GENERATOR OF TACTICAL IMPULSES ON THE BASIS OF THE HIGH – TEMPERATURE NUCLEAR VOLTAGE OF JOSEPHSON JUNCTIONS

Abstract

The current state of development of electronic technology and the rapid development of wireless information transmission systems requires the search for new technologies that would meet the requirements of increasing the frequency of signal transmission. The idea of  the idea of generators operation of clock pulse generators as devices of digital information processing is revealed in the work, in particular the physical model of the clock pulse generator on the basis of Josephson transitions is constructed. The scheme of the clock generator is given and its description is made. The linearization of the two-contact superconducting quantum interference sensors (SQIS) voltage response function is described with the representation of the solution of the differential equation as a function of the voltage response versus time. Based on the proposed solution of the differential equation, the dependence of the change in the phase difference of the wave functions on the parameters of the equivalent PD scheme is investigated, the research results are presented in the form of graphs.