3KP36C

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A Transient Voltage Suppression (TVS) diode is a protection device used to protect sensitive electronics from voltage transients caused by electrical overstress. These types of devices, commonly known as surge suppressors, are designed to protect electronics from dangerous voltage surges in order to prevent damage and ensure their safety. The 3KP36C device is a TVS diode specifically designed to protect against voltage transients caused by external or internal surges.

The 3KP36C TVS diode is a surface mount silicon avalanche diode, designed to clamp down on high voltage transients caused by either external voltage surges or inductive loading. It is suitable for use on both 12V and 24V systems, and is available in a variety of different packages to best suit various electrical applications. It has a maximum standoff voltage of 42V, meaning that it can be used to protect sensitive electronics against any voltage surge up to this value.

The 3KP36C is typically used to protect against electrical overstress (EOS) surges, which occur when an electrical component exceeds its normal operating voltage. These types of surges can damage sensitive electronic components, and lead to major equipment failure. The 3KP36C is designed to absorb the excess energy of an EOS surge, protecting the equipment and preventing costly repairs or replacements. It is also suitable for applications where there is potential for lightning strikes or other large voltage fluctuations, as it can absorb up to 600W of energy.

The 3KP36C works by immediately responding to sudden voltage changes, creating a voltage clamp which limits the peak voltage to a safe level. It has a low capacitance rating and fast response time which makes it able to quickly and effectively respond to transient surges.

The 3KP36C TVS diode is a useful device for protecting sensitive electronic components from dangerous voltage transients and surges. It is available in a range of packages to suit applications of various sizes, and can absorb up to 600W of energy, making it suitable for use with large and powerful systems. Its low capacitance rating and fast response time makes it able to effectively protect against EOS surges, and its maximum standoff voltage of 42V makes it suitable for use on systems operating at both 12V and 24V.

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