VDRS10P095BKE

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TVS - Varistors, MOVs are devices that are used for transient over-voltage protection in power systems. These devices are designed to limit voltage spikes and provide an electrical barrier between two areas on a circuit. The VDRS10P095BKE is a Varistor specifically designed for use in high-voltage applications.

The VDRS10P095BKE is an ultra-compact varistor that is generally used in automotive applications. Its low leakage current and low capacitance make it suitable for high-voltage applications such as telecom, power systems, and protecting sensitive electronic components. This device also provides a low clamping voltage and a wide operating temperature range, making it ideal for use in extreme environments or high-power systems.

VDRS10P095BKE has a variety of applications including ESD protection, overvoltage protection, transient suppression, surge protection, and electrometric compensation. In addition to these applications, the VDRS10P095BKE can be used to increase the robustness of a circuit by providing improved surge and transient protection. This device can also be used as an efficient and accurate current sensor for sensitive electronic systems.

The working principle of VDRS10P095BKE is similar to other varistors in that it functions as a voltage dependent resistor. When a surge occurs, the voltage across the device sharply increases, changing its electrical resistance. This causes a large current to flow through the device, which absorbs the surge energy, limiting the voltages at the device leads. The device then returns to its normal state once the surge has been suppressed.

The VDRS10P095BKE is a small, reliable, and high-performance device that is suitable for a range of applications in portable and automotive power systems. Its low leakage current and small size make it ideal for use in areas where space and power consumption are critical. With its wide operating temperature range and low clamping voltage, this device is the optimal choice for overvoltage protection and transient suppression.

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