Measurement of Capacitance using Arduino – An Interrupt-based Approach: Part I SAIKAT PATRA‚ SHIBENDU MAHATA Introduction Capacitive sensors are widely employed to measure various physical and chemical process parameters such as displacement‚ acceleration‚ thickness‚ force‚ pressure‚ stress‚ level‚ and humidity. The measured value of capacitance is then calibrated in terms of the process parameter for indication and/or control applications. This project presents an interrupt-based approach by
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DEVELOPMENT OF LOW COST ARDUINO CONTROLLED MINI STEAM GENERATOR Chapter 1: Problem and Its Background 1.1 Background of the Study 1.2 Statement of the Problem 1.3 Objectives of the Study 1.4 Significance of the Study 1.5 Scope and Delimitations 1.6 Definitions of Terms Chapter 2: Review of Related Literature 2.1 Boiler or Steam Generator 2.2 Fire Tube Steam Boiler 2.3 Steam 2.4 Combustion Chamber
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Sensor Interface for Rasberry Pi using Arduino and Nanpy By: Santhosh Jayarajan 1. Introduction The Rasberry Pi which is a $ 25 credit Card Sized Computer has a good amount of computing power but lacks the ability to connect to field devices. This is due to the fact that the Rasberry Pi is a 3.3 V device and has no Analog channels. The Arduino on the other hand is a 5 V device that can interface many sensors and has many Analog‚ PWM and Digital I/O Channels. This article attempts to bring
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Gizduino: Arduino Compatible Kit (Atmega168 and Atmega328) Hardware Manual Rev 1r0 e-Gizmo Learn to use and program microcontroller the fast and easy way. e-Gizmo’s Gizduino platform kit is a single board AVR microcontroller platform based on highly popular open source Arduino design. It can be used as well with AVR’s tradional programming tools. FEATURES & SPECIFICATIONS The Gizduino is a microcontroller board based on the ATmega328 and ATmega168. It has 14 digital input/ output pins
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DIY Hacking Cool DIY Electronics and Robotics projects HOME RASPBERRY PI HACKS ARDUINO HACKS ELECTRONICS HACKS ABOUT DIY HACKING DIY Android Home Automation with free Smartphone Application May 21‚ 2014 / Arvind Sanjeev / 71 Comments DIY Android Home Automation Ever wanted to make your home automated? Wanted to control the lights‚ fan and other appliances from your smartphone? Or wanted a tutorial about connected devices and getting started with it? DIY Android Home Automation will show you how
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DESIGN‚ FABRICATION AND APPLICATION OF ROBOTIC HAND CONTROLLED BY HUMAN HAND MOVEMENTS A PROJECT REPORT Submitted by KOMMINENI KARTHIK [Reg No: 1181010041] KASARANENI UMASANKAR [Reg No: 1181010044] N. N. SMARAN CHALLAPALLI [Reg No: 1181010055] Under the guidance of Mrs. Santhosh Rani‚ M.E.‚ (Ph.D) (Assistant Professor (SG)‚ Department of Mechatronics Engineering) in partial fulfillment for the award of the degree of BACHELOR OF TECHNOLOGY in MECHATRONICS ENGINEERING of
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Wireless Controller Robotic Arm using Arduino Uno Abstract—This paper presents an innovative wireless robot arm gripper that replicates human arm motion. The development of this robot is based on the Arduino Uno that will interface with the wireless PS2 controller to the robotic part that replicated by the servo motors. The servo will moves the robotic arm‚ base and the gripper through 180° from the default position which is 90°. The S06NF STD servo motor has been placed at the arm part. It
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Design of sensor based fault detection system for temperature measurement using Arduino and LabVIEW Abstract This paper proposes the design of sensor based fault detection system for temperature measurement using Arduino and LabVIEW. Temperature is one of the most important industrial parameter that needs to be monitored continuously‚ any variations in the temperature from its set point causes the system to fail. The failure of any system causes many losses such as economical‚ damage to the
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LM35 IC is 10mv/degree centigrade for eg if temperature is 35 degree then the output of sensor will be 350mv or 0.35V For working with LCD it is necessary to have Microprocessor. We have used Arduino Controller Board which is AN OPEN-SOURCE ELECTRONICS PROTOTYPING PLATFORM. Output of LM35 is feed to Arduino Analog input pin 0. Further Data is Processed by the C Program. Output of Micro-controller is connected to the 16X2 LCD Picture of Digital Thermometer Below is the Simple Programme which
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References: http://www.arduino.cc (About Arduino kit) http://science.howstuffworks.com/robot2.htm (Basic Structure Of Robotic Arm) Saha‚ H. K. Introduction To Robotics. Tata McGraw-Hill Education‚ 2008. Banzi‚ Massimo. Getting Started With Arduino. O ’Reilly Media‚ 2011.
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