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Electrical noise establishes a fundamental limit on the performance of analog, RF, and mixed-signal integrated circuits. Accurate noise analysis is crucial to design optimization and ensuring the overall system will operate correctly. According to a study by Collett International, inaccurately characterizing electrical noise is a leading reason for IC respins. Berkeley Design Automation has developed breakthrough Stochastic Nonlinear Engine™ that delivers silicon-accurate noise analysis. The technology is based on a new formulation of the traditional circuit equations that for the first time includes all noise sources and underlying stochastic noise processes.
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