AMCV-1206H-560-T

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AMCV-1206H-560-T is a word leading varistor in the market. It is designed to protect against transient voltage overshoots in Lightning, ESD and Surge applications. AMCV-1206H-560-T employs the latest TVS (Transient Voltage Suppression) technology to provide a high transient clamping voltage and high surge capability.

As a TVS-Varistor, the AMCV-1206H-560-T can handle up to 125 Vac, 200 Vdc, and 14-18 Joules. It has an operating temperature of -55℃ to +125℃ and a Vrms of 5.60 volts, which is the maximum peak voltage of the device. This TVS-Varistor is extremely lightweight and compact, making it suitable for a wide range of applications where space is at a premium.

The main application field of AMCV-1206H-560-T is to provide lightning protection to long-distance electrical transmission lines, as well as in industrial systems where high voltage surges and spikes are common. Additionally, it can be used in the power supply system of personal computers, LCD TVs, and other electronic products to protect them from electric shock and electrical overload. This device is also suitable for automotive, medical, telecommunications, and other industries where transient voltage protection is important.

The working principle of AMCV-1206H-560-T is based on the MEV (Metal Oxide Varistor) and TVS (Transient Voltage Suppression) technologies. It is designed to absorb large voltage surges and reduce them to safe levels in order to prevent damage to connected devices. It works by clamping the voltage produced by the source to a safe level when it detects a high voltage. This device also protects against transient overvoltage and EMI (electromagnetic interference).

AMCV-1206H-560-T is an excellent choice for any application requiring high-performance transient voltage protection. It is designed for use in extreme temperature environments which make it ideal for applications such as high-voltage power supply and automotive applications. It is also an excellent solution for protecting electronic systems from costly damage caused by large voltage surges.

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