PPT-Microcontroller II PopUp

Course E ngineering I nnovation C enter 2017 Introduction to Microcontroller II The Engineering Innovation Center is a large academic maker space with plenty of tools electronics and equipment In order to use these items you must have the proper training This online popup class will teach the basic fundamentals of this tool or piece of equipment. Scott Coffin. Adam . Faucher. Jason . Graika. Brian . Voelz. Client:. Honeywell. Advisor: . Dr. . Zhengdao. Wang. . Project Description. Short range wireless control device. Honeywell is client. Contact: Justin Young. Team DEC0905. Elie. . Abichar. . Rachel . Ayoroa. Chris . Tefer. . Ananta. . Upadhyaya. . Faculty Advisor & Client:. Dr. Ahmed . Kamal. Website: http://seniord.ece.iastate.edu/dec0905/. Abstract. Data Acquisition & Display System. February . 25, . 2015. Advisor : Professor Steven Gutschlag. Ahmed . Albitar. John Gertie. Justin Ibarra Sean Lenz. Problem Description. Purpose—For the Hobbyist. Down-to-earth. Minimum number of hurdles. Able to get started quickly. What is a Microcontroller?. Simple computer on a chip. CPU. Program memory. RAM. I/O. Variety of built-in features. Idea. This pantograph is one of my robotics projects that we have to make and build in the university. When I thought about making this project before joining Fab Lab, my team and I didn't know how to build the body of this robot. Then when I joined Fab Lab and felt that I can do anything coming to my mind, I said to myself: why don't we make our project in Fab Lab to apply what I learned in it and what we learned from university in one project ?. Finally I decided to make the project in Fab Lab with a lot of motivation. . MEMBERS. SYED . JUNAID HUSSAIN . SHAH. . MUHAMMAD QASIM IRSHAD. . . PROJECT. . NAME. Microcontroller . Based Heart-Rate . Meter. INTRODUCTION. The design and implementation of a portable microcontroller based heart rate meter system is discussed in this project. The design considerations for this project are mostly influenced by the proposed users of the system. These users are medical practitioners in developing countries, who have very limited medical infrastructure. Hence, low cost, low power, portability, and ease of use are factors that are considered at every stage of the design. This system explores a low power microcontroller, the . : integrating adaptability of . RelaxAJ. and expressiveness of . StrongAspectJ. Tomoyuki. . Aotani. Manabu . Touyama. and . Hidehiko . Masuhara. University of Tokyo, Japan. Early stage work. Background: improving typ. 2. PIC. Various companies. Freescale. semiconductor’s –x Motorola] 68HC11. Intel – 8051. Atmel – AVR. Zilong. – Z8. Microchip technology – PIC . etc.. PIC – Peripheral Interface Controller. Nov. 2016. Akira . Tiele, Siavash Esfahani, Alex Bucknall, Stephen Pithouse . School of Engineering . Project . Lead: . Dr Christos Mias . Collaborative Staff Partners: . Dr Chris . Purssell, . Mr Ian . MCU . . 1 . cip. or VLSI core – application-specific. Md. Atiqur Rahman . Ahad. . We use more number of microcontrollers compared to microprocessors. . Microprocessors. . are primarily used for computational purpose, . E. ngineering . I. nnovation . C. enter. 2017. Intro to Raspbian Popup Course –. Requirements / Recommendations. The Raspberry Pi appropriate power cables. 8gb (minimum) FAT32 formatted microSD card. © 2014 Project Lead The Way, Inc.. Digital Electronics. 2. A . microcontroller. . is a . small, low cost computer on a single . integrated circuit.. ATmega328 . Microcontroller. Processor. Memory. Programmable . Raunak Hede. ©raunakhede.com. ©raunakhede.com. ©raunakhede.com. ©raunakhede.com. Hobby robotics. A simple robot. that can do awesome stuff. ©raunakhede.com. Hardware. Chassis. Power supply. Microcontroller. . 1. Outline . Pin-outs and basic operating characteristics . Microcontroller packages. Power Supply Connections. I/O Connections. Reset . Clock . I/O port pins. Introduction to interrupt.. Other internal peripherals .