MXRT100KP160A

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TVS - Diodes are positive reference voltage based diode elements which have the property of diverting the excess current away and limiting incoming voltage. In the electronic domain, TVS diodes are used for protecting components in a circuit from voltage surges which occur due to lightning strikes, load switching or electrical spikes. MXRT100KP160A is a popular TVS diode element which is used for various applications.

Application Field of MXRT100KP160A

The MXRT100KP160A can be used in various applications and systems, including automation, industrial control, power electronics, etc. It is especially suitable for high surge current applications, such as power distribution and submarine cables. In addition, it is also widely used in high voltage switching applications, such as in the solar industry, electrical drive systems and automotive applications.

Working principle of MXRT100KP160A

The MXRT100KP160A works on the principle of a zener diode. It has a reverse breakdown voltage of 160V, with a maximum current of 100A. This diode works on the principle of diverting the excess current away, thus limiting the voltage to a safe level. It operates at a relatively low forward voltage drop, resulting in less energy wastage. It is also capable of handling high transient voltage surge levels without any damage to the components in the circuit.

Moreover, the MXRT100KP160A is designed to efficiently dissipate the electromagnetic interference that is generated due to high voltage surge. This is done by restricting the amount of charge that is stored in the diode, thus ensuring low trace capacitance of the device. This helps to reduce any kind of electromagnetic radiation that is generated during high voltage surge.

In conclusion, MXRT100KP160A is a popular TVS diode element which is used in various electronic applications and systems. It has a high surge current capability and is designed to efficiently dissipate any kind of electromagnetic interference. Moreover, it operates at a relatively low forward voltage drop, thus resulting in less energy wastage.

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