Modeling and Optimization of a New Single-Phase High Voltage Power Supply for Industrial Microwave Generators


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Abstract


This paper deals with modeling and optimization of a new type of HV power supply with three magnetrons. The design of this new power supply uses a new single-phase high voltage transformer with magnetic leakage flux supplying in the same time three cells. Each cell multiples the voltage, stabilizes the current and supplies in its turn a single magnetron. The π equivalent model of the transformer is developed, taking into account the saturation phenomenon and the stabilization process of each magnetron current. This model is based on the determination of the analytical expressions of its non-linear inductances, that can be determined from the establishment of the B(H) magnetization curve of the used material. This way facilites the optimization strategy of this new HV power supply for the microwave generators with N=3 magnetrons, to envisage the possibility of obtaining gains in section, space, and weight, and to reduce the transformer cost, and, therefore, that of all the installation. This system presents multiple advantages relative to the current device: gains of volume, weight and the cost of the whole power supply. The simulation results, upbraided by Matlab-Simulink code, are in good agreement with those found by experimental measurement for one magnetron, while respecting the conditions recommended by the manufacturer of magnetron: Ipeak<1.2 A, Imean≈ 300 mA
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Keywords


Modeling; Optimization; Magnetron; New Power Suply;Matlab-SIMULINK

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References


B. Bahani, A. Bouzit, M. Chraygane, M. Ferfra, N. El Ghazal, A. Belhaiba ‘’ Modeling of a New High Voltage Power Supplyfor Microwave Generators with Three Magnetrons’’ International Journal of Electrical and Computer Engineering (IJECE) Vol. 3, No. 2, April 2013, pp. 164~170.

A.Belhaiba, M.Chraygane, N.Elghazal, M. OuldAhmedou, M. Ferfra, “MODELING THE POWER OF MICROWAVE GENERATOR FOR ONE MAGNETRON BY MATLAB-SIMULINK”International Conference on Multimedia Computing and Systems (ICMCS’12) 10-12 may 2012,Tanger.

N. El Ghazal, A. Belhaiba, M. Chraygane, B.Bahani, M.Ould.Ahmedou, M.Ferfra, Feasibility study of a new three-phase HV powersupply for microwaves generators supplying a one magnetron per phase under MATLAB code, 2012 International Conference on Multimedia Computing and Systems, IEEE, 10.1109/ICMCS.2012.6320197 Publication Year: 2012

Ahmedou, M.O., Chraygane, M., Ferfra, M., 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 800 watts, (2010) International Review of Electrical Engineering (IREE), 5 (3), pp. 1003-1011.

M.Ferfra, M.Chraygane, M.Fadel, M.OuldAhmedou. “Non linearmodelling of an overall new high voltage power supply for N=2 magnetrons for industrial microwave generators” Physical and Chemical News 54, pp. 17-30, 2010.

H. Ouaddi, S. Baranowski, Nadir Idir, “High frequency modelling of power transformer: Application to railway substation in scale model” PrzegladElektrotechniczny (Electrical Review), 2010. pp. 165-169,

Pylvänäinen, J., Nousiainen, K., Verho, P., Studies to utilise calculated condition information and measurements for transformer condition assessment, (2009) International Review of Electrical Engineering (IREE), 4 (4), pp. 684-689.

M. Chraygane, M. Ferfra, B. Hlimi, “Détermination analytique des flux et des courants du transformateur à fuites d’une alimentation haute tension à magnétron pour générateurs micro-ondes industriels 800 Watts à 2450 Mhz” Physical and Chemical News PCN, 40 (2008) 51-61.

A. D. Theocharis • J. Milias-Argitis • Th. Zacharias, “Single-phase transformer model including magnetic hysteresis, and eddy currents” ElectrEng vol. 90, 2008, pp. 229– 241.

M. Chraygane, M. Ferfra, & B. Hlimi, “Etude analytique et expérimentale des flux du transformateur à shunts d’une alimentation pour magnétron 800 Watts à 2450 Mhz”, revue Physical and Chemical News, PCN, 27, (2006) 31-42.

