Information Technology for the Study of Ultra-Low Power Electric Fields

The article presents the results of the development of a new information technology for analysing and processing experimentally obtained data on electric fields, as well as testing the information and measuring system created on its basis to determine and study the power and energy characteristics of low-power electric fields arising in various microelectronic devices. The work aim to develop an information technology based on an information-measuring system that allows for high-precision research of the characteristics and visualisation of the distribution of ultra-low-power electric fields in real time. The research object is the high-precision study of the characteristics of electric fields of ultra-low power; the research subject is the information technology for processing data on electric fields, calculating the power and energy characteristics of these fields and visualising the results. The authors have developed a new information technology for analysing and processing experimentally obtained data on ultra-low power electric fields arising in microelectronic devices. The developed information technology has found practical application in the information-measuring system (specifically, it increased accuracy (up to 4.5–7.5%) and adequacy of determination and study of electric field characteristics). It also enables a detailed study and prompt acquisition of the exact data related to distribution of electric fields of ultra-low power on the surface in real time, reduces the feedback time by 28–32%, increases the measurement accuracy by 8.5–13%, increases the speed of research by 35–40% and guarantees high reliability of the equipment.