Advanced Forced Vibration and Resonance Experimental Apparatus with Automated Computer Acquisition

DESCRIPTION / TECHNICAL SPECIFICATIONS

This state-of-the-art experimental apparatus is engineered for high-level physics and engineering research, focusing on the laws of forced vibration and resonance. By utilizing a tuning fork vibration system as the study object, the equipment employs electromagnetic force from an excitation coil as the driving force and a high-precision piezoceramic transducer for real-time amplitude monitoring.

The core strength of this system is its integrated PC acquisition and analysis software. It can automatically scan the resonance curve and display real-time data, allowing users to study the intricate relationship between vibration amplitude and driving force frequency. The software also features an automated analysis for measuring the mass of symmetrical double arms through a linear fitting method, making it a versatile tool for both fundamental and applied science.

Whether used in architectural engineering to study structural integrity or in petrochemical processing for fluid density detection, this apparatus provides reliable and repeatable results. Equipped with an LF signal generator ranging from $180\text{--} 280\text{ Hz}$ and a digital voltmeter with $0.001\text{ V}$ resolution, it is the perfect solution for universities and research centers aiming to upgrade their laboratory capabilities with digital-first instrumentation.