J
jack
- Jan 1, 1970
- 0
Hi,
I'm not a math or electronics genius but I was wondering if anyone
could provide an equation that gives amplitude (voltage) as a function
of time and duty cycle for a square wave:
symbolically:
A (V) = f(t (sec),duty cycle (%))
perhaps also the function would include something about the initial
phase (phi)......
A simple equation that just gave back 1 or 0, as a function of time and
duty cycle would work good too....I presume any answer would involve a
trig function someway....
I have already tried searching the web for the answer and the closest I
found was this link:
http://www.dattalo.com/technical/theory/sqwave.html
However, I'm not sure exactly how LaPlace transforms figure into it, or
if any of these are usable equations for what I'm looking for.
Please help....if you can.
Thank you.
I'm not a math or electronics genius but I was wondering if anyone
could provide an equation that gives amplitude (voltage) as a function
of time and duty cycle for a square wave:
symbolically:
A (V) = f(t (sec),duty cycle (%))
perhaps also the function would include something about the initial
phase (phi)......
A simple equation that just gave back 1 or 0, as a function of time and
duty cycle would work good too....I presume any answer would involve a
trig function someway....
I have already tried searching the web for the answer and the closest I
found was this link:
http://www.dattalo.com/technical/theory/sqwave.html
However, I'm not sure exactly how LaPlace transforms figure into it, or
if any of these are usable equations for what I'm looking for.
Please help....if you can.
Thank you.