V10H35P

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TVS - Varistors, MOVs are devices used to protect electrical circuits from transient voltage disturbances. The abbreviation V10H35P stands for a metal oxide varistor, which is the most commonly used type of transient voltage suppression device. The V10H35P is a 10V, 35mm radial leaded varistor device designed to protect electronic circuits from voltage transients induced by external sources.

The working principle of a V10H35P is based on the phenomena of voltage-dependent resistance. The device consists of two main parts: a sintered ceramic body, and two or more conductive electrodes. The ceramic body is made of a mix of metal oxide particles, mainly zinc oxide ZnO. The electrodes are then attached to the ceramic body, one on either side. During normal operation, the device acts like an open circuit, however when voltage rises above the rated voltage, the resistance of the device decreases and current flows easily through it.

The V10H35P is usually used in automotive, communications, computers, and consumer electronics industries. This device is also used to protect circuits from transients such as electrostatic discharge (ESD), lightning, and power induction. It is typically installed near the power supply of the protected circuits in an application where a high surge voltage above the power supply level could occur. The V10H35P is also used to limit the inrush current of capacitive loads.

When selecting a V10H35P device, it’s important to note the maximum voltage for safe operation, the peak current rating, and the clamping voltage. This will ensure that the device will be able to protect the circuit from transient voltages and will not be damaged during normal operation. Additionally, the maximum operating temperature should also be taken into consideration in order to ensure optimal protection.

In conclusion, V10H35P is a type of metal oxide varistor, which is used in a variety of automotive, communications, and consumer electronics applications for protection from transient voltages. This device works based on the principles of voltage-dependent resistance and is a highly effective solution for circuit protection. Additionally, when selecting a V10H35P device it’s important to consider the maximum voltage, peak current rating, clamping voltage, and maximum operating temperature.

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