module with an exceptional performance and a maximum drain current of 10A. This module is designed to be used in the area of industrial electronics, automotive applications and photovoltaic applications and is commonly used in high-frequency switching and dc-dc conversion.

This Mosfet module features an on-state resistance of 0.472Ω, a maximum junction temperature of up to 175°C and a maximum drain source voltage of 20V. It has a low-profile package that measures just 2mm×3mm and is suitable for use in a wide range of applications.

The SUP10250E-GE3 Mosfet module works on the principle of field-effect transistor (FET). This FET is a non-linear voltage controlled device that operates by controlling the resistance between the source and drain terminals. It is designed to provide an efficient, high-power transfer between the source and drain.

The SUP10250E-GE3 is a high-inductance N-channel Mosfet module, which is designed to be used in applications such as motor control, dc to dc power conversion, DC-DC pre-regulation, and lighting control, among others. The Mosfet utilizes a thin inversion layer, which is created by applying a gate voltage, to control the current flow between the source and the drain. This allows the module to provide exceptionally low on-state resistance and high switching speed, making it an ideal choice for industrial and automotive applications.

The SUP10250E-GE3 Mosfet module is an ideal choice for applications such as high-frequency switching, DC-DC conversion, and power MOSFET drivers, due to its exceptional performance. It has an impressive on-state resistance of 0.472Ω, making it a perfect choice for high-power applications.

In addition, this Mosfet module is constructed with a Pb-free soldering process, making it a reliable and durable option. The module also features a low profile surface-mountable package, allowing it to fit into even the tightest applications.

In summary, the SUP10250E-GE3 is a high-efficiency, high-inductance N-channel Mosfet module designed specifically for use in industrial electronics, automotive applications and photovoltaic applications. It works on the principle of FET and utilizes a thin inversion layer to control the current flow between the source and the drain. It has an on-state resistance of 0.472Ω and a maximum junction temperature of 175°C, making it an ideal choice for applications such as high-frequency switching, dc-dc conversion, and power MOSFET drivers.