Location | E11-3101/3102/3104 |
Academic Staff in charge | Prof. Feng WAN |
Technician | Sek Un CHEANG, Joe |
Telephone | (853) 8822-4284 |
Open Access Reservation Period | Monday: 9:00 – 13:00, 14:30 – 18:30 |
Objective
This laboratory is designed to be a multi-purpose laboratory for teaching and postgraduate research in the field of control theory. In addition to standard electronics facilities, the laboratory is equipped with a wide variety of control-oriented apparatus to help students gain hands-on and research experiences through experimentations, with modeling and identification of physical systems, system analyses, classical and modern control system design and implementation.
Facilities
Equipments
- GoogolTech GLIP2004 Linear Four-Stage Inverted Pendulum
- Technosoft IDM240/640/680 Intelligent Motor Driver
- GoogolTech GML1001 Magnetic Levitation System
- TQ CE110 Servo Trainer
- TQ CE103 Thermal Process Control Trainer
- TQ CE120 PID Controller
- Bytronic PCS1 Pendulum Control System
GoogolTech GLIP2004 Linear Four-Stage Inverted Pendulum | Technosoft IDM240/640/680 Intelligent Motor Driver |
GoogolTech GML1001 Magnetic Levitation System | TQ CE110 Servo Trainer |
TQ CE110 Servo Trainer | TQ CE120 PID Controller |
Bytronic PCS1 Pendulum Control System |
Instruments
- Agilent 54621A 60MHz Oscilloscope
- Agilent 54622D 100MHz Oscilloscope
- Agilent 34411A Multimeter/Digitizer 6.5 Digit
- Agilent 33250A 80MHz Function Generator
- Agilent N5765A DC Power Supply
- Fluke 117 Multimeter
Agilent 54621A 60MHz Oscilloscope | Agilent 54622D 100MHz Oscilloscope |
Agilent 34411A Digital Multimeter | Agilent 33250A Function Arbitrary Waveform Generator |
Agilent N5765A DC Power Supply | Fluke 117 Multimeter |
Software
- Labview 8.6
- Technosoft EasyMotion Studio
Experiments
- Investigation on the characteristics and stability of 1st, 2nd and 3rd order system
- Design and implementation of PID controller for DC servo motor
- Design and implementation of PID controller for thermal process
- System modeling and controller design for 1-stage and 2-stage Inverted Pendulum
- System modeling and controller design for Magnetic Levitation System
Courses supported
ECEB257 | Introduction to Electro-robot Design |
ECEB410 | Design Project I |
ECEB420 | Design Project II |
ECEB320 | Control Systems |
ELEC313 | Control Systems I |
ELEC312 | Control Systems II |
ELCE707 | Advanced Topics in Control Systems |
IMSE999 | Thesis |
ELCE797 | Applied Thesis |
ELCE798 | Academic Thesis |
ELCE806 | Linear Systems and Optimal Control |
ELCE811 | Nonlinear Control Systems |
ELCE899 | Doctoral Thesis |