Electronic Design & Fabrication
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Oklahoma State University EET 3124 - Electronic Design & Fabrication Techniques Fall 2019 4 Credit Hours and 6 Contact Hours Instructor: Mr. Brian Norton, M.S., P.E. 557 Engineering North, Phone: 405-744-7618 Email: [email protected] Text Understanding NEC Requirements for Grounding vs. Bonding, ISBN: 978-1932685787 Required Course Material You are responsible for purchasing all tools, materials, components, boards, and any other items necessary to complete your design and project build. Software Used for Class NI Multisim and Ultiboard or AutoCad Eagle (These programs are available through CEAT IT as a free distribution) Prerequisites EET 1244, EET 2544 and EET 2635 or equivalents MANDATORY SAFETY TRAINING All Students, TAs, and professors must watch the ENDEAVOR safety orientation and pass the quiz. The Orientation and Quiz can be found on the CEAT ENDEAVOR and NCL Canvas site. Directions – (canvas.okstate.edu) 1. Go to the dashboard and select the CEAT ENDEAVOR and NCL Canvas site 2. Join the site (highlighted in yellow) 3. Go to the Safety Orientating and Quiz page and follow the directions Course Material EET 3124 is a required course for the Electrical Engineering Technology program. This course has three major components. 1) The first portion of the class will cover the safety issues of Bonding and Grounding techniques based on NEC code. 2) Second is the discussion and practice of the techniques of electronic system design and fabrication. Instruction includes the design process from abstract idea to final assembly and testing. Areas covered are Computer Aided Design (CAD) software including schematic layout and printed circuit board design layout, project design considerations, prototyping techniques, soldering and wire Page 1 of 7 wrapping, equipment packaging, hazardous materials, and interconnection techniques. 3) The third portion of the course is a review and evaluation of your retention and application of the knowledge and skills you have acquired in the EET program’s first two years of class work. The evaluation will consist of a comprehensive exam of your first two years of course work. Failure to successfully complete this exam may mean you will be required by the EET program to take remedial coursework before you will be allowed to complete the EET program.. RELATIONSHIP OF COURSE TO EET PROGRAM OUTCOMES 3 = Strong Emphasis, 2 = Some Emphasis, 1 = Little or No Emphasis. (1) an ability to apply knowledge, techniques, skills and modern tools of mathematics, science, engineering, and technology to solve broadly-defined engineering problems appropriate to the discipline; 1 (2) an ability to design systems, components, or processes meeting specified needs for broadly-defined engineering problems appropriate to the discipline; 1 (3) an ability to apply written, oral, and graphical communication in broadly defined technical and non-technical environments; and an ability to identify and use appropriate technical literature; 2 (4) an ability to conduct standard tests, measurements, and experiments and to analyze and interpret the results to improve processes; and 2 (5) an ability to function effectively as a member as well as a leader on technical teams. 2 GRADING PROCEDURES: Examinations: There will be approximately 3 examinations scheduled for the course, including the comprehensive review exam. It is your responsibility to be present for all announced exams. If you know beforehand of any absences, inform me by email so I will have the opportunity to schedule any exams around that absence. Quizzes: There may be occasional quizzes given during class periods. If you miss a quiz it will not be made up, unless you have arranged with me beforehand an excused absence for that class. Project: A project will be assigned for the class. You will design, build and manufacture a project. Milestones will be given for the project with hard due dates. A final project Page 2 of 7 report is due at the end of the semester and will be of you own work. If you miss a deadline a grade reduction will be given for that report or milestone. If for any reason you fail your semester project assignment you will be given a grade of “F” for the class. Assignments It is your responsibility to remain current in this course. All assignments are due at the date given. Late work will be penalized severely. If you have an issue in getting an assignment completed on time contact the instructor before the due date. Incomplete work is not acceptable. Summary of Points: Exams, Quizzes 50% Project 50% A= 90 to100% B= 80 to 89% F= Below 60% C= 70 to 79% D= 60 to 69% Drop Policy and Academic Misconduct: You must do your own work. Software files and/or other