Microcomputer Training System
Fundamentals of digital technology
Our Training System for Microcomputer Technology is primarily designed for use in vocational training.
- Fundamentals of digital technology
- Graphic representation of programs
- Structure and function of microcontrollers,
processors … - Data formats and their conversion
- Components of integrated development environment
- Programming in Assembler, C, …
- Firmware generation
- Measurement of analog values, e.g. voltage, temperature, pressure …
- AD and DA converters
- Components with I²C Bus, e.g. displays, brightness and temperature sensors
- DC- and stepper motor control
Microcomputer Training System with industrial interface
Fundamentals of digital technology
- Methods of digital circuit analysis
- Methods of digital circuit synthesis
- Logic circuits in practical applications
- Design of circuits with ICs
- Characteristics of circuits
- Measuring tools and methods
- Complex logic circuits and converters
Fundamentals of microcomputer technology
- Microcomputer and microcontrollers
- Embedded systems
- Command set of a CPU
- Storage components
- Timer and interrupts
- Bus and ports
Use of industrial software environments
- Installation
- Configuration
- Programming application
- Structured programming
- Graphic representation of programs
- Troubleshooting with debuggers and simulators
Integration of microcontrollers in devices
- Data formats
- Interfaces
- Bus systems
- Component types
- Pulse generation
- Parallel and serial data transfer
Integration of external periphery
- Analog sensors
- Intelligent sensors
- Displays
- Small-power motors
Serial asynchronous communication
- Fundamentals of serial asynchronous transmission
- EIA232 interface
- USB interface
- Terminal communication
- Testing of interfaces
- Data transfer between controller and personal computer
- Controller boot loader
- Programming of controllers via boot loaders
Control of industrial manufacturing systems
- Transfer from device into the system
- Industrial level and protective measures
- Control and automatic control systems
- Electromechanical and pneumatic components
- System reliability trough hardware and programming
Graphic representation of programs