Network matching structure display system of multi-stage design connection path

Abstract

The invention relates to a network matching structure display system of a multi-level design connection path, which comprises a memory in which a computer program is stored, a processor and a display area, and is characterized in that when the processor executes the computer program, the processor is used for responding to a network matching display creation instruction input by a user, obtaining network matching parameters in the multi-level design connection path and displaying in the display area; the display area comprises M network column areas and (M-1) pin column areas, the network column areas and the pin column areas are alternately arranged, the ith network column area is used for displaying network identifications which are at least arranged in the vertical direction and are located on the ith design component, and the network identifications located on the same design connection path are located on the same row in the display area; the jth pin column area is used for displaying pin identifiers connected with the jth column network and the (j + 1) th column network which are at least located in the same row. The network matching structure of the whole multi-stage interconnection link can be quickly and clearly displayed, and the design detection efficiency is improved.

Description

technical field [0001] The invention relates to the field of electronic technology, in particular to a network matching structure display system with multi-level design connection paths. Background technique [0002] In electronic design, it is usually necessary to design (Device) composed of PCB (Printed Circuit Board), Package (package), Interposer (package carrier), IC (integrated circuit, integrated circuit) and other design (Device) To detect the connectivity of the link, it is necessary to display the network matching (net mapping) structure of the interconnection design link. In the prior art, the network matching structure of the design link is usually made and displayed by manual tabulation, but it is usually limited to the two-level structure of the design link, which not only requires a lot of labor, the display efficiency is low, and the design detection efficiency is also reduced. As the number of stages increases, manual tabulation cannot clearly display the n...

AI Technical Summary

Problems solved by technology

In the prior art, the network matching structure of the design link is usually made and displayed by manual tabulation, but it is usually limited to the two-level structure of the design link, which not only requires a lot of labor, the display efficiency is low, and the design detection efficiency is also reduced. As the number of stages increases, manual tabulation cannot clearly display the network matching structure of the entire multi-level design connection path, which reduces the design detection efficiency

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