V56MT2B

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Varistors, MOVs, and transient voltage suppressors (TVS) have been developed for many applications such as protecting electronic equipment and associated wiring from damaging electrical transients, or short-duration spikes of electrical voltage. Since the late 1960s, these devices have been designed and developed to prevent electrical overstress (EOS) and to prevent breakdowns or shorts when exposed to specific voltage levels. With the ever-evolving technology, manufacturers have created specific series of TVS devices and MOVs that are tailored to fit different application needs and requirements.

One of the latest TVS series to be introduced in the market is the Mitsubishi V56MT2B series. This modern series consists of a range of TVSs that have been designed to provide protection to various kinds of electronic systems, including data systems, rail systems, consumer electronics, communication equipment, automotive electronics, industrial controllers, networks, defense, and more. This series can be used to protect against lightning, power surges, short-duration transients, and so forth.

Generally, the V56MT2B series offers reliable voltage clamping values ranging between ±17.5V to ±147V, and the peak surge protection ratings are typically around 6000W. The series also features an AEC-Q101 compliant construction as well as low leakage current and clamping response times which is desirable for protection against transient surges. In addition, these TVSs have an integrated mounting system which allows for easy and secure installation onto circuit boards.

The working principle behind the V56MT2B series is fairly straightforward. When the voltage level across the device exceeds a specific limit, an avalanche breakdown occurs which will reduce the current flowing through the device. This current reduction reduces the voltage applied at the other end, and eventually, the device stabilizes. The amount of current that can flow without the device breaking down is known as the “clamping voltage.”

The V56MT2B series is designed to clamp the voltage at a given level until the incident current dissipates. This means that the device can withstand extremely high current levels until the voltage gradually decreases and the system returns to gain the desired level of protection. In addition, the V56MT2B TVSs are bidirectional devices, meaning they can provide protection from both current surges and reverse polarities.

The V56MT2B series is a reliable and effective solution for various applications that require electrical protection from transient voltage surges. These devices provide an efficient level of protection and are capable of withstanding high transient voltage ratings with a fast clamping response time. They are also suitable for applications requiring extreme tolerances such as automotive, industrial, and data-processing systems.

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