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Comprehensive Electronics Design Project Overview: Objectives, History, and Achievements

This document outlines the objectives, history, and structure of the Electronics Design Project (ECE 4040), led by Martin Brooke at Georgia Tech. The project focuses on the design, analysis, and testing of electronic circuits and systems within a team-based environment. It provides students with a realistic design experience in Electronics Design and Applications (EDA). The report also showcases various project examples, including RF digital radio, optoelectronic data links, and teleoperated vehicles, highlighting successes in developing advanced electronic systems and test beds for experiments.

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Comprehensive Electronics Design Project Overview: Objectives, History, and Achievements

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  1. ECE 4040 (4006) Electronics Design Project Martin Brooke email: martin.brooke@ece.gatech.edu

  2. Objectives • The design, analysis, and testing of electronic circuits and systems in a realistic environment. Engineering teams will be formed to design and test various systems. • To provide a realistic design experience in the area of Electronics Design and Applications (EDA)

  3. History • Fall 1999 • 4 students • Spring 2000 • with Control Systems Design Class (Dorsey) • 30 students • Fall 2000 with Dorsey and Laskar (RF lab) • 35 students • Spring 2001 • with Control, Microelectronics, EM, Bio • 75 students, 6 faculty • Fall 2001 • With Control, Microelectronics, Future Truck • 75 students, 4 faculty • Spring 2001 • Part of 4006, enrolment limited to 50 students • Analog/Microelectronics section 2 faculty

  4. Organization • Team Formation Week 1 • Background Work Weeks 2-4 • Design Phase Weeks 6-10 • Build Phase Weeks 10-12 • Test Phase Weeks 12-15

  5. Reporting • Team Formation Statement of work • Background Work Background report • Design Phase Design Report • Build Phase Test Report • Test Phase Final Report

  6. Project Examples • 2.4 and 5.2 GHz RF Digital radio - QAM • Opto electronic Data Links (1 Gbps) • Teleoperated vehicles • Brain wave control • IR data links

  7. Final Presentation Example • 1 Gbps Opto Data link

  8. Final Report Example • QAM encoding using DACs and ADCs

  9. Successes - RF • 2.4 GHz PA, Filters, 4 VCOs, and 4 PLLs

  10. Successes - 1 Gbps Opto Link • Developing test bed for experiments in 1 Gbps data link “open” eye at 1 Gbps!

  11. Successes - Teleoperated vehicle

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