VE24M00511K--

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TVS (Transient Voltage Suppressors) diodes are widely used as a protection component in the automotive, communication, industrial and consumer equipment industries. The VE24M00511K is a light and compact series of varistors designed to absorb up to 300 watts without significant energy loss. The device is constructed from a polymeric material that is able to reduce the number of components needed to achieve a high level of protection against transient voltage surges.

The VE24M00511K has a working temperature range of -40º and 150ºC with a maximum peak current rating of up to 100 Amps. It provides excellent safety against sudden voltage transients and electrical surges thanks to its rapid-response technology and unique non-linear resistance characteristic. The device also features a low capacitance, making it suitable for high-frequency applications.

The varistor has a wide application area and it can be used in many industrial and consumer applications, such as transient voltage suppression, overvoltage or ESD protection circuits, and line-to-ground fault protection. It can also provide protection against external environmental stress factors, such as lightning, electrostatic discharge, inductive heating effects, electrical overstress, etc.

The working principle of the VE24M00511K is based on its non-linear behavior. When a voltage that is higher than the rated voltage the device is exposed to, the varistor offers a low resistance connection and thus, absorbs the excess energy. Once the voltage passes the rated value, the varistor will switch back to its high-impedance state. This provides a convenient and cost-effective way to protect the component from damage and prevent any disruption or downtime.

Overall, the VE241M00511K is an excellent choice for transient voltage surge protection, as its features provide superior performance and reliability. Its high power rating, wide temperature range and low capacitance make it suitable for a number of applications in industrial and consumer applications. Furthermore, the varistor is able to provide protection from environmental factors, such as lightning, electrical overstress and inductive heating. The device’s working principle is based on its non-linear behavior, which offers rapid response and high performance.

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