User contributions for Victor.shepherd
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5 June 2012
- 12:2112:21, 5 June 2012 diff hist +60 Power Electronics No edit summary
16 December 2010
- 13:5413:54, 16 December 2010 diff hist +50 Hw15 No edit summary current
- 13:5313:53, 16 December 2010 diff hist +25 Hw13 No edit summary current
- 13:5313:53, 16 December 2010 diff hist 0 N File:P1010216.JPG No edit summary current
- 13:5213:52, 16 December 2010 diff hist 0 N File:P1010215.JPG No edit summary current
- 13:5113:51, 16 December 2010 diff hist 0 N File:P1010214.JPG No edit summary current
- 13:5013:50, 16 December 2010 diff hist +92 Hw14 No edit summary current
- 13:4713:47, 16 December 2010 diff hist +13 N File:P1010213.JPG Block Diagram current
15 December 2010
- 18:5818:58, 15 December 2010 diff hist −3 Hw12 No edit summary current
- 18:5818:58, 15 December 2010 diff hist +1 Hw12 No edit summary
- 18:5718:57, 15 December 2010 diff hist +308 N Hw12 Created page with '===HW #12 - Experiment with a variety of signals having a 3Khz bandwidth to determine the resolution you can get when doing a cross correlation <math> \ r(m) = \displaystyle\sum…'
- 18:5618:56, 15 December 2010 diff hist −8 Hw13 No edit summary
- 18:5618:56, 15 December 2010 diff hist +233 N Hw13 Created page with '===* HW #13 - Derive the following realtions: **a) <math>DFT(x(k-l))\!</math> **b) <math> DFT(e^{j2 \pi lk/N}x(k)\!</math> **c) <math>\sum\limits_{k=0}^{N-1} x(k)y…'
- 18:4918:49, 15 December 2010 diff hist +499 Hw9 No edit summary current
- 18:3718:37, 15 December 2010 diff hist +329 Hw10 No edit summary current
- 18:3718:37, 15 December 2010 diff hist +188 Hw8 →Make a page about interpolating FIR filters. Take care to note how many multiply/add operations. current
- 18:3318:33, 15 December 2010 diff hist +102 Hw11 No edit summary current
- 18:3218:32, 15 December 2010 diff hist +305 Hw14 →Come up with a use for an adaptiveFIR filter and make an Octave script to demonstrate it
- 18:2418:24, 15 December 2010 diff hist +94 N Hw14 Created page with '===Come up with a use for an adaptiveFIR filter and make an Octave script to demonstrate it==='
- 18:2318:23, 15 December 2010 diff hist +23 N Hw15 Created page with '==Do Practice Exam II=='
- 18:2218:22, 15 December 2010 diff hist +79 Signals and Systems →Homework Assignments
- 18:2118:21, 15 December 2010 diff hist +20 Shepherd,Victor →ENGR 455 Signals and Systems current
- 17:0417:04, 15 December 2010 diff hist +37 Signals and Systems →Homework Assignments
1 December 2010
- 23:0923:09, 1 December 2010 diff hist −30 Hw8 No edit summary
- 23:0623:06, 1 December 2010 diff hist +7 Hw8 No edit summary
- 22:5422:54, 1 December 2010 diff hist +392 Hw8 No edit summary
- 22:5122:51, 1 December 2010 diff hist +38 Shepherd,Victor →ENGR 455 Signals and Systems
- 22:4922:49, 1 December 2010 diff hist −25 Signals and Systems →Homework Assignments
- 22:4822:48, 1 December 2010 diff hist +59 Signals and Systems →Homework Assignments
- 22:4522:45, 1 December 2010 diff hist +128 Table of Fourier Transform Properties No edit summary current
18 November 2010
- 00:5400:54, 18 November 2010 diff hist +102 Signals and Systems →Homework Assignments
- 00:5200:52, 18 November 2010 diff hist −9 Shepherd,Victor →ENGR 455 Signals and Systems
- 00:5100:51, 18 November 2010 diff hist +2 N Hw11 Created page with '11'
- 00:5100:51, 18 November 2010 diff hist +2 N Hw10 Created page with '10'
- 00:5100:51, 18 November 2010 diff hist +1 N Hw9 Created page with '9'
- 00:5100:51, 18 November 2010 diff hist +1 N Hw8 Created page with '8'
- 00:5100:51, 18 November 2010 diff hist +1 N Hw6 Created page with '6' current
- 00:5000:50, 18 November 2010 diff hist +25 Signals and Systems →Homework Assignments
