LTspice simulation not running for 1mV to 3.3Vpp amplifier, 100Hz-20kHz, +12V supply

I want desain system for amplification 1mV to 3.3Vpp. frequency 100Hz-20kHz. and power supply is +12V (single supply). Voffset is removed. here my desain (attach). but, when I want to simulate on LT spice, it can't .
maybe someone can help me to correct my circuit.
thanks

You need to check the pole and zero locations (high pass and low pass filters) created by the RC networks on the amplifier inputs. If necessary, remove the capacitors (replace the series capacitor with a short) from both stages, and apply the capacitors one at a time to observe the effect they have. Better yet, recalculate the values.I see no indication of the control parameters for the input voltage source, what are you using.Incidentally, it is common practice to put the capacitors into the feedback network around the opamps, with some caveats.Have a look at this ap noteCheers,Richard

C2 is in series with the signal, so try shorting C2 as Richard Gabric suggests. C1 is in parallel with the signal, so try opening C1 by setting C1's capacitance to a tiny value. As Richard suggests, calculate the time constants of R1C1 and R6C2, then convert these time constants to corner frequencies, then think about what these filters do to your signal.In what way is your simulation failing?

Nana,Just to check, when you say you can't simulate on LTspice, do you mean that you get an error or is it that the simulation does not match what you want?If you are getting an error message, please let us know what it is. I don't see anything on the design you attached that should cause a problem unless you didn't put in the models for the op-amps

Nana we are not supposed to do your homework for you, but the following may help you understand better where you are going wrong.I calculated the impedance of the 2 capacitors at 100 Hz, 1 kHz and 20 kHz:  (in ohms)

Cap	X 100 Hz	X 1 kHz	X 20 kHz
510pF	3,122,268	312,227	15,611
120nF	13,270	1,327	66

Sorry, Excel cells don't post too well here....But you can see that at 100 Hz the 510 pf capacitor that you have in series between your two stages has an impedance of over 3 Megohms. So in combination with R6 you are attenuating your signal by 200 times (ie by 1/200th).Similarly the 120 nF in combination with R1 will drop your signal by 1/2 at 100 Hz and by 1/200th at 20 kHz.So C1 is shorting out most of your signal and C2 is blocking most of it.Can I gently suggest that you may have swapped these two capacitors from where they should be?