ESQT-107-02-L-Q-730

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The ESQT-107-02-L-Q-730 is a series of rectangular connectors typically used in communication, medical, automotive, and other industrial applications. This type of connector is generally categorized in the family of “headers, receptacles, female sockets.”

Headers, receptacles, and female sockets are defined as follows:

• A header is a device that is mounted on a board and contains the contacts that will mate with other pieces of electric circuitry.
• A receptacle is the opposite of a header and is mounted on the other board and contains the contacts that will mate with the header’s contact points.
• A female socket is the form of a header that contains both the pins and sockets of the contact points, allowing either a header or receptacle to mate with it.

The ESQT-107-02-L-Q-730 is a series of rectangular connectors that enable reliable contact in industrial applications. It is composed of two parts: a receptacle and a header. The receptacle part of the connector is mounted on the board and contains the contact points that will mate with the header part. The header contains the contact points that will mate with the receptacle on the board.

The advantage of using this type of rectangular connector is that it is reliable and a robust design. Its design provides superior contact reliability and a secure mechanical connection. It also has a low insertion and withdrawal force, reducing the risk of damage to the contact points and providing a reliable connection.

The header of the connector contains several physical features. It has a circular or rectangular shape with a defined junction. The junction is formed after the contacts are pressed on the terminal of the header. The terminal is generally made of a plastic material or a metal material and is designed to accept the contact points. The contact points can be composed of copper or metal alloy, and the housing is usually composed of a metal or plastic material. The mechanical locking of the header is usually done by inserting the header into the receptacle and locking it with a screw or a spring.

The receptacle of the ESQT-107-02-L-Q-730 connector contains the same features as the header. It also contains the contact points that will mate with the header. The mechanical locking of the receptacle is also done by inserting the header and locking it with a screw or a spring. The receptacle also has a rounded or rectangular shape depending on the application.

The contacts of the ESQT-107-02-L-Q-730 connector are made of either a copper or nickel plated copper. The contacts have an insulation sleeve to protect and insulate the contact points from the electrical lines. The insulation sleeve is generally composed of plastic material and is compressible so that it can be easily compressed when the connector is inserted into the device. The contacts also have a plating to provide corrosion resistance. The plating is generally composed of a nickel-plated copper.

The working principle of the ESQT-107-02-L-Q-730 rectangular connectors is simple. When the header is inserted into the receptacle, the contact points are first inserted into the terminal of the header. Then, the header is physically locked into the receptacle using a screw or a spring. This ensures a secure mechanical and electrical connection between the two components. The header’s contact points and the receptacles contact points are then connected electrically to form an integrated circuit. This circuit allows for reliable communication between the two components.

The ESQT-107-02-L-Q-730 rectangular connectors are ideal for applications where a reliable contact is necessary. This type of connector is widely used in the communications, automotive, medical, and industrial fields. They are reliable, robust, and provide superior contact protection. The working principle is relatively simple and provides a secure mechanical and electrical connection.

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