PRPC036SGAN-M71RC

PRPC036SGAN-M71RC is a type of rectangular connector – headers, male pins. This product is produced by Hirose, a leading supplier of connectors and cables in the electronic engineering world. It features a 2mm miniature space-saving coaxial connector, a high density, high cycle life and a secure latching system.

The PRPC036SGAN-M71RC is a two-position mechanical interlock connector that provides two current paths, one for the common signal and one for the individual signal. It is designed for use in small form factor applications such as small modules and subsystems where size and weight restrictions are in place. This connector is a board-to-board solution that is ideally suited for mounting onto high density printed circuit boards with connector mountings as small as 7.2mm.

In terms of connection, the M71RC offers a combination of a blind mating assembly with an automatically locatable connector. This ensures that both the cable assemblies and the board-mounted connector make contact at the same time. The contact pads of the M71RC are highly reliable and feature a latch protection system which prevents accidental disconnection. The mating cycle life is up to 2000 insertion/removal cycles.

The PRPC036SGAN-M71RC is designed to work within a temperature range of -40 to +125°C. It is also highly resistant to dust and liquids with an IP67 rating. Additionally, the connectors display excellent environmental characteristics, such as excellent temperature resistance and shock resistance. The connectors also feature a unique 360° EMC shield that guarantees reliable protection against electromagnetic interference.

Overall, the PRPC036SGAN-M71RC is a highly reliable and secure connectivity solution that is ideal for a wide range of applications in the electronics industry. From USB, DVI, HDMI and other digital video connections to high speed data transmission and data storage, the M71RC has many applications. It is a highly versatile, cost effective solution and is designed to meet the ever increasing demands for space saving devices.