1-534237-1

Headers, Receptacles, Female Sockets

Rectangular Connectors type 1-534237-1 are reliable connectors commonly used in various electronic components and circuits. The rectangular frame of this type of connector contains two parts - headers and receptacles, with female sockets on either side. The header serves as the perimeter basis of the connector and the receptacle provides the strength and power support.

Application Fields

1-534237-1 is designed for PCBs (Printed Circuit Boards). Its terminals are designed for mass termination into printed circuit board. 1-534237-1 is also commonly used as an interface between PCBs and other components or systems. It contacts multiple components all at once while maintaining superior alignment between circuits and contacts.

1-534237-1 is typically used in high-end computer and network applications. It is widely adopted in the field of communication, consumer electronics, medical equipment, automotive electronics, etc.

Working Principle

1-534237-1 is designed with a die-cast zinc housing for strength and durability, allowing it to sustain high temperature, vibration, and pressure. The insulator is made from a high-performance thermoplastic material to ensure excellent insulation. Every self-contained unit features gold-plated pins for improved contact quality. Contact resistance is ensured to be below 5 mΩ.

1-534237-1 comes with an external shield for noise elimination and electrostatic protection. This shield can be released by contracting the provided knob, providing for multiple design possibilities. The connector is equipped with a strengthening bracket that gives additional support and stiffness to the whole unit.

Ensuring reliable connections, 1-534237-1 works according to the hot plugging method. This works by inserting the blunt-tipped male pins of the plug into the female socket of the receptacle. The special geometry of the pins enables them to provide excellent electrical connection, which is thus maintained by resilient springs. This connection is robust enough to provide high-speed data transmission with no loss.