000Q4/ It is desired that the impedance ZT of the high Q circuit inFig. 4 be 50 k [0 at resonance (fp). Answer only three of the following:-a. Find the value of XL.b. Compute XC.c. Find the resonant frequency (fp) if L = 16 mH.d. Find the value of CR₁50 n14 MarksxxxBufrZTXL

a) Find the value of XL: Formula for Inductive Reactance (XL: [XL=2πfpL]Since (ZT=XC) at…

Answered: 000 Q4/ It is desired that the…

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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x[n] and h₁ [n] h₂[n] h[n] Figure 1 ▼+ →y[n] A digital system consists of the input signal, x[n], system impulse response, h[n], and the output signal, y[n] as shown in Figure 1. Given h₁[n] = 28[n] + [n - 2] h₂[n] = u[n] + r[n] − 2r[n − 1] + r[n − 2] − u[n − 3]. By assuming that the input signal, x[n] is = 2,0,0,0
752. See Figure 752. D=5. The Bode gain and phase plots for a RC circuit are shown in the fig. Determine gain (dB), phase (deg), and frequency (rad/sec) for the points labeled A and B. Also find the other exponents (C,E,F). Answers: GdBA,phA,wA,GdBB,phB,wB,C,E,F.
Parallel Resonance: Given: Vs-12 a volts, C.15 u, L-100 uH, R- 50 0 11. Assuming that Q>10, what is the resonant frequency? 12. Find Xe and Xi for this circuit at 20kl and then find the equivalent paralel resistance of the capacitor and inductor using producthum. Don't forget the angle. 13 Find the total circuit impedance for the circuit at 20 KHz. Filters 14. Sketch an RLC series resonant cireuit with the resistor first, fellowed by the inductor and capacitor, with V between the resister and the inductor. Use the following values Vin - 100Velts. R- 60 2, Rw-S, L-100 mH, C- 022 uF 15, Find the resonaet frequency. 16. Find Von al resonance
2. 10.2 mA 20⁰ R₂ = ∞n R₁ Design the network in the figure to have the following characteristics: i. BW = 500 Hz ii. Qp = 30 111. Vcmax 1.8 V (at resonance)
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A circuit comprises of a coil (resistance of 20W, inductance of 600mH), and a capacitor of 2.0mF connected in parallel. A supply of 80V at 50 Hz is connected across the circuit. Calculate: Impedance Phase angle Resonant frequency Q-factor Bandwidth How does each of the above parameters change if the components are connected in series? Explain what is happening to both parallel and series connections of the above circuit at resonant frequency and critically evaluate the effects on circuit currents, voltages and components.
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Q4/ It is desired that the impedance ZT of the high Q circuit in Fig. 4 be 50 k 10 at resonance (fp). Answer only three of the following:- a. Find the value of XL. b. Compute XC. c. Find the resonant frequency (fp) if L = 16 mH. d. Find the value of C 14 Marks R, 500 2x Xc Z-T Bu fr L Fig. 4 Q5/ Find the element or elements that must be in the closed container in Fig.5 to satisfy the following conditions. (Find the simplest parallel circuit that will satisfy Average power to the circuit is 3000 W. 14 Marks A رئيس القسم المحترم Good Luck 1 = 40 A 20 E = 100 V 20° ~ 20 12 ? ус Fig. 5 استاذ المادة
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another question will save this response. Quèstion 6 All of the following statements are correct except: The selectivity in resonance frequency is an important factor in determining XI. Resonance frequency happens when the frequency is changing. The voltage across the L and C elements is zero but maximum in R. The bandwidth is defined as the ratio between Wo and Q A Moving to another question will save this response.

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000 Q4/ It is desired that the impedance ZT of the high Q circuit in Fig. 4 be 50 k [0 at resonance (fp). Answer only three of the following:- a. Find the value of XL. b. Compute XC. c. Find the resonant frequency (fp) if L = 16 mH. d. Find the value of C R₁50 n 14 Marks xxx Bu fr ZT XL