E. De and C. , 58 FIGURE II 2 10, FIGURE II 2 9 : 58 FIGURE II 2 11, pp.62-65

D. Extraction, 63 FIGURE II 3 6, FIGURE II, vol.3, p.63

S. En, C. Du, . De, . En, . De-l-'état et al., 67 FIGURE II 4 3 : 69 FIGURE II 4 5 : 69 FIGURE II 4 6, 65 FIGURE II 4 2, pp.76-80

D. De, . En, and S. De-i, 78 FIGURE II 4 17, 79 FIGURE II, p.79

C. Consommation, . Son, . De-contrôle, . De-l-'accélération-des, . Vibrations et al., 91 FIGURE III 2 5 : 91 FIGURE III 2 6 : 93 FIGURE III 3 1 : 96 FIGURE III 3 3 : 97 FIGURE III 3 4, FIGURE III 2 2 90 FIGURE III 2 3 : 90 FIGURE III 2 4 : 92 FIGURE III 2 7 : 95 FIGURE III 3 2 :............................. 110 FIGURE III 4 10.. 111 FIGURE III 4 12 : ÉTATS ET VALEURS DE SORTIES DE LA MACHINE À ÉTATS DU CONVERTISSEUR SI DIDO ............ 112 FIGURE III 4 13.. 113 FIGURE III 4 14, pp.110-114

I. Évolution, . Du, . De, . Des, . En et al., 117 FIGURE III 4 18, 118 FIGURE III 4 21, p.119

P. Électriques, D. Transistors, and C. , 121 FIGURE III 4 24 : 122 FIGURE III 4 25 122 FIGURE III 4 26, 132 FIGURE III 5 2, p.133

S. En, C. Vues-d-'un, . Échantillon, . Test, . Le-plan-d-'expériences et al., 154 FIGURE IV 3 3 : 155 FIGURE IV 3 4, FIGURE IV 3 2 :............ 157 FIGURE IV, p.158

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