Problem $5$:

An op$-$amp is connected in an inverting amplifier

configuration with RF $=200$ k$$ and R$1=20$ k$.$ The input

bias current at the inverting terminal is $1\mathrm{.}1$A and the

input bias current at the noninverting terminal is $2$A$.$

Neglect the input offset voltage.

$(1)$ Design a bias current compensated amplifier,

such that when vin $=0$ the output voltage $=0$V$.$

Show all your solution steps.

$(2)$ The operational amplifier has a finite open$-$loop low frequency gain of $22000,$ and a dominant

pole frequency of $50$Hz$.$ What is the bandwidth of the inverting amplifier?

$(3)$ It is required that the output dynamic range would be $10$Vpkpk over the full range of

frequencies in the bandwidth, what is the minimum required Slew Rate for the operational

amplifier?