Un Nuevo Sistema “Convertidor de CD/CD Buck-Boost–Motor de CD”: Modelado y Validación Experimental (A New “DC/DC Buck-Boost Converter‑DC Motor” System: Modeling and Experimental Validation)

Eduardo Hernández Márquez (eduardohm_1@hotmail.com)1, Ramón Silva Ortigoza (rsilvao@ipn.mx)1, José Rafael García Sánchez (jrgs_ipn@hotmail.com)1, Víctor Hugo García Rodríguez (vhgarcia@sandunga.unistmo.edu.mx)1, José Norberto Alba Juárez (jnajuarez999@gmail.com)1

1Instituto Politécnico Nacional

This paper appears in: Revista IEEE América Latina

Publication Date: Nov. 2017
Volume: 15,   Issue: 11 
ISSN: 1548-0992

This work presents the modeling and validation of a bidirectional “DC/DC Buck-Boost converter‑DC motor” system. This configuration allows the change of rotation in both directions on the motor shaft. The experimental validation of the model is accomplished for time-varying duty cycles. This allows solving the trajectory tracking task in open-loop of the system. On the one hand, applying the Kirchhoff's laws along with the model of a DC motor, the mathematical model is obtained. While, the trajectory planning is carried out by expressing the system states and duty cycles in terms of the converter voltage and motor angular velocity. The validation of the deduced model is performed via Matlab‑Simulink and a DS1104 board in a laboratory prototype of the system.

Index Terms:
DC/DC Buck-Boost converter, inverter, DC motor, modeling, experimental validation, trajectory tracking task in open-loop   

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