LTMM-117-02-F-D-SM-LC

LTMM-117-02-F-D-SM-LC Application Field and Working Principle

LTMM-117-02-F-D-SM-LC rectangular connectors, also known as headers, male pins, belong to the family of rectangular connectors which is widely used in different fields. This series of connectors is designed as per LTMM-117 standard using double row of contacts having 02 positions, stack mount receptacle with both top and side entry, SMT, male PCB pins with coupling. It provides superior performance for many applications, including data transfer, networking applications, equipment and device control, and device interconnections.

LTMM-117-02-F-D-SM-LC rectangular connectors feature solid design for higher durability, improved density with up to 464 contacts per m², and a secure fit for application flexibility. The contact system is designed for improved contact retention with high mechanical force to reduce mating cycles and minimize contact wear. It is manufactured with advanced techniques, using top-grade raw material for increased reliability.

The working principle of LTMM-117-02-F-D-SM-LC rectangular connectors is based on the contact finger design of the female and male connectors. The contact fingers in the female connector secure the contact pins in the male connector. The contact pins on the male connector also ensure the connection of the mating conductors in the female connector. The contact pins integrate the conductors in the female connector and provide good electrical, thermal and mechanical performance.

LTMM-117-02-F-D-SM-LC rectangular connectors also provides excellent interference protection, shielding, and cross-talk suppression. The advanced design ensures excellent shielding capability, reduced signal loss, and ensures low return loss with good EMI/RFI attenuation. It also provides improved durability in harsh environments and ensures improved signal integrity over temperature variations.

LTMM-117-02-F-D-SM-LC rectangular connectors are mainly used for networking applications, data transfer, device control, and device interconnections. It is widely used in a variety of industries, including telecommunications, computer and industrial equipment, networking, automotive, and consumer electronics. Its superior performance can be used in a wide range of applications, including data networking, communication networks, industrial test and measurement, and consumer electronics.