GT8E-8S-HU(21)

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Rectangular Connectors - Housings are used in a wide range of applications, and GT8E-8S-HU(21) connectors are among the most popular types of housings used by electronics designers and engineers. Understanding this type of connector\'s application field and working principle is critical for anyone working in the industry or relying on the connector.

Connector Overview

GT8E-8S-HU(21) connectors are plastic molding housings that generally feature 8 points of contact. Each contact consists of an inner clip which makes contact with the appropriate mating part, and these contacts are outnumbered by the number of mating surfaces. GT8E-8S-HU(21) connectors, specifically, are Type II+M connectors with a nominal voltage of 1000V AC. Their height is 21.6mm with a width of 47mm, a length of 62mm, and a weight of 15g. These housings can accommodate custom designed contact systems that make them versatile for a range of applications.

Applications

GT8E-8S-HU(21) connectors are used in a wide range of applications. These connectors are often the preferred choice for space-constrained applications due to their small dimensions. GT8E-8S-HU(21) connectors are commonly used in the medical industry where their small size makes them ideal for inserting into tight spaces, and their custom designed contacts make them more reliable than traditional connectors. They are also used in the defense industry, automotive industry, industrial automation, aerospace, and telecommunications markets.

Working Principle

The working principle of GT8E-8S-HU(21) connectors revolves around the contacts within the connector that create an electrical connection when mated. The connector consists of two separate pieces: the base module and the contact pins. The base module is the main body of the connector and is responsible for providing a secure housing for the contact pins. The contact pins are inserted into the base module and are responsible for making electrical contact with the mating piece. When the contact pins are inserted into the base module, the pins are held firmly in place with metal clips and springs, providing a reliable connection.

The contact pins are spring loaded and have a center plate with a gap in the center. This gap allows for a controlled amount of electrical resistance when the contact pins come in contact with the mating piece. The spring loaded contact pins also feature a center plate that creates an airtight seal when the contact pins are inserted, providing additional protection from dust and water ingress. The pins are secured by a locking mechanism to ensure that the connection is secure and reliable.

Conclusion

GT8E-8S-HU(21) connectors are versatile and reliable components that are widely used across a range of different industries. Understanding their application field and working principle is critical for anyone who needs to create a reliable connection. Moreover, with the ability to accommodate custom designed contact systems, GT8E-8S-HU(21) connectors are the preferred choice for many difficult and space-constrained applications.

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