materials copied from another person’s work and claimed as your own is grounds for a letter of academic misconduct. If evidence shows you have engaged in this type of activity you may receive a letter of misconduct and receive a zero for that portion of the course. You are encouraged to work together and learn how to solve problems. However, your hands must do the actual work whether it be drawing a schematic or soldering a circuit board. Important Dates 20 Aug – Explore the Syllabus 22 Aug – Grounding, Bonding and the NEC 27 Aug – Grounding, Bonding and the NEC https://www.youtube.com/watch?v=mpgAVE4UwFw 29 Aug – Grounding, Bonding and the NEC https://www.youtube.com/watch?v=3vvvv5QVZoA&t=167s 3 Sept – Grounding, Bonding and the NEC, https://www.youtube.com/watch?v=Yg6G5VUSsWA&t=19s 5 Sept – Exam One 10 Sept – Assignment of Semester Project 12 Sept – Schematic Capture in Eagle 17 Sept – Board Layout in Eagle 19 Sept – Planning and Designing a Board 24 Sept – BOM Due, Package Design 26 Sept – Schematic Due, Cableing 1 Oct – Board Layout Due, Milling a PCB, Class will be held in END 330 3 Oct – Class Decision on Board Layout and BOM, Soldering Page 3 of 7 8 Oct – Soldering 10 Oct – Soldering 15 Oct – PCB Materials 17 Oct – Single Sided PCBs 22 Oct – Multilayer PCBs 24 Oct – PCB Hardware and Component Assembly 29 Oct – Heat Sinks 31 Oct – Heat Sinks 5 Nov – Thru-Hole Mounted Components 7 Nov – Surface Mounted Components 8 Nov – Last Day W with No Grade 12 Nov – Review for Exam Two 14 Nov – Exam Two 19 Nov – Project Report Description 21 Nov – Review For Comprehensive Exam, dc Circuit Analysis 22 Nov Last Day W with Grade 26 Nov – Review For Comprehensive Exam, ac Circuit Analysis 3 Dec – Review For Comprehensive Exam, Analog Devices 5 Dec – Review For Comprehensive Exam, Digital Logic 12 Dec (Thursday 8AM) Final Exam and Project Report Due with Completed Instrument Page 4 of 7 Who Am I I grew up in the Oklahoma Panhandle town of Beaver. That has influenced who I am as any of could say were you lived as a child; has had influence over you. After graduating from high school; I attended a small Bible College in Oklahoma City. A couple of years after that I married my wife Sherri. We have been married since 1982. Our son Rusty was born in 1994 and he is married to Kourtney and they have a beautiful girl named McKinley. My wife and I served in church ministry for a few years after we were married. Then I decided to go back to school to be an engineer. In May of 1991, Oklahoma State University graduated me with a B.S. in Electrical Engineering Technology. Upon receiving that diploma, Texas Instruments in Midland TX was the next stop. From there I went to Washington State University and earned a M.S. in Electrical Engineering degree. Upon graduating from WSU, I taught in a Junior College in Pendleton, Oregon; worked at a U.S. government nuclear site in Washington state and also spent some time oversees performing contract engineering work, spending your parents tax money. While in Thailand, I found an add for a position at OSU in the EET program and applied for the job. For some reason OSU hired me to be a professor of EET. I have been here since January 2007 and teaching is still fun for me and I hope it is profitable for you, my students. Just to let you know when I was studying here at OSU for the EET degree it was not easy especially at first. I did not have the best study habits to begin an engineering plan of study. That first year could have been better. In EET 1104 which you are taking now I worked very hard to earn a ‘B’ for the semester and did not understand the material very well. Starting the next semester the material was still difficult. During that second semester I started to figure out what it took to be successful and developed better study habits. By the end of the second semester I felt like for the first time I was understanding the material. So, if while you are doing homework and attending lectures you feel like you are not understanding the material; do not feel that you are alone in that predicament. There is one more important personal fact about me that I want you to know, for two reasons (1) so that you will understand where I am coming from and (2) so that I will be accountable, and be consistent with my belief system. I have considered many of the religions and philosophies of the world and have become convinced that the way of Jesus of Nazareth provides meaningful answers to life’s most important questions, most of which are not found at the back of an engineering text. Because I have considered thoughtfully many options and have examined evidence, I call myself a “convinced believer in Jesus.” While belief is by faith, faith in my view; is not believing in something without evidence.