Development of an interactive graphical interface for the simulation and analysis of different types of amplitude modulation (AM)

The development of interactive tools allows users to explore and visualize various conditions in signal behavior. This work presents a graphical interface focused on Amplitude Modulation (AM), where the types of modulation, undermodulated, modulated, and overmodulated are visualized. Using object-oriented programming, the interface integrates text and numeric input fields, interactive buttons, and graph visualizers. These elements allow users to easily adjust parameters such as frequency, amplitude, and timing of the information, carrier, and modulating signals. The tool offers a clear and dynamic visualization of different modulations, facilitating the understanding of theoretical concepts related to AM modulation. Additionally, it provides an intuitive theoretical-practical learning experience that reinforces both teaching and research in this field, offering support in various areas of study and experimentation.