VC060330A650DP Circuit Protection

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TVS devices such as Varistors, Multi-Layer Varistors (MLV\'s) and MOV\'s are widely utilized in the field of power over-voltage protection. With their small form-factor, low leakage and high surge performance, these devices provide an affordable and effective solution to protect expensive downstream components.

The Vishay VC060330A650DP is a Radial Lead Varistor with excellent surge performance and low leakage. This device utilizes ceramic, non-linear material with high energy absorption for low-clamping voltage and low leakage current. It provides reliable transient over-voltage protection for downstream components when connected to the input of a power supply or other AC power system.

The VC060330A650DP is designed to be placed across an external circuit in order to absorb transient over-voltage spikes. When the applied voltage on the circuit exceeds the junction voltage, the resistance of the Varistor decreases. This decrease in resistance reduces the voltage across the Varistor to a safe level, allowing the downstream components to remain safe from damage. The surge current generated by the protected circuit is redirected through the Varistor and thus absorbed. After the transient over-voltage pulse, the Varistor returns to its high-resistance state, restoring the normal circuit operation.

Due to its high-energy absorption, the VC060330A650DP is capable of handling high peak currents without breaking down or overheating. As such, it is an ideal solution for transient over-voltage protection in a wide range of applications, including telecom, industrial and automotive applications. It is available in a space-saving, radial-lead package, allowing for easy mounting and integration into boards.

To summarize, the VC060330A650DP is a radial-lead MLV varistor designed for effective transient over-voltage protection in a wide range of applications. It has a high maximum surge energy capability and low leakage current, enabling it to absorb high peak currents without breaking down. In addition, it is available in a small form-factor, allowing for easy mounting and integration. As such, it is an excellent choice for protecting critical components from damage resultant of over-voltage surges.

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