Question 10.2: Express the symmetric rectangular pulse of Figure 10.7 as a ...

Circuit Analysis I: with MATLAB Applications

Express the symmetric rectangular pulse of Figure 10.7 as a sum of unit step functions.

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Question: 10.7

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Question: 10.P.6

For the circuit of Figure 10.60, compute vout for t > 0 in terms of R , C , and vinu0(t) given vC( 0^{-}) = 0 that ...

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For t > 0 the op amp circuit is as shown below...

Question: 10.p.8

For the circuit of Figure 10.62, it is given that vC( 0^{-}) = 5 V . Compute iC(t) for t > 0. Hint: Be careful in deriving the time constant for this circuit. ...

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For this circuit we cannot short the dependent sou...

Question: 10.p.7

In the circuit of Figure 10.61, switch S has been open for a very long time and closes at t = 0 . Compute vC(t) and vR3(t) sketch and for t > 0 ...

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Question: 10.p.5

For the circuit of Figure 10.59, compute ν_{C}(t) for t > 0 ...

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Question: 10.p.4

In the circuit of Figure 10.58, switch S has been open for a very long time and closes at t = 0 . Compute and sketch i_{L}(t) and i_{SW}(t) for t > 0. ...

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Question: 10.p.3

In the circuit of Figure 10.57 (a), the excitation vs(t) is a pulse as shown in Figure 10.57 (b). a. Compute iL for 0 < t 0 ...

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a. For this circuit

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Question: 10.p.2

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Question: 10.p.1

In the circuit of Figure 10.54, the voltage source vs(t) varies with time as shown by the waveform of Figure 10.55. Compute, sketch, and express vLOAD(t) as a sum of unit step functions for 0 ≤ t ≤ 5 s ...

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Question: 10.E.10

The waveform of Figure 10.53 can be expressed as A. 2( 1 – e^{-αt} – e^{-βt} )u0(t) V B. ( 2 – 2^{-αt}) [u0(t) – u0(t – 2)] + ( 2e^{-βt})[u0(t-2) – u0(t-3) ] V C. ( 2 – 2^{-αt})[u0(t) – u0(t – 2)] – ( 2e^{-βt})[u0(t-2) – u0(t – 3) ] V D. ( 2 – 2^{-αt})[u0(t)] – ( 2e^{-βt})[u0(t – 3) ] V E. none of the above ...

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B