A. Design a R-2R Ladder DAC using a reference voltage of (10V) and a full scale of the output analogue voltage is (9.9975585V). If the current pass through the LSB is ImA. 1- What will be the current pass through 3rd LSB, 5th LSB and MSB. 2- Determine the Vo for an input codes (101010101010), (000101001110) and (001110010111). 3- Plot the analogue output voltage-.
A. Design a R-2R Ladder DAC using a reference voltage of (10V) and a full scale of the output analogue voltage is (9.9975585V). If the current pass through the LSB is ImA. 1- What will be the current pass through 3rd LSB, 5th LSB and MSB. 2- Determine the Vo for an input codes (101010101010), (000101001110) and (001110010111). 3- Plot the analogue output voltage-.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![A. Design a R-2R Ladder DAC using a reference voltage of (10V) and a full scale of the output
analogue voltage is (9.9975585V). If the current pass through the LSB is ImA.
1- What will be the current pass through 3rd LSB, 5th LSB and MSB.
2- Determine the Vo for an input codes (101010101010), (000101001110) and (001110010111).
3- Plot the analogue output voltage-.
4- Find the binary weight for each bit in unit and volt.
5- Find the resolution in volt and present.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F60a61234-e5fd-40cf-9e00-e8b942bf67a3%2Ff14cb4a1-09d7-42c3-8f2c-831558adc05a%2Feg72bvd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A. Design a R-2R Ladder DAC using a reference voltage of (10V) and a full scale of the output
analogue voltage is (9.9975585V). If the current pass through the LSB is ImA.
1- What will be the current pass through 3rd LSB, 5th LSB and MSB.
2- Determine the Vo for an input codes (101010101010), (000101001110) and (001110010111).
3- Plot the analogue output voltage-.
4- Find the binary weight for each bit in unit and volt.
5- Find the resolution in volt and present.
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