ERZ-E10A471CS

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TVS-Varistors, MOVs (transient voltage suppressors – metal oxide varistors) are device materials made of sintered ceramic composed of zinc oxide and other chemical compound. The most common types of this device material are multilayer ceramics, which have very high capacitance. They are used for protection of electronic components from overvoltage conditions.

The ERZ-E10A471CS is an example of such a device material with high surge capability. It is made of sintered zinc oxide and other chemical compound, with stable characteristics across temperature, humidity and frequency. The device offers superior performance features such as stable energy absorption up to 350V normal mode and 1000V\'s inductive surges, with capability of up to 8000A (8 KA) peak surge current.

The ERZ-E10A471CS is used in application fields such as automobile electronics, fire alarm systems, industrial electrical systems, line protection, and various other sensitive electronic devices. It is designed as a two-layer series device in order to provide superior protection for wide-ranging power supplies and electronics components. The device is also commonly found in power line surveys and steadying applications.

The working principle of the ERZ-E10A471CS is based on the concept of energy displacement. Its ceramic material is designed to absorb the overvoltage energy when triggered and dissipate it into the thermal environment. It also has a capillary effect, where the capacitors carry and hold the overvoltage energy and slowly release it as the situation returns to normal. This allows for a steady overload threshold for both normal and peak surges and also reduces the peak current levels, making it a highly efficient surge protection device.

The ERZ-E10A471CS is an important component in various applications related to the protection of electronics and various power supplies from overvoltage conditions. It has a high level of surge capability and has superior energy absorption at both normal and peak surges. Its ability to effectively hold and gradually release this energy allows for a steady overload threshold, making it a reliable device for various applications.

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