$.$ Modify the code to emulate a n$-$bit data acquisition system. You should be able to change the bit resolution of the simulated DAQ during operation $-$ this requires the bit level to be a control on the front

panel. Your code should take the existing signal that is being displayed on the wave form graph, resample it$,$ and then display the new signal at the same time as the original signal. This will give realtime feedback as to the effect of changing bit levels when your code is running. You must add additional controls that define the upper and low limits of the simulated DAQ range. Start with $-10$ to $10$

and see how the digitization works as the range changes or signal amplitude changes $($either has the

same effect$).$

As proof of completion of this part, submit your VI along with the following screen shots demonstrating its operation. Default settings for controls in the original file. First, with DAQ range of $-10$ to $10$

show a $4-$bit DAQ and then a $8-$bit DAQ. Second, for the same bit levels, change the input range to $-2$

to $2.$