LFH252001C

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Fuseholders are electrical components used to secure electrical fuses in an electrical circuit. When exposed to high electrical currents, they protect the circuit from getting damaged due to overcurrent. Fuseholders come in a variety of shapes, sizes, and designs to accommodate various types of fuses.

The LFH252001C is a type of fuseholder manufactured by Littelfuse. It is designed for latching and is made of high-temperature resistant material, making it suitable for use in high temperature environments. This product is suitable for use in automotive, power systems, industrial, telecom, and consumer electronics applications.

The LFH252001C fuseholder is composed of three main components: the housing, the contact, and the cover. The housing is the main body of the fuseholder. It is designed to be durable and wear-resistant. It consists of a base, a latch, and posts. The posts are designed to clip onto the fuse and secure it in place. The contact is the part of the housing that connects to the fuse. It is made of copper or brass alloy and is designed to provide a reliable electrical connection to the fuse. The cover is the top part of the housing and serves to both protect the fuse from dust and to create a finished appearance.

The LFH252001C fuseholder works by providing a mechanical and electrical connection between the fuse and the device. The housing provides a secure mechanical connection, while the contact provides an electrical connection. The fuseholder works by allowing current from the device to travel to, but not pass through, the fuse. When the current is too high or a fault is detected, the fuse will open and the current to the device will be shut off, preventing damage to the device.

The LFH252001C is a reliable and robust fuseholder suitable for use in many applications. It has a low profile design, allowing it to fit in tight spaces where other fuseholders may be too large. It is also designed to be highly resistant to corrosion and vibrations. Its latching design ensures a secure connection between the fuse and the device, providing reliable protection against overcurrent.

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