3-When you tuned a PID controller using the Trial and error tuning method. The P tuning action is increased: A) The damping of the response. B) The steady-state response. C) The speed of the response. D) All the above. 4-In single-input single-output systems, The transfer function is equal to: A- The system impulse response. B- The system unit step response. C- The system ramp response. D- All the above. 6:25 PM✓

3-When you tuned a PID controller using the Trial and error tuning method. The P tuning action is increased: A) The damping of the response. B) The steady-state response. C) The speed of the response. D) All the above. 4-In single-input single-output systems, The transfer function is equal to: A- The system impulse response. B- The system unit step response. C- The system ramp response. D- All the above. 6:25 PM✓

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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Q:: Read each statement carefully and answer by True or False (if False then, correct the statement). 1- Decrease the derivative time to reduce the effects of noise on feedback. 2- In the process systems, the integrator variables are always to be controlled because the integrators are unstable. 3- It is required to do a data validation before proceeding wiun une vmp.. modelling procedure. 4- Without a measurement filter, the noise does not go "around and around" in the feedback loop. 5- Feedforward control affects the stability of the Feedback control system when they are used together. 6- The statistical method has more calculations than process reaction curve method IIl when finding the empirical model.
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QI Ref RG RM A1 Vou VOUT Digital A DACI Input, DIN VDAC Figure QI Figure QI shows the circuit used to condition the output of the n- bit Digital to Analog Converter "DACI" having a digital input value of Dw. DACI may be assumed to have a voltage output with zero source resistance coded in "straight binary" such that • For a binary input of Dy = 000...000 the output voltage vaac is 0 V • For a binary input of Dw = 111..111 the output voltage vaac is Vn Where Vg is a positive voltage reference. Neglecting Ry and assuming that opamp Al is ideal, show that the output voltage v, is (а) OUT R. for D, - 000000 R (i) Vay- ref (ii) Vor for D,-111..111 Hence choose values of Ro and R to give an output voltage range -V Svar S (iii) Re-draw Figure Q1 to show all sources of DC opamp error and say why they have the signs you have given them. (b) Hence derive an expression for the emor in vug due to opamp DC input cur. and voltage errors including both bias and offset currents. (c) If the two…