Category: Circuit Analysis/
Category: Step Response/
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Problem 1
Find the expression for the current i(t) which is valid for all time t. Plot the current for a time range before and after the switch closes. |
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S-Domain Circuits >
Circuit Analysis >
Step Response
Keywords:
Length: 8:57
Date Added: 2007-07-27 10:08:05
Filename: s_cktanalysis_step_ex1_eng
ID: 371
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Category: Two-Port Networks/
Category: Design/
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Problem 1
Construct a two-port circuit that realizes the z parameters given. |
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S-Domain Circuits >
Two-Port Networks >
Design
Keywords:
Length: 5:14
Date Added: 2007-07-26 14:41:04
Filename: s_twoport_design_ex1_eng
ID: 362
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Category: Admittance Parameters/
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Problem 1
Find the y parameters of the two-port circuit. |
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S-Domain Circuits >
Two-Port Networks >
Admittance Parameters
Keywords:
Length: 4:59
Date Added: 2007-07-26 15:10:13
Filename: s_twoport_y_ex1_eng
ID: 364
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Category: Laplace Transform/
Category: Inverse Laplace Transform/
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Problem 1
Determine the time-domain expression for each of the given s-domain expressions. |
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S-Domain Circuits >
Laplace Transform >
Inverse Laplace Transform
Keywords:
Length: 7:06
Date Added: 2007-07-27 13:37:45
Filename: s_laplace_ilt_ex1_eng
ID: 395
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Problem 2
Analysis of a circuit in the s-domain yields the expression for voltage shown in the diagram. Determine the corresponding time-domain expression for this voltage. |
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S-Domain Circuits >
Laplace Transform >
Inverse Laplace Transform
Keywords:
Length: 4:25
Date Added: 2007-07-27 13:41:57
Filename: s_laplace_ilt_ex2_eng
ID: 396
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Problem 3
Determine the time-domain expression for the given s-domain expression. |
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S-Domain Circuits >
Laplace Transform >
Inverse Laplace Transform
Keywords:
Length: 6:52
Date Added: 2007-07-27 13:43:53
Filename: s_laplace_ilt_ex3_eng
ID: 397
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