This post provides the timer1 code for PIC12F675 microcontroller. This code is written in C language using MPLAB with HI-TECH C compiler. You can download this code from the ‘Downloads‘ section at the bottom of this page. It is assumed that you know how to blink an LED with PIC12F675 microcontroller. If you don’t then please read this […]
PIC12F675 timer1 code and Proteus simulation Read More »
This post provides the internal EEPROM reading and writing code for PIC16F84A microcontroller. As we know[1], PIC16F84A microcontroller has 64 bytes of built in EEPROM data space with an address range of 0x00 to 0x3F. This code is written in C language using MPLAB with HI-TECH C compiler. You can download this code from the ‘Downloads‘ section at the
PIC16F84A internal EEPROM code and Proteus simulation Read More »
This PIC16F877 microcontroller tutorial answers the question, ” How to use timer0 of PIC16F877 and how to handle its interrupts? ” Using PIC16 simulator (Proteus) you can verify this PIC timer0 code and change it according to your needs. This code is written in C language using MPLAB with HI-TECH C compiler. You can download this
PIC16F877 timer0 code and Proteus simulation Read More »
This post provides the LCD[1]Â interfacing code using PIC12F675 microcontroller. This code is written in C language using MPLAB with HI-TECH C compiler. You can download this code from the ‘Downloads‘ section at the bottom of this page. It is assumed that you know how to make an LED blink with PIC12F675 microcontroller. If you don’t
PIC12F675 LCD Interfacing Code and Proteus Simulation Read More »
The PIC32 single-board computer is a de facto standard tool for developing microcomputer applications within the hobbyist and educational communities. It provides an open-source hardware (OSH) environment based on a simple microcontroller board, as well as an open-source (OS) development environment for writing software for the board. Hereâs an approach that enables PIC32 code to
Execute Open-Source Code in a PIC Microcontroller Using the MPLAB IDE Read More »
This post provides the LED blinking code (compiled in MPLAB + HI-TECH C) for PIC18F452. Complete project code and the proteus simulation can be downloaded from the Downloads section at the bottom of this post. The following diagram shows the required circuit. In this project a crystal of 10MHz is used with PIC18F452. This crystal frequency is fed
PIC18F452 LED Blinking Code and Proteus Simulation Read More »
This post provides the software UART (Bit Banging) code for PIC12F675 microcontroller (e-g to connect PIC controller with PC using serial adapter). As we know, PIC12F675 microcontroller doesn’t have built in UART module, so we can create UART functionality in it’s software. This post provides the details of how to program software UART functionality in PIC12F675. This
PIC12F675 software UART (bit banging) code and Proteus simulation Read More »
This post provides the LCD[1] interfacing code using only 3 pins of PIC16F84A microcontroller. This code is written in C language using MPLAB with HI-TECH C compiler. You can download this code from the ‘Downloads‘ section at the bottom of this page. It is assumed that you know how to make an LED blink with PIC16F84A microcontroller. If you
PIC16F84A LCD interfacing code (using 3 pins only) + Proteus simulation Read More »
I have built various scrolling message badges for instance using the 16F57- 10Ă5 and 12Ă5. However, since these chips only have a small FLASH, there is not much flexibility. I donât really recommend these controllers for a scrolling message. Recently I have started a new project, using small 1.9mm ready made modules, and a 16F884.
LED dot matrix scrolling message â 14Ă5 â source code Read More »
This PIC16F877 microcontroller tutorial answers the question, ” How to implement a controllable digital clock using PIC16F877 ? ” Using PIC16 simulator (Proteus) you can verify this digital clock code and change it according to your needs. Using three push buttons (As shown in figure below) you can adjust time as you desire. This code
PIC16F877 based controllable digital clock using LCD display (Code+Proteus simulation) Read More »
