Dave, thanks for the response. I was following until the point where you started talking about the midband.
I was able to find some values that worked to create the filter shape that I need:
R1 = 100e3; R2 = 100e3; C1 = 9.2e-6; C2 = 275e-9;
They produce this bode plot
I was able to figure...
Yes, the conversion is 2pi*f to get to radians. My arithmetic is correct, what I am not sure about is finding the corner frequencies to have -6db attenutation.
I have been assigned the task to design an active bandpass filter with a passband of 0.1 to 10 Hz. At these two frequencies, there should be an attenuation of -6dB or more. So far I have selected my circuit layout which can be seen below
I found my transfer function so that I could calculate...