A method of obtaining wide regions of stable submultiple synchronization by means of a transition to synchronization at the fundamental frequency is des cribed. The steady processes are investigated for the case when it is necessary to obtain at the output of the system a signal which is in one of three close submultiple ratios with respect to the input signal. The experiments show good qualitative agreement between the spectrum obtained and the spectrum calculated on a computer. The small quantitative disagreement is explained within the framework of the approximate theory.
Department of Oscillation Physics
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