Microcontroller Tutorials and Projects

• Circuit of 89C2051 Based Water Level Indicator with Voice Alarm
• Controlling Lights through Parallel Port of PC/Computer
• Magnetic Levitation Circuit Diagram
• Microcontroller Based Ding Dong Bell Circuit Diagram
• Microcontroller 89C51 Based Chor Pakdo Alarm Project Circuit Diagram
• Microcontroller 89C52 Based Hare Krishna Door Bell Project Circuit Diagram
• 89C52 based Water Level Indicator with Voice Alarm in Hindi and English
• Object Counter Project upto 999 using Android Mobile Phone's Proximity Sensor
• Part 1 - Make LED Propeller Display PCB - Printing, Etching using Ferric Chloride, Drilling Holes
• Part 2 - Make LED Propeller Display PCB - Printing, Etching using Ferric Chloride, Drilling Holes
• How to make a Capacitive Water Level Sensor Project (in Hindi)
• How to Make Propeller Clock Using Arduino Uno
• How To Make Arduino Based Car Reverse Parking Sensor
• How To Make a Simple Mini Electric Motor
• How To Make Arduino Magnetic Levitation - Simple Design
• Repulsive Magnetic Levitation using Arduino - Simple Design
• Magnetic Levitating illuminated rotating Globe using Arduino
• Doll Blinking Eyes using Arduino UNO Board
• Part 1 - How to make Water Level Monitoring system using OLED display - Demo
• Part 2 - How to make Water Level Monitoring system using OLED display - Demo 2
• Arduino Based New Year Animated Graphics on OLED Display
• 89C2051 Based New Year Animated Graphics on OLED Display
• Water Level Monitoring System using Arduino and OLED Display
• Arduino OLED Temperature Display
• 8051 OLED Based Water Level Display
• Very Simple Repulsive Magnetic Levitation Experiments
• Arduino UNO Propeller LED Analog Clock
• Arduino NANO Propeller LED Analog Clock
• Update 1 - Arduino NANO Propeller LED Analog Clock
• Update 2 - Make a Simple Wireless Power Supply Transmitter & Receiver
• Update 3 - Arduino NANO Propeller LED Analog Clock Video
• Arduino Nano RTC DS3231 Time Temperature Display
• Arduino Nano ESP8266 WiFi Propeller Clock
• NodeMcu NTP Propeller Clock - Part 1
• NodeMcu NTP Propeller Clock - Part 2
• Simple RGB LED Propeller Display Using Arduino Nano Project - Part 1
• Simple RGB LED Propeller Display Using Arduino Nano Project - Part 2
• Simple RGB LED Propeller Display Using Arduino Nano Project - Part 3
• Simple RGB LED Propeller Display Using Arduino Nano - Part 4
• Testing APA102 RGB LED STRIP without using RGB LED Library
• Simple POV Display using APA102 RGB LED STRIP and Arduino NANO
• NTP Propeller Clock using APA102 RGB LED STRIP and NodeMCU
• Arduino POV Propeller Clock using 7-Segment LED Display
• Propeller LED Pendulum Clock using Arduino NANO
• 38KHz IR Remote Control Transmitter and Receiver using Arduino NANO
• Vibration based LED POV Display
• Vibration based LED POV Message Display
• Wireless Water Level Monitor using NRF24L01 module and Arduino Nano
• Reply to Propeller Clock Video Comments

DS80C320 Tutorial

• Introduction

Chapter 1

• High-Speed Architecture
• New Instruction Speed
• Variable Length MOVX Instruction
• Timer Considerations

Chapter 2 - Dual Data Pointer

Chapter 3

• Watchdog
• Kicking The Watchdog
• Watchdog Interrupt
• Watchdog System Resets

Chapter 4

• Power Failure Functions
• Power Failure Reset
• Power Failure Interrupt

Chapter 5 - Secondary Serial Port

Chapter 6 - Timed Access Protection

PIC Microcontroller Tutorial

• Cybot Robot Overview
• Introduction to PIC
• Connect to the PIC
• Tutorial 1
• Tutorial 2
• Tutorial 3
• Tutorial 4
• Tutorial 5
• Tutorial 6
• Tutorial 7
• Tutorial 8
• Tutorial 9
• Tutorial 10
• Tutorial 11
• Tutorial 12
• Tutorial 13

Digital Thermometer and Clock
    (Version 1.0)

This device uses two digital sensors (DS1620 or DS1820), measures the ambient temperature with 0,1 °C (0,2 °F) resolution and displays it on LCD 2x16 (LM016 etc.) screen. It have a clock, which is based on DS1302 timekeeping chip. This chip stores current date and time. The main CPU used in this project is PIC16F877. The additional 8-digit 7 segment LED display can be used. It is based on PIC16F870 micro-controller. RS232C interface is applied to transmit the information from the main CPU to remote LED display.

Click here for project detail.....

PIC 16F877A Tutorial

Project Submitted by: Lukas Hoffmann
Emory University, Neuroscience

Email: roboticsclubatpittsburgh@gmail.com

These tutorials demonstrate how to code simple input & output for your robot using the popular PIC  16F877A microcontroller. They help you get your sensors & motors working. The rest of the code is up to you

The tutorials assume basic knowledge of programming and electronics. If you are new to programming, you should learn the basics of C or C++. You should also know rudimentary electronics, and how to construct simple circuits.

1. Introduction to the PIC16F877A
2. How to hook up the PIC so it will run?
3. What do the pins mean?
4. How to program the PIC?
5. Miscellaneous Advice
6. LED Blinker
7. Photoresistor Input
8. Analog Input (Photoresistor, Sonar sensor, IR sensor, …)
9. Digital Input (Switches)
10. Output messages to computer screen
11. Servo Motor Output
12. DC Motor Output