Consider the following circuit where Rf =5kΩ Select a value of C to give a bandwidth of 100 rad/sec and a value of R1 to give a DC gain of -10. Enter the value of C in μf   In the above circuit in question one, what is the value of R1.

Q: 5. For the circuit of Fig. 5, R1 = 5 kN and C= 10 nF. If V2/Vi = 0.8 0º at 15 calculate R2, L, and…

A: To solve above problem, one should have basic idea about working of AC circuits. Above given circuit…

Q: Q.8: Design a component values for RLC series circuit with center frequency of 20KHZ and quality…

A: The solution for the given problem is given below and corner frequencies ae also solved.

Q: derive the following in terms of R, L, and C:a. Transfer function H(jω) = Ṽout/Ṽin.b. Damping…

A: (a). The circuit diagram is: The transfer function of the circuit is determined as follows:…

Q: A) By Cascading a first-order op RC low-pass circuit with a first-order RC high-pass circuit, one…

A: The OP-amp configuration works as unity gain Amplifier  and R5 and C4  network work as a Low…

Q: a) Derive the transfer function yourself and show that the high-frequency gain is (-R R;) and the…

A: The answer to the above problem is provided below:- Note:- I tried really hard to make sure each and…

Q: The bode diagram of the following open-loop TF is as shown in Fig. below: K GH(s)=- s(s+2)(s+2) 1-…

A: The open loop transfer function is given below,TF= GH(s)=Ks(s+2)(s+2) The bode plot for the open…

Q: The cross over frequency of the system witj transfer function K(s+1)/s2 and phase margin equal to…

A: Considering the value of the constant K is positive.. The formula for the phase margin is given as:

Q: 1. Design a Smith Predictor for the plant -5s G(s) : (s +1)(6s+1) Design for a closed loop bandwidth…

A: Smith Predictor :  A model based controller which is useful for processes with long dead time is…

Q: Vcc +9 V Bpc = Bac = 125 Che = 25 pF Che = 10 pF Rc 220 Ω Determine the critical frequencies…

A: Given data, βDC=125βac=125Cbe=25 pFCbc=10 pFRC=220 ΩRE=100 ΩC1=1 μFC2=10 μFC3=1 μFRL=680 ΩR1=12…

Q: I ii. iii. 10.2 mA /0° R₂ = ∞ R₁ Design the network in the figure to have the following…

A: Given: BW=500HzQp=30VCmax=1.8V (at resonance)

Q: 3. Design a Difference Amplifier circuit with a gain of 10. • Show the schematic of the circuit •…

A: As per our policy, i have attempted three question. Difference amplifier circuit is

Q: a) Draw the equivalent circuit of the current mirror in the middle frequency domain. Find the…

A:

Q: SUPPOSE A CIRCUIT HAS A TRANSFER FUNCTION OF THE FORM A (w): A. (1- ). FOR A. 10 Vlv hND jw Wo Wo=…

A: In this question we need to find DC gain of the given transfer function.

Q: Q 2. An amplifier circuit is shown in Figure 2. Use the short-circuit and zero-value methods to find…

A: For the given circuit of amplifier  lower 3-dB frequency, higher 3-dB frequency and mid band gain is…

Q: Which of the following is a disadvantage of FM over AM? -FM normally requires a very wide…

A: To find disadvantage of FM over AM

Q: Q4/design HPF with R= 5K2 and C=50nF then calculate the magnitude and phase of transfer function for…

A: HPF (High pass filter ) passes the block of the low-frequency component and passes the…

Q: 1. Consider the system shown in FIGURE Q1. а. Construct the Bode Plot of the open-loop transfer…

A:

Q: Given open loop transfer function of K(s+5) (s+1)(s^2+4s+8) Sketch the root locus using scale…

A: Given open loop transfer function is Gs=Ks+5s+1s2+4s+8. Since feedback gain value is not given so we…

Q: for the following given circuit a) find Avs mid = Vs/ Vi. b) define the values fLS, fLC and fLE. c)…

A: Dear student as per our guidelines we are supposed to solve only one question in which it should be…

Q: etermine the bandwidth Ωo of the signal x(t) = 2a/(t2 + a2) that corresponds to 50% (percent) of the…

A:

Q: We use the transfer function Vo (s) / Vi (s) for the electric circuit given in the figure. in terms…

A:

Q: Q2. For the circuit shown in Fig.1 (i) Analyze the following circuit and (ii) draw the Bode plot of…

A:

Q: derive the following in terms of R, L, and C:a. Transfer function H(jω) = Ṽout/Ṽin.b. Damping…

A: Take the Laplace transform of the circuit and indicate the node voltages.

