Difference between revisions of "EGR 224/Spring 2022/Lab 01"

From PrattWiki
Jump to navigation Jump to search
Line 16: Line 16:
 
* Using [[Box]] and Box Drive
 
* Using [[Box]] and Box Drive
 
* Maple
 
* Maple
 +
** [https://www.mapleprimes.com/register/ Register] for a free MapleSoft account using Duke NetID@duke.edu account
 
** See [[Maple#Using_Maple|Using Maple]] for installation options
 
** See [[Maple#Using_Maple|Using Maple]] for installation options
 
** Examples on MapleCloud:
 
** Examples on MapleCloud:
 
*** [https://maple.cloud/app/5433531920023552/Circuit1Demo Circuit 1 Demo] from [[Symbolic/Examples/Circuits]]
 
*** [https://maple.cloud/app/5433531920023552/Circuit1Demo Circuit 1 Demo] from [[Symbolic/Examples/Circuits]]
 
*** [https://maple.cloud/app/4747407764226048/Brute+Force+-+Demo+2 Second Brute Force Demo]
 
*** [https://maple.cloud/app/4747407764226048/Brute+Force+-+Demo+2 Second Brute Force Demo]
*** [https://maple.cloud/app/4522573507592192/Brute+Force+-+AE7+Ex03p04 A&E 7 Ex 03p04 Using Brute Force] - includes a voltage controlled voltage source
+
*** [https://maple.cloud/app/4522573507592192/Brute+Force+-+AE7+Ex03p04?key=0E87D283E41046A59A3C819DA14208BD4BAA53EE0DB64F68B43E3E3D7F6C7783 A&E 7 Ex 03p04 Using Brute Force] - includes a voltage controlled voltage source
 
* Turning in assignments with Sakai
 
* Turning in assignments with Sakai

Revision as of 03:20, 11 January 2022

This is the summary page for the first lab for EGR 224. It has been updated for Spring 2022.

Overview

During lab, we will cover the following topics:

  • Recap of $$i$$-$$v$$ characteristics for open circuits, short circuits, and single-pole single-throw switches
  • Recap of $$i$$-$$v$$ characteristics for ideal independent voltage and current sources
  • Introduction to $$i$$-$$v$$ characteristics for ideal dependent sources
    • voltage-controlled voltage source
    • voltage-controlled current source
    • current-controlled voltage source
    • current-controlled current source
  • Recap of Conservation laws
    • Conservation of power
    • Kirchhoff's Voltage Law
    • Kirchhoff's Current Law
  • Using Box and Box Drive
  • Maple
  • Turning in assignments with Sakai