REFERENCES

1. J.A.Sabate et al. Design considerations for high- voltage high-power full-bridge zero-voltage switched PWM converter. IEEE-APEC, pp.275-284(1990).

2. O.D.Patterson and D.M.Divan. Pseudo-resonant full bridge dc-dc converter. IEEE-PESC, pp.424-430 (1987).

3. R.W.De Doncker et al. The auxiliary resonant commutated pole converter. IEEE-IAS, p.1228 (1990).

4. R.Redl, N.O.Sokal, and L.Balogh. A novel soft-switching full-bridge dc-dc converter; analysis, design considerations and experimental results at 1.5kW, 100kHz. IEEE-APEC, pp.162-172(1990).

5. Hamada. Soft-switching PWM converter using saturable reactor. Proceedings of the Power Supplies Symposium, pp.S1-3-1-9(1993).

6. Harada, Kojima, Ishihara, and Todaka. New control scheme of a ZVS-PWM half-bridge converter with secondary switches. Tech. Rep. I.E.I.C.E., PE94-34, pp.9-16(1994).

7. S.Hamada, M.Michihira, and M.nakaoka. Extended versions of saturable reactor-assisted ZVS-PWM dc-dc power generator. PCIM-Europe, pp.70-79 (1993).

8. Michihira, Yonemori, and Nakaoka. Resonant-pole type ZVS-PWM dc-dc converter using secondary control. National Conference of the IEE Japan, 4-170(1995).

9. Michihira, Nakaoka, and Ohmori. Characteristic analysis of zero-voltage-switching resonant type inverter considering time-varying resistance macromodel of power devices. Joint Conference of the Kansai B ranches of the Electrical-Related Societies, G148(1994).

10. P.M.Espelage and B.K.bose, "High-frequency link power conversion" ,IEEE Trans. on IA,VolIA-13, No.5, p.387,(1977)

11. L.Gyugyi, et al, "The high-frequency base converter" ,IEEE Trans. on IA, Vol.IA-15,No.4, p.420,(1979)

12. M.Kayama, et al."High-frequency DC/AC converter with PWM cycloconverter for UPS" ,JIEE'90, IPEC-Tokyo, No.2, p.748,(1990)

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