Design and Implementation Non-Isolated Step-Up Converter
Design and Implementation Non-Isolated Step-Up Converter for Low Power Applications (DC-DC Chopper Boost Converter)
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In many industrial applications, it is required to convert a fixed voltage DC source into a variable voltage DC source. The DC-DC converter can be considered the best solution for this purpose. It can be used to step-down or step-up a DC voltage level. The design and implementation of the DC-DC boost converter were investigated in this project. The mathematical analysis is done; accordingly, the converter parameters are calculated. For more validation, the converter was simulated through MATLAB/SIMULINK R2018b, thus it is implemented practically. The results are shown good performance. The mea...
In many industrial applications, it is required to convert a fixed voltage DC source into a variable voltage DC source. The DC-DC converter can be considered the best solution for this purpose. It can be used to step-down or step-up a DC voltage level. The design and implementation of the DC-DC boost converter were investigated in this project. The mathematical analysis is done; accordingly, the converter parameters are calculated. For more validation, the converter was simulated through MATLAB/SIMULINK R2018b, thus it is implemented practically. The results are shown good performance. The mean idea of this project is to design and implement of DC-DC step-up boost converter. Furthermore, the proposal board is developed on the design side to include extra general experiments. Practically, the board was developed to raise activities for many purposes. The board is dedicated to the power electronics lab.
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