Q1/ For the below system, if you know that the input is (t) = A sin(wt) , explain and draw the relationship between the value of B and (the magnitude and the phase) of the output? R(s) 1 G(s) = C(s) (s +B)

Q1/ For the below system, if you know that the input is (t) = A sin(wt) , explain and draw the relationship between the value of B and (the magnitude and the phase) of the output? R(s) 1 G(s) = C(s) (s +B)

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter17: Resistive-inductive Series Circuits

Section: Chapter Questions

Problem 2PP: Assume that the voltage drop across the resistor, ER, is 78 V, that the voltage drop across the...

See similar textbooks

Related questions

Q: 4. One could argue that for x(t) = cos(2 pi440t)+.01 sin(271230t), the bandwidth is 440 Hz not 1230…

A: Given Equation, x(t) = cos (2π440t)+.01 sin (2π 1230t) Note : If frequency would be 1320 instead…

Q: a) For the Circuit shown calculate the value of C if the resonant frequency. is 5000 vad /sec

Q: The following FM signal is present at the receiver: FM = 10 cos (2π10ºt + 2 sin(2Ã50t)) i) What is…

Q: 36. (a) Obtain an expression for the equivalent impedance Zeq of a 1 2 resistor in series with a 10…

Q: Draw the following signal in time and frequency domains, respectively. S(t) = 5 sin (2π ft + θ)…

A: Signals and systems

Q: PART 1: True or False For each of the following questions, determine if they are true or false. If…

A: As per company's guidelines we can solve only first three sub parts kindly post another parts…

Q: An AC series circuit has a resistance of 10 ohms, and inductance of 0.2 H and a capacitance of 60…

A: Given circuit is series Ac R-L-C circuit, Resistance is R=10Ω. Inductance is L=0.2H. Capacitance is…

Q: Q1: Find the frequency response of the system shown in figure below and sketch its characteristics…

Q: 0.1 For the circuit shown, calculate the A, and the C, that required to obtain 1.77KHZ lower…

Q: QI Find the magnitude, phase, real part, and imaginary part of the complex signal elw x(w) =…

A: It is given that: x(ω)=ejω(jω+1)(jω+3)

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: Q1: Find the frequency response of the system shown in figure below and sketch its characteristics…

A: CLTF=h(n)=y(n)x(n)

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: : Show that the relationship between the analog and digital frequencies (2 & w) is given by the…

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

Q: process X(t) with a power spectrum density 0<ws Wc Exx (@) = wetw is modulated by a local oscillator…

Q: Determine the DTFT of the sequences given below. For parts 1 and 2 plot the magnitude and phase of…

A: The DTFT of the sequence x (n) is given by, Now, for Part (1),

Q: 7. A signal x(1) =sinc(-) is applied to the system shown in Fig. below, then the spectrum of the…

A: Given x(t) = 12πsin c(t2 ) from thegiven figure x(t) →y(t) ddtTaking fourier transform…

Q: The energy of an isolated system oscillating along the x-axis is given by the following equation: E…

Q: A series RLC circuit has a resistance of 25.0 Ω, a capacitance of 50.0 μF, and an inductance of…

A: Given that R=25 ohmC=50×10-6 FL=0.30 HV=120 voltf=60 Hz Calculate capacitive and inductive…

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: Let Vs = 20 cos(wt) V. The magnitude of the capacitor voltage |Vc| at resonance is..V 12 kQ 45 k2 I…

Q: 37. Determine the equivalent impedance of the following, assuming an operating frequency of 20…

A: (37) The operating frequency is ω=20 rad/s. The impedance is calculated as: (a) 1kΩ is in series…

Q: (a) A multi-tone AM is represented as: V=[10+{5 sin (2 T *3*10° t)+3 sin (2 n *4*10³ t)} sin(2 n…

Q: Q3/ Consider a satellite receiver as shown in the figure below, if the operating frequency is 4GHz…

A: The given figure is shown below: It is given that: Fin=0.69 dBFrf=1 dBFin=4.48 dBFif=7.9 dBTo=290 K

Q: If the applied ac power to a system is 5 µW at 100 mV and the output power is 48 W, find the…

Q: Find the frequency-domain voltage V, shown in the figure below. 10 + 15 N 5/30° Al -j12 0 Vo a) Find…

A: The solution can be achieved as follows.

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

A: We need to find frequency of given signal

Q: Q. The two - sided exponential voltage f(t) = Be-A volt is developed across a 1 2 resistor. 1-…

Q: Q1: Find the frequency response of the system shown in figure below and sketch its characteristics…

Q: Consider the signal x,(t) = 4 cos(16000zt) + 2 sin (6000rt) +30 cos(1500xt) + 12 sin(3000rt), answer…

A: A continuous-time system(CTS) is one in which continuous-time input signals are transformed into…

Q: The circuit of the given figure represents the first three stages of a typical AM or FM receiver.…

Q: In this homework, you are supposed to design a WBFM generator using Armstrong method. The required…

A: According to the question,

Q: PRACTICE PROBLEM ON SERIES RLC CIRCUIT Q7. A series-connected circuit has R = 4 2 and L = 25 mH. (a)…

Q: For the FM signal X(t) = 20.Cos[2nx10* t+2.Sin(2mx10 t)], plot the magnitude spectrum, as per…

A: Given Frequency modulated (FM) signal is xt=20 cos2π×106t+2 sin2π×104t Compare it with standard…

Q: = 10 2 C = 10 µF R = 40 2 %3D R. HE Vị :R (a) Using the numeric values provided above, complete the…

Q: 1) Calculate the amplitude A for vo. 1.368 mF + V S 372 v (t) = 5.66 cos(16t+37°) V v,(t) = A…

