Yoy should first make an AC Analysis

Made with microcap v12

You could then make a choice of your frequency and amplitude ...
In the bandpass, you could choose 10 kHz with an amplitude of 1 mV.
As value of capacitors are too "low", you choose then an "high" frequency.

If you choose a much lower frequency (100 Hz), then you could be "surprised".

Note the gain in the two circuits.

After having choosed components, make a DC Analysis to see working "point", if it is ok.

You should first make an AC Analysis

Made with microcap v12

You could then make a choice of your frequency and amplitude ...
In the bandpass, you could choose 10 kHz with an amplitude of 1 mV.
This help making Transient Analysis.

As value of capacitors are too "low", you choose then an "high" frequency.

If you choose a much lower frequency (100 Hz), then you could be "surprised".

Note the gain in the two circuits.

Yoy should first make an AC Analysis

Made with microcap v12

You could then make a choice of your frequency and amplitude ...
In the bandpass, you could choose 10 kHz with an amplitude of 1 mV.
As value of capacitors are too "low", you choose then an "high" frequency.

Yoy should first make an AC Analysis

Made with microcap v12

You could then make a choice of your frequency and amplitude ...
In the bandpass, you could choose 10 kHz with an amplitude of 1 mV.
As value of capacitors are too "low", you choose then an "high" frequency.

If you choose a much lower frequency (100 Hz), then you could be "surprised".

Note the gain in the two circuits.