The "Digital Control Systems Engineering" laboratory course gives our students the opportunity to directly apply the theoretical fundamentals they acquired during the accompanying lectures REG – with focus on first-hand experience.
Experiments
- Difference between instrumentation and control engineering
- Controller settings via fatigue test
- Process identification
- Controller settings via electrical delay lines with compensation control
- Rotational frequency control
- Controller settings via computer simulations
- Analysis of a control system with converters and regulators
Registrations
You can sign up for Prof. Dr.-Ing. habil. Glotzbach's laboratory course during lectures.
You can sign up for Prof. Dr.-Ing. Schröder's laboratory course via the "Digital control systems engineering (Prof. Schröder)" Moodle course (Regelungstechnik).
Accompanying lectures
Digital Control Systems Engineering (REG)
- ECTS: This course rewards students with 7 Credit Points
- Course syllabus: Modeling (experimental and theoretical modeling, continuous-time and discrete-time models in the time and frequency domains, performance plan), control loops (stability analysis, quality characteristics, selection and creation of controllers using different methods, influence of nonlinear elements), state control (state space model, state controller, state observer)