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authorDenis Chevalier <perso@denischevalier.fr>2026-08-09 14:30:52 +0200
committerDenis Chevalier <perso@denischevalier.fr>2026-08-09 14:30:52 +0200
commitdd67f6dcbd526d4d6e2804aab7ef735c6c92e450 (patch)
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parentbb4e08726bf020c026e9101dfb0dc19413f67e5a (diff)
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uniformize unit formating with fractions, and range formating with to
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@@ -210,7 +210,7 @@ ngspice simulations of a reference implementation. We will provide a validation
methodology for our precision claims, as well as the data to support them.
Finally, we will propose a tiered approach to precision: we believe that a
-topology that manages 10ppm precision and $qty(90, "dB SNR")$ SNR over DC to
+topology that manages 10ppm precision and $qty(90, "dB") upright("SNR")$ SNR over DC to
$qty(20, "kHz")plus$ bandwidth is worth using and studying even with a lower
precision target of $qty(100, "ppm")$ or $qty(1000, "ppm")$. While to achieve
$qty(10, "ppm")$ some parts might get expensive due to their very high