Q: Q1: The bode diagram of the following open-loop T.F is as shown in Fig. below: K GH(s)= s(s+2)(s+2)…

A: Gain margin: It is the amount of change in an open-loop system that requires to make a closed system…

Q: 2. (a) The Band Pass filter(BPF) circuit that you have done in the lab, work on the principle of…

A: (a) The band pass filter only passes the signal that is between a specific frequency range. The…

Q: 1. For the RLC circuit below, calculate: a) The theoretical resonant frequency (fo), of the circuit.…

A:

Q: Design a differentiator to have a time constant of 10-2s and an input capacitance of 0.01µF. What is…

A: Given,Time constant τ=RC=10-2sand C=0.01μFSo,R=τC=10-20.01×10-6R=1MΩ

Q: derive the following in terms of R, L, and C:i. Transfer function H(jω) = Ṽout/Ṽin.ii. Damping…

A: Part i: To calculate the transfer function, apply the voltage divider rule in the circuit.…

Q: 1. Consider the system shown in FIGURE Q1. а. Construct the Bode Plot of the open-loop transfer…

A:

Q: An RLC circuit such as that of Figure (a) has R = 6.99 2, C = 24.7 pF, L = 1.23 H, and Em = 44.2 V.…

A: Given Data: R = 6.99 ohm C = 24.7 uF L = 1.23 H em = 44.2 V

Q: The gain cross over frequency of the system witj transfer function K(s+1)/s2 and phase margin equal…

A: According to question: The gain cross over frequency is calculated as

Q: What energy is expended in a circuit that is in resonance?

A: As per our policy i have attempted only one question. The resonance condition is given as:…

Q: Q9. The specifications of a tuned amplifier are as follows. Voltage gain = 12, VCE = 7V, B =75, Ie…

A: The detailed answer is solved below according to the given parameters and instructions in the…

Q: For the circuit shown: 1. If there is a resonance in the circuit, so find the total circuit RL 120…

A: The solution is given below.

Q: for the following given circuit a) find Avs mid = Vs/ Vi. b) define the values fLS, fLC and fLE. c)…

A:

Q: 1D In the amplifier of Figure 1, g--6.667 mS, Ip 0.5 mA, 2,-A-0.1 V and CL-31.83 pF. Neglect all…

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

Q: a) Find the transfer function corresponding to the straight-line gain plot b) Compare the…

A: A) Gain plot : 20 dB/dec →1 Poleω changes from 10 to 100, so slope will be -40 dB→2 Pole at ω=10…

Q: Suppose a circuit has a transfer function of the form A(w) = For Ao = 10 V/N and wo = 100rad,…

A: First we will find out the gain at given frequency .

Q: Study the following series RC circuit. HE C + Vi RZ Vo (a) As w→0, the capacitor behaves like what…

A:

Q: Design a bandpass filter using resistors and capacitors. You can select the values ​​of R and C…

A: Here we need to design a Bandpass filter by using RC elements with lower cutoff frequency i.e 6kHz…

Q: Consider the system shown in Fig.7. Draw the Bode-diagram of the open-loop transfer function G(s)…

A: "According to to the Company's policies we will solve the first part of the question as the second…

Q: Given R1 = R2 = 100 Q and L = 2 mH. Based on the circuit in Figure A, i) ii) iii) Obtain the…

A:

Q: Q2 The open-loop transfer function of a system is 500K G(s) = and H(s) = 1 (s + 3)(s + 7)(s + 12)…

A: In the circuit Open loop transfer function is given Draw the bode plot and process of gain margin…

Q: 1) In the amplifier of Figure 1, g--6.667 mS, Ip=0.5 mA, A- -0.1 V- and CL=31.83 pF. Neglect all…

A: Given the circuit, as shown below: 1. In the given circuit as shown above: gm=6.667 mS, ID=0.5…

Q: Q.1 For the circuit shown, calculate the re and the Rc that required to obtain 177HZ lower critical…

A:

Q: -H

A:

Q: 752. See Figure 752. D=5. The Bode gain and phase plots for a RC circuit are shown in the fig.…

A:

Q: (a) Explain about transfer function H(@) and its important in circuit analysis. (b) Given the…

A: As per the guideline we need to solve only first three sub part of a question.   we need to explain…

Q: For the network of figure below: a. Find Avmid = Vo / Vi. b. Determine fis. fLc. and fLE. c.…

A:

Operational Amplifier

An operational amplifier also called op amp is an integrated circuit or analog circuit that takes input as a differential voltage and produces output as a single-ended voltage. It is an IC that can amplify weak electric signals.An op amp has one output pin and two input pins. The basic role of an opamp is to amplify the voltage difference between the two input voltages. It is also used in filtering or to perform mathematical operations or in signal conditioning.