Note: The document cannot be used without suitable hardware.
The "Controlled system/control loops" experiment instructions cover the following topics:
- Characteristics of the speed controlled system
- Characteristics of the temperature and light controlled system
- The motor with current or torque control
- Speed control
- Voltage control with a machine generator
- Speed control with subordinate current control
- DC motor on uncontrolled and controlled single-phase half-wave rectifier
- Four-quadrant operation of a DC motor with a thyristor converter
- Four-quadrant operation with an H-bridge
- Electronic load
- Temperature control with P and PI controller
- Temperature control with a two-position controller
- Temperature control with PID controller and pulse group control
- Brightness control with P, PI and PID controller
- Bode diagram, locus curve and controllability of a P-T3 line
- Adaptation and smoothing of actual values
- Characteristics and operating behaviour of the servo-controlled system
- Position control
- Position control with influencing variables
Incl. solutions
- Electronics technician for industrial engineering learning field 6, 8
- Electronics technician for automation technology Learning field 6, 8
- Electronics technician for building and infrastructure systems Learning field 7
- Mechatronics technician Learning field 7, 8
- Characteristics of the speed controlled system
- Characteristics of the temperature and light controlled system
- The motor with current or torque control
- Speed control
- Voltage control with a machine generator
- Speed control with subordinate current control
- DC motor on uncontrolled and controlled single-phase half-wave rectifier
- Four-quadrant operation of a DC motor with a thyristor converter
- Four-quadrant operation with an H-bridge
- Electronic load
- Temperature control with P and PI controller
- Temperature control with a two-position controller
- Temperature control with PID controller and pulse group control
- Brightness control with P, PI and PID controller
- Bode diagram, locus curve and controllability of a P-T3 line
- Adaptation and smoothing of actual values
- Characteristics and operating behaviour of the servo-controlled system
- Position control
- Position control with influencing variables
Experimental instructions "Controlled system/control loops" (incl. CD-ROM)