15KPA28CATR

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TVS - diodes are immensely useful today for over-voltage (also known as transient voltage suppression) applications. They are widely used in the electronics industry, in particular for protecting sensitive devices from the negative effects of sudden power outages or other disturbances. The 15KPA28CATR is one type of transient voltage suppression diode in particular that is widely used in many applications. In this article, we will discuss what its application field is and briefly explain the diode\'s working principle.

The 15KPA28CATR TVS diode is designed for protection of high-end power semiconductor devices in the automotive industry. It is usually employed for suppression of overvoltage from metal-oxide semiconductor field-effect transistors (MOSFETs), insulated gate bipolar transistors (IGBTs), or similar power management semiconductors. It also offers reliable protection in cases of load dump, electromagnetic interference, harness surge, and similar events. The device can handle up to 28A of continuous current, allowing it to be used to protect a wide range of applications.

The 15KPA28CATR diode works on an avalanche breakdown principle. The diode is made up of two junctions, one P and one N. When a sufficient reverse voltage is applied to the diode, the reverse voltage breaks down the diode and causes it to conduct. This is known as an avalanche breakdown and is the basis for how the 15KPA28CATR works. As soon as the current flow surpasses the maximum rated current, the diode will stop conducting, thus protecting the device connected to it.

In conclusion, the 15KPA28CATR TVS diode is designed to protect high-end power semiconductor devices in the automotive industry from transient voltages. It works on the principle of avalanche breakdown and can handle up to 28A of current, making it suitable for a wide range of applications. Furthermore, the 15KPA28CATR offers reliable protection in cases of load dump, electromagnetic interference, harness surge, and similar events.

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