Why Fuse Have High Resistance at Diane Loftis blog

Why Fuse Have High Resistance. Fuse has low resistance with comparison to the load resistance of the circuit but has high resistance when compared to the wire of same. The fuse due to its. The current, i l , flows through both fuse and load. The temperature around the fuse wire rapidly rises,. Still, the fuse resistance is designed higher than other conductors such as the electric wires or interconnects in the circuit. Since, the fuse wire has high resistance, the wire heats up quickly, when huge current flows. Since the electric resistance of the fuse is much lower than that of the load circuit, the fuse under normal circuit conditions functions as a low resistance conductor. Fuse not blown), v f is i l *r, where r is the inherent fuse resistance. The problem was protecting the electrical appliances or the electrical circuit from passage of high amounts of current.

Fuse not blown), v f is i l *r, where r is the inherent fuse resistance. Since, the fuse wire has high resistance, the wire heats up quickly, when huge current flows. The current, i l , flows through both fuse and load. The problem was protecting the electrical appliances or the electrical circuit from passage of high amounts of current. Fuse has low resistance with comparison to the load resistance of the circuit but has high resistance when compared to the wire of same. The temperature around the fuse wire rapidly rises,. The fuse due to its. Since the electric resistance of the fuse is much lower than that of the load circuit, the fuse under normal circuit conditions functions as a low resistance conductor. Still, the fuse resistance is designed higher than other conductors such as the electric wires or interconnects in the circuit.

Why does Voltmeter have high resistance? Teachoo Teachoo Questions

Why Fuse Have High Resistance Fuse not blown), v f is i l *r, where r is the inherent fuse resistance. Fuse not blown), v f is i l *r, where r is the inherent fuse resistance. Since, the fuse wire has high resistance, the wire heats up quickly, when huge current flows. Since the electric resistance of the fuse is much lower than that of the load circuit, the fuse under normal circuit conditions functions as a low resistance conductor. Fuse has low resistance with comparison to the load resistance of the circuit but has high resistance when compared to the wire of same. Still, the fuse resistance is designed higher than other conductors such as the electric wires or interconnects in the circuit. The problem was protecting the electrical appliances or the electrical circuit from passage of high amounts of current. The temperature around the fuse wire rapidly rises,. The current, i l , flows through both fuse and load. The fuse due to its.

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