Simulation of CMOS technology microcircuit elements with eco-friendly practices in agro-industrial production

Abstract

The paper explores contemporary design technologies for CMOS LSIs and examines challenges encountered during the modelling of LSIs at various hierarchical levels within the design process. The analysis underscores the pressing need for developing software tools for fault modelling while minimizing computational expenses. In addition to addressing the technical aspects, this study sheds light on the influence of ecology and agro-industrial practices on the microcircuit modelling process. Emphasis is placed on resource efficiency and mitigating adverse environmental impacts, particularly in the context of agro-industrial production. The paper discusses the requirements for creating and utilizing SF block libraries, aiming at establishing databases facilitating swift identification, environmental monitoring, and evaluation of the ecological footprint resulting from agro-industrial activities. Moreover, the paper presents principles for constructing VLSI CAD centres that navigate the delicate balance between advanced technologies and environmental sustainability. These principles provide a foundation for developing a unified hardware and software complex tailored for designing radio- electronic equipment while taking into consideration the specific needs and challenges of the agricultural sector.