Any MATLAB junkies out there?

[polarmystery]

Need help coding a plot of a transfer function (1-e^(-s*h)) / h. Feel free to post or PM me! :whiste: :'( D: 😛

h = constant.

Edit: changed the constant cause I'm retarded

 

[arcenite]

Try ALT-F4

 

[busydude]

Value(s) of s and the range of t?

 

[Matthiasa]

A bet would be s=σ+jω and t > 0

 

[polarmystery]

Value(s) of s and the range of t?

It's for a circuit step response in the s-domain.

 

[busydude]

Is this the kind of output you looking for? This is for t=10.

EDIT: Also.. wtf would you use a constant and label it as 't'?

 

[polarmystery]

Is this the kind of output you looking for? This is for t=10.

EDIT: Also.. wtf would you use a constant and label it as 't'?

LOL yeah I know sorry about the constant name. It was just the first thing that came to my mind. I don't know if that's what I'm looking for honestly (plot wise). It looks like it could be though as the function in question is supposed to reduce the magnitude of a transfer function. The function is getting multiplied by another transfer function and I'm taking the step response of it.

 

[Matthiasa]

That looks like what I would have expected it to. The s being complex causes it to oscillate like that.
It appearing to reduce(actually increasing due to being negative dB), with h constant, is simply because of aliasing.
Any spike downwards actually goes to -∞ dB.

 

[TecHNooB]

That looks like what I would have expected it to. The s being complex causes it to oscillate like that.
It appearing to reduce(actually increasing due to being negative dB), with h constant, is simply because of aliasing.
Any spike downwards actually goes to -∞ dB.

explain this.

 

[Hacp]

It's for a circuit step response in the s-domain.

Is circuit step a unit step, impulse step?

 

[Matthiasa]

The pixels, or data points, are finite in size, there is a maximum amount detail that can be displayed.
The graph actually shows a periodic function with a set period of 2pi/10, which is why they seem to get closer.

 

[polarmystery]

Is circuit step a unit step, impulse step?

Geez I suck with my clarification. Sorry yeah unit step. (Actually it's supposed to go with a ramp, but I'd just like to get it working)

 

[Hacp]

Geez I suck with my clarification. Sorry yeah unit step. (Actually it's supposed to go with a ramp, but I'd just like to get it working)

h=?

for i=1:100
if i<h
f(i)=1/h;
end
if i>=h
f(i)=1/h-1/h;
end
t(i)=i
end

plot(t,f)

Seems really strange that you would have to graph that but that's what I have it worked out to be lol. Its just the formula for the Unit rectangular pulse with

h/s(1-exp(h*-s))=F(s)

I'm assuming you are asked to graph it in the time domain.