Measuring Instrument Flicker Noise Reduction via Periodic Action

The patent applies periodic action by synchronizing the image capture timing with the light source frequency. The control unit adjusts the capture timing to coincide with specific phases of the periodic light output, thereby capturing images at moments when flickering noise is minimal while maintaining high frame rates for productivity.

The patent changes the timing parameter of image capture relative to the light source cycle. By dynamically adjusting the capture moment based on the periodic characteristics of the light source, the system optimizes the balance between achieving high frame rates and minimizing flickering noise interference.

The patent uses periodic action by capturing images at specific phases of the light source cycle where brightness is naturally higher. This allows the system to achieve sufficient illumination intensity without requiring extended exposure times that would amplify flickering noise.

The patent skips the problematic exposure phase by timing captures to occur only during favorable moments in the light cycle. This selective timing approach obtains adequate brightness while avoiding the exposure period when flickering noise is most severe.

The patent applies periodic action by timing image captures to coincide with peak brightness moments in the light source cycle. This allows the system to achieve adequate brightness levels without needing to increase sensitivity, thereby avoiding amplification of flickering noise.

The patent performs preliminary timing adjustment to ensure captures occur during favorable brightness conditions before processing begins. This preliminary timing strategy secures sufficient signal strength without requiring post-capture sensitivity compensation that would exacerbate noise.