List of Publications

　

　

I. Transaction/Journal Papers

  1. C.Chakraborty, et al “Performance Analysis of An Asymmetrical Phase-Converter-Fed Induction Motor”, IEEE Trans. on Industry Applications, Vol.34, No.5, pp.1049-1058, 1998.

  2. C.Chakraborty, S.N.Bhadra and A.K.Chattopadhyay, “Excitation Requirements of Three Phase Induction Generators”, IEEE Trans. on Egy. Conv. Vol.EC-13, No.4 pp.358-365,1998.

  3. C.Chakraborty, S.N.Bhadra and A.K.Chattopadhyay, “ Analysis of Parallel-Operated Self-Excited Induction Generators”, IEEE Trans. on Egy. Conv. Vol.EC-14, No.2 pp.209-216, 1998.

  4. C.Chakraborty and M.Ishida, “Performance of A Series-Parallel Resonant DC/DC Converter Configured Around An Inductor-Transformer Utilizing Transformer Magnetics,” IEEE Trans. on Magnetics (to appear in the September 2000 issue of the transaction).

  5. C.Chakraborty, M.Ishida and T.Hori, “Performance and Design of an L-C-L Converter for Voltage Regulator Type Applications”, Trans. IEE of Japan, Vol.119-D, No.6, June, pp.848-856, 1999.

  6. C.Chakraborty, et al “Performance and Analysis of a Stand-Alone DC Power Supply Using Self-Excited Induction Generator with Shunt and Series Capacitors and Diode Rectifiers”, Trans. IEE of Japan, Vol.119-D, No.10, Oct., pp.1234-1244, 1999.

  7. C.Chakraborty, M.Ishida and T.Hori, “A Half Bridge CLL Resonant DC/DC Converter,” Trans. IEE of Japan, Vol.119-D, No.12, Dec., pp.1558-1559, 1999.

  8. C.Chakraborty and M.Ishida, “A Low Harmonic High Power Factor Half bridge Series Parallel Resonant AC/DC Converter,” Communicated to Trans. IEE of Japan.

  9. C.Chakraborty, M.Ishida and T.Hori, “Performance of a Compound Type Half Bridge Resonant DC/DC Power Converter,” Communicated to Trans. SIC of Japan.

  10. C.Chakraborty and S.K.Biswas, “Analysis and Computer Simulation of Three Phase Induction Motor Connected to A Phase Converter”, Journal of I.E.(I), Vol.73, pp.178-183, Aug., 1992.

  11. C.Chakraborty, et al “Digital Computation of Harmonic Torques in An Induction Motor Fed from A static 1-Phase to 3-Phase Converter”, Journal of I.E.(I), Vol.74, pp.126-131, Nov., 1993.

  12. C.Chakraborty, et al “Analysis and Performance of A Series Connected AC/DC Converter with Improved Power Factor”, Journal of I.E.(I), Vol.79, pp.77-83, Aug., 1998.

  13. C.Chakraborty, et al “Influence of Parameter Variations on the Performance of Parallel-Operated Self Excited Induction Generators,” Journal of I.E.(I), Vol.81, pp.144-149, Feb., 2000.

　

  1. Conference Papers

(only International Conference Papers are Listed here):

　

  1. C.Chakraborty, et al “Analysis of an Induction Motor fed from An Asymmetrical Phase Converter”, IEEE IAS Ann. Conf. Rec. 1990, pp.93-98.

  2. C.Chakraborty, S.N.Bhadra and A.K.Chattopadhyay, “Controllable Power from Self-Excited Induction generators Through Series Connected Single Phase Force-Commutated Rectifiers”, IEEE IAS Ann. Conf. Rec. 1991, pp.1624-1629.

  3. C.Chakraborty, S.P.Das, S.N.Bhadra and A.K.Chattopadhyay “Some Studies on the Parallel Operation of Self Excited Induction Generators”, IEEE IAS Ann. Conf. Rec. 1993, pp.361-366.

  4. C.Chakraborty, S.N.Bhadra, A.K.Chattopadhyay and S.K.Biswas, “A Novel Two Phase Self-Excited Induction Generator-Series Connected Converter System as DC Power Supply”, IEEE IAS Ann. Conf. Rec. 1993, pp.374-379.

  5. R.Dutta, C.Chakraborty, S.Sengupta and S.N.Bhadra “Performance of An Inverter-Fed Self-Controlled Synchronous Motor With Series Characteristics”, IEEE IAS Ann. Conf. Rec.1994, pp.424-431.

  6. .Chakraborty, et al ”Series Connected Converters for Controlled VAR generation”, International Pwr. Ecs. Conf. (IPEC`95), Yokohama, 1995, pp.143-148.

  7. C.Chakraborty, S.N.Bhadra and A.K.Chattopadhyay, “Self-Excited Induction Generator with Diode Rectifiers and Series Capacitors to Operate as Self-Regulated DC Power Supply”, IPEC`95, Yokohama, pp.1101-1106.

  8. C.Chakraborty, et al “Performance of Parallel-Operated Self-Excited Induction Generators with the Variation of Machine Parameters”, IEEE-PEDS’99 Conf.. HongKong, 1999, pp.86-91.

  9. C.Chakraborty, M.Ishida and T.Hori, “Performance, Design and Pulse Width Control of a CLL Resonant DC/DC Converter Operating at Constant Frequency in the Lagging Power Factor Mode,” IEEE-PEDS’99 Conf.. Hongkong, 1999, pp.767-772.

  10. C.Chakraborty, M.Ishida and T.Hori, “Current Clamping in Resonant Converters Utilizing Magnetic Non Linearity,” ISEM-1999, Pavia, Italy, pp.179.

  11. C.Chakraborty, M.Ishida and T.Hori, “An Improved Performance Resonant AC- DC Converter,” IEEE-ICIT’2000 Conf., Goa, India, pp.284-289.

  12. C.Chakraborty, A.Ikeda and M.Ishida, “Performance of A Series-Parallel Resonant DC/DC Converter Configured Around An Inductor-Transformer Utilizing Transformer Magnetics,” Presented in IEEE-INTERMAG, Toronto, 2000.

  13. C.Chakraborty and M.Ishida, “Performance Analysis and Control of An AC/DC resonant CLL Converter With Improved Input Current Waveform,” IPEC-2000, Tokyo, Japan, pp.832-837.

  14. C.Chakraborty and M.Ishida, “Improved Performance Resonant Rectifier: Prospective Topology and Control Schemes,” Accepted in IAS-2000, Rome.

  15. C.Chakraborty and M.Ishida, “A Half-Bridge Series-Parallel (CL3) Resonant DC/DC Converter Realized by Adjusting Transformer Parameters,” Communicated to IECON-2000, Nagoya, Japan.