Tra002
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Hello Everyone,
I'm designing a practical integrator with a low frequency gain of 15db, and a a start of integration range of 1000Hz.
What I first did was set the capacitor value to 10nF, and found R2 using the equation fc=1/(2*pi*R2*C), where I assumed fc=1000Hz.
Now do I solve the R1 value using the simple inverting op amp equation for gain, where gain=-R2/R1? Also was setting the capaitor value to 10nF reasonable?
Thanks!
Ray
I'm designing a practical integrator with a low frequency gain of 15db, and a a start of integration range of 1000Hz.
What I first did was set the capacitor value to 10nF, and found R2 using the equation fc=1/(2*pi*R2*C), where I assumed fc=1000Hz.
Now do I solve the R1 value using the simple inverting op amp equation for gain, where gain=-R2/R1? Also was setting the capaitor value to 10nF reasonable?
Thanks!
Ray