An L-band microwave buffered chaotic oscillator is designed and realized on a glass teflon
hybrid technology. The buffers are optimized in order to match the microwave 50 Ω− 12 GHz …

In this paper, we have studied, designed and realized a single-transistor chaotic generator
with a smooth power spectrum of about− 35 dBm in frequency bandwidth up to 1 GHz. The …

An approach to the design of chaotic oscillators with controlled bandwidth in different
frequency bands is proposed. Mathematical models of the oscillator and simulation results …

In this paper, we exploit the improved chaotic Colpitts configuration to generate chaotic
signals in the frequency band 1-11 GHz using a new type of bipolar transistor BFP420 with a …

In this paper, the mathematic model of Colpitts oscillator is illustrated and the expressions for
the main circuit parameters are derived, with which chaotic oscillation can be established …

A microwave-band chaos generator based on a bipolar transistor is proposed. A
mathematical model of this generator that comprises a self-oscillating system with 2.5 …

A full analysis of a chaotic microwave oscillator based on envelope transient analysis is
presented for the first time. The technique overcomes problems encountered by time domain …

Experimental study of the ultrahigh-frequency chaotic dynamics generated in an improved
Colpitts oscillator is performed. Reliable and reproducible chaos can be generated at the …

The report is devoted to design of wideband chaotic oscillators and microwave
implementations. A model of a basic chaotic oscillator is considered. Results of both …

An approach to design of chaotic oscillators with controlled bandwidth in different frequency
bands is proposed. One of possible mathematical models of the oscillator and simulation …