EEP273 Basics of Regulation Theory

Code EEP273
Name Basics of Regulation Theory
Status Compulsory/Courses of Limited Choice
Level and type Undergraduate Studies, Academic
Field of study Power and Electrical Engineering
Faculty Department of Industrial Electronics and Electrical Technologies
Academic staff Ivars Raņķis, Viesturs Bražis, Nadežda Kuņicina, Vladimirs Ņikišins, Genadijs Zaļeskis
Credit points 2.0 (3.0 ECTS)
Parts 1
Annotation The regulation tasks in analog electrical engineering systems. Feed-back loops, typical junctions, its characteristics, modeling, transient to the frequency characteristics. Estimation of stability. Closed- loop systems. Transient processes. Improving of quality indicators. Regulators. Analogue and numerical simulation. Numerical control..
Goals and objectives
of the course in terms
of competences and skills
To teach students in comprehension of regulation system construction, its calculation, application of substitution schemes, static deviations and make evaluation of stability and transient processes.
Learning outcomes
and assessment
Ability to describe elements of regulation system, its features and working principles. - Must be calculated 5 home tasks on links of regulation system.
To be able interpretate regulation system based on its characteristics. - Must be calculated 1 task on characteristics of regulation systems.
To be able calculate the algebric and complex transfer functions for serial connection of links. - Must explane calculation of serial connection of links.
To be able evaluate stability of proportional regulation system and apply its characteristics. - Must be calculated 1 task for proportional regulation system.
To be able evaluate stationary deviation and stability of proportional regulation system using Rauth criterion. - Must be calculated 2 tasks for proportional regulation system using Rauth criterion.
To be able evaluate stability of regulation system using Nyquist and Mihailov criterion. - Must be calculated 1 task for proportional regulation system using Nyquist criterion.
To be able calculate parameters of regulation system for DC electrical motor, evaluate its stability and transient processes. - Protection of calculation task on investigation of regulation system for DC electrical motor.
Course prerequisites Mathematics, Theory of electrical engineering, electrical machinery basics.

[Extended course information PDF]