- Turn-key extraction flow – a complete step-by-step global model extraction flow is provided to fit DC, CV, and scattering parameter measurement
- Fully customizable – the extraction flow is fully customizable to incorporate user-specific parameter extraction strategies
- Easy to use – user-friendly graphical interface teemed with productivity enhancement features continues the tradition of Keysight’s industry-leading SPICE model extraction packages
BSIM-CMG is semiconductor industry’s standard SPICE model for common multi-gate MOSFETs, such as 3D FinFETs that is becoming the mainstream sub-20nm device technology for cutting-edge IC designs. The main benefits of multi-gate MOSFETs, in comparison to conventional bulk MOS transistors, include considerably higher ON-to-OFF current ratio and better immunity to manufacturing variations.
The W8616EP BSIM-CMG Model Generation Software provides a complete, turn-key model extraction solution. It has been developed based on a physical, global model extraction strategy. The W8616EP product consists of two modules, the baseband (DC & CV) model extraction module and the RF model extraction module. The baseband extraction module works on the Model Builder Program (MBP) to take advantage of a CMOS-dedicated extraction infrastructure that is optimized to efficiently handle a large array of devices, to concurrently monitor a large set of scalability trends, and to accommodate frequent iterative extraction loops. The RF model extraction module works on IC-CAP Device Modeling Software, the industry’s trusted and only platform for RF modeling for more than two decades. Both modules are fully customizable so that user-specific model extraction strategies, such as de-embedding methodologies, extraction steps and sequence, etc. can be easily incorporated in the provided model extraction flow.
The W8501EP/ET IC-CAP Environment, W8502EP/ET IC-CAP Simulation and Analysis, and W8601EP/ET MBP Core Environment, or the W8625BP/BT MBP/IC-CAP are required to run the BSIM-CMG Model Generation software.