Transfer function identification from phase response data - Tommasi, Deschrijver, et al. () Citation Context ...rameters (Sparameters) for RF objects and admittance parameters (Y - parameters) for interconnects. Alternative data choices, such as frequency response derivative H ′ (s) [15], ...
multi-distance approaches utilizing intensity measurements at both small and large defoci have been proposed45,53,54,55,56, which allow the response of phase transfer function to be optimized
The Combined Effect of Missile IMU Shift, Model Following and Add-on SAC on the Autopilot Response Proper location of the missile's inertial measurement unit renders the transfer function from the control surfaces to the acceleration measurement minimum-... H Weiss,I Rusnak,I Barkana - Ifac Int...
[phi,w] = phasez(b,a,n)returns then-point phase response vectorphiand the corresponding angular frequency vectorwfor the digital filter with the transfer function coefficients stored inbanda. [phi,w] = phasez(sos,n)returns then-point phase response corresponding to the second-order sections ...
which is difficult for detection. A more quantitative analysis can be performed through the phase transfer function13, which characterizes the transfer response of phase content at different spatial frequencies for an imaging system. For holography and Shack-Hartmann wavefront sensing, due to the inter...
[phi,w] = phasedelay(b,a,n)returns then-point phase delay response vectorphiand the correspondingn-point angular frequency vectorwfor the digital filter with transfer function coefficients stored inbanda. example [phi,w] = phasedelay(sos,n)returns then-point phase delay response corresponding to...
For a filter with transfer function H(s)=K∏i(s−zi)∏k(s−pk)wherezi,pkare zeros and poles ofH(s),andKis a gain, vectors Z→i(Ω) and P→k(Ω), going from each of the zeros and poles to the frequency at which we are computing the magnitude and phase response in the ...
BoardItemResponse BoardItemSourceIdAndType BoardItemStateSync BoardItemStateSyncCreate BoardItemStateSyncUpdate BoardReference BoardReference BoardResponse BoardRow BoardRow BoardRowBase BoardRowCollectionResponse BoardRowCreate BoardRowCreateList BoardRowResponse BoardRowUpdate BoardsRestClient BoardSuggestedValue ...
tetragonal (PT, in blue) and photoinduced cubic (PIC, in red) phases are obtained from Rietveld refinement (bottom), and the associated error bars represent the standard deviation of the Rietveld fit for each delay. The time resolution (instrument response function) is shown by the blue ...
Determine the magnitude and phase of the output from a system when subject to a sinusoidal input of 2 sin 3t if it has a transfer function of G(s) = 2/(s + 1). The frequency-response function is obtained by replacing s by jω: G(jω)=2jω+1 Multiplying top and bottom of the...