V120ZC20P

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varistors, MOVs, and other transient voltage suppression devices are must-have components in high-voltage and high-current technology. The V120ZC20P is one such device, specifically designed to protect sensitive circuits or components from voltage fluctuations and transients. The device provides protection from high-current transients, as well as short-term voltage drops and spikes, which can cause permanent damage to systems and components.

The V120ZC20P is an example of a metal oxide varistor (MOV) and provides transient voltage protection up to 120V, with a maximum varistor voltage (V1mA) of 20V and a rated surge current (I1mA) up to 10A. It is designed to protect circuits and equipment powered by AC power sources of up to 120V and with current ratings up to 10A.

The metal oxide varistor is composed of a metal oxide sandwiched between two electrodes. It works on the principle of reverse breakdown. When the voltage across the varistor is below the V1mA voltage, it behaves like an open circuit. When the voltage across the varistor exceeds the V1mA voltage, it behaves like a very low resistance resistor. During this time, the varistor blocks or suppresses any excessive voltage.

The V120ZC20P is designed with a wide variety of features, including an insulated metal-oxide-semiconductor (IMOS) structure, the ability to withstand temperature ranges -40C to +85C, and high contact capacity. In addition, the device prevents thermal damage as well as voltage transient and current surge protection.

The V120ZC20P is primarily used in the automotive industry to protect sensitive electronic components and systems from damaging transients and surges. It is also used in AC power circuits and other high voltage and high current applications where reliable protection from transients and surges is needed. It is particularly well-suited for applications that require a wide operating voltage range and/or a high surge current capability.

In addition to its application in the automotive industry, the V120ZC20P can also be used in telecommunications, industrial electronics, energy storage systems, power distribution, and consumer electronics. Its high surge current handling capacity makes it ideal for protecting electronic components from high energy transients, such as lightning strikes. It is also popular in applications such as motor control circuits and power supply circuits.

In summary, the V120ZC20P is an ideal solution for protecting circuit systems and components from transient voltage surges and other damaging events. Its IMOS structure, wide temperature range, and high surge current capabilities make it an ideal choice for a wide range of applications. Its robust design and quality ensure reliable protection for sensitive circuits and components.

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