Signals and Systemsa. only Continuous-Time Filters33. In Figure E.33 are some descriptions of filters in the form of an impulseresponse, a frequency-response magnitude and a circuit diagram. For each ofthese, to the extent possible, classify the filters as ideal or practical, causal ornoncausal, lowpass, highpass, bandpass or bandstop.Rh(t)+oW(a)(b)Vin(t)EL Vout(t)|H( j@)|(c)Figure E.33

Answered: Image /qna-images/answer/85b964c9-a3bd-4638-adeb-b0f33c86f204.jpg

Answered: Continuous-Time Filters 33. In Figure…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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7.6 Consider AB in Figure 7.29 as part of an electric circuit. Find H at the origin due to A 7.7 Line x = 0, y = 0,0 szs 10 m carries current 2 A along a,. Calculate H at points (c) (5, 15, 0) (d) (5, -15,0) (a) (5,0,0) (b) (5, 5, 0) *7.8 (a) Find H at (0, o, 5) due to side 2 of the triangular loop in Figure 7.6(a). (b) Find H at (0, 0, 5) due to the entire loop. 5 O 10 A 3 6A P TOA I 2 3 4 FIGURE 7.28 For Problem 7.3. FIGURE 7.29 For Problem 7 2.
b) A fault occurs at bus 3 of the network shown in Figure Q4. Pre-fault nodal voltages throughout the network are of 1 p.u. and the impedance of the electric arc is neglected. Sequence impedance parameters of the generator, transmission lines, transformer and load are given in Figure Q4. V₁ = 120° p.u. V₂ = 120° p.u. V₂ = 1/0° p.u. V₂= 120° p.u. jXj0.1 p.u. JX2) 0.1 p.u. jX0j0.15 p.u. jXn-j0.2 p.u. 1 JX(2)-j0.2 p.u. 2 jX)=j0.25 p.u. JX20-10.15 p.u. jXa(z)-j0.2 p.u. 4 jX2(0)=j0.2 p.u. jXT(1) j0.1 p.u. jXT(2)=j0.15 p.u. jXT(0)=j0.1 p.u. Figure Q4. Circuit for problem 4b). = jXj0.1 p.u. j0.1 p.u. - JX(2) JXL(0) 10.1 p.u. = (i) Assuming a balanced excitation, draw the positive, negative and zero sequence Thévenin equivalent circuits as seen from bus 3. (ii) Determine the positive sequence fault current for the case when a three- phase-to-ground fault occurs at bus 3 of the network. (iii) Determine the short-circuit fault current for the case when a one-phase- to-ground fault occurs at bus…
Compared to the original circuit that it replaces, an equivalent circuit will always have:a. the same power dissipation.b. the same number of componentsc. the same voltage and current for a specific loadd. all of the above

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