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#import "../lib/unify.typ": unit
#import "@preview/diverential:0.3.0": *
#figure(
table(
columns: 3,
table.header([Symbol], [Definition], [Typical unit]),
[$epsilon$], [Error (general)], [$unit("ppm")$ or $unit("uV")$],
[$epsilon_"max"$], [Maximum allowable error], [$unit("ppm")$ or $unit("uV")$],
[$epsilon_"total"$], [Total combined error], [$unit("ppm")$ or $unit("uV")$],
[$epsilon_"systematic"$], [Systematic error component], [$unit("ppm")$],
[$epsilon_"random"$], [Random error component], [$unit("uVrms")$],
[$epsilon_"offset"$], [Offset error], [$unit("uV")$],
[$epsilon_"gain"$], [Gain error], [$unit("ppm")$],
[$epsilon_"ratio"$], [Ratio error for matched components], [$unit("ppm")$],
[$epsilon_"thermal"$], [Thermally-induced error], [$unit("ppm")$],
[$dv(epsilon, t)$], [Drift rate], [$unit("ppm per hour")$],
[$S_y^p$], [Sensitivity of $y$ to parameter $p$], [dimensionless],
[$upright("SNR")$], [Signal-to-noise ratio], [$unit("dB")$],
[$upright("RTI")$], [Referred-to-input], [$unit("uV")$],
[$upright("RTO")$], [Referred-to-output], [$unit("uV")$],
[$upright("FS")$], [Full scale], [$unit("V")$],
),
caption: [Error and precision quantities],
) <table-error-and-precision-quantities>
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