Recherche sur les "SINGLE PHASE AC CHOPPER", mars 2003.
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Fiche : [DIV393]
Titre : Recherche sur les SINGLE PHASE AC CHOPPER, mars 2003.
Cité dans : [DIV096] Recherches bibliographiques diverses, janvier 2019.
Cité dans :[THESE130]
Auteur : Thierry LEQUEU
Vers : Recherche du 13 mars 2003 - Maison
[1] : [ART087] Y. HAYASHI, N. SATO, K. TAKAHASHI, A Novel Control of a Current-Source Active Filter for ac Power System Harmonic Compensation, IEEE Trans. on Industry Applications, Vol. 27, No. 2, mars-avril 1991, pp. 380-385.
[2] : [ART019] G. JOOS, L. MORAN, P. ZIOGAS, Performance Analysis of a PWM Inverter VAR Compensator, IEEE Trans. on Power Electronics, Vol. 6, No. 3, Jully 1991, pp. 380-391.
[3] : [PAP078] J.-M. MEYER, A. RUFER, A single-phase rectifier with reduced current ripple and power factor correction, EPE'97.
[4] : [TRIAC050] B. SINGH, A. CHANDRA, K. Al-HADDAD, An improved single phase active power filter with optimum DC capacitor
[5] : [PAP091] G. ROY, P. POITEVIN, G. OLIVIER, A comparative study of single-phase modulated AC choppers, IEEE Transactions on Industry Applications, pp. 1498-1506, november/december 1984, vol. IA-20, no. 6.
[6] : [PAP072] A.S. KISLOVSKI, Low-cost, low-power, Buck-based input stages meeting the IEC 1000-3-2 Line-current-harmonics limits, proceeding of EPE'97, Trondheim, Vol. 1, pp. 1.336-1.341.
[7] : [PAP456] E. LEFEUVRE, T. MEYNARD, P. VIAROUGE, Robust Two-Level and Multilevel PWM AC Choppers, EPE'2001.
[8] : [PAP344] B. FRANCOIS, C. SAUDEMONT, M. FADEL, Direct Modulation of Electrical Conversions for a Multilevel Chopper, EPE'2001.
[9] : [ART290] B. FRANCOIS, J.P. HAUTIER, A direct modulation of electrical conversions for a multilevel NPC chopper, CSCC'2001.
[10] : [PAP062] C. GLAIZE, F. FOREST, F. CHAREF, Study of Power Bidirectional Switch using MOS-Transistors, Third International Conference on Power Electronics and Variable-Speed Drives, London, UK, 1988, pp. 51-53
Question : SINGLE PHASE AND AC CHOPPER
Reponses : 42 réponses dans Banque de données COMPENDEX
Réponses : 77 réponses dans Banque de données INSPEC
Titres dans Banque de données COMPENDEX classés par Ordre chronologique
1 DC voltage and current sensorless single phase PFC converter.
2 Three-phase unbalanced-voltage compensators.
3 Principles for timing at spallation neutron sources based on developments at LANSCE.
4 Automatic nonlinear auto-tuning method for Hammerstein modeling of electrical drives.
5 Inverter using buck-boost type chopper circuits for popular small-scale photovoltaic power system.
6 Three-phase ideal phase shifter using AC choppers.
7 AC chopper voltage controller-fed single-phase induction motor employing symmetrical PWM control technique.
8 Transformer-less inverter using buck-boost type chopper circuit for photovoltaic power system.
9 20 kW, 20 kHz unity power factor boost converter for three-phase motor drive applications from an unregulated single-phase supply.
10 New configuration of single-phase symmetrical PWM AC chopper voltage controller.
11 Microcontroller based automatic sun tracker combined with a new solar energy conversion unit.
12 Switching technique for current-controlled AC-to-AC converters.
13 Novel ac voltage regulator.
14 Single-phase PWM current source type converter coupled with an ac chopper.
15 Improved circuit of AC choppers for single-phase systems.
16 Analysis of single phase diode rectifiers with power factor correction circuits.
17 New microcontroller based solar energy conversion modular unit.
18 Power factor correction of non-linear loads employing a single phase active power filter: Control strategy, design methodology and experimentation.
19 Indirect AC-AC converter 115 V, 50/60 Hz-115 V, 400 Hz with modulated accumulated energy chopper and bridge inverter by using MOSFET.
20 Selected properties and simulation of three-phase AC-DC unidirectional PWM single-switch rectifier topologies.
21 Novel topologies of AC choppers.
22 AC chopper with near unity power factor.
23 Common mode conducted RFI emission of an AC/DC converter with sinusoidal input current.
24 Ripple compensation of a single-phase rectifier by two-quadrant chopper and auxiliary capacitor.
25 Control strategy of a direct association '6 SCRs rectifier - GTO chopper' feeding a low voltage power DC motor from a high voltage 3 phase AC mains.
