$(20$ points, $4$ parts $5$ points each$)$ see ADC slides Consider a $12-$bit ADC that has an tsample of $10$ microseconds. a$.$ Compute fsample $($Sample frequency$).$ b$.$ What is the maximum bandwidth of the input signal that can be sampled correctly? c$.$ A computer system obtains $1$ ms of data using the ADC and stores it in RAM. How many samples were obtained, and how much memory was needed? $($Assume one sample is rounded up to an integer number of bytes.$)$ d$.$ e$.$ The ADC has an input voltage range of $0$ to $3\mathrm{.}3$ V$,$ so that $0$V corresponds to a digital reading of $0$ and $3\mathrm{.}3$V corresponds to a reading of $212-1.$ What is the difference in digital readings if the voltage goes up by $10$ mV$?($For example what is the difference between the digital representation of $2\mathrm{.}1$ V and $2\mathrm{.}11$V$?)$