ERZ-V10D560

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ERZ-V10D560 belongs to the TVS - Varistors, MOVs family of products. It is designed to protect circuits and components, including diodes, transistors, and integrated circuits, from transient overvoltage and other related disturbances. It is also used to provide surge protection in applications such as telecoms, consumer electronics, industrial equipment, and automotive electronics.

ERZ-V10D560 works in a similar way to other voltage-dependent components in this family. It is a symmetrical dual-channel device, with a differential response at the peak voltage of 562V. When switching occurs, the voltage across the component temporarily oscillates above and below this peak voltage, acting as a protective device. If the current or voltage rises beyond the designed level, the component will absorb the excess energy, creating a back voltage that will protect the connected components.

In terms of construction, ERZ-V10D560 is a two-term, symmetric array comprised of parallel diodes along with two layers of Metal-Oxide Semiconductor Field Effect Transistors (MOSFETs). Thus, the component’s two sophisticated MOSFET layers ensure high speed, precise performance, and optimal surge protection.

In normal operation, ERZ-V10D560 works in the same manner as the other TVS - Varistors, MOVs components. The device’s voltage characteristics determine its transient overvoltage protection capabilities, which will depend on the specific application. For instance, for an application with a 5-volt peak surge, ERZ-V10D560 will have a breakdown voltage of approximately 562V.

Driven by the application’s peak voltage, the device’s voltage-dependent, integrated switching elements rapidly conduct during an overvoltage event. This provides a low-impedance path to protect the connected devices from excessive surges and transients. In addition, the device is self-healing, meaning that it can do this without any damage to the component, protecting even higher peak voltages with its inherent dynamic characteristics.

ERZ-V10D560 is designed for applications where high-voltage transients and surges are common. It can be used in everything from telecom networks and industrial applications to consumer devices and automotive electronics. Additionally, its remarkable surge protection capabilities make the device an ideal choice for many challenging applications.

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