Abstract
The design of analyzers can be computed to distribute transient error in a way compatible with the needs of the experimenter. Equations derived on the basis of a limiting power discrimination factor provide a measure of the largest number of bandpass filters that can be overlapped on adjacent channels to yield meaningful information about a rapidly changing signal. The function of a scanning filter can be compared to a parallel channel set of bandpass filters by calculating the effective number of bandpass filters providing the same resolution as the scanning filter. Various types of scanning functions are considered. The results are applicable to autocorrelation analyzers.
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