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Problem 1
Determine the equivalent impedance at the terminals A-B when the circuit operates at a frequency of 50 rad/s. |
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AC Circuits >
Circuit Elements >
Equivalent Impedance/Admittance
Keywords:
Length: 4:02
Date Added: 2007-07-17 10:02:09
Filename: ac_cktels_equiv_ex1_eng
ID: 297
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Problem 4
Find the equivalent admittance seen by the current source. |
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AC Circuits >
Circuit Elements >
Equivalent Impedance/Admittance
Keywords:
Length: 6:52
Date Added: 2007-07-26 08:54:05
Filename: ac_cktels_equiv_ex4_eng
ID: 313
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Problem 3
State the value of the single equivalent resistor and capacitor (or inductor) seen by the source. |
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AC Circuits >
Circuit Elements >
Equivalent Impedance/Admittance
Keywords:
Length: 5:58
Date Added: 2007-07-26 08:56:10
Filename: ac_cktels_equiv_ex3_eng
ID: 314
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Problem 5
Determine the equivalent admittance between the terminals G-H. Work this problem completely in terms of admittance. |
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AC Circuits >
Circuit Elements >
Equivalent Impedance/Admittance
Keywords:
Length: 2:35
Date Added: 2007-07-26 09:11:06
Filename: ac_cktels_equiv_ex5_eng
ID: 315
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Problem 6
Determine the equivalent impedance between the terminals G and H. To begin, convert the admittance of each element to impedance, then work the problem completely in terms of impedance. |
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AC Circuits >
Circuit Elements >
Equivalent Impedance/Admittance
Keywords:
Length: 5:06
Date Added: 2007-07-27 09:39:53
Filename: ac_cktels_equiv_ex6_eng
ID: 365
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Problem 2
Determine the equivalent impedance between the terminals C-D when the circuit operates at each of the following frequencies: 0 Hz (DC), 503 Hz, 5.03 kHz, 50.3 kHz, and ∞Hz (extremely high frequency). |
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AC Circuits >
Circuit Elements >
Equivalent Impedance/Admittance
Keywords:
Length: 5:40
Date Added: 2007-07-27 10:06:07
Filename: ac_cktels_equiv_ex2_eng
ID: 368
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