Due to the increasing performance and decreasing price of microcontrollers in recent years,
applying a high sampling frequency has become more feasible in modern control that is …

This article investigates the capability of multi-sampled pulsewidth modulator (MS-PWM)
control to improve the input admittance properties of voltage source converters (VSCs). Due …

Multisampling control provides an attractive way to improve the dynamics and stability of
high-power three-phase grid-connected inverters. Beyond the desired performance in …

This article analyzes the propagation of feedback noise in multisampled dc–dc power
converters. The analytical calculations for noise attenuation, strictly valid for linear time …

This article compares different strategies used to enhance the stability properties of grid-
following voltage-source converters (VSCs). Because of digital delays, VSC admittance …

This article derives models for stationary noise propagation in multi-sampled control
systems, taking decimation into account. It is explained how the decimation is either …

Multisampling is a very effective and direct way to reduce control delay, which can greatly
improve the bandwidth and stability margin. However, it will introduce high-frequency …

Multi-sampled pulsewidth modulator (MS-PWM) digital control is important for reduction of
control and modulator delays as well as for noise suppression. To reduce aliasing and …

With the gradually decreasing cost of high-performance digital processors, multisampling
current control is a potential method to reduce the control delay and improve the stability in …

Frequency-domain dissipativity of the converter admittance provides an intuitive approach to
analyze wideband resonances due to the interactions with the grid. Although the reasons for …