0698Q2000-02 Circuit Protection

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Fuses: 0698Q2000-02 Application Field and Working Principle

Fuses are an important component in electrical systems used to protect various parts of the system from overcurrents. The 0698Q2000-02 is a fuse designed for applications where fast response and low voltage drop, high interrupting and high cyclic, and low breaking capacities are required. This article will discuss the application fields of the 0698Q2000-02, and explain the working principle and operation of the fuse.

Application Fields of 0698Q2000-02

The 0698Q2000-02 fuse is specifically designed for applications where fast response and low voltage drop, high interrupting and high cyclic, and low breaking capacities are required. It is designed for lighting and portable electronic appliance protection in consumer electronics, computer protection, and telecommunications protection. It is also suitable for medium-voltage power circuits. This fuse has UL recognized ratings up to 600V/0.2A, and is compliant with UL 248-14.

Working Principle and Operation of 0698Q2000-02

A fuse is a device designed to protect circuits against overcurrents. It is a short length of wire, made of a material with a low melting-point, placed in series within a circuit. In normal operation, the wire can handle the amount of current flowing through the circuit without melting. However, if an overcurrent should occur, the wire heats up and melts, breaking the circuit and preventing further damage to the circuit components.

The 0698Q2000-02 fuse works on the same principle as other fuses. When an overcurrent flows in the circuit, the wire heats up and melts, breaking the circuit. It has a UL recognized rating of 600V/0.2A, where 0.2A is the current rating of the fuse. When the current exceeds the fuse rating, the fuse wire melts, and the circuit is broken.

The 0698Q2000-02 features fast response and low voltage drop. Its contact points are isolated during normal operation, limiting the voltage drop across the fuse. In addition, the fuse is designed to respond quickly to short circuits, and disconnect them quickly. The high cy

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