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etivity 3: onsider the circuits below with the following nominal values: V: = 6.8 V Izimin) = 1 mA Input voltage = 10 + 1 volts. Maximum load current is 150 mA Minimum load current is 10 mA 3-a) Describe the operation of Circuit A. What is the function accomplished? 3-b) Determine the value of R to always maintain the Zener turned on (Circuit A). 3-c) Evaluate the maximum current and maximum power of the Zener (Circuit A). 3-d) Use Multisim to verify all of your results (assume Rjoad Oof 750 N) 3-e) Analyze Circuit B assuming the same parameters and components used in Circuit A. Describe the operation of the circuit clearly, and use Multisim to support your arguments. Vin 어 o Vout R R Rjoad in out Rjoad CIRCUIT A CIRCUIT B

etivity 3: onsider the circuits below with the following nominal values: V: = 6.8 V Izimin) = 1 mA Input voltage = 10 + 1 volts. Maximum load current is 150 mA Minimum load current is 10 mA 3-a) Describe the operation of Circuit A. What is the function accomplished? 3-b) Determine the value of R to always maintain the Zener turned on (Circuit A). 3-c) Evaluate the maximum current and maximum power of the Zener (Circuit A). 3-d) Use Multisim to verify all of your results (assume Rjoad Oof 750 N) 3-e) Analyze Circuit B assuming the same parameters and components used in Circuit A. Describe the operation of the circuit clearly, and use Multisim to support your arguments. Vin 어 o Vout R R Rjoad in out Rjoad CIRCUIT A CIRCUIT B

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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Activity 3:
Consider the circuits below with the following nominal values:
Vz = 6.8 V
Iz(min) = 1 mA
Input voltage = 10 ± 1 volts. Maximum load current is 150 mA
Minimum load current is 10 mA
(3-a) Describe the operation of Circuit A. What is the function accomplished?
(3-b) Determine the value of R to always maintain the Zener turned on (Circuit A).
(3-c) Evaluate the maximum current and maximum power of the Zener (Circuit A).
(3-d) Use Multisim to verify all of your results (assume Rload of 750 Ω)
(3-e) Analyze Circuit B assuming the same parameters and components used in Circuit A.
Describe the operation of the circuit clearly, and use Multisim to support your arguments.

Activity 3: Consider the circuits below with the following nominal values: V: = 6.8 V Iz(min) = 1 mA Input voltage = 10 ± 1 volts. Maximum load current is 150 mA Minimum load current is 10 mA (3-a) Describe the operation of Circuit A. What is the function accomplished? (3-b) Determine the value of R to always maintain the Zener turned on (Circuit A). -c) Evaluate the maximum current and maximum power of the Zener (Circuit A). (3-d) Use Multisim to verify all of your results (assume R1oad of 750 N) (3-e) Analyze Circuit B assuming the same parameters and components used in Circuit A. Describe the operation of the circuit clearly, and use Multisim to support your arguments. Vin O o Vout R R Rjoad Vin o W Vout Rioad CIRCUIT A CIRCUIT B
Transcribed Image Text:Activity 3: Consider the circuits below with the following nominal values: V: = 6.8 V Iz(min) = 1 mA Input voltage = 10 ± 1 volts. Maximum load current is 150 mA Minimum load current is 10 mA (3-a) Describe the operation of Circuit A. What is the function accomplished? (3-b) Determine the value of R to always maintain the Zener turned on (Circuit A). -c) Evaluate the maximum current and maximum power of the Zener (Circuit A). (3-d) Use Multisim to verify all of your results (assume R1oad of 750 N) (3-e) Analyze Circuit B assuming the same parameters and components used in Circuit A. Describe the operation of the circuit clearly, and use Multisim to support your arguments. Vin O o Vout R R Rjoad Vin o W Vout Rioad CIRCUIT A CIRCUIT B
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