QUESTION 8 What is the gain margin for G3(s)=100/(s(s+4)(s+8)) when connected with unity negative feedback and a controller gain of 0.29? Find the gain margin as the gain ratio, not dB. Give your answer to 2 d.p. Remember: GM=1/abs(G(jw_pc)) or GM (in dB)=-20log(abs(G(jw_pc)) where w_pc is the phase crossover frequency.

QUESTION 8 What is the gain margin for G3(s)=100/(s(s+4)(s+8)) when connected with unity negative feedback and a controller gain of 0.29? Find the gain margin as the gain ratio, not dB. Give your answer to 2 d.p. Remember: GM=1/abs(G(jw_pc)) or GM (in dB)=-20log(abs(G(jw_pc)) where w_pc is the phase crossover frequency.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Simplify the following function with a map, then implement it with a two-level NAND circuit. ?(?, ?, ?, ?) = ??′?′ + ?′? + ??? + ??′? + ?′?′?′
There are many sensors on a wind turbine, based on each sensor's reading many alerts are generated as (start, end). For easier monitoring, our customer is asking to raise alerts on the turbine level instead of on each sensor. If any sensor is having an alert, there should be an alert for the entire wind turbine. Suppose the alerts created with two sensors readings are [(0,3),(5,10),(1,4),(10,15)], then the turbine level alert should be [(0,4),(5,15)]. Return the alerts sorted by the start timestamp. If there is no alert from the sensor level, return an empty array []. Code needs to be in Python?
first 3 only please asnwer them with as much work as you can
Simplify the following boolean expression to sum of product form using K Maps also draw the circuit diagram. F = W' X' Y' Z' + W' X' Y' Z+ W' X'YZ' + W' X Y' Z' + W' X Y Z' + W X Y Z" -- W X Y Z
Use MATLAB to obtain the response plots in parts (a) and (b): a. Unit Impulse response plot of a system (G(s)) whose Transfer Function is: 1 s² + 0.2s + 1 b. Unit Step response plot of a system (H(s)) whose Transfer Function is: G(s) = = S s² + 0.2s + 1 c. Explain analytically why the impulse response plot of sys1 (in part (a)) is the same as the step response plot of sys2 (in part (b)). H(s) =
We must draw for each output Karnaugh map and minimize all maps. The simplified outputs: a = ĀC + ĀBD + BCD + ABC b = AB + ACD + ĀCD + ABC c = ĀB + ĀD + BCD + ABC d = ACD + ABC + BCD + ABC + ĀBŪD e = ACD + BCD f = ĀBC + ACD + ĀBD + ABC g = ACD + ABC + ABC + ABC %3D %3D
Look forward to hearing from you soon,
SOLVE IN MATLAB. How do I write the code to solve this in matlab?
Question no. 1: design Schematic diagram and verify truth table. Of given circuit ABC Out 000 |0 001|0 with the 0 10 0 "brute force" 0110 1000 1011 1101 1111 ABC + ABC + ABC A B implementation:
10
Use the same code to draw the noise and rxx signal using plot (x,y) ?
Let Q8 = <a, b | a8 =e, a4 = b2, b-1ab = a-1>. Find a Hamiltoniancircuit in Cay({a, b}:Q8).