26 Optimal harmonic reduction in AC-AC chopper converters.
27 Exact analysis of an ideal static AC chopper.
28 An active power factor correction technique for three-phase diode rectifiers.
29 Improved PWM technique for AC choppers.
30 Active power factor correction technique for three-phase diode rectifiers.
31 Input impedance of chopper equipment and its significance in low-frequency track circuits.
32 AC-DC CONVERTER MINIMIZING INDUCED HARMONICS IN INDUSTRIAL POWER SYSTEMS.
33 ANALYSIS OF SINGLE-PHASE INDUCTION MOTORS CONTROLLED BY AC CHOPPERS USING STATE-SPACE TECHNIQUES.
34 CHARACTERISTICS OF CHOPPER FED SINGLE PHASE INDUCTION MOTORS.
35 AC-DC CONVERTER MINIMIZING INDUCED HARMONICS IN INDUSTRIAL POWER SYSTEMS.
36 HARMONIC REDUCTION IN SYNCHRONOUS COPPER-CONVERTER COMBINATIONS.
37 HARMONIC REDUCTION IN SYNCHRONOUS CHOPPER-CONVERTER COMBINATIONS.
38 STATIC TRIPLE FREQUENCY POWER SOURCE CIRCUIT AND ITS POWER FACTOR ANALYSIS.
39 Energy Savings in Electric Traction Systems by Innovations of the Electric Installations and Traction Equipment. USPORY ENERGIE V ELEKTRICKE TRAKCI CESTOU INOVACE TRAKCNICH ZARIZENI.
40 CONCEPTION GENERALE ET CARACTERISTIQUES DES PARTIES ELECTRIQUES DES RAMES TGV.left bracket General Concept and Characteristics of the Electric Equipment of the TGV Multiple Units right bracket .
41 DIGITALLY CONTROLLED MULTIPLE-PULSE-WIDTH-MODULATED ac CHOPPER FOR POWER CONTROL.
42 HIGH-FREQUENCY CHOPPER-CONTROLLED THREE-PHASE ac CONSTANT VOLTAGE SWITCHING REGULATORS VIA PARTIAL VOLTAGE CONTROL TECHNIQUE.
Titres dans Banque de données INSPEC classés par Ordre chronologique
43 A modified single to three phase converter fed three-phase induction motor.
44 An improved DC chopper drive for single phase AC series commutator motor.
45 DC voltage and current sensorless single phase PFC converter.
46 Steady state analysis and simulation of AC chopper fed capacitor-run induction motors.
47 Use of AC chopper for induction motor supply.
48 Robust two-level and multilevel PWM AC choppers.
49 Principles for timing at spallation neutron sources based on developments at LANSCE.
50 Design and implementation of a novel digital power factor controller for APWM AC chopper.
51 A high power factor solution for single phase induction motor driver.
52 Control strategies for capacitor voltage equalization in neutral clamped shunt compensator.
53 Automatic nonlinear auto-tuning method for Hammerstein modeling of electrical drives.
54 Single-phase AC chopper with symmetrical pulse width modulation.
55 Control of single phase induction motor using AC chopper.
56 An inverter using chopper circuits for popular small-scale photovoltaic power system.
57 AC chopper voltage controller-fed single-phase induction motor employing symmetrical PWM control technique.
58 Three-phase ideal phase shifter using AC choppers.
59 Three-phase unbalance-voltage compensators.
60 A novel AC voltage regulator.
61 On the commutation of the chopper-driven DC motors for electric traction.
62 An inverter using buck-boost type chopper circuits for popular small-scale photovoltaic power system.
63 A transformer-less inverter using buck-boost type chopper circuit for photovoltaic power system.
64 A new configuration of single-phase symmetrical PWM AC chopper voltage controller.
65 A 20 kW, 20 kHz unity power factor boost converter for three-phase motor drive applications from an unregulated single-phase supply.
66 PWM buck-boost AC choppers for safe commutation.
67 Switching technique for current-controlled AC-to-AC converters.
68 A novel AC voltage regulator.
69 A single-phase PWM current source type converter coupled with an AC chopper.
70 Analysis of single-phase PWM current source type converter with AC chopper.
71 Improved circuit of AC choppers for single-phase systems.
72 Analysis of single phase diode rectifiers with power factor correction circuits.
73 A new microcontroller based solar energy conversion modular unit.
74 Microcontroller-based apparatus for control of three-phase APWM and SPWM AC chopper.
75 Novel pulse-width modulated AC choppers.
76 Indirect AC-AC converter 115 V 50/60 Hz-115 V, 400 Hz with modulated accumulated energy chopper and bridge inverter by using MOSFET.
77 Feasible compact UPS incorporating current-mode controlled two-quadrant chopper-fed battery link.
78 Power factor correction of non-linear loads employing a single phase active power filter: control strategy, design methodology and experimentation.
79 A single-phase PWM current source type converter coupling with AC chopper.
80 "Simulation of a direct association" Six SCR's Rectifier-GTO chopper "feeding a high power DC motor, in order to reduce the oscillations of the starting torque".
