Nanoantenna modelling for their further use as data transmitter-receiver devices on 3-d integral circuits

Abstract

This article describes the application of optical nanocomponents for their further use in computer and information systems. it was revealed It was found on the basis of the analysis that the improvement of existing nanocomponents will allow to realize their full potential, as well as to find the use of nanoantennas in the field of creating communication lines on device boards as devices for receiving and transmitting data. Nanoantennas are promising devices that are already successfully used in modern microscopy devices. However, recently, optical antennas have begun to be applied in devices used in other areas of human life. As a result, the use of this technology can lead to an increase in the speed and volume of data transfer between the components of the integrated circuit. This, in turn, will increase the quality and speed of calculations in complex equations. A modeling technology has been proposed, and calculations of the necessary geometric parameters have been made, which will be suitable for the goals set by this work. On the basis of the proposed technology, four models that meet the required parameters have been developed. Calculations of the created three-dimensional models of nanoantennas have been performed. As a result of the study, a model has been identified that has the most balanced parameters suitable for its further use as the main device for receiving and transmitting data on three-dimensional integrated circuits.

Keywords

• optical nanocomponents
• nanoantennas
• devices for receiving and transmitting data
• signal transmission
• model development
• antenna directivity pattern