Cherix, NicolasDelalay, SimonBarrade, PhilippeRufer, Alfred2013-09-092013-09-092013https://infoscience.epfl.ch/handle/20.500.14299/94539This paper presents a modular control platform which is tailored for teaching and research applications. It aims at being entirely “student-proof” and features software-independent safety mechanisms, extensive signal conditioning and easy-to-use interfaces, dedicated to power electronics. A practical example with various HIL simulation results illustrates the attractiveness of the presented platform.DSPConverter controlEducation toolFault toleranceReal time processingRobustnessSafetyModulation strategytext::conference output::conference paper not in proceedings