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The semiconductor device manufacturing method which uses the TDI detection device, the feedthrough equipment, the electronic beam device, and the said electronic beam device which utilize these

机译:利用TDI检测装置,馈通设备,电子束装置以及利用它们的上述电子束装置的半导体装置的制造方法

摘要

SolutionsTDI sensor 64 and feedthrough equipment 50 and, it possesses the electronic beam device. As for the feedthrough equipment, the pin 52 which is installed in the flange 51 which separates the environment which differs and pin it possesses with the socket contact 54 which connects with the other pin 53 which forms 52 and opposite, pin 52 and other pin 53 and socket contact 54 forms the terminal area, socket contact 54 has elastic body 61. Depending, making the terminal area many, connected power becomes small, can prevent sensor damage. TDI sensor 64 is connected by pin 53, the pixel arrangement, to aptitude is converted on the basis of the optical quality of mapping optical system. As for the said sensor, as range of vision of mapping projection optical system is made as much as possible small, it has the addition stage number which can take the largest allowance distortion inside the said range of vision largely. Furthermore at the same time data rate of the TDI sensor small it does not do and in order the number of pins as much as possible not to increase, addition stage number is decided. It is desirable, the number and addition stage number of lines are almost equal. Selective figure Figure 2
机译:解决方案TDI传感器64和馈通设备50,并且它具有电子束设备。对于穿通设备,安装在分开不同环境的凸缘51中的销钉52和其所具有的销钉与插座触头54相连接,该插座触头54与形成销钉52的另一销钉53相对的销钉52和另一销钉53插座触头54形成端子区域,插座触头54具有弹性体61。依靠使端子区域变多,连接功率变小,可以防止传感器损坏。 TDI传感器64通过销53(像素布置)连接,以基于测绘光学系统的光学质量来转换能力。对于上述传感器,由于将制图投影光学系统的视场范围尽可能地减小,因此具有能够在上述视场范围内最大地吸收最大容许畸变的相加级数。此外,同时TDI传感器的数据速率较小,它不会这样做,并且为了尽可能不增加引脚数,确定加法级数。希望行的数量和加法阶段的数量几乎相等。<选择图>图2

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