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#import "../lib/unify.typ": unit
#figure(
table(
columns: 3,
table.header([Symbol], [Definition], [Typical unit]),
[$G$], [Gain (closed-loop)], [dimensionless or $unit("dB")$],
[$A$], [Gain (open-loop)], [dimensionless or $unit("dB")$],
[$A_"OL"$], [Open-loop gain (explicit)], [dimensionless],
[$beta$], [Feedback factor], [dimensionless],
[$A beta$], [Loop gain], [dimensionless],
[$H$], [Transfer function], [dimensionless],
[$R_f$], [Feedback resistor], [$unit("ohm")$],
[$R_"in"$], [Input resistor], [$unit("ohm")$],
[$Z_"in"$], [Input impedance], [$unit("ohm")$],
[$Z_"out"$], [Output impedance], [$unit("ohm")$],
[$upright("GBW")$], [Gain-bandwidth product], [$unit("Hz")$],
[$upright("SR")$], [Slew rate], [$unit("volt per micro second")$],
[$upright("CMRR")$], [Common-mode rejection ration], [$unit("dB")$],
[$upright("PSRR")$], [Power supply rejection ratio], [$unit("dB")$],
[$upright("TC")$], [Temperature coefficient], [$unit("ppm per celsius")$],
[$V_"CR"$], [Voltage coefficient of resistance], [$unit("ppm per volt")$],
[$V_"CC"$], [Voltage coefficient of capacitance], [$unit("ppm per volt")$],
[$upright("DA")$], [Dielectric absorption], [$unit("percent")$],
[$S$], [Seebeck coefficient], [$unit("micro volt per celsius")$],
[$theta$], [Thermal resistance], [$unit("celsius per watt")$],
),
caption: [Circuit and component parameters],
) <table-circuit-and-component-parameters>
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