0MEG200.L

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Fuses are devices designed to protect electrical circuits from damage caused by an overload or short circuit. The 0MEG200.L is an ultra-fast self-recovering surface mountable fuse designed for maximum circuit protection from over-current incidents. Designed for standard multilayer chips (MLCCs) and MLPDs, this fuse provides a maximum amperage rating of 200A and interrupt capacity up to 6500A.

Application Field: The 0MEG200.L fuse is designed for and suitable for use in a wide variety of applications. The most common applications involve providing circuit protection for applications such as electric vehicles, solar energy, LED lighting, personal computers, and consumer electronic appliances.

Working Principle: The 0MEG200.L is a self-resetting fuse and works in a very simple way. The fuse is designed to “burn open” when the current exceeds its amperage rating. When the current drops back under its amperage rating, the fuse automatically resets itself and the circuit can remain operational. Because of this self-resetting action, the fuse is suitable for applications that require quick and easy current overload protection.

The 0MEG200.L also has several features that make it extremely useful in applications related to circuit protection. Its small size helps reduce the size of the overall electrical system. Additionally, its surface mountable design makes it suitable for use in tight and confined spaces. Furthermore, its high interrupt capacity and superior maximum amperage rating make it suitable for applications requiring high current protection.

In summary, the 0MEG200.L fuse is a very useful device when it comes to protecting electrical circuits from damage due to high currents and short-circuits. Its small, surface-mountable design makes it suitable for use in confined and tight spaces, while its ability to reset itself makes it suitable for use in a wide variety of applications. Furthermore, its high maximum amperage rating and excellent interrupt capacity make it suitable for protecting circuits from electrical overloads.

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