2-1499688-5

Rectangular Cable Assemblies lets users arrange wiring in a rapidly and securely, it’s a great solution for improving build quality and preventing interference. The application field and working principle of 2-1499688-5 rectangular cable assemblyis further discussed below.

2-1499688-5, which is compatible with a variety of device pins such as 10, 11, 16 and 20, is commonly used in Military, Medical, Industrial, Aerospace and Telecommunication applications. It’s a cost-effective and reliable solution that helps designers reduce and update the system design in a short time.

The working principle of 2-1499688-5 rectangular cable assembly can be broken down to 3 primary parts. Firstly, it helps the redundant pins and wires connect efficiently without getting tangled. Secondly, it provides the best wire management to reduce impact on cable system. Thirdly, this cable assembly is able to work as an independent signal transmission line to provide better communication speed and stability.

Advantages of 2-1499688-5 rectangular cable assembly include its uniform electrical characteristics, outstanding flexibility, outstanding high speed transmission performance and good shielding properties. Besides, this cable assembly provides stable electrical and mechanical properties over a wide temperature range. It also supports transmissions signal up to 10Gbps for demanding applications.

Furthermore, the design of 2-1499688-5 electrical cable assembly has plenty of advantages. It is fitted with strong insulation that is flexible and highly resistant to temperature fluctuations and pressure. The robust design ensures Cable Assembly is virtually invisible on the surface of the product. Meanwhile, its tiny size and zero strand exposure make it space-saving and safe to use.

In conclusion, 2-1499688-5 rectangular cable assembly can work with high level reliability and accuracy in many applications. Its robust design is suitable for military, industrial, medical and aerospace applications. In addition, its strong insulation is designed to be temperature and pressure resistant, while its tiny size provides ample space savings.