Why my HB100's amplifying circuit can't generate more than a signal of 200 Hz?
That first stage has a feedback time constant (using 1Meg ohm and 2.2 nano Farads, or 2200 picoFarads) of 1e+6 * 2.2e-9 == 2.2e-3, or 2.2 milliSeconds. 

The 3dB point, in radians, is 1/0.0022 == 420 radians per second.

To convert to cycles-per-second (aka Hertzz), divide 420 by 2*pi, and you learn the 3dB point, which is also the 45-degree-phaseshift point, is about 70 cycles-per-second.

You have a fine approach, but two feedback timeconstants that are 100X too low.

Your circuit is

1) input DC blocking

2) high-pass-filter in bottom-gain-set impedance for gain-stage#1

3) low-pass-filter in top impedance of gain-set ratio for gain-stage#1, which should be 22pF, not 2200pF (not 2.2nanoFarad)

4) repeat of (2)

5) repeat of (3)

By the way, your opamps will NOT block high frequencies, because their high-frequency gain approaches ZERO and the Zout of the opamps SOARS, which allows the high-frequency energy to flow AROUND the opamp thru those 2.2nanoFarad capacitors.

Solution? add a PASSIVE RC lowpass filter before the opamps.