V14E460PL3T

TVS (Transient Voltage Suppressors) technologies are used to protect electronic circuits from high voltage transients generated by environmental, mechanical, or electrical sources. Varistors, MOVs (Metal Oxide Varistors) and other transient voltage suppressors are all part of the TVS family. V14E460PL3T is an MOV, which is used to protect against various overvoltage transients and provide surge protection for circuits and systems.

MOVs are based on the principle that a material, typically zinc oxide, exhibits a variable resisitance depending on the applied voltage. When the voltage exceeds a certain threshold, the MOV will start to conduct and shunt the voltage harmlessly away from the circuit. V14E460PL3T uses a zinc oxide element as a dielectric, which is encapsulated within a metal casing.

V14E460PL3T has a low-clamping voltage and high surge current capability. This allows it to protect against surges of up to 14.5 kV and to absorb up to 40 A of transient current. Its low on-state resistance and low leakage current also makes it a suitable choice for protecting against surges.

The V14E460PL3T is mainly used in telecommunications equipment, power supply systems, lighting systems and other applications which require protection against overvoltage transients. Additionally, it can also be used for general power, signal and data line protection.

The V14E460PL3T has been designed to provide superior performance in a compact package. Its small size and low cost makes it an attractive choice for applications where size and weight are of utmost importance. Additionally, its low leakage current ensures that it is suitable for sensitive applications.

The V14E460PL3T provides excellent protection against overvoltage transients and surge protection. Its low clamping voltage and high surge current capability make it a suitable choice for applications where protection against high voltage transients is required. Additionally, its low on-state resistance and low leakage current ensure that it can be used for sensitive applications as well.