7100.1163.96

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Fuses and Their 7100.1163.96 Application Field and Working Principle

A fuse is an important electrical safety device used in electronics and a general term that refers to the device used to protect an electrical circuit from an excessive amount of current. Generally, a fuse will contain a small strip of metal that melts and breaks an electrical circuit if there is an excessive amount of current going through the element. Fuses are typically made of zinc-copper alloy which can be molded into various shapes, and the 7100.1163.96 is made of a special heat shield encapsulated in a thermally superior epoxy compatible material.

7100.1163.96 Application Field

The 7100.1163.96 fuse is generally used in the automotive industry and for heavy-duty applications as it is able to meet the demanding requirements of controlling inrush currents from large accessories. Additionally, the 7100.1163.96 is designed for the semiconductor protection function of various measurement, control, and industrial automation systems.

The 7100.1163.96 is suggested for protection against current overload and short-circuit, circuit overload, and motor overload, and it is an ideal choice for electric vehicles due to its low hum noise and high surge capacity. It is also widely utilized in electric vehicle power systems and solar power systems.

7100.1163.96 Working Principle

The 7100.1163.96 fuse is designed to protect an electrical circuit from excessive current by an internal overload device. When the current flowing through the element reaches a predetermined level, the element melts and breaks the circuit, thereby interrupting the flow of electricity. This process is called a “trip” and causes the fuse to become ineffective.

When a circuit is protected by a 7100.1163.96 fuse, the amount of current flowing through the fuse element is indicated by its resistance. When the current level reaches beyond the predetermined threshold, the element melts, which results in a breakage in the circuit and prevents an excessive electric current from crossing the threshold to cause a hazardous situation. Since the fuse is a sacrificial device, it needs to be replaced after every trip.

Conclusion

Fuses are essential for protecting electrical circuits from excessive current and preventing hazardous situations. The 7100.1163.96 fuse is a type of fuse commonly used in the automotive industry and for heavy-duty applications, as its low humming noise and high surge capacity make it an ideal choice in electric vehicle and solar power systems. Moreover, its working principle is based on an internal overload device that melts and breaks the circuit when the current level reaches beyond the predetermined level. If this happens, the fuse must be replaced in order to continue using it.

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