Rhea Section for ECE 201 Professor Peleato, Spring 2015

ECE 201: Linear Circuit Analysis I

Professor Peleato, Spring 2015

Course Information

• Instructor: Prof. Peleato
  • Email: bpeleato at purdue dot you know what
  • Office: MSEE 233C
  • Office hours: MW 10:20-12.
• Teaching Assistant: XXX
  • Email: XXX at purdue dot you know what
• Course Syllabus

A bonus point opportunity

Students in ECE201-004 Spring 2015 have the opportunity to earn bonus points by creating exercises or lectures related to linear circuit analysis. These bonus points will not have a significant impact on your letter grade, but will help tilt the balance towards a higher grade if you are close to the threshold. Also, they will be the difference between an A and an A+. Keep in mind that quality is more important than quantity. The material must be original, created by you. Plagiarizing or simply copying lecture notes found on the internet will be considered cheating and will result in a significant lowering of your grade. Read Rhea's copyright policy before proceeding.

The easiest way to create material is to start from one of the templates below. Go to the desired template, click "Edit this page" in the left hand menu, and COPY the template source code. DO NOT EDIT THE TEMPLATE DIRECTLY. Then, come back to this page and click the link "Create a child page" on the left hand menu. You may now paste the source code and start editing it. Once you are done, make sure to post a link on this page to your newly created one. You can always find the pages that you have recently edited in the "User" menu above, under "Contributions".

Mathematical formulas are written in latex (see link below for examples). Circuits can be hand-drawn, scanned, and uploaded as images.

Resources

• Rhea's Collective Table of Formulas. Add your formulas now!
  • Ohm
• Cheat Sheet for Rhea Math
• Templates (from a different course)
  • Template for text slecture
  • Template for video slecture

Slectures

Suggested topics (lectures):

• Ohm, power, and sign conventions
• KVL, KCL, current and voltage division
• Nodal Analysis
• Mesh/Loop Analysis
• Superposition and Linearity
• Thevenin and Norton
• Inductors
• Capacitors
• First order circuits: step response
• Response classification
• Second order circuits (source free)
• Second order circuits (constant input)
• Operational Amplifier
• First order circuits with op-amps
• Phasors
• SSS analysis
• Frequency response (filters)
• Complex power
• Power factor improvement and maximum power transfer

Suggested topics (supplemental):

• The physics behind linear circuits
• Complex number review
• Parallelism between SSS and resistive networks
• Applications in the real world

Exercises:

• Sign conventions in a loop
• Combining resistors
• Resistor ladder
• Discharging capacitor
• Oscillator with different initial conditions
• Etc (feel free to create your own problem title)

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