Lab 2-2

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1043

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Electrical Engineering

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Apr 3, 2024

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Lab #2: Introduction To Circuit Simulation ECOR1043: Circuits Lab Group No: 1043A3-G14 Group Member 1: 101308001 Phillip Kaizer Group Member 2: 101270754 Yahya Gulzar Preformed on: 28/9/2023 Submitted on: 30/9/2023 5.2 Measuring Voltage

(7)

(15) (16) V R1 = 1.375 V

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(18) (19) V R2 = 0.625 V (20) V R1 = 2.00 V - 0.625 V = 1.375 V

(22)

5.3 Measuring Current

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(7) (9) I R1 = 754.56 uA I R2 = 339.97 uA I R3 = 414.59 uA

(10) 5.4 Measuring Power (1) P R1 = 754.56 uA x 1.66003V = 0.0012525922 W P R2 = 339.97 uA x 0.33997 V = 0.0001155796 W P R3 = 414.59 uA x 0.33997 V = 0.0001409481 W (2) P V1 = 2 V x 754.56 uA = 0.00150912 W P V2 = (P R1 + P R2 + P R3 ) = 0.00150907 W

5.5 Complete Analysis of a Circuit (4a)

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(4b) R1 R2 R3 V1 V2 i 928.6 uA 142.9 uA -785.7 uA 928.6 uA -142.9 uA v 25 V 15.714 V 15.714 V 25 V 15 V p 0.0232 W 0.0022 W -0.0123 W 0.0232 W -0.0021 W

6 Discussion Questions 1. Both the voltage drop values from the pre lab and the values that we collected during the lab are both the same values. Those values being V R1 = 1.375 V and V R2 = 0.625 V. This means that there is no difference, they are the same. 2. Lab 1 Current Lab 2 Current 763uA 754.56 uA 343uA 339.97uA 419000uA 414.59uA The lab 1 and 2 currents are similar except for ir3 which has a significant difference 3. The figure in the pre lab is the same as this one except it has an extra resistor. The configuration of this would be R_R3 N2 0 20K while in the pre lab it would be R_R3 0 N2 0 20K. 4. P Total = 0.0232w + 0.0022w + (-0.0123w) + 0.0232w + (-0.0021w) = 0.0342 w approximately. This value is supposed to be zero, so there was some errors in rounding values over the course of the experiment.

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