IPD65R950CFDATMA1

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IPD65R950CFDATMA1 is a MOSFET transistor developed by Infineon Technologies AG. This is a single-channel enhancement type MOSFET and is in the TMA1 product family. The device has a maximum drain current of 95A and a maximum drain-source voltage of 650V. This type of transistor is used in a wide range of applications which require the ability to switch large currents and/or voltages at fast speeds.

The IPD65R950CFDATMA1 is a Power MOSFET (PMOS). It is classified as a single-channel device, which means that it has one drain, source and gate. The gate of a MOSFET transistor is controlled by a voltage, so it is ideal for applications that require voltage-controlled current switching. A momentary small increase in voltage on the gate will turn the MOSFET “on”, allowing current to flow through the channel.

PMOS transistors are used in a variety of applications, from switching power supplies to controlling the switching of loads in electronic circuits. They can also be used in motor drives, inverters, motor controls, relay drivers, and more. The IPD65R950CFDATMA1 is especially useful in high-power automotive applications, such as power converters, battery Chargers and PC power supplies.

The IPD65R950CFDATMA1 features low gate charge, fast switching speed and low on-resistance. The device has a low Rdson (Drain to Source On-resistance) of 0.0016Ω and a fast switching rate of 14nC (total gate charge). This makes it ideal for applications that require fast switching of large currents and/or voltages. This device is also very reliable, as it is built with high-quality components and has a long life span.

To summarize, the IPD65R950CFDATMA1 is a high-performance MOSFET transistor that is used for the switching of large currents and/or voltages at fast speeds. It is classified as a single-channel device and it offers low gate charge, low on-resistance and fast switching rate making it suitable for applications such as power converters, battery Chargers, motor drives and more. The device offers enhanced reliability and a long life span, making it an ideal choice for demanding applications.

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