V300LS10PX2855

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TVS - Varistors, MOVs are important components used in circuit protection and shock absorption applications. The V300LS10PX2855 is a unidirectional TVS device – usually referred to as a varistor. It is a RoHS compliant, muduleTVS that provides enhanced lightning surge protection to a variety of power and data line applications.

The V300LS10PX2855 varistor is suitable for the protection of speech, communication, various control systems, exterior signal lines, I/O, automotive electronics, industrial instruments, power lines, and computer peripheral devices. With its low profile and sturdy construction, the V300LS10PX2855 varistor can provide an impressive degree of reliability and protection from sustained electrical transients in harsh environments.

The V300LS10PX2855 varistor is available in several sizes and ratings. It has a maximum surge current of 850A (8/20µs) and a maximum breakdown voltage of 500VAC (1mA). It has a maximum clamping voltage of 28.5V (85A, 8/20µs). In addition, it has an isolation resistance of up to 1000MΩ and a capacitance of up to 200pF.

The working principle of the V300LS10PX2855 varistor is based on a ceramic material containing a mix of metal oxide particles that exhibits its non-linear electrical characteristics. When a transient voltage is applied to the device, the electrical characteristics of the material change in order to reduce the voltage spike. This process is often referred to as surge or transient voltage suppression.

The V300LS10PX2855 varistor is well suited for use in many types of applications including linear and switching power supplies, motor drives, automotive electronics, and consumer electronics. By providing protection from large surges, it helps to reduce costly and dangerous problems such as over voltage conditions, system resets, data corruption and component failure.

The V300LS10PX2855 varistor has been designed with an innovative and cost-effective approach to provide additional TVS protection to a variety of applications. By using this device, engineers can ensure that their system is protected from over voltage events and protect their valuable components from dangerous surges.

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