The placement of components on a printed wiring board (PWB) affects reliability, manufacturability, maintainability, and cost. In the past, placement techniques have been developed solely on the basis of minimizing the total wirelength necessary for the complete interconnection of the components. This paper presents techniques to improve placement based on reliability as well as routability. The approach discusses an innovative coupled force-directed methodology
The inherent functionality of a printed wiring board (PWB) can be dramatically increased by embeddin...
ABSTRACT: in assembling printed circuit boards (PCB), the use of numerically or computer controlled ...
In assembling printed circuit boards (PCB), the use of numerically or computer controlled electronic...
This article presents a mathematical theory for component placement for reliability based on the the...
In this article, we analyze numerical control problems arising in a component insertion line for pri...
This report describes a linear programming (LP) model to minimize the parts placement cost of a prin...
In this study, a new algorithm component placement machine is proposed. Also, a pairwise exchange pr...
Abstract:- In this study, a new algorithm for a particular component placement machine is proposed. ...
ii iii In recent years, the production of printed wiring board (PWB) has not only increased in quant...
Presented is a new efficient method for the placement of components on a printed wiring board (PWB)....
Developments of advanced electronic products and the exploitation of new application fields for micr...
ABSTRACT: In assembling printed circuit boards (PCB), the use of numerically or computer controlled ...
A new algorithm for a component placement machine is proposed in this study. The new algorithm is co...
Printed Wiring Board (PWB) and Printed Circuit Board Assembly (PCBA) testing aims to ensure an error...
The high density wiring used on newer electronic devices requires an improved processing technique t...
The inherent functionality of a printed wiring board (PWB) can be dramatically increased by embeddin...
ABSTRACT: in assembling printed circuit boards (PCB), the use of numerically or computer controlled ...
In assembling printed circuit boards (PCB), the use of numerically or computer controlled electronic...
This article presents a mathematical theory for component placement for reliability based on the the...
In this article, we analyze numerical control problems arising in a component insertion line for pri...
This report describes a linear programming (LP) model to minimize the parts placement cost of a prin...
In this study, a new algorithm component placement machine is proposed. Also, a pairwise exchange pr...
Abstract:- In this study, a new algorithm for a particular component placement machine is proposed. ...
ii iii In recent years, the production of printed wiring board (PWB) has not only increased in quant...
Presented is a new efficient method for the placement of components on a printed wiring board (PWB)....
Developments of advanced electronic products and the exploitation of new application fields for micr...
ABSTRACT: In assembling printed circuit boards (PCB), the use of numerically or computer controlled ...
A new algorithm for a component placement machine is proposed in this study. The new algorithm is co...
Printed Wiring Board (PWB) and Printed Circuit Board Assembly (PCBA) testing aims to ensure an error...
The high density wiring used on newer electronic devices requires an improved processing technique t...
The inherent functionality of a printed wiring board (PWB) can be dramatically increased by embeddin...
ABSTRACT: in assembling printed circuit boards (PCB), the use of numerically or computer controlled ...
In assembling printed circuit boards (PCB), the use of numerically or computer controlled electronic...