Experimental verification of high frequency performance of FTFN-based simple chaotic circuit

In this study, we aimed to improve the VOA-based simple chaotic circuit proposed by Sprott in the literature by using FTFN-based circuit topology. And also, by choosing one of the FTFN-based circuits whose chaotic dynamics are very similar to that of Chua's circuit as a reference model, we tested the performance of this model at different frequencies and its extended frequency performance has been verified by laboratory experiments and PSpice simulations

The realization of FTFN-based simple chaotic circuit and experimental verification of its high frequency performance

In this study, it is aimed the VOA-based simple chaotic circuit proposed by Sprott to realize as an FTFN-based circuit and to investigate its high frequency performance. The results of experimental studies are shown that the FTFN-based chaotic circuit exhibits better performance at high frequencies than VOA-based circuit

The realization of FTFN-based simple chaotic circuit and experimental verification of its high frequency performance FTFN-Tabanli Basit Kaotik Devrenin Tasarimi ve Yüksek Frekans Performansinin Deneysel Olarak Doǧrulanmasi

In this study, it is aimed the VOA-based simple chaotic circuit proposed by Sprott to realize as an FTFN-based circuit and to investigate its high frequency performance. The results of experimental studies are shown that the FTFN-based chaotic circuit exhibits better performance at high frequencies than VOA-based circuit. © 2004 IEEE