Access the full text.
Sign up today, get DeepDyve free for 14 days.
(2007)
Modélisation avec EMTP d’une nouvelle génération d’alimentation haute tension monophasée pour générateurs microondes à magnétrons destinés aux applications industrielles
(2005)
Modélisation d’une alimentation haute tension pour générateurs micro-ondes industriels à magnétron
(2011)
Modélisation d ’ une alimentation haute tension à caractère triphasé pour générateurs micro ondes industriels à un magnétron par phase
M. Ahmedou, M. Chraygane, M. Ferfra, A. Belhaiba (2012)
OPTIMIZATION OF HIGH VOLTAGE POWER SUPPLY FOR INDUSTRIAL MICROWAVE GENERATORS FOR ONE MAGNETRON
(2012)
Modeling the power balance of microwaves generators for N = 2 magnetrons
(2011)
Modélisation d’une alimentation haute tension à caractère triphasé pour générateurs micro ondes industriels à un magnétron par phase. Conférence Méditerranéenne sur l’Ingénierie
(2012)
Improved optimization of the nominal functioning of a high voltage power supply for N = 2 magnetrons for microwave generators, International Journal of Electrical and Computer Engineering, IJECE
(2012)
Modeling the power of microwave generator for one magnetron by Matlab-simulink
(2012)
Modeling of a New HV Power Supply with a Character Three-Phase for N = 2 Magnetrons by Phase for Industrial Micro-wave Generators
M. Chraygane (2013)
Power Supplies of Magnetrons: Modeling, Simulation and Optimization
El Ghazal (2010)
Feasibility study of a new three - phase HV power supply for microwaves generators supplying a one magnetron per phase International Conference on Multimedia Computing and SystemsIEEE
OuldAhmedou (2010)
New π Model Validation Approach to the Leakage Flux Transformer of a High Voltage Power Supply Used for Magnetron for the Industrial Micro - Waves Generators MHz of ElectricalInternational Review Engineering IREE, 5
(2013)
Modeling and optimization of high voltage power supply for magnetron
Belhaiba (2012)
Improved optimization of the nominal functioning of a high voltage power supply for magnetrons for microwave generators of Electrical and Computer EngineeringInternational Journal October, 2
M. Ahmedou, M. Ferfra, R. Nouri, M. Chraygane (2011)
Improved π model of the leakage flux transformer used for magnetrons2011 International Conference on Multimedia Computing and Systems
A. Belhaiba, N. Ghazal, M. Chraygane, B. Bahani, M. Ahmedou, Mohamed Ferfra (2012)
Modeling of a power Balance for microwaves generator with one magnetron2012 International Conference on Multimedia Computing and Systems
Ould Ahmedou (2011)
Implementation and Optimization Under Matlab Code of a HV Power Transformer For Micowave Generators Supplying Tow Magnetrons Journal of Theoretical and Applied NovemberInformation Technology, 33
(2010)
New π Model Validation Approach to the Leakage Flux Transformer of a High Voltage Power Supply Used for Magnetron for the Industrial MicroWaves Generators 800 Watts - 2450 MHz
E. Naama, M. Chraygane, M. Ferfra, A. Belhaiba, M. Fadel, B. Bahani (2013)
Modeling of New Three-Phase High Voltage Power Supply For Industrial Microwave Generators With One Magnetron Per PhaseInternational Journal of Electrical and Computer Engineering, 3
Boubker (2013)
et at Modeling of a New Single - Phase High Voltage Power Supply for Microwave Generators with Three Magnetrons of Electrical and Computer EngineeringInternational Journal, 3
(2003)
Itude de l’état magnétique interne global du transformateurs à shunts d’une alimentation pour générateurs micro-ondes à magnétron destinés aux applications industrielles
(2010)
Feasibility study of a new three-phase HV power supply for microwaves generators supplying a one magnetron per phase
M. Ahmedou, M. Ferfra, N. Ghazal, M. Chraygane, M. Maaroufi (2011)
IMPLEMENTATION AND OPTIMIZATION UNDER MATLAB CODE OF A HV POWER TRANSFORMER FOR MICROWAVE GENERATORS SUPPLYING TWO MAGNETRONS
(2011)
Modélisation du bilan énergétique d’un générateur micro ondes industriel à un seul magnétron
Brought to you by | Biblioteka Glówna Zachodniopomorskiego Uniwersytetu Technologicznego w Szczecinie Authenticated Download Date | 6/26/15
El Ghazal (2013)
Naama Modeling of New Three - Phase High Voltage Power Supply For Industrial Microwave Generators With One Magnetron Per Phase of Electrical and Computer EngineeringInternational Journal, 3
B. Boubker, Ali Bouzit, M. Chraygane, M. Ferfra, N. Ghazal, A. Belhaiba (2013)
Modeling of a New High Voltage Power Supplyfor Microwave Generators with Three MagnetronsInternational Journal of Electrical and Computer Engineering, 3
Belhaiba Abderrahim, N. Elghazal, M. Chraygane, M. Ferfra, B. Bahani, M. Ahmedou (2012)
Improved Optimization of the Nominal Functioning of a New Global High Voltage Power Supply N=2 Magnetrons for Microwaves GeneratorInternational Journal of Electrical and Computer Engineering, 2
S. Meo, J. Aguero, G. Ledwich, D. Ban, E. Levi, M. Benbouzid, L. Lorenz, F. Blaabjerg, J. Matsuki, B. Bose (2009)
International Review of Electrical Engineering (IREE)
Modeling of a New Single-Phase High Voltage Power Supply for Microwave Generators with Three Magnetrons
El Ghazal (2012)
Optimization of High Voltage Power Supply for Industrial Microwave Generators for one Magnetron Journal of Theoretical and AppliedInformation Technology, 46
Abstract This original paper deals with a new approach for the study of behavior in nonlinear regime of a new three-phase high voltage power supply for magnetrons, used for the microwave generators in industrial applications. The design of this system is composed of a new three-phase leakage flux transformer supplying by phase a cell, composed of a capacitor and a diode, which multiplies the voltage and stabilizes the current. Each cell. in turn, supplies a single magnetron. An equivalent model of this transformer is developed taking into account the saturation phenomenon and the stabilization process of each magnetron. Each inductance of the model is characterized by a non linear relation between flux and current. This model was tested by EMTP software near the nominal state. The theoretical results were compared to experimental measurements with a good agreement. Relative to the current device, the new systemprovides gains of size, volume, cost of implementation and maintenance which make it more economical.
Archives of Electrical Engineering – de Gruyter
Published: Mar 1, 2015
Read and print from thousands of top scholarly journals.
Already have an account? Log in
Bookmark this article. You can see your Bookmarks on your DeepDyve Library.
To save an article, log in first, or sign up for a DeepDyve account if you don’t already have one.
Copy and paste the desired citation format or use the link below to download a file formatted for EndNote
Access the full text.
Sign up today, get DeepDyve free for 14 days.
All DeepDyve websites use cookies to improve your online experience. They were placed on your computer when you launched this website. You can change your cookie settings through your browser.