ROV05H560K-S

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TVS – Varistors, MOVs is a common and important category of electrical components.

In this category, the ROV05H560K-S is a type of voltage-dependent, nonlinear device used for transient surge protection. It provides high transient voltage protection of up to 20kV/µs and a wide dynamic resistance range of 0.05Ω to EOW, while offering a broad operating temperature range from -55℃ to +150℃.

The primary application of the ROV05H560K-S is in the protection of electronic circuits from extremely high transient voltage events due to lightning strikes or electrical surges from motors and power supplies. It is also suitable for ESD protection, providing high capacitance values to effectively reduce and clamp transient voltages. In addition, its high peak pulse current (Ipp) capacity and low leakage current (IR) also makes it suitable for use in automotive systems and other sensitive applications.

The working principle of the ROV05H560K-S is based on its capacitive nature. When voltage rises, the ROV05H560K-S stores a charge in its capacitive element, resulting in a large current pulse and clamping of the voltage. When the voltage drops to its new level, the charge is dissipated. This clamping action helps protect sensitive semiconductor devices from the damaging effects of overvoltage.

In addition, the ROV05H560K-S is designed with a self-protection mechanism to ensure its own reliability. This mechanism can sense high-energy events, clamp them, enable surge dissipation with low temperature rise, and eventually recover the normal working conditions.

In summary, the ROV05H560K-S is an effective and reliable voltage-dependent, nonlinear device used for a variety of applications in the protection of electronic circuits from high transient voltage events. Its high peak pulse current (Ipp) capacity, low leakage current (IR) and wide dynamic resistance range make it ideal for industries where accuracy and safety are of paramount importance.

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