BUK763R8-80E,118

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BUK763R8-80E is categorized into the Transistor - FETs, MOSFETs - Single subset. Little informations are available on its specific usage, but it is known that it belongs to a family of products which are designed to control continuous or pulsed currents.

This device is intended for use in a wide range of applications, such as telecom, industrial, consumer and automotive for switching, amplification, and signal restoration purposes. It is well-suited for low voltage and low power usage, and can handle up to 80 volts of continuous reverse drain-source voltage.

The BUK763R8-80E includes a single high-density silicon field effect transistor (FET), consisting of an insulated gate and a floating drain epi structure. It offers cut-off and low drain-source on resistance for its voltage range, in a small package size. It is designed with a small total gate charge, low gate-drain capacitance and low on-state drain-source capacitance.

The working principle of the BUK7638-80E is based on the same principles as other FET transistors. The electric field created by the gate electrode controls the conductive channel between the source and the drain. All other parameters, such as current and voltage, are then related to the gate bias.

In operation, the gate of the FET is polarized with either positive or negative voltages. When the gate bias is high enough, a conductive barrier is formed by bipolar carriers and an inversion layer for electrons and holes, respectively. This barrier prevents electrical current from flowing from the source to the drain.

When the gate bias is reduced, the amount of current allowed to pass from source to drain increases. This process is known as “pinch off” and is the principle behind the device’s voltage and current controlling abilities.

The unique features of the BUK763R8-80E render it ideal for use in applications where low power and low voltage are necessary. The higher gate voltage and low gate-drain capacitance allow it to perform well in applications where speed or frequency is an issue. The small total gate charge allows for faster switching as well.

To conclude, the BUK763R8-80E is a single high-density silicon field effect transistor design which is suitable for a variety of telecom, industrial, consumer, and automotive applications. It has low power and low voltage operation, low gate-drain capacitance, and a small total gate charge which is ideal for high frequency or speed applications.

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