the specs are as follows:
1. Balanced inputs, so either input may be grounded and the signal applied to the other input.
2. Voltage gain = 100 ± 3%
3. Frequency response to be flat within 1 dB from 40 Hz to 15 MHz.
4. Input (single ended) impedance > 1 Kohms;, input capacitance < 5pF.
5. Output impedance < 100ohms;.
6. The amplifier should be capable of driving a 100ohms; load (external) up to 2 volts peak-peak without any visible sine wave distortion.

so what i have so far is a cascode amplifier connected to a Class AB output stage.

when i place a capacitor in between the amplifier and the class AB a few things happen
1) i get crossover distortion
2) frequency response cuts off too much and
3) the gain is lowered to like 600mV pk-to-pk as i need 2V pk-to-pk

this project is a university project im doing, so no real fancy work or dead set accuracy is need. the only thing i need to adhere to is the specs... as i indicated before i can get most of the specs right but it wasnt sweeping around zero and when i place a coupling capacitor frequency or gain is compensated. i tried this with the 2N3904 which i can get more frequency with but the same thing happens. im using multisim to simulate this circuit as i have to produce a pcb for this project and we only get one pcb run at uni as it would apparently cost the department a lot of money. so each students only gets one pcb. and the specs for the pcb is 100mm x 50mm. so back to my original question is there any other way to make it sweep around zero without using a capacitor?

i was going to post wat i have done, however the image was to big so i posted it on a third party site.
the site is www(dot)animex.com.au/preamp.jpg