| Student Manual |  This experiment is based on Chaos theory and the nonlinear dynamics of an RLD-circuit. By employing different |
| Software Code | LabVIEW Data Acquisition files |
| Sample Results | A detailed analysis of the experiment by Fatima Perwaiz and Sabieh Anwar in Spring 2019Resistor Time SeriesDiode Time SeriesPhase PortraitsFrequency SpectrumsDC OffsetsReport by Hudaiba Soomro, Fall 2019 |
| Experiment Code | 2.5 |
| Version | December 31, 2019 |
Further Readings and References
- Period Doubling, Fiegenbaum constant and time series prediction in an experimental chaotic RLD circuitChaos, Solitons and Fractals, M. P. Hanias, Z. Avgerinos, G.S. Tombras, 40, 1050, (2009).
- Exactly Solvable Model of a Physical System Exhibiting Universal Chaotic BehaviorPhys. Rev. Lett., R.W. Rollins and E. R. Hunt, 49, 1295, (1982).
- Evidence for Universal Chaotic Behavior of a Driven oscillatorPhys. Rev. Lett., J. Testa, J Perez and C. Jefferies, 48, 714, (1982).
- Tools for Detecting ChaosEnstits Dergisi 9. Cilt, 1, A.B. Ozer, E. Akin. SA Fen Bilimleri, (2005).
- Transition to Chaos in a Simple Nonlinear Circuit Driven by a Sinusoidal Voltage SourceIEEE Trans. Circuits Syst., CAS-30, A. Azzouz, R. Duhr and M. Hasler, 12, (1983).
Pictorial Procedure
