66925-020LF

Rectangular Connectors are widely used in electronic applications for connecting printed circuit board and terminal system. 66925-020LF is one of the rectangular connectors with header, receptacle, and female socket. In this article, we will introduce the application fields and working principle of 66925-020LF.

Application Field

• The 66925-020LF is a 0.025-inch pitch connector available in single, dual, and triple row options with from 2 to 48 circuits. It is designed for reliable and robust mechanical and electrical connections that are appropriate for high-density interconnections.
• High-speed data transmission connections with reliability and long-term durability can be achieved with the 66925-020LF, making it one of the best solutions for applications in the automotive, consumer, and industrial segment.
• The 66925-020LF is most commonly used in large space chargers, cell phone chargers, and mobile device chargers.

Working Principle

The 66925-020LF features two types of housings, which are polarised to assure proper mating, one for the male contacts and one for the female contacts. The mating of pogo-pin and spring contacts provide excellent vibration/shock resistance and ensure quick and reliable connections.

The 66925-020LF is a standard IDC type connector. The tunnel entry is designed so that insulation displacement connectors provide a fast and reliable connection without the need for special tools or a dedicated terminal positioner.

The contacts have extremely low insertion force and the connector can support up to 5AWG wire gage with a wire retention force of 10.3 pounds (4.64 kgf). All parts are UL recognized and meet all industrial, automotive, medical, or high-speed standard requirements, making them suitable for any application.

Conclusion

The 66925-020LF is an excellent choice for high-speed, reliable connections in automotive, consumer, and industrial applications. Its tunnel entry design and insulation displacement connectors ensure fast and reliable connections, and its low insertion force and wire retention force make it suitable for any application.