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Correlated multiple sampling differential averaging (CMSDA) is useful for realizing low-noise column readout circuits in CMOS image sensors. CMSDA involves sampling the signal and reset levels multiple times and differentiating the averages. In other words, this method is like averaging of correlated double sampling (CDS) for the multiple sampling of signal and reset levels. This paper analyzes the effectiveness of CMSDA for reducing 1/f noise and the analysis is in good agreement with time-domain simulations.

Effectiveness of a correlated multiple sampling differential averager for reducing 1/f noise