3. Consider the system described by the transfer function Gp(s)polynomial controller to satisfy the below specifications:1) The settling time is t = 1 second,2) 0.1% peak overshoot,3) and zero steady-state errorfor a ramp input. The sampling period is T = 0.01 second.1=Design a discrete-times(s+5)*

Answered: Image /qna-images/answer/a0113176-8af2-4e8c-b54d-ee6f0222a5cc.jpg

Answered: 3. Consider the system described by 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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| 2-Consider the following analog waveform.This waveform is to be sampled at a 1-kHz rate and quantized with a 3-bit quantizer (input voltage range is -1.0 to +1.0 V). (a) ) What is the resolution of this quantizer? (b) p) On the graph, circle the sample points on the analog waveform below. Note that the time axis is in msec. (c)() On the graph, indicate the quantization intervals and corresponding digital words. (d) ) On the graph, indicate the digital word assigned to each sample point. (e)() When a receiver receives the transmitted bits, D/A is used to recover the analog signal, but the recovered signal is not the same as the original analog signal. What is the term to describe this difference and what can be done to minimize this difference? 075 0.5- 025 025 0.5 075 10 time (msec) W oprajjdwe
1
Problem?) For a boost DC-DC Converter supplied by 100V, switching frequency 500HZ, on-period 600µsec, and load resistance 12. Compute the following: 1) DC output voltage, 2) DC output current, 3) Input DC current, 4) DC inductor current, and 5) The required input inductance and output filter capacitance so that reduce the input ripple current to 20% of the average input current and output ripple voltage to 10% of output average voltage.
4. Signal conditioning element basically takes the output of the sensing element and converts it into a form more suitable for further processing, usually in the form of a DC voltage, DC current or variable frequency AC voltage. The output of the sensing element is usually too small to operate an indicator or a recorder. Therefore, it is suitably processed and modified in the signal conditioning element so as to obtain the output in the desired form that is amplify the signal and filtering the unwanted signal. i. Describe the aliasing phenomenon. ii. Suggest a solution to minimize the effect of aliasing.
(Aliasing) An analog-to-digital converter samples a 20 Hz voltage signal at 100 samples/s. a. What is the frequency of the sampled signal? Is it aliased? b. Now suppose a second, 60 Hz signal, caused by line noise, is added to the original signal. To what frequency is this this line noise aliased? c. If the sampling rate is lowered to 50 samples/s, what frequencies are now present in the sampled signal? Power Supply -width
Ex. 806. A PI controller has an integral gain of 17. What is the proportional gain if the zero is placed at s=-14? Where is the pole? ans:2
Please solve with steps
In your own words, describe a situation in which a small differential signal is of interest and a large common-mode signal is also present.
The signal illustrated in Figure E.47 is part of a binary-phase-shift-keyed (BPSK) binary data transmission. Write a mathematical description of it. x(t) BPSK Signal t (ms)
The following figure depicts a sampled analog signal for digital signal representation. By applying the concept of Pulse Code Modulation find the 4-bit code words and finally draw the line coding by using Bipolar-AMI scheme. You have to solve the problem by using step by step formulation of normalized PAM values, normalized quantized value, normalized error and quantization code. Assume that the sampling amplitudes are between -40V to +40V. Time Analog Signal Value (V) 23.7 1 -15.7 2 -29.6 3 20.5 33.5 4.
Q_. A simple comparator and a Schmitt trigger are shown in Figures 2(a) and _(b). The maximum output voltage, Vmax, can switch between -10 V and ! 10 V for both circuits. The lower and upper trigger levels of the Schmitt trigger are -1 V and 12 V, respectively. a) b) Based on the information given above, sketch the transfer characteristics for both circuits. +2V Show that the hysteresis of the Schmitt trigger of Figure 2(b) can be expressed as c) Using the parameters provided above, determine the ratio of R₂/R₁ for the circuit of Figure 2(b). 1₂ Vhys = Figure 2(a) 2.R₁-Vmax R₁ + R₂ V₂ KŲ +0.6V R₂ Figure 2(b) Tºv.
hand written answer,please

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