A n g e l a R a s m u s s e n
Professor Angela Rasmussen, Spring 2012
M,W 8:05-9:25, WEB L1230
Office Hours: M,W 9:45-10:45am or by appt.; MEB 3254
Study Groups (Peer Supervised) - Questions contact Michael Scutt, (801) 995-8247, michael.scutt@utah.edu
W, 1-3pm, WEB L120
R, 4-6pm, WEB 2460
PSPICE Patch (Thanks to Thomas Wilenski)
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Grader: (homework/quiz/PSpice) Nakul Bagewadi 385-234-0960
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Lab TA Jean Paul Santos
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Lab TA Prithvi Sai Valluri 801-864-3867 |
NOTES:
| Notes | With Annotations | Notes | With Annotations | Notes | With Annotations | ||
| Jan 9 (Review) | March 19 | ||||||
| Signals and Bode Plots | Jan 11 | Feb 13 | March 21 | ||||
| Bode Examples | Jan 18 | Feb 15 | March 26 | ||||
| Op Amp | Jan 23 | Feb 22 | March 28 | ||||
| Examples(updated) | Jan 25 | Feb 27 | Videos | (April 2 & 4) | |||
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Videos: |
Feb 29 | April 9 | |||||
| Feb 1 | March 5 | April 11 | |||||
| Review | Feb 6 | April 16 | |||||
| April 18 | |||||||
| April 25 |
| Videos | ||||
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Problem 1 Solution(updated) Problem 3 Solution(updated) {Solution says Vout=16msin(wt) and should say 160msin(wt), so peak would be 160m+32m=192mV} |
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Monday, April 2: View each video linked below: Derivation of Resistance Reflection Rule - part 1
Derivation of Resistance Reflection Rule - part 2(Req=RE||(RB+r_pi)/(beta+1) which got cutoff
Note that for the following 2 videos, there is a resistor connected at the base (R1) that is hard to see on left of the screen:
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Wednesday, April 4: Note that for the following 2 videos, there is a resistor connected at the base (R1) that is hard to see on left of the screen:
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Examples/Notes
PSpice 16.2 Tutorial From John Davies http://userweb.eng.gla.ac.uk/john.davies/orcad/ PSpice Bode Plot(different way) |
Examples/Notes |
Quiz Solutions ____________ Exam Solutions |
Problem Sessions
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