Systematic Design of Electronics Ballast
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Published:
Jun 30, 2006
Keywords:
Electronic ballast
Main Article Content
Abstract
This paper presents a novel design of electronics ballast. The selection criteria stem from ballast specifications as well as operation characteristics and constraints. Lamp rated power. minimum lamp ignition voltage. filament heating current and zero voltage tum on operation of the inverter switches are used as criteria for load circuit component selection. Fundamental frequency approximation analytical technique and linear lamp model are used to establish the circuit equations. The experimental results show that approximation analysis is good enough for primary design.
Article Details
How to Cite
บุญเจียม ไ. . (2006). Systematic Design of Electronics Ballast. Frontiers in Engineering Innovation Research, 7, 54–63. Retrieved from https://ph01.tci-thaijo.org/index.php/jermutt/article/view/242280
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Research Articles
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References
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[19] Zhu P., Hui S.Y.R. "Modeling of a High-frequency operated fluorescent lamp in an electronic ballast environment . IEE ISMTEV,1998, pp 111-116.
[20] Onishi N., Shiomi T., Okude A. and Yamauchi T."A Fluorescent lamp model for high frequency
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sons.Inc. . 1995.
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[3] Thomas J. Ribarich, John J. Ribarich."A New procedure for high-frequency electronic ballast design". Conf. Record of IEEE/IAS Annual Meeting ,1997.
[4] Thomas J. Ribarich, John J. Ribarich."A New control method for Dimmable high-frequency electronic ballasts'. Conf. Record of IEEE/IAS Annual Meeting, 1998.
[5] Hesterman B.L., Poehlman T.M. "A novel parallel-resonant programmed start electronic ballast". Conf. Record of IEEE/IAS Annual Meeting 1999, pp 249-255.
[6] Thomas Ribarich."A System Approach to Ballast IC Design". PCIM Europe Nuremburg, Germany June 22-24, 1999.
[7] Moo C.S,, Cheng H.L., Chen H.N. and Yen H.C. "Designing dimmable electronic ballast with frequency control". APEC Annual meeting, 1999,pp 727-733.
[8] Chin S.Moo., Hung L. Cheng., Tsai F. Lin and Hau C. Yen. "'Designing a dimmable electronic .ballast with voltage control for fluorescent lamp ISIE 1999, pp 786-791.
[9] Hammer, E.E.,"Photocell Enhanced Technique for Measuring Electrode Starting Temperature in fluorescent lamps".Plasma Science, ICOPS '99..IEEE International Conference on , 1999,pp 329 -329
[10] Hammer, E.E.. "Compact light source performance in recessed type luminaires".Industry Applications Conference. Thirty-Third IAS Annual Meeting,, 1998, pp 2145 -2150 vol.3
[11] Hammer, E.E. "Starting voltage characterristics of 40 w biaxial fluorescent lamp". Industry Applications Society Annual Meeting, 1988.,Conference Record of the 1988 IEEE, 1988.pp 1835 -1841 vol.2
[12] Hammer, E.E. "Effects of changing line voltage with various fluorescent systems"'. Industry Applications, IEEE Transactions on Volume:24 4 , July-Aug. 1988 , pp 692 -699
[13] Gluskin E. "A contribution to the theory of fluorescent lamp circuits". IEEE Circuit and system, 1988, pp 1385-1388.
[14] Gluskin E. "'On the theory of fluorescent lamp circuits. IEE science, Measurement and Technology 1990, pp 201-208.
[15] Wu T.-F., Hung J.-C., Yu T.-H.,"A Pspice model for fluorescent lamps operated at high frequencies'.IEEE IECON 21* International Conference, 1995,pp 359-364.
[16] Thomas J. Ribarich, John J. Ribarich."A new high-frequency fluorescent lamp model". IEEE IAS Annual meeting, 1998, pp 2094-2098.
[17] T. Liu, K.J. Tseng and D.M. Vilathgamuwa."A Pspice model for the electrical characteristics of fluorescent lamp". IEEE/IAS conference record,1998.
[18] Mark Sun, Bryce L. Hesterman. "Pspice high-frequency dynamic fluorescent lamp model".IEEE transaction on power electronics, Vol.13 No.2,1998.
[19] Zhu P., Hui S.Y.R. "Modeling of a High-frequency operated fluorescent lamp in an electronic ballast environment . IEE ISMTEV,1998, pp 111-116.
[20] Onishi N., Shiomi T., Okude A. and Yamauchi T."A Fluorescent lamp model for high frequency
wide range dimming electronic ballast simulation"IEEE APEC conference record ,1999,pp 1001-1005.
[21] Urs Mader. " Steady-state analysis of a voltage-fed inverter with second-order network and fluorescent lamp load". IEE IEE ISMTEV,1998,pp 110-116.