3414.0113.24

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3414.0113.24 Application Field and Working Principle

Fuse 3414.0113.24 serves as an important component in many electrical systems and is used for the protection of electrical circuits. Its application field is wide, specifically in automotive, domestic and industrial environments, and in the military and aerospace industries. In addition, it is also designed for use in the DC power supply, AC, DC protection, surge protection and other applications.

Fuse 3414.0113.24 is a thermal fuse that works according to the thermal protection principle. It is made of a very thin conductive material with a high temperature coefficient, usually metal alloys. It is installed in series between two electrical devices. In the normal working state, the fuse has low resistance, and the current passes through it without a problem. But when the current exceeds the rated value, the heat generated by the high current can cause the heat of the conductive material of the fuse to increase rapidly, and eventually exceed the normal value of the melting point of the metal, resulting in a continuous increase in the resista­nce of the fuse, thus disrupting the flow of current.

In addition, the heat generated by the overload current also causes the conductive material to melt, thus breaking the continuous resistance. In this way, this kind of fuse can play a role in protecting the circuit from over-current. When the circuit encounters overload, the fuse can prevent current from passing through it and causing greater damage.

Fuse 3414.0113.24 can protect not only over-current but also over-voltage. The resist­ance of the metal alloy increases as the voltage increases. When the voltage exceeds the rated voltage, the resistance needs to be increased to such an extent that the current cannot pass through it. In this way, it can protect the device from over-voltage.

Fuse 3414.0113.24 is an important component for preventing over-current and over-voltage. It is mainly used in automobiles, homes, and industrial equipment. It can play an effective role in protecting the device from over-current or over-voltage and ensuring its safety and reliability.

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