V180ZT20P

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Varistors, also known as Metal Oxide Varistors (MOVs), are an important class of voltage-dependent resistor components that protect electrical circuitry from overvoltage or transient voltage surges. The V180ZT20P is a type of Varistor that is designed to provide exceptional surge protection for high power application. This article will discuss the application field of the V180ZT20P as well as its working principle.

The V180ZT20P is mainly used in high power application to protect important circuits against transient voltage surges. It is highly effective in clamping high voltage spikes and is commonly used in a variety of commercial, industrial, and automotive applications.

The working principle of the V180ZT20P is based on the Metal Oxide Varistor (MOV) technology. When a voltage spike is applied to the MOV, the metal oxides in it are compressed by the electric field. This compression increases the conductivity of the oxides, allowing the excess voltage to be discharged. The MOV then returns to its normal non-conductive state, with the potential to react to the same over voltage spike again.

The V180ZT20P maintains a low clamping voltage, which helps protect sensitive electronic components from overvoltage damage. It also features a high surge current rating to effectively clamp very large current surges. This makes it ideal for use in high power circuits that are exposed to high voltage surges.

The V180ZT20P also features an internal temperature compensation mechanism to ensure that it will remain stable in extreme temperatures. This feature is particularly important in applications that are exposed to extreme temperatures.

Overall, the V180ZT20P is an excellent Varistor for high power applications. It offers excellent protection against transient voltage surges, while its temperature compensation feature ensures stable performance in extreme temperatures. Combined with its low clamping voltage and high surge current rating, it is an ideal choice for protecting sensitive electronic components from overvoltage damage.

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