This undergraduate final work has the objective of designing the Dual Active Bridge (DAB) converter for the charging of a battery bank. The traditional DAB converter will be used with the addition of an output inductance ...

This research proposes the development of a test bench using two BLDC motors, where one BLDC will act as a motor and the other as a generator connected to a load. The bench will allow different types of drive to be tested ...

This term paper proposes the development of a direct injection driver for solenoid injectors applied to Otto engines, employing a repetitive controller on the output stage. The fuel injectors typically used in direct ...

This undergraduate final work presents a bibliographic review on batteries and DC-DC isolated bidirectional converters to introduce the Dual Active Bridge (DAB) converter, used in power systems to connect a DC bus to a ...

This work presents the study of a three-phase series active power filter (SAPF) to attenuate voltage harmonics in the power grid. The SAPF was simulated using PSIM and Typhoon HIL software. The three-phase distribution ...

The following work investigates the theory of computation regarding the aspect of electronic circuits involved in computer architecture, from which a functional and qualitative description of computers was also researched. ...

This research proposes the development of a device for testing batteries. A printed circuit board will be created integrating the power converter and instrumentation for battery voltage and current measurements. For this ...

This work proposes a comprehensive study, analysis, and simulation of control techniques applied to the Parallel Active Power Filter (FAPP). The research includes a detailed literature review of the fundamental concepts ...

This work focused on developing and characterizing a magnetron drive circuit for a classic pulse radar. A flyback DC-DC converter was implemented to provide the necessary voltage and current for the magnetron’s operation. ...