Category: Kirchoff's Laws/
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Problem 1
Use KVL to find the unknown phasor voltage V. |
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AC Circuits >
Sinusoids >
Kirchoff's Laws
Keywords:
Length: 4:19
Date Added: 2007-07-26 11:25:56
Filename: ac_phasors_kcvl_ex1_eng
ID: 336
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Problem 2
Find the time-domain expression for i(t) using phasor techniques. |
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AC Circuits >
Sinusoids >
Kirchoff's Laws
Keywords:
Length: 3:59
Date Added: 2007-07-26 11:29:38
Filename: ac_phasors_kcvl_ex2_eng
ID: 337
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Problem 3
Use KVL to find the amplitude and phase of v(t) using phasor techniques. |
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AC Circuits >
Sinusoids >
Kirchoff's Laws
Keywords:
Length: 5:45
Date Added: 2007-07-26 11:32:49
Filename: ac_phasors_kcvl_ex3_eng
ID: 338
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Problem 4
Find the time-domain expression for i(t) using phasor techniques. |
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AC Circuits >
Sinusoids >
Kirchoff's Laws
Keywords:
Length: 4:51
Date Added: 2007-07-26 11:35:41
Filename: ac_phasors_kcvl_ex4_eng
ID: 339
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Category: Properties/
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Problem 1
Determine the following properties for each of the given sinusoidal voltages: amplitude, peak-to-peak value, cyclic frequency (in Hz), angular frequency (in rad/s), period, and phase. |
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AC Circuits >
Sinusoids >
Properties
Keywords:
Length: 3:35
Date Added: 2007-07-26 13:38:14
Filename: ac_sinusoids_properties_ex1_eng
ID: 352
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Problem 2
Given the table that describes three sinusoidal currents. Write the mathematical expression for each current in the form i(t) = Imcos(ωt+Φ). |
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AC Circuits >
Sinusoids >
Properties
Keywords:
Length: 3:03
Date Added: 2007-07-26 13:49:49
Filename: ac_sinusoids_properties_ex2_eng
ID: 353
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Problem 3
Express the voltage v(t) in the form Vmcos(ωt+Φ) |
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AC Circuits >
Sinusoids >
Properties
Keywords:
Length: 4:14
Date Added: 2007-07-26 13:55:48
Filename: ac_sinusoids_properties_ex3_eng
ID: 354
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