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Laser and Camera Inspection Technologies for On-Line Defect Detection

机译:用于在线缺陷检测的激光和摄像机检测技术

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摘要

Manufacturers of microelectronics media (ceramics, film, foil, etc.) are under enormous pressure to maximize throughput rates, while maintaining high quality and yield. Automatic inspection systems can achieve these objectives, concurrently, if the correct inspection system is installed. The difficulty is matching the inspection problem against a dizzying array of inspection system solutions. Inspection system design represents the integration of four disciplines - optics, electronics, mechanical engineering and software. The disciplines must play together, as a system, like a symphony. And, like a symphony, there are lead disciplines and supporting disciplines. This paper serves as a guide for MCM manufacturers who must address the issue of on-line inspection of base material, laminates and coatings. It defines the underlying principles behind the selection of an inspection system. The optical solution is presented as the critical issue. Laser and camera technologies are compared and guidelines for the selection are given.
机译:微电子介质(陶瓷,薄膜,箔等)制造商处于巨大的压力,以最大限度地提高产量,同时保持高质量和产量。如果安装了正确的检查系统,则自动检测系统可以同时实现这些目标。难度与检验问题与令人眼花缭乱的检查系统解决方案匹配。检查系统设计代表了四个学科 - 光学,电子,机械工程和软件的集成。这些学科必须一起玩,作为一个系统,就像一个交响乐一样。而且,像一个交响乐一样,有领先的学科和支持学科。本文担任MCM制造商的指南,他们必须解决基材,层压板和涂料的线上检查问题。它定义了检验系统选择背后的潜在原则。光学解决方案作为关键问题。比较激光和相机技术,并给出选择的指导。

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