a. For the circuit shown below:Lzsin 1000t+E 90 µF100 210 mHthe following LTspice netlist can be used determine the magnitude and phase angle of the steady-state AC part of i,:I0 1 AC 1.414213562 45R 10 100L 10 10mC10 90u.AC LIN 1 159.1549431 159.1549431Run the simulation and identify the desired results in the output file.b. Use the phasor analysis method to find the analytical solution, and verify that the LTspice resultis correct.

a. For the circuit shown below: L Jzsin 1000t+ 37 100 2 10 mH 90 µF the following LTspice netlist can be used determine the magnitude and phase angle of the steady- state AC part of i,: I0 1 AC 1.414213562 45 R 10 100 L10 10m C 10 90Ou

a. For the circuit shown below: L Jzsin 1000t+ 37 100 2 10 mH 90 µF the following LTspice netlist can be used determine the magnitude and phase angle of the steady- state AC part of i,: I0 1 AC 1.414213562 45 R 10 100 L10 10m C 10 90Ou

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...

See similar textbooks

Related questions

Q: The circuit is shown . The sinusoidal source voltage is υ g =120 cos (5000t+30°)V. Find the…

A: Given: Given: R1=1000 ohm R2=250 ohm L=50 mH C=1 micro F

Q: QUESTION 2 io C 6 sin 2t V 10 cos 2t V For the circuit shown above, what is the amplitude of the…

A: Brief description: For the above given circuit diagram we need to calculate amplitude of sinusoidal…

Q: AC Voltage Generator provides 100 V at angular frequency of 500 rad/s to a series RLC, R = 3 ohms, C…

A: It is given that: V=100 Vω=500 radsecR=3 ΩC=50μFL=10 to 80 mHVCmax=1200 V

Q: a) Solve for the impedance of the circuit shown below. Use 60HZ as the frequency of the AC voltage…

A: In this question we need to find a impedance z of the given circuit.

Q: Q3. Determine the 8-poiny DFT of the real-valued sequence x[n] = 8[n – 3]. Plot the magnitude and…

A: Given, x[n] = δ[n-3] = 1 (for n = 3) = 0 (otherwise) 8-point DFT of x[n]: X(k) = ∑(n = 0 to 7)…

Q: 03. A discrete system has a frequency response H(m) = [0.5 + sin (w)]e l Find the system…

A: From the sinusoidal steady state response of a LTI system

Q: 8082 A frequency domain represenatation of sinusoids is also know as time domain representaion of…

A: In this question we will write about time domain , frequency domain and in phase signal means...

Q: The plot shows the magnitude of an impedance as a function of frequency. What type of component is…

A: Observe the given graph between impedance and frequency. It can be concluded that as the frequency…

Q: Considor the mossage signal m(t)= 4sin(8000rt). Tho carrior used has a froquency fe= 500 kHz and an…

A: We are authorized to answer three subparts at a time, since you have not mentioned which part you…

Q: Determine the input impedance of the circuit shown below in rectangular form at @ = 2 rad/s. Show…

Q: The frequency response H(jw) of a continuous-time system is shown below. Determine the output signal…

Q: ?For the circuit shown above, what is the amplitude of the sinusoidal steady-state expression for vo…

Q: Use step functions to write the expression for each function shown.

A: The expression for f(t) is, The expression for f(t) is, The expression for f(t) is,

Q: 1)We want to find the frequency response of this circuit. Knowing that the frequency response is…

A: In the question, 1) find the frequency response of this circuit. If the frequency response is…

Q: Consider an audio signal that is represented by the sum of three sinusoids: s(t) = 3[sin(1000.pi.t)]…

A: Given, An audio signal represented by sum of three sinusoids st=3sin 1000πt+4sin 2000πt+4sin 4000πt

Q: for the given differential equation below, find the integrating factor:…

A: The function is given as, cosxy'+ysinx=2cos3xsinx-1 To calculate the integrating factor the above…

Q: Refer to the system shown in figure below x(1) Ideal z(() LTI Sampler h() y() Assume that, h(t) =…

A: Convolution in the time domain is equal to multiplication in the frequency domain. Since…

Q: Find the phasor transform of each trigonomet- (c) 11.18/-26.57° A; (d) 339.90/61.51° mV. 9.1 ric…

Q: Q.4 Consider the simisoidal signals: u(t) = cos(100zt -).v(t) = cos(105at +-), w(t) =cos(110xt - a)…

Q: 5. Calculate the source current, real and reactive power and power factor seen by the source for the…

A: Given: Source Voltage Vs=150sin2π50t+30°R=100 ΩL=150 mHC=100 μF

Q: 03. A discrete system has a frequency response H(m [0.5+ sin (w)]ei Find the system steady-state…

