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Lissajous Figure - Definition, Uses, Measurements and FAQs
https://www.vedantu.com/maths/lissajous-figure#:~:text=The%20Lissajous%20figure%20shows%20the%20phase%20difference%20between,the%20horizontal%20and%20vertical%20caps%20of%20the%20CRO.
Lissajous Figures or Lissajous Patterns - Electronics Club
https://electronics-club.com/lissajous-figures-or-lissajous-patterns/
The ellipse is formed when the voltage is not equal and/or out of phase. Uses of Lissajous Figures. Lissajous Figures is used as: Determining an unknown frequency by comparing it with a known frequency; Checking audio oscillator with a known-frequency signal and find the frequency. Checking audio amplifiers and feedback networks for phase shift.
Activity: The Lissajous pattern, A Classic phase ...
https://wiki.analog.com/university/courses/alm1k/intro/intro-lissajou-curves
The Lissajous pattern indicates the phase difference by the shape of the X-Y plot. A straight line indicates a 0º or 180º phase difference. The angle of the line depends on the difference in amplitude between the two signals, a line at 45º to the horizontal means the amplitudes are equal. While a circle indicates a 90º difference.
A Classic phase measurement, The Lissajous pattern - Blogs ...
https://ez.analog.com/adieducation/university-program/b/blogs/posts/a-classic-phase-measurement-the-lissajous-pattern
The Lissajous pattern indicates the phase difference by the shape of the X-Y plot. A straight line indicates a 0º or 180º phase difference. The angle of the line depends on the difference in amplitude between the two signals, a line at 45º to the horizontal means the amplitudes are equal. While a circle indicates a 90º difference.
Lissajous curve - Wikipedia
https://en.wikipedia.org/wiki/Lissajous_curve
Two phase-shifted sinusoid inputs are applied to the oscilloscope in X-Y mode and the phase relationship between the signals is presented as a Lissajous figure. In the professional audio world, this method is used for realtime analysis of the phase relationship between the left and right channels of a stereo audio signal.
Lissajous figures: from Physclips
https://www.animations.physics.unsw.edu.au/jw/Lissajous.htm
Lissajous figures are produced in two dimensions when the x and y coordinates are given by two sine waves, which may have any amplitude, frequency and phase. This is a support page to the multimedia chapter Interference and Consonance in the …
Lissajous patterns: using a scope for display signals
https://www.testandmeasurementtips.com/using-scope-display-lissajous-patterns/
When the phase shift is 90° or 270°, and both signals are the same frequency, a perfect circle displays. When the phase shift is 45°, the Lissajous pattern is an ellipse whose centerline slopes upward from left to right. When the phase shift in 180°, the Lissajous pattern is a straight line sloping down from left to right.
Lissajous Figures - Tutorialspoint
https://www.tutorialspoint.com/electronic_measuring_instruments/electronic_measuring_instruments_lissajous_figures.htm
For few Lissajous figures based on their shape, we can directly tell the phase difference between the two sinusoidal signals. If the Lissajous figure is a straight line with an inclination of $45^{\circ}$ with positive x-axis, then the phase difference between the two sinusoidal signals will be $0^{\circ}$. That means, there is no phase difference between those two sinusoidal signals.
JS Effect Spotlight: GfxGoniometer - The REAPER Blog
https://reaperblog.net/2012/09/js-effect-spotlight-gfxgoniometer/
Wikipedia: A goniometer is often included in analog audio equipment to display a Lissajous figure which shows the amount of stereo (that is, phase differences) in a dual-channel signal. It allows the sound technician to adjust for optimal stereo and …
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