Multi-Path RF Power Detection for Wide Dynamic Range

The power detector is segmented into multiple detection paths (first detection path with higher gain, second detection path with lower gain) that can be selectively activated based on the input signal power level. This segmentation allows each path to be optimized for specific power ranges, improving overall measurement precision across the full dynamic range while managing complexity through modular design.

The power detector employs dynamic path selection where the system adaptively switches between the first detection path (higher gain) and second detection path (lower gain) based on the detected signal power level. This dynamic adaptation widens the effective dynamic range by ensuring the appropriate gain path is active for each power level, while the control logic manages complexity by making automated decisions rather than requiring manual configuration.

The system introduces an intermediary control mechanism that monitors the input signal power level and mediates the selection between two detection paths with different gain characteristics. This intermediary control prevents signal saturation by routing high power signals through the lower gain path while maintaining sufficient gain for low power signals through the higher gain path, thereby eliminating the harmful saturation effect while preserving measurement precision.

The detection system applies local quality optimization by providing different gain characteristics in different detection paths tailored to specific power level ranges. The first detection path is optimized with higher gain for low power level detection, while the second detection path is optimized with lower gain for high power level detection. This local optimization ensures that each path has the appropriate quality (gain level) for its intended operating range, preventing saturation at high powers while maintaining precision at low powers.