Lucas Nülle - IAC 40 Control of a 4-quadrant drive system using MATLAB Simulink

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IAC 40 Control of a 4-quadrant drive system using MATLAB Simulink

IAC 40 Control of a 4-quadrant drive system using MATLAB Simulink

Training contents:

Generation of a hardware-in-the-loop (HIL) system operating under real-time conditions
Modelling and design of a cascade control system
Creation and optimisation of current and speed controllers
Design and optimisation of control system in state space

Weboffer

Real Experience Learning

Interactive learning environment

Downloads

Equipment
Specifications

Tender specifications

Basic equipment set, consisting of:
1		4Q Drive System		CO3620-1M
1		Universal digital controller (DSP)		CO3620-2A
1		USB adapter with MATLAB toolbox for power electronics and process control		CO3636-3D

Media:
1		Interactive Lab Assistant: Closed-loop control of a 4-quadrant drive system		SO2802-3A
1		Interactive Lab Assistant: Control of a 4-quadrant drive system using MATLAB-Simulink		SO2802-3B

Accessories:
1		Set of safety measurement cables, 4mm (20 leads)		SO5148-1V
5		Safety connecting plug 4mm with tap (2x), black, 1000V/32A CAT II		SO5126-3R
2		Safety connecting plug 4mm with tap (2x), blue, 1000V/32A CAT II		SO5126-3V
1		SybaPro experiment trolley, 3-level, 6 sockets, 1250x1970x800mm		ST7200-7A

Additionally recommended:
1		Display for the control technology equipment		ST8000-6A
1		Monitor holder for flat screen monitor of weight up to 15kg/33lbs		ST8010-4T
1		Protection cover for three-level experiment trolleys		ST7200-5L