6.002 Electronic Circuits - Fall 2005

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6.002 Electronic Circuits


Prereq.: 8.02 or 8.022; 18.03 or 18.06
Units: 4-2-9
Lab: TBA
Lecture: TR11 (10-250)
Recitations: WF9 (26-302), WF10 (26-302, 26-310), WF11 (26-310, 24-307), WF12 (26-302, 26-310), WF1 (26-310), WF2 (34-302), WF3 (34-302) +final
Fundamentals of the lumped circuit abstraction. Resistive elements and networks; independent and dependent sources; switches and MOS devices; digital abstraction; amplifiers; and energy storage elements. Dynamics of first- and second-order networks; design in the time and frequency domains; analog and digital circuits and applications. Design exercises. Alternate week laboratory. Enrollment may be limited. 4 Engineering Design Points.

Notices

General Info

Lecturer:

Instructors:

Course Admin:

Teaching Assistants:

Office Hours

Recitation Sections:

Recitation Hour Location Instructor Teaching Assistant
R1 WF9 26-302 Prof. Paul Gray Richard Hansen
R2 WF10 26-302 Prof. Paul Gray Richard Hansen
R3 WF10 26-310 Prof. Clif Fonstad Sam Kendig
R4 WF11 26-310 Prof. Clif Fonstad Sam Kendig
R6 WF11 24-307 Prof. Dimitri Antoniadis Brian Ginsburg
R8 WF12 26-302 Prof. Dimitri Antoniadis Brian Ginsburg
R9 WF12 26-310 Prof. Jing Kong Mariana Markova
R10 WF1 26-310 Prof. Jing Kong Mariana Markova
R11 WF2 34-302 Prof. Vladimir Bulovic Jen Yu
R12 WF3 34-302 Prof. Vladimir Bulovic Jen Yu

Handouts

F05-000 (pdf)
Scheduling

Preference form for scheduling recitations and tutorials. Distributed and collected at first recitation.
F05-001 (pdf)
Cashier Slip
Take this to the cashier to pay for lab kit.
F05-002 (pdf)
6.002 At a Glance
Comprehensive course calendar with all the lecture and recitation topics as well as due dates for assignments.
F05-003 (pdf)
General Info
Administrative overview of the course, including contact information for staff, grading policies, and course expectations.
F05-004 (pdf)
Reading List and Outline
Reading list and topics for each lecture and recitation.
F05-005 (pdf)
Objectives and Outcomes
Course objectives and learning outcomes: what you will be able to do after taking 6.002.
F05-006 (pdf)
Lab Hours
Schedule for regular lab hours as well as holidays (Updated on 9/12/2005: Lab will be closed on Nov. 11).
F05-007 (pdf)
Lab Practice and Safety
Describes how to keep your lab notebook, and the expectations for the 6.002 labs. Includes hints for solving frequently-seen problems during labs.

F05-008 (pdf)
Lab Safety

Very important handout on laboratory safety. Read this, sign the last page, and turn it in at the instrument desk (38-501). This is required before you work in the lab.
F05-009 (pdf)
Lab Equipment Handout
Thorough tutorial/reference on using the lab equipment (oscilloscopes, function generators, etc). You'll probably want to bring this to all your labs.
F05-011 (pdf)
Homework 1
Issued 9/8/2005, Due 9/16/2005
F05-012 (pdf)
Lab 0
This isn't a normal lab; you will do Lab 0 during your regularly scheduled tutorials the week of 9/12/2004.

F05-015 (pdf)
Homework 2

Issued 9/15/2005, Due 9/23/2005
F05-016 (pdf)
Homework 1 Solutions
 
F05-018 (pdf)
Lab 1
Pre-lab exercises should be completed by Sunday, 9/25/2005, and written up in your lab notebook. In-lab exercises should be completed by Friday, 9/30/2005. Lab notebooks, with post-lab exercises, must be turned during your assigned recitation on Wednesday, 10/5/2005. You will need the datasheet for the 2N7000 MOSFET (pdf) for Lab 1.
F05-020 (pdf)
Homework 3
Issued 9/22/2005, Due 9/30/2005

F05-021 (pdf)
Homework 2 Solutions

 
F05-022 (pdf)
Homework 4
Issued 9/29/2005, Due 10/7/2005
F05-023 (pdf)
Homework 3 Solutions
 
F05-028 (pdf)
Homework 5
Issued 10/6/2005, Due 10/19/2005
F05-029 (pdf)
Homework 4 Solutions
 

F05-031 (pdf)
Homework 6

Issued 10/18/2005, Due 10/26/2005
F05-036 (pdf)
Lab 2
Pre-lab exercises should be completed by Sunday, 10/23/2004, written up in your lab notebook. In-lab exercises should be completed by Friday, 10/28/2004. Lab notebooks, with post-lab exercises, must be turned in by recitation on Wednesday, 11/2/2004.
F05-033 (pdf)
Quiz 1 Solutions
 

F05-034 (pdf)
Homework 5 Solutions

 
F05-035 (pdf)
Homework 7
Issued 10/25/2005, Due 11/2/2005
F05-036 (pdf)
Homework 6 Solutions
 
F05-041 (pdf)
Homework 8
Issued 11/1/2005, Due 11/9/2005
F05-042 (pdf)
Homework 7 Solutions
 
F05-043 (pdf)
Homework 9
Issued 11/8/2005, Due 11/18/2005
F05-049 (pdf)
Lab 3
Pre-lab exercises should be completed by Sunday, 11/13/2005, written up in your lab notebook. In-lab exercises should be completed by Friday, 11/18/2005. Lab notebooks, with post-lab exercises, must be turned in by Wednesday, 11/23/2005. If you plan on using MATLAB to plot the waveforms, please download the transient (m) and forced oscillation (m updated 11/18/2005) files; they are skeletal codes that you may find helpful.
F05-050 (pdf)
Homework 8 Solutions
 
F05-051 (pdf)
Homework 10
Issued 11/16/2005, Due 11/23/2005
F05-052 (pdf)
Quiz 2 Solutions
 
F05-053 (pdf)
Homework 11
Issued 11/22/2005, Due 12/2/2005
F05-053 (pdf)
Homework 9 Solutions
 
F05-058 (pdf)
Lab 4
Pre-lab exercises should be completed by Sunday, 11/27/2005, written up in your lab notebook. Since there are no post-lab exercises for this lab, you should turn in the lab notebook to your TA for grading upon completion of the lab. The due date for the in-lab exercises is Friday, 12/9/2005. Failure to complete all the labs will result in a deduction of one full grade in the class, no exceptions.
F05-059 (pdf)
Homework 10 Solutions
 
F05-060 (pdf)
Final Exam Solutions
 

Last Updated: January 18, 2006
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