38318000410

Fuses are devices used to protect electronic components, circuits, and systems from damage caused by excessive current. The 38318000410 fuses are among the most popular type of fuses. To better understand these fuses, a few facts about their application field and working principle are discussed in this article.

Application Field

The 38318000410 fuses are suitable for applications such as electronic communication, DC motor control, industrial motors, motor standards, communication, etc. It is suitable for AC circuit protection and DC circuit protection.

Working Principle

A 38318000410 fuse is a two-way device that contains a wire link with a very small gap. The link must be able to withstand a certain amount of current over a period of time. If the current through the link starts to exceed its predetermined maximum value, then the link melts. This melts the link between the two ends of the fuse, thus stopping the current flow and protecting the device from any further harm.

The fuse is made up of two parts - a fuse element and a cap. The element is a copper strip with a small gap, which is designed to melt at a specific temperature and current value. The cap is made of a metal that is highly resistant to heat and can withstand extreme temperatures, such as those generated by the melting of the element. The cap is designed to contain the molten metal of the element, and to direct the heat away from other components.

When the current through the link exceeds its limit, the link melts, creating an open circuit. This opens the fuse causing it to stop all current flow. The current level is then reset to its predetermined limit and the fuse can be reset and reused. The high temperature of the element also helps protect the system from fire and explosions caused by excessive current.

Conclusion

The 38318000410 fuses have a wide range of applications and are ideal for use in AC and DC circuits. Their working principle is based on the melting of a copper link at a certain temperature and current, and their design ensures they are highly resistant to high temperatures. They are also designed to reset and can be reused after the current is returned to its predetermined limit.