$4)$ Completely answer the following questions. NO WORK $=$ NO POINTS! $(20$ pts$)$

a$)$ The MSP$432$P$401$R is TI's ultra$-$low power $32-$bit ARM Cortex $4$ microprocessor. It has

much more capability than the MSP$430$F$5529$ that we have been using, namely support for

floating point math, much more memory, much higher clock speeds, and a $14-$bit analog$-$

to$-$digital converter. The MSP$432$P$401$R ADC$14$ has been configured to use its internal

reference voltage $($Vref$+)$ option of $(1)/(2)$Vcc$,$ where Vcc is $3\mathrm{.}7.$

a$)$ What is the full$-$scale range of this MSP$432$P$401$R ADC$14?$

b$)$ What is the resolution of this MSP$432$P$401$R ADC$14?$

c$)$ What is the dynamic range of the MSP$432$P$401$R ADC$14$ in dB$?$

d$)$ What would the output of the MSP$432$P$401$R ADC$14$ be $($in decimal$)$ for an

input voltage of $1\mathrm{.}4$V$?$

e$)$ What was the input voltage to the MSP$432$P$401$R ADC$14$ if the output code is

$0$xAAAA?

Internal Vref$+$

MSP$430$

V in ADC$14$ Code

GND