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Technical University "Gh.Asachi" Iasi - Fac. Automation and Computers
Designing systems with microprocessors 		Monday, January 28,
18:51
FRDN
Experiment no. 1
  • L1.1 Name:


    • ARM Cortex M0 - Infineon XMC1100 development platforms



  • E1.2 Overview, purpose.


    • The experiment aims to explore the main features of architectures based on ARM Cortex M0 processors for industrial applications . Hardware resources as well as software components based on DAVE 4.3.2 centered around the ARM GCC 4.9 compiler are explored . At the end of the experiment, detailed information will be provided on how to build ARM Cortex M0-based applications and Infineo Boot Kit / XMC2Go platforms.

  • E1.2 Resources:


    • - XMC1100 development platform, microUSB cable,
    - Oscilloscope
    - DAVE 4.3.2


  • L1.4 Prototype Source:


    • Prototype Program1




    Prototype2



  • E1.5 Experiment mode:


    • - Explore the XMC110 boot kit user manual and identify the main components and signals from the Arduino-compatible extension connectors.



    - Analyze how to build the XMC1100 Boot Kit;



    - Explore how ARM Cortex M programs develop using Infineon DAVE ;
    - Examine DAVE components:



    - Do DAVE projects with prototype programs;
    - Transfer the executable code to the development platform and track the execution of the programs;


  • L1.6 Proposed Issues:


    • 1. Modify the prototype program to activate the LED connected to P0.6;
    2. Set the CPU's working frequency to 16 Mhz and examine the execution of the prototype program;


    3. Create a program that will sequentially activate the 6 existing LEDs on the platform;
    4. Using DEBUG, follow the step-by-step execution of the prototype programs;
    5. Create a schedule that will allow you to determine the maximum switching speed of an I / O pin

  • L1.7 The experiment may be extended to:


    • - Developing active systems for the Internet of Things ;
    - Achieving smart machines;
    - Reliable control systems for sustainable energy lighting;
    - Making command modules for robots ;
    - Developing applications based on programmable digital control;
    - Achieving intelligent actuators;
    - Making parts for automobiles;



  • L1.8 Documentary references:


    • © 2018 Fl. Pantilimonescu - Fac. Automation and Computers Iasi