Lab Report Example and Do s and Don't s

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California Polytechnic State University, San Luis Obispo *

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361

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Electrical Engineering

Date

Dec 6, 2023

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docx

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Uploaded by BaronWhaleMaster967

YOU MUST SUBMIT EACH LAB REPORT ONTO YOUR CANVAS. I DO NOT LOOK FOR YOUR PARTNERs REPORT AND USE THAT TO GRADE YOURS! EE 368-5 Experiment 11a Lead Network Date Author(s) Instructor Bench 2 Lab partner A Lab partner B
Media: Must be Word, PDF, or Power Point. Turn In only ONE document per report. If you have simulations, MATLAB/LTSpice code, and simulations, PASTE them onto the single report. ANNOTATE on the simulations to identify key signals and parameters. 1) Pre-lab Data (for each lab partner) 2) Lab Set-Up & Instrumentation – Diagram(s) 3) Lab Data. Lab 4) Conclusions/Questions 9. a=1/11 f1= 1/10 -3 f1= 1000Hz f1/2 = 500Hz 2f1 = 2000Hz f1/ a = 3320Hz f1/a = 11000Hz 2f1/a= 22000Hz 11. Frequency Response f<<f1 f1/2 f1 2f1 f1/sqrt(a) f1/2a f1/a 2f1/a f>>f1/a H(w) -13.6 7 -9.6 -5.1 -3.1 -1.5 -0.3 -2.3 -0.3 <H(w) 0 27 56 67 19 27 15 8 3 Table 1. Magnitude and phase of frequency responses of rectangular pulses This Table by itself is poorly done: (Frequencies not shown, they are shown below but not without units.) There is no description of units (i.e. Hz, Volts, Amp 12. Freq H(w) <H(w) 50(f<<f1) -20.7 -7 100 -19.5 -4 125 -22.1 26 150 -17.5 20
200 -18 35 400 -16.2 37 500(f1/2) -15.7 51 700 -12 53 1000(f1) -9.3 57 1300 -8.1 59 1600 -6.6 52 1900 -5.5 47 2000(2f1) -4.9 45 2200 -4.1 48 2500 -3.9 44 3320(f1/sqrt(a)) -2.5 35 5520(f1/2a) -1.1 27 10000 -0.6 16 11000(f1/a) -0.5 12 22000(2f1/a) -0.3 8 25000(f>>f1/a) -0.1 6 Table 2. Magnitude and phase of frequency responses of repeated noise Use Text Boxes to Annotate on graphs
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