SUMMARY
The discussion centers on issues encountered while using Silvaco Athena and Atlas for IC simulations, particularly in MOS structures and solar cell simulations. Users reported discrepancies in threshold voltage (Vth) when altering gate lengths, with a noted drop from 1.8V to 1.6V as gate length decreased from 0.6um to 0.55um. Additionally, errors related to file access, such as "Solarx01.spec," and challenges in incorporating external files for spectral absorption coefficients were highlighted. Users also sought guidance on applying "Non local band to band" tunneling in Silvaco Atlas for junctionless devices and optimizing efficiency in GaAsN alloy solar cells.
PREREQUISITES
- Familiarity with Silvaco Athena and Atlas simulation software
- Understanding of MOS structure parameters and their impact on threshold voltage
- Knowledge of solar cell physics, particularly regarding GaAsN alloys
- Experience with file management and external data integration in simulation tools
NEXT STEPS
- Investigate Silvaco Atlas documentation on MOS structure simulations
- Learn how to troubleshoot file access errors in Silvaco software
- Research methods for integrating external text files in Silvaco Atlas
- Explore techniques for implementing "Non local band to band" tunneling in Silvaco simulations
USEFUL FOR
Engineers and researchers working with Silvaco Athena and Atlas, particularly those involved in IC design, solar cell development, and semiconductor physics.