A Novel Miniature YIG Tuned Oscillator Achieves Octave Tuning Bandwidth with Ultra Low Phase Noise in X and Ku Bands
European Microwave Integrated Circuits Conference - Proceedings（2006）
摘要
Traditional YIG tuned oscillators use negative resistance type circuits and large magnetic structure to produce excellent phase noise with octave plus tuning ranges, but at the expense of size and weight. This paper describes a revolutionary approach to YIG tuned oscillator design which makes use of a unique combination of a miniaturized magnetic structure, and a GaAs HBT ring oscillator circuit topology, working through a YIG tuned filter to produce octave tuning ranges in X and Ku bands with phase noise less than -125 dBC per Hz at 100 KHz. Frequency pulling is less than 10 KHz into a 2:1 VSWR load over all phases. Simulations and measured data are in excellent agreement
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关键词
iii-v semiconductors,circuit tuning,gallium arsenide,integrated circuit noise,microwave filters,microwave oscillators,phase noise,100 khz,gaas,hbt ring oscillator circuit topology,ku band,x band,yig tuned filter,frequency pulling,magnetic structure,miniature yig tuned oscillator,negative resistance type circuits,octave tuning bandwidth,hbt,ringh-oscillator,yig,magnetic,tuning,oscillations,ring oscillator,bandwidth,magnetic circuits
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