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Micro controller based Alcohol breath analyzer
Alcohol breathalyzer		 Vending machine. This microcontroller based automatic bottle dispensing system (Vending machine) is made of PIC Microcontroller, Touchscreen, LCD display, DC Motor, L293D H-Bridge.
Automatic bottle dispensing (Vending) machine.mp4		 Microcontroller based realtime Solar Tracker. Solar panel: 10 Watts, 12 Volts (rated) 18 V (V-Max) DC Motor 12V, 10 RPM PIC 16F877A Microcontroller from Microchip Motor Driver: L293D Sensing: 2 LDRs
Sooxma Realtime Solar Tracker.mp4		 Finger Print based Security Access Control System. This project is made of LPC2148 ARM 32 bit microcontroller, Finger Print scanner, LCD display and DC Motor with H-Bridge Motor driver IC (L293D).
ARM LPC2148 Fingerprint (Biometric) based Security Access Control.mp4
My custom made microcontroller project covers push-button start/stop, remote start/stop via Key remotecontrol or via SMS. I have also included an automated backing feature that remotly operates brake-pedal and gear-lever so I can back my car out of tight parking spaces just by watching it all happen from the outside.
Lexus IS200. How to put car in reverse by key remotecontrol		 This is an updated video of my Automaton 0x00 sculpture. This is part of a series Im working on based on the concept of Cellular Automata and the patterns displayed are faithfully generated by a microcontroller in real time following preprogrammed rules. Project source code and schematics can be found here: github.com You can hear SoundOfTheAviators Creative Commons Attribution licensed Electrotank Remix of Love Is In Bloom playing in the background if you listen closely; the track can be heard in its entirety here: www.youtube.com
Automaton 0x00		 Model no: 3: The outline of the project is selection of supply from mains, generator, and inverter and solar automatically by using microcontroller concept. As it is not feasible to provide all 4 different sources of supply, one source with alternate switches are provided to get the same function. In this project we are having 4 switches which we consider as 4 different source of supply. When we press any of the switches it shows the absence of that particular source which is connected to microcontroller as input signals. Here we are using 8051 family microcontroller. The output of microcontroller is given to the ULN2003 this acts as a relay driver. This can drive up to 7 relays. The relays which are used hear are 12V relay. The output can be observed using lamp which is getting uninterrupted power supply from other means if main supply is cut off. The power supply consists of a step down transformer 230/12V, which steps down the voltage to 12V AC. This is converted to DC using a Bridge rectifier. The ripples are removed using a capacitive filter and it is then regulated to +5V using a voltage regulator 7805 which is required for the operation of the microcontroller and other components.
Auto power supply control from 4 different sources to ensure no power break		 Model no: 8: The project is taken up for a three phase solid state relay that incorporates three single phase units. Each phase is controlled individually by a power TRIAC with optional snubber network (RS, CS) and an optically isolated TRIAC driver with current limit by a constant current arrangement. All LEDs are connected in series and can be controlled by one logic gate or controller. One microcontroller is used to generate output pulses after zero voltage pulse to verify as to whether the load is getting the switched on at zero cross of the supply wave form or not. The zero crossing feature of the TRIAC driver, (an opto-isolator) ensures lower generated noise avoiding sudden inrush currents on resistive loads and moderate inductive loads. Here in this project we are using two push buttons which are used as up down buttons which are used for increasing the speed of the AC motor. This buttons are given to microcontroller as inputs. On the base of input signal from push button the MOC3063 is used as a switching element this is the opto-isolator is zero crossing switching element. On the base of this switching element TRIAC will be triggered.
