So...I have a "machine" that outputs a voltage (V1) impulse for t=1usec. This impulse is connected to a trigger in another circuit that reads voltage impulses >=10usec. I thought that a capacitor and a simple RC circuit could delay this impulse for >10usec..
Any ideas, advice on how this will work? I looking for some calculus calculations if possible.
So...I have a "machine" that outputs a voltage (V1) impulse for t=1usec. This impulse is connected to a trigger in another circuit that reads voltage impulses >=10usec. I thought that a capacitor and a simple RC circuit could delay this impulse for >10usec..
Any ideas, advice on how this will work? I looking for some calculus calculations if possible.
Are you wanting to measure the amplitude of the 1usec pulse, but your measuring instrument requires that the voltage be present for at least 10usec? If so, you need more than a monostable multivibrator.
You will need a peak hold circuit with the capability of being reset after the measurement is taken.
A couple of monostable multivibrators could provide the reset pulse.