Microwave RF cables are quite different from conventional cables in terms of structure, materials and operating frequency bands. First of all, microwave RF cables usually use special design and materials to meet the needs of high-frequency signal transmission. Conventional cables are generally used for low-frequency signal transmission, while microwave RF cables are suitable for high-frequency signal transmission, and their working frequency bands are usually between tens of MHz and several GHz.

Secondly, the structure of microwave RF cables is also different from that of conventional cables. Microwave RF cables usually use copper, aluminum and other conductor materials, as well as polyethylene, PTFE and other insulating materials. At the same time, microwave RF cables will also add a layer of metal grid or corrugated structure outside the insulation layer to improve its performance.

In addition, the characteristics of microwave RF cables include low loss, low reflection, and high anti-interference capability. Because of its high operating frequency band, the requirements for signal transmission are also more stringent. Microwave RF cables are widely used in wireless communications, satellite communications, radar systems and other fields.

In general, microwave RF cables are significantly different from conventional cables in terms of structure, materials, operating frequency band, etc., and they are suitable for different fields and application scenarios. When choosing cables, it is necessary to select suitable products according to specific needs and requirements to ensure stable and reliable signal transmission.