V8ZS1P

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TVS (Transient Voltage Suppressors) are a class of overvoltage protection components which can protect integrated circuits, or any other sensitive electronic components from voltage spikes. Varistors, Movs (Metal oxide Varistors) are one of the most common types of TVSs.

V8ZS1P is a series of 6700 watt Metal Oxide Varistor with fast response to high voltage surges. It has been engineered to provide exceptional electrical performance, high reliability, low capacitance and low thermal resistance. V8ZS1P is available in two package styles: through-hole and surface mount. With its impressive energy absorption capability, low capacitance properties and fast response time, the V8ZS10P is ideal for a wide range of applications.

The working principle of V8ZS1P is fairly simple. It is basically a non-linear resistor with a complicated inverse relationship between applied voltage and current. When connected across a circuit, a lower voltage voltage causes a higher current, and a higher voltage voltage causes a lower current. Since current is what causes heat, the smaller the current at a higher voltage, the greater the protection that this varistor can offer to protected equipment and components. This principle of operation also enables the V8ZS1P to respond rapidly to transient voltage changes and protect sensitive circuits.

The most common application fields of the V8ZS1P/V8ZSD1P include: Data Storage and Processing Board, Electric Power Generation, Lighting, Communication and Automotive System, Industrial Electronics, and Household Appliances. Additionally, it can also be used as a surge protection device for protecting electrical appliances from lightning or surges in the power line.

In conclusion, the V8ZS1P is an exceptionally well-designed, high-performance Metal Oxide Varistor with fast response to high voltage surges, and is ideal for a variety of industrial, commercial and residential applications. It is an economical and reliable device that can effectively protect circuits from transient voltage changes and protect sensitive circuits from damage.

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