(b) The system shown in Figure Q3(a) is modified and the new block diagram of the system is as shown in Figure Q3(b). Given that the value of K = 100 and the system has been tested with three different reference inputs, which are 5 u(t), 5t u(t) and 5t? u(t). Based on Figure Q3(b) and by using steady state error analysis, calculate which could give infinite (o) steady state error.

(b) The system shown in Figure Q3(a) is modified and the new block diagram of the system is as shown in Figure Q3(b). Given that the value of K = 100 and the system has been tested with three different reference inputs, which are 5 u(t), 5t u(t) and 5t? u(t). Based on Figure Q3(b) and by using steady state error analysis, calculate which could give infinite (o) steady state error.

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

For an electrical component, the formulas for charge and voltage are given here. q(t) =Ae$ vt)-Ce $ B. Your values of A, B, C, and D are given on the Student Values Spreadsheet. A is measured in coulombs, B is measured in seconds, C is measured in volts, and D is measured in seconds. (a) Give the current of this component at time t1, where t1 is measured in seconds and is given on the Student Values Spreadsheet. You must round your answer to the nearest thousandth and give your answer as an integer followed by the appropriate metric prefix and the letter that represents the units of current. (b) Give the power of this component at time t2, where t2 is measured in seconds and is given on the Student Values Spreadsheet. You must round your answer to the nearest thousandth and give your answer as an integer followed by the appropriate metric prefix and the letter that represents the units of power. (C) Give the total energy of this component from time 0 to time t3, where t3 is measured in…
Explain the modifciation to be made to the schering bridge for the following situations: i) Hihg dissipation factor test objects II) High capacitance test objects Explain in easy language so i can understand
Please use classical method.
Please do all question with detail solution. A).Express the Maxwell's equations at a boundary between two different media. B).State the Maxwell's equations when the electromagnetic phenomena are in a perfect dielectric which has no charge and conduction current. C).Describe ONE example of electromagnetic application in biomedical fields.
In the Electric Field Mapping experiment, you used two electrodes separated by a distance L and a power supply with emf Vo. You measure V for points along a straight line perpendicular to the electrodes and joining their centers by connecting the negative terminal of the voltmeter to the cathode and the positive terminal to the pointer placed at a point in the tray along the line a distance d from the cathode. Which of the following is true? O a. The positive terminal of the voltmeter should be connected to the cathode and the negative terminal to the point between the two electrodes. O b. You should vary d but keep Vo fixed. O c. The slope of V vs. d is positive and depends on Vo only. O d. There is a linear relation between d and L. e. The slope of the calibration curve is negative.
Graph: Take a graph sheet and divide it into 4 equal parts. Mark origin at the center of the graph sheet. Now mark +ve X-axis as Vf, -ve X-axis as Vr, +ve Y-axis as Ifand –ve Y-axis as Ir. Mark the readings tabulated for Si forward biased condition in first Quadrant and Si reverse biased condition in third Quadrant.
Q8 - You wish to end up with a 2um width metal line (measured at the top of the metal lead cross section). A) You are using an isotropic wet etch process on a 1um thick metal layer. What linewidth should the protective photoresist line be to get these results? Sketch the resulting structure before photoresist strip. B) now you are using a completely anisotropic etch, what is the requisite linewidth of the photoresist to achieve the same end goal? Sketch the resulting structure before the stripping of the photoresist.
Thank you And please kindly write legibly because I'm having a hard time reading, guessing, and understanding the handwriting of different experts recently. Thanks Please refer to the photo below. Activity: Series and Parallel Capacitance
In the Chapman-Enksog predictive model of conductivity of gases, increasing the temperature from 300 K to 400 K will increase the conductivity by the 2k to be independent of temperature. Why? A) 15.4 B) 33.3 C) 86.6 %. Assume that
a) N B) NC NS) N/C D) nm TO) n/m
From your understanding, what is the differnece between a grounding wire and a grounded wire? I answered this way ... Grounding wire is connecting to ground or to a conductive body extends the ground connections. Whereas the grounded wire is connected to earth or to some conducting body that serves inplace of the earth. The replied I got from a classmate "I feel your definitions here aren't exactly different. The first describes connecting to ground and the second to earth. Those are one and the same. Am I missing your meaning, or do I have that correct?" Is he right or am I really missing the subject? Please reply me soon. Thank you
aY A copper wire with (32.3 m) Long, area (5 mm?) and Fhe cross-sectional the resistance is (120 r) at Zero tempera ture Co č) . When the temperature to (50 c) the resistance become rise (144 72), Determine the temperature cofficient (a) the specific resis tivity at (0 C) P.)