HLE-119-02-LM-DV

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Rectangular connectors have become a widely used and necessary component within a variety of industries, including the automotive and medical industries. They serve an important purpose in the interconnection of different electrical components in complex systems. HLE-119-02-LM-DV is a type of rectangular connectors that has seen popularity in recent years. It is commonly used as a header connector and can be seen in application fields such as industrial components, models, and motors.

HLE-119-02-LM-DV has an array of features that make it well-suited for its application field. It is a durable connector that is designed to last. It is sealed with either plastic or rubber, keeping dirt and debris out and preventing wear and tear. Its contact pins are gold plated and are resistant to corrosion, making them reliable even with long-term use. Its soldering terminal pins are resistant to heat as well, which makes it well-suited for high-temperature environments. It also has a 90°angle design which allows for easier installation in short-spaced environments. Overall, the HLE-119-02-LM-DV header connector provides an ideal connection for a variety of electrical needs.

In regards to working principle, HLE-119-02-LM-DV header connectors work by using the simple principle of thermocoupling. This type of connector utilizes two metal contacts of dissimilar metals that come in contact with heat. When this occurs, a temperature-dependent voltage is generated between the two contacts. This voltage can then be used to manipulate the current that flows through the circuit. The generated current is then used to power the various electrical components within the circuit.

HLE-119-02-LM-DV header connectors provide robust and reliable connection solutions for a variety of applications. They are most commonly used as headers for electronic components, models, and motors. They are also used in industrial components, such as control boxes, power-distribution modules, and more. Most importantly, their robust design and thermocoupling working principle make them well-suited for high-temperature environments and short-spaced installations.

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