B72205S2271K311

TVS – Varistors, MOVs are devices that are used to protect sensitive electronic circuits. Specifically, they work to protect circuits from voltage surges, large voltage spikes, lightning currents, large power surges, static electricity, and other electrical transients. B72205S2271K311 is a type of TVS varistor which can be used for the same purpose.

Application Field

B72205S2271K311 can be used in a wide range of applications, including power conversion, power transmission, communication systems, medical devices, consumer electronic applications and industrial control. It can also be applied to transient overvoltage protection, large surge transient protection, power measurement protection, and noise filtering.

Working Principle

B72205S2271K311 works by limiting the voltage on sensitive electronics, such as circuit boards and components, by using a combination of metal oxide and silicon carbide junction varistors. The MOV consists of self-metallizing ceramic cores, which provide a non-linear, fast response to electrical transients. The silicon carbide junction provides a low impedance path for high-energy transients, while the metal oxide filters the noise from the power source. When a transient or surge occurs, the varistor quickly diverts the energy away from the sensitive electronics, thus protecting them. The MOV is designed to quickly and safely discharge the energy.

B72205S2271K311 is designed for maximum protection, and it can provide a high degree of protection for sensitive electronic circuits. It is able to handle large voltage surges of up to 10 kV and currents of up to 5,000 A. It also offers a variety of features that allow it to be tailored for specific applications. For instance, its fast response time helps to protect sensitive components, and its high peak operating temperature makes it suitable for harsh environments.