CLE-174-01-G-DV

CLE-174-01-G-DV belongs to the rectangular connectors family, which typically include headers, receptacles and female sockets. It is mainly used in computers, communication and office automation products as well as the fields that require a high quality connecting performance. The CLE-174-01-G-DV is a rectangular connector that features a low profile design, which makes it perfect for highly congested system designs, like wire-to-board applications. It has a standard gold flash gold-plated surface finish for improved solder joint reliability and offers superior resistance to oxidation or corrosion. It is pitch compatible with IDT/Tyco (formerly AMP) 760611 Series and features dual-row configuration with 34 contact positions.The working principle of a CLE-174-01-G-DV is simple yet effective. It is a two-piece connector which has two mating halves that fit together. The two halves are held together in place with a locking mechanism, such as a latch, knob or screw. When the two halves are mated, the contacts on each of the two halves make contact to create a connection. To ensure good contact between the two halves, a spring-clip is also incorporated into the design, which forces the contacts to remain in contact with each other.The CLE-174-01-G-DV is largely used in computer, communication and office automation products and applications. It can also be used in select consumer products that require robust connections. It offers several advantages, such as reliable connections, secure and stable assembly, and improved life expectancy. Additionally, it requires minimal force for mating. The CLE-174-01-G-DV also provides some unique performance characteristics. It has superior electrical properties with low insertion and withdrawal forces, unbeatable mating durability and high temperature performance.In summary, the CLE-174-01-G-DV, a two-piece rectangular connector, is mainly used in computers, communication and office automation products as well as other electronic systems. It offers reliable connections and improved life expectancy, while requiring minimal force for mating. It has superior electrical performance characteristics, high temperature performance, and unbeatable mating durability.