CLE-123-01-G-DV

CLE-123-01-G-DV is a rectangular connector mainly used in the electrical engineering field. It is a header, receptacle, and female socket connector, offering reliable and robust connections between electronic components, animals and controllers. It is widely used in high-frequency applications and is designed to be used alongside coaxial cables.

The CLE-123-01-G-DV works by transducing different forms of energy transfers into electrical current, providing sufficient and reliable current transfer for a wide application range, including high-voltage and -frequency environments. It is designed with a sturdy and durable material, enabling it to be used in harsh and extreme climatic environments, like in sub-zero temperatures or extreme atmospheric pressure condition.

Its design features a high degree of durability, providing protection against wear and tear, corrosion, and shock, making it suitable for a wide array of electromechanical applications. Additionally, its insulation is rated to IP 68 for excellent protection against dust, moisture and shocks.

In terms of its application field, CLE-123-01-G-DV is widely used in the automotive, military, aerospace, robotics, automation, and medical industries for assembling variety of electronic components. It is also popular in instrument applications needing reliable, secure, and robust connections.

The working principle of this device is quite simple. When appropriately fixed into a mating port, its pins ensures the connection between the connected parts, providing efficient and reliable current transfer within a specified range and voltage. Additionally, it is designed to be work in a low-voltage condition, making it ideal for a variety of light to medium-load applications.

In short, the CLE-123-01-G-DV is a reliable, secure and robust rectangular connector, which is mainly used for connecting electronic components. It offers reliable current transduction and is designed to withstand extreme climatic and atmospheric conditions. It is widely used in various industries for a variety of applications requiring reliable and efficient current transfer.