首页> 外国专利> AUTOMATIC DEFECT INFORMATION COLLECTION CONTROL METHOD AND RECORDING MEDIUM RECORDING AUTOMATIC DEFECT INFORMATION COLLECTION CONTROL PROGRAM

AUTOMATIC DEFECT INFORMATION COLLECTION CONTROL METHOD AND RECORDING MEDIUM RECORDING AUTOMATIC DEFECT INFORMATION COLLECTION CONTROL PROGRAM

机译:自动缺陷信息收集控制方法和记录介质自动缺陷信息收集控制程序

摘要

PROBLEM TO BE SOLVED: To make it possible to efficiently perform observation of a defect and a foreign matter by an electron microscope by permitting a detection method for automatically detect a singular point on the basis of inspection information to be arbitrarily changed. ;SOLUTION: A generation point of a defect or a foreign matter is specified by using an abnormal part detection device 1, a singular point is automatically detected by using an electron microscope 6 on the basis of inspection result information 2 such as a detection method of the abnormal part detection device 1 or defective foreign matter coordinates, and information on the detected singular point is observed and processed. An automatic detection method of the singular point is set by a singular point detection setting means 3. Detection of the singular point of defect information collection by a normal electron microscope discriminates the detection method by pattern information of an inspection point. These pieces of information are obvious before the inspection by the electron microscope By using this pattern information before the detection of the singular point, it is possible to omit movement of a reference point by a wafer where a pattern is not observed at the time of the singular point detection and the inspection of the singular point can be efficiently performed.;COPYRIGHT: (C)2000,JPO
机译:解决的问题:通过允许基于任意改变的检查信息自动检测奇异点的检测方法,使得可以通过电子显微镜有效地观察缺陷和异物。 ;解决方案:通过使用异常部件检测设备1来指定缺陷或异物的产生点,并根据检查结果信息2(例如检测方法)使用电子显微镜6自动检测奇异点。异常部位检测装置1或异物坐标不良,对所检测到的奇异点的信息进行观察处理。通过奇异点检测设置装置3来设置奇异点的自动检测方法。通过常规电子显微镜对缺陷信息收集的奇异点的检测通过检测点的图案信息来区分该检测方法。这些信息在通过电子显微镜检查之前是显而易见的。通过在检测奇异点之前使用该图案信息,可以省略晶片上在观察时没有观察到图案的参考点的移动。奇异点的检测和奇异点的检测可以有效地进行。版权所有:(C)2000,日本特许厅

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