0214025.LXN

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0214025.LXN fuses are used in a range of applications, mainly related to automotive and electronic industries. They are used in special electrical protection tasks, such as providing overload protection for circuits and protecting circuits from short-circuiting. In terms of electrical protection, LXN fuses provide quality and reliable performance, making them ideal for mitigating surge-related damage. They are also used in other applications, such as power distribution and control, signal and power management, and load balancing in systems.

LXN fuses are one-time-use action components with different current ratings and features. They are mainly designed to provide short-circuit protection. Unlike traditional fuses, they have lower power dissipation, enabling them to open the circuit quickly without consuming an excessive amount of energy.

The functioning principle of LXN fuses is based on the presence of a metallic strip partially embedded in a material, which can be either ceramic, plastic or glass. The metallic strip usually consists of copper, brass or aluminum, and contains a thin strip of the metallic element on its core, which changes its state when exposed to extreme temperatures. When a current overload occurs, or a short circuit happens, the temperature increases and causes the resistive element of the metallic strip to expand and eventually break, resulting in the interruption of the circuit.

LXN fuses have various characteristics depending on their type. They can be classified according to their current rating, which indicates the amount of current they are capable of handling. Additionally, they are also classified in terms of their interrupt or breaking capacity, which is usually expressed in terms of kiloamperes. Furthermore, they come in various material segments, for instance, glass, ceramic and plastic, that offer varying degree of insulation against external electric currents.

In addition to their usual role in protecting circuits, LXN fuses are also used to detect system failures or faults. If a certain system is exposed to an abnormal amount of current, it can cause severe problems, such as short-circuiting, which can destroy the components of the system. Therefore, LXN fuses are used as an aid to detect these issues. When such an event occurs, these fuses open the circuit and break the connection. Nowadays, LXN fuses are also often used to carry out testing of equipment and installations, since they can provide an indication of the safety of the equipment or system.

Overall, LXN fuses are widely used in automotive and electronic industries, and are one of the most important components for providing electrical protection. They are available in various sizes and ratings, depending on the particular application that they are used for. They are also well-suited for testing systems or detecting faults, and are increasingly being used in power distribution and various other tasks.

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