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This paper presents a composable system simulation
framework for complex electrokinetic passive micromixers,
using an analog hardware description language integrating
analytical mixer models that describe not only the behavior
of individual elements, but also the interactions among
them. DC schematic analysis has been performed in the
framework to capture the influence of mixer topology,
element dimensions, material properties and operational
parameters (e.g., electric field) on the mixing performance.
Accuracy (relative error < 5%) and tremendous speedup
(100-10,000x) of the composable system simulations are
verified by comparison to experiment and numerical data.
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