B72590E8140S160

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS - Varistors, MOVs, (transient voltage suppressor) are electrical components that are used to limit the exposure of an electrical circuit to high electrical transients, such as lightning strikes, switching transients, and surges. The B72590E8140S160 is an example of a TVS-based device used for protection in voltage circuits.This application field utilizes a MOV (metal-oxide varistor) and a gasket, as well as a ceramic case, to help dissipate any overvoltages encountered by the protected devices. The process in which a B72590E8140S160 works is based on the non-linear electrical characteristics of the metal-oxide varistor. The MOV works like a resistor that increases in resistance as voltage increases, with the electrical characteristics of the MOV being based on the parameters of the varistor.When an overvoltage is encountered, the MOV will respond to the difference in voltage by allowing more current, which in turn acts like a spark gap and this current increases quickly. This spark gap process is known as ‘clamping’ and it is this feature that is of great benefit to the protected electrical components, as it reduces the overvoltage to a safe level.The casing of the B72590E8140S160 also serves the purpose of dissipating the heat produced by the excessive current flow. This dissipates energy that would otherwise have been absorbed by the protected circuit, thus reducing the risk of electrical damage. It also has the benefit of making the circuit more efficient, reducing the need for cooling components.The B72590E8140S160 is designed to withstand a voltage of up to 160V, and is offered with standard pitch, current capacity, and reliability features. In addition, it is also capable of withstanding a surge of up to 10,000 amperes, with the voltage rating being adjustable up to a limit depending on the chosen device.In conclusion, the B72590E8140S160 is designed to handle the high voltage transients associated with electrical circuits and help provide the vital protection they need during normal operation. It works by clamping an overvoltage, dissipating the excessive energy, and preventing the potential destruction of the protected device. Furthermore, it adds efficiency to the electrical circuit and increases its reliability and longevity.

The specific data is subject to PDF, and the above content is for reference