VE13M03850K--

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TVS, or Transient Voltage Suppressors, are commonly referred to as transient voltage limiters (TVL), voltage varistors (VV), surge protectors, or transient absorbers. MOVs, or Metal Oxide Varistors, are a type of TVS that can protect circuits from overvoltage from transient pulses. As part of the family of TVS devices, the model VE13M03850K provides quality overvoltage protection for circuits to mitigate large transients.

The VE13M03850K is a component designed to prevent overvoltage surge or transients from entering components during operation. It is a nonlinear, bidirectional TVS device designed to protect telecommunication lines from surges, spikes, and transients. The VE13M03850K is unique in that it is able to protect several lines simultaneously with 15,000W peak pulse power dissipation and up to 20V clamping voltage. Not only does it protect against transients, but it is constructed with NTC thermistors to protect against excessive current as well.

The VE13M03850K’s application field is broad, but it is often used in telecom lines, competitive infrastructure, and automotive applications. Telecom lines require protection from overvoltage and surges because they carry valuable information. The VE13M03850K is a great device to protect against this due to its 15,000W of dissipation and 20V of clamping voltage. This provides excellent protection against surges, spikes, and transients. Additionally, automotive applications use the VE13M03850K for protection against a wide range of harsh environmental conditions.

The VE13M03850K is made of a metal oxide varistor (MOV) which is a nonlinear device made of a ceramic material and metal particles. The metal or carbon particles are distributed throughout the ceramic material to form a nonlinear resistance component. When an external voltage is applied, the VE13M03850K creates a nonlinear voltage-current relationship which causes the MOV to absorb energy and reduce the applied voltage.

In addition to absorbing energy, the VE13M03850K’s MOV also acts as a temperature sensor which deactivates the device if it exceeds a certain temperature. This temperature sensor limits the amount of current that can flow through the MOV at any given time to protect the MOV from damage. It is also constructed with a dynamic characteristic which enables it to respond quickly to overvoltage and surges.

The VE13M03850K is a reliable and efficient device which offers excellent protection against electrical overvoltage and transient pulses. It supports multiple lines with 15,000W of peak pulse power dissipation and up to 20V of clamping voltage. The MOV is constructed of a ceramic material and metal particles which provide a nonlinear voltage-current characteristic and an internal temperature sensor to protect the device from excessive current. This device is suitable for a variety of applications including telecom lines, competitive infrastructure, and automotive applications.

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