KLDR03.5TXP

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Electrical, Specialty Fuses, especially those of the KLDR03.5TXP type, are used for many applications, from automotive to industrial and even in LED lighting systems.

The KLDR03.5TXP is a miniaturized, high-performance, midget-blade type fuse. It combines superb physical mounting interface, such as tightly gripping and mechanical protection requirements with excellent electrical characteristics, such as low voltage drop and fast response. The KLDR03.5TXP fuse is designed specifically for applications ranging from power semiconductor control to consumer electronics.

KLDR03.5TXP fuses provide very low voltage drop, fast response time and current limitation which is controlled within the current rating of the fuse within its range. This fuse also has excellent high interrupt capacity in its low current range, and is designed to protect products such as automotive electronics, power semiconductors, miniature Motor Control Products, small panel-mount water coolers, and Information Technology Equipment.

When it comes to the working principle of the KLDR03.5TXP, it depends on the type of protection at hand. For general over-current protection, the fuse is built with two conductive strips that separates a thin fuse element. When the current exceeds the rated limit, the fuse element heats up and melts, thus breaking the link and so disconnecting the circuit. In this way, over-current is prevented from damaging costly components.

The KLDR03.5TXP can also be used for specific kinds of protection. For instance, it can be used for transient suppression, which involves relying on a reactive mechanism consisting of a combination of self-recovery fuses and capacitors. It can also be used for line protection, which involves protecting the power line against spikes and over-current due to short-circuits and over-voltage.

The KLDR03.5TXP is the perfect choice for applications where electrical performances and physical mount requirements are combined. It is designed for fast response, high-energy capability with low voltage drop, maximizing its protection against over-current and transient suppression. Thanks to its high-performance characteristics, the fuse provides overload protection and primary current limitation, bringing superior protection against transients and line-side faults.

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