10124414-12JLF

Backplane Connectors - Specialized - 10124414-12JLF application field and working principle

The 10124414-12JLF is a specialized backplane connector developed by Amphenol for the purpose of reducing cross-talk and optimizing signal transmission for high speed digital applications. The connector has an extremely high signal bandwidth and is optimized for maximum signal integrity and low system power consumption. This connector is an ideal choice for high speed application such as 10/100/1000/10G Ethernet, 6G & high speed video, PCI Express, and serial digital video interfaces.

The 10124414-12JLF features a push-pull design that requires no additional pin lock mechanism. In operation, the fine pitched contacts provide extremely low profile contact surfaces which minimalizes crosstalk and enables higher transfer rate. A board mating surface with dual guide features ensures an extremely robust connection between the backplane and the interconnect cable. The guide design further ensures a secure lock with quick and easy connections. In addition, the 10124414-12JLF features a low insertion force that reduces plane stress when making the connection, further ensuring a reliable contact.

The 10124414-12JLF offers a wide range of features including keyed-connection inserts, five key options, and gold-plated solder tails contacts. The five key options allows for different orientations of the cable connector, and the gold-plating further increases the signal integrity. The connection also ensures a shielded connection with high-speed digital applications, which helps to reduce EMI and RFI interference.

The 10124414-12JLF is a reliable, high performance, and cost-effective backplane connector for high speed digital applications. It is compatible with all Amphenol high speed digital boards and offers a reliable and secure connection. With its low profile contact surfaces, keyed-connection inserts, five key options, and gold-plated solder tails contacts, the 10124414-12JLF is one of the most advanced connectors available for high speed digital applications.