Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A novel and an extremely fast substrate model creation and noise analysis methodology is presented. The method takes a prototype floorplan or layout as an input and outputs a detailed 2-D plot of the noise voltage distribution at the surface. Estimated noise injection is attached to a substrate model to compute noise distribution across the die. An adaptive finite element based extraction method is described for modeling. The model is then calibrated to an extracted substrate model based on various parameters like surface and bulk resistivity. The method is optimized for both accuracy and speed. It is also shown how a designer can perform various what-if analysis with this flow in both pre-layout and post-layout phases. Grounding schemes and isolation structures are then discussed with various what-if analysis. Finally simulation data and results from an actual design are shown where this methodology has been applied.
['Sankar P. Debnath', 'Ganesh P. Kumar 0002', 'Sukumar Jairam']
I am writing a research paper on a idea Calibration Based Methods for Substrate Modeling and Noise Analysis for Mixed-Signal SoCsc
[{"from": "human", "value": "I am writing a research paper on a idea Calibration Based Methods for Substrate Modeling and Noise Analysis for Mixed-Signal SoCsc"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A novel and an extremely fast substrate model creation and noise analysis methodology is presented. The method takes a prototype floorplan or layout as an input and outputs a detailed 2-D plot of the noise voltage distribution at the surface. Estimated noise injection is attached to a substrate model to compute noise distribution across the die. An adaptive finite element based extraction method is described for modeling. The model is then calibrated to an extracted substrate model based on various parameters like surface and bulk resistivity. The method is optimized for both accuracy and speed. It is also shown how a designer can perform various what-if analysis with this flow in both pre-layout and post-layout phases. Grounding schemes and isolation structures are then discussed with various what-if analysis. Finally simulation data and results from an actual design are shown where this methodology has been applied."}]