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Students complete activities that progress from the basics in modeling and control to more complex control strategies like hybrid and digital control. Designed for NI ELVIS III and LabVIEW.
In this lab students will complete hands-on activities to measure, calibrate, and analyze common physical properties/phenomenon. Designed for NI ELVIS III.
Students complete activities that progress from the basics in modeling and control to more complex control strategies like hybrid and digital control. Designed for NI ELVIS III and Simulink®.
Students complete hands-on labs that cover the fundamentals of DC-DC linear regulators, DC-DC buck regulators, DC-AC inverters, and AC-DC rectifiers. Designed for NI ELVIS III.
Students interact with a complete mechatronic system from low-level integration, through sub-systems and processes, to the higher-level automation algorithms. Designed NI ELVIS III.
Students complete hands-on activities to investigate the essential functionality and behavior of energy conversion systems from AC-DC, DC-DC, DC-AC, and AC-AC. Designed for NI ELVIS III.
Students complete hands-on activities to control and compare common motors to be equipped to make system design decisions. Designed for NI ELVIS III
In this lab manual students simulate, build, and analyze circuits to learn about behaviors, characteristics, and applications of common silicon-based components. Designed for use with NI ELVIS III.
Students study a broad range of introductory digital and analog telecommunications topics through a series of hands-on laboratory experiments. Designed for NI ELVIS III.
This course covers the fundamental concepts of circuit theory and analysis through simulation in Multisim Live, and real-life circuit-building. Designed for NI ELVIS III.