Recherche sur les mots clés : "CONVERTISSEUR DIRECT AC-AC MATRICIEL"
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Titre : Recherche sur les mots clés : CONVERTISSEUR DIRECT AC-AC MATRICIEL

Auteur : Thierry LEQUEU

Cité dans : [DIV096]  Recherches bibliographiques diverses, septembre 2016.

Vers : Convertisseur matriciel du 23 septembre 1997
Vers : Recherche STN du 4 juin 1998
Vers : Recherche INIST du 14 janvier 1999
Vers : Recherche STN Easy du 21 janvier 1999
Vers : Index Server Maison du 30 janvier 1999
Vers : Ajout de mars 2001


Convertisseur matriciel du 23 septembre 1997

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Recherche : sur l'ancienne base d'article de Thierry LEQUEU
  [1] :  [ART020]  A Space Vector-Based Rectifier Regulator for AC/DC/AC Converters
  [2] :  [ART022]  Direct Frequency Changer Opération Under a New Scalar Control Algorithm
  [3] :  [ART024]  P. TENTI, L. MALESANI, L. ROSSETTO, Optimum control of N-Input K-Output Matrix Converters, IEEE Trans. on Power Electronics, Vol. 7, N° 4, october 1992, pp 707-713.
  [4] :  [ART026]  Implementation of a Controlled Rectifier Using AC-AC Matrix Converter Theory
  [5] :  [ART030]  B.K. BOSE, Recent Advances in Power Electronics, IEEE Transaction on Power Electronics, Vol. 7, N° 1, pp 2-16, january 1992.
  [6] :  [ART058]  A Novel Control Method for Forced Commutated Cycloconverters Using Instantaneous Values of Input Line-to-Line Voltages
  [7] :  [ART061]  A Study of Single-Phase to Three-Phase Cycloconverters Using PSPICE
  [8] :  [ART076]  A High Voltage Large Capacity Dynamic Var Compensator using Multilevel Voltage Source Inverter
  [9] :  [ART092]  Control Strategy with the S.C. Preconditioning for Direct AC/AC Converters
 [10] :  [ART104]  Feasibility of Both Vector Control and Displacement Factor Correction by Voltage Source Type AC-AC Matrix Converter


Recherche STN du 4 juin 1998

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STN Easy - Résultats de recherche : Ingénierie
Question : direct AND AC-AC AND converter
27 réponses dans COMPENDEX, 46 réponses dans INSPEC

Titre_de_COMPENDEX :
1 : Matrix converter - future possibilities.
2 : Fuzzy logic controlled direct frequency converters modulated by an expert knowledge-based space vector technique.
3 : Design and implementation of a soft start induction motor monitor station with power factor improvement.
4 : Integrated optimum control of quasi-direct converters.
5 : Direct AC/AC bi-directional power converter with high-frequency link and simple PWM control.
6 : Single-phase matrix converter.
7 : Complete state feedback control of quasi direct AC/AC converter.
8 : Analysis and implementation of a space vector modulation algorithm for direct a.c.-a.c.matrix converters.
9 : AC-AC converter made of two semi direct frequency changers has no limits on the voltage gain.
10 : Real-time control of direct AC-AC matrix converters using a DSP-based space vector modulator.
11 : New bidirectional ZVS switch for direct AC/AC converter applications.
12 : Control method for a generalised converter using instantaneous values of input line-to-line voltages.
13 : Application of dyadic matrix converter theory in conceptual design of dual field vector and displacement factor controls.
14 : Integrated optimum control of quasi-direct converters.
15 : Direct AC-AC matrix converter based on three-phase voltage-source converter modules.
16 : Proceedings of the 19th International Conference on Industrial Electronics, Control and Instrumentation.
17 : AC voltage switching regulator with instantaneous output voltage control.
18 : Direct optimum symmetry (DOS) spectral calculation method for cycloconverter synchronous motor drive systems.
19 : New modulation methods for force-commutated direct frequency changers.
20 : Steady state performance of a single phase induction motor fed by a direct AC-AC converter.
21 : Improved direct ac-ac converter and its application to three phase induction motor drive.
22 : Analysis and design of optimum-amplitude nine-switch direct AC-AC converters.
23 : Operation of the naturally commutating hidden link converter feeding a cage induction motor.
24 : Intrinsic amplitude limits and optimum design of 9-switches direct PWM AC-AC converters.
25 : FOUR QUADRANT SPEED CONTROL OF INDUCTION MOTOR BY UNRESTRICTED FREQUENCY CHANGER.
26 : SIMULATION RESULTS OF A DIRECT INVERTER-INDUCTION MOTOR MODEL.
27 : SOLID-STATE POWER CONVERSION-A FOURIER ANALYSIS APPROACH TO GENERALIZED TRANSFORMER SYNTHESIS.

