This is a list of electrical and electronic projects using some different types of Microchip PIC microcontrollers. MikroElektronika mikroC PRO for PIC is used in all projects.
Circuit schematic diagrams and C codes are provided for all projects.
This post shows how to interface PIC18F46K22 microcontroller with SD card formatted with FAT32 file system. It shows how to create folders and files, how to write to a text files and how to read and print a text file. […]
PIC18F46K22 Interface with SD Card – Read & Write Files | mikroC Read More >>
This post shows how to interface PIC18F46K22 microcontroller with SSD1306 OLED (128×64 pixel). The SSD1306 is a monochrome display which means it has only one color (white, blue, yellow …). This display communicates with the master device over I2C mode,
Interfacing PIC18F46K22 with SSD1306 OLED display | mikroC Projects Read More >>
The SSD1306 OLED display contains a driver chip with the same name (SSD1306), it can communicate with the master device (microcontroller, microprocessor …) over I2C protocol, SPI protocol or 8-bit parallel protocol. This topic shows how to use the SSD1306
SSD1306 OLED display library for mikroC compiler | mikroC Projects Read More >>
This post shows how to interface Microchip PIC16F887 microcontroller with BME280 barometric pressure, temperature and humidity sensor. Values of temperature, humidity and pressure are displayed on 20×4 LCD screen connected to the microcontroller. In this project the BME280 sensor is used
PIC MCU with BME280 Pressure, Temperature & Humidity Sensor Read More >>
This post shows how to interface Microchip PIC16F887 microcontroller with BMP280 barometric pressure and temperature sensor. Values of the temperature and the pressure are displayed on 1602 LCD screen connected to the microcontroller.In this project the BMP280 sensor is used
PIC MCU with BMP280 temperature and pressure sensor | mikroC Projects Read More >>
Adding a serial-in parallel-out shift register such as the popular one 74HC595 to a 7-segment display will reduce number of pins required to drive it (the display). Basically the 7-segment display requires 9 pins: 8 segment pins (A, B, C,
7-Segment Display with 74HC595 Shift Register | mikroC Projects Read More >>
This is another example that shows how to interface PIC16F887 microcontroller with common anode 7-segment display. This example shows how to print rotary encoder values (positive or negative) on 4-digit 7-segment display where the first digit (most left) is used for
PIC16F887 with 7-Segment Display and Rotary Encoder | mikroC Read More >>
This PIC16F887 project shows how to read analog voltages from analog channel and print the correspondent digital values on a multiplexed 4-digit 7-segment display. A potentiometer is used to get a voltage that varies between 0 and 5V. A common
Print ADC Values on 7-Segment Display with PIC | mikroC Projects Read More >>
This post shows how to interface PIC16F887 microcontroller with 7-segment display in order to build a simple 4-digit counter which counts from 0 to 9999. A push button connected to the PIC16F887 MCU is used to increment the displayed number.
Interfacing PIC MCU with 7-segment display | mikroC Projects Read More >>
This post shows how to control DC motor speed and direction of rotation using PIC16F887 microcontroller, rotary encoder and L293D motor driver chip. The compiler used in this project is mikroElektronika mikroC PRO for PIC. Last time I made a
DC Motor control with rotary encoder and PIC MCU | mikroC Projects Read More >>