- 00:4800:48, 18 November 2010 diff hist +76 Shepherd,Victor →ENGR 455 Signals and Systems
15 October 2010
- 17:5017:50, 15 October 2010 diff hist +16 Signals and Systems →2010-2011 Contributors
- 17:4917:49, 15 October 2010 diff hist +28 Signals and Systems →Homework Assignments
- 17:4817:48, 15 October 2010 diff hist −25 Signals and Systems →Homework Assignments
- 17:4717:47, 15 October 2010 diff hist +50 Signals and Systems →Homework Assignments
- 17:4317:43, 15 October 2010 diff hist −1 Hw3 No edit summary current
- 17:4317:43, 15 October 2010 diff hist +136 Hw3 No edit summary
- 17:3817:38, 15 October 2010 diff hist 0 N File:Gnuplot.png No edit summary current
- 17:3717:37, 15 October 2010 diff hist +357 N Hw3 Created page with 'Show graphically int You can either type this code straight into octave or matlab, or you can save it as a [name_of_file].m and loading it to the software. octave:1> t= -5:.01…'
- 17:3217:32, 15 October 2010 diff hist +9 Shepherd,Victor →ENGR 355 Signals and Systems
30 September 2010
- 22:2522:25, 30 September 2010 diff hist +150 Octave No edit summary current
- 22:2022:20, 30 September 2010 diff hist +272 Octave No edit summary
- 22:0322:03, 30 September 2010 diff hist +114 N Octave Created page with 'Octove is an powerful opensource tool used as an alternative to Matlab. This tool is used to manipulate graphs and'
- 21:5921:59, 30 September 2010 diff hist +12 Shepherd,Victor →ENGR 355 Signals and Systems
- 21:5821:58, 30 September 2010 diff hist +1 Shepherd,Victor No edit summary
- 21:5721:57, 30 September 2010 diff hist +32 Shepherd,Victor →ENGR 356 Electronics
- 21:5121:51, 30 September 2010 diff hist +21 Signals and Systems →2010-2011 Contributors
- 21:1921:19, 30 September 2010 diff hist −5,418 Not for Class Blanked the page current
- 21:1921:19, 30 September 2010 diff hist −19 Shepherd,Victor No edit summary
2 September 2010
- 21:0721:07, 2 September 2010 diff hist +30 Not for Class →Under Progress
- 20:5820:58, 2 September 2010 diff hist +116 Not for Class No edit summary
- 20:4420:44, 2 September 2010 diff hist +3,536 Not for Class →Under Progress
- 20:2420:24, 2 September 2010 diff hist +115 Not for Class →Under Progress
- 20:2020:20, 2 September 2010 diff hist +695 Not for Class →Bipolar Junction Transistor
- 19:4519:45, 2 September 2010 diff hist +926 N Not for Class Created page with '==Under Progress== ==Bipolar Junction Transistor== * An npn BJT has two layers of n-type material, known as the collector and emitter, and in between a layer of p-type material,…'
- 19:4419:44, 2 September 2010 diff hist +19 Shepherd,Victor No edit summary
14 March 2010
- 10:3910:39, 14 March 2010 diff hist +331 N Reading from Chapter 7 New page: ==Under Construction== *Discrete circuits are constructed from components that are manufactured separately and conected with conductors of a printed circuit board. *Integrated circuits the... current
- 10:3410:34, 14 March 2010 diff hist +28 Shepherd,Victor →ENGR 356 Electronics
- 10:3310:33, 14 March 2010 diff hist +19 Reading from Chapter 4 →Bipolar Junction Transistor current
- 10:2710:27, 14 March 2010 diff hist +28 Engineering Electronics →Draft Articles
- 10:2610:26, 14 March 2010 diff hist +18 Engineering Electronics →2010 Articles
- 10:2310:23, 14 March 2010 diff hist −73 Golden Rules →Reviewer current
6 February 2010
4 February 2010
- 23:5023:50, 4 February 2010 diff hist +234 Reading from Chapter 4 →Bipolar Junction Transistor
- 23:2823:28, 4 February 2010 diff hist +147 Reading from Chapter 4 →Bipolar Junction Transistor
- 23:1223:12, 4 February 2010 diff hist +178 N Reading from Chapter 4 New page: ==Bipolar Junction Transistor== * An npn BJT has two layers of n-type material, known as the collector and emitter, and in between a layer of p-type material, known as the base.
