Ali, MuhammadSen, IsmetOzturk, Salih BarisAvci, Emre2024-08-232024-08-2320242147-1762https://doi.org/10.35378/gujs.1342626https://hdl.handle.net/20.500.12684/13794Power electronic systems are rapidly evolving; thus,effective prototyping methods are required to test control algorithms and assess system performance prior to hardware implementation. This research suggests a Model-In-The-Loop (MIL), Software-In-The-Loop (SIL), and Processor-In-The-Loop (PIL) methodologies-based complete prototyping strategy for flyback converters using the TIF28069M Launchpad kit. These techniques can be combined to evaluate control strategies accurately and quickly, speeding up design cycles and enhancing system reliability. The proposed prototyping platform is presented in this work, along with a thorough explanation of each prototyping stage and its associated advantages. The effectiveness of the suggested approachfor 50W rated power flyback converter in terms of quick algorithm development, system simulation, real-time control implementationand controller design accuracy isanalyzed andshown by experimental results.The results show that the performance of the designed controller for the flyback converter is almost the same as in MIL and SIL implementation in terms of the overshoot and settling time in the reference voltage tracking. On the other hand, in the PIL implementation, the overshoot performance of the controller deviates by 1.18% more than in SIL and MIL implementation.These alsoconfirm thatthe flyback control system's performance isreliable and effective during all phases of development.en10.35378/gujs.1342626info:eu-repo/semantics/openAccessRapid prototypingFlyback converterModel-In-The-LoopSoftware-In-The-LoopProcessor-In-The-LoopReal-Time SimulationPowerArticle3727017162-s2.0-85196156503WOS:001246081700002Q3N/A