Circuit modeling for super-high speed processing spatially modulated field signals

This article examines the physical basis of the superfast SIC components for processing spatially modulated electromagnetic field signals. It presents an analysis of the main physical effects which are capable of influencing the SIC components speed. The possibility of fulfillment of subpicosecond analog and digital operations for spatially modulated signals with the help of passive microstrip micron-sized components is examined. The outcomes of subpicosecond switch simulation are discussed. The integration concept for such elements in SIC, constructed on the principles of digital pseudo-holography is offered