Sentence examples for range of input frequencies from inspiring English sources

This causes a maximization (over the range of input frequencies f) of the maximum value v max on the limit cycle trajectories.

Finally, we demonstrate a tandem system of resonant VTENGs, where maximum output power can be produced over a broad range of input frequencies between 15 and 40 Hz.

The proposed harvester shows a unique dynamic behaviour in which different ways of response of the internal relative oscillation appear over the range of input frequencies.

A track nonlinear energy sink (NES) is a type of vibration mitigation device that is capable of reducing the response of a primary structure for a broad range of input frequencies.

The proposed parametric amplifier scheme can be tuned to amplify a wide range of input frequencies by altering the parametric excitation with no need to physically modify the oscillator.

The resonance frequency f res is the input frequency for which their relative speed is optimal in the sense that it allows the limit cycle trajectory to move in a direction that maximizes (over the range of input frequencies f) the distance (in the v direction) the limit cycle trajectory can cover before intersecting the moving v-nullcline, at which time they are forced to reverse direction.

The results of the analysis for a range of input frequency ratios and input amplitudes are compared with exact solutions for the regions of instability calculated from the monodromy matrix.

There exists a range of input deflection frequencies for which the output force of the mechanism is nearer to constant-force than it is with static input deflections.

In temporoammonic (TA) synapses, DA acts over a range of stimulus frequencies (5 100 Hz) as a high-pass filter that enhances responses to high-frequency inputs, while reducing the influence of low-frequency inputs (Ito and Schumann, 2007).

Although various axial static mixers have been proposed, their commercialization have been hindered by their high pressure drop characteristic and the limited operating conditions where a wide frequency range of input disturbances cannot be filtered.

For this study, low (20 and 40 kHz), mid (378 and 574 kHz,), and high- (860, 992 kHz and 1.1 MHz) sonication frequencies over a range of input acoustic intensities were applied in a sonochemical reactor.