Using the EDA Linker tool, the system macro model file can be converted into an HDL (hardware description language) file, and the generated HDL file can be used for simulation in IC software such as Cadence, thereby realizing MEMS-IC co-design simulation.
SME (System model extraction)
The innovative SME (System Model Extraction) can systematically analyze the dynamic characteristics of MEMS devices, extract device characteristic parameters, convert a large FEA model into an accurate N-DOF energy model, import it into the SYNPLE module for simulation, and finally Obtain results consistent with full FEA analysis while computing 1000 times faster;
The MEMS and nanotechnology system-level design tools applied to multiple fields and scales are epoch-making products for effective comprehensive design of devices and circuits. Combined with other IntelliSuite modules, many technical challenges in industry can be solved. ◆ A good extensibility framework, which can easily add new units; ◆ Flexible unit definition method, no need to learn a new language; ◆ No need to spend a lot of time to calculate the Jacobian determinant, and the calculation speed is significantly better than the traditional numerical method; ◆ Pre-built cell libraries containing analog, digital, hybrid digital-analog, mechanical, and MEMS components. and is constantly being updated; ◆ The mEFM (Multiple Surface Meshing) algorithm specially developed for inertial devices such as MEMS gyroscopes and accelerometers can efficiently and accurately analyze the characteristic parameters of complex comb structures, greatly improving computing efficiency; ◆ Based on the Jiles-Atherton model and the quadratic domain rotation model, considering the hysteresis effect of the changing magnetic field, a MEMS unit with magneto-mechanical coupling and magneto-piezoelectric coupling is developed;