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Ultra large pitch and depth structures metrology using spectral reflectometry in combination with RCWA based model and TLM Algorithm : AM: Advanced Metrology

机译:使用光谱反射法结合基于RCWA的模型和TLM算法的超大间距和深度结构计量学:AM:高级计量学

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The mainstream of dimensional metrology development is focused towards continuous shrinking of the devices (Moore scaling). Current cutting-edge technologies are in few nanometer range (3-7nm). There is also a growing demand to characterize structures with large dimensions in microns range (pitch, CD or depth). New technology megatrends such as internet of things (IOT) additionally require More than Moore scaling and heterogeneous integration [1–3]. Due to recent developments ultra large pitch scatterometry applications growth is observed in high power, sensors and packaging areas. Here we present novel approach that is focused on ultra large pitch scatterometry and its challenges. We demonstrate how to extend usage of conventional scatterometry for micro size devices.
机译:尺寸计量学发展的主流集中在设备的持续缩小(摩尔定标)上。当前的尖端技术在几纳米范围内(3-7nm)。人们也越来越需要表征具有微米级(节距,CD或深度)大尺寸结构的结构。诸如物联网(IOT)之类的新技术大趋势还不仅需要摩尔定律和异构集成[1-3]。由于最近的发展,在高功率,传感器和封装领域中观察到了超大间距散射测量应用的增长。在这里,我们提出了一种新颖的方法,该方法集中于超大螺距散射测量法及其挑战。我们演示了如何将常规散射测量法的应用扩展到微型设备。

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