0KLC007.T

0KLC007.T Application Field and Working Principle

0KLC007.T is a low current branch clocked fuse. It is mainly used in telecommunications systems, electrical power systems, and the other sensitive electronics systems. 0KLC007.T is constructed primarily of a ceramic tube, core wire, end caps, and supporting devices. The 0KLC007.T includes a melting element of silver-based alloy that melts at a designed temperature when the current exceeds a specified level.

The working principle of 0KLC007.T is to serve as a protective device of circuit or equipment. The fuse will interrupt the continuity of the circuit when the current of the circuit exceeds the rated current. The fuse element consists of a conductive metal material whose electrical resistance is very small. When the current through it is small, the fuse element won\'t melt and therefore the conductive state of the circuit is maintained. But when the current exceeds the rated value, its temperature rise is greater than its heat dissipation, so that the fuse element melts quickly to separate the conductive connection of the circuit.

The fuse element of 0KLC007.T consists of electrical conductive material, which maintains good connected state when the current passing through the fuse is lower than the rated value, so that the circuit is not interrupted. But when the current passing through the fuse exceeds the rated value, the fuse element will heat up and melt, thereby interrupting the circuit. Therefore, the 0KLC007.T acts as a protective device that can prevent the overload or short circuit of the circuit or equipment caused by current passing through the fuse exceed the rated value.

In addition, the 0KLC007.T uses a ceramic tube to ensure good electrical insulation and safety. The end caps and supporting devices are used to secure the fuse in the circuit or device. In order to compensate for the contact pressure, a spring may be used. Finally, the ceramic tube and the fuse element are filled with a high purity glass frit material, which can cool down the fuse element quickly and also provide a high insulation strength for the fuse element.