1) Consider the circuit shown below, initial energy storage is zero.1000 Ω250 Ω1 μF50 mHa) Find the transfer function of this circuit, the input is the voltage source, the output is the voltageacross the capacitor.b) Find and plot the poles and zeros of the transfer function.c) Let the voltage source be vg = 50 u(t), use the transfer function to find Vo.d) Identify the transient response.e) Identify the steady state response.

Step 1: Step 2: Step 3: Step 4:

Answered: 1) Consider the circuit shown below,…

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...

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A circuit contains a capacitor with C-20.0 uF connected to an AC source operating at an amplitude of 36.0 V and frequency f-60.0 Hz. a) Gives the expression of the voltage across the capacitor vc(t) and the current i(t) in the circuit. b) We want to add a resistor and an inductor is series to the capacitor to make a resonant circuit. Whic values of resistance and inductance should be selected ?
Answer the following questions for the given electrical system in the figure: ell L I(s) Vin(s) a) Write the transfer function : b) Time constant of this circuit is 0.002sec and resistor has a value V. V. of R=5 0. Calcule the inductance value L. out in c) Obtain the steady-state value of the current i(t) by using final- value theorem when the Vin = 5 Volt. d) Draw time response of the current i(t) when Vin = 5 Volt while indicating current values i(t) at the multiple values of the time constant.
Ex. 600. A series circuit containing a resitor (6 Ohms), a capacitor (4 Farads), inductor (13 Henries), and a voltage source V. Determine the transfer function I(s)/V(s) and then determine the undamped natural frequency (Wn) and damping ratio (zeta). Answers: Wn, and zeta. ans:2
p1
1. Specify the Nyquist rate and the Nyquist interval for each of the following signals: (a) g(t) = sin(100nt) (b) g(t) = sin²(100nt) (c) g(t) = sin(100nt) + sin² (100nt)
3. Show another circuit connection of a positive clipper circuit(together with its output waveform that swings only in the positive side)
Problem 7: Determine the Transfer Function of the Electric Circuit Problem: K1 (0000000 K2 Ceeeeeee MI K3 (0000000 M2 i. M1(s)F(s) ii. M2(s)F(s) (
I sent it before put the solution seems not correct could you please Please while you are solving explain how you get pol frequency because first solution did not explain
I want answer (ii)
Nowadays switching power supplies are commonly used because they offer better efficiency and smaller size compared to a linear power supply, because high switching frequency allows for smaller transformers. One place to find a SMPS (switching mode power supply) is a phone charger. Switching power supplies cause high frequency noise on switching transients. The noise on the output is filtered in various ways but savings may be considered on the output filter (extra inductors and capacitors = extra costs), which means the output will have some amount of noise left getting to the device via the USB cable. Estimate the frequency where the phone charger starts to act as an antenna when the USB cable length is 1.9 meters. Submit your answer in MHz without the unit, rounded to one decimal place. Hint: Either "rule of thumb" can be used.
i. Briefly discuss the three types of responses in a series RLC circuit. Write down the conditions for the three responses in terms of the neper frequency, a, and undamped natural frequency (or resonant frequency), wo. ii. A series RLC circuit is connected to a voltage source that steps from 0V to 5V at t = 0s. The values ofL and C are 100mH and 0.1uF respectively, while R ranges from 200 Q to 5 k Q. Assume zero initial conditions. a. Write down the expression of the voltage across the capacitor for the three types of responses (for the three different values of R).
I need must 22,23,24 answer i will give u upvote

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