Sliding mode control with integral of Boost converter by microcontroller

The aim of the paper is to present a new result on the control of Boost converter. More precisely, it deals in with the case where the converter is placed between a traction Battery and a 42V DC link. The behavior of the boost converter is modeled using state variable and the control strategy is based on sliding mode with integral. The experimental test is realized by using a microcontroller. A good agreement is found between simulation results and experimental ones.