Boost converter design with feedback control

Student thesis: Profession bachelor

  • Anders Aahave Lund
This report is intended as a step-by-step guide on how to obtain a feedback-controlled boost converter. The differential equations are derived, averaged and linearized via Taylor series. The equations are converted to a transfer function, that is utilized to derive a Lead/Lag compensator, via the frequency response method. Digitization methods are used and a test setup is constructed. The results are evaluated and the findings of the project are discussed and concluded on. The idea of the report is, that the descriptions are made mainly in general terms, before calculating the specific values. This is intended as an educational feature such that the report can be used to obtain a boost converter with other specifications fairly easy.
SpecialisationDynamic Systems
Publication date8 Apr 2021
Number of pages68
ID: 408884309