Model lab report

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School

University of Ottawa *

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Course

1100 B

Subject

Electrical Engineering

Date

Apr 3, 2024

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docx

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Uploaded by KidEaglePerson1076

Lab 1: Lab Title ITI 1100 A - Digital Systems Winter 20 24 School of Electrical Engineering and Computer Science University of Ottawa Course Coordinator: Dr. Fadi Malek Teaching Assistants: Negin Ayoughi Avani Purohith Reza Sadeghian Group 20 Livine Mutesi () Chelsea Saningong (300360228) Experiment Date: January 23rd, 2024 Submission Date: February 5th, 2024 Objectives (2 marks*) ● Use point form with bullets ● State main objectives and sub objectives

● State laws/theorems verified if any Equipment & Components (2 marks*) ● List all main instruments, tools, software and other components used ● Include their model/type ● Quartus II Student Edition Software ● Altera UP-1 circuit board ● Wire strippers etc… Circuit Diagrams (2 ~ 8 marks*) ∙ Include screen-shots of schematic design diagrams which shows all gates and other components with pin names clearly ∙ Clearly specify to which part or section the figure is belong to, by following same title/sub-title structure used in lab manual. ∙ Clearly Name and number Circuit Diagrams Example: Part I – Combinational Logic Circuits Construction One Chip Logic Circuit Sample Only Figure 1: Screen-shot of One-chip logic circuit diagram (Figure 6.1.1 of Lab Manual)**

* Mark assignments can deviate from above values for different labs. This is to let you know roughly how much weight you should put for each part of the report ** Results and diagrams shown in this model lab report are not accurate Experimental Data and Data Processing (4 ~ 10 marks*) ∙ Include Screen-shots of simulation outputs . If you only include screen-shots of input waveform diagrams without simulation output, marks will not be given ∙ Tabulate observed experimental results ∙ Perform calculations using observed/measured data to obtain comparable results if necessary. i.e. some observed results might need further processing before comparing with theoretical results. ∙ Specify to which part or section screen-shots, calculations and tables are belong to) by following same title/sub-title structure used in lab manual. ∙ Present experimental data in the same order as the procedure Example Part I – Combinational Logic Circuits Construction One Chip Logic Circuit Sample Only Figure 2 : Simulation output waveform of one chip circuit**

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Table 1 : Experimental data observed from MAX 7000 circuit board** Input given from dip switches Observed Output from LED’s A B Q 0 0 Sample 0 0 1 Only 0 1 0 0 1 1 1 * Mark assignments can deviate from above values for different labs. This is to let you know roughly how much weight you should put for each part of the report ** Results and diagrams shown in this model lab report are not accurate Comparison of Theoretical Data and Experimental Data (12 ~ 20 marks*) ∙ Perform a side-by-side comparison of expected and experimental data in tables ∙ Highlight important observations (if any), used in result analysis and comparison. ∙ Highlight major deviations of observed results (if any) from theoretical ∙ Include calculations used for result analysis and comparison if necessary ∙ Explain briefly about compared and analyzed results Example: Part I – Combinational Logic Circuits Construction One Chip Logic Circuit Table 2 : Comparison of Theoretical and Experimental results for one chip logic circuit** Inputs Expected Results Actual Results A B Q Q 0 0 0 0 0 1 Sample Only 0 0

1 0 0 0 1 1 1 1 The results observed experimentally for one chip circuit from MAX 7000 FGPA were identical to results obtained theoretically as expected. Discussion & Conclusions (10 marks) ∙ Discuss objectives and experiment methodology in brief ∙ Discuss matching of expected and experimental data in general and state what laws have been verified, what sub-objectives have been met ∙ Try to give logical explanation for major deviations of results (if any) and discuss problems you faced and solutions used to overcome them. Appendix (Pre-Lab) (2 marks) ∙ Attach clearly written pre-lab with correct order of pages * Mark assignments can deviate from above values for different labs. This is to let you know roughly how much weight you should put for each part of the report ** Results and diagrams shown in this model lab report are not accurate

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