Page 129 - Rashid, Power Electronics Handbook
P. 129
116 S. Abedinpour and K. Shenai
22. Penharkar, S., and Shenai, K., ‘‘Zero voltage switching behavior of voltage and zero-current switching conditions,'' IEEE Trans. Electron.
punchthrough and nonpunchthrough insulated gate bipolar transis- Devices 46: 1274–1282 (1999).
tors (IGBTs),'' IEEE Trans. Electron. Devices 45: 1826–1835 (1998). 29. Trivedi, M. and Shenai, K., ‘‘Failure mechanisms of IGBTs under
23. Powerex IGBTMOD and intellimodÐIntelligent Power Modules short-circuit and clamped inductive switching stress,'' IEEE Trans.
Applications and Technical Data Book, 1994. Power Electron. 14: 108–116 (1999).
24. Sze, S. M., Physics of Semiconductor Devices, John Wiley & Sons, NY, 30. Undeland, T., Jenset, F., Steinbakk, A., Ronge, T., and Hernes M., ‘‘A
1981. snubber con®guration for both power transistor and GTO PWM
25. Sze, S. M., Modern Semiconductor Device Physics, John Wiley & Sons, inverters,'' in IEEE Power Electronics Specialists Conference Records,
NY, 1998. pp. 42–53, 1984.
26. Trivedi, M., Pendharkar, S., and Shenai, K., ‘‘Switching characteristics 31. Venkatesan, V., Eshaghi, M., Borras, R., and Deuty, S., ‘‘IGBT turn-off
of IGBTs and MCTs in power converters,'' IEEE Trans. Electron. characteristics explained through measurements and device simula-
Devices 43: 1994–2003 (1996). tion,'' in IEEE Applied Power Electronics Conference Records, pp. 175–
27. Trivedi, M. and Shenai, K., ‘‘Modeling the turn-off of IGBTs in hard- 178, 1997.
and soft-switching applications,'' IEEE Trans. Electron. Devices 44: 32. Widjaja, I., Kurnia, A., Shenai, K., and Divan, D., ‘‘Switching
887–893 (1997). dynamics of IGBTs in soft-switching converters,'' IEEE Trans. Elec-
28. Trivedi, M. and Shenai, K., ‘‘Internal dynamics of IGBT under zero- tron. Devices, 42: 445–454 (1995).