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CENG4480 Digital Systems Design

This document outlines the fundamentals of digital systems design, focusing on sensor technology and interfacing techniques. It covers various sensors, operational amplifiers, and the processes of analog-to-digital conversion (ADDA). The course includes a project component, allowing participants to explore embedded systems, hardware interfacing with strain gauges, accelerometers, and touch screens, as well as software development for Android platforms. Ideal for beginners in digital design, this guide lays the groundwork for hands-on experience in sensor integration.

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CENG4480 Digital Systems Design

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  1. CENG4480 Digital Systems Design Introduction Sensors (v.1b)

  2. Overview • Part A • A1. Sensors • A2. Op Amps and Analog Interfacing • A3. ADDA • Part B • B1. Digital System Clock • B2. Measurement Techniques • B3. Printed Circuit Board (PCB) • B4. Terminators Sensors (v.1b)

  3. Schedule (Part A) Sensors (v.1b)

  4. Plans (part A) • A1. Sensors • Use of different sensors and their characteristics • A2. Op Amps and Analog Interfacing • How to connect sensors to systems • A3. Analog-to-digital conversions ADDA • Internal operations of different ADDA devices Sensors (v.1b)

  5. Project for the whole term • Can concentrate on Android development • http://developer.android.com/index.html • We are all new , so you are the pioneers • Work on a project with the following elements: • Embedded system (using ARM, ATOM, etc) • Hardware interfacing techniques, such as • Force (strain gauge), • Motion, accelerometers, gyroscope • Touch screen • Sound.. • Software development • Drivers, os Sensors (v.1b)

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