"Lissajous Figures" (In हिन्दी) using "DSO" & "Function Generator"
Discover the Mesmerizing Le Joujou Figures
lissajous figures explanation
Application of Lissajous Figures
Lissajous Figure
Lissajous Figures Explained
COMMENTS
EXPERIMENT 9: LISSAJOUS FIGURES
EXPERIMENT. Part A -- Phase-Shift Network. The RC phase-shift network in Fig. E9-1 is prewired in a box, with R = 1 kΩ and C = 110 nF. Your task is to measure the amplitude and phase of vB while simultaneously monitoring the amplitude and phase of vA when terminal X is …
Experiment No.11 Frequency and Phase Angle Measurement
Use of Lissajous Patterns to Calculate Phase Shift: Lissajous patterns are obtained on the scope simultaneously by applying the two sinusoidal inputs to be compared at the vertical and …
Measurements using Lissajous Figures
Lissajous figure is the pattern which is displayed on the screen, when sinusoidal signals are applied to both horizontal & vertical deflection plates of CRO. These patterns will vary based …
ALE
This pdf file covers the basic CRO experiment to determine the frequency of a wave given through a function generator. and the making of Lissajous figures using two …
Lissajous figures
A Lissajous (“LEE-suh-zhoo”) figure is a parametric plot of the harmonic system ( x(t) = Axsin(ωxt+φ), y(t) = Aysin(ωyt +φ+δ) (i.e., y(x) = Aysin . ωy. ωx. arcsin(x Ax. ) −φ +φ −δ where …
Activity: The Lissajous pattern, A Classic phase …
Lissajous (pronounced LEE-suh-zhoo) figures were discovered by the French physicist Jules Antoine Lissajous. He would use sounds of different frequencies to vibrate a mirror. A beam of light reflected from the mirror would trace patterns …
Microsoft Word
The pattern of the resultant motion is described by a Lissajous figure, named after French mathematician. Lissajous figures can be seen by using a cathode ray oscilloscope (CRO).
Lissajous Figures
The figures are shown by projection, with a point source of light (originally an arc lamp) casting a enlarged replica of the motion of the intersection on a distant wall. Different figures can be …
IMAGES
VIDEO
COMMENTS
EXPERIMENT. Part A -- Phase-Shift Network. The RC phase-shift network in Fig. E9-1 is prewired in a box, with R = 1 kΩ and C = 110 nF. Your task is to measure the amplitude and phase of vB while simultaneously monitoring the amplitude and phase of vA when terminal X is …
Use of Lissajous Patterns to Calculate Phase Shift: Lissajous patterns are obtained on the scope simultaneously by applying the two sinusoidal inputs to be compared at the vertical and …
Lissajous figure is the pattern which is displayed on the screen, when sinusoidal signals are applied to both horizontal & vertical deflection plates of CRO. These patterns will vary based …
This pdf file covers the basic CRO experiment to determine the frequency of a wave given through a function generator. and the making of Lissajous figures using two …
A Lissajous (“LEE-suh-zhoo”) figure is a parametric plot of the harmonic system ( x(t) = Axsin(ωxt+φ), y(t) = Aysin(ωyt +φ+δ) (i.e., y(x) = Aysin . ωy. ωx. arcsin(x Ax. ) −φ +φ −δ where …
Lissajous (pronounced LEE-suh-zhoo) figures were discovered by the French physicist Jules Antoine Lissajous. He would use sounds of different frequencies to vibrate a mirror. A beam of light reflected from the mirror would trace patterns …
The pattern of the resultant motion is described by a Lissajous figure, named after French mathematician. Lissajous figures can be seen by using a cathode ray oscilloscope (CRO).
The figures are shown by projection, with a point source of light (originally an arc lamp) casting a enlarged replica of the motion of the intersection on a distant wall. Different figures can be …