ANSYS multiphysics MEMS actuator simulation
Proprietary RF simulation. Shown here is the output beam from a passive MEMS patch array
Matlab
/ Simulink simulation of ion flight through a MEMS quadrupole mass
spectrometer. Simulation was used to sweep dimensional variables
including layer alignment and shape to determine process window and increase yield.
| | | | Simulation is available as part of our design work or as a separate task as needed
Our simulation capabilities are top notch, with experienced PhDs
- Full ANSYS multiphysics and Electromagnetics capability
- System level Simulink and detailed MATLAB simulation
- Proprietary RF simulation code
- We
also do "mixed-mode" simulation where we might, for example, combine
ANSYS field solutions into MATLAB lookup tables to generate a speedy
system level model.
Our direct simulation experience is broad:
from feedback controllers to inertial systems, RF antennas to mass
spectrometers, MEMS and Nano devices to optics.
“Ardent
has supplied us with a number of design and support services over the
last few years. Their world-class team's expertise helped us
achieve error-free designs the very first time and gave us a deeper
understanding of how our devices perform. Thanks Ardent!”
Dr. Matthew Last, Crossfiber
All images are copyright Ardent Research and represent work we have done
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