VE09P00301K

Varistors, MOVs, and TVS are the three most popular types of surge protectors used in various application fields. The VE09P00301K is one of the models of TVS (transient protection) devices, which are widely used in commercial and residential settings. It is designed specifically for applications where a device needs to protect against surges and transients for critical electronic components.

The VE09P00301K has a 9mm diameter body and features an integrated Varistor (MOV) element that offers an efficient and reliable method of surge protection. The device also features a built-in thermal fuse that provides additional protection against over-current surges and other transient events.

The main application fields of the VE09P00301K include AC mains protection, automotive and battery applications, computers, and other electronic components. Its features make it perfect for various applications such as surge and spike protection, over-current protection, and electromagnetic interference (EMI) protection.

The working principle of the VE09P00301K is based on the Varistor (MOV) element. MOVs are solid state devices that are designed to handle high levels of current. The Varistor element is essentially an electronic component that has a P-N junction in its construction. This junction works in such a way that when a certain voltage is applied it will create a small current which allows the device to absorb surges and provide protection to connected circuits.

The thermal fuse in the VE09P00301K also provides additional protection against over-current surges and transients. The thermal fuse works by tripping when it detects a rise in temperature above a certain preset level, thus preventing further damage to the device or any connected components.

The VE09P00301K is a cost-effective surge suppressor which provides efficient protection against surges and transients. It is used in many commercial and residential settings to protect against spikes and surges. It also provides additional protection against over-currents and EMI. Its features make it an ideal choice for various application fields.