晶片探測器 的英文怎麼說

中文拼音 [jīngpiāntàncèqì]
晶片探測器 英文
wafer prober
  • 晶 : Ⅰ形容詞（光亮） brilliant; glittering Ⅱ名詞1. （水晶） quartz; （rock） crystal 2. （晶體） any crystalline substance
  • 片 : 片構詞成分。
  • 探 : Ⅰ動詞1 （試圖發現） try to find out; explore; sound 2 （看望） call on; visit; see 3 （向前伸出）...
  • 測 : 動詞1. （測量） survey; fathom; measure 2. （測度; 推測） conjecture; infer
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 晶片 : chip; crystal plate; wafer
  • 探測器 : finder; detector; seeker; sounder; probe
  • 探測 : survey; search; sound; probe; sounding; detection; acquisition; reconnaissance; localization; fin...
  1. Chapter 4 studies scheduling algorithm of the core node to implement on single adsp2191. the result shows that a single adsp2191 chip can ’ t satisfy the bhp processing delay request and parallel processing is inevitable. chapter 5 primarily studies the core node ’ s scheduling algorithm with many dsp parallel process. details of lauc - vf scheduling algorithm analysis data flow organization and mission distribution are argued. the results of software simulation and hardware debugging indicate that many dsp parallel processing is effective and coincident with the system ’ s demand

    結果表明單片adsp2191晶元不能夠滿足核心節點對bhp的實時處理要求，必須多dsp并行處理。第五章研究了核心節點調度演算法的多dsp并行處理。對多bhp批調度演算法的實現進行分析，探討了多bhp處理任務的的劃分和分配方案;多dsp間數據通信和傳輸的dma實現;最後對多處理器并行的處理時間進行模擬測試分析。
  2. Specification for indium antimonide single crystal slices for use in infrared detector

    紅外探測器用銻化銦單晶片規范
  3. The love wave device with the substrate of st - cut quartz and the guiding layer of si02 was used as the saw biosensor. dna sensor employing synthetic seb dna probe as a molecular recognizing component was utilized to detect seb by measuring seb dna in samples

    該傳感器採用以st一切割的石英晶片為基體，以510 :為波傳導層的樂甫波（ lovewaves ）裝置，利用具有分子識別功能的dna合成探針來實現對樣品中sebdna的檢測。
  4. The system consists of an at89c51 single - chip microprocessor and interface circuits. when visitors or audience come near, the sensor will detects them and the system plays the commentary what is recorded in advance and in the same time, a special chip controls the lights from dark to light changing slowly. when no visitor there the lights become dark automatically, the energy - saving is achieved

    該系統以89c51單片機為控制核心，利用熱釋電傳感器自動探測是否有觀眾走近觀看，通過軟體模擬spi通訊協議控制單片語音錄/放晶元播放錄制好的解說詞，同時控制燈光控制晶元控制展臺的背景燈光的暗、亮，達到節能效果。
  5. The basic principle of natural gamma - ray log is stated, the developing background, developing ways and developing situation of natural gamma - ray tools are introduced. the researching task of the paper is presented through analyzing the using situation and questions exsisted in inner natural gamma - ray tools, the researching work is started from three aspects, they are logging tool development, reliability design and reliability assuring methods, and the data processing methods, in the course of logging tool development, instrument indexes are presented based on the compatible property of sookbps telemetry system and environmental property, the analog measuring chanel and the interface circuit which realizing the compatible performance are designed according to the instrument mdexes. the detecto * design. the plateau property testing of the detector and the analysis of it ' s affecting factors are stated, the measuring property of the tool is discused, a new type of single chip microcomputer is selected when designing the interface circuit, and the laboratory experiments has fulfiled conmunieating standard signals between the interface circuit, the universal interface unit of sookbps telemetry system and also 500kbps telemetry system

    本文首先概要介紹了石油測井的基本概念、方法、條件、最新進展、以及應採取的研發對策，論述了自然伽瑪測井的基本原理，介紹了自然伽瑪測井儀的發展背景、發展歷程和發展現狀，通過分析國內自然伽瑪測井儀的使用情況和存在的問題，提出了本文的研究任務。研製工作從測井儀研製、可靠性設計與可靠性保障技術、數據處理方法研究三個方面展開，在測井儀研製過程中，根據500kbps遙傳系統要求的配接性能和使用環境特徵，提出了主要儀器指標，並根據這些指標，設計了儀器模擬測量通道和實現這一配接性能的介面電路；論述了探測器的設計、坪特性影響因素分析及其測試，探討了儀器的測量性能；在設計介面電路時選用了新型單片機晶元，並與500kbps遙傳通用介面單元rtu 、 500kbpa遙傳系統實現了室內配接。
  6. This thesis deals with design and application of a multiprocessor made of four dsps in monitoring receiver. the broadband monitoring receiver requires a kind of chip with high performance because of complicated intermediate frequency signal processing. the author selects a kind of digital signal processor called adsp21160. during the process of design, the author uses cpld, fpga and some special cpus to finish signal, processing in the monitoring receiver. cluster multiprocessor based on vxibus made of four adsp21160 is put forward. the task distribution of four dsps is solved too. furthermore, data transition methods between chips at a high speed through link ports and chip extension mode using external port are recommended. the author debugs, emulates the program in one adsp - 21160 ez - kit lite and simulates the multiprocessor program in visualdsp + +

