本课题采用MEMS工艺制作热膜式气体质量流量传感器，主要工作放在敏感头芯片部分的研制。
This task adopt MEMS technics to make Thermal -film air-mass sensor, mostly work is the study and facture of the sense organ of the chip.
这种智能芯片比火柴头还稍小，而现今最好的植入物却仅仅是如火柴盒一样大小，这种芯片通过阻断传向大脑的疼痛信号来发挥作用。
Slightly smaller than the head of a match - the best implants today are only as small as a matchbox - the chip works by blocking pain signals on their way to the brain.
于是，一些无线芯片，比如用于全球定位系统的芯片或者用于蓝牙无线通讯的芯片现在每个只卖1美元，而体积只有火柴头那么大。
As a result, some radio chips—for example, those used for the Global Positioning System, say, or for Bluetooth wireless communications—now cost as little as $1 and are the size of a matchhead.
总部位于加州Sunnyvale的Canesta，已经花了11年时间研发驱动这种三维摄像头的芯片。
Canesta, based in Sunnyvale, Calif., has spent 11 years developing chips to power these types of 3-d cameras.
该系统采用TI公司TMS320VC5402DSP芯片作为核心处理器，可以对来自于摄像头的模拟视频信号中的图像进行采集、提取、分析一体化处理。
TI's TMS320VC5402 DSP IC chip is used as the central processor of the system so that the video acquisition, video image extract and data analysis can be integrated into one system.
无论是在摄像头模块内采用协同芯片方式，或者在电子控制单元(ecu)内，最好的办法是使传感器和图像传感器处理IS P功能分开。
The best approach for achieving this is to separate sensor and Image sensor Processing ISP function, either within the camera module through a companion chip or in the Electronic Control Unit ECU.
这是一个好消息，预示了与他们将来的九头蛇芯片产品。
This is good news and bodes well for the future of products with the Hydra chip on them.
途径之一就是在这些座头鲸之一身上植入追踪芯片。
And one of the ways they wanted to do it was to put a tracking chip inside one of these humpback whales.
提供了一种用于芯片贴装机的贴装头组件。
该芯片放在视网膜的后面，它使病人用自己的眼睛探测到东西，而不像其它的方式那样需要使用外在摄像头。
The chip was placed behind the retina. It allows patients to detect objects with their eyes, unlike a rival approach that USES an external camera.
由于嵌入式系统是一个比较广的概念，所以本文以HCS12作为主控芯片的摄像头组小车调试为例对调试方法进行介绍。
Because of the embedded system is a more widely concept, so this paper HCS12 as the main control chip with camera group as an example to car debugging debugging method was introduced.
智能手机摄像头使用了硅芯片，这种芯片能解决光电效应问题，在芯片中，光粒子或光子撞击硅表面并释放电荷。
Smartphone cameras use silicon chips that work through what is called the photoelectric effect, in which particles of light, or photons, hit a silicon surface and release an electric charge.
所述的芯片取放头可在一晶圆上取一芯片并根据所述的芯片等级而选择放置在所述的第一料盘或者所述的第二料盘上。
The chip taking-putting head can take a chip on a wafer and selectively position the chip on the first material tray or the second material tray according to the chip grade.
本实用新型为一种多分级芯片拣选装置，包括：一第一载台驱动部、一第二载台驱动部以及一芯片取放头。
The utility model relates to a grading chip sorting device, which comprises a first carrier drive part, a second carrier drive part and a chip taking-putting head.
本实用新型为一种芯片料盘供应装置，包括：一第一载台驱动部、一第二载 台驱动部以及一芯片取放头。
The utility model relates to a chip material tray supplying device, which comprises a first carrier drive part, a second carrier drive part and a chip taking-putting head.
公司自主研发生产半导体系统集成电路芯片及模块的产品，产品含括先进无线通信，蓝牙，摄像头，全球定位系统，移动电视，并提供完整配套的产品售后应用服务。
AzureWave self designed and produced the world smallest SiP IC, mini module CARDS which aims to the main stream market in Wireless communication, Bluetooth, Camera module, GPS, DVB and so on.
TI的OMAP5，同时，将增加在芯片级相机同时支持四流，这将意味着设备的利用，将能够记录使用三维双方双摄像头。
TI's OMAP5, meanwhile, will add in chipset-level support for four simultaneous camera streams, which will mean devices using it will be able to record 3D using twin cameras on both sides.
TI的OMAP5，同时，将增加在芯片级相机同时支持四流，这将意味着设备的利用，将能够记录使用三维双方双摄像头。
TI's OMAP5, meanwhile, will add in chipset-level support for four simultaneous camera streams, which will mean devices using it will be able to record 3D using twin cameras on both sides.
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