Q: The steady-state frequency response of the following digital system H(z) for a sinusoidal input u(k)…

A: By the help of steady state response of the z transform definition we have got the result. H(Z) =…

Q: 12.52 A 300-2 resistor, a 1-H inductor, and a l-µF capacitor are in series. Find the total impedance…

Q: 03. A discrete system has a frequency response H(m) = [1+ cos (w)]e-3 Find the system steady-state…

A: From the steady state response of for sinusoidal input

Q: Q14] Calculate the trigonometric FS coefficients for the following functions: (i) x,(t) = cos 7t +…

A: In this question, Calculate the Fourier series coefficient of the following function. as per our…

Q: For a given R-C series circuit that is supplied by a 120 VAC, 60 Hz supply, the impedance triangle…

Q: A circuit branch is found to have an equivalent impedance of Z=120−j45Ω. It is given that this…

A: Let us revise what will be the impedance provided by passive components A resistor with resistance…

Q: 8(+1)? (82+10s+34)(s² +8&+20) Find f(t) for the function F(s) %3D Express your answer in terms of u…

Q: 32 An RLC circuit has R = 10 ohm, XL = 20 ohms, and XC = 20 ohms. The impedance of the circuit is…

Q: A composite waveform is given by v(t)=20*{(t/5)*e^(-t/5)} Determine: a) the time constant of the…

Q: L L V1 (t u(t)| t) V2 C L=1mH, C=0.1µF V1= 5 sin(105.t) cos(5/2.104.t) V2 = 4 Using the…

A: Find the rms value of the u(t) using the super position theorem.

Q: The frequency f of 12πcos(300t) =300/2T True False

A: We need to find frequency of given signal

Q: v(t) = sin(rt) r(t) + cos(rt) a(t-1) where r is the input signal, and y is the output signal.…

Q: An AC voltage of the form Av = 65 sin 330t where Av is in volts and t is in seconds, is applied to a…

Q: V. - 10 kV Ic. V (~ C I= 1.25 A A 50 Hz high voltage source, as shown below, is used to test a…

A: In the question Find the Reactance of Xl And source voltage Vs If Ic =1.25A Vc = 10kV

Q: An FM sıgnal has the form t) = 20 Cos (2 a fc t+ 12 Sin (2 a fm t)) here fc = 400 MHz, and fm = 20…

Q: Express the following in its simplest form. Then find the amplitude, frequency and phase? f(t) = 2…

A: In the question, Express the following in its simplest form Then find the amplitude, frequency and…

Q: Use Routh-Hurwitz method, how many roots are on the jw axis by the polynomial equation: 53 + 2s? +…

A: Construct routh Hurwitz table and than find no .of roots on the jw axis.

Q: Find the input impedance of circuit shown at w = 10 rad/s. 0.5 mF 80 2 8 H ll Zin 1 mF 200 2 Answer:…

Q: The power spectral density function of a stochastic process X(t) is given by: SXX(f) = 6250 [5² +…

A: "According to the Company's policy we will solve first three parts". Given the power spectral…

Q: in AC mode. Determine the current response in the inductor in the time domain. 330 mF 20 2.5 cos…

Q: 03. A discrete system has a frequency response H(m) [0.5+ sin (w)]e t %3D Find the system…

A: The frequency response is, Hejω, ∠Hejω, For the sinusoidal input, if x[n]=sinω0ny[n]=Hejωω=ω0…

Q: For the electric network shown, the frequency response function is: 10 Ω www O + + vy(t) 1F= ₂(1)…

A: We need to find out Transfer function of given system

Q: An RLC series circuit constructed with R=1002, L= 2 H, C= 1 mf, for an AC source with angular…

A: For the given series RC circuit we need to find a equivalent impedance of the circuit.

Q: Find and Sketch. the DTFT of x[^] =. sin(Ten15) COS 2

A: We neee to find out DTFT of given signal , We will use shifting property to find out DTFT .

