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Concordia University
ELEC
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ELEC 275 | Principles of Electrical Eng
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© 2016 McGraw-Hill Education. All rights reserved. Example 3.12 Analysis with Dependent Sources • Problem: find unknown voltage v 2 • i s = 0 . 5A, R 1 = 5 Ω ; R 2 = 2 Ω , R 3 = 4 Ω • Dependent source constraint equation v 1 = 2 × v 3 20 © 2016 McGra
PRE-LAB (Weight : 20 %) SHOW RELEVANT CALCULATIONS ON A SEPARATE PAGE IF NECESSARY PART (A) : (1) The circuit of an ‘ideal’ transformer with primary turns N p = ……….. and secondary turns N s =………… is connected on the secondary side to a load impedanc
ELEC_275_Final_Winter_2013_-_Solutions.docx-I1 -j100 j100 j10 + V
35 PRE-LAB [ To be completed and submitted before performing Lab # 2 ] (Weight : 20%) PART (A) : (i) Ohm’s Law (OL) defines the element R (resistance) as R = V/I , where V is the voltage (Volts) and I is the current (Amps) and R is the resistance(Ohm
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 (