solve 2 &3 Software Used: MATLAB1-Enter the ZOH program. Try adjusting the sampling rate of the digital system.disp ('Zero Order Hold Circuits');Tcont = 0.001 % Set continuous time increment must be <<samplingincrementtc=0: Tcont:2; % Define continuous time vector from 0 to 2A = sin (2*pi*1*tc); % Define continuous signalw=2pif, f=1Hz sinewave%A sin (4*pi*1*tc+(pi/4)); %%% 3-Repeat the exercise=figure(1)hold on % Hold figure for more than one plotplot (tc,A)Tsample=0.1; % Define sampling timets=0: Tsample: 2; % Define digital time vector from 0 to 1As = sin (2*pi*1*ts);%As = sin(4*pi*1*ts+(pi/4)); %%% 3-Repeat the exercisestem(ts, As,'g') % Plot samples on same axis as continuoussignalhold off % Release figuretitle('continuous signal with samples')legend('continuous signal', 'samples')figure (2) % ZOH characteristicsholdtitle('ZOH characteristics')plot (tc,A) % re-plot continuous waveformstem(ts, As,'g') % re-plot samplesstairs(ts,As, 'c') % "fill in" sampleshold offlegend('continuous signal', 'samples', 'ZOH characteristics')% For demonstration purposes, add a continuous signal equal toA, but delayed by T/2.B= sin(2*pi*1*(tc-Tsample/2));0/0/0/%B= sin(2*pi*1*(tc-Tsample/2)+(pi/4)); %%% 3-Repeat the exercisefigure(3)hold onplot (tc,A) % re-plot continuous waveformstairs(ts, As, 'c') % Plot ZOH characteristicplot(tc,B, 'r') % Plot delayed signalhold offtitle('continuous signal with ZOH characteristic')legend('continuous signal', 'ZOH characteristics', 'delayedsignal')2-Repeat the exercise with sampling rate less than 2Hz.3-Repeat the exercise for the following continuous time signals: sin(4*pi*t + [pi/4])

we have to write ZOH program by varying sampling frequency in Q2 and input signal in Q3.

2-Repeat the exercise with sampling rate less than 2Hz. 3-Repeat the exercise for the following continuous time signals: sin(4*pi*t + [pi/4])

2-Repeat the exercise with sampling rate less than 2Hz. 3-Repeat the exercise for the following continuous time signals: sin(4pit + [pi/4])

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...

Similar questions

i need the answer quickly
find the relation between C and R in the block diagram shown G4 C G1 G2 G3 H3 H2 H1 R G1 G2 G3 G4 G5 G6 G5 G4
i need the answer quickly
Δ=?
What happens if C3 is completely removed and why?
(2) AS SHOWN INTHE CKT. DIAGRAM BELOW SOLVE (ASI (B.)I2 AND (C.) I3 SGV+ II LOOPI2, LOOPI2 AND LOOPI 2
An alternating current completes 3 cycle in 7.75 ms. What is its frequency in Hz? Round your answer to 2 decimal places.
One of these is the answers, according to the book.
Problem #14. Find V2.
2.3 Only use the clockwise loops: ABFGA and BCDEFB. Solve the following circuit by applying Kirchhoff's Circuit Analysis. The resistor values and voltage sources are as follows: R1= 220, R2= 330, R3= 500, R4= 180, R5= 120, E1 150V and E2 = 250v. A R2 B E1 E2 R4 R1 R3 R5 F E D QUESTION PAPER B 2.3.1 Determine the loop equation for the clockwise loop ABEFA; 2.3.2 Determine the loop equation for the clockwise loop BCDEB; 2.3.3 Determine the currents; I1, 12 and la.
Q2) Determine the voltage across R3 if the voltage across (R2+ R3+ R4) = 27v. (Ans:6v) R1 ww R2 40 R3 20 R4 30