Pivoting Cable Transmission for Distortion-Free Antenna Scanning

The single cable connection is segmented into two separate cables (first cable and second cable), each carried by its own cable carrying arm. This segmentation allows each cable to follow a more controlled path and reduces bending and twisting, thereby improving signal transmission quality and measurement precision while accepting increased device complexity.

A pivoting module is introduced as an intermediary mechanism between the two cable carrying arms. This pivoting module enables relative rotation between the arms while maintaining cable integrity, serving as a mediator that resolves the conflict between movement flexibility and cable protection, thus improving measurement precision without excessive complexity.

The cable carrying arms are designed to be rotatable relative to each other through the pivoting module, creating a dynamic cable management system. This dynamic structure adapts to the antenna carrier's movement along the circularly curved test frame, maintaining cable integrity throughout the measurement range and preserving measurement precision across all positions.

The solution adds a rotational dimension to the cable management system by allowing the cable carrying arms to rotate relative to each other. This additional degree of freedom enables the cables to accommodate the three-dimensional movement of the antenna carrier without bending or twisting, thus maintaining measurement precision while preserving full measurement coverage.