EDA Linker allows you to co-simulate your micro-devices along with the electronics in your favorite mixed signal or system level environment.
EDA Linker allows you to incorporate IntelliSuite directly into your EDA workflow. Whether you are using a Cadence, Mentor, Synopsys or Tanner environment, or a mixed tool environment IntelliSuite will fit right in.
Seamless Integration With Your Preferred EDA Workflow
EDA Linker allows you to easily create component models (in VHDL, Simulink, SPICE etc) of any complex mechanical or electromechanical structure. These are not simplistic 6-DOF reduced models but a full 3D (N-DOF) representation of the structure.
With EDA Linker derived models you to perform a comprehensive sealection of analyses on your MEMS devices - from DC, AC, transient, steady-state, analyses.
System Model Extraction At Work
EDA Linker uses the same sophisticated underlying technology as our popular System Model Extraction module. Users can easily convert complex electro-mechanical devices such as gyroscopes, resonators, sawitches etc into an equivalent hardware description language with the click of a button.
EDA Linker now allows you convert output from the Electromagnetic into Touchstone, SPICE or Pole-Zero Residual format.
Fits into existing mixed-signal environments
Compatible with existing investment in EDA tools
Low training costs
Integrated workflow to lower time to market
Surface micro-machining (Poly-Si) or SOI based MEMS-CMOS integration
By creating or importing a mask file, users can:
Cosimulate electronics and MEMS in a mixed signal environment of your choice
Link IntelliSuite to EDA tools from Cadence, Mentor, Synopsys, Mathworks, Tanner or Agilent
Create high-fidelity N-DOF mixed-signal system models of 3D MEMS devices
Accurately capture non-linear MEMS behavior including all relevant high order modes.
Include packaging effects in system simulations
Integrate seamlessly into a VHDL,Verilog or SPICE based design flow