B72660M0131K093

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TVS - Varistors, MOVs (transient voltage surge suppressors), are devices that protect circuits from voltage transients, or short-term electrical surges, due to typically severe AC or DC power input conditions. B72660M0131K093 is a member of a MOVs family and it is especially used in energy-efficient LED lighting solutions.

MOVs have a low energy threshold level, allowing them to absorb, or clamp, excess current of any voltage level higher than their rated energy level. This helps protect the circuit from damage caused by over-voltage surges. MOVs, such as B72660M0131K093, are designed to be integrated into AC or DC circuits as the primary component for the protection of electrical components.

Application Field of B72660M0131K093

As mentioned above, B72660M0131K093 is typically used in LED lighting solutions. This type of MOV is well-suited to such applications due to its small size and low energy threshold, making them easier to integrate into the circuits. Due to its compactness, B72660M0131K093 can be easily placed into tight spaces, helping to facilitate the design process.

MOVs has the ability to protect electrical components from electrical faults such as surges, arcing, sparks, or short circuits. This makes them suitable for use in various electronic applications, such as high-voltage AC, DC motor controllers, and various AC and DC power converters. In such applications, MOVs, like B72660M0131K093, can be used not only to protect the electrical components from damage caused by transients, but also to provide an additional level of protection against over-voltage transients, thereby ensuring the reliability of the product.

Working Principle of B72660M0131K093

The working principle of a B72660M0131K093 MOV is based on the fact that when a voltage is applied to its electrodes, an electric current starts to flow between them. This current is then converted into an electric charge and stored in the MOV’s dielectric material. The MOV will then attempt to return to its original state and, in doing so, it will discharge the stored charge and absorb the excess energy. In this way, the MOV will be able to absorb and dissipate any excess energy from the circuit before it can reach the other electrical components and cause damage.

B72660M0131K093 MOVs is especially designed for energy-efficient LED lighting. MOVs is usually designed to have a low voltage triggering level and high peak surge current capacity. This means that it can be used to protect LED lighting applications from any sudden transients or electrical surges, while still maintaining the low energy consumption of the device.

Conclusion

In summary, B72660M0131K093 is a MOV that is well-suited for LED lighting solutions, due to its small size, low triggering level and high peak surge current capacity. It is designed to absorb and dissipate any excess energy from the circuits to prevent damage to other electrical components. Its working principle is based on the fact that when voltage is applied to its electrodes, the MOV will convert the current into an electric charge and store it in its dielectric material, before attempting to return to its original state and dissipate the excess charge.

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