IPD60R3K3C6ATMA1

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The integrated power device IPD60R3K3C6ATMA1 is a single N-channel MOSFET optimized for high-speed switching applications.

Application Field

IPD60R3K3C6ATMA1 is mainly used in automotive applications and consumer electronics, such as DC/DC converters, motor control, load switches and real-time switching. It has a variety of applications in automotive systems such as driver power windows, starter motors, lighting controls, alternators, power roofs, and power seats.

Moreover, it is a relevant switch for power supplies and battery charging, as well as portable electronics, mobile phones, and tablet PCs. It also has wide applications in consumer electronics such as LCD / LED displays, digital cameras, video cassette recorders (VCRs), audio / video amplifiers, home appliances, DVD players, and recorders.

Working Principle

IPD60R3K3C6ATMA1 is a depletion-mode enhancement n-channel MOSFET. It uses a compound semiconductor layer structure which consists of an insulated gate and a semiconductor (the substrate) in order to control the width of the resistor silicon W germanium.

Once the power source is able to supply a larger voltage than the threshold voltage, the current flows through the device at a low impedance. When the power source is reducing its amount or going below the threshold voltage, the device behaves similarly to an open switch.

It is a fully-depletion mode device and operates in the inverted condition. This means that when the drain-source voltage (Vd) is applied, the device provides low on- impedance and when Vd is removed it behaves as an open switch. It has good dynamic impedance characteristics while still having low power consumption.

IPD60R3K3C6ATMA1 can also operate in a standard mode and has no latch-up in either operating mode. It has an excellent frequency response with a high switching speed and low gate charge, which makes it ideal for automotive power switch applications.

In the application of power MOSFETs, this device has an excellent cost-effectiveness ratio and offers an ideal solution for power applications.

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