Chraygane M., ferfra M. &Hlimi B., “Modélisation d’une alimentation haute tension pour générateurs micro-ondes industriels à magnétron”, La Revue 3EI, Paris, France, vol. 41, 2005, pp. 37-47.

M. Chraygane, M. El Khouzaï, M. Ferfra, & B. Hlimi, “Etude analytique de la répartitiondes flux dans le transformateur à shunts d’une alimentation haute tension pour magnétron 800 Watts à 2450 Mhz”, revue Physical and Chemical News, PCN, 22 (2005) 65-74.

Guanghao Liu, Xiao-Bang Xu, “Improved Modeling of the Non-linear B–H Curve and Its Application in Power Cable Analysis”, IEEE Transaction on Magnetics, vol. 38, NO. 4, July 2002

Aguili T &Chraygane M., “Une alimentation originale pour générateurs micro-ondes”, Revue Générale de l’Electricité - France, RGE 5 (1990) 49-51.

Chan J. H., Vladimirescu A., Gao X. C., Liebmann P., Valainis J., “Non linear transformer model for circuit simulation”, IEEE Transactions on Computer-Aided, N°4, 10, April (1991).

Teissier M., Chraygane M., Jammal A. et Masson J.P , “Leakage Flux Transformer Modelling”, Communication, International Conference on Electric Machines, ICEM’94, Paris, (1994).

Chraygane M, Teissier M., Jammal A. et Masson J.P , “Modélisation d’un transformateur à shunts utilisé dans l’alimentation H.T d’un générateurs microondes à magnétron, publication”, journal de physique III, France, ( 1994) 2329 2338.

David Greene J., Gross C.A., “non linearmodelling of transformers”, IEEE transactions On Industry Applications, N°3, 24, May/June (1988).

J. R. Lucas, “representation of magnetization curves over a wide region using a non-integer power series”, International J. Elect. Enging. Edduc Manchester U.P. 1988. Printed in Great Britais.– vol. 25. pp. 335 – 340.

Dick E.P., Waston W., “Transformers models for transcient studies based on field measurements”, IEEE Transactions, PAS-100, N°1, (1981) 409-419.

M.Ould.Ahmedou, M.FerframR.Nouri, M.Chraygane "Improved π Model of the Leakage Flux Transformer Used for Magnetrons", International Conference on Multimedia Computing and Systems, IEEE Conference, Ouarzazat

Belhaiba, A., Ould Ahmedou, M., Chraygane, M., Ferfra, M., Elghazal, N., Energy balance of optimized high voltage power supply for microwaves generators used in various industrial applications, (2012) International Review on Modelling and Simulations (IREMOS), 5 (4), pp. 1460-1469.

Ould.Ahmedou .M, Ferfra .M, Elghazal .N, Chraygane .M, Maafoufi .M, Implementation and optimization under Matlab code of a HV power transformer for microwave generators supplying two magnetrons, Journal of Theoretical and Applied Information Technology, 30th November 2011. Vol. 33 No.2

David Greene J., Gross C.A., Non linearmodelling of transformers, IEEE transactions On Industry Applications, N°3, 24, May/June (1988).

Rahiel, D., Khiat, M., Chaker, A., Haimour, R., Benzerga, F., VAr/voltage control and optimization: Numerical and heuristic approaches, (2008) International Review of Electrical Engineering (IREE), 3 (3), pp. 491-497.

Niknam, T., Nayeripour, M., Olamaei, J., Arefi, A., An efficient hybrid evolutionary optimization algorithm for daily volt/var control at distribution system including DGs, (2008) International Review of Electrical Engineering (IREE), 3 (3), pp. 513-524.

H.Nguyen-Huu, N. Retière, F. Wurtz, X. Roboam, B. Sareni, D. Alejo, Optimal sizing of an embedded electrical system with an approach for restricting the search space.COMPEL (The international Journal for Computation and Mathematics in Electrical and Electronic Engineering), Vol. 28, N°5, , 2009, pp. 1141-115.


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