首页> 外文会议>2013 20th IEEE International Symposium on the Physical amp; Failure Analysis of Integrated Circuits >Thickness measurement of Si substrate with infrared laser of Optical Beam Induced Resistor Change (OBIRCH) in failure analysis
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Thickness measurement of Si substrate with infrared laser of Optical Beam Induced Resistor Change (OBIRCH) in failure analysis

机译:失效分析中用光束感应电阻变化(OBIRCH)红外激光测量Si基板的厚度

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摘要

With scaling down and multi-metal-layer of semiconductor devices, it was very difficult to perform OBIRCH analysis from front side in failure analysis (FA). Meanwhile information to us. So, backside technique for FA was developed in microelectronics yield in recent years. As is known to all, we could obtain clearer infrared (IR) image from backside as Si substrate occur die crack in physical analysis. Thus, we must make sure die thickness in backside step. In this paper we firstly proposed one novel method of thickness measurement of Si substrate with IR laser of OBIRCH in FA lab. The principle of this method was presented theoretically in detail. And then some experiments were performed, and the results matched theoretical analysis well. Finally, we summarized the step of method and pointed out some notes for this method.
机译:随着半导体器件的缩小和多层金属化,在故障分析(FA)中很难从正面进行OBIRCH分析。同时向我们提供信息。因此,近年来,FA的背面技术在微电子学产量方面得到了发展。众所周知,在物理分析中,当Si基板发生芯片开裂时,我们可以从背面获得更清晰的红外(IR)图像。因此,我们必须在背面步骤中确保模具厚度。本文首先在FA实验室提出了一种用OBIRCH的IR激光测量Si衬底厚度的新方法。理论上详细介绍了该方法的原理。然后进行了一些实验,结果与理论分析相吻合。最后,我们总结了该方法的步骤,并指出了该方法的一些注意事项。

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