0318.200HXP

0318.200HXP Application Field and Working Principle

A fuse is a type of electrical protection device which will react to the flow of current and blow, disrupting the current flow, if the current reaches a certain value. The 0318.200HXP fuse is a small, lightweight device designed for applications such as telecommunications, emergency lighting and automotive applications, where space is at a premium. It is also able to provide a degree of protection against a wide range of current values.

Working Principle

The 0318.200HXP fuse is of the two-part variety which combines a fusible element and an enclosure in a single unit. The fusible element is a thin metal wire, usually made of silver, which is housed in a plastic or ceramic body. When an overcurrent passes through the fuse element, it will heat up and eventually reach its melting point, causing it to break and disrupt current flow. This is what causes the fuse to “blow”. The enclosure is designed to break open when the fuse is blown, releasing the metal wire and allowing it to be replaced.

Application Field

As mentioned before, the 0318.200HXP fuse is designed for applications where space is at a premium, such as telecommunications, emergency lighting and automotive applications. In addition to these, it is also suitable for use in more demanding applications such as power systems and radio transmitters. The small size also makes it a good choice for industrial applications, where it can be used to safely protect circuits against overcurrents. As an added bonus, the 0318.200HXP fuse is considered to be one of the most reliable fuses available.

Conclusion

The 0318.200HXP fuse is a small, reliable fuse designed for use in applications such as telecommunications, emergency lighting and automotive applications. It is able to provide protection against a wide range of currents, making it suitable for use in more demanding applications such as power systems and radio transmitters. Its small size also makes it a good choice for industrial applications, where it can be used to safely protect circuits against overcurrents.