Wireless Power Transmitter Sampling Controller

The patent applies preliminary action by pre-selecting optimal sampling points from multiple candidate points before actual sampling occurs. The sampling controller identifies and stores the best sampling points in advance, so that when sampling is needed, the system can directly use these pre-determined points rather than requiring continuous high-frequency sampling. This preliminary selection process enables accurate signal capture at lower sampling frequencies, thereby reducing the hardware requirements, cost, and power consumption while maintaining measurement precision.

The system performs preliminary action by pre-identifying and storing optimal sampling points before actual signal detection. The sampling controller evaluates multiple candidate sampling points and determines the best ones in advance, storing them for later use. This approach simplifies the device complexity because the sampling controller only needs to retrieve and use the pre-determined optimal points rather than implementing complex real-time high-frequency sampling circuits, thereby achieving accurate signal detection with simpler hardware.

The patent resolves this contradiction by performing the evaluation and comparison of multiple candidate sampling points as a preliminary action during idle periods or when system conditions change, rather than doing it continuously in real-time. The sampling controller stores the results of these comparisons for future use. This timing strategy allows the system to invest time in accurate sampling point selection when it doesn't impact real-time performance, thereby achieving high measurement precision without causing time loss during actual signal detection operations.