The unit allows to gain basic and deep knowledge in the following spheres:
- investigation of automatic control systems;
- adjustment of a full-scale PID controller, automatic microprocessor-based control system on the basis of microprocessor TRM-101-CR PID-controller.
According to the function, the front panel is divided into the following sections:
- dynamic links area. In the middle of the section there’s a schematic diagram of a start-up circuit. At the bottom, there are knobs for setting rung coefficient, dual-channel USB oscilloscope connection panel, function generator connection panel.
- EP10 oven emulator area. The emulator is a circuit board in a transparent housing. The board features a 10W heater with a TSM 50M thermistor inside.
- TRM-101 area includes the controller itself.
Measurement systems includes dual-channel USB oscilloscope, 10 MHz bandwidth, 100 MB/s access speed (real-time), 2GB/s equivalent-time sampling, 1 MB/s USB stream sampling, memory buffer for 8.000 samples (divided between active channels), digital instrumentation for measuring time and temperature.
The front panel includes special sockets for connecting to measurement inputs of dual-channel USB oscilloscope, which allow to take oscilloscope traces of test points’ signals.
Also, there’s a USB port for PC or laptop connection.
The unit includes interference protection system to ensure clear measurement results of microprocessor sensors.
Before conducting experiment on the hardware students make computer models of the investigated objects. All the models created in Scilab computation system are included among the methodical guidelines.
The training system is supplied with:
- a set of methodological and technical documentation intended for the teaching staff;
- a software.