Deneylerde kullanılan malzemeler piyasada uygun fiyata kolayca bulunabilen ve tüm laboratuvarlarda yer alan ortak malzemelerden seçilmiştir. Deneylerden önce kısa konu anlatımları ve hazırlık soruları ile öğrencilerin konuyu araştırması ve deneye hazırlanması sağlanmıştır. Bu kitapta devre analizi ve temel elektrik ölçme bilgilerini içeren ve iki dönemlik ders müfredatına uygun olarak hazırlanmış 20 adet deney bulunmaktadır. The theoretical analysis and the Multisim simulation results are in good agreement.īu kitap üniversitelerin çeşitli bölümlerinde ‘Devre Analizi’ ya da ‘Temel Elektrik ve Ölçme Bilgisi’ adı altında okutulan ders konularını ve buna ait deneyleri içermektedir. In order to further verify the practicability of this chaotic oscillator, by applying the improved modular design method, the system equivalent circuit has been realized and proved by the Multisim simulation. Then through the National Institute of Standards and Technology (NIST) statistical test, it is proved that the chaotic sequence generated by the exponential chaotic oscillator is more random than that produced by the Lü system.
To further investigate the dynamic characteristics of the oscillator, classical theoretical analyses have been performed, such as phase diagrams, equilibrium points, stabilities of the system, Poincaré mappings, Lyapunov exponent spectrums, and bifurcation diagrams.
The new exponential chaotic oscillator is constructed by adding an exponential term to the classical Lü system. In this paper, in order to obtain a chaotic oscillator with higher nonlinearity and complexity to meet the needs of utilization, we discuss a novel chaotic system whose nonlinear term is realized by an exponential term. However, in most of the existing chaotic systems, the nonlinear units are composed of the product terms. After years of development, chaotic circuits have possessed many different mathematic forms and multiple realization methods.