AUTOMATED CIRCUIT GENERATION

Abstract

A computer-implemented method is described, the method comprising receiving parameters (104) for a plurality of functional circuit components (101) configured to form at least a portion of a circuit, the plurality of functional circuit components (101) having corresponding behavioral models describing a plurality of functional behaviors of the plurality of functional circuit components (101) having said parameters (104), wherein different parameters (104) for a particular functional circuit component (101) correspond to different functional behaviors of the particular functional circuit component (101) and automatically generating, based at least on part on the parameters (104), transistor level schematics (103) for the plurality of functional circuit components (101), wherein the transistor level schematics (103) have corresponding transistor level models, wherein a first simulation of the transistor level models substantially matches a second simulation of the behavioral model.

Inventors

MACRAE, CALUM
LOCASCIO, Jim
MASON, KAREN
MASON, JOHN
PHILPOTT, RICHARD
HUSSAIN, Muhammed Abid

Assignees

Celera, Inc.

Dates

Publication Date: 20260506
Application Date: 20200528