EZJ-Z0V220HA Circuit Protection

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TVS - Varistors, MOVs, are electronic components used for suppression of electrical transients. The EZJ-Z0V220HA is an example of such a component.

The EZJ-Z0V220HA is a low clamping voltage surge suppressor designed to offer superior capacitive load capability in a small, cost-effective, and industrial-grade package. This component is designed for use with systems operating at 12V or lower and is rated up to 20A peak current. The EZJ-Z0V220HA has a surge handling capability of up to 1500W peak, making it ideally suited for automotive, industrial, and home appliance applications.

As with all varistors, the EZJ-Z0V220HA works by providing a low-impedance path for transient current above a defined voltage threshold. When a voltage surge above the specified clamping voltage is detected, current will be safely diverted away from downstream components. This prevents damage to the system and also helps to limit the strain on the power supply.

The EZJ-Z0V220HA utilizes a pressure-formed metal oxide varistor element. This construction results in a high peak power capability and excellent capacitive load handling characteristics. The robust metal oxide element is housed in a UL 94V-0 rated package with an integrated protective cover that effectively shields it from physical damage.

In addition to surge protection, the EZJ-Z0V220HA also provides ESD protection. The ESD protection is accomplished through the use of a low capacitance element that provides protection against ElectroStatic Discharge (ESD) up to 25KV. This provides optimal protection in applications such as automotive, consumer electronics, industrial and medical applications.

The EZJ-Z0V220HA is an ideal choice for applications requiring protection against voltage transients and ESD. It provides robust protection in a compact, cost-effective package and is designed for use with systems operating at 12V or lower. Its surge handling capability of up to 1500W peak makes it ideal for automotive, industrial, and home appliance applications.

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