Principles of Electrical Eng

LAB RECORD (Weight : 30 % ) PART A [Step 3] : Draw the series-parallel circuit, which you have selected in the space within the dotted outline showing all resistance values clearly. Calculate the theoretical value of R in for your network., ie R in ( calc ). This will be used as a ‘reference’ value . [ Neatly draw your selected circuit within the block and indicate

Experiment_2_-_Lab_Record.pdf-LAB RECORD (Weight : 30 %

LAB RECORD (Weight : 30 % ) Phasor relation & Z determination : Figure 3.6, Steps 1 to 3 R = …………… Ω ., R p = …………… Ω . Nominal value of C = 220 nF , Measured value of C on RLC-meter = …………nF @ 1kHz From the printout Ch1 voltage V 1 = ………………Volts RMS Ch2 voltage V 2 = ………………Volts RMS Ch1 Frequency f = ……………Hz Time-shift between V 1 & V 2 , ∆ t =…………… µ s Figures 3.9 , Steps 4 to 6: RLC-m

Experiment_3_-_Lab_Record.pdf-LAB RECORD (Weight : 30 %

© 2016 McGraw-Hill Education. All rights reserved. © 2015 McGraw-Hill Education. All rights reserved. R  ∎ Kearns Principles and Applications of Electrical Engineering Sixth Edition Chapter 7 AC Power © 2016 McGraw-Hill Education. All rights reserved. 7.1 Instantaneous and Average Power • Voltage and current delivered to an arbitrary load • Ins

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Re q 3  2 A 2  1  12  6  10  + V - a b 6  4 V 3 A 2  2  I 1 V3 4  Vref = 0 - + 3 V V1 ELEC-275/4 Midterm Exam March 3, 2013. CONCODIA UNIVERSITY Department of Electrical & Computer Engineering ELEC-275/4: Winter 2013 Midterm Exam Date: March 3, 2013. Time: 75 Minutes. Dr. S. K. Das Answer all the questions. _________________________________________________________

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