ESW-104-24-T-D-LL Connectors, Interconnects

ESW-104-24-T-D-LL is a type of rectangular connectors which falls into the categories of headers, receptacles, and female sockets. It was designed to provide reliable electrical contact between two mating connectors in a wide range of applications. This particular connector has been widely used in consumer electronics, lighting, industrial automation, and automation control systems.

Application Field

ESW-104-24-T-D-LL is suitable for power and signal transmission connection between communication nodes in many fields, such as computers, medical equipment, robots, machine tool controllers, aircraft components and industrial CNC equipment. Its application can be seen in automotive, aerospace, telecommunications, medical, military and industrial markets.

Working Principle

ESW-104-24-T-D-LL is a low-linked low-level board-to-board rectangular connector with an insertion depth of 3.35mm. It has a single-row centerline of 1.27mm and cable-to-board/board-to-board through-hole connections. The contact is gold-plated brass with contact resistance of <= 20mΩ and insulation resistance of >= 1000MΩ. It is designed to provide reliable electrical connection between two mating connectors and offers a high contact density for space-constrained applications.

ESW-104-24-T-D-LL is a low-cost solution for achieving secure electrical contact. The connector is equipped with a highly reliable, efficient and modular connector system suitable for a wide range of applications. It is designed to maximize current carrying capacity while acting as a safeguard against EMI and electrostatic interference. It has a widely spaced design for easy assembly and reliable mating. It also has superior mechanical properties, able to withstand high vibration and mechanical shock.

Conclusion

In conclusion, ESW-104-24-T-D-LL is a low-cost, reliable, efficient, and modular rectangular connector used in a variety of applications. Its contact is gold-plated brass with excellent contact resistance and high insulation resistance, making it suitable for use in high temperature, high vibration, and mechanical shock environments. It is designed with a high contact density and wide spacing, making it suitable for space-constrained applications. This connector provides reliable electrical connections and offers a high current-carrying capacity to maximize device performance.