ESQT-102-02-F-D-613

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The ESQT-102-02-F-D-613 is a rectangular connector product within the category of Headers/Receptacles/Female Sockets.

It is an interconnect system designed specifically for power and signal connection applications. This connector includes an insulator that separates a pair of conductive elements. It is a two-piece, non-preloaded design, specifically meant for PCB-only mounting.

The headers/receptacles/female sockets of the ESQT-102-02-F-D-613 are designed to mate with 2.54mm-pitch headers or receptacles. It is also compatible with other types of rectangular connectors, with various pin counts. It offers reliable and secure connections with a low-profile design making it ideal for many applications.

The ESQT-102-02-F-D-613 is characterized by its molded polycarbonate housing with an upper and lower part that are inserted together for assembly. These two parts are then held together with polyamide retaining clips. The clip secures the two parts and facilitates insertion and removal of the header/receptacle/female socket.

The product contains two opposing, insulated contact terminals. Between the contact terminals is an adjustable shoulder which allows for the product to be adjusted, ensuring a secure connection with the mating connectors. The adjustable shoulder allows the product to be flush-mounted on multi-layer printed circuit boards.

The contact terminals on the ESQT-102-02-F-D-613 are made of nickel-plated copper alloy. This makes them highly conductive, resulting in a secure connection. They also include a “cage” design which allows a single terminal to make contact with multiple mating contacts. This ensures that all contacts have a secure connection.

The ESQT-102-02-F-D-613 is a simple, reliable product for the connection of power and signal cables to printed circuit boards. Its adjustable shoulder feature helps to ensure a secure connection, and its nickel-plated housing and contact terminals make it highly conductive. The components of the connector are designed for durability and reliability, making it a great choice for a multitude of applications.

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