User contributions for Frohro
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16 May 2011
- 10:3410:34, 16 May 2011 diff hist +52 Circuit Board Layout Wisdom →Worth reading references:
- 10:2810:28, 16 May 2011 diff hist +2 Circuit Board Layout Wisdom →Worth reading references:
- 10:2810:28, 16 May 2011 diff hist +270 Circuit Board Layout Wisdom No edit summary
- 10:2210:22, 16 May 2011 diff hist +43 Circuit Board Layout Wisdom No edit summary
- 10:2010:20, 16 May 2011 diff hist +137 Circuit Board Layout Wisdom No edit summary
- 10:1410:14, 16 May 2011 diff hist 0 Circuit Board Layout Wisdom No edit summary
- 10:1010:10, 16 May 2011 diff hist +4,161 N Circuit Board Layout Wisdom Created page with 'Tips to Avoid Oscillation & Noise Problems in Circuit Board Layout Oscillations come from positive feedback from the output of amplifiers to the input. There are some things yo…'
- 10:0310:03, 16 May 2011 diff hist +33 Engineering Electronics →2010 Articles
18 April 2011
- 12:2912:29, 18 April 2011 diff hist +9 Power Electronics No edit summary
- 12:2712:27, 18 April 2011 diff hist +77 Power Electronics →Feedback Analysis of Switched Mode Power Supplies
- 12:0912:09, 18 April 2011 diff hist +443 N Power Electronics Created page with '==Feedback Analysis of Switched Mode Power Supplies== ====How to Use LTSpice with the supplied PSpice Models==== *[[http://denethor.wlu.ca/ltspice/#models A page showing how to …'
- 12:0512:05, 18 April 2011 diff hist +23 Main Page →Classes
15 March 2011
- 14:0214:02, 15 March 2011 diff hist +2 Feedback and Control Systems →Inverted Pendulum Project
- 14:0114:01, 15 March 2011 diff hist +109 Feedback and Control Systems →Inverted Pendulum Project
13 March 2011
- 17:2817:28, 13 March 2011 diff hist −69 Electromechanical Energy Conversion →References Used by the Professor
- 17:2817:28, 13 March 2011 diff hist −100 Electromechanical Energy Conversion →References Used by the Professor
10 March 2011
- 17:5417:54, 10 March 2011 diff hist +991 N Textbook problem 6.13 Octave Script Created page with ' % This file is the solution for Problem 6.13 in the text on induction machines. % See the notes from March 2 and following. It demonstrates using inline % fuctions in Gnu Oc…' current
- 17:5417:54, 10 March 2011 diff hist +43 Electromechanical Energy Conversion →References Used by the Professor
9 March 2011
- 17:0117:01, 9 March 2011 diff hist +529 Parameters /* Inverted Penululm Project * current
- 12:2412:24, 9 March 2011 diff hist −6 Parameters →Pendulum Hardware Control
- 07:0607:06, 9 March 2011 diff hist −48 Parameters →Pendulum Hardware Control
7 March 2011
- 19:1119:11, 7 March 2011 diff hist +187 Parameters →Pendulum Hardware Control
- 19:0719:07, 7 March 2011 diff hist +398 Parameters →Pendulum Hardware Control
- 19:0519:05, 7 March 2011 diff hist −203 Parameters →Pendulum Hardware Control
- 18:5018:50, 7 March 2011 diff hist +214 Parameters →Pendulum Hardware Control
- 18:3718:37, 7 March 2011 diff hist +392 Parameters →Inverted Penululm Project
- 18:2018:20, 7 March 2011 diff hist +3,154 Parameters →Inverted Penululm Project
- 13:2213:22, 7 March 2011 diff hist +72 RLC Circuit of February 10, 2011 →Reduced Order Observer Simulation
- 13:2113:21, 7 March 2011 diff hist +783 RLC Circuit of February 10, 2011 →Reduced Order Observer Simulation
3 March 2011
- 14:0414:04, 3 March 2011 diff hist +1 RLC Circuit of February 10, 2011 →Reduced Order Observer Simulation
- 14:0414:04, 3 March 2011 diff hist +866 RLC Circuit of February 10, 2011 No edit summary
25 February 2011
- 09:4809:48, 25 February 2011 diff hist +1 Electromechanical Energy Conversion →References Used by the Professor
23 February 2011
- 11:5211:52, 23 February 2011 diff hist +38 RLC Circuit of February 10, 2011 No edit summary
- 11:5111:51, 23 February 2011 diff hist +96 N File:RLC control delay.png This figure shows the effect of delaying the control signal until the observer is more accurate. current
- 11:4811:48, 23 February 2011 diff hist +6 RLC Circuit of February 10, 2011 No edit summary
- 11:4611:46, 23 February 2011 diff hist +26 RLC Circuit of February 10, 2011 No edit summary
- 11:4511:45, 23 February 2011 diff hist +145 N File:RLC control.png This plot shows the state variables and the simulated state variables as a function of time with the initial conditions of the Octave file above. current
- 11:4311:43, 23 February 2011 diff hist +274 RLC Circuit of February 10, 2011 No edit summary
- 11:3611:36, 23 February 2011 diff hist +2,147 N RLC Circuit of February 10, 2011 Created page with 'The problem was set up in class starting on [http://people.wallawalla.edu/~Rob.Frohne/ClassNotes/ENGR352/2011/Background/index.php?image=20110210BgDSCN3532.jpg&d=d.html February…'
- 11:0911:09, 23 February 2011 diff hist +60 Feedback and Control Systems →Inverted Pendulum Project
- 11:0811:08, 23 February 2011 diff hist −3,321 Feedback and Control Systems →Inverted Penululm Project
- 11:0311:03, 23 February 2011 diff hist +3,433 N Parameters Created page with '== Inverted Penululm Project == Below is some Octave or Matlab code with the parameters of one of the pendulums. % Double Pendulum Parameters (Tentative: There are two pendulu…'
- 11:0311:03, 23 February 2011 diff hist +2 Feedback and Control Systems →Inverted Penululm Project
- 11:0211:02, 23 February 2011 diff hist +13 Feedback and Control Systems →Inverted Penululm Project
- 11:0011:00, 23 February 2011 diff hist +97 Electromechanical Energy Conversion →References Used by the Professor
- 10:5810:58, 23 February 2011 diff hist +83 Electromechanical Energy Conversion →References Used by the Professor
7 February 2011
- 14:3914:39, 7 February 2011 diff hist +98 Feedback and Control Systems →Inverted Penululm Project
- 14:1414:14, 7 February 2011 diff hist +3,222 Feedback and Control Systems →Inverted Penululm Project
- 14:0014:00, 7 February 2011 diff hist +32 N Feedback and Control Systems Created page with ' == Inverted Penululm Project =='