Techniques for oscillator nonlinear optimization and phase-noise analysis using commercial harmonic-balance software
2000 IEEE MTT-S International Microwave Symposium Digest (Cat. No …, 2000•ieeexplore.ieee.org
Two new techniques for microwave oscillator design are presented for user implementation
on commercial harmonic-balance simulators: an easy-to-use nonlinear optimization
technique and a phase-noise analysis technique that makes use of the impulse-sensitivity
function. This method is implemented for the first time on a harmonic-balance simulator.
Simulation results of a MMIC VCO in the Ku-band have been compared with measurements.
on commercial harmonic-balance simulators: an easy-to-use nonlinear optimization
technique and a phase-noise analysis technique that makes use of the impulse-sensitivity
function. This method is implemented for the first time on a harmonic-balance simulator.
Simulation results of a MMIC VCO in the Ku-band have been compared with measurements.
Two new techniques for microwave oscillator design are presented for user implementation on commercial harmonic-balance simulators: an easy-to-use nonlinear optimization technique and a phase-noise analysis technique that makes use of the impulse-sensitivity function. This method is implemented for the first time on a harmonic-balance simulator. Simulation results of a MMIC VCO in the Ku-band have been compared with measurements.
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