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Original Articles

F40 Fluorescent Lamp Considerations for Operation at High Frequency

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Pages 63-74 | Published online: 20 Sep 2013

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E. C. NHO, K. H. JEE & G. H. CHO. (1991) New soft-switching inverter for high efficiency electronic ballast with simple structure. International Journal of Electronics 71:3, pages 529-541.
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Articles from other publishers (17)

Hung-Ching Lu & Te-Lung Shih. (2009) High efficiency single-stage Multi-Fluorescent Lamps Electronic Ballast. High efficiency single-stage Multi-Fluorescent Lamps Electronic Ballast.
K. Erenturk. (2008) Dynamic Characterization of a UV Fluorescent Lamp. IEEE Transactions on Plasma Science 36:2, pages 519-523.
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M. Cervi, A.R. Seidel, F.E. Bisogno & R.N. do Prado. (2002) Fluorescent lamp model employing tangent approximation. Fluorescent lamp model employing tangent approximation.
M. Cervi, A.R. Seidel, F.E. Bisogno & R.N. do Prado. (2002) Fluorescent lamp model based on the equivalent resistance variation. Fluorescent lamp model based on the equivalent resistance variation.
M. Cervi, E.C. Fortes, A.R. Seidel, F.E. Bisogno & R.N. Do Prado. (2001) Fluorescent lamp model employing tangent approximation. Fluorescent lamp model employing tangent approximation.
A.T.K. Ng, Wing-Hung Ki, P.K.T. Mok & J.K.O. Sin. (2000) Lamp modeling for design of dimmable electronic ballasts. Lamp modeling for design of dimmable electronic ballasts.
Tsai-Fu Wu & Te-Hung Yu. (2000) An electronic dimming ballast with bifrequency and fuzzy logic control. IEEE Transactions on Industry Applications 36:5, pages 1308-1317.
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R.N. do Prado & S.A. Bonaldo. (1999) Designing a dimmable high power factor electronic ballast for fluorescent lamps. Designing a dimmable high power factor electronic ballast for fluorescent lamps.
Tsai-Fu Wu, Yuan-Chyuan Liu & Yong-Jing Wu. (1999) High-efficiency low-stress electronic dimming ballast for multiple fluorescent lamps. IEEE Transactions on Power Electronics 14:1, pages 160-167.
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Tsai-Fu Wu, Te-Hung Yu & Meng-Chian Chiang. (1998) Single-stage electronic ballast with dimming feature and unity power factor. IEEE Transactions on Power Electronics 13:3, pages 586-597.
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T.-F. Wu, S.-Y. Tzeng, Y.-C. Liu & T.-H. Yu. (1998) Single-stage, current-fed push-pull electronic ballast with power factor correction. Single-stage, current-fed push-pull electronic ballast with power factor correction.
J.M. Alonso, P.J. Villegas, J. Diaz, C. Blanco & M. Rico. (1997) A microcontroller-based emergency ballast for fluorescent lamps. IEEE Transactions on Industrial Electronics 44:2, pages 207-216.
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T.-F. Wu, Y.-C. Liu, Y.-J. Wu & P.-E. Heur. (1997) High efficiency, low stress electronic dimming ballasts for multiple fluorescent lamps. High efficiency, low stress electronic dimming ballasts for multiple fluorescent lamps.
T.-F. Wu, T.-H. Yu, J.-C. Hung & H.-P. Yang. (1996) Analysis and design of dimmable electronic ballasts for fluorescent lamps using fuzzy controller. Analysis and design of dimmable electronic ballasts for fluorescent lamps using fuzzy controller.
T.-F. Wu, J.-C. Hung & T.-H. Yu. (1995) A PSpice model for fluorescent lamps operated at high frequencies. A PSpice model for fluorescent lamps operated at high frequencies.
J.M. Alonso, J. Diaz, C. Blanco & M. Rico. (1993) A smart-lighting emergency ballast for fluorescent lamps based on microcontroller. A smart-lighting emergency ballast for fluorescent lamps based on microcontroller.
U. Mader & P. Horn. (1992) A dynamic model for the electrical characteristics of fluorescent lamps. A dynamic model for the electrical characteristics of fluorescent lamps.

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