The primary power supply of an electronics device might provide relevant capabilities to support weight reduction by optimizing the efficiency of a primary power supply and integrating monitoring functions within a dedicated processing unit. The objective of the Master Thesis is to establish a concept for a future smart embedded primary power supply including applicable control and monitoring logics and validate the concept with bread board or evaluation boards. * Definition of key requirements for a primary power supply regarding input voltage conditions (derived from DO-160 G regulations), secondary supply including load variations, targeted buck converter efficiency and all monitoring and protections features * Development of different smart primary power supply concepts including the definition of evaluation criteria (e.g. efficiency, weight, scalability, monitoring capability)
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