AccuSim II - Mentor Graphics - #1

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Analog/Mixed-Signal Simulation D A T A S H E E T www.mentor.com The Complete Simulation Environment AccuSimII incorporates the Eldo simulator into the Mentor Graphics environment. You can use its accurate circuit-level algorithms for highly accurate simulation of IC and board designs. Choose from among the Eldo simulator’s algorithms to tune its response to your needs. For behavioral and system-level simulation, you can use the HDL-A analog behavioral modeling language based on industry-standard VHDL syntax. If you choose not to use a behavioral language, you can graphically define behavioral models through the System Modeling Blocks library. For detailed simulation of real world parts, use AccuParts™, a library of more than 12,000 off-the-shelf parts. System-level simulation can be performed with the CommLib™ or AutoLib™ libraries. These simulation techniques combine in AccuSim II to give you flexibility in terms of model detail and simulation performance. After simulation, the product’s robust post-processing capabilities let you display and analyze circuit behavior to help you quickly verify analog circuits of any complexity. Built-in proprietary option controls and standard SPICE™ option commands allow you more complete control over simulation runs. Advanced remote run capabilities return control of the graphical interface to the user during long simulation runs. AccuSim II Major Product Features: • Integrated environment connects Eldo™ simulator to the Mentor Graphics framework. • Analyses include: DC, AC, transient, Monte Carlo, Fourier, AC noise, transient noise, polezero, worst-case, and sensitivity. • Language-based modeling using HDL-A™. • A wide variety of transistor models and external board-level libraries are available. • Extensive waveform postprocessing functions and display formats. • Remote and batch-run modes return control to the user during AccuSim® II integrates the high-performance Eldo simulator into an long runs. interactive environment incorporating schematic probing, simulation control, and waveform viewing and analysis.