Microprocessor-implemented SPWM for multiconverters with phase-shifted triangle carriers

Improved Finite-Control-Set Model Predictive Control for Cascaded H-Bridge Inverters

“…In comparison with the other multilevel converters, because of the advantage of the CHB converters' modularity, they are relatively simple to construct with high level of voltages [10][11][12]. Regarding the control issues of the CHB converters, linear proportional and integral controllers combined with multicarrier-based pulse-width modulation (PWM) schemes, such as the level-shift and phase-shift methods, have been extensively studied [13,14]. Besides the traditional linear control algorithms along with the PWM methods, studies on the finite-control-set model predictive control (FCS-MPC) methods, that can be simply implemented by removing the PWM block, have been properly conducted, given that the computational capability of the controllers has been improved as a result of the recent development of microprocessors [15][16][17][18].…”

4-Unit Cascade Dual Buck Inverter Using Control Systems

“…Phase-shift control is widely used for cascade inverters because it is easy to implement with digital controllers and it equivalently increases the switching frequency by the number of cascade units, which reduces the output voltage and current ripple [25][26][27]. For the cascade dual buck inverter, phase shift control is adopted as well.…”

Fpga Controlled Cascaded Mli With Advanced Multilevel Strategies For Harmonic Reduction

“…B.N.Mwinyiwiwa et.al. [8], discussed that, several multicarrier techniques have been developed to reduce the distortion in multilevel inverters, based on the classical SPWM with triangular carriers. M.Marchesoni [5], has said that, the studies to improve switch utilization for cascaded inverter have been performed in various methods.…”