SYV-50-5-43 RF Line Coaxial Cable Product Structure: SYV-50-5-43 Copper Conductor 1 137 Polyethylene Insulated, PVC Sheathed Coaxial RF Cable SYY-50-5-43 Copper Conductor 1 137 Polyethylene Insulated, LSZH Sheathed Coaxial RF Cable SYYZ-50-5-43 Copper Conductor 1 137 polyethylene insulated, halogen-free polyolefin sheathed coaxial RF cable.
SYV-50-5-43 RF Wire Coaxial Cable SYV-50-5-43 RF Wire Coaxial Cable is a common coaxial cable, and its model is SYV-50-5-43. Among them, SYV represents PVC insulation, 50 means 50, 5 means that the thickness of the insulation layer is 5 mm, and 43 represents the braid coefficient.
This kind of coaxial cable is usually used in TV signal transmission, wireless communication, satellite communication and other fields. Due to its excellent electrical performance, stability, durability and anti-interference ability, it is widely used in various RF signal transmission systems.
In the production of SYV-50-5-43 RF line coaxial cable, it needs to go through multiple processes, including conductor braiding, insulation layer production, sheath layer production and finished product testing. Among them, conductor braiding is one of the key processes, which requires the use of high-precision equipment and high-quality copper wire to ensure the quality and uniformity of copper wire. The fabrication of the insulation layer and the sheath layer also requires strict control of process parameters to ensure the electrical and mechanical properties of the cable.
When choosing SYV-50-5-43 RF line coaxial cable, it is necessary to consider its electrical properties, mechanical properties, environmental adaptability and other aspects according to actual needs. At the same time, it is also necessary to pay attention to the quality and brand reputation of the cable, and choose the products of regular manufacturers to ensure their reliability and stability.
In short, SYV-50-5-43 RF line coaxial cable is an important transmission medium, which plays an important role in radio and television, communication and other fields. Understanding its structure and performance characteristics, and correctly selecting and using cables are of great significance to ensure the quality of signal transmission and the stability of the system.
Coaxial cable