MBPTM is a one-stop solution that provides both automation and flexibility for device modeling needs. Not only shipped with powerful built-in characterization and modeling capabilities, MBP also provides an open interface for user to customize their own modeling strategy. With the representative of such unique architecture, defined as the Task Tree, user can easily make model extraction process adaptable to specific data and always catch up with the state of the art of modeling methodology.
MBP
Key Features
1.The most comprehensive PSP model extraction solution with "local-global", "local-bin" and Accelicon's unique global approach.
2.The most complete High Voltage Device Modeling package supports the latest HiSIM_HV (SC4), Level 66 and Macro model approach.
3.HiSIM2 model extraction package and the only STARC qualified HiSIM/HiSIM_HV model QA flow.
4.DFM-Aware and Layout-aware device modeling capability
5.Equipped with many design oriented modeling solutions
6.Automatic extraction flow for all the supported models.
Wafer test
IV and CV measurements for modeling purpose.
Auto-extraction(task tree)
MBP's Tasktree helps user to obtain a very good initial model for many device types automatically, yet it remains very flexible thus user can develop new extraction strategy based on it.
MBP has following build-in task tree to face different modeling problems.
Diode: task tree fully covered the model extraction and optimization procedure for diode.
BJT: task tree fully covered the model extraction and optimization procedure for BJT.
Bsim3:
single: task tree optimize particular device you select
Global: task tree optimize and get a global model
HV: model extraction using unique macro model to fit HV features
Bsim4:
global: global model using Bsim4
Gate current: optimized gate current- related effect
Temperature: optimized temperature performance
MBP task tree also provide customized function, user can edit the task tree easily and freely. User needs no coding knowledge to finish it
Optimization(equation viewer, Intermediate Variable )
Besides the advanced optimization engine, MBP offers a chain of features to help user to better understand and debug model issues. For example, Equation viewer allows instant display of model equations for the point that user specifies; Optimizing on intermediate variables, such as Idsat vs. L, Vth vs. L, etc has more physical meanings, thus generates better results
With these functions, user can easily know the key-factor influence the model performance. Model problems can be found with less time and effort.
Easy Corner model generation and corner model adjustment
User can automatically generate corner models and adjust the model according to the specified targets.
Model fitting check(model card/library)
Error monitor offers a direct-view of fitting performance of the whole model.
GUI Features
Many GUI features such as convenient device navigation, parameter window, etc ease the life of modeling engineers.