… oscillator period, it follows that the K0 cannot be larger than 2. … A 50–50 split between the two
feedback modes provides a … oscillator feedback mode in order to minimize oscillator noise if …

… In this study a current mode oscillator structure is presented which allows linear period control
… All passive elements are grounded, allowing easy control of their values, and the period is …

… In this paper, a time-mode-based oscillator is proposed. A … improve the THD of sinusoidal
oscillators. Section III explains the … The time shifts are multiples of the period of the master clock …

… The RF output signal of the voltage-controlled oscillator (VCO) is … The modulation period
given in (1) was adjusted with … , one modulation period was divided into twenty sectors of equal …

… -wave sources such as gyrotron oscillators is insuring that the device operates in the desired
mode. For high-power and short-wavelength devices the effective mode density is high, in …

… From markers M 1 and M 2 , we can know that the period of the QVCO is about 0.41 ns,
and the frequency is about 2.4 GHz; from markers M 0 and M 2 , it is clear that the phase …

… oscillator control (VOC) scheme in order to control the … period of the pulsewidth modulation
(PWM) to be much smaller than the period of the modulation signal (ie, the grid voltage period)…

… was "locked" to the frequency of radiation injected into a mode of the oscillator cavity by a …
Thus, the frequency control which we are describing is one that lasts for a limited period of time…

… out-of-phase mixed mode with unequal numbers of small oscillations for different oscillators,
iii period doubling cascades of the out-of-phase mixed mode that lead to the appearance of …

… In Section 111, we describe the oscillation modes of the … modes and chaotic modes. In
Section IV, we present chaotic … mode of period TI M 2T, and odd (nth) harmonic modes with …