81 Concepts for an unconventional uninterruptible power supply using reversible converters.
82 Selected properties and simulation of three-phase AC-DC unidirectional PWM single-switch rectifier topologies.
83 Novel topologies of AC choppers.
84 AC chopper with near unity power factor.
85 A configuration of single-phase PWM current source converter with constant DC current.
86 Optimal harmonic reduction in AC/AC chopper converters.
87 Control strategy of a direct association "6 SCRs rectifier-GTO chopper" feeding a low voltage power DC motor from a high voltage 3 phase AC mains.
88 Common mode conducted RFI emission of an AC/DC converter with sinusoidal input current.
89 Some novel thyristor circuits for controlled DC and 3-phase AC output from 1-phase supply for drive applications.
90 A PWM controlled AC to DC converter with improved power factor.
91 A variable-speed chopper control system for fan motors.
92 Ripple compensation of a single-phase rectifier by two-quadrant chopper and auxiliary capacitor.
93 An exact analysis of an ideal static AC chopper.
94 Microprocessor-based new PWM technique for unity power factor AC/DC converter.
95 Ripple compensation for a single-phase rectifier by 2-quadrant chopper and auxiliary capacitor.
96 Fully controlled variators.
97 Amplitude-modulated tone encoding behavior of cochlear nucleus neurons: modeling study.
98 An active power factor correction technique for three-phase diode rectifiers.
99 An improved PWM technique for AC choppers.
100 Control strategy and topological study of a novel single phase regenerative AC/DC converter feeding a DC servo motor.
101 An active power factor correction technique for three-phase diode rectifiers.
102 Three phase AC chopper for switching induction motor without transients.
103 AC-DC converter minimizing induced harmonics in industrial power systems.
104 Development strategy for electric tractive units at the FS.
105 Analysis of single-phase induction motors controlled by AC choppers using state-space techniques.
106 Characteristics of chopper fed single phase induction motors.
107 AC-DC converter minimizing induced harmonics in industrial power systems.
108 The development of the power controller for the improvement of efficiency of a single phase induction motor.
109 Harmonic reduction in synchronous chopper-converter combinations.
110 Harmonic reduction in synchronous chopper-converter combinations.
111 A comparative study of single phase modulated AC choppers.
112 A comparative study of single phase modulated AC choppers.
113 A control device for small-size permanent magnet DC motors.
114 Energy savings in electric traction systems by innovations of the electric installations and traction equipment.
115 Digitally controlled multiple-pulse-width-modulated AC chopper for power control.
116 A method to build up the voltage of self-excited AC generator and constant voltage control by DC chopper.
117 Input characteristics of a diode-bridge supplied chopper controller for AC traction applications.
118 The application of the separately excited dc traction motor to dc and single phase ac rapid transit systems and electrified railroad. II.
119 The separately excited dc traction motor applied to dc and single phase ac rapid transit systems and electrified railroads.
[1] : [ART385] DC voltage and current sensorless single phase PFC converter, 2002.
[2] : [ART386] AC chopper voltage controller-fed single-phase induction motor employing symmetrical PWM control technique, 2000.
[3] : [ART387] New configuration of single-phase symmetrical PWM AC chopper voltage controller.
[4] : [ART388] Single-phase PWM current source type converter coupled with an ac chopper, 1998.
[5] : [ART389] Improved circuit of AC choppers for single-phase systems.
[6] : [ART390] AC chopper with near unity power factor.
[7] : [ART391] Optimal harmonic reduction in AC-AC chopper converters.
[8] : [ART392] Exact analysis of an ideal static AC chopper, 1993.
[9] : [PAP155] G.-H. CHOE, A.K.WALLACE, M.-H. PARK, An Improved PWM Technique for AC Choppers, IEEE Transactions on Power Electronics, Vol. 4, 1989, pp. 496-505.
[10] : [ART394] HIGH-FREQUENCY CHOPPER-CONTROLLED THREE-PHASE ac CONSTANT VOLTAGE SWITCHING REGULATORS VIA PARTIAL VOLTAGE CONTROL TECHNIQUE, 1978.
[11] : [ART395] A modified single to three phase converter fed three-phase induction motor, 2001.
[12] : [ART396] An improved DC chopper drive for single phase AC series commutator motor, 2001.
[13] : [ART397] A high power factor solution for single phase induction motor driver, 2001.
[14] : [ART398] Microcontroller-based apparatus for control of three-phase APWM and SPWM AC chopper, 1997.
[15] : [ART399] Novel pulse-width modulated AC choppers, 1997.
[16] : [SHEET470] Y. HAROEN, J. SUTANTO, Indirect AC-AC converter 115 V, 50/60 Hz-115 V, 400 Hz with modulated accumulated energy chopper and bridge inverter by using MOSFET, PEDS'97, pp. 769-773.
[17] : [ART401] A comparative study of single phase modulated AC choppers.
[18] : [ART402] Input characteristics of a diode-bridge supplied chopper controller for AC traction applications, 1977.
[19] : [ART403] The application of the separately excited dc traction motor to dc and single phase ac rapid transit systems and electrified railroad. II.
[20] : [ART404] The separately excited dc traction motor applied to dc and single phase ac rapid transit systems and electrified railroads.
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