RV271K14T

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TVS - Varistors, MOVs are extensively used in circuits to protect from electrical surges. One of the most popular products of this class is the RV271K14T. This device is designed to provide protection against short voltage spikes up to 16,000 volts and 350 Watts for less than 1,000Ω impedance. The RV271K14T is widely used in mobile phones, industrial PC systems, communication hardware, jet engines, medical devices and other applications which require reliable overvoltage protection.

When it comes to the application field of the RV271K14T, it is mostly used in surge protection applications, however, the device has a wide range of other applications. It can be found in pulse protection, line protection against voltage drops, and line-to-ground protection. The RV271K14T also delivers an excellent performance in medical applications due to its low leakage current. This device can also be used for isolation and amplification of low-level signals.

The working principle of the RV271K14T is based on a Metal Oxide Varistor (MOV). The device is made up of a semiconductor material which is composed of SnO2, ZnO, and other metal oxides. It has a symmetrical structure which forms a PN-junction. When a high voltage is applied to the MOV, the PN-junction degrades due to the electric field. This breakdown produces a large current which voltages the varistor.

The RV271K14T is designed with a unique polymer coating. This coating provides protection against damage due to high temperature and energy. It also ensures a long life and reliable performance of the device. The RV271K14T is further equipped with a positive temperature coefficient which is designed to reset the device in case of an overvoltage event. This feature helps maintain a safe operating temperature and eliminates the possibility of damage from an electrical surge.

The RV271K14T is one of the most popular devices used in electrical and electronics circuits. It provides protection from voltage spikes and makes the system more reliable. The device has a wide variety of applications such as surge protection, pulse protection, low-level signal isolation, and line protection. It is further equipped with a unique coating and a positive temperature coefficient which ensures its long life and reliable performance.

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