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Rectangular Connectors - Headers, Receptacles, Female Sockets

A rectangular connector is an electronic device designed to make interconnections between circuit boards, devices, and other components using a variety of electronic connectors. The most commonly used rectangular connectors are called headers, receptacles, and female sockets. They come in a variety of sizes and shapes and are designed to provide maximum flexibility in connecting a wide variety of different components.

A header is a rectangular male-oriented connector. It has a series of metal pins attached to the top and bottom of the connector body. The pins are arranged in rows or patterns, with the bottom row providing a ground connection and the top one providing a positive voltage for power and data transmission.

A receptacle is a female connector that sits on the other side of the header. Receptacles provide a receiving port to accept the pins from the header. Receptacles are usually designed with a spring loaded tension bar that helps ensure reliable contact. The most commonly used type of receptacle is the one that has two rows of pins.

Female sockets are the opposite of headers, as they are female-oriented connectors. They are typically used to connect female-type devices and components, such as cables and plug-in devices. Female sockets usually have a pair of metal tabs at the top and bottom of the connector, which act as the connection points for the devices. The sockets are designed to accept a specific type of connector, such as a standard electrical plug.

ESQT-150-03-L-Q-380 Application Field and Working Principle

The ESQT-150-03-L-Q-380 is a rectangular connector that is designed for use in a variety of electronic applications. It is primarily used as a female receptacle, but can also be used as a header or female socket. The connector is designed with a three-pin design that features gold plating to ensure a high-quality connection and provide maximum reliability. The pins are arranged in a flat pattern allowing for easy layout and installation.

The ESQT-150-03-L-Q-380 is designed to accept two rows of pins, so it can be used to connect components in both series and parallel circuits. The connector is designed to allow for a efficient and reliable connection between devices, making it an ideal solution for a variety of electronic applications. The design also helps to reduce electromagnetic interference for better signal quality.

The connector also has a unique locking mechanism that ensures that the pins remain securely connected. This locking mechanism helps to prevent accidental disconnection or short circuits. The design also features an innovative insulation system that provides increased protection from corrosion and temperature fluctuations.

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