Backside IR Photon Emission Microscopy (IR-PEM) Observation in Failure Analysis of the Packaged Devices

Jianlei Tao, Peiyuan Fang, Jiaji Wang
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引用次数: 5

Abstract

IR Photon Emission Microscopy (IR-PEM) has been widely used in the failure localization of CMOS ICs and its samples include wafer-level samples and packaged devices. For the wafer-level samples, directly observing is possible, while decapsulation must be implemented for the packaged devices. However, due to an increase of the metal interconnection layers in ICs. it is difficult, if not impossible, to obtain the IR emission image from the frontside of the die. Fortunately, silicon shows good transparency to IR. so it is feasible to get the IR emission image from the backside of the chip, which means backside decapsulation and further thinning the silicon substrate of packaged devices are needed. In this paper, procedures and tools of backside decapsulation will be introduced and the usage of IR-PEM in failure localization of the chips will be revealed.
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背面红外光子发射显微镜(IR- pem)在封装器件失效分析中的观察
红外光子发射显微镜(IR- pem)广泛应用于CMOS集成电路的故障定位,其样品包括晶圆级样品和封装器件。对于晶圆级样品,直接观察是可能的,而封装器件必须实现解封装。然而,由于集成电路中金属互连层的增加。从模具正面获得红外发射图像是困难的,如果不是不可能的话。幸运的是,硅对红外光谱显示出良好的透明度。因此,从芯片背面获得红外发射图像是可行的,这意味着需要对封装器件的背面进行解封装和进一步减薄硅衬底。本文将介绍背面解封装的程序和工具,并揭示IR-PEM在芯片故障定位中的应用。
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