178.0002

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Fuseholders are an essential component in most electrical circuit designs. Despite their small size, fuseholders play an important role in preventing faults due to over-current or short-circuiting. Here we shall discuss the application field and working principle of the 178.02 series of fuseholders developed by ECCO-FUSE.

Application Field:

The 178.02 series of fuseholders by ECCO-FUSE is ideally suited for use in circuit designs where wide temperature variations are expected. This makes the fuseholders ideal for applications where temperature changes can have a serious effect on the performance of electrical circuit components. Examples of such applications include medical, telecommunications, and automotive systems.

The 178.02 fuseholders are also suitable for use in high density circuit designs due to their small size. These fuseholders can accommodate a wide range of fuse sizes and types, making them suitable for many different circuit designs.

Working Principle:

The 178.02 series of fuseholders by ECCO-FUSE is designed to ensure maximum safety when used in electrical circuits. The fuseholders feature an anti-vibration design which prevents any minor movements from causing the fuse to become loose or disconnected. This ensures that the fuse remains in place and that the circuit has maximum protection against dangerous current and voltage fluctuations.

The design of the 178.02 series of fuseholders also ensures that the contacts remain clean of any debris or dirt. The contacts are also coated with a special corrosion resistant material, which increases the life of the fuseholders and ensures that the maximum protection is provided to the circuit.

Conclusion:

The 178.02 series of fuseholders from ECCO-FUSE is a reliable and effective solution for use in a wide range of circuit designs. The anti-vibration design and corrosion resistant contacts ensure maximum safety when used in circuits which are exposed to high temperature variations while their small size allows them to be used in high density circuit designs.

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