Posts by Ibrar Ayyub:
Wireless Sensor Motor Control using PIC18LF4520
Posted on: 02 Jul 2016
Last week we took a look at how you can wirelessly connect together two unrealted microcontrollers; an Arduino UNO and a PIC. The week before that we showed you how to build Motor Control via Distance Sensing. This week, let’s combine the two project together to make a wireless IR proximity sensor that can control […]
Analog Ultrasound Range Finder
Posted on: 02 Jul 2016
When I started my career in control systems I was fascinated with the many different ways that machines could be interfaced to the environment they operated in. Limit switches (electrical and optical), encoders, resolvers, strain gauges, thermocouples… the control system engineer had a long list of sensors to choose from. And the list has grown […]
2-Channel IR Relay Controller for PIC10F200
Posted on: 01 Jul 2016
Description This project is a 2 channel infrared (IR) remote controlled relay driver with power saving. It works with 12-bit SIRC IR signals as used by Sony remote controls. The controller also features a power save feature which reduces the relay holding voltage to 50% of the relays nominal operating voltage once the relay has […]
Gas Cooker & Water Purifier Using Free Energy
Posted on: 01 Jul 2016
I originally wrote this for my final year project in 2005. I won’t provide a parts list as certain technology has moved on such as the ease of Arduino for the electronics and solar cells are a lot better and readily available now. Also I was a student at the time and so my budget […]
Pinguino Egypt – PIC Based Arduino
Posted on: 30 Jun 2016
It ‘s been eleven years since I first started learning and building my first Microchip PIC Microcontroller circuit. I really like this Microcontroller family. Recently, I started reading and trying some Arduino. I really wished to build a similar circuit based on the Microchip PIC. Even I started to think to design a circuit of […]
Computer-Controlled Light-Up Water Fountain using pic-microcontroller
Posted on: 30 Jun 2016
System Overview La Fontaine Du Campus Est (The Fountain of East Campus) is a computer-controlled, servo-actuated, LED and halogen-lit, sump-pump powered water fountain. It features five streams of water that can each be individually controlled (on/off) as well as pivoted (90 degrees of freedom). Each stream of water is lit by a halogen light. The […]
PIC KICK TWEET !
Posted on: 29 Jun 2016
This is an Instructable showing you how to integrate Twitter in your embedded application. Watch this Instructable in Action http://www.instructables.com/id/PIC-KICK-TWEET-1/ Working: A desktop application is created with ease for grabbing the latest tweet from your twitter account. The application then forwards the tweet to the serial port to which the embedded device is connected. A firmware […]
Microchip PIC16F877 Microcontroller using pic-microcontroller
Posted on: 28 Jun 2016
Table of Contents Introduction 1 What is a Microcontroller? 2 Why are Microcontrollers used? 2 Getting started 1 Parts list and vendors 2 Connecting the equipment 3 PIC16fF877 Microcontroller 1 Flash PIC development board 2 CCS PIC-C compiler 3 In Circuit Debugger/Programmer (ICD-S) 4 Embedded C Programming and the Microchip PIC 4 Experiments on […]
USB Reprogrammable iButton door lock
Posted on: 28 Jun 2016
iButtons are small button like casings that communicate with only 2 wires. They are incredibly robust and all have a unique serial number which is hardware written into the device and never repeated. They are cheap (about 1 Pound / 1,50 Euro/ $2) This serial number allows the keys to be truly unique and thus […]
Mädchen Machen Technik using pic-microcontroller
Posted on: 27 Jun 2016
The “Mädchen Machen Technik” workshop is designed to give high school students an introduction to microcontrollers. The students will build a flashing light pattern and/or a counter-timer. In the process of building this project, the students will learn about microcontrollers and digital electronics. Here is the parts list for the projects. Introduction to some circuit […]