SUPER FAST SOLID STATE RELAY SWITCHING ON TIME ANALYSIS ON CRO
Setup Inputs: dual-axis potentiometer joystick with each wiper in an analog pin Outputs: two HiTec HS-422 digital servos each on a digital pin Microcontroller: Seeeduino v1.1 Code: modified version of the servo map() tutorial from the Arduino reference library
Running two servos off one joystick		 Improvised Explosive Device Detection System (IEDDS) Programming Used: C, C# programming C programming consists 1275 lines of code (not counting header files or data page) IEDDS Capabilities: Solar Positioning, Data Recognition, Algorithms, Serial Communication, Parallel Communication, ADC, Pulse Width Modulation, and Pulse Input Capture. Hardware: Digital compass, 2.4 GHz transceiver modules, 315 MHz receiver transmitter, servos, bi-polar stepper motor, encoders, metal detector, HCS12 microcontroller, photo resistors, voltage regulators, op amp, wireless infrared camera, stepper motor driver......
DeVry University Senior Project Spring 2012		 An electronic project of mine using a PIC micro-controller that I programmed to manipulate two arrays of amber LEDs into a semblance of shifty eyes that blink. The eyes are mounted on a lamp post, in our living room, as if to give the lamp a personality. Fun Fact: the sound track is derived from a recording of the chipper that was running outside our apartment window the day they cut down the big eucalyptus trees that gave our 3rd story home its namesake: Tree House. I clipped a short segment from the recording and then using Audacity, I slowed it way down (by something like a factor of 10) using the Change Speed effects tool. Then I did a Fade-In on the first 90% of the clip and added some slow phasing.
Animated Electronic Eyes		 by Fazl-i-maula
microcontroller mini project
Matt takes some time to discuss the MiniPwner, a fun microcontroller network toy that everyone should try.
Devcentral Security Podcast: Speaker Matt Duharte		 See how a robot arm controller board simplifies operation and improves accuracy with a signal and power isolated CAN transceiver and microcontroller that receives CAN messages from the Blackfin ezkit.
Touch Screen Robotic Arm Control through an Isolated CAN		 radiohobbystore.com DIY Frequency Counter USB Module 1Hz to 50MHz with LCD. Technical specification: Auto Range Measure, 1Hz to 50MHz Measurement cycle 1 second Accuracy about 1% Input Sensitivity 100mV to 500mV AC peak Module Size: 85x40x35 mm Easy to assemble and solder Package include: 1x Manufactured high quality PCB 85x40 mm 1x LCD 16x2 HD44780 compatible 1x Trimmer Potentiometer top adjust 5K 2x 5% Carbon Film Resistor 47 Ohm 2x 5% Carbon Film Resistor 10K 1x 5% Carbon Film Resistor 220 Ohm 1x 5% Carbon Film Resistor 300 Ohm 1x Ceramic Disc Capacitor 10pF 50V 4x Ceramic Disc Capacitor 10nF 50V 1x Ceramic Disc Capacitor 100nF 50V 2x Ceramic Disc Capacitor 30pF 50V 2x Electrolytic Capacitor 47uF 16V 1x Electrolytic Capacitor 100uF 10V 1x Electrolytic Capacitor 220uF 10V 1x SS9018 NPN RF Transistor 2x Silicone Diode 1N4148 1x 4.000Mhz Quartz Crystal 1x PIC16F628A Microcontroller flashed with hex 1x 18pin DIP Socket 1x USB type B Female PCB Connector 1x Male Pin Header 2 pins 2x Male Pin Header 21mm 6pins for LCD connection 2x M2.5 x 6 Iron Bolts with Standoff 2x LCD Drawing for easy enclosure panel drill and cut PDF file with circuit and full assembling instruction will be delivered to your e-mail.
frequency-counter-diy-kit-usb-module-1Hz-50MHz.wmv		 Model no: 14A: The main motto of the project is to operate the curtain raiser to open and close with a swing motor Wireless technology. In this project thesis, we are pressing a button from a TV remote which acts a transmitter and send signal to and it is received by IR receiver, the output signal from receiver is fed to a programmable microcontroller from 8051 family, is engaged to actuate the Swing Motor to rotate in forward and reverse direction indicating the curtain raiser open /close with help of relays which is driven by an IC ULN2003 (relay driver). The power supply consists of a step down transformer 230/12V, which steps down the voltage to 12V AC. This is converted to DC using a Bridge rectifier and it is then regulated to +5V using a voltage regulator 7805 which is required for the operation of the microcontroller and other components.
