采用TOG (TAB On Glass)键合方法的用于数码相机的CMOS图像传感器模块

M. Segawa, M. Ono, S. Musha, Y. Kishimoto, A. Ohashi
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引用次数: 2

摘要

研制出世界上最小(105/spl倍/55/spl倍/20毫米)、最轻(130克)的数码静止相机,其图像传感器采用330千像素的CMOS图像传感器芯片。作者利用ACP(各向异性导电浆料)互连方法开发了一种新的更薄更小的图像传感器模块,称为TOG (TAB On Glass)模块。通过获得光学玻璃键合和CMOS芯片键合的最佳键合条件,建立了TOG的生产工艺。主要研究了键合条件,包括足够的键合裕度。该TOG模块获得了良好的成像性能。热循环试验(-10 ~ +110/spl℃/30 min, 2000次循环)和高温储存试验(60/spl℃,90%RH, 3000 h)具有较高的可靠性,并通过研制自动粘接机确认了稳定的生产工艺。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A CMOS image sensor module applied for a digital still camera utilizing the TOG (TAB On Glass) bonding method
The world's smallest (105/spl times/55/spl times/20 mm) and lightest (130 g) digital still camera has been developed, in which a 330 kpixel CMOS image sensor chip is used as an image sensor. The authors have developed a new thinner and smaller image sensor module, called TOG (TAB On Glass) module, using the ACP (Anisotropic Conductive Paste) interconnection method. The TOG production process was established by obtaining optimum bonding conditions for both optical glass bonding and CMOS chip bonding to the TAB tape. The bonding conditions, including sufficient bonding margins, were mainly studied. The TOG module obtained good imaging properties. It also has a high reliability such as thermal cycle test (-10 to +110/spl deg/C/30 min, 2000 cycles) and the high temperature storage test (60/spl deg/C, 90%RH, 3000 h). The stable production process was confirmed by developing an automatic bonding machine.
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