VE13P00141K

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TVS - Varistors, MOVs

The VE13P00141K is an electronic device that offers a range of both mechanical and electrical protection against high energy transients. It is a multi-layer varistor (MLV) and is typically used in applications such as DC plants, AC power supplies, LED lighting systems, and telecommunications systems. It is engineered for optimal peak current handling capabilities, overvoltage protection, EMI/RFI protection, and fault isolation.

Application field

The VE13P00141K offers a broad range of applications due to its multi-layer varistor design. These applications involve not only in fields like power electronics for controlling and protecting power supplies, but also computer-related applications, such as providing surge and EMI/RFI protection for system boards.

In DC plants, the VE13P00141K is used to protect pumps, motors, generators, cables, and other components by providing greater fault isolation, increased failure immunity, and higher peak current capability. In AC power supply applications, it can also be used to protect power regulators and other components. Furthermore, it can be used for LED lighting systems to protect them from transients.

Moreover, in the telecommunications industry, the VE13P00141K is used for protecting signal distribution systems, such as RF and coaxial cable, from transients. It can also be used for protecting telecom switching systems, such as data centers, telephone networks, and base stations from transients.

Working Principle

The VE13P00141K is a multi-layer varistor that is designed to offer superior protection against high energy transients. A multi-layer varistor typically consists of two electrodes separated by a ceramic layer and each electrode can contain multiple metal-oxide layers.

When a high voltage transient is applied, the metal oxide layers change their resistance depending on the voltage applied, hence creating a current diversion and limiting the voltage across the device. This enables the device to protect sensitive components and electronics from transient damage.

In addition, the VE13P00141K utilizes a proprietary design principle that allows it to handle higher peak current levels compared to other MLVs on the market. This increased performance is enabled through its optimized design with heavy-duty electrodes and glass fiber reinforcement.

As a result, the VE13P00141K offers superior fault isolation, increased failure immunity, and higher peak current capability compared to the competition. This makes it ideal for use in various applications such as DC plants, AC power supplies, LED lighting systems, and telecommunications systems.

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