AbstractThis paper presents detailed open loop and closed loop analysis on boost dc–dc converter for both voltage mode control and current mode control. Here the boost dc–dc converter is a practical converter considering all possible parasitic elements like ESR and on state voltage drops. The open loop control, closed loop current mode control and voltage mode control are verified. The comparative study of all control techniques is presented. The PI compensator for closed loop current mode control is designed using these classical techniques like root locus technique and bode diagram. The simulation results are validated with the experimental results of voltage mode control for both open loop and closed loop control
in this study, design and analysis two-phase DC/DC boost converter with Proportional-Integral (PI) c...
AbstractWhen system parameters were adjusted, some instability phenomenon could occur in closed-loop...
AbstractFor high-voltage (HV) applications, the designers mostly prefer the classical DC–DC boost co...
This paper presents detailed open loop and closed loop analysis on boost dc–dc converter for both vo...
AbstractThis paper presents detailed open loop and closed loop analysis on boost dc–dc converter for...
This report discusses about some theoretical knowledge, design, implementation, and experimental res...
The main objective of this project is to investigate a close-loop operation of DC-DC boost converter...
This paper presents the practical analysis of Boost converter operating in continuous conduction mod...
Abstract This study analysed the output voltage control and performance of a DC–DC boost converter. ...
This paper describes an analysis of modern controller, which uses output voltage as feedback to regu...
In this paper, a controller has been presented by the root locus method based on the state space ave...
In this project, the investigation of voltage-mode control of boost converters is presented. Both th...
Recent technologies have seen an increased demand in portable devices. This led to an increased dema...
For high-voltage (HV) applications, the designers mostly prefer the classical DC–DC boost converter....
In this study, design and analysis DC/DC boost converter using Proportional-Integral (PI) controller...
in this study, design and analysis two-phase DC/DC boost converter with Proportional-Integral (PI) c...
AbstractWhen system parameters were adjusted, some instability phenomenon could occur in closed-loop...
AbstractFor high-voltage (HV) applications, the designers mostly prefer the classical DC–DC boost co...
This paper presents detailed open loop and closed loop analysis on boost dc–dc converter for both vo...
AbstractThis paper presents detailed open loop and closed loop analysis on boost dc–dc converter for...
This report discusses about some theoretical knowledge, design, implementation, and experimental res...
The main objective of this project is to investigate a close-loop operation of DC-DC boost converter...
This paper presents the practical analysis of Boost converter operating in continuous conduction mod...
Abstract This study analysed the output voltage control and performance of a DC–DC boost converter. ...
This paper describes an analysis of modern controller, which uses output voltage as feedback to regu...
In this paper, a controller has been presented by the root locus method based on the state space ave...
In this project, the investigation of voltage-mode control of boost converters is presented. Both th...
Recent technologies have seen an increased demand in portable devices. This led to an increased dema...
For high-voltage (HV) applications, the designers mostly prefer the classical DC–DC boost converter....
In this study, design and analysis DC/DC boost converter using Proportional-Integral (PI) controller...
in this study, design and analysis two-phase DC/DC boost converter with Proportional-Integral (PI) c...
AbstractWhen system parameters were adjusted, some instability phenomenon could occur in closed-loop...
AbstractFor high-voltage (HV) applications, the designers mostly prefer the classical DC–DC boost co...