Czech

Not applicable.

Student which entre the course should be able
- apply operator calculus in continuous and discrete time
- apply difference equations
- apply vector calculus
- explain principles of transistor inverters
- explain methods of DC and AC drive control
- apply C language
- use development tools for microprocessors

Laboratories are compulsory

Introduction to modern digital control of drives.
Student passed the course should be able
- describe and explain HW of electrical drive with transistor inverter
- describe forward and feedback linkages in electric drives control. Explain requirements for physical realization. Describe common types of electrical and mechanical variables sensors. Explain their connection into digital control system and ways of signal processing of these sensors.
- Explain differences between control with fixed and floating point microprocessors. Explain strategies of variables and parameters representation in fixed-point arithmetic.
- Describe requirements on microprocessors for electric drives control from view of peripheries. Describe function of key peripheries of microprocessor.
- Explain mathematical description and implementation strategies of functional blocks in control schemes of electric drives (filters, controllers, function approximation, DC and three-phase PWM)
- realize program functions if particular functional blocks in electric drives control schemes.
- make peripheries setting and realize PWM outputs, measuring of analogue and pulse signals
- realize and set digital control loops of DC drive

Not applicable.

Not applicable.

Klíma B., Stupka R.;Mikroprocesorová technika v elektrických pohonech; Elektronický text FEKT VUT v Brně (CS)

Carmine Novielo; Mastering STM32 (EN)
STMicroelectronics; STM32F334xx advanced Arm®-based 32-bit MCUs; Reference manual (EN)
STMicroelectronics; STM32F334x8 Datasheet (EN)