1927250500

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circular Cable Assemblies (CCAs) are devices used for connecting multiple electrical or electronic components together via a single cable. Cable assemblies are designed to transfer signals from one location to another and can be used in a variety of applications, including computers, video and audio systems, medical equipment, and industrial apparatus.

The 1927250500 application field of Circular Cable Assemblies includes such applications as automotive wiring harnesses, audio/video flexible cable assemblies, low current signals, and endless spiral wire harnesses. These cables are also commonly used in aerospace and defence applications, where their low-profile, lightweight, and high-reliability design is ideal. The assemblies can also be used in harsh environments such as extreme cold or hot temperatures.

The working principle of Circular Cable Assemblies is relatively simple. The cables are designed such that each conductor is connected to a terminal, and electrically connected to the other terminals. When the cable is connected to other devices, signals can travel along the conductive path and be transmitted from one device to another. The cables are usually designed with either an inline or flat termination. For inline termination, the terminals are enclosed within a physical insulation wall, while for flat termination, the terminals are exposed outside of the cable.

Circular Cable Assemblies provide a number of advantages compared to traditional wire or ribbon cables. They offer superior flexibility in layouts and terminations, an improved electrical performance, and often a higher degree of freedom for electrical design. Furthermore, the cables may be smaller, lighter, and easier to install, resulting in fewer installation problems and reduced labor hours.

Another major benefit of Circular Cable Assemblies is their cost-effectiveness. Due to the high performance of the cables, they are often more cost-effective than traditional wire or ribbon cables. Additionally, many Circular Cable Assemblies designed for harsh environments are more reliable and durable than their counterparts. In addition, the rapid transfer of data and signals made possible by the cables can reduce the amount of time required to design and implement complex circuits.

In conclusion, Circular Cable Assemblies have been rapidly gaining popularity in various application fields due to their reliability, performance, and cost-effectiveness. Their high performance and durability make them ideal for a range of applications, including automotive wiring harnesses, audio/video flexible cable assemblies, and low current signal transmission. Additionally, their rapid signal transfer capabilities have enabled designers and engineers to quickly develop complex circuits.

The specific data is subject to PDF, and the above content is for reference