For the circuit of the adjacent figure, re' = 2.5 Q, Vcc = 15 V and Bac = 100. Sketch the total low frequency response on a Bode plot showing: (a) The critical frequencies (b) The roll-off rates 12 K 500 Rc R1 0.12 "F 0.3"F 250 Cal20 "F Vin 12 K R2 RL 500 500 RE

Q: Determine (draw) the bode plot (magnitude and phase) of the following system: G(s) = 15- s+9 +3s+50…

A: Rewrite the transfer function in the pole-zero format.

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Q: For the circuit of the adjacent figure, re' = 2.5 Q, Vcc = 15 V and Bac = 100. Sketch the total low…

A: The mid-band voltage gain is determined as: Avmid=Rcre'=RC||RLre'=500 Ω||500 Ω2.5 Ω=250 Ω2.5 Ω=100

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Q: نقطة واحدة *.The relation between current and admittance locus is the voltage False True نقطة واحدة…

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A: The transfer function will be written as:

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A: Solution:-                Given:           Po2=Io2R2=Io22 R       ⇒Po2=0.707 Io2 R=100w→…

Q: Q.11: For the circuit shown: 1. Draw the total admittance locus. 2. Find the value of "R" that makes…

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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: The Bode amplitude and phase diagrams of the system 5+ 25 GIS) = sts + 1(5 + 10) are given in Figure…

A: Since you have posted multiple different questions. we will solve the first two questions for you.…

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

A: GivenR=60ΩC=120μFL=200mHVs=100VThe resonant frequency is given byfo=12πLC   =12π200×10-3×120×10-6…

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A: Here I have drawn the bode plot.

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A: In this question,  Draw the bode plot I. E magnitude plot and phase plot.

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Q: Q.15: For the circuit shown: 1. Draw the total admittance locus. 2. Find the value of "R that makes…

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A: Note :- As per guidelines we are supposed to answer only 3_subparts. So I request you to post other…

Q: 8. a) Figure Q.8(a) shows the Bode plot of the system with transfer function: 50 G(s) - s(s + 1)(s+…

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Q: Q5 A unity feedback control system has open loop transfer function: 2 G(s) = s(1+ 0.5s)(1+ 0.05s)…

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Q: Given transfer function of system as below: s+ 2 s² + 2s + 81 C(s) R(s) Draw the Bode Diagram…

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Q: Q.17: For the circuit shown if RL varies from 5 to 100 1. Did the value of "R" effect on resonance,…

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Q: A. Determine the cut-off frequency for a low pass RC with R = 10-KO and C = 3.3-nF. B. Determine the…

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Q: parallel resonance network consisting of R=60Ω, C=120µf and L=200mH is connected across a sinusoidal…

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Q: 8.34: For parallel resonant circuit with fo=2MHz, Q=10 & L=25µH, with maximum input current of 20mA…

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Q: OVo(t) Vin(t) 1kQ 9kQ 1uF

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Q: 2) Obtain the transfer function H(e) corresponding to the phase plot in figure below, 10 dB…

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Types of Charge Carriers

A carrier is a type of object which carries a particular thing from one point to another point. For instance, people use different vehicles from one place to another, and the vehicle carries those people and acts as a carrier.