In electronics, a digital-to-analog converter (DAC, D/A, or D-to-A) is a system that converts a binary representation of that signal into an analog output. An 8 bit converter can represent a maximum of 2^8 different values, with each successive value differing by 1/256 of the full scale value, this becomes the system resolution. Create a function that takes a decimal number representation of a signal and returns the analog voltage level that would be created by a DAC if it were given the same number in binary. While value range is 0-1023, reference range is 0-5.00 volts.Value and reference is directly proportional. This DAC has 10 bits of resolution and the DAC reference is set at 5.00 volts. Examples V_DAC (0) V_DAC (1023)→ 5 V_DAC (400) → 1.96

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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In electronics, a digital-to-analog converter (DAC, D/A, or D-to-A)
is a system that converts a binary representation of that signal into
an analog output. An 8 bit converter can represent a maximum of
2^8 different values, with each successive value differing by 1/256
of the full scale value, this becomes the system resolution.
Create a function that takes a decimal number representation of a
signal and returns the analog voltage level that would be created
by a DAC if it were given the same number in binary.
While value range is 0-1023, reference range is 0-5.00 volts.Value
and reference is directly proportional.
This DAC has 10 bits of resolution and the DAC reference is set at
5.00 volts.
Examples
V_DAC (0)
V_DAC (1023) - 5
V_DAC (400) → 1.96
Transcribed Image Text:In electronics, a digital-to-analog converter (DAC, D/A, or D-to-A) is a system that converts a binary representation of that signal into an analog output. An 8 bit converter can represent a maximum of 2^8 different values, with each successive value differing by 1/256 of the full scale value, this becomes the system resolution. Create a function that takes a decimal number representation of a signal and returns the analog voltage level that would be created by a DAC if it were given the same number in binary. While value range is 0-1023, reference range is 0-5.00 volts.Value and reference is directly proportional. This DAC has 10 bits of resolution and the DAC reference is set at 5.00 volts. Examples V_DAC (0) V_DAC (1023) - 5 V_DAC (400) → 1.96
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