CLP-131-02-L-D-BE-TR

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Rectangular connectors are a popular type of connection interface used in both industrial and consumer electronics applications. CLP-131-02-L-D-BE-TR connectors are one such type of rectangular connector available on the market. This type of connector has uses in a number of different electronics applications, and this article will discuss the application fields and the working principle behind CLP-131-02-L-D-BE-TR connectors.

Application Fields of CLP-131-02-L-D-BE-TR Connectors

CLP-131-02-L-D-BE-TR connectors are suitable for use in a wide range of industrial, commercial, and consumer electronics applications. These connectors are often used in electronic controls, instrumentation, sensors, and other industrial or consumer electronics. CLP-131-02-L-D-BE-TR connectors are especially well-suited for use in medical, military, and aerospace applications, as they boast high quality and reliability.

The CLP-131-02-L-D-BE-TR connector is also suitable for use in industrial robotics, audio/visual equipment, plant/process control, and telecommunications systems. It is a reliable, durable connector able to withstand rigorous applications and conditions. It is a low cost solution for those seeking a reliable connection in a wide variety of electronic applications.

Working Principle of CLP-131-02-L-D-BE-TR Connectors

The CLP-131-02-L-D-BE-TR connector is a 2-position, D-type, surface mount, female socket. It is designed to mate with a standard-size male header to form a reliable connection. The connector features two contacts, an internal grounding section, and three securing points, which helps to ensure a secure connection.

The CLP-131-02-L-D-BE-TR connector operates via the principle of electrical conduction. The inner contact is spring-loaded, and when pressed, it extends outwards and makes contact with the male header. This contact serves to provide the electrical conductivity needed for the connection. The other contact, the outer contact, is simply pressed against the mating male header without the need for any spring-load or external force.

The grounding section of the CLP-131-02-L-D-BE-TR connector is designed to dissipate any electrical current that could result in a potential short circuit. This section also helps to ensure a secure connection to minimize the risk of the connector becoming loose over time. Lastly, the three securing points provide additional stability and a mechanical connection.

Conclusion

CLP-131-02-L-D-BE-TR connectors are well-suited for a number of different applications. They offer reliability and durability at a low cost and are suitable for an array of industrial, commercial, and consumer electronics applications. The working principle is simple; the internal contact is spring-loaded and extends outwards, while the outer contact is simply pressed against the mating header. The grounding section dissipates current and the three securing points provide mechanical stability. Together, these components form the basis of the CLP-131-02-L-D-BE-TR connector.

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