Now showing items 1-7 of 7
An Expert System for Electronics Design.
After three years of development, the University of Maryland Reliability and Maintainability Computer Aided Design (RAMCAD) expert system for electronics has been implemented for on-site test and utilization. This paper ...
Computer Aided Design for PCB Reliability.
Sophisticated computer tools and techniques have been developed to increase the productivity of the digital electronics design and analysis process. Computer aided design (CAD) tools presently exist for schematic capture, ...
Design for Reliability of Printed Circuit Boards.
A well designed product satisfies performance requirements and optimizes between reliability, producibility, supportability and cost criteria. In the design of electronics, these design criteria originate from a variety ...
Component Placement on PWB's for Routability and Reliability.
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 ...
Placement of Integrated Circuits for Reliability on Conductively Cooled Printed Wiring Boards.
This article presents a mathematical theory for component placement for reliability based on the thermal response of conductively cooled printed wiring board. Placement procedures based on the theory are then developed and ...
Database and Process Control for RAMCAD.
After three years of development, the University of Maryland Reliability and Maintainability Computer Aided Design (RAMCAD) expert system for electronics has been implemented for on-site test and utilization by Westinghouse ...