Solve below 1. The following control system is given (figl):FFFWCDCPDyFig.1Where r- is reference y- controlled variable, d- disturbance:,transfer functions:/FF -desired dynamics, FW-feed-forwardcontroller, C- controller, P-plant to be controlled, DC-disturbance controller/.1.1 Let d=0, find the output y to reference input r transferfunction Wyr.1.2 Let r-0, find the output y to disturbance input d transferfunction Wyd.!!1.3 Find DC, such that the Wyd is equivalent to zero.1.4 Find FW, such that the Wyr is equivalent to FF.

Answered: Image /qna-images/answer/660a6907-4987-4424-b7af-e72593621b17.jpg

. The following control system is given (fig1): FF FW C DC P D Fig.1 Where r- is reference y- controlled variable, d- disturbance:, ansfer functions: /FF -desired dynamics, FW-feed-forward ontroller, C- controller, P-plant to be controlled, DC- sturbance controller/. 1 Let d=0, find the output y to reference input r transfer nction Wyr. 2 Let r-0, find the output y to disturbance input d transfer nction Wyd. 3 Find DC, such that the Wyd is equivalent to zero. 4 Find FW, such that the Wyr is equivalent to FF.

. The following control system is given (fig1): FF FW C DC P D Fig.1 Where r- is reference y- controlled variable, d- disturbance:, ansfer functions: /FF -desired dynamics, FW-feed-forward ontroller, C- controller, P-plant to be controlled, DC- sturbance controller/. 1 Let d=0, find the output y to reference input r transfer nction Wyr. 2 Let r-0, find the output y to disturbance input d transfer nction Wyd. 3 Find DC, such that the Wyd is equivalent to zero. 4 Find FW, such that the Wyr is equivalent to FF.

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

Answer the questions about the Binary Weighted DAC: i. Design a 6-bit Binary Weighted Resistor DAC with Vref = 3.3 V, the feedback resistor RF = 16KN. Use commercially available resistors in your eircuit diagram. ii. Determine the analog output of the designed 6-bit Binary Weighted Resistor DAC, Vout for input bits (a) 100010 and (b) 101000.
ASAP
Discuss the concept of transfer functions in system modeling and their significance in control theory.
Describe the concept of transfer functions and their application in control systems.
Identify the given statement. FM and PM demodulators can actually reduce noise and increase the signal-to-noise ratio during the demodulation process by using limiters. This is known as the capture effect. Select your answer. The statement has no fixed information. The statement is false. The statement is true. The statement is a case-to-case basis.
Suppose there is a system consisting of temperature sensor, ADC, DAC and a Fan. The temperature sensor gives output as voltage value. As the temperature increases more than 18°C it produces the voltage of 8.17 V. That voltage is then put through a 4-bit Successive Approximation ADC as input. After that the output of that ADC is applied to a 4-bit R/2R- ladder DAC to produce enough voltage to turn ON the fan. Take R=”Group#” KΩ. Consider logic “1” as 7 V and logic “0” as 2V. (i) Illustrate the block diagram for the system showing ADC, DAC, Fan and temperature sensor. (ii) Design the circuit diagram with ADC & DAC for the complete system showing necessary parameters value.
Q4: Answer THREE only. A. List four sources of possible errors in instruments. B. Define the random error. C. Classify, in a table, the bridges used for measuring component values and their application. D. Define the signal conditioning element. What are the main achieved processes in this element with a brief explanation of cach process? E. Draw the block diagram of analog to digital converter (ADC). F. what are the typical applications of the linear multiplier including? describe only one type in details with diagram.
What is non linear modulation?Explain with example?
Q) The static characteristics of the measurement instrument are act -- The linearity of the output. The relation between input and output. The nonlinearity of the output. O Not all above.
Design PID controller and calculate the overall transfer function if Kp, Kd, and Ki parameter values are determined using Ziegler-Nichols method. The system is unity feedback shown in Figure 3 (a) and step response of the system is given in Figure 3(b).
Discuss state-space modeling and its advantages over transfer function modeling in the context of control systems.
1. a) An analog signal contains frequencies up to 12 kHz. (i) What range of sampling frequencies dose allow exact reconstruction of this signal from its samples? (ii) Suppose that we sample this signal with a sampling frequency Fs = 9 kHz. Examine with proper diagram what happens to the frequency component F1 = 6 kHz after passing through the digital to analog converter. (iii) Repeat part (ii) for a frequency component F2 = 11 kHz. b) Why is it necessary to introduce an analog low-pass filter before analog to digital converter? Illustrate the fact with necessary diagram.