A: We will use voltage divider rule here

Q: Q22. By properly choosing the value of K, the output c(t) of the system shown in Figure can be made…

A: In the given problem the open-loop transfer function is given Gs=kss+1s+4 and feedback is a unity…

Q: QI Find the magnitude, phase, real part, and imaginary part of the complex signal elw x(w) = %3D…

A: We are authorized to answer one question at a time, since you have not mentioned which question you…

Q: A coil with R=7.7 Ohms and L=23.7 mH, is in parallel with a 3.87 mF capacitance. Calculate the…

A: Given :R=7.7 ΩL=23.7 mHC=3.87 mF

Q: x1(t) = 1.2 + 3sin(5tt) +2 sin(25at + ;). Denote x2(t) = x1(t – 0.1) and r3(t) = x1(t) +2r2(t). What…

Q: Find the output response if the frequency response of the system is sin(2t) H(w)= 1 + ew for the…

A: Fourier transform

Q: Resolve F, into components along the u and v axes, and determine the magnitudes of these components.…

A: Let the uit vector of u be and let the unit vector of F2 be The u component of F2 is given by…

Q: LO5 Below is an LC filter circuit, which "smooths" the input source, which is a triangular signal…

A: Since you have asked multiple question, we will solve the first question for you. If you want any…

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: An impedance of R=100 ohms and L=20 mH is connected across another impedance of R=150 ohms and C=250…

A: Draw the given circuit diagram.

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

A: Answer is INDUCTOR Because inductor impedance is Xl= 2πf *L So the impedance is directly…

Q: Phase modulator has a carrier signal of ec = (√34) cos 2π(735x103)t and phase deviation constant of…

A: We need to find message signal amplitude for phase modulation

Question

Q1/ For the below system, if you know that the input is (t) = A sin(wt) ,
explain and draw the relationship between the value of B and (the magnitude
and the phase) of the output?
R(s)
1
G(s) =
C(s)
(s +B)

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 by step

Solved in 2 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Sinusoids and Phasors of Alternating Circuit

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

Assume that the voltage drop across the resistor, ER, is 78 V, that the voltage drop across the inductor, EL, is 104 V, and the circuit has a total impedance, Z, of 20 . The frequency of the AC voltage is 60 Hz. ETITZ20VAPFER78VIRRPEL104VILXLVARsLL
Solve for the circuit below, given the values specified. (Es = 10V, f = 10 KHz) , R1=120 C1=0.2 μF. 1. XC= 2. IC= 3. VC4. VR= 5. PR=6. Z= 7. IR = 8. VA= 9.IT= 10.PT= 11. Pf=
X=67 and the sources in the circuit are given in frequency environment. When converting capacitors and coils, take ω = 25 rad / s. Find the value of Ix .
An impedance of R=100 ohms and L=20 mH is connected across another impedance of R=150 ohms and C=250 microfarad. Determine at which frequency, this circuit will resonate across a variable AC frequency source of 240 V. Determine also the Q factor of the coil used.
A Phase modulator has a carrier signal of ec = (√34) cos 2π(735x103)t and phase deviation constant of 100/V. Determine the amplitude of the modulating signal that will produce a PM signal equal to 3 cos 2π(735k)t + 5 sin 2π(735k)tAnswer: 30.096 V
A coil with R=7.7 Ohms and L=23.7 mH, is in parallel with a 3.87 mF capacitance. Calculate the impedance at resonance (in ohms)?
The circuit of the given figure represents the first three stages of a typical AM or FM receiver. Find the following: a.) Total power gain APT(dB) b.) Pin(dBm) c.) Pout(dBm)
Write in rectangular and polar notations, the impedance of each of the following circuits at a frequency of 50Hz. That have a, 2.1 A resistor of 2002 in series with an inductor of 0.1H.
(a) A capacitor of capacitance 30 µF and resistance 40 Q is connected to a 100 V, 50 Hz supply. Calculate (i) the circuit impedance (ii) circuit current (iii) voltage across resistor and capacitor (iv) phase angle between the current and the supply voltage. (b) If the above circuit have to work under resonance, then find the value of inductance of the coil to be connected.
POWER SİSTEMS high voltage technique it is possible to measure pulsed (AND ANSWER THE SAME QUESTION FOR AC AND DC ) high voltages with the help of two spheres of equal radius placed on the same axis. In which case the approximate impulse,AC AND DC voltage value that can be measured with such a system with diameters of 500 mm and known spacing between them is 2.5 cm, is given correctly. (Ambient conditions are neglected and take Ed = 30 kV / cm2 k = 0.9) a) 68,65114 kV b) 81.30081 kv c) 97,08737 kv d) 65,35947 kv e) 57.48835 kv f) 46.21612 kv PLEASE ANSWER THE SAME QUESTION FOR DC HİGH VOLTAGE AND AC HİGH VOLTAGE WHAT THE DIFFERENCE BETWEEN THEM
An FM Broadcast receiver tunes from 88 MHz to 108 MHz. The IF is 10.7 MHz. The local oscillator uses a variable capacitor with a minimum value of 102 pF. Suppose the mixer uses high-side injection, what is the value of the inductor (in nH) so that the local oscillator will tune the receiver to the highest frequency on the band when the capacitor is minimum? Round off your answer to 2 decimal places.
A 240 V, 50 Hz AC supply is applied a coil of 0.08 H inductance and 4 Ω resistance connected in series with a capacitor of 8 μF. Calculate the following − Impedance, Circuit current, Phase angle between voltage and current, Power factor, Power consumed,Q-factor of the circuit at resonant frequency. Q-factor of the circuit at resonant frequency.