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Data words transported over the ARINC 429 bus is defined and built-in units, ranges, refresh rates, number of significant bits, and resolution.

Why it is necessary to include resolution? Does resolution really have any significant impact on the signal? I think resolution is just a mere step size for the signal, so why use incremental resolutions, like 0.0000000002? Does this small incremental really make a difference in the data word?

Data words transported over the ARINC 429 bus are defined and built-in units, ranges, refresh rates, number of significant bits, and resolution.

Why is it necessary to include resolution? Does resolution really have any significant impact on the signal? I think resolution is just a mere step size for the signal, so why use incremental resolutions, like 0.0000000002? Does this small incremental really make a difference in the data word?

Data words transported over the ARINC 429 bus is defined and built-in units, ranges, refresh rates, number of significant bits, and resolution.

For resolution, I am having trouble understanding why it is necessary to include resolution? Does resolution really have any significant impact on the signal? I think resolution is mere a step size for the signal, so why use incremental resolutions, like 0.0000000002? Does this small incremental really make a difference in the data word?

Data words transported over the ARINC 429 bus is defined and built-in units, ranges, refresh rates, number of significant bits, and resolution.

Why it is necessary to include resolution? Does resolution really have any significant impact on the signal? I think resolution is just a mere step size for the signal, so why use incremental resolutions, like 0.0000000002? Does this small incremental really make a difference in the data word?

Data words transported over the ARINC 429 bus is defined and built-in units, ranges, refresh rates, number of significant bits, and resolution.

For resolution, I am having trouble understanding why it is necessary to include resolution? Does resolution really have any significant impact on the signal? I think resolution is mere a step size for the signal, so why use incremental resolutions, like 0.0000000002. Does this small incremental really make a difference in the data word?

Data words transported over the ARINC 429 bus is defined and built-in units, ranges, refresh rates, number of significant bits, and resolution.

For resolution, I am having trouble understanding why it is necessary to include resolution? Does resolution really have any significant impact on the signal? I think resolution is mere a step size for the signal, so why use incremental resolutions, like 0.0000000002? Does this small incremental really make a difference in the data word?