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- 05:53, 26 January 2011 diff hist +667 Lab 4 RS →Calculate and expression for \frac{V_{out}}{ V_{in}} as a function of \nu, R, and C.(5 pnts)
- 05:34, 26 January 2011 diff hist -15 Lab 3 RS
- 05:33, 26 January 2011 diff hist -5 Lab 3 RS →method 2. Using the -3 dB point
- 05:29, 26 January 2011 diff hist +1 Lab 4 RS →compare the theoretical and experimentally measured break frequencies. (5 pnts)
- 05:29, 26 January 2011 diff hist +17 Lab 4 RS →Questions
- 05:27, 26 January 2011 diff hist -1 Lab 4 RS →1-50 kHz filter (20 pnts)
- 05:27, 26 January 2011 diff hist +363 Lab 4 RS →1-50 kHz filter (20 pnts)
- 05:22, 26 January 2011 diff hist -1 Lab 3 RS
- 05:21, 26 January 2011 diff hist -35 Lab 3 RS →1-50 kHz filter (20 pnts)
- 05:21, 26 January 2011 diff hist -2 Lab 4 RS
- 05:20, 26 January 2011 diff hist +241 Lab 4 RS
- 05:18, 26 January 2011 diff hist +1 Lab 4 RS
- 05:17, 26 January 2011 diff hist +159 Lab 4 RS
- 05:16, 26 January 2011 diff hist +2,097 N Lab 4 RS Created page with ';RC High-pass filter = 1-50 kHz filter (20 pnts)= 1.) Design a high-pass RC filter with a break point between 1-50 kHz. The break point is the frequency at which the filter's a…'
- 05:15, 26 January 2011 diff hist +14 Electronics RS
- 05:13, 26 January 2011 diff hist +2 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 05:13, 26 January 2011 diff hist +38 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 05:12, 26 January 2011 diff hist 0 N File:RS phase shift.png current
- 05:02, 26 January 2011 diff hist +31 Lab 3 RS →method 1. Using fitting line
- 04:44, 26 January 2011 diff hist 0 Lab 3 RS →1-50 kHz filter (20 pnts)
- 04:43, 26 January 2011 diff hist 0 Lab 3 RS →1-50 kHz filter (20 pnts)
- 04:43, 26 January 2011 diff hist 0 Lab 3 RS →1-50 kHz filter (20 pnts)
- 04:43, 26 January 2011 diff hist 0 Lab 3 RS →1-50 kHz filter (20 pnts)
- 04:42, 26 January 2011 diff hist 0 Lab 3 RS →1-50 kHz filter (20 pnts)
- 04:42, 26 January 2011 diff hist +16 Lab 3 RS →1-50 kHz filter (20 pnts)
- 04:41, 26 January 2011 diff hist -34 Lab 3 RS →1-50 kHz filter (20 pnts)
- 04:41, 26 January 2011 diff hist -1 Lab 3 RS →1-50 kHz filter (20 pnts)
- 04:41, 26 January 2011 diff hist +1 Lab 3 RS →1-50 kHz filter (20 pnts)
- 04:40, 26 January 2011 diff hist +56 Lab 3 RS →1-50 kHz filter (20 pnts)
- 03:52, 26 January 2011 diff hist 0 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 03:52, 26 January 2011 diff hist +16 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 03:49, 26 January 2011 diff hist +62 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 03:47, 26 January 2011 diff hist -3 Lab 3 RS →4. Compare the theoretical and experimental value for the phase shift \theta. (5 pnts)
- 03:47, 26 January 2011 diff hist 0 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 03:46, 26 January 2011 diff hist +42 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 03:43, 26 January 2011 diff hist +100 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 03:41, 26 January 2011 diff hist +42 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 03:39, 26 January 2011 diff hist +3 Lab 3 RS →method 2. Using the -3 dB point
- 03:38, 26 January 2011 diff hist +2 Lab 3 RS →6. calculate and expression for the phase shift \theta as a function of \nu, R, C and graph \theta -vs \nu. (20 pnts)
- 03:38, 26 January 2011 diff hist +83 Lab 3 RS →5. what is the phase shift \theta for a DC input and a very-high frequency input?(5 pnts)
- 03:16, 26 January 2011 diff hist -2 Lab 3 RS →4. Compare the theoretical and experimental value for the phase shift \theta. (5 pnts)
- 03:15, 26 January 2011 diff hist +3 Lab 3 RS →4. Compare the theoretical and experimental value for the phase shift \theta. (5 pnts)
- 03:15, 26 January 2011 diff hist -21 Lab 3 RS →4. Compare the theoretical and experimental value for the phase shift \theta. (5 pnts)
- 03:14, 26 January 2011 diff hist +1 Lab 3 RS →method 2. Using the -3 dB point
- 03:13, 26 January 2011 diff hist +14 Lab 3 RS →method 2. Using the -3 dB point
- 03:12, 26 January 2011 diff hist +3 Lab 3 RS →method 1. Using fitting line
- 03:11, 26 January 2011 diff hist +2 Lab 3 RS →1-50 kHz filter (20 pnts)
- 03:08, 26 January 2011 diff hist +42 Lab 3 RS →method 1. Using fitting line
- 03:07, 26 January 2011 diff hist +7 Lab 3 RS →method 1. Using fitting line
- 03:06, 26 January 2011 diff hist -4 Lab 3 RS →method 2. Using the -3 dB point