Dual-Path Output Feedback Circuit for Fast Accurate Power Control

The patent divides the single signal processor into two separate signal processors: a first signal processor configured for high-accuracy processing and a second signal processor configured for high-speed processing. This segmentation allows each processor to be optimized for its specific function, enabling the system to achieve both high accuracy and high speed simultaneously in the output feedback control circuit.

The patent segments the signal processing function into two parallel paths: the first signal processor handles accuracy-critical operations with optimized precision, while the second signal processor handles speed-critical operations with optimized response time. This eliminates the trade-off by distributing different performance requirements to dedicated processing units.

The patent creates a dual-processor architecture where the second signal processor is specifically optimized for high-speed operation to handle time-critical feedback signals, while the first signal processor handles precision-critical calculations. This segmentation allows each processor to operate at its optimal performance point without compromising the other.

The patent implements segmentation into two specialized processors, which initially increases complexity but enables superior overall performance. The complexity is managed through clear functional separation: the first processor handles precision operations and the second handles speed operations, allowing each to be independently optimized and simplifying the overall system architecture compared to a single general-purpose processor attempting to do both.