If you have MATLAB I\'d appreciate how to input what it asks in part 1&3 into MA

Question

If you have MATLAB I'd appreciate how to input what it asks in part 1&3 into MATLAB if not, I'd appreciatte just the derived form of what it's asking. Number 2 I don't need help on but 1 and 3 are what I'm stuck on. Thanks!

Bb Blackboard Learn ? D Introduction to PSpice × | Introduction to PSpice https://myasucourses.asu.edu/bbcswebdav/pid12270768-dt-content-rid-63456899-1/courses/2016SpringA-X-EEE202-23964-23965/Prelab5.pdf 1. Consider the RC Circuit shown in figure 2. Assume a pulse source as shown in figure 1 with tovlms, and vov1 V Derive an expression for the current i(t) flowing clockwise in the single loop circuit. Obtain expressions for the voltages across the resistor and the capacitor (in the direction of assumed current flow). Using MATLAB, plot these voltages as functions of time from 0 to 2 toN 2. Simulate the RC Circuit shown in figure 2. Assume that the pulse source defined in question 1 has rise and fall times of 1 uS and a period of 2 ms. (Refer to figure 1 in the Lab 5 write-up for definitions of these parameters.) Plot the voltages across the resistor and the capacitor. Compare to the analytical results in question 1 ON ON Fig. 1. Definitions for pulse waveform 1111 ) 10:55 PM 2/13/2016

Explanation / Answer

The voltage across the resistor and capacitor are as follows:

VR=Ri

and

VC=1/Ci dt

applying kirchoff's law to a series RC circuit results in the equation:

Ri+1/Ci dt=V

differentiating throughout with respect to t:

Rdi/dt+i/C=0

Solving the equation gives us:

i=V/Ret/RC

use v=1, t=1

VR=Ri=Vet/RC

VC=1/Ci dt=V(1et/RC)

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