ECET 340 Lab 3

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After reading these directions, please delete them:

1 –   Go over ALL the recordings for iLab3

2 –   Understand the requirements for the design project (as outlined in the recording)

3 –   Use the start-up code that has been provided to you

4 –   Along with this document, please submit a .ZIP file containing the directory structure with all the project and source code files (in other words EVERYTHING that I need in order to run and download your design project). Name the file iLab3_YourLastName.zip, and upload it dropBox, along with this document

5 –   Once you are sure your Lab Report is complete, remove these lines, save and upload your document to the dropBox (if possible, try to submit this document as a PDF file).

6 –   Make sure your iLab is formatted properly, and looks plesant on the eye

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Laboratory Report Cover Sheet
DeVry University
College of Engineering and Information Sciences

Course Number: ECET-340

Professor:

Laboratory Number:  3

Laboratory Title: Timers in C

Submittal Date: Click here to enter a date.

 

 

Objectives(1pt):

 

 

 

 

 

 

 

Results (2pts):

 

 

 

 

 

 

 

 

Conclusions (2pts):

 

 

 

 

 

 

Team:
	Name		Program		Signature
	Name		Program		Signature
	Name		Program		Signature

 

 

Observations/Measurements:

 

I. 1,  iLab3A (Output Compare) – Paste a screen capture of the scope showing the following measurements: min, max, frequency, and period. Paste a picture showing the connection between the Tower Board, and the scope (1pts/each)

 

 

I. 2. iLab3B (Input Capture) – Paste a picture showing the connections between the Tower and the Function Generator – Paste a screen capture of the scope showing the following measurements: min, max, frequency, and period. Paste a screen capture of the LEDs. (1pts/each)

 

 

I. 3.  iLab3 Design Project (Frequency Generator) – Paste all the code in the file that holds your main() function (do not paste any other code) (20pts)

 

 

I. 4.  iLab3 Design Project (Frequency Generator) – Paste a screen capture of the scope showing the following measurements: min, max, frequency, and period; also paste a picture of the LCD showing the frequency measurement (the value displayed on the LCD, and the value read on the scope should be very close to each other) (1pts/each)

 

 

Questions (1pt/each):

 

 

1.      What commands are utilized for the configuration of the Output Compare Timer? How does each affect the time interval of the Output Compare timing?

2.       What is being determined by the input capture function?

3.      What settings are used for the input capture? How does each affect the function of the input capture program?

4.      Discuss challenges experienced in working on the lab project.