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Automatic Analog-on-Top Chip-Level Schematic Generation Based on Wire-by-Name Methodology Juergen Wittmann, Carsten Wegener,

机译:基于按线命名方法的自动上层模拟芯片级原理图生成Juergen Wittmann,Carsten Wegener,

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摘要

The standard form of analog design is 'drawing' a schematic. Applying this to a chip-level with more than 100 IP instantiations, 5000 digital and 500 analog signals becomes a tedious and error-prone task. To improve efficiency and manage chip-level complexity, the schematic generation is approached differently. An Excel database contains all chip-level related design information, required for the IC development. A list of IP instantiations referencing to a sub-circuit cell is defined in the database. The chip-level schematic is generated by an automatic schematic generator based on a wire-by-name approach according to predefined wire name conventions. The connectivity of each top-level instantiation of a cell is obtained from the cell pin names and the instance name. Instances are connected by resulting wire names. The Excel database enables to consistently maintaining design information for chip layout, digital design, verification, and others development disciplines in one single database, and achieves a high level of alignment within a project, and even across projects, when circuit blocks are re-used.
机译:模拟设计的标准形式是“绘制”原理图。将其应用于具有100多个IP实例,5000个数字信号和500个模拟信号的芯片级成为一项繁琐且容易出错的任务。为了提高效率并管理芯片级复杂性,原理图生成采用了不同的方法。 Excel数据库包含IC开发所需的所有芯片级相关设计信息。在数据库中定义了引用子电路单元的IP实例列表。芯片级原理图由自动原理图生成器根据预定义的导线名称约定基于导线名称方法生成。单元的每个顶级实例的连通性是从单元引脚名称和实例名称获得的。实例通过结果导线名称连接。利用Excel数据库,可以在一个数据库中始终保持芯片布局,数字设计,验证和其他开发学科的设计信息,并在重新使用电路模块时,在项目甚至整个项目中实现高度一致性。 。

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