Rohith Balaji Jonnala
Rohith Balaji Jonnala
Associate Professor, EEE Dept., Shri Vishnu Engg. College for Women (Autonomous), Bhimavaram.
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A Modified Multiband Hysteresis Controlled DTC of Induction Machine with 27-level asymmetrical CHB-MLI with NVC modulation
RB Jonnala, CS Babu
Ain Shams Engineering Journal 9 (1), 15-29, 2018
Implementation, comparison and experimental verification of nearest vector control and nearest level control techniques for 27-level asymmetrical CHB multilevel inverter
RB Jonnala, NR Eluri, SB Choppavarapu
2016 International Conference on Control, Instrumentation, Communication and …, 2016
Analysis and performance evaluation of Hysteresis based Modified Carrier LS-PWM modulated SCHB-MLI
RB Jonnala, CS Babu
2015 International Conference on Control, Instrumentation, Communication and …, 2015
Modeling hybrid modulation strategy with nearest leveled vector switching pattern in space vector control technique for multilevel inverters
RB Jonnala, SB Choppavarapu
Turkish Journal of Electrical Engineering and Computer Science 25 (2), 717-734, 2017
Enervate carrier LS-PWM for reducing harmonic distortions in SCHB-MLI
RB Jonnala, CS Babu
Perspectives in Science 8, 53-56, 2016
Performance Analysis of DTC-IM Drive with Hybrid SVC Modulated ASCHB-MLI
SBC Rohith Balaji Jonnala, Jyothi Gidda
2019 IEEE 1st International Conference on Energy, Systems and Information …, 2019
Over-Modulated Reference for 12-Sided Polygonal Space Vector Strategy Based Modified Pulse Pattern for CHB MLI
RB Jonnala, J Gidda
2018 IEEE 13th International Conference on Industrial and Information …, 2018
Implementation and Analysis of Symmetrical and Asymmetrical Configurations of Series Connected Sub-Multilevel Inverter with Nearest Level Control Modulation
RBJ Chitturi Swapna
National Conference on Emerging Technologies in Electrical & Electronics …, 2016
Assessment of performance with the Comparision of Asymmetrical Cascaded and Reduced Switch Multilevel Inverter of Space Vector Control Modulation
RB Jonnala, SB Choppavarapu
Assessment 3 (11), 2015
SAT Implementation in Direct Torque Control For Dynamic Response in Multi Level Inverter Induction Motor DRIVES
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