Assignment description:

Figure $2.$ illustrates the assignment. The period of the output PWM in HW$7\_$C$\_$PWM$\_$PRG$\_$A $($TA$0-$OUT$1,$ pin P$2\mathrm{.}4),$ is

measured by Timer $1,$ in Capture mode.

TA$.$ CCIFG ${?}^{}1$

Stop TA$1$

vCount TAxCCR$1$

Clear CCIFG

Clear TA$1$R

Run TA$1$

Figure $2.$ In this assignment, PWM output $($P$2\mathrm{.}4)$ is connected to TA$1-$CCI$1$A $($P$7\mathrm{.}7)$

to measure the time between two rising edges. Upon each rising edge, when TA$1-$

CCIFG is set, the Timer $1$ is stop, the value inside TA$1$CCR$1($that is the number of

TA$1$ counts from previous rising to the recent rising edge$)$ is read, TA$1-$CCIFG is

cleared, TA$1$R $($the Timer $1$ counter$)$ is cleared, and Timer $1$ restarts.

The steps need to be taken upon each rising edge is shown in Figure $2.$ To have an hardware indicator to see if the

code is working based on our expectation, we can add #$7$ to this six steps. In steps $7,$ an output port, is toggled.

Then, by connecting that outport to a logic analyzer, we can see if the code is working or not. The complete version

of Figure $2.$ By adding an external indicator is shown in Figure $3.$

Report:

In a loop add the TA$1$CCR$1$ to a $32-$bit variable that was initializes with zero and repeat the loop at least for $100$ times.

Then print the following data in the console:

The report on the console:

Your first and last name

Current semester

EEL$4742$ or $5930-$ Advanced Microprocessors

Date: $\frac{}{}\frac{?}{?}$

The Period of PWM is: $$

You submit two files: one pdf and one zip file.

"This is the problem itself. Some additional notes are here:

The PDF file is your source C code followed by a screen shot of console. The zip file is the archive made of your

project file. If I run your project, I should see the waveforms shown in Figure $3."$

Apolgies for the lack of formatting but I was wondering if you can do the C coding for this one using the MSP$432$ libraries. Apologies if this is alot but can you please help me with this? Thank you so much if you can or are able to read this!