Q5. A laser jet printer uses a laser beam to print copy rapidly for a computer. The laser is positioned by a control Input, r(t), so that we have: 5(s+ 100) Y(s) =+ 60s +500 R(s) The input r(t) represents the desired position of the laser beam. If r(t) is unit step input, find the output y(t) and draw the system response. Select the correct answer for the followings 1- The system is a. Has over shoot b. Under damped c. Critically damped d. Over damped 2- The maximum percentage overshoot is a. 0% b. 30% C. 60% d. 10% 3- The rise time is a. 30s b. 35s с 15s d. 25s

Q5. A laser jet printer uses a laser beam to print copy rapidly for a computer. The laser is positioned by a control Input, r(t), so that we have: 5(s+ 100) Y(s) =+ 60s +500 R(s) The input r(t) represents the desired position of the laser beam. If r(t) is unit step input, find the output y(t) and draw the system response. Select the correct answer for the followings 1- The system is a. Has over shoot b. Under damped c. Critically damped d. Over damped 2- The maximum percentage overshoot is a. 0% b. 30% C. 60% d. 10% 3- The rise time is a. 30s b. 35s с 15s d. 25s

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.15P

See similar textbooks

Similar questions

From the circuit shown, if the inputs A and B are 0 and 1 respectively, Q5 is/has/will
Physics Design a circuit that allows you to amplify by a factor of 10 a signal described by the function e1(t) = 500mV + (2V/s) t and after amplifying it, obtain the derivative of that signal so that the final output is 100 volts .
Given the circuit, explain the effect of having the capacitor to the output. why does the output have spikes/distortion? Please provide an equation that will help explain this.
Transform symbolic time-domain voltages and currents into sdomainsymbols.
1) In a RC charging circuit, given R = 100 Kohm, Supply voltage = 12 V and voltage across thecapacitor is 5.8 V after time t = 15 ms. Find the value of the capacitor used. 2) If R = 10 Kohm and C = 10 µF, find the frequency of the astable multivibrator? Draw itsoutput waveform for Vcc = + 5 V.
Write the differential equation that is mathematically equivalent to the block diagram shown. Assume that r(t) = 3t^4
Explain the First-Order Systems and its Applications?
In terms of the shape of their response plots, how can one differentiate the responses of second-order systems?
10. This problem is all about Second-Order Circuits. Please provide an ANSWER and FREE BODY DIAGRAM. Thanks!
LRC Circuit Differential Equations, could you please solve this exercise in detail, without skipping steps, and explaining everything in detail, I do not understand the exercise very well
please answer the question based on Linear Systems Analysis topics!) ..
The op amp circuit of the figure shown below will remove the DC portion of the input voltage, v1(t), while amplifying the AC portion. Let v1(t) = 9 + 10-3 sin 600t V, RF= 36 kΩ, and Vbatt = 12 V. Find RS(in kΩ) such that no DC voltage appears at the output. (Enter your answer as a number without the units.)