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Nexxim Simulator > Nexsys Discrete Time Domain AnalysisNexsys discrete time domain simulation is a comprehensive simulation environment for mixed-mode systems containing both functional and electrical components. • Functional components are time-domain behavioral components with an input-output transformation and a unidirectional data flow (signals flow in one direction from the input to the output). • Electrical components are bi-directional components (signals propagate in both directions). Linear electrical networks can be described in the frequency domain using S-parameters or the equivalent. Nonlinear components such as transistors and diodes use time domain models. In a Nexsys design, functional and electrical components and subdesigns may be connected arbitrarily. Nexsym analysis seamlessly integrates with NexximTransient analysis and Envelope analysis to solve mixed-mode design problems at differing levels of abstraction. Nexsys time domain analysis allows the simulation of arbitrary wired/wireless communications system topologies and other system-level applications. A Matlab user-defined model capability allows the designer to take advantage of the enormous existing Matlab functionalities in DSP, communications, vector manipulation and optimization to co-simulate with Nexsys.
The topics for this section include: Creating and Simulating a Nexsys Design Overview of Discrete Time Domain Analysis Nexsys Simulation of a Mixed Mode Topology Nexsys MATLAB User Defined Models
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