TV REMOTE OPERATED CURTAIN CLOSER/OPENER
Model no:7 : Incandescent lamps exhibit very low resistance in cold condition. Thus at the time of switching from cold state it draws very high current. Thus many lamps fail at the time of switch ON. Engaging two SCRs in anti parallel or a TRIAC the switching ON time can be precisely controlled by firing after detecting the zero cross point of the waveform of supply voltage. This should result in current waveform rising from zero at the time of switching ON there by increasing the life of lamp. The project is having comparator which is used for ZVS output. The ZVS (ZERO VOLTAGE START) is given as reference interrupt to microcontroller. The microcontroller is of 8051 family which is of 8bit. In this we are using push button as switch which is used as reference interrupt to microcontroller and using that interrupt we give signal to opto-isolator. The opto-isolator used in the project is used as switching element using this we will trigger the back to back SCR. On the base of SCR triggering the AC lamp can be controlled to ON at low voltage. The power supply consists of a step down transformer 230/12V, which steps down the voltage to 12V AC. This is converted to DC using a Bridge rectifier. The ripples are removed using a capacitive filter and it is then regulated to +5V using a voltage regulator 7805 which is required for the operation of the microcontroller and other components.
OVERHEAD PROJECTOR LAMP LIFE EXTENDER BY ZVS (ZERO VOLTAGE SWITCHING)		 Model no. 42: AC motors have a great advantage of being relatively inexpensive and very reliable. Induction motors in particular are very robust and therefore used in many domestic appliances such as washing machines, vacuum cleaners, water pumps, and others. The induction motor may be regarded as practically a constant-speed machine, the difficulty of varying its speed economically constitutes one of its main disadvantages. This drawback is overcome by using thyristor controlled cycloconverter that enables the speed to be lowered in steps by Microcontroller triggering a SCR bank of 8nos in F, F/2 & F/3 duly interfaced through opto-isolators. A pair of switches is used to input logical signal for the desired output. The power supply consists of a step down transformer 230/12V, which steps down the voltage to 12V AC. This is converted to DC using a Bridge rectifier. The ripples are removed using a capacitive filter and it is then regulated to +5V using a voltage regulator 7805 which is required for the operation of the microcontroller and other components.
THREE STEPS HIGH PERFORMANCE INDUCTION MOTOR SPEED CONTROL BY CYCLO CONVERTER USING THYRISTORS		 This video shows my implementation of Pong on an ATmega1280 dev board (AVR 51 microcontroller). The game uses the accelerometer of the respective Wii mote to calculate the racket position of player 1 or 2. To communicate with the Wii motes, it uses a bluetooth module. Furthermore a bundled MP3 and SD-card module is used to play sounds from unreal tournament (stored on the SD-card), each time a player scores a point. This game was an exercise of the microcontroller course at TU Vienna in 2012S.
Pong on ATmega1280 dev board using Wii motes and sounds from unreal tournament		 A button game that I learned how to build from newbiehack.com I used the teensy microcontroller from www.pjrc.com
Electronic Button Game -

Micro Controller Based Traffic Signal :)		 Microcontroller: AT89C51
Atmel Studio 6 introduces a new era of project portability between Atmel microcontroller families. This video shows you how Atmel Studio 6 and the Atmel Software Framework facilitates re-implementation of key application features with relative ease, when sharing project code between AVR and ARM platforms.
