Single input single output RCS interconnection circuit degradation method

Abstract

This invention belongs to electron technique field, which is in detail single input and output RCS connection circuit based on second order Arnoldi process. The method comprises the following steps: to form second order system, system frequency shift, system linearization, getting orthogonal matrix Q o f Krylov sub-space; finally to get N order deduction system. This invention is characterized by the following: it has high accuracy and ensures the data stability of the order deduction and has low computation and storage and ensures the passivity of the order deduction system.

Description

technical field [0001] The invention belongs to the field of electronic technology, and in particular relates to a model reduction method for a linear circuit. technical background [0002] Integrated circuits have been developed to the point where electronic systems containing more than 1 billion devices can be integrated on a single chip, that is, System on One Chip (SOC). For millions of large-scale circuits, how to quickly and accurately simulate and verify the correctness of its design within a reasonable time has become a bottleneck in the design of system-on-chip (SOC). According to statistics, the time for SOC chip simulation verification has accounted for 70% of the entire design time. [0003] In the ultra-high-speed ultra-deep sub-micron SOC design, the performance of interconnect lines greatly affects the performance of the entire chip. Crosstalk and delay problems when signals propagate on interconnect lines may cause timing deviations, logic errors, and even ...

AI Technical Summary

Problems solved by technology

Therefore, the reduced-order system obtained by SMOR cannot exactly match the moments of the original system, and the moment matching accuracy cannot be guaranteed

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