Titre_de_INSPEC :
1 : A logical controller design algorithm for the simulation of AC-to-AC converters.
2 : Fundamental operation of direct linked type frequency changer with bilateral switching circuits.
3 : Certain problems of smoothing reactor optimisation for DC link of indirect frequency converter.
4 : AC to AC power conversion based on matrix converter topology with unidirectional switches.
5 : Design and implementation of a soft start induction motor monitor station with power factor improvement.
6 : Analysis of general switching variants of a direct frequency converter input voltages.
7 : Fuzzy logic controlled direct frequency converters modulated by an expert knowledge-based space vector technique.
8 : Integrated optimum control of quasi-direct converters.
9 : A new generalized direct frequency converter.
10 : A direct AC/AC bi-directional power converter with high-frequency link and simple PWM control.
11 : State feedback current regulator for quasi direct AC/AC converter.
12 : Single-phase matrix converter.
13 : The matrix converter-future possibilities.
14 : High-performance direct-frequency converters controlled by predictive-current loop.
15 : A control method for a generalised converter using instantaneous values of phase voltages.
16 : Uninterruptible power supply using a flywheel unit.
17 : Performance of SVM controlled matrix converter with input and output unbalanced conditions.
18 : Present and future trends in power electronic converters.
19 : Complete state feedback control of quasi direct AC/AC converter.
20 : Real-time control of direct AC-AC matrix converters using a DSP-based space vector modulator.
21 : Analysis and implementation of a space vector modulation algorithm for direct AC-AC matrix converters.
22 : Improvement in the quality of the electric energy consumption by semiconductor converters with pulse-duration modulation.
23 : An AC-AC converter made of two semi direct frequency changers has no limits on the voltage gain.
24 : Vector control of an induction motor with forced commutated cycloconverter.
25 : A new bidirectional ZVS switch for direct AC/AC converter applications.
26 : A direct frequency converter controlled by space vectors.
27 : A control method for a generalised converter using instantaneous values of input line-to-line voltages.
28 : A control method for a generalised converter using instantaneous values of input line-to-line voltages.
29 : AC/DC/AC PWM converter with reduced energy storage in the DC link.
30 : Application of dyadic matrix converter theory in conceptual design of dual field vector and displacement factor controls.
31 : Direct AC-AC matrix converter based on three-phase voltage-source converter modules.
32 : Integrated optimal control of quasi-direct converters.
33 : Elimination of current harmonics in direct AC-AC converter.
34 : Soft-switched matrix converter for high frequency direct AC-to-AC power conversion.
35 : A AC voltage switching regulator with instantaneous output voltage control.
36 : A high-frequency switching strategy for power converters.
37 : Steady state performance of a single phase induction motor fed by a direct AC-AC converter.
38 : An improved direct AC-AC converter and its application to three phase induction motor drive.
39 : Analysis and design of optimum-amplitude nine-switch direct AC-AC converters.
40 : Intrinsic amplitude limits and optimum design of 9-switches direct PWM AC-AC converters.
41 : Control strategies in AC-AC frequency converters for induction heating.
42 : Four quadrant speed control of induction motor by unrestricted frequency changer.
43 : DC-AC series-resonant converter system with high internal frequency generating multiphase AC waveforms for multikilowatt power levels.
44 : Simulation results of a direct inverter-induction motor model.
45 : Solid-state power conversion; a Fourier analysis approach to generalized transformer synthesis.
46 : Basic principles in the control of the speed of asynchronous motors.


Recherche INIST du 14 janvier 1999

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Question : (matrix converter)(TITLE, SERTITLE)
Réponse : 6 articles
Collections_interrogées : 1998 1999 .
Mots trouvés : converter, matrix, converters .

Score : Titre de la Revue, Titre de l'article
0.99 : Mathematics and computers in simulation, 1998 , Vol : 46 , Num : 3-4 , p. : 175 - 195 Modeling and simulation of matrix converter/induction motor drive
0.98 : IEE proceedings. electric power applications, 1998 , Vol : 145 , Num : 4 , p. : 284 - 294 Analysis and comparison of control techniques for ac-ac matrix converters
0.98 : IEEE transactions on power electronics, 1998 , Vol : 13 , Num : 5 , p. : 882 - 891 A general approach for the analysis of the input power quality in matrix converters
0.98 : IEEE transactions on power delivery, 1998 , Vol : 13 , Num : 1 , p. : 247 - 253 Voltage-source matrix converter as a controller in flexible ac transmission systems
0.97 : IEEE transactions on power electronics, 1998 , Vol : 13 , Num : 6 , p. : 1089 - 1099 Vector control of a permanent-magnet synchronous motor using ac-ac matrix converter
0.96 : IEEE transactions on industrial electronics : (1982), 1998 , Vol : 45 , Num : 3 , p. : 401 - 411 Reduction of the input current harmonic content in matrix converters underinput/output unbalance


