Sentence examples for transfer function plot from inspiring English sources

After that, they can set the sampling rate and maximum amplitude of the transfer function plot that will be displayed on the touch screen.

One particular resonance mode of interest is the so-called 'butterfly mode' where it exhibits as the primary resonance with a 180° phase in the structural (open-loop) transfer function plot.

This study shows that the measured transfer function plots can alert one to the fact that the structure is non-linear; measured modal response data base can still give a rough idea about the system behavior.

The final optical designs, together with their modulation transfer function (MTF) plots, are illustrated, exhibiting excellent performance in all three FOVs.

The Bode-plot of transfer function have been plotted and discussed that the stability region enhances with delayed-feedback control.

The two representative components of transfer functions are plotted.

Note that only the real components of the transfer functions are plotted.

Note that only the real components of the transfer functions are plotted Fig. 4 Synthetic transfer functions (({mathbf {{D}}}_{xy})) for the six lines Fig. 5 Synthetic transfer functions (({mathbf {{D}}}_{yx})) for the six lines Fig. 6 Synthetic transfer functions (({mathbf {{D}}}_{yy})) for the six lines.

Hadoc is a document base dedicated to the exploration of basic concepts in Automatic Control (closed-loop performances like stability and precision, or modelling tools like transfer function or frequency plots and the various parameters associated with these models), and to the study of the multiple interconnections between concepts.

The transfer function and pole-zero plot of any linear time-invariant (LTI) system can be found by replacing all electronic components with their impedance expressed in the Laplace domain.

The time-response can also be found for the more general transfer function Figure 5 Nyquist plot of the system X ( s ) U ( s ) = 1 ln 2 ( s ) + 4. X ( v ) = 1 l n 2 ( s ) + w 2 = 1 v 2 + w 2 = 1 ( v + j w v + j w ) ⇔ X ( s ) = + j 2 w 1 e + j w ∫ 0 ∞ t e + j w q - 1 Γ ( q ) d q - j 2 w 1 e - j w ∫ 0 ∞ t e - j w q - 1 Γ ( q ) d q.