Lab using IO Port, software MPLAB X IDE

EE/CSC 312 Lab #1

Introduction to PIC Programming and the MPLAB IDE

 

Preliminary

Navigate to microchip.com → Design → Development Tools → Software Tools for PIC

Download and install the current version of MPLAB-X IDE

Download and install the MPLAB-XC8 C compiler.

Install the MCC plugin from within the IDE

(Tools → Plugins → MPLAB Code Configurator)

Download the associated User’s guides for the IDE and compiler.

MPLAB-X IDE User Guide

MPLAB XC8 Compiler Legacy User’s Guide

MPLAB XC8 User Guide for PIC

 

Lab – All exercises are to be done using the IDE and the simulator, using the PIC16F1619 as the target processor.  Execute the programs in the simulator environment.

 

  • Set the IDE debugger to “Halt at Main”

Tools → Options → Embedded → Debug Startup

  • Create a C code project in the MPLAB-X IDE. Select the PIC16F1619 device and select the simulator as the debugging tool.
  • Open the MCC and configure Port A bit 5 as an output. Generate.
  • Inspect the Project files.
  • Select Compile/Debug
  • Set up the IOpin tool to show the state of RA5.

Window → Simulator → Iopin

Enable Run Time Update option

  • Add these instructions in the while loop:

LATAbits.LATA5=0;

LATAbits.LATA5=1;

  • Execute the program using F8 to single step. Observe the IOPIN indicator.
  • Execute the program using breakpoints.
  • Add __delay_ms(10000) in the loop. Rebuild.
  • Using the simulator stopwatch function, Window → Debugging → Stopwatch, determine how long the program takes to execute.

 

Challenge:

  • Use the Stimulus tool (Window → Simulator → Stimulus) to simulate a switch that provides an input signal to stop/continue the blinking light.

Choose a pin to use, use the MCC to configure it as input, set up the stimulus action to toggle, write a program that uses the input to enble/disable the blinking.

 

 

Last Updated on February 12, 2019