, De plus, comme c'est le cas qui nous intéresse dans ce travail, T s (s) et T p (s) sont considérées comme étant {0, 1, 0}-dissipatives sans perte

, 1 1.2 Portion example of the segmented spectrum with tiny transition bands, 2017.

. .. , Example of a typical radiofrequency filter response

. .. Subclasses, Convex optimisation and its

, Geometrical interpretation of the {x, y, z}-dissipativity in the Nyquist plot

, Building elements: resistance R, inductance L and capacitance C, p.40

. .. , Acoustic wave resonator represented by two elements, p.40

N. .. Electronic-filter,

, Impedance matching illustration

. .. Topology, , p.45

, Typical bandpass spectral mask

. .. , Three-elements example of a LC ladder filter, p.64

, Three-elements example of an AW-resonator ladder filter, p.66

, A Butterworth filter solution for the design example of Subsection, p.85

, Ideal normalised low-pass filter

. .. , Squared Magnitude Plot of 5 th -order usual filters, p.90

, Two-elements example of a LC-resonator ladder filter, p.96

.. .. T--ladder-filter, 98 4.10 Conversion of a particular AW-resonator ladder filter into a T s , T pladder filter

. .. , 2 LFT system in the repeated {x, y, z}-dissipative T (s), p.127

L. .. Expansion-of,

. .. , Illustrative example -T (s) lossless dissipative, p.138

. .. , , p.140

, 6 LFT system in the repeated lossless {0, 1, 0}-dissipative T s (s) and T p (s), p.143

, Illustrative example -T s (s), T p (s) lossless {0, 1, 0}-dissipative, p.152

, | 2 and of |s 21 (j?)| 2 of the synthesised LC-resonator ladder filter

. .. , 2 A four-elements, LC-resonator ladder filter, p.167

, TsTp (j?)| 2 of the AW -resonator ladder approximation of |W TsTp (j?)|

. A-three-elements and . .. Aw--resonator-ladder-filter, , p.180

, Plot of the scattering parameter |s sol 21 (j?)| 2 of the resulting AW -resonator ladder filter

C. Deux and A. .. , , p.223

, Système avec une représentation LFT en 1 s qui est répété et {0, 1, 0}-dissipatif

, Système avec une représentation LFT en une fonction de transfert T (s) répétée et {x, y, z}-dissipative

C. , Système LFT 2D en T s (s) et T p (s) {0, 1, 0}-dissipatives sans perte, p.243

, (j?))| 2 et de |s 21 (j?)| 2 du filtre échelle à résonateur-LC synthétisé

C. , Un filtre échelle à 4 résonateurs LC

, Différence typique appraissant entre |W Cheby (j?)| 2 et |s 21 Cheby (j?)| 2 pour des filtres de Chebyshev d'ordre pair

C. , Tracé du filtre LFT 2D |W TsTp (j?)| 2 qui satisfait la partie convexe des contraintes de réalisation, p.251

, TsTp (j?)| 2 de du filtre T s , T p -échelle approximant |W TsTp (j?)|

C. 12-un-filtre-Échelle-À-trois-résonateurs and A. .. , 253 C.13 Tracé du paramètre de diffusion |s sol 21 (j?)| 2 du filtre échelle à résonateur-AW final, of Tables 2.1 Proposed affine-parametrised subset M ap of, vol.46

. .. Tests, 89 4.3 Frequency transformations from prototype low-pass filters to other common versions, 1000.

, Building element transformations from a prototype filter to common versions

, Building element values for unitary source and load resistances R g = R l = 1?

?. .. R-g-=-r-l-=-r-=-50, , p.167

, Building element values of the AW -resonator ladder approximation, p.179

, Building element values of the resulting AW -resonator ladder filter, p.181

C. , Exemples de familles d'éléments

, Définition de filtres particuliers à topologie échelle, p.225

, Valeurs charactéristiques des élements pour R g = R l = 1?, p.248

, Valeurs charactéristiques des élements pour R g = R l = R = 50 ?, p.248

, Valeurs charactéristiques des élements de l'approximation par un filtre T s , T p -échelle

C. , Valeurs charactéristiques des éléménts composants le filtre échelle à résonateurs-AW final

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