Figure Q3(b) shows the response of the underdamped second order system where t istime in second and c(t) is the output response in meter. Determine the:(i)Percentage overshoot.(ii)(iii)3Damping ratio.(iv) Settling time.Natural frequency (Given peak time is 4s).(ix)Transfer function of the system.(vi) Type of the input.(viii) The force response value.The natural response value.(x) The stability of the system.(vii) ONE (1) application that associated with this output response.1.41.21.0c(t) 0.80.60.40.20510t152025

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Answered: Figure Q3(b) shows the response of the…

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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Please assist with question 3, details on how to do. Thank you. Check image for Q3 3. Figure shows a PCM signal in which the amplitude levels of volt and volt are used to represent binary symbols 1 and 0, respectively. The code word used consists of three bits. Find the sampled version of an analog signal from which this PCM signal is derived.
Please refer to image below and include final circuit design diagram tq
2. a) Design a 9v DC oscillator circuit that produces a frequency of 500 Hz. The circuit may use a 555 timer or two transistor design(s). Show all calculations including the DC currents and bias voltages. Include the schematic and the required frequency formula(s). b) As a bonus, if a larger load were required to be connected to the chip, how would the schematic look and what components would be used to do design it? Also, as a theoretical approximation, if the 9v battery had a rating of 4 amp-hours, how long would it last powering this circuit? Show calculations to illustrate how you arrived at the answer.
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Discuss how the formulas presented for the underdamped response characteristics are obtained.
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Without writing or drawing tools to lean on, you must use words, not equations, graphs or schematics in your explanation. The current in a differential pair of transistors swings between the two sides of the transistor pair as the input voltage swings between the inputs. The output voltages of course follow the current inversely. Is this swing of current related to one of the chief advantages of differential operation, the elimination of common mode signals? Keep in mind, there is a restricted range of allowed current (and voltage) swing to keep the amplifier operating in a linear way

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Figure Q3(b) shows the response of the underdamped second order system where t is time in second and c(t) is the output response in meter. Determine the: (i) Percentage overshoot. (ii) Damping ratio. (iii) Natural frequency (Given peak time is 4s).