References
[1]. Nabae.A, I.Takahashi and H.Akagi,(1981). A new
Neutral Point Clamped PWM Inverter, IEEE Transactions on
Industrial Application, 1A-17,518- 523,
[2]. S.Ogasawara and H.Akagi, (1993). Analysis of variation
of neutral point potential in neutral point Clamped Voltage
Source PWM Inverters, Proc. Industrial Applications Society
Annual Meeting, pp. 965 - 970,
[3]. N.Celenovic and D.Boroyevich, (2000). A
Comprehensive Study of Neutral point Voltage balancing
Problem in Three level Neutralpoint clamped Voltage
Source PWM Inverters, IEEE Transactions on Power
Electronics. 15,242- 249
[4]. R. Rojas, T. Ohnishi and T. Suzuki, (1995). An improved
Voltage Vector Control Method for Neutral Point Clamped
Inverters, IEEE Transactions on Power Electronics, . 10,. 666
- 672
[5]. J.H,Suh, C.H.Choi and D.S.Hyun, (1999). A new
simplified Space Vector PWM method for Three Level
Inverters, Proc. Applied Power Electronic Conference and
Exposition (APEC'99), 1, 515 – 520.
[6]. E.G.Shivakumar, V.T.Somasekhar, K.K.Mohapatra,
K.Gopakumar, L.Umanand and S.K.Sinha, (2001). A
multilevel space phasor based PWM Strategy for an open
end winding Induct ion motor drive using two inverters with
different DC link voltages”, Proc. IEEE International
conference on Power electronics and Drives System, pp.
169 – 175, .
[7]. K.Zhou and D.Wang, (2002). Relationship between Space-Vector Modulation and Three-Phase Carrier–based
PWM: A Comprehensive Analysis, IEEE Transactions on
Industrial Electronics, 49, . 186- 196, .
[8]. M.R.Baiju, K.K.Mohapatra, R.S.Kanchan and
K.Gopakumar, (2004). A Dual Two Level Inverter Scheme
With Common Mode Voltage Elimination For an Induction
Motor Drive, IEEE Transactions on Power Electronics, 19,
794- 805,
[9]. R.S.Kanchan, P.N.Tekwani, M.R.Baiju, K.Gopakumar
and A.Pittet, (2005). Three Level inverter Configuration with
Common mode voltage Elimination for Induction Motor
Drive, IEEE Proc. Electrical Power Applications 152, 2,261-
270.
[10]. R.S.Kanchan,P.N.Tekwani and K.Gopakumar, (2006).
Three level Inverter Scheme With Common Mode Voltage
Elimination and DC link Capacitor Voltage balancing for an
open end winding Induction Motor Drive”, IEEE Transactions
on Power Electronics, 21, 1676-1683,.
[11]. K.Sivakumar, A.Das, R.Ramchand, C.Patel and
K.Gopakuar, (2010). A Hybrid Multi level Inverter Topology
Using an open end winding Induction Motor drive Using Two
level Inverters in series with a capacitor fed H Bridge Cell,
IEEE Transactions on Industrial Electronics,. 57, 11, 3707-
3714.
[12] . G.Sinha and T.A.Lipo,o, (2000). A Four level Inverter
based Drive with Passive Front End, IEEE Transactions on
Power Electronics, 15, 285 -297.
[13]. A.Chen and X.He, (2006). Research on Hybrid-
Clamped Multilevel Inverter Topologies ,IEEE Transactions
on Industrial Electronics, 53, 6, 1898-1907.
[14]. F.Khoucha, S.M.Lagoun, K.Marouani, A.Kheloui and
M.E.H. Benbouzid, (2010). Hybrid Cascaded H-Bridge
Multilevel Inverter Induction-Motor-Drive Direct Torque
Control for Automative Applications”, IEEE Transactions on
Industrial Electronics, 5, 7, 892-898.
