Circuit Diagram: E 12V Apparatus: R1 20 1. DC Power Supply. 2. Resistors. 3. Digital Multimeter. 4. Connecting wires. 100 Figure (1) Procedure: 1. Connect the circuit shown in Figure 1. 2. Set the power supplies at E₁ = 12V & E;=6V. 3. Measure the current and voltage at R₂. 4. Set the power supplies at E,- 12 V & E:-(S.C). 5. Measure the current and voltage at R.. 6. Set the power supplies at E₁-(S.C) & E-6V 7. Measure the current and voltage at Rs. 8. Record the results in table (1).
Circuit Diagram: E 12V Apparatus: R1 20 1. DC Power Supply. 2. Resistors. 3. Digital Multimeter. 4. Connecting wires. 100 Figure (1) Procedure: 1. Connect the circuit shown in Figure 1. 2. Set the power supplies at E₁ = 12V & E;=6V. 3. Measure the current and voltage at R₂. 4. Set the power supplies at E,- 12 V & E:-(S.C). 5. Measure the current and voltage at R.. 6. Set the power supplies at E₁-(S.C) & E-6V 7. Measure the current and voltage at Rs. 8. Record the results in table (1).
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:Circuit Diagram:
E₁
12V
Apparatus:
R1
2KO
1. DC Power Supply.
2. Resistors.
3. Digital Multimeter.
4. Connecting wires.
When
E-ON & E-ON
V:(V) Iz(mA)
R2
1K0
Figure (1)
Procedure:
1. Connect the circuit shown in Figure 1.
2. Set the power supplies at E= 12V & E=6V.
3. Measure the current and voltage at R₂.
4. Set the power supplies at E,- 12 V & E: =(S.C).
5. Measure the current and voltage at R₂.
6. Set the power supplies at E, (S.C) & E₂-6 V
7. Measure the current and voltage at Rs.
8. Record the results in table (1).
R3
3K0
When
E-ON & E-S.C.
V₂(V) L(mA)
Table (1)
Ri₂
6V
When
E-S.C. & Ex-ON
V₂(V) 1₂(mA)
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