Visualising Phase Difference
Phase difference describes the angular delay or shift between two waves or oscillating systems that share the same frequency. Understanding how this shift affects matching waveforms is crucial for mastering concepts like wave interference, beats, and alternating current (AC) circuits.
This interactive simulator provides a side-by-side comparison of two independent systems. By mapping circular motion vectors alongside live linear time-plots, it demonstrates exactly how an angular offset (measured in degrees or radians) translates into physical separation between peaks and troughs.
How to use this simulator:
Phase difference describes the angular delay or shift between two waves or oscillating systems that share the same frequency. Understanding how this shift affects matching waveforms is crucial for mastering concepts like wave interference, beats, and alternating current (AC) circuits.
This interactive simulator provides a side-by-side comparison of two independent systems. By mapping circular motion vectors alongside live linear time-plots, it demonstrates exactly how an angular offset (measured in degrees or radians) translates into physical separation between peaks and troughs.
How to use this simulator:
- Set Phase Shifts: Shift the starting position of the second system relative to the first to see how phase lag alters the synchronized output.
- Control Wave Properties: Adjust individual sliders to alter frequency and amplitude independently to analyze how phase interactions behave under varying physical constraints.
- Observe 3D Vectors: Tilt the perspective view to link the rotating circular vectors directly to the oscillating waveforms.
