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Hybrid Modeling and Control of a Synchronous DC-DC Converter

In this paper the problem of hybrid modeling and control of a fixed frequency DC-DC converter, namely Non-inverting Buck Boost converter is addressed. v-Resolution method is used to capture the hybrid nature of the system. Two Mixed Logical Dynamical



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Hybrid Modeling and Control of a Synchronous DC-DC Converter

https://www.academia.edu/165534/Hybrid_Modeling_and_Control_of_a_Synchronous_DC-DC_Converter

In this paper the problem of hybrid modeling and control of a fixed frequency DC-DC converter, namely Non-inverting Buck Boost converter is addressed. v-Resolution method is used to capture the hybrid nature of the system. Two Mixed Logical Dynamical



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https://www.academia.edu/165534/Hybrid_Modeling_and_Control_of_a_Synchronous_DC-DC_Converter

Hybrid Modeling and Control of a Synchronous DC-DC Converter

In this paper the problem of hybrid modeling and control of a fixed frequency DC-DC converter, namely Non-inverting Buck Boost converter is addressed. v-Resolution method is used to capture the hybrid nature of the system. Two Mixed Logical Dynamical

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