VDRS14T275BSE

TVS Varistors, MOVs is an important electronic components for transient voltage and over voltage protection. VDRS14T275BSE is one of the most famous products of this category, provides protection for all kinds of electronic devices from very fast and intense high voltage spikes. Its excellent clamping performance and reliable over voltage protection make it a popular voltage protection device.

VDRS14T275BSE Application Field

VDRS14T275BSE has wide application fields. It can be used to protect all kinds of electronic and electric devices, as well as automotive applications. VDRS14T275BSE is also widely used in personal computer motherboards, telecom boards, office and desktop equipment components, battery chargers, power supplies, peripheral cards, digital signal processing and so on.

VDRS14T275BSE Working Principle

The working principle of VDRS14T275BSE is based on the well-known avalanche breakdown effect. It contains a very special structure of metal oxide semiconductor which connecting an anode and a cathode in order to withstand voltage charges when triggered. When the voltage across the metal oxide structure rises to a certain level of over-voltage, the device will enter a high current state. This will result in a large amount of current flow to the ground, thus reducing the voltage across the protected device to safe levels.

The breakdown voltage of VDRS14T275BSE is variable, depending on the over-voltage level. It also features high energy absorption capability with fast response time when over-voltage occurs, reaching up to 1.8KA. Its excellent protective capability and quick response time make VDRS14T275BSE an excellent choice for over-voltage protection.

Conclusion

VRS14T275BSE is an important electronic component for over-voltage protection, providing excellent clamping performance and tremendous energy absorption capabilities. It has wide application fields and is suitable for a variety of electronic and automotive applications. Its simple working principle and fast response time make it an ideal choice for over-voltage protection.