NTC-02.31 “Microprocessor equipment”

Br0.00

The training laboratory system is intended for studying programming basics for various types of microcontrollers (PIC, AVR, MCS-51) and their interaction with peripheral devices.

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The training system is a universal modular platform, which allows to install the following types of controllers in a form of a plug-in board:

  • DSPIC33FJ64MC804-I/PT:
  • ATmega 2561;
  • INTEL N8052AH (AT89S52).

The platform includes the following set of peripheral devices:

  • discrete sensor module (toggle switches, 8 pcs.);                                               
  • analogue sensor module (potentiometers, 2 pcs.);
  • seven-segment display module;
  • LCD module;
  • linear indication module;
  • keyboard module;
  • RS-232 serial interface module;
  • RS-485 serial interface module;
  • I2C serial interface module;
  • USB for PC connection;
  • universal socket for plug-in boards.

It’s also possible to connect additional external devices and sensors as separate modules:

  • temperature sensor module;
  • humidity and pressure sensor module;
  • light sensor module;
  • quadrature sensor module;
  • PWM-control for DC motor with changeable speed.

The programming can be done using Assembler language or high-level languages (C/C++). The controllers also allow to study the following peculiar features:

  • remappable pins;
  • peripheral modules (UART, ADC);
  • internal generator, watchdog-timer (System Management);
  • EEPROM;
  • in-circuit debugging and programming.

The list of controllers and modules can is subject to change.

 

Experiments provided

  1. Study of the training system;
  2. Study the command system and basics of dsPIC33 microcontrollers;
  3. Study the programming of dsPIC33 microcontrollers with Assembler language;
  4. Study the programming of dsPIC33 microcontrollers with C language;
  5. Study the command system and basics of AVR microcontrollers;
  6. Study the programming of AVR microcontrollers with Assembler language;
  7. Study the programming of AVR microcontrollers with C language;
  8. Study the command system and basics of MCS-51 microcontrollers;
  9. Study the programming of MCS-51 microcontrollers with Assembler language;
  10. Study the programming of MCS-51 microcontrollers with C language;
  11. Study of I/O discreet devices in microprocessor control systems;
  12. Implementation of additional I/O discreet ports in microprocessor control systems;
  13. Study if interruption system of microcontrollers;
  14. Implementation of time functions in in microprocessor control systems;
  15. Investigation of dynamic indication devices;
  16. Investigation of keyboard input devices;
  17. Investigation of LCD indication;
  18. Investigation of microcontroller analogue information input;
  19. Investigation of NVRAM and I2C interface operation principle;
  20. Investigation of analogue output means;
  21. Investigation of remappable pins technology and quadrature signal input;
  22. Investigation of SPI interface;
  23. Investigation of RS232 interface;
  24. Investigation of RS485 interface;
  25. Set-up and programming of external plugged-in modules.