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Physics 334, Winter 2012
Electric Circuits Laboratory I Introductory Analog Electronics Instructor: Leslie J Rosenberg Email: ljrosenberg@phys.washington.edu Office: Physics & Astronomy Building, room C503 Office Hours: Tuesdays 10:30-11:20am and any time you find me available Course Announcements
January 23:
January 19:
January 17:
January 2:
December 30:
Meeting Times and Locations
Lectures: Labs:
Teaching Assistants
Teaching Assistants TA Section assignments. Christian Boutan, office PAA B155, boutan@uw.edu Chengeng Zeng, office PAA B231, genguni@uw.edu Technical Support Lab Notes
Lab notes are to be used along with the Student manual for the labs. The notes contain important information to help make the exercises easier and clearer. They also tell you about changes in the exercises that you need to know for your reports. The lab notes will explain differences between our lab equipment and the equipment described in the text, for example. Lab notes will also provide clarifying comments to hopefully help you through confusing parts of the lab material, tell you what sections to work through in the student manual, provide an additional exercises not found in the student manual. You should read through both the lab notes and assigned lab sections in the book prior to coming to each lab period. Then, work through the lab with both the lab notes and lab manual in front of you, flipping back and forth between them as need be. This preliminary work will make the difference between understanding what's going on and just going through the motions. Many thanks to the contributions of Profs. Blayne Heckel, Prof. Oscar Vilches, Leslie Rosenberg, Jason Alferness, David Pengra, Andrew
Wagner and John Stoltenberg for these materials. And many thanks to the University of Washington, Physics
Education Group for continuing help in developing this course. Lab 2 Capacitors, AC Circuits Lab 3 More on diode and rectifier circuits You should have a lab notebook or other source of graph paper, but here's some graph paper anyway in case it's of use. Exams
There will be two exams. Exam 1 is Thursday February 2, exam 2 is Thursday March 8. All exams are closed book. The material covered in the exam will cover everything and lecture, lab and homework are all fair game. Smart phones, laptops, iPads, or other wireless devices are strictly prohibited. EXAM 1, Feb 2: The exam is closed-book. An equation sheet is provided. You may use a scientific or graphing calculator but smart phones, laptops, and iPads are forbidden. The material covers everything (lecture, lab, homework) up through the week of the exam (including band-pass and notch filters, and diodes and rectifiers). Practice exam 1 with equation sheet and solutions. The practice exam has a problem involving bipolar transistors, your Exam 1 will not.Homework
Homework problems are assigned most weeks. Although homework isn't weighted very strongly for your grade, let me caution you: We've found that in general if you take the time to understand the homework, you'll do well on exams and labs. Conversely, those that don't do the homework or do it poorly tend to do much worse on exams and labs and their class grades are poor. So, do take the homework seriously, turn in work you're proud of, and if there's something on the homework that you don't understand, please talk to me. LATE HOMEWORK IS ASSIGNED ZERO POINTS. Homework 1 * Due Tuesday January 10, 2012 *Homework 1 Solutions Homework 2 * Due Tuesday January 17, 2012 * Homework 2 Solutions Homework 3 * Due Tuesday January 31, 2012 * |
| Last modified: Jan 25, 2012: 11:35 |