ESQT-108-03-L-D-370

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Rectangular connectors are a type of electrical connectors primarily used in the world of electronics that are used to create connections between two sets of contacts. Specifically, this type of connector is classified as a “Header, Receptacle, Female Socket” type of connector. As such, the ESQT-108-03-L-D-370connector falls under this classification. This article discusses the application field and working principle of the ESQT-108-03-L-D-370 connector.

The ESQT-108-03-L-D-370 connector is designed to be used when space is limited and high density connection is required. This connector can be used in applications ranging from electronics and communications, industrial controls, and instrumentation, to industrial and medical equipment. The reason for its wide range of applications is due to its ability to provide reliable electrical connections to multiple lines. This is accomplished thanks to its dual-row header connection design.

This connector is composed of two rows of male pins or contacts that are alternatingly staggered and positioned side-by-side. The pins are separatedby an insulating material that prevents electrical contact. On the other side of the connector is a female receptacle, also called a “socket.” The pins connect with the female contacts of the socket, as well as with each other for continuity. The terminals at the back of the female socket are then inserted into the appropriate type of printed circuit board and plugged in.

The working principle of theESQT-108-03-L-D-370 is based on two main characteristics – its quality of electrically connecting two sets of contacts, and its dual row configuration. The connector’s two rows of contacts are each made of a different material, allowing the user to have a variety of connections. This is because each row of contacts will have a different electrical characteristic, while still allowing the connector to provide a reliable electrical connection. For example, one row of contacts might have a higher electrical resistance, while the other row of contacts might have a lower electrical resistance.

Specifically, the male pins are composed of either a copper or an aluminum alloy. For copper contacts, they are usually composed of an alloy that provides optimal conductivity, and they are designed to have a low mating cycle contact and a high pull-out force. Additionally, the female receptacle or socket of the connector is typically made of a nylon material, which is resistant to a wide range of temperatures.

In order to provide a secure connection, the contacts of the male pins must be secured to the female receptacle. This is done by a special set of mounting hardware that is included with the connector. The mounting hardware comes in the form of screws, nuts, and metal plates, all of which are designed to securely attach the pins to the female contacts.

The ESQT-108-03-L-D-370 connector is an example of a high density connector used in a variety of applications. It has a dual row header connection design that allows it to provide reliable electrical connections to multiple lines, while preventing electrical contact with each other. Thanks to its alternatingly staggered rows of contacts made of varying materials, this connector is able to provide the desired electrical characteristics when connecting two sets of contacts. Additionally, its mounting hardware ensures that the connections are secure, thus creating a reliable electrical connection. By combining these characteristics, the ESQT-108-03-L-D-370 connector is well-suited for a variety of applications ranging from electronics and communications to industrial and medical equipment.

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