Inwon Suh

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A new generalized 1/<i>f</i> Kurokawa noise analysis applicable to both low- and high-<i>Q</i> oscillators is proposed for 1/<i>f</i> phase modulation (PM) and amplitude modulation (AM) noise. A theoretical correspondence between the new generalized Kurokawa theory and the impulse sensitivity function and the perturbation projection vector (PPV) is also(More)
—A large-signal measurement-based methodology to design oscillators using the Kurokawa theory is presented in this paper. Measurements of the negative input resistance and device line of a 2.5GHz HEMT oscillator versus frequency and power, and its optimization using real-time active load-pull (RTALP) for the 2 nd and 3 rd harmonics are performed with a(More)
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