IXFK520N075T2 Discrete Semiconductor Products

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IXFK520N075T2 is a n-channel field effect transistor (FET) which belongs to the transistor family of single MOSFETs. It has a trough-hole, flat-pack and surface-mount package. Besides, this device can be used for high-speed switching, motor control, inverters and amplifier applications, as well as ultra-low voltage applications since it withstands a maximum voltage of up to 75 volts.

The IXFK520N075T2 has a maximum continuous drain current of 10A, a maximum drain source voltage of 75V, and a maximum gate threshold voltage of 4V. It has an on-resistance as low as 30 mΩ, a channel-to-source breakdown voltage of 170 mV, and a maximum second breakdown current of 1.5A. All these characteristics make it suitable for applications requiring a high degree of accuracy.

Now let’s move on to the working principle of this device. IXFK520N075T2 utilizes a channel of n-type or p-type material through which current flows. When a negative voltage is applied to the gate, it creates an electric field between the gate and the channels, restricting the movement of current and thus providing the desired switching action. The flow of current can be controlled by the voltage applied to the gate, making the IXFK520N075T2 suitable for applications requiring fast switching and precision current control.

The IXFK520N075T2 is commonly used in digital switches and amplifiers, motor control systems and inverters, as well as in other low voltage applications. Unlike traditional transistors, its switching speed is faster and its on-resistance is lower. It is also able to control current accurately, making it a reliable device for many applications where precision is a necessity.

In summary, IXFK520N075T2 is a n-channel field effect transistor (FET) which belongs to the transistor family. It has a trough-hole, flat-pack and surface-mount package and is suitable for applications requiring a high degree of accuracy. It is used in digital switches and amplifiers, motor control systems and inverters, as well as in other low voltage applications. It is capable of controlling current accurately, making it a reliable device for many applications.

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