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Methodologies for a manufacturable design, and layout optimization of voltage controlled oscillators in triple push architectures for mm-wave applications, are proposed. The techniques are applied in the design of a fully-monolithic 30 GHz triple push oscillator in 130 nm CMOS technology.The oscillator provides an output power up to 0 dBm with a maximum fundamental harmonic suppression of -18.66 dBc...
As the modern communication technologies have been developed enormously, the higher frequency signals are required for transmitting the larger amount of information. The push-push structure for designing oscillator is one of the many techniques, which is used for increasing the oscillation frequency. Basically, the push-push oscillator circuit configuration enhances the even mode harmonics, and suppresses...
This work presents results of an experimental investigation of the effect of suppressing chaotic oscillations in a five-resonance klystron active oscillator with delayed feedback by external harmonic signal and applying of this effect to generating a periodic sequence of chaotic radio pulses.
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