00:01
Hello everyone, let us do the following question.
00:02
Here we have to use this by using pyspace.
00:05
Here we will draw the systematic.
00:07
Here we will say that the pranjist dialogue box.
00:12
Here we will say the prongist dialog box we type print step.
00:21
Here we will type print step is equal to 0 .01 second, 0 .0 .0.
00:30
1 second and it will write final time this is equal to 36 seconds and it will write center frequency this is equal to 0 .167 and it will write output bars this is equal to v1 and we will click and we will click enable here we will click enable forre.
01:06
We will click enable for a year.
01:08
After simulation, the output file includes the fourier components.
01:13
We will say after simulation, after simulation, simulation, the output file contains the output file contains the fourier coefficient contains the fourier coefficient.
01:37
Contain the fourier coefficients.
01:40
Now, it will draw the systematic diagram for this.
01:44
It will draw systematic diagram.
01:47
This is the systematic diagram for this.
01:50
Now, we will draw fourier components of transistor response.
01:57
Here we will write dc component.
02:00
This can be written as 2 .00396e plus 0 .0.
02:10
Next now we will draw these lines here.
02:13
We will write harmonic.
02:15
Here we will write frequency component.
02:18
Here we will write fourier component.
02:21
Here we will write normalize component.
02:24
Here we will write phase.
02:26
Then we will write normalized.
02:27
Here we will have terms...