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Mask-writing system architecture and toolkit a

机译:遮罩书写系统架构和工具包

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Abstract: The continued device scaling in the semiconductor industry has resulted in an acceleration of the respective technology roadmaps worldwide, which in turn is reflected in the constant pull-in of the lithography roadmaps. From the lithography toolmaker point of view this situation had to be answered with a consistent integrated equipment development roadmap. The general toolkit philosophy of the Leica ZBA300 family of E- beam systems incorporates such features and results in a harmonization of the development and usage of e-beam tools over a wide range of device generations. The theoretical advantages of shaped beam systems over raster scan in terms of edge definition as well as in terms of writing times become especially obvious when advanced masks with the emerging reticle enhancements like OPC are taken into account. It is the successful application of such techniques that will make the production of reticles for the 0.18 micron generation and below a commercially feasible enterprise. !4
机译:摘要:半导体行业中器件规模的持续扩大导致全球各个技术路线图的加速,这反过来又反映在光刻路线图的不断引入中。从光刻工具制造商的角度来看,必须用一致的集成设备开发路线来解决这种情况。 Leica ZBA300电子束系统系列的通用工具包理念融合了这些功能,并在广泛的设备世代中统一了电子束工具的开发和使用。当考虑到具有诸如OPC之类的新兴掩模版增强功能的先进掩模时,就边缘清晰度以及写入时间而言,成形光束系统相对于光栅扫描的理论优势变得尤为明显。正是这种技术的成功应用,将使光罩的生产量达到0.18微米以下,并成为商业上可行的企业以下。 !4

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