PCB Pre-layout Judgment Method Based on Multiple Linear Regression Model

To reduce the occurrence of iteration in PCB design and ensure the smooth progress of project schedule with sufficient design time, a PCB pre layout determination method based on multiple linear regression model is designed. In PCB design, there are different forms of device packaging, which can be divided into six categories based on the different manifestations of device packaging. Then, according to the design software, the actual PCB wiring area is obtained. Six typical PCB boards are selected as samples, and the model between the actual PCB wiring area and various device areas is established by using multiple linear regression equations. Next, according to the actual layout, the rationality of the model is verified from three aspects: DRC report, signal integrity and power integrity. The design is easy to implement, which greatly reduces the PCB pre-layout time and promotes the actual PCB design.

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Publication Details

Published
2025-04-18
DOI
https://doi.org/10.1109/iseae64934.2025.11042103
Primary Topic
Industrial Vision Systems and Defect Detection
Type
article
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article

PCB Pre-layout Judgment Method Based on Multiple Linear Regression Model

Zongyang Sun, Sai Liu, Xiaohong Zhou
Industrial Vision Systems and Defect Detection
article

PCB Pre-layout Judgment Method Based on Multiple Linear Regression Model

Zongyang Sun, Sai Liu, Xiaohong Zhou
article en

Abstract

To reduce the occurrence of iteration in PCB design and ensure the smooth progress of project schedule with sufficient design time, a PCB pre layout determination method based on multiple linear regression model is designed. In PCB design, there are different forms of device packaging, which can be divided into six categories based on the different manifestations of device packaging. Then, according to the design software, the actual PCB wiring area is obtained. Six typical PCB boards are selected as samples, and the model between the actual PCB wiring area and various device areas is established by using multiple linear regression equations. Next, according to the actual layout, the rationality of the model is verified from three aspects: DRC report, signal integrity and power integrity. The design is easy to implement, which greatly reduces the PCB pre-layout time and promotes the actual PCB design.

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