This paper gives a detailed analysis of direct torque control (DTC) strategy in a five-level drive and proposes a 24-sector switching table. The overvoltage problem due to high dv/dt is reduced compared to the 12-sector DTC. Using all vectors leads to better flexibility and reduces speed oscillations. Simulation and experimental results for a 3kVA prototype confirm the proposed solutions. A TMS320F2812 is used to implement the above strategy.
Arasteh,M. , Rahmati,A. , Abrishamifar,S. A. and Farhangi,S. (2011). 24-Sector Direct Torque Control for Multilevel Drives. The Modares Journal of Electrical Engineering, 10(4), 73-86.
MLA
Arasteh,M. , Rahmati,A. , Abrishamifar,S. A. , and Farhangi,S. . "24-Sector Direct Torque Control for Multilevel Drives", The Modares Journal of Electrical Engineering, 10, 4, 2011, 73-86.
HARVARD
Arasteh,M.,Rahmati,A.,Abrishamifar,S. A.,Farhangi,S. (2011). '24-Sector Direct Torque Control for Multilevel Drives', The Modares Journal of Electrical Engineering, 10(4), pp. 73-86.
CHICAGO
M. Arasteh, A. Rahmati, S. A. Abrishamifar and S. Farhangi, "24-Sector Direct Torque Control for Multilevel Drives," The Modares Journal of Electrical Engineering, 10 4 (2011): 73-86,
VANCOUVER
Arasteh,M.,Rahmati,A.,Abrishamifar,S. A.,Farhangi,S. 24-Sector Direct Torque Control for Multilevel Drives. The Modares Journal of Electrical Engineering, 2011; 10(4): 73-86.
The Modares Journal of Electrical Engineering