The electrical power system, as a key sub-system of deep space prober, takes on the important task which supplies power for other sub-systems and payloads.
电源系统作为深空探测器的关键分系统之一，担负着为整个探测器其它分系统和有效载荷供电的重要任务。
The prober station also positions the optical detector directly over the devices.
探针台也将光探测器定位到器件的正上方。
They were first in the market with a commercial wafer prober in 1963, and the first with the fully-automated prober, the 2001, in 1982.
1963年，Electroglas生产出了全球第一台商用的晶圆探针台；1982年，全球第一台全自动探针台eg2001再度出自于伊智公司之手。
Another recent innovation is their precision direct-drive technology for their 12-inch prober, the EG6000, which allows this system to achieve the highest accuracy available today.
另一个最新发明是针对12英寸探针台eg6000而生的精密的直接驱动技术，该技术让这一设备达到了同系列产品现今可达到的最高精确性。
The analysis, design and verification for the electrical power system of deep space prober are given on the basis of "deep impact", and the software of computer aided design is developed.
本文以深空撞击任务为背景，对深空探测器的电源系统进行了分析、设计和仿真验证，并开发了深空探测器电源系统设计软件。
The system response and power saving are used as index to select a suitable policy in order to achieve the design of low power for the deep space prober.
以系统功耗小和响应快为指标，给出了一种适合深空探测器的电源动态管理方法，实现系统的低功耗要求。
The system response and power saving are used as index to select a suitable policy in order to achieve the design of low power for the deep space prober.
以系统功耗小和响应快为指标，给出了一种适合深空探测器的电源动态管理方法，实现系统的低功耗要求。
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