687616152002

Flat flex cables are constructed with a flat cable and a specially designed flat connector. The characteristics of these cables make them widely used in hyper-scale data centers, telecommunications, enterprise network applications, defense systems, medical equipment, etc. As the cable has small size, light weight, low impedance, high heat-resistance and excellent signal transmission, it is the ideal choice of the high-density and high-speed cable system.

The features of flat flex cable connector include an integrated flat flex insulation and contact interface, which provides conductive and flexible connection between the cables and device. This makes it suitable for exposed assembled and edge bonding process for various applications. In addition, the flat cable connector also has high contact density and low insertion force, which ensures reliable connection.

Ribbon jumper cables are commonly used in electronic computer systems and equipment, and are designed to bridge two or more circuit boards. They have the advantages of a high-strength and high-temperature resistant construction, low crosstalk and enhanced EMI/RFI protection. Also, these cables are much thinner than flat flexible cables, reducing the installation space needed on the PCB.

Ribbon jumper cables feature a special high-bandwidth construction that ensures reliable connection between hosts, host adapters, and peripheral components. The cables are also designed with a secure and precision fitting connection system that ensures quick and accurate mating. In addition, the connector also offers a higher contact density than other ribbon cable solutions.

The 687616152002 application field is varied and includes advanced professional equipment, complex manufacturing control systems, network servers, telecom applications, and more. This type of connector is designed primarily for making common point, dual-point, and differential pair connections, making it a good choice for large data-processing systems. In addition, this type of connector is also well suited for making electrical connections in harsh environments, as it can withstand extreme temperatures and has excellent corrosion resistance.

The 687616152002 working principle is very simple, and involves the use of metal pin contacts to make and break an electrical connection. The pins are usually made from copper or nickel, and the connector housing is usually made from a material with high dielectric properties, such as polycarbonate or ABS. The pin contacts are kept in place by latch mechanisms within the connector housing. In order to make a connection, the latch mechanism is opened, and then the pins are inserted into the connection. Once the pin contacts have been inserted, the latch mechanism closes, securing the pin contacts in place.