An explosion-proof fuse is a fuse that does not explode or burn on the basis of the fuse itself blowing to cut off the current. If an explosion-proof fuse is correctly placed in the circuit, the safety will be greatly improved.

The breaking capacity of a fuse refers to the maximum current value under the rated voltage at which the fuse can safely break the circuit without breaking. Fuses can be categorized into high breaking capacity and low breaking capacity according to their breaking capacity.

Fuse is a safety component that needs to be able to safely blow without damaging the surrounding circuit. Breaking capacity is one of the indicators to ensure that a fuse can safely break a circuit.

Despite the differences in materials, characteristics and application scenarios between glass and ceramic fuses, they are still somewhat interchangeable under certain circumstances.

Fuses are an indispensable component in electronic equipment and circuit protection. Among them, glass fuses and ceramic fuses, as two common types of fuses, each have unique characteristics and application scenarios. Next, let’s understand the difference between the two.

Glass fuse is a kind of fuse, which is a safety device that protects the whole circuit board and the circuit by blowing its own fuse when there is an abnormality in the circuit (the current, temperature, voltage, etc. are abnormally high).

Thin type thermal fuse is specially developed for lithium ion battery over temperature protection.

When installing a thermal fuse, you need to pay attention to these points. If not done properly, it may cause unnecessary damage.

Thermal fuses, also called thermal cutoffs, are temperature-sensing circuit cutoff devices. Thermal fuses can sense the overheating generated in the abnormal operation of electrical and electronic products, and thus cut off the circuit to avoid the occurrence of fire.

We often hear the word fuse in our daily life, but do you know what kind of material fuses are made of?