Transistor integrated circuit optimization method for process transplantation
A transistor-level, integrated circuit technology, applied in the field of integrated circuit optimization, can solve problems such as local optimum, without considering layout parasitic effects, etc., achieve fast optimization speed, optimize circuit performance, and avoid iteration effects
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[0037] The present invention will be further described below with reference to the accompanying drawings and the following non-limiting examples.
[0038] like figure 1 As shown, a transistor-level integrated circuit optimization technique for process migration, first divides the circuit into a digital circuit and an analog or radio frequency circuit: a complete circuit system usually includes a digital circuit subsystem and an analog or radio frequency circuit subsystem, because The characteristics of digital circuits are different from the operating characteristics of analog or radio frequency circuits. It is necessary to adopt different optimization methods for these two parts. Compared with the optimization of digital circuits, the optimization of analog or radio frequency circuits is more complicated. In order to better optimize The whole circuit, which has to divide them. The division method of transistor-level digital circuits and analog or radio frequency circuits ha...
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