Design a four-bit summing amplifier D/A converter using an op-amp. Use the feed back resistor Rf=1 K ohm, and the R-2R Ladder at the input with R=D1 K ohm and 2R=2 K ohm, DC input voltage 16V and op-amp voltages 16V and -16V corresponding to plus and minus inputs, respectively. Write down a table containing all conversions from (0000 to 1111), i.e. write all theoretical and practical voltages.
Design a four-bit summing amplifier D/A converter using an op-amp. Use the feed back resistor Rf=1 K ohm, and the R-2R Ladder at the input with R=D1 K ohm and 2R=2 K ohm, DC input voltage 16V and op-amp voltages 16V and -16V corresponding to plus and minus inputs, respectively. Write down a table containing all conversions from (0000 to 1111), i.e. write all theoretical and practical voltages.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Design a four-bit summing amplifier D/A converter
using an op-amp. Use the feed back resistor Rf=1
K ohm, and the R-2R Ladder at the input with R=1
K ohm and 2R=2 K ohm, DC input voltage 16V and
op-amp voltages 16V and -16V corresponding to plus
and minus inputs, respectively. Write down a table
containing all conversions from (0000 to 1111), i.e.
write all theoretical and practical voltages.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe8877ce7-55b0-4739-aeb7-4cf1d7e5c80d%2F37a975e4-3750-456f-b488-88da931cb4e6%2Fm6qsm6d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Design a four-bit summing amplifier D/A converter
using an op-amp. Use the feed back resistor Rf=1
K ohm, and the R-2R Ladder at the input with R=1
K ohm and 2R=2 K ohm, DC input voltage 16V and
op-amp voltages 16V and -16V corresponding to plus
and minus inputs, respectively. Write down a table
containing all conversions from (0000 to 1111), i.e.
write all theoretical and practical voltages.
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