Time-based signal processing has been recently demonstrated to be more area-and power-
efficient compared with traditional analog based, making it an interesting approach for the …

This paper presents a theoretical analysis of steady-state operation, control-oriented
modeling for voltage control, and the experimental results of a DC–DC bidirectional …

This paper presents a novel form of feedback linearization control (FBL) of boost-type
DC/DC converter: to reach highly accurate output voltage control. Integral action has been …

This paper investigates the integration of photovoltaic (PV) energy systems with a DC power
converter based on a boost converter designed to optimize the power output for resistive …

This work presents a novel boost converter with time-based control for LED display
applications. Using the inductor current, the right-half-plane zero of the CCM control-to …

The open-loop transfer function provides valuable insights into the key dynamic
characteristics of DC/DC voltage regulators, such as stability, line and load transient …

Voltage fluctuations or disturbances caused by discontinuous power generation of
photovoltaic systems can impact the grid's power quality and stability, potentially leading to …

Abstract The four‐switch Buck‐Boost (FSBB) converter are widely used in combination with
other isolated converter to extend the voltage range capability of the overall structure. When …

Boost derived converters are widely employed due to their simplicity and high reliability
when it comes to obtaining a higher voltage level. However, the existence of right half-plane …

The reduction in the effect of Right Half Plane Zero of a voltage regulated Boost converter
considering lossy input inductor and lossy output capacitor is investigated in this paper. The …