ESQT-107-02-H-6-379

ESQT-107-02-H-6-379 Application Field and Working Principle

Rectangular connectors are widely used in electrical engineering. The ESQT-107-02-H-6-379 series, for example, is designed for use in industrial machinery, medical equipment, and consumer products. It provides a reliable connection between printed circuit boards (PCB) and other components while offering an economical solution for a wide variety of applications.

The ESQT-107-02-H-6-379 series emphasizes design versatility for various connection solutions. It has a wide variety of pin/socket selections, as well as different contact arrangements. Pin types include dual-contact, single-contact, and variable-contact types with gold or tin plating.

The ESQT-107-02-H-6-379 series consists of various headers and receptacles, but is normally used with female sockets, or female-to-female connectors. The headers accept cable assemblies with a typical mating style, including female-to-footprint types. It also includes a self-latching design for easy cable assembly. In addition, it provides a variety of options for mounting, such as vertical or horizontal mounting, depending on space requirements.

The ESQT-107-02-H-6-379 series is designed to provide reliable performance in various environments. It is rated for up to 15A, 40V and IP65-67, and has an operating temperature of -25°C to +125°C. Its insulation resistance value is over 5GΩ.

In terms of its working principle, the ESQT-107-02-H-6-379 series uses pins and sockets to connect the components, with each pin being connected with its socket. The pins and sockets are held together by force, creating a secure connection. The female sockets are designed with a tapered shape, which makes the insertion and extraction of the pins easier. The pins and sockets are designed with gold or tin plating, which helps to ensure electrical conductivity by eliminating any corrosion that may occur due to oxidation.

The ESQT-107-02-H-6-379 series of rectangular connectors is designed to provide reliable connections between a wide range of components and systems. Its design ensures versatility, durability, and a secure connection. It is especially suited for applications where cost and space are a concern.