Introduction To The Importance Of Composite Stranded Wire Process

The composite stranded wire cabling process is to gather the wrapped core wires together through a cabling machine, and at the same time, wrap a layer of polyester tape and a layer of aluminum foil Mylar tape on the outside to shield the wire pairs and stabilize the core wires. The structure and cabling process affect the overall performance of the cable, so in the production process, it is necessary to strictly control the consistency of each wrapping core wire, and test the electrical properties such as impedance, delay difference, attenuation, etc. to ensure the cable wrapping tape. The cable meets the requirements, and there are often feedbacks from many engineers. The electrical characteristics of the previous process are all good, but the performance of the cable forming process deteriorates when it is summarized. In fact, it has been explained that the importance of the cable forming process is generally as follows. In order to obtain good electrical performance, the cabling pitch will be larger than that of the ordinary wire design, which indirectly leads to the deterioration of the bending performance of the wire. The larger the bending radius of the wire, it is easy to form the problem of long and short lines, and SKEW must be prone to abnormality.