Recherche STN Easy du 21 janvier 1999

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Question : convertisseur AND direct (1998 - 1999), le jeudi 21 janvier 199
COMPENDEX : 5 réponses
INSPEC : 0 réponses

Titre_COMPENDEX :
1 Characterization of matrix converters: I. Organization of the control.
1 Caracterisation des convertisseurs matriciels: I. Structure de l'automate de commande rapprochée.
2 New iterative method for the global simulation of power electronic multi-converter systems.
2 Nouvelle methode iterative de simulation globale de systemes multi-convertisseurs d'electronique de puissance.
3 Computer-aided design of direct static converters.
3 Conception assistee par ordinateur des convertisseurs statiques directs.
4 For Portable Instruments: Direct Display Analog-to-digital Converter.
4 Pour les instruments portables : convertisseur A/N à affichage direct.
5 Formation and Means of Reducing the Reddish Fumes Emitted by Oxygen Steel Converters.
5 Formation et moyens de réduction des fumées rousses dans les convertisseurs d'aciérie à l'oxygène.

  [1] :  [PAP102]  B. FRANCOIS, J.P. CAMBRONNE, J.P. HAUTIER, Caractérisation des convertisseurs matriciels: I. Structure de l'automate de commande rapprochée., Journal De Physique III France, Vol. 6, N° 5, May 1996, pp 625-639.
  [2] :  [PAP140]  Nouvelle methode iterative de simulation globale de systemes multi-convertisseurs d'electronique de puissance.
  [3] :  [PAP141]  M. SAAD, T. Rafesthain, V. Rajagopalan, K. Al-Haddad, Conception assistée par ordinateur des convertisseurs statiques directs, 1993.

Voir_aussi :

  [1] :  [PAP073]  B. FRANCOIS, J.P. CAMBRONNE, J.P. HAUTIER, Caractérisation des convertisseurs matriciels : II. Synthèse des fonctions de connexion, Journal de physique III France, Vol. 6, N° 5, mai 1996, pp 641-660.
  [2] :  [DIV101]  Recherche sur l'auteur J.P. CAMBRONNE, aout 1998.


Index Server Maison du 30 janvier 1999

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  [1] : [THESE014] C. JAUNAY, Etude d'une cellule de commutation à interrupteurs bidirectionnels bicommandables. Une etape vers le convertisseur direct généralisé., 1991.
  [2] : [THESE040] B. SEURE, Sur un convertisseur direct réversible à transistors pour l'alimentation d'un moteur asynchrone diphasé, 1986.
  [3] :  [DIV099]  Recherche sur les mots clés : CONVERTISSEUR DIRECT AC-AC MATRICIEL
  [4] : [THESE011] R. CITTADINI, Gestion de la commutation et synthèse de filtres CEM dans les convertisseurs à interrupteurs bidirectionnels, 1995.
  [5] :  [DIV096]  Recherches bibliographiques diverses, septembre 2016.
  [6] :  [DIV043]  JCGE'98, Quatrième conférence des Jeunes Chercheurs en Génie Electrique, Cachan, avril 1998.
  [7] :  [PAP074]  R. CITTADINI, J.-J. HUSELSTEIN, C. GLAIZE, A matrix converter switching controller for low losses operation without snubber circuit, EPE'97 Trondheim, Vol. 4, pp 4.199-4.203, 1997.
Info : Dans PRCR'95 et EPF'94, Cittadini, Huselstein et Glaize
  [1] :  [DIV053]  Publications du LEM et thèses.
  [2] :  [PAP144]  R. CITTADINI, J.J. HUSELSTEIN, C. GLAIZE, Convertisseur direct monophasé à interrupteurs bidirectionnels. Étude d'un automate de gestion de la commutation par séparation des commandes, EPF'94, Cachan, 28-30 septembre 1994, pp. 63-68.


Ajout de mars 2001

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  [1] : [SHEET471] R.L.A. RIBEIRO, C.B. JACOBINA, E.R.C. DA SILVA, A.M.N. LIMA, AC/AC converter with four switch three phase structures, PESC'96, pp. 134-139.
  [2] : [SHEET479] E.P. WIECHMANN, J.R. ESPINOZA, J.R. RODRIGUEZ, Asynchronous bidirectional direct frequency converter controlled by space vectors, IEEE Colloquium in South America, 1990, pp. 177-183.
  [3] :  [DIV099]  Recherche sur les mots clés : CONVERTISSEUR DIRECT AC-AC MATRICIEL


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