Chapter 3 Discussion of findings This chapter discusses the answers to the objectives raised in this study. Remotely-Controlled Automatic Clothesline The current system is a clothesline presented in mechanically controlled by magnets. It uses X-10 module interfaced with the stamp to provide power to the clothesline from a remote location. It uses a phototransistor that acts as a motion sensor for clothes moving the line. In figure 1‚ it shows the software flow chart of the existing system
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allows you to manipulate and examine the status of a supported AVR while it is running in a circuit. JTAG allows the user to stop execution at any time‚ the manipulation of the AVR’s internal registers and much more. The official JTAG-ICE units from ATMEL
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Line Following Robot By‚ Priyank Patil Department of Information Technology K. J. Somaiya College of Engineering Mumbai‚ India Line Follower Contents 1. Summary 2. Introduction 2.1. What is a line follower? 2.2. Why build a line follower? 2.3. Background 2.4. Prerequisites 2.5. The AVR microcontroller 3. Overview Block Diagram and Architectural Overview 3.1. 3.2. The Algorithm 4. Implementation 4.1. Sensor Circuit Motor Interface and Control Circuit 4.2. 4.3. Source Code 5. Possible Improvements
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capability and feasibility to perform the desired task‚ most common of these are 8051‚ AVR and PIC microcontrollers. In this article we will introduce you with AVR family of microcontrollers. History of AVR AVR was developed in the year 1996 by Atmel Corporation. The architecture of AVR was developed by Alf-Egil Bogen and Vegard Wollan. AVR derives its name from its developers and stands for Alf-Egil Bogen Vegard Wollan RISC microcontroller‚ also known as Advanced Virtual RISC. The AT90S8515 was
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clones with inferior qualities to be sold under the Arduino name. COMPONENTS There are many types of Arduino boards. Some components vary from type to type‚ but a simple Arduino board that can be built at home have the following components: 1- An Atmel Microcontroller. 2- LEDs. 3- Resistors. 4- Capacitors. 5- Clock Crystal. 6- Switch 7- Voltage regulator. 8- Connection pins. 9- Diode. 10- Transistors. An Arduino board’s capabilities can be extended by the use of shields. Arduino shields are boards
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GSM GPS BASED SLIP MONITORING WITH ALCOHOL PROTECTION FOR TRANSPORT VEHICLES Now a days we see many accidents are taking place due to alcohol consumption of drivers during driving. Though it is said that alcohol consumption while driving is not suggestible and illegal people are accustomed to the habits. So here is some protection act that can be implemented to all transportation vehicles so that we can have an accident free or safe journey. Here in this project‚ we use certain equipment which
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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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The AVR Microcontroller Introduction Application and programmer boards WinAVR Basic I/O ADC‚ timers USART‚ LCD Mehul Tikekar Chiraag Juvekar Electronics Club September 29‚ 2009 What is a microcontroller? It is essentially a small computer Compare a typical microcontroller (uC) with a typical desktop ATmega16 Typical desktop Clock frequency CPU data size RAM ROM I/O 16MHz 8 bits 1KB 16KB 32 pins 3GHz 32 bits 1GB 160GB Keyboard‚ monitor 65W Power consumption 20mW 2
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Embedded C Code // Name : Interfacing GSM module with PIC Microcontroller // Purpose : To send SMS from PIC Microcontroller. // Author : Subham Dutta // Date : 03-01-14 // Website : www.nbcafe.in sbit LCD_RS at RD2_bit; sbit LCD_EN at RD3_bit; sbit LCD_D4 at RD4_bit; sbit LCD_D5 at RD5_bit; sbit LCD_D6 at RD6_bit; sbit LCD_D7 at RD7_bit; sbit LCD_RS_Direction at TRISD2_bit; sbit LCD_EN_Direction at TRISD3_bit; sbit LCD_D4_Direction at TRISD4_bit; sbit LCD_D5_Direction at TRISD5_bit; sbit LCD_D6_Direction
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Single Key Capacitive Touch Controllers The AT42QT101x single key capacitive touch controller family provide touch key replacements for mechanical buttons. The ICs are low cost‚ and as such can be added to designs with minimal impact on the bill of materials. Each Device has Different Operation: n AT42QT1010 (QT1010) Single key with timer to reset “stuck key” condition. n AT42QT1011 (QT1011) Single key with no reset timer. n AT42QT1012 (QT1012) Single key with touch-on/touch off or “toggle”
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