DC Power Supply Design & Analysis: DADC Module, Teesside University

This assignment delves into the analysis and design of DC power supplies, covering topics such as single-phase full-wave bridge rectifiers, capacitor smoothing, and voltage regulation. It includes calculations for transformer parameters, diode ratings, and capacitor values in a power supply circuit. The assignment also discusses the advantages and disadvantages of switched-mode power supplies compared to linear regulated supplies. Furthermore, it explores current boosting techniques using transistors and short circuit protection methods. Practical considerations for component selection, heat sink requirements, and voltage regulation are also addressed, along with relevant formulas and schematic diagrams. This detailed analysis provides a comprehensive understanding of DC power supply design principles. Desklib offers a wealth of resources, including past papers and solved assignments, to support students in their studies.