Of the circuit below;a) Write and explain briefly what kind of filter it is.b) H (jw) = (Vo(jw)) / (Vi (jw))Write the transfer function in terms of w, R, L, C and RLc) Cutoff frequencies 1 x 105 rad / sec and 4 x 106 rad / sec andFind the values of R, L and RL, which makes the maximum permeabilityHmax = 0.9 (C = 1nF can be taken.).d) What change must be made to make the maximum permeability of the circuit 1?RRL

Note: As per the policy, I have attempted the first three questions. (a) The filter given in the…

Of the circuit below; a) Write and explain briefly what kind of filter it is. b) H (jw) = (Vo(jw)) / (Vi (jw)) Write the transfer function in terms of w, R, L, C and R. c) Cutoff frequencies 1 x 105 rad / sec and 4x 105 rad / sec and Find the values of R, L and RL, which makes the maximum permeability Hmax = 0.9 (C = 1nF can be taken.). d) What change must be made to make the maximum permeability of the cim R R.

Of the circuit below; a) Write and explain briefly what kind of filter it is. b) H (jw) = (Vo(jw)) / (Vi (jw)) Write the transfer function in terms of w, R, L, C and R. c) Cutoff frequencies 1 x 105 rad / sec and 4x 105 rad / sec and Find the values of R, L and RL, which makes the maximum permeability Hmax = 0.9 (C = 1nF can be taken.). d) What change must be made to make the maximum permeability of the cim R R.

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

Similar questions

Hju) = Quo + 50Vw (us+ 10o0) Which Bode plot comresponds to this transfer function? Aus A) 20 -2odB/deeade -20 -201B/decole -20 -2018/decda 10 100 Ik ASB AdB c) 20 -20dB ecade -20 -20 100 AdB c) -2odB -20 100 1o OA Plot A O B. Plot B OC. Plot C O D. Plot D
This is an LTI Second Order Subject: Passive Low Pass Filter. Please show the step by step solution for each problem asked. If you managed to do this then I will give you an upvote for your answer and failing to do this will give you an downvote. 1.) Solve for the Voltage Out of given circuit below using circuit analysis. The given values are already displayed. The answer should be around 330mv. Show your solution step by step. 2.) Solve for the Voltage Out again but now with using the transfer function I have obtained below. If you used magnitude below please explain why did you use magnitude and square root please explain the concept behind that. note: Please don't use the solution in bartleby because I found them wrong. Especially the one who used degrees on it.
I need handwritten answer and do all the steps atleast 2 pages
Draw polar plot for the open loop function given. Determine Phase margin, Gainmargin, Phase cross over frequency, Gain cross over frequencyG(s) H(S)= 1/s2(1+s)(1+2s)
Question 4 a) For the circuit given in Figure Q4a, the source voltage is 240V, 50 Hz. R1 V1 8 Ω R2 3 Ω L1 0.02 H C1 0.68 mF Convert the circuit to its Thevenin equivalent circuit. Load b) Design a bandpass filter with a lower cutoff frequency of 9 MHz and upper cutoff frequency of 11 MHz. Show all your calculations.
B: The frequency test data of certain elements plotted on the bode diagrams and asymptotically approximated are shown below find the transfer function. dB4 -12 dB 4 40 2.5 -6 dB/octave -20 dB/decade 2.5 (a) 10 (b) 10 25 6 dB/octave 40 dB/decade 40 log w log @ 60 dB/decade
A switching circuit is used to filter out high frequencies has series connection of C1=0.3F, C2=0.2F and L=0.10H. It is connected to a supply voltage (Vi). Find the transfer function Vo(s)/Vi(s) if the output is measured across C2. a. 1 /(0.006s2 + 0.5) b. 0.3/(0.006s2 + 0.5) c. 0.2/(0.006s2 + 0.5) d. 0.5s/(0.006s2 + 0.5)
a) Compute the transfer function T(w), the absolute value, and phase at resonant frequency. b) What kind of filter is this? Please answer in typing format please ASAP
I want the answer in detail and as quickly as possible please Q/ Using capacitors and resistors, design A - (band-pass filters) with Fl=105HZ and Fh=115HZ. B - Design (band-pass filters) with FI = 215HZ and Fh = 225HZ.
Please solve the question, thank you
help with all parts of the question thanks
i need the answer quickly