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(iv) Design Problem: Referring to the circuit of Figure 2.1a, a designer wishes to create three equal potential differences (i.e. Vab= Vbc= Vcd) of 5V each from a source-voltage, E = 15V. The maximum source-current, I available from the E battery-source is 5mA, and so the designer must ensure the current value stays within this requirement, and not exceed. Using KVL concept, analyse and determine a set of values for I, R₁, R₂ and R3 the designer can use to meet the above design specifications. Use standard resistor values available in your lab kit in your design. Record the results of your design analysis in Table 2.2. E ww a R₁ 15V b Table 22 R₂ с Figure 2.1a: KVL Series Circuit R3 Design values => R₁ = VE I (mA) Theory MultiSIM result result VE JNaI/ 14. ? R₂ = ab (Volts) Theory MultiSIM result result a I Vab R₁ ? R3 Theory result = be (Volts) b Figure 2.1b: KVL Series Circuit showing Voltmeter & Ammeter connections R₂ C MultiSIM result R3 Vbc ? Ved (Volts) Theory result MultiSIM result Cinquit in Eigum 2 1

(iv) Design Problem: Referring to the circuit of Figure 2.1a, a designer wishes to create three equal potential differences (i.e. Vab= Vbc= Vcd) of 5V each from a source-voltage, E = 15V. The maximum source-current, I available from the E battery-source is 5mA, and so the designer must ensure the current value stays within this requirement, and not exceed. Using KVL concept, analyse and determine a set of values for I, R₁, R₂ and R3 the designer can use to meet the above design specifications. Use standard resistor values available in your lab kit in your design. Record the results of your design analysis in Table 2.2. E ww a R₁ 15V b Table 22 R₂ с Figure 2.1a: KVL Series Circuit R3 Design values => R₁ = VE I (mA) Theory MultiSIM result result VE JNaI/ 14. ? R₂ = ab (Volts) Theory MultiSIM result result a I Vab R₁ ? R3 Theory result = be (Volts) b Figure 2.1b: KVL Series Circuit showing Voltmeter & Ammeter connections R₂ C MultiSIM result R3 Vbc ? Ved (Volts) Theory result MultiSIM result Cinquit in Eigum 2 1

Introductory Circuit Analysis (13th Edition)
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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A list of resistor values that can be used for this problem have been provided as an image. Complete the design problem using the information given as well as Figure 2.1a. Include all calculations and steps. Ignore the MultiSIM aspect of the question, and ignore the MultiSIM input sections when filling out Table 2.2. Thank you very much!

(iv) Design Problem: Referring to the circuit of Figure 2.1a, a designer wishes to create three equal potential differences (i.e. Vab= Vbc=Vcd) of 5V each from a source-voltage, E = 15V. The maximum source-current, I available from the E battery-source is 5mA, and so the designer must ensure the current value stays within this requirement, and not exceed. Using KVL concept, analyse and determine a set of values for I, R₁, R₂ and R3 the designer can use to meet the above design specifications. Use standard resistor values available in your lab kit in your design. Record the results of your design analysis in Table 2.2. E ww a R₁ 15V b R₂ Theory result с Figure 2.1a: KVL Series Circuit R3 Design values => R₁ = VE I (mA) MultiSIM result ? R₂ = ab (Volts) Theory result VE a MultiSIM result I Vab R₁ ? R3 b = R₂ Figure 2.1b: KVL Series Circuit showing Voltmeter & Ammeter connections C be (Volts) Theory MultiSIM result result R3 Vbc ? Ved (Volts) Theory MultiSIM result result Table 2.2: Theoretical and MultiSIM results of the re-designed Series Circuit in Figure 2.1
Transcribed Image Text:(iv) Design Problem: Referring to the circuit of Figure 2.1a, a designer wishes to create three equal potential differences (i.e. Vab= Vbc=Vcd) of 5V each from a source-voltage, E = 15V. The maximum source-current, I available from the E battery-source is 5mA, and so the designer must ensure the current value stays within this requirement, and not exceed. Using KVL concept, analyse and determine a set of values for I, R₁, R₂ and R3 the designer can use to meet the above design specifications. Use standard resistor values available in your lab kit in your design. Record the results of your design analysis in Table 2.2. E ww a R₁ 15V b R₂ Theory result с Figure 2.1a: KVL Series Circuit R3 Design values => R₁ = VE I (mA) MultiSIM result ? R₂ = ab (Volts) Theory result VE a MultiSIM result I Vab R₁ ? R3 b = R₂ Figure 2.1b: KVL Series Circuit showing Voltmeter & Ammeter connections C be (Volts) Theory MultiSIM result result R3 Vbc ? Ved (Volts) Theory MultiSIM result result Table 2.2: Theoretical and MultiSIM results of the re-designed Series Circuit in Figure 2.1
Description Resistor - 5% Resistor - 5% Resistor 5% Resistor 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% 100 Ω 510 Ω 1.0 kQ 2.0 ΚΩ 2.2 ΚΩ 2.7 ΚΩ 3.0 ΚΩ 3.3 ΚΩ 4.7 ΚΩ 5.1 ΚΩ 6.2 ΚΩ 10.0 ΚΩ Quantity in Kit 2 2 2 4 2 2 4 2 4 224 Outlook
Transcribed Image Text:Description Resistor - 5% Resistor - 5% Resistor 5% Resistor 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% Resistor - 5% 100 Ω 510 Ω 1.0 kQ 2.0 ΚΩ 2.2 ΚΩ 2.7 ΚΩ 3.0 ΚΩ 3.3 ΚΩ 4.7 ΚΩ 5.1 ΚΩ 6.2 ΚΩ 10.0 ΚΩ Quantity in Kit 2 2 2 4 2 2 4 2 4 224 Outlook
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