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I. Abstract
I. Abstract
In this experiment, we investigate the behavior of a series RLC circuit under varying damping conditions using an Arduino-based AIoT system. The objective is to observe and analyze the circuit's underdamped, critically damped, and overdamped oscillations by varying the resistance and measuring the corresponding voltage and current responses. Using a waveform generator to provide square wave inputs, we capture real-time data through sensors, enabling precise measurements of oscillation patterns.
In this experiment, we investigate the behavior of a series RLC circuit under varying damping conditions using an Arduino-based AIoT system. The objective is to observe and analyze the circuit's underdamped, critically damped, and overdamped oscillations by varying the resistance and measuring the corresponding voltage and current responses. Using a waveform generator to provide square wave inputs, we capture real-time data through sensors, enabling precise measurements of oscillation patterns.
The experiment integrates practical hands-on measurements with computational simulations, allowing for a detailed comparison between theoretical predictions and experimental results. This study enhances students' understanding of damping effects on frequency response, energy dissipation, and resonance in RLC circuits, providing insights into practical applications of these phenomena in IoT-based systems.
The experiment integrates practical hands-on measurements with computational simulations, allowing for a detailed comparison between theoretical predictions and experimental results. This study enhances students' understanding of damping effects on frequency response, energy dissipation, and resonance in RLC circuits, providing insights into practical applications of these phenomena in IoT-based systems.
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