Multisampling control provides an attractive way to reduce the control delays in LCL-filtered
grid-connected inverters. Thereby, the bandwidth and stability margin will be improved …

This paper focuses on the design of both periodic time-and event-triggered control laws of
switched affine systems using a hybrid dynamical system approach. The novelties of this …

The introduction of the switched affine system opens new perspectives for the control design
of dc–dc converters. In order to overcome the drawbacks of the continuous-time switching …

The effect of sampling frequency on digital sinusoidal pulse width modulated (SPWM) output
of phase‐shifted carrier‐based multilevel voltage source inverter (VSI) and the …

Due to the increasing performance and decreasing price of microcontrollers, applying a high
sampling frequency becomes more feasible in modern control. This approach is known as …

This paper presents an analytical solution to characterize harmonic behavior of digitally
controlled H-bridge inverter output with two nonlinear effects: sample delay and dead-time …

The purpose of this work is to design, simulate and generate Verilog codes for digital PWM
techniques for sinusoidal pulse width modulation and third-harmonic PWM injection with …

This study suggests a proportional‐type output‐voltage control algorithm of a three‐phase
inverter for uninterruptible power supply applications with performance‐recovery and offset …

One of the problems in digital control of power converters is calculation time in each
sampling instant which effect on cost and complexity of digital controller. In this paper, a …

The paper presents a details review about multipulse converter and a new approach to
design, simulation and practical implementations of a multi pulse over-modulation ac-dc …