The laboratory is mainly focused on teaching communication systems and their individual components. It is mainly the verification of individual parts of the communication chain, whether it is a message source, analog / digital signal formats, analog and digital modulation / demodulation techniques, etc. Modern laboratory equipment consists of workstations from ELABO, which contain a function generator, source, multimeters, 4-channel oscilloscope with touch screen from Rohde & Schwarz enabling analysis of individual components of the communication chain in the time and frequency domain. The teaching of communication systems takes place on the EMONA kit.
Furthermore, the laboratory is designed for teaching the analysis of electronic circuits and devices using the software tool LTSpice and the subsequent design of printed circuit boards using SW Eagle. Another use of the laboratory is for teaching digital signal processors with a focus on the implementation of digital signal processing algorithms (effective and correct implementation of digital filtering algorithms, FFT, correlation, etc.).
Technical workstations that contain
- DC power supply (2 channels, in the range 0-30V, 0-2A)
- Multimeter (2pcs)
- Resistance measurement in the range 0-20 MOhm with a resolution of 1 Ohm
- Frequency measurement 0-50 kHz
- Function generator
Rohde & Schwarz oscilloscope
- 4 channels with a bandwidth of 70 MHz
- Memory size 10 MSa per channel
- Sampling rate 1 GSa / s per channel
- Color touch screen
- Data storage in PC
Table control unit
- 3GHz CPU, 4 colors
- 8 GB RAM
- 256 GB SSD
- GPU Nvidia 4 GB
- 2x 1GB LAN
- LCD 22 "FHD
Communication kit: Emona "Biskit" Telecoms-Trainer 101
- Analog modulation / demodulation
- Digital modulation / demodulation
- Digital signal formats
Signal processors
- TMDXEVM6678LXE
- TMX320C6678
- Evaluation Module with XDS560v2 Emulator
Software
- Spice
- Mathworks Matlab / Simulink
- LTSpice
Teaching Course
- Data Transmission
- Design with Programmable Logic Devices
- Signal processing in digital communication
- Electrical engineering
- Electronics Elements
- Digital Signal Processors
- Design of Electrical Devices
- Microprocessor Applications 1/2
- Electronis Circuits Analysis and Design
- Simulation of Electronic Circuits