- 23:0223:02, 4 February 2010 diff hist +28 Shepherd,Victor →ENGR 356 Electronics
- 23:0123:01, 4 February 2010 diff hist +33 Key Facts from Reading Chapter 1 →Contributors
27 January 2010
- 11:1611:16, 27 January 2010 diff hist 0 Integrator Amplifier →Reviewers
- 11:1511:15, 27 January 2010 diff hist +4 Integrator Amplifier →Reviewers
- 11:1511:15, 27 January 2010 diff hist −268 Integrator Amplifier →Reviewers
14 January 2010
- 01:4901:49, 14 January 2010 diff hist 0 Golden Rules No edit summary
- 01:4801:48, 14 January 2010 diff hist +1 Basic Op Amp circuits →Reviewer
- 01:4801:48, 14 January 2010 diff hist +1 Basic Op Amp circuits →Reviewer
- 01:4701:47, 14 January 2010 diff hist +9 Basic Op Amp circuits →Reviewer
- 01:4701:47, 14 January 2010 diff hist +22 Basic Op Amp circuits →Possible circuits to add in the future
13 January 2010
- 10:1710:17, 13 January 2010 diff hist +3 Integrator Amplifier →Readers
- 10:1410:14, 13 January 2010 diff hist +282 Integrator Amplifier →Readers
12 January 2010
- 19:4419:44, 12 January 2010 diff hist −15 Golden Rules →Golden Rules
- 19:4419:44, 12 January 2010 diff hist +12 Golden Rules No edit summary
- 19:4219:42, 12 January 2010 diff hist +303 Golden Rules No edit summary
- 19:4119:41, 12 January 2010 diff hist +587 N Golden Rules New page: ==Golden Rules== When analyzing operational amplifiers, there are a few rules that need to be taken into consideration in order to solve circuits using KVL or KCL. # Because the output vol...
- 19:4119:41, 12 January 2010 diff hist +41 Shepherd,Victor No edit summary
- 10:0810:08, 12 January 2010 diff hist +12 Electronics →Sources current
11 January 2010
- 10:4510:45, 11 January 2010 diff hist +305 Electronics →Golden Rules
- 10:3910:39, 11 January 2010 diff hist +587 N Electronics New page: ==Golden Rules== When analyzing operational amplifiers, there are a few rules that need to be taken into consideration in order to solve circuits using KVL or KCL. # Because the output vol...
