3KP180CA-B

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TVS (Transient Voltage Suppressor) diodes are one of the most important types of components in the field of voltage and electrical protection. They provide a reliable protection for electronic circuits from overvoltage that can cause damage. A typical TVS Diode consists of an anode, a cathode and an integral Zener diode. The 3KP180CA-B is a transient voltage suppressor diode which can withstand a surge current of 40 amperes and a reverse breakdown voltage of 180 volts.

The 3KP180CA-B diode works by using the principle of avalanche breakdown, which refers to the sudden increase in the current through a diode due to its large reverse bias voltage. During surge voltage conditions, electrons in the device get accelerated and create a larger electric field which causes a large current to flow. This action reduces the voltage across the device and provides protection against overvoltage.

The 3KP180CA-B diode is used in many different types of applications, including automotive, industrial, medical, defense, telecommunications, and power supplies. It is typically used for signal line or power line transactions in order to protect against transients. In automotive automotive applications, it provides protection from surges caused by turnarounds, engine starting, and voltage spikes due to electrical noise. In industrial industrial applications, it can be used to protect against overvoltages generated during load currents, load switching, routine operations, and so on. And in medical medical applications, it is mainly used to protect against cardiac defibrillation surge and other types of irregular voltage spikes.

The 3KP180CA-B diode is a very reliable device for protection from transient voltage. It has a very low clamping voltage, which provides efficient protection from voltage transients. Furthermore, it has a fast clamping speed of less than one nanosecond, which prevents it from being destroyed during lightning related surges. It also provides reverse leakage currents which help protect against unwanted DC transients. As such, it is an ideal device for use in a wide variety of TVS protection applications.

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