Interfacing PIC16F84A with HC-SR04 Ultrasonic Sensor This post shows how to interface PIC16F84A microcontroller with HC-SR04 ultrasonic sensor and make a distance meter. The ultrasonic sensor HC-SR04 can measure distances form 2cm to 400cm with an accuracy of 3mm. This […]
PIC16F84A with HC-SR04 ultrasonic sensor example – CCS C Read More >>
Interfacing PIC16F877A with ST7735 1.8″ SPI TFT Color Display After interfacing 1.8″ TFT display with PIC18F4550 microcontroller at the link below, now let’s see how to make the same interfacing of this SPI TFT display with PIC16F877A microcontroller. Interfacing PIC18F4550
ST7735 1.8″ TFT display with PIC16F877A example – CCS C Read More >>
Interfacing PIC18F4550 with ST7735S 1.8″ SPI TFT Color Display This post shows how to connect ST7735S TFT display to PIC18F4550 microcontroller and display different things (numbers, text, lines, circles …..). The compiler used is CCS PIC C. To interface PIC18F4550
Interfacing PIC18F4550 with 1.8″ TFT display – CCS C compiler Read More >>
ST7735 SPI TFT Display Library for CCS PIC C compiler The ST7735 SPI TFT library allows the interfacing of this display with any PIC microcontroller more simpler and easier. This library is based on the Adafruit TFT library for Arduino.
ST7735 SPI TFT Display Driver for CCS C compiler Read More >>
This topic shows an easy and effective way for decoding IR (Infra-Red) remote controls that use Philips RC-5 communication protocol, but first we’ve to understand how the RC5 protocol works. This Wikipedia links has good infos about the RC5 protocol.
RC-5 IR remote control decoder with PIC12F1822 – CCS C Read More >>
Remote Controlled Real Time Clock/Calendar with PIC12F1822 and DS1307 It is good idea to build a simple and low cost DIY remote controlled real time clock/calendar using simple components. This post show how to make a remote controlled real time
Real Time Clock/Calendar with Remote Control – CCS C Read More >>
In this blog there are several posts talking about bipolar stepper motor and how to drive it. The bipolar stepper motor has two windings and 4 wires and to drive this windings 2 H-bridge circuits are needed. L293D motor driver
Bipolar stepper motor control using PIC12F1822 and L293D – CCS C Read More >>
With the help of L239D we can easily control DC motor speed and direction of rotation. The L293D can control two motors with the same nominal voltage independently and in this project we are going to use half of the
DC Motor control using PIC12F1822 and L293D – CCS C compiler Read More >>
This topic gives a short descriptions about PIC12F1822 microcontroller ADC and PWM module and how to use them using CCS PIC C compiler. For more details go to PIC12F1822 datasheet. PIC12F1822 ADC Module: PIC12F1822 microcontroller has a 10-bit ADC (Analog-to
433MHz RF Remote control system with PIC microcontroller This project shows how to use low cost 433MHz RF transmitter/receiver modules to build a 5-channel wireless RF remote control system using 2 x PIC12F1822 microcontrollers. The used RF modules in this
433MHz Radio Frequency (RF) transmitter and receiver – CCS C Read More >>