This paper provides a detailed analysis of the output voltage/current tracking control of a
PWM DCDC converter that has been modeled as a Markov jump system. In order to achieve …

In this work, a current mode control has been proposed for output voltage regulation of DC–
DC boost converter. The proposed controller has a cascade control structure with two …

This research presents a new method for controlling the maximum power point tracking
(MPPT) of solar photovoltaic (PV) systems that are partially shaded. The proposed approach …

This paper proposes a decoupling power balancing strategy with reduced current sensors
for the two phase interleaved neutral point clamped DC/DC converter (NPCDC) applied in …

This paper presents an adaptive control to stabilize the output voltage of a DC–DC boost
converter that feeds an unknown constant power load (CPL). The proposed controller …

The main contribution of this paper is to propose an adaptive reduced-order state observer
for boost converter to reconstruct the inductor current and load conductance. Note that the …

This study utilizes inverse optimal control (IOC) theory to address the issue of output voltage
regulation in a boost converter feeding an unknown direct current (DC) load. The proposed …

The problem of the output voltage regulation in a DC-DC boost converter feeding a DC
microgrid is addressed in this research via the passivity-based control theory with a …

This paper presents a generalized controller design to regulate the output voltage of second-
order DC-DC converters feeding an unknown constant power load (CPL). Passivity-based …

The constant power loads (CPLs) threaten the stability of the DC microgrids (DCMGs) due to
the negative impedance characteristic, which leads to voltage oscillations or a blackout in …