700-10119-00500

D-Sub Cables are a type of electronic connection comprised of two components, the male and female. Generally, the male component has a row of pins that insert into the female component’s row of sockets, enabling electrical connections between them. The 700-10119-00500 is a specific type of D-Sub Cable, typified by its application field and working principle.

The 700-10119-00500 cable is designed for applications requiring long distance signal or data transmission. The cable is constructed from a core material made to insulate and protect the wiring, backed by a layer of shielding material that helps to prevent interference or crosstalk, and is covered with a durable sheath. This construction is designed to maximize signal performance while providing a secure connection between components.

The 700-10119-00500 cable is designed for both coaxial and twisted-pair connections. For coaxial connections, the cable’s two leads are insulated from one another and connected to one another at a single point. For twisted-pair connections, the two leads are connected at multiple points, reducing interference and enhancing signal integrity. This type of connection also enables higher data transfer speeds.

The 700-10119-00500’s design also includes additional features to improve performance. The cable is designed to reduce or eliminate crosstalk on the connections. This is done by using a combination of both ground and signal shielding, which helps provide maximum signal integrity and noise reduction. The cable also includes a strain relief mechanism that prevents damage when used in high-traffic environments.

In addition, the cable includes additional features designed to improve its durability. Its outer jacket is designed to be resistant to most common chemicals and solvents, and is also rated to withstand temperature changes and electrical stress. The cable’s insulation material also helps protect it against abrasion and corrosion.

The 700-10119-00500 is a versatile and reliable D-Sub cable, ideally suited for long-distance signal transmission. Its combination of materials, insulation, and design features make it well-suited for a variety of applications, and its durability and reliability make it an ideal choice for applications requiring reliable performance in demanding conditions.