24 - Calculate: 1-The value of Z that easures resonance and the value of the resonance frequency. 2-The value of Z that ensures maximum power transfer to Z and the value of this power. 150 -j20n 120 20/75 vO 181 SoV 60/ 10

Q: IN A SERIES CIRCUIT HAVING EQUAL VALUES OF R, Xl AND Xc OF 11 OHMS, IF FREQUENCY IS REDUCED TO 0.411…

A: The value of resonance frequency of series RLC circuit is given as: f=12πLC=12π11×11=0.014468Hz The…

Q: Low Frequency Response: Compute for the following. a. re 9V 2.3 ΚΩ 30 ΚΩ 1uF 1.6 ΚΩ 1uF 11 1uF Η 5.6…

A: Given:

Q: For the electric circuit shown in figure below, find the value of the average total power at…

A: At Resonance means:- Xl=Xcwl=1wcl=1w2c  =1106×1×10-3  =10-3H

Q: chopper has input voltage of 280 and the load resistance as 6Ω, the average load current as 51.5A.…

A:

Q: O A series RLC has hesonant fregores o7 10% radl s and bandwidh2, of so rad/s. If the voltage Vo-asu…

A: In RLC circuit at resonance the inductive reactance  is equal and capacitive reactance. Dynamic…

Q: Determine the following: Zi Avs = Vo/Vs fLG, fLC, and fLS low-cutoff frequency

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Q: Determine the resonant frequency of the Wien bridge oscillator for the resistor 11kO and capacitor…

A: we need to determine resonant frequency.

Q: estión All of the following statements are correct except: The bandwidth is defined as the ratio…

A: a). The band width is defined as the ratio between resonant frequency wo  and quality factor Q. This…

Q: Determine the resonant frequency of the Wien bridge oscillator for the resistor 11KO and capacitor…

A: Given, Resistance (R) = 11 kohm  Capacitance (C) = 0.1 nF

Q: Determine the resonance frequency (kHz) for the circuit shown below: 10UF 10 0.5mH Vs 2250 2.25 225…

A:

Q: 52. Sketch the Bode plot of the following function: A₂ = 200 200+i 0.1f

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Q: 15 There will sometimes, natural, XL = XC always, natural, R = 0 always, resonant, XL =XC sometimes,…

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Q: At resonance condition, the phase angle is zero. Select one: O True O False

A:

Q: a.  Given the Bode diagram in figure 2, obtain the following by showing horizontal and vertical line…

A: The required parameter can be analyzed by using the bode magnitude and phase plot.

Q: Refer to the circuit of Figure 21-10. it 800 pF 200 HAZ0 R C150 k2 L3200 uH FIGURE 21-40 a.…

A: Given figure,

Q: A parallel resonance network consisting of R-602, C=120µf and L=200mH is connected across a…

A: Resonance: Resonance is the frequency response of a circuit when it’s operating at its natural…

Q: 2. Based on the Bode plotter readings, determine the value of R. out C = 20 nF Mode Magnitude Phase…

A: We need to find out value of resistance for given 3 db frequency

Q: Listen Increasing the L/C ratio of a series resonant R-L-C circuit while maintaining constant…

A: In this question,   We need to choose the correct options What is affact if increase the Ratio of…

Q: Calculate the resonant frequency of the network show below. imm www R2 Az 2 46

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Q: Frequency characteristics manually ( bode plot )

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Q: measure the cutoff frequency 2-Graph av and Theta against frequency

A: From the table values, the gain at the low frequency is maximum (approx) to 1. As the frequency…

Q: 0.1 H 1F ww

A:

Q: +12V NS C1 Vin (9 T12 NS -8V 390K 5.6K

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Q: 10 uf Vo 1 KHz

A: a. This is the high pass filter. Because at the high frequencies the value of capacitive reactance…

Q: What is the expected frequency at resonance fs if v = 50, R = 2.2k ohms, XL = 1.0k ohms, XC = 1.0k…

A: The resonance frequency for RLC circuit is given by: Where,  The inductive reactance is “XL”, The…

Q: Find the exact 1012 2mll 3012 60μF 562 3pF 50m

A: Given circuit diagram,

Q: There will be a frequency, called the frequency, at which always, natural, R = 0 sometimes, natural,…

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Q: Assume that distortion-less transmission through this network occurs if the output vout has less…

A: Given circuit is as shown below,

Q: INSTRUCTION:USE 5 DECIMAL PLACES A parallel RLC consists of , RL = 150, XL = 30, RC = 100, XC = ?, E…

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Q: Question 3 All of the following statements are correct except: The voltage across the L and C…

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Q: Consider the circuit of Figure 21-6: RG = 50 + 16 sin wt 0.044 μF FIGURE 21-6 a. Find the resonant…

A:

Q: ER L R= C-

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Q: Determine the resonance frequency (kHz) for the circuit shown below: 10UF 0.5mH Vs

A:

Q: 44 IF tel IND RESONANT Freguency.

A: we need to find out resonance frequency.

Q: At resonance the current flowing in *: the circuit is Minimum Nor Neither Maximum

A: Resonance :- resonance is the result of oscillations in a circuit as stored energy is passed from…

Q: For the circuit shown in figure below, find the total dissipated power at resonance. * RL Rc Vs 20V…

A: In this question,  We need to find the power dissipate at the resonance.  At resonance, imaginary…

Q: 1. Define the 1,1 alternating current

A:

Q: to 30MF Draw bode plot for Vo Vs

A: Laplace transform is used to convert time domain function in to frequency domain. Transfer function…