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10a. Voltage Follower (50%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 50% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10b. Voltage Follower (80%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 80% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10c. Voltage Follower (20%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 20% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10d. From those circuits/problems that you have accomplished. What are your thoughts about Voltage Follower? What are the benefits of it in our circuit industry? Give a Scenario.

10a. Voltage Follower (50%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 50% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10b. Voltage Follower (80%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 80% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10c. Voltage Follower (20%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 20% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10d. From those circuits/problems that you have accomplished. What are your thoughts about Voltage Follower? What are the benefits of it in our circuit industry? Give a Scenario.

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
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10a. Voltage Follower (50%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 50% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 106. Voltage Follower (80%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 80% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10c. Voltage Follower (20%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 20% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10d. From those circuits/problems that you have accomplished. What are your thoughts about Voltage Follower? What are the benefits of it in our circuit industry? Give a Scenario.
Transcribed Image Text:10a. Voltage Follower (50%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 50% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 106. Voltage Follower (80%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 80% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10c. Voltage Follower (20%) Design a Voltage Follower with a Voltage Divider on it. Assuming that you have a 60v input voltage with a frequency of 60hz, create a circuit where in it will only output 20% of the original input voltage. Take a screenshot of your schematic and the graph of Vin and Vout. 10d. From those circuits/problems that you have accomplished. What are your thoughts about Voltage Follower? What are the benefits of it in our circuit industry? Give a Scenario.
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