V131CA32

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TVS (transient voltage suppressor) have been established as an essential component to protect sensitive electronics systems from lightning and electrostatic discharging. Varistors, MOVs (metal oxide varistor), or even thyristors are among the most popular methods to effectively minimize transient events. Among them, V131CA32 is one of the most widely used varistors, trusted for its efficient performance and high protection level.

The working principle of V131CA32 lies in its highly advanced material and construction. The product is composed of a zinc-oxide nonlinear-resistor decorated with zinc-aluminum metal coating. It has a low voltage-dependent resistance which increases drastically after being reached by an over-voltage event. This ensures a smooth power recuperation and full protection of the system.

V131CA32 varistors deliver superior performance in a broad range of applications, specifically power supply, digital products and factory automation systems. It operates in a voltage range from 6V to 20V, ensuring an effectivenes of protection against high-level surges and over-voltage currents. The product features an excellent environmental performance and low leakage current, suitable for equipment with high level safety and reliability requirements. In addition, the varistor also features a low dissipation factor, vibration and humidity robust, and low clamping voltage. This makes it an ideal solution for overload, cable disconnection, or over-voltage lightning proof protection for power supply.

V131CA32 is widely used in many daily objects such as aircrafts, railway vehicles and self-driving vehicles. As an important power component, the product provides an outstanding level of protection against surprises or erratic current flows. In general, this varistor proves to be a reliable and cost-effective solution for electrical systems requiring optimised protection against transient events. Therefore, it is an essential item for mainboard, computer, and other electrical devices for systems safety.

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