ESQT-111-02-F-D-675

ESQT-111-02-F-D-675 is part of the rectangular connectors collection of headers, receptacles, and female sockets. The rectangular series of connectors offer a compact solution to accommodate smaller applications without sacrificing on performance.}

This series is especially useful in the development of electronic devices where space is at a premium. The modular design of the rectangular series ensures that applications are able to expand up to a high amperage to meet increased performance demands. They offer a reliable connection for current ratings up to 6A and voltage ratings up to 24V AC/DC.

The ESQT-111-02-F-D-675 in particular is a two-piece module designed for single-line connections. It features a header with two solder-type pin contacts and a receptacle with two female pins. The header is made of a carefully machined dielectric substrate and the receptacle is made of corrosion-resistant steel and gold-plated contacts.

The ESQT-111-02-F-D-675 is designed for use in a wide variety of applications, including industrial, automotive, computer, communications, medical, aerospace, and military. They are great for connecting high-speed data signals, power control lines, and even differential analog signals.

The working principle behind the ESQT-111-02-F-D-675 relies on three main components. The first component is the header, which securely locks into the receptacle. The receptacle is then connected to the mating contact. Lastly, the contact or pin mates with the two female pins of the receptacle.

In order for the connection to be successful, both the header and receptacle must be able to securely fit together. Furthermore, the contacts must be able to make proper contact with the female pins. The contact and the pins need to have gold plating to ensure proper connectivity.

The ESQT-111-02-F-D-675\'s small size and reliable connection make it ideal for applications where space is at a premium. It provides a reliable and cost-effective solution for connecting various electronic peripherals. Its modular design also ensures that applications are able to expand up to a high amperage without sacrificing on performance.