Abstract
This report examines the design of a vibrostand for precision vibration measurements by comparing the parameters of the transducer with that of a reference transducer. The report gives the methodology for designing a stand for precise vibration measurements. Based on the theoretical calculation, a stand for precise vibration measurements was designed and manufactured. The manufactured stand has the lowest possible natural frequency, a characteristic of the suspension approaching the ideal, the possibility to adjust the stiffness of the suspension and a large load capacity.
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