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Analog IP cores exhibit a multivariate response to dynamic variations of an operation environment, that are typically represented by power and substrate voltage changes. A testbench provides a silicon area to embed and diagnose custom IP cores with power delivery and substrate networks, where the area is surrounded by on-chip precision waveform capturing and configurable power and substrate noise...
A substrate network tailored for a variety of transistor geometry including channel sizes, fingering and folding, and shapes and placements of guard bands, extends the capability and accuracy of full-chip noise coupling analysis of mixed technology VLSI integration. Analysis of substrate sensitivity of differential amplifiers in a 90 nm CMOS technology with more than 64 different geometry and operating...
Issues related to substrate noise in system-on-chip design are described including the physical phenomena responsible for its creation, coupling transmission mechanisms and media, parameters affecting coupling strength, and its impact on mixed-signal integrated circuits. Design guidelines and best practices to minimize the generation, transmission, and reception of substrate noise are outlined, and...
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