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 |
Overview This adapter allows you to interface with your car’s OBD-II bus. It provides you a USB interface using the ELM327 command set and supports all major OBD-II standards: SAE J1850 PWM SAE J1850 VPW ISO 9141-2 ISO 14230-4 ISO 15765-4 CAN Hardware The adapter kit schematic is shown here. It is built around NXP LPC1517 […]
OBD-II ELM327 compatible AllPro adapter using PIC18F2455 Read More »
Introduction The webpage describes the development of an Audio Spectrum Analyzer based on PIC32 microcontroller with the following features: Real time speech signal acquisition Spectrum and spectrograph visualization of Mel Frequency bands Serial interface for forwarding Mel Frequency Band Power Spectrum coefficients Recording and playback of speech signal using serial RAM Spectrum Visualization on PC
Sine Triangle Square Saw Burst Sweep Noise – runs on a PIC16F870 After the recent demise of our multifunction signal generator, we decided to make one of our own. The circuit uses a PIC16F870 (about $3), an R/2R resistor ladder network (for a real fast and cheap D/A), and a few other parts. You can
Function Generator using PIC16F870 microcontroller Read More »
After GSM call alarm and GSM SMS alarm as two independent modules, I introduce the Tiny GSM alarm system. The main characteristic of this new version is that this device can operate standalone or as a module for existing alarm system. In previous versions we had only the “enable” pin that armed/disarmed the system. Now, aside from that pin we can arm/disarm the
Tiny GSM alarm system using PIC16F84A Read More »
This device acts as interface between your microcontroller project and a GSM phone. It handles all modem data communication between the GSM phone and your micro-project. The best thing is that it decodes PDU into TEXT on the fly! You can easily SMS-enable your any project without need for learning AT commands and parsing complicated
SMS Box project using PIC16F877A Microcontroller Read More »
Introduction For the ECE 4760 final project, we designed and implemented a 2-axis gesture-controlled platform for DSLR cameras. The platform can actuate a camera based on the orientation of the user’s hand with relative high accuracy and low latency. Our 2-DOF gesture-controlled platform can point the camera in any direction within a hemi-sphere based on
2-Axis Gesture-Controlled Camera Platform Read More »
Objectives: To test a level of understanding for my final year project. To present about programmable control home safety via gsm modem; the performance or what have been achieved. To improve myself, in term of knowledge, presentation and communication. Content / Procedure: Refer to FYP scheme, presentation degree semester 2 to prepare a material. Discuss
Home Automation and Safety via GSM Remote Read More »
I needed a good LC meter for my one of my next projects so I went and built the famous LC meter by Phil Rice. This LC meter design is pretty old but since it is a perfectly good device there was no need to design/build/debug one of my own. So, I just changed the
LC meter using PIC16F628A Microcontroller Read More »
Red digits on this photo appear to float in the air in front of the clock. This illusion is based on inertia of a human eye. If LED-formed digits will periodically and frequently enough flash, they will appear solid and steady. And since the matrix of digits is formed by a mechanically scanned single line
Build a digital clock with its digits levitating in the air using PIC16F84 Read More »
Far and away my most ambitious project to date, this digital oscilloscope can sample up to four channels at a rate up to 100kHz. And the best part? It only cost me about $40 in components. The user interface is an application running on a PC. The user selects the configuration settings here. When the
Digital Oscilloscope using PIC16F688 Read More »
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