Description Featured in Electronics Weekly Gadget Freak (15/08/2008) The Control board for this project is now available in kit form or fully assembled and tested. Please visit the Picprojects on-line shop for more details This project provides an simple F1 motor racing style 5 light race start sequence with a fixed or random delay that you […]
F1 Gantry Race Start Lights using PIC16F684 Read More »
This project is an update to the original RGB LED PWM Driver. The new version allows the use of either 5mm LEDs or the square bodied Superflux / Piranah style LEDs. The circuit now uses bipolar transistors rather than MOSFETs which make it more suitable for novice constructors and for the first time this project
RGB LED Mood Light Standalone PWM controller for RGB LEDs using PIC12F629 Read More »
*** There’s a firmware update. Please check out! *** LEDs are taking over conventional lighting every day. High-power LEDs over 1W are becoming more and more affordable, and I wanted to start using them to replace the lighting fixtures around me. However I realize that finding and configuring the power supply was a bit of
Universal High-Power LED Driver with 3D-printable Case using PIC16F1823 Read More »
When it comes to debugging a microcontroller circuit, there aren’t a lot of simple options. Since a microcontroller circuit might have multiple things going on at the same time, measuring voltages with a DMM isn’t an option. Using an computerized In-Circuit-Debugger solution is expensive and elaborate, and time-consuming to set up. People often resort to
LED Microcontroller Debug Module using PIC18F4420 Read More »
How to drive a lot of LEDs from a few microcontroller pins. Using the fact that many microcontroller pins have three states (+V, GND, or “high impedence”, you can drive N*(N-1) LEDs from N pins. So the little 8 pin microcontroller like a PIC12Fxxx or an ATtiny11 can drive 20 LEDs on its five available
How to drive a lot of LEDs using PIC12F microcontroller Read More »
LED Infinity Mirror Controller, 32 LEDs, Multiple Patterns UPDATE: This kit is discontinued please see the new version, 8 Channel LED Controller v.3, the development files are still available to build this version. As simple a circuit as can be. A 12F675 controls a high-power shift register, which in turn controls up to 48 LEDs at 20ma
LED Infinity Mirror Controller, 32 LEDs, Multiple Patterns using PIC12F675 Read More »
Tons of LED dice projects with different output forms have been published online. The most common output configuration in those projects is a 3-1-3 setup (two rows of three LEDs and one LED at in the middle) of seven LEDs, which simulates the actual patterns of dots found on the six faces of a traditional
Solar Lighting Controller based on PIC12F675 micro controller to be used with a Solar Panel, Battery and a LED 12V Light, it has built with affordable materials and its ready to use, just plug your devices and its done, this controller will function by itself with no need to turn on or turn off the
Low Cost Solar Lighting Controller Read More »
A four digit seven segment display. The image above shows a four digit seven segment display. These type of displays are widely used to present numerical data to users. Example includes clocks, panel meters, microwave ovens, refrigerators etc. As you can see in a four digit displays there are a total of 4 x 7
Using Multiplexed 7 Segment Displays – PIC Microcontroller Tutorial Read More »
This is an instructable on how to build an LED Christmas card using the PIC 10F200 microcontroller. As this PIC has six pins and is the size of an SMD transistor, it is ideal for low profile applications and can easily be reprogrammed as and when needed. In this case I am using the “reverse
LED Christmas Cards using PIC 10F200 Read More »
Your one-stop destination for PIC microcontroller projects, tutorials, PDFs, software, tools and everything embedded. Built for students, hobbyists & engineers.
PIC Microcontroller has been helping students and engineers since 2008 by providing high quality PIC projects and resources. We are passionate about embedded systems and microcontroller development.
© 2008 – 2026 PIC Microcontroller. All Rights Reserved.