VDRH20X320BSE

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The VDRH20X320BSE belongs to a group of voltage-controlled resistors known as TVS (Transient Voltage Suppressors) and MOVs (Metal Oxide varistors). They are designed to absorb electrical transients and inrush current surges, preventing these phenomena from affecting the operation of sensitive electronic components.

In principle TVSs and MOVs are non-linear components which means their resistance changes depending on the voltage applied to them. When a voltage reaching a certain level for a specified period of time is applied to the VDRH20X320BSE, its resistance drops significantly. It is in this way that TVSs and MOVs are able to protect other components from electrical transients and inrush current surges.

To give an example, the VDRH20X320BSE has a maximum nominal voltage of 320V (DC or AC). It is designed to protect electronic components from transient voltage spikes of up to 2000V and inrush current waves of up to 70A. It is also capable of handling very high rate of change of voltage of up to 40kV/μs and current of up to 100A/μs.

The VDRH20X320BSE is typically used in applications such as telecommunications equipment, industrial motor control systems, lighting systems,automotive electronic systems, medical instruments, power supplies, consumer electronics, and more.

In conclusion, the VDRH20X320BSE belongs to the common class of TVSs and MOVs whose working principle is highly beneficial in protecting electronics from the danger of voltage spikes and surges. The VDRH20X320BSE is a high-performance component commonly used in many industries for its reliable performance in protecting delicate electronics.

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