Q: Plot the following Transfer Functions T(s), [Magnitude and Phase] Vo (s) 1. T(s): 100 (1+10-4…

A: Convert the transfer function into time constant form. 2. Identify the factors in the…

Q: Consider the circuit shown in figure Q1. let vs (t) =120 Cos (314t -50°) V. (a) Construct the…

A: given values of R,L and C and asked the frequency domain circuit and steady state current

Q: a. For the circuit shown below: 20 2 1 mH R | 100cos(2004) V 25 mF =c Vs 2 the following LTspice…

A: Given the circuit, as shown below: We need to determine the magnitude and phase angle of the…

Q: Find the DFS coefficients for the sequence (n) = cos 10 + sin 10

A: The given signal is periodic with a period of 10 and frequency ωo=2π10 and the given signal can be…

Question

a. For the circuit shown below:
L
zsin 1000t+
E 90 µF
100 2
10 mH
the following LTspice netlist can be used determine the magnitude and phase angle of the steady-
state AC part of i,:
I0 1 AC 1.414213562 45
R 10 100
L 10 10m
C10 90u
.AC LIN 1 159.1549431 159.1549431
Run the simulation and identify the desired results in the output file.
b. Use the phasor analysis method to find the analytical solution, and verify that the LTspice result
is correct.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Step by step

Solved in 3 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Find the phase shift of the circuit and determine whether the phase shift to theinput. Assume ?? = 1∠0oV
100 y(t)+ y (t) = X(t) for a system defined by a first-order differential equation:a. Draw the log magnitude(dB)-log frequency graph of H (jw) (phase graph is not requested. it is expected that the frequency axis will also be logarithmic when plotting the log magnitude graph).b. If the magnitude of H(jw) is -40 dB, it is assumed that the input is suppressed. it is given that the signal X (t) = coswat is suppressed by this system. What is the smallest wa value in this case?
The signal s(n)s(n) is recorded with frequency sampling Fs=500HzFs=500Hz. What's the duration of the following part s1(n)s1(n) of the signal s(n)s(n) where s1=s(601:4:5000)
Graph the magnitude of the CTFTs of the following functions. g(t)=rect(t/4)
the signal x(t) = cos (360 pi t + pi/4) is sampled at 100 hz and the sampled signal is reconstructed at 200hz to recover the analog signal xr(t) a. what is the period n and digital frequency f of the sampled signal x(n) b. how many full period of x(t) are required to generate one period of x(n) c. write the expression for xr(t) ..
fT = 500 MHz, rx = 300 Ω, Cμ = 0.75 pF, CGS = CGD = 2.5 pF. The network as shown models a common emitter stage with a load capacitor in parallel with RL . (a) Write the two nodal equations and find the determinant of the system for the network as shown (b) Use dominant root factorization to find the two poles. (c) There are three capacitors in the network. Why are there only two poles?
1. The CT signal x(t)=3cos (600πt) + 6cos2(mπt) is critically sampled (Nyquist rate) by fs=4000 Hz. Find:i. The value of m.ii. The frequency components of the signal.iii. The frequency resolution (∆f) of the output spectrum if the sampled signal is processed by 64 point-DFT.iv. Define frequency resolution.
The CT signal x(t)=3cos (600πt) + 6cos2(mπt) is critically sampled (Nyquist rate)by fs=4000 Hz. Find:i. The value of m.ii. The frequency components of the signal.iii. The frequency resolution (∆f) of the output spectrum if the sampled signal isprocessed by 64 point-DFT.iv. Define frequency resolution.
In the circuit in the figure, Vcc= 18 V, Rs1 = 0.9 k2, Rs2 = 0.5 kQ, R1 = 75 kQ, R2 = 15 kQ, RC = 2.2 kQ, RE = 1 k and B = 120. It is also known that Cwi = 6 pF, Cwo = 10 pF, Cbc = Cu = 7 pF, Cbe = C = 44 pF and Cce = 11 PF. Accordingly, considering the frequency response of the circuit, what would the high cutoff frequency (fH) be? NOTE-1: The output impedance of the transistor is ro = 20 k and will be taken into account in the calculations. NOTE-2: high frequency dependence of hfe, B. will be taken into account.
Starting with the differential equation of an RL circuit, calculate:(a) The frequency response of system (G(f) = G(s)|s=j2πf ). Considerthe input to be the applied voltage Vs(t) and the output to be thethe voltage across the inductor VL(t)).(b) For R = L = 1, Calculate and sketch the magnitude of the frequencyresponse |G(f)|. Show explicitly the magnitude values for f = 0, f =1f = ∞.(c) For R = L = 1, Calculate and sketch the phase of the frequencyresponse ∠ {G(f)}. Show explicitly the magnitude values for f =0, f = 1f = ∞.
Connect the circuit shown in Fig. with R=1 kΩ and C=0.1 μF. Set the function generator to square wave with f=100Hz and Vp-p=10 volt.Sketch Vc, Vr and Vs to the same time scale.
How do i calculate the time constant of the system, the settling time, steady state value of ω as well as the steady state gain. What is the unit for the steady state gain. For the system in the photo, i have included the transfer function also sys = tf(2238.68552,[1,10.19924,27.76438]);