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Problem 1: Amplifier Design Need to design a two-stage amplifier with a total voltage gain of
A=A_(1)*A_(2)=35. You should do it in two different ways both leading to the same performance: a) Using two inverting amplifiers in cascade, and b) Using two non-inverting amplifiers in cascade. Let
A_(1)be the gain of the first amplifier and
A_(2)be the gain of the second amplifier. The output of Stage 1 becomes the input of Stage 2. Choose any suitable values
|A|_(1)>1and
|A_(2)|>1that you wish. Note that the absolute value of each of the gains must be larger than 1. Assume that you build each amplifier with 741 op-amps, with supplies of 9 V and -9 V . Assume that you test your design with an AC voltage input, of frequency of 100 Hz and an amplitude that is the largest that you can take without clipping the output signal. What should be the value of such an amplitude? Draw circuit diagrams of the two amplifier implementations. Use resistors that are in the
K\Omega range.
