Microcontroller technology
System
The equipment consists of 3 trainers, which are widely used embedded systems in the control and in automation technology.
With these systems, the student learns basic technologies for industry 4.0 systems and "Internet of Thinks (IoT).
This is the basis for the development of fast-reacting sensors and communication systems, as these are necessary in microcontrollers or portable systems.
Includes the following systems:
- RFID trainer
- Embedded Internet Trainer
- FPGA trainer
Function
RFID Trainer
The RFID Trainer provides a complete course in developing RFID systems. It gives students who are familiar with microcontrollers an understanding of the programming involved in developing RFID systems. An RFID board and four RFID tags embedded into credit cards are included. This hardware enables students to learn about reading and writing transponder data in both I-code and Mirfare mode.
Embedded Internet Trainer
The Embedded Internet Trainer provides students with a full understanding for modern digital communications protocols and the development of embedded internet-based products.
FPGA Trainer
The Field-programmable Gate Array Trainer provides a platform for learning FPGA programming in either VHDL or Verilog. The trainer includes a FPGA development board, LED boards, switch boards, a dual 7-segment display board, a prototype board, serial D/A board and a power output board.
All packages includes the experimental hardware, power supply, cables, software and experimental manuals.
Target group
This program’s target group includes students of control technology or automation at colleges and universities. The laboratory experiment equipment is also well suited as lab equipment for research projects in the respective subjects and faculties.
Topics
RFID Trainer
- RFID systems & applications
- Configuring RFID readers
- Commands & syntax used in reading & writing data to & from RFID cards
- Communication with both Mirfare & I-code systems
- Development of microcontroller based systems using transponder unique ID, reading transponder data, writing transponder data & value format
Embedded Internet Trainer
- Ethernet, DLC, MAC, ARP, TCP, IP, UDP, ICMP, HTTP & POP3 protocols
- MAC packet structure & message creation using microcontrollers
- Communication strategy & information flow
- Packet injectors & debuggers
- Time & date message using UDP
- Sending HTML using HTTP protocol and receiving HTML
- Sending an email using SMTP protocol
- Custom messaging using UDP
FPGA Trainer
- PLD technology
- Getting to know QUARTUS II
- Descriptor languages
- Combination logic using HDL
- Combination logic assignment
- Sequential logic
- Modulo-sixty counter