0314003.VXP

The application field of 0314003.VXP and its working principle are classified into the Fuse category. Fuses are integral components designed to protect electrical circuits from damage due to small current or short-circuiting. When connected in a circuit, the current flowing through the fuse has a specific value. When the current exceeds this value, the heat generated in the fuse causes it to melt, breaking the contact of the circuit. Thus, the fuse limits the current to a safe value and prevents excessive current.

0314003.VXP is a self-protected fuse with features such as low voltage power, low temperature operation, low price, fast response and short circuit interruption. It is suitable for all kinds of chargers, TV sets, computer monitors, car TVs and other power systems. Specifically, it is designed to protect the device from overload or short circuit. This fuse consists of a ceramic body and a pair of metal electrodes sealed inside with an amorphous material. It can respond to both current and temperature changes. When the temperature of the surroundings increases or the current exceeds the rated level, the amorphous material inside the fuse will quickly liquefy and the fuse will be melted, thus blocking the current.

The working principle of 0314003.VXP fuse is simple and easy-to-understand. The thermal protection technology it employs allows the fuse to sense the temperature of its surroundings through the amorphous material sealed inside. When the external heat or current exceeds the rated level, the material melts and the circuit is disconnected. The 0314003.VXP fuse is small in size and can respond quickly to temperature changes. It can also be configured to detect over-current situations, and will immediately melt and break the contact. The melting of the fuse will cause the current to be blocked and protect the device from potential damages.

In conclusion, the 0314003.VXP fuse is an ideal choice for protecting electronic components from damages due to over-current, over-voltage and high temperatures. Its efficient working principle makes it reliable and easy to install and use. The fuse can detect sudden changes in current levels with high sensitivity and prevent damage to the device. It is small in size and can respond to temperature changes quickly. Furthermore, its low cost and availability make it a great solution for all kinds of power systems.