38314000000 Circuit Protection

38314000000 Application Field and Working Principle

The 38314000000 is a type of Fuse, used to protect circuits against overcurrent, overvoltage, short-circuits, or surges. It works by interrupting the current flow whenever the current levels exceed the limits specified by the manufacturer. The 38314000000 fuses are designed to limit the peak current levels, to prevent damage to the circuit components.

Application Fields of 38314000000 Fuse

The 38314000000 Fuse is designed for use in a range of electronic and telecommunication applications such as routers, office networks, cable TV, telephones, among others. These fuses are also suitable for electrical machinery, marine, automotive, and industrial applications. Their slim size and sophisticated design make them suitable for harsh and hazardous environments.

Working Principle of 38314000000 Fuse

The 38314000000 Fuse uses a wax pellet as its primary component, which is housed in a coil spring. When excess current flows through the circuit, it causes the wax to melt, enabling the spring to separate the two fuse points. This causes the current flow to be interrupted. In order to reset the fuse, the wax pellet needs to be replaced.

The 38314000000 Fuses are designed for a maximum current rating of 50A, with a voltage rating of 600V, and an interrupting rating of 65kA at 240V AC. The fuses are protected against overcurrent by a temperature-sensitive current-limiting device, which signals the melting of the fuse, thus preventing the damage of the circuit. It also has a fast-acting time-delay characteristic, which is dependent on the current size and rising-time.

Conclusion

The 38314000000 Fuse is designed for use in a range of electronic and telecommunication applications. It is characterized by its capacity to interrupt the current flow in case of an overload, and to provide higher system performance and reliability. With its fast-acting time-delay characteristic and robust construction, it is the ideal solution for a wide range of applications.