This comprehensive hub features the most popular PIC microcontroller projects and tutorials for engineers, hobbyists, and students. From basic LED blinking guides to advanced IoT and robotics implementations using PIC16F and PIC18F microcontrollers, explore step-by-step schematics, C source code, and practical hardware design solutions optimized for real-world applications..
This comprehensive hub features the most popular PIC microcontroller projects and tutorials for engineers, hobbyists, and students. From basic LED blinking guides to advanced IoT and robotics implementations using PIC16F and PIC18F microcontrollers, explore step-by-step schematics, C source code, and practical hardware design solutions optimized for real-world applications.
| Project Category | Recommended PIC IC | Skill Level | Key Components |
|---|---|---|---|
| Basic Interfacing | PIC16F84A / PIC16F877A | Beginner | LEDs, Push Buttons, 16×2 LCD |
| Sensor Monitoring | PIC16F877A | Intermediate | LM35, DHT11, Internal ADC |
| Motor & Power Control | PIC18F4550 / PIC16F877A | Intermediate | L298N Driver, PWM Module |
| IoT & Wireless | PIC18F4520 / PIC32 | Advanced | ESP8266, HC-05 Bluetooth, UART |
This blog details the inner workings of TensorFlow Lite for Microcontrollers and the role of Flatbuffers in them. Story of TensorFlow Lite for Microcontrollers Part 2/2: This blog extends my TensorFlow Lite for Microcontrollers tutorial. I was selected in Google Summer of Code, under TensorFlow, to work on building demos for TinyML and when I read through the […]
In-depth: TensorFlow Lite for Microcontrollers – Part 2 Read More »
I2C or IIC (Inter-Integrated Circuit) is a simple bidirectional serial interface, which requires only 2 signal lines for data transfer. It was originally developed by Philips in 1980′s to provide easy on-board communications between a CPU and various peripheral chips in a TV set. Today, it is widely used in varieties of embedded systems to
chipKIT Tutorial 6: Inter-Integrated Circuit (I2C) communication Read More »
Pulse width modulation (PWM) is a technique of controlling the amount of power delivered to an electronic load using an on-off digital signal. The key idea behind this technique is that the average DC value of the digital signal, and hence the power delivered to the load, can be varied by varying the duty cycle
chipKIT Tutorial 5: Pulse width modulation (PWM) Read More »
Using voice recognition with the in-built microphone, Wio Terminal (Voice Activated Robo Car) will be able to recognize the go, stop and background noise by TinyML. Story of Voice Activated Robo Car In this article, I will be making a voice activated Robo Car with the in-built microphone on Wio Terminal to recognize the go, stop and background
Voice Activated Robo Car on Microcontroller with TinyML Read More »
This project is about building a PC-based temperature and relative humidity logger using the chipKIT Uno32 board and the DHT11 sensor. The project setup requires no additional wires (other than the USB cable) and components; the DHT11 sensor is directly plugged into four I/O pins of the Uno32 board and the project is ready to
chipKIT Project 2: Temperature and relative humidity logger Read More »
In Tutorial 3, we learnt how to use chiKIT ADC channels to read an external analog voltage and convert it into a digital number. We also discussed about interfacing a standard Hitachi 44780-based character LCD to the chipKIT Uno32 board in Tutorial 4. Now it’s time to implement the knowledge we have gained so far
chipKIT Project 1: Digital thermometer using an LM34 sensor Read More »
Liquid Crystal Displays(LCDs ) are a very popular output device for displaying graphical and alphanumeric data in microcontroller based systems. They can also provide an interactive input interface to the users. The most common type of LCD controller used by hobbyists is the Hitachi 44780, which provides a relatively simple interface between a processor and
chipKIT Tutorial 4: Interfacing a character LCD Read More »
Theory Many embedded applications deal with physical variables such as motion, temperature, pressure, relative humidity, light intensity, and sound. A microcontroller cannot directly handle these entities because i) they are non-electrical signals, and, ii) they are analog quantities, which means they have a continuous set of values over a given range, in contrast to
chipKIT Tutorial 3: Analog-to-digital conversion Read More »
This is a complete tutorial to make a PIC Microcontroller based Arduino. This is a complete tutorial to make PIC microcontroller based Arduino, which can run Arduino programs on PIC18F4550 or PIC18F2550 microcontroller, one advantage on this microcontroller is that it doesn’t require any external programmers, since it has inbuilt USB support. So guys, let’s get started! Step 1: Things
Pinguino Project: A PIC Microcontroller Based Arduino Read More »
In this project we are building a basic and low cost frequency counter circuit . It can measure from 16Hz to 100Hz signals with a maximum amplitude of 15V. The sensitivity is high, the resolution is 0.01Hz. The input signal can be a sine, a square or a triangle waveform. The counter can be used
Frequency Counter by PIC16F628 Read More »
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