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    • 21. 发明申请
    • Advanced cavity structure for wafer level chip scale package
    • 先进的腔体结构,用于晶圆级芯片级封装
    • US20060131710A1
    • 2006-06-22
    • US11020041
    • 2004-12-21
    • Chin KuoJack DengFu-Tien WengChih-Kung ChangBii-Jung Chang
    • Chin KuoJack DengFu-Tien WengChih-Kung ChangBii-Jung Chang
    • H01L21/00H01L23/02
    • H01L27/14685H01L27/14618H01L27/14621H01L2924/0002H01L2924/00
    • The present invention provides an advanced cavity structure for optically sensitive devices in wafer level chip scale package and methods of manufacturing thereof. Image sensor or light detection integrated circuits are formed on substrate. Substantially absorptive bleached cavity walls are formed about the image sensor or light detection integrated circuits. Upon attaching a transparent layer to the bleached cavity walls and above the image sensor or light detection integrated circuits, open chambers are formed thereby permitting the image sensor or light detection integrated circuits to receive and manipulate signals without decreasing or decaying the optical sensitivity of the incident light. Furthermore, individual image sensor or light detection integrated circuits may be separated from each other to comprise wafer level chip scale packages of at least one image sensor or light detection integrated circuits, at least one transparent layer, and at least one open chamber.
    • 本发明提供了一种用于晶片级芯片级封装中的光敏器件的高级腔结构及其制造方法。 图像传感器或光检测集成电路形成在基板上。 围绕图像传感器或光检测集成电路形成基本吸收漂白的空腔壁。 当将透明层附着到漂白的空腔壁和图像传感器或光检测集成电路上方时,形成开放室,从而允许图像传感器或光检测集成电路接收和操纵信号而不会降低或衰减事件的光学灵敏度 光。 此外,各个图像传感器或光检测集成电路可以彼此分离,以包括至少一个图像传感器或光检测集成电路,至少一个透明层和至少一个开放室的晶片级芯片级封装。
    • 22. 发明申请
    • CMOS image sensor device with beehive pattern color sensor cell array
    • 具有蜂窝图案彩色传感器单元阵列的CMOS图像传感器装置
    • US20070018073A1
    • 2007-01-25
    • US11213186
    • 2005-08-25
    • Tzu-Hsuan HsuDun-Nian YaungChih-Kung Chang
    • Tzu-Hsuan HsuDun-Nian YaungChih-Kung Chang
    • H01L27/00
    • H01L27/14645H01L27/14641H04N5/37457H04N9/045
    • A CMOS image sensor cell includes a first pixel area in which at least one first photodiode is disposed for generating a first sense signal in response to a photo-signal of a first color; a second pixel area neighboring the first pixel area, in which at least one second photodiode is disposed for generating a second sense signal in response to a photo-signal of a second color; and a third pixel area neighboring the first and second pixel areas, in which at least one third photodiode is disposed for generating a third sense signal in response to a photo-signal of a third color. A sense amplifier is disposed substantially within the first, second and third pixel areas for amplifying the first, second and third sense signals. The first, second and third pixel areas that substantially occupy an entire area of the image sensor cell are substantially equal in size.
    • CMOS图像传感器单元包括第一像素区域,其中至少一个第一光电二极管被设置用于响应于第一颜色的光信号产生第一感测信号; 与第一像素区域相邻的第二像素区域,其中设置至少一个第二光电二极管以响应于第二颜色的光信号产生第二感测信号; 以及与所述第一和第二像素区域相邻的第三像素区域,其中设置至少一个第三光电二极管以响应于第三颜色的光信号产生第三感测信号。 读出放大器基本上设置在第一,第二和第三像素区域内,用于放大第一,第二和第三感测信号。 基本上占据图像传感器单元的整个区域的第一,第二和第三像素区域的尺寸基本相等。
    • 23. 发明授权
    • Method to monitor stepper lens quality in color filter process
    • 监控滤色镜过程中步进镜头质量的方法
    • US06671396B1
    • 2003-12-30
    • US09664421
    • 2000-09-18
    • Chih-Kung ChangBii-Jung ChangSheng-Liang PangKuo-Liang Lu
    • Chih-Kung ChangBii-Jung ChangSheng-Liang PangKuo-Liang Lu
    • G06K900
    • G03F7/70591G03F1/44G03F7/70916
    • Pigment-based resists tend to give off a certain amount of organic vapor during exposure. This brings about contamination of the projection lens surface as well as other parts of the system. A method to monitor this accumulation of solvent vapor on the lens surface is disclosed, based on a test matrix (in which exposure time and focal distance are systematically varied) through which a series of images are formed in the resist and then evaluated for quality. A key feature is the test patterns that are used for forming the images. Said patterns are designed so as to maximize the total amount of diffraction that occurs during image formation, thereby maximizing sensitivity to changes in lens quality. Several examples of the test patterns are provided.
    • 颜料基抗蚀剂倾向于在曝光期间发出一定量的有机蒸气。 这导致投影透镜表面以及系统的其它部分的污染。 基于通过其在抗蚀剂中形成一系列图像然后对质量进行评估的测试矩阵(其中曝光时间和焦距被系统地改变)来监测溶剂蒸汽在透镜表面上的累积的方法。 关键特征是用于形成图像的测试图案。 所述图案被设计成使得在图像形成期间发生的总的衍射量最大化,从而使对透镜质量变化的灵敏度最大化。 提供了几个测试模式的例子。