V240RA22X2749

Transient voltage suppressors (TVS) and Metal-Oxide Varistors (MOVs) are an important part of any electrical system that works to protect from these brief, high-energy spikes. The V240RA22X2749 is a type of TVS, specifically designed for use in AC power line applications.

The V240RA22X2749 is designed to provide efficient protection from transient voltage spikes or "surges" in AC power line circuits. Its design is based on two series connected devices; a varistor (non-linear resistor) and MOV (metal oxide varistor). When the transient voltage across the two devices reaches a certain level, such as 4,000V, they engage in synchronous rectifying and shunt the surge energy away from the components, thus providing protection for them. This provides an effective barrier to sudden voltage increases, which can cause circuitry to fail.

The V240RA22X2749 is designed for both AC and DC applications. It is designed to protect circuits from voltage spikes of up to 4,000V, and has a maximum peak current of 800A. With a breakdown voltage of 5V, it is rated for up to 10kA of peak energy. It has a surge current capability of 1.5mA, and is capable of handling up to 5A of continuous current. It is also rated for up to 250VAC/DC.

The V240RA22X2749 is capable of handling up to 12,000V of transient peak voltage, and has an impulse life of up to 100ms/1000 pulses. It is designed to reduce the risk of damage to sensitive components, and to ensure that the circuit operates within its specified parameters. The V240RA22X2749 is designed for use in AC power line applications, however it may be used in a variety of applications where surge protection is needed.

In summary, the V240RA22X2749 is a type of TVS specifically designed for AC power line surge protection. It is capable of handling up to 4,000V, and is rated for up to 10kA of peak energy. It is designed to reduce the risk of damage to sensitive components, and to ensure that the circuit operates within its specified parameters.