V14H250P

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Varistors, transient voltage suppressors (TVS) and metal oxide varistors are all active components used to protect the circuits from voltage instabilities, as well as from over-voltage and overcurrent conditions. The V14H250P is an example of one such component, and it is used in various automotive, military, industrial, professional and medical applications.

Varistors are passive components that use metal-oxide elements as their resistance to act as overvoltage and overcurrent protection. The V14H250P is a Varistor specifically designed to protect circuits from over-voltage conditions. This type of Varistor is particularly suitable for use in automotive, military, professional and medical applications due to its low capacitance and low leakage current.

The V14H250P has a high effective peak power, making it capable of handling high power surges. It is also temperature-stable with high peak surge currents and a low maximum voltage of 12.3V. Its response time is also very fast, making it highly suitable for high-speed circuits.

The V14H250P is an ideal solution for over-voltage protection applications due to its excellent balance between performance, cost and size. It can also be used as a stabilizing element in voltage regulator circuits.

The working principle of the V14H250P Varistor is relatively simple. The primary component of a Varistor is a metal oxide. When a current passes through it, it acts as a resistor that decreases the current voltage below a certain threshold. This threshold is called the varistor trip point.

When the voltage on the circuit rises above this trip point, the current is shunted and the metal oxide begins to conduct electricity. This will in turn shunt the current to ground and protect the circuit from voltage instabilities and from over-voltages.

The V14H250P Varistor is a very reliable and cost effective solution for over-voltage protection applications. Its fast response time, low leakage current, and temperature stability make it an ideal choice for applications in automotive, military, industrial, professional and medical applications.

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