V18ZS2PX2855

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TVS - Varistors, MOVs are devices designed to protect equipment and the surrounding environment from transient voltages and currents. V18ZS2PX2855 is a specific type of Varistor that is deployed in a variety of applications.

The V18ZS2PX2855 varistor is a bi-directional transient voltage limiting diode constructed in a thin film, glass-reinforced PPO package. The device features excellent performance, with a Response Time of 0.5µs, and a Low Clamping Voltage of 18V. Its Non-linear Current-Voltage characteristic allows it to absorb voltage spikes up to 28V.

The device has many advantages when compared to other varistor types, such as its low operating bias current and low operating capacitance. Its lightweight construction and compact dimensions make it an ideal choice for applications in which a low-profile size is needed.

The working principle of the V18ZS2PX2855 is straightforward. When a transient voltage or current is present, the varistor quickly absorbs the energy as electrical current, thus preventing damage to the surrounding components. The device is designed to pass small voltage swings without interference and turn on only when voltage reaches a predetermined level. This ensures that the device will not consume current during normal equipment operation.

The V18ZS2PX2855 is suitable for protecting equipment from lightning, electrical overstress, electrostatic discharge and other events that cause transient voltages. It can be used on electronic circuits in a number of fields, including automotive, industrial, medical, home appliances, and telecommunications. The device is available in a range of package sizes, allowing it to be employed in many applications which require low-profile size and weight.

In summary, the V18ZS2PX2855 Varistor is a device designed to absorb transient voltages and currents. Its low operating bias current, low operating capacitance, and compact size make it suitable for a variety of applications. The device is an ideal choice for protecting electrical equipment from lightning and other transient events.

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