10 January 2010
- 12:4212:42, 10 January 2010 diff hist +4 Shepherd,Victor No edit summary
- 12:3812:38, 10 January 2010 diff hist +12 N Shepherd,Victor New page: *Electronics
- 12:3712:37, 10 January 2010 diff hist +21 m Engineering Electronics →2010 Contributors
13 December 2009
- 16:3516:35, 13 December 2009 diff hist +82 Laplace transforms: Simple Electrical Network →Bode Plots current
- 16:3216:32, 13 December 2009 diff hist +155 Laplace transforms: Simple Electrical Network →Bode Plots
- 16:1816:18, 13 December 2009 diff hist 0 File:I2 .jpg uploaded a new version of "Image:I2 .jpg" current
- 16:1716:17, 13 December 2009 diff hist 0 N File:I1 .jpg No edit summary current
- 16:1716:17, 13 December 2009 diff hist 0 N File:I2 .jpg No edit summary
- 16:0716:07, 13 December 2009 diff hist 0 N File:I1.png No edit summary current
- 15:5515:55, 13 December 2009 diff hist +22 Laplace transforms: Simple Electrical Network →Solution
11 December 2009
- 17:2517:25, 11 December 2009 diff hist +64 Laplace transforms: Simple Electrical Network →Solution
10 December 2009
- 02:4302:43, 10 December 2009 diff hist +2 Laplace transforms: Simple Electrical Network →Initial Value Theorem
- 02:4302:43, 10 December 2009 diff hist +2 Laplace transforms: Simple Electrical Network →Final Value Theorem
- 02:4102:41, 10 December 2009 diff hist −12 Laplace transforms: Simple Electrical Network →Final Value Theorem
- 02:4102:41, 10 December 2009 diff hist +117 Laplace transforms: Simple Electrical Network →Final Value Theorem
- 02:3902:39, 10 December 2009 diff hist +96 Laplace transforms: Simple Electrical Network →Initial Value Theorem
- 02:3002:30, 10 December 2009 diff hist +17 Laplace transforms: Simple Electrical Network →Initial Value Theorem
- 02:2902:29, 10 December 2009 diff hist −10 Laplace transforms: Simple Electrical Network →Final Value Theorem
- 02:2702:27, 10 December 2009 diff hist +172 Laplace transforms: Simple Electrical Network →Final Value Theorem
- 02:2602:26, 10 December 2009 diff hist +143 Laplace transforms: Simple Electrical Network →Initial Value Theorem
- 02:2402:24, 10 December 2009 diff hist +68 Laplace transforms: Simple Electrical Network →Solution
- 02:0602:06, 10 December 2009 diff hist +316 Laplace transforms: Simple Electrical Network →Solution
1 December 2009
- 18:2718:27, 1 December 2009 diff hist +63 Laplace transforms: Simple Electrical Network →Solution
- 18:2418:24, 1 December 2009 diff hist +155 Laplace transforms: Simple Electrical Network →Solution
- 18:0018:00, 1 December 2009 diff hist −2 Laplace transforms: Simple Electrical Network →Problem Statement
- 16:3516:35, 1 December 2009 diff hist +632 Laplace transforms: Simple Electrical Network →Solution
- 16:0116:01, 1 December 2009 diff hist +36 Laplace transforms: Simple Electrical Network →Solution
- 15:4015:40, 1 December 2009 diff hist 0 Laplace transforms: Simple Electrical Network →Problem Statement
30 November 2009
- 23:0023:00, 30 November 2009 diff hist −92 Laplace transforms: Simple Electrical Network →Solution
- 21:0021:00, 30 November 2009 diff hist +366 Laplace transforms: Simple Electrical Network →Solution
- 17:5217:52, 30 November 2009 diff hist +407 Laplace transforms: Simple Electrical Network →Solution
29 November 2009
- 13:0913:09, 29 November 2009 diff hist +14 Laplace transforms: Simple Electrical Network →Problem Statement
20 October 2009
- 12:4612:46, 20 October 2009 diff hist +243 N Laplace transforms: Simple Electrical Network New page: ===Problem Statement=== Using the formulas <math>E(t)=L\dfrac{di_R}{dt}+Ri_C</math> <math>RC\dfrac{di_R}{dt}+i_R-i_C=0</math> Solve the system when V0 = 50 V, L = 0.5 h, R = 60 Ω, C = ...
- 12:1312:13, 20 October 2009 diff hist +51 Fall 2009 No edit summary