Chaos and Complexity in Nonlinear Electronic Circuits

Linear versus nonlinear circuits steady-state behaviour chaos and complexity - definition problems basic mathematical models and tools laboratory measurements in chaotic circuits application specific equipment computer simulations in chaotic circuits characterization of complex phenomena from experimental data quantifying complex phenomena interpretation of results examples - RC-generator, second-order digital filter, second-order circuit with sinusoidal driving, other examples spectral properties of chaotic circuits noise generation controlling chaotic circuits and electronic chaos controllers chaotic synchronization and applications in broad-band communication and data security.