    本文主要探討了監測接收機中多dsp處理模塊的設計與應用，寬帶監測接收機的中頻處理數據量大、實時性高，這樣，對dsp晶元提出了很高的要求，作者通過比較選擇了最適用於監測接收機的數字信號處理器adsp21160 ，並結合使用了cpld 、 fpga以及一些專用的cpu來完成監測接收機中的數據處理。作者提出了由四片adsp21160組成的簇式多dsp處理模塊的結構並配以了vxi總線，論述了簇式結構的特點，解決了多dsp處理模塊中四片adsp21160的任務分配問題。
  7. According to the hardware developed, this dissertation sets forth the design methods of neuron c application software of intelligent node according with the lonmark standard with examples of data acquisition and seven segment code display in the temperature transducer ; in the home safety annunciator, it dissertate detailedly the realization of communication interface between msc1211 and neuron chip 3150. in order to construct an intelligent transducer system based on lonworks, software in the top layer based on the lns dde server is designed to manage and control the network

    在chip - based結構的遠程溫度測量智能傳感器中，以溫度探測及變換介面和溫度顯示模塊介面為研究對象，詳細敘述了智能傳感器節點的符合lonmark標準的neuronc應用軟體的設計過程;在host - based結構的家庭安全防範報警智能傳感器中，在研究了msc1211的通信介面的特性之後，詳細闡述了msc1211單片機、神經元晶元3150的通信程序流程和編程實現。
  8. In this dissertation, a boa - type waveguide optic switch with double - heterostructure gaas / gaalas has been researched. gaas - based integrated optical devices have good temperature, good anti - radiation and optical - transmission characteristics, and also have wide transparent range of wavelength. they can also be integrated on a chip with optical active devices and electronic devices, such as semiconductor laser, optical modulation, optical amplifier, pin, and so on

    基於gaas材料的集成光學器件不僅具有良好的光傳輸特性、溫度特性、抗輻射能力和其較寬的透明波長范圍，還有望進一步實現晶元與光源、光調制器、光探測器和半導體光放大器等其它光電器件以及集成電路的單片集成；採用gaas gaalas雙異質結材料製作的光開關可以得到較低的開關電壓，而且採用gaas gaalas異質結材料的光傳輸損耗很小。
  9. The measurements on composition distribution, carrier concentration and mobility revealed that most of its properties could not satisfy the requirements of ir detector at the as - grown state. further treatments are necessary

    測試了晶體的光學及電學性能，根據測試結果，僅有部分生長態的晶片可以滿足紅外探測器的要求，還需對晶體進行后續處理以提高其性能。
  10. The tunable performance can be realized by rotating the electro - optic material in the electric field. now with the development of the crystal material science, the electro - optic tunable filters are used widely. basing on the theory of lyot filter and electro - optic effect of liquid crystal, tunable liquid crystal lyot filter is designed and tested in this paper

    近年來隨著晶體材料科學的發展，利用晶體的電光效應製成的電光可調諧濾光片得到了很大的發展，它已廣泛用於波長信號分離、傳感器保護、機載水文探測、遙感領域，並且在光纖通信中有很大的應用前景。
  11. The new fingerprint sensor features enhanced imaging capabilities, electrostatic discharge ( esd ) performance and improved ruggedness to provide superior levels of accuracy and reliability for fingerprint authentication. when a finger contacts the iguard fps110 sensor surface, the sensor measures the capacitance at each pixel in the 300 x 300 array in the sensor s surface. differences in capacitance correspond to the ridges, valleys and pores that characterize a unique fingerprint

    感應器上，在感應器保護表層之下的300x300列陣電容感應晶片（ 90 ， 000感應點）便會探測你手指的電容，因皮膚表面凹凸和感應器距離不同，所以有不同的電容值，用此來分別指紋，在感應器保護表層之下的300x300列陣電容感應晶片（ 90 ， 000感應點） ，其間距是50 m 。
  12. Some usual measurement methods are introduced, and their advantages and disadvantages are also analyzed in detail. in view of the defects of the usual methods and the latest developments in bi - photon effect, an all - fiber - measurement system for ultra short pulse was designed in this work, based on the knowledge of nonlinear fiber optics, application of passive optic apparatus, optic - electric transformation, analog circuit, micro chip unit ( mcu ) and so on

    針對常用方法的不足，結合近些年來雙光子效應的研究成果，我們採用雙光子探測器取代常用的非線性晶體，並首次利用光纖延遲取代空間光路延遲，綜合了非線性光纖光學、光無源器件的應用、光電轉換、模擬電路、單片機等知識，設計出了一套全光纖超短脈沖測量系統。
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