SI2392DS-T1-GE3

The SI2392DS-T1-GE3 is a single N-Channel Enhancement Mode MOSFET (metal-oxide-semiconductor field-effect transistor) designed by Vishay.

The multi-level FET (MFET) technology used in the SI2392DS-T1-GE3 provides improved performance compared to traditional MOSFETs.

The SI2392DS-T1-GE3 offers high current switching capability with low on resistance and low gate charge.

Features include ultra-low input capacitance, low input and output leakage current, temperature-compensated threshold voltage, low gate-source breakdown voltage, and fast neural network charging.

The SI2392DS-T1-GE3 has multiple applications, including battery-operated and mobile devices, portable medical, automotive lighting, and industrial motor control/lighting. It is also suitable for a variety of power supplies, motor control systems, and switched-mode power supplies.

Working Principle

The SI2392DS-T1-GE3 operates by using a gate voltage to control the current flowing between the drain and source.

When a positive gate voltage is applied to the device, electrons are attracted from the channel that separates the drain and source, which then enhances the conductivity of the channel.

A negative voltage applied to the gate attracts positive ions from the drain and/or source terminal, thus depleting the channel and creating a resistive barrier that prevents current flow.

The SI2392DS-T1-GE3 is a MOSFET, meaning that it has the ability to switch on and off the current flow in the device by controlling the gate voltage.

The SI2392DS-T1-GE3 is ideally suited for switching applications as its features enable it to turn off quickly and completely, resulting in low power consumption.

Conclusion

The SI2392DS-T1-GE3 is a single N-Channel Enhancement Mode MOSFET with a variety of applications in battery-operated and mobile devices, portable medical, automotive lighting, and industrial motor control/lighting.

Its features, such as ultra-low input capacitance, low on resistance and low gate charge, as well as fast neural network charging, enable it to be used in a variety of switching applications that require fast current switching and low power consumption.