A common ASF workflow for ARM and AVR in Atmel Studio 6		 micro controller based mobile operated robot
mobile control robot.3gp
As a part of a project funded by the Government of Republic of Srpska, we, at the Faculty of Electrical Engineering, Department of Electronics, have developed a microcontroller system for wheelchair control by head movements. This kind of interface is intended to grant quadriplegics a level of autonomous motion, by allowing them to control their wheelchair by head movements. We are using inertial sensors to track head motion, thus enabling the MCU to translate the motion into wheelchair commands. The MCU is running an algorithm developed through our project. Motion recognition is much simpler than DTW, HMM and AI methods. More details will be added later. Contact: aleksandar.pajkanovic [ at ] etfbl.net
20120518.wmv		 Microcontroller project Ive been working on learning.
Microcontroller project work		 Heres an example where Ive changed the Butt 0.1.12 source to drive a LCD through the parallel port. Now, the program calls internally a simple python program which argument is the string of the character display of Butt. it seems like a microcontroller controlls the LCD, but thats not true. it is a unused PCB in my trashbox.
Butt 0.1.12 changed to control a HD44780 display
Traffic Light Controller Based On 8051 Microcontroller
This is my latest project.. 4x4x4 LED cube controlled by adruino uno microcontroller platform. The project took about 8 hours to make ma7moodzProjects.
4x4x4 LED cube ma7moodzProjects		 Board has: - LPC3250 microcontroller running at 266 MHz - 64 MB DDR SDRAM 133 MHz - 512 MB NAND Flash - 3.2 inch QVGA TFT color LCD with touch screen panel - 100/10M Ethernet interface - 2 UART ports Executing DirectFB tests on LPCLinux kernel 2.6.34
LPC3250 custom board		 Trying out a USB to serial interface module from Pololu, p/n 391, with a PICAXE-18M2 microcontroller. The interface works 2 ways, form the uP to the PC, and from the PC to the uP. It takes ADC readings and turns on/off an LED on keyboard command. supertechlab.blogspot.com
USB to Serial Adapter Test.wmv		 Bloom is a serial port to TCP/IP socket redirector for Microsoft Windows. It can be used to map a serial device, such as an Arduino microcontroller or a Shimmer wearable health sensor, to a TCP/IP port, thus network-enabling the device. In this video, we demonstrate how to use Bloom to control a simple Flash game running in a web-browser using an Arduino, a potentiometer, and a digital push button. Bloom can be downloaded from the SensorMonkey support section: sensormonkey.com SensorMonkey is a free online service for streaming high-throughput, low-latency sensor data live over the Internet in real-time. For more information and to sign up for the service, please visit: sensormonkey.com
An Introduction to Bloom
DOWNLOAD: letitbit.net letitbit.net Atmel Studio 6.0 Build 1843 | 1.3 Gb Atmel Studio 6 is the integrated development environment (IDE) for developing and debugging Atmel ARM Cortex
DOWNLOAD FREE Atmel Studio 6.0 Build 1843 FULL		 For a while, around a week, I have been working on a new project - VIKI (name from I,Robot). The idea is to make an artificially intelligent automation system that not only recognizing but also understand what the user asks and accomplishes the task. For now, it is just a processing sketch that, using voce library, can understand a few words and accordingly give commands to an Arduino microcontroller via serial port. This is just a prototype and Im still working on it to make it presentable and in some way useful too. To know more about me and my projects visit - www.robocasters.com
VIKI : Voice Recognition sketch build in Processing to control Arduino over Serial Port		 Progressing with the DIY GOTO controller for the homemade telescope mount. Here we can see the worm starting off at sidereal speed, and then being moved at various speeds back and forth. Still a bit jerky at the start of the speed change, but getting there. The system consists of a Maxon motor + 512cpr encoder and 30:1 gearbox controlled by an Arduino Mega microcontroller. An Avago counter IC is used to keep track of the encoder. Trying to measure a 512cpr encoder on a motor running at 5000rpm is a job for a dedicated counter IC and should not be tried with interrupts on an Arduino.
Motor speed testing on GOTO homemade telescope mount		 AVR microcontroller tutorial series
uC tutorial 101 | AVR microcontroller tutorial series


































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