Fig. 8

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(a) Circuit scheme including LC tank connected to the time-varying loss. (b) real and (c) imaginary parts of eigenfrequency versus modulation frequency fm, where the loss average is zero. (d) Time-domain signal capacitance’s voltage vc (t), which shows the linear growth at EPD. (e) real and (f) imaginary parts of eigenfrequency versus modulation frequency fm, where the loss average is positive (G works as a lossy component in average) (g) Time-domain signal capacitance voltage vc (t) is decaying related to the positive imaginary part of eigenfrequency at EPD. (h) real and (i) imaginary parts of eigenfrequency versus modulation frequency fm, where the loss average is negative (G works as a gain component in average) (j) Time-domain signal capacitance voltage v1 (t) is rising related to the negative imaginary part of eigenfrequency at EPD. In all time-domain simulation the capacitor has an initial condition of vc (0−) = 50mV.
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