Abstract
Determination of the optimal parameters of a three-phase two-stroke electromagnetic vibrometer of low-frequency mechanical vibrations based on a theoretical-chain model has been considered. Dependences of output power and performance coefficient are obtained to ensure effective vibration impact on heavy objects. The results obtained can be used in the optimal design of the vibrator design. Keywords: electromagnetic vibration; efficiency; circuittheoretic model; output power; vibration exciter.
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