PIC16F193X MCU Development Environment Construction

During this period, I needed to use the PIC16F193X series of microcontrollers to do some development, so I bought a development board for the PIC16F1938 microcontroller. The following introduces the process of setting up its development environment.

First you need to download two files: ; First install PICC9.80,

; During the installation process, check off-line activate in one step and keep the other options as default.

After the installation is complete, start cracking, open HI-TECH.exe, click open, find the installation directory of PICC9.80, select HCPICP-11111-activation-request.txt, click activate, and HCPICP-11111-activation-response.txt will appear, indicating that the cracking is complete.

Next, install MPLAB X. This is a normal installation. After completion, start it as follows:

Create a new project, File->new project, select Microchip Embedded Standalone Project, then select the corresponding chip, I chose PIC16F1938, click Next, select None for Support Debug Header, then the next step, select Pickit3 for Hardware Tools (I use Pickit3.5+, if you use something else, select something else), the next step is Compiler, select the HI-TECH PICC 9.80 that I just installed, the next step is to output the project name and the location where the project is stored, click Finish to complete. Write your own code, then click build main project and make and program device main project to download the current program to the microcontroller. I use pickit3.5+ as the download tool, which can be directly supported.

If you import a project (File->open project), for example, I imported the LED project.

This is the end of the installation tutorial. It is relatively simple and I hope it can help friends who are just getting started.