FRACTIONAL PHASE-LOCKING OF A RELAXATION OSCILLATOR BY PERIODICALLY APPLIED IMPULSES
双向负阻晶体管张弛振荡器分频锁相特性的研究

A simple model is used to describle the fractional phase-locking of a relaxation oscillator by periodically applied impulses. For any definite fraction p/q, analytic expressions are derived for the phase-locking region in the parameter space. Experimental results for a bidirectional negative resistance transistor (BNRT) relaxation oscillator agree with the computed ones.