Simulating and modeling electrophoresis phenomenon in capillaries

In the designing process the most crucial parameter is time. During simulating MEFS (Micro Electro Fluidics Systems), the slowest part is the simulation of species concentration in capillaries, which is in 3D. Sometimes 3D structure can be replaced by 2D, but still simulation is relatively low. The solution for this problem is behavioral modeling of electrophoresis phenomenon in capillary in one of the languages such as HDLA or VHDL-AMS. In this paper a new approach in modeling electrophoresis phenomenon is presented. Implementing this phenomenon into HDLA shorten drastically the time of the simulation without decreasing of the model precision.