demultiplexer 中文意思是什麼

音標 [di'mʌltipleksə]
demultiplexer 解釋
多工解訊器
  1. Development of quartic group demultiplexer for digital communication

    數字通信四次群分接器的研製
  2. Array waveguide grating ( awg ) multi / demultiplexer has being continually developed since 1970s. and some awg have been made to approach the stage for utility

    陣列波導光柵（ awg ）復用解復用器自70年代提出以來，已有不斷的發展和進步，已逐步步入實用化階段。
  3. Therefore, it can be named by “ the specific demultiplexer of sdh ”. the design of pos line card was discussed and we also have finished the control logic of the hardware platform of the specific demultiplexer

    論文主要討論專用分接器的pos線卡設計和硬體平臺的控制邏輯電路設計與實現。論文首先對基於fpga的10gbps的pos線卡的設計方案進行了研究。
  4. The design and realization of the hardware and software of stm - 1 module and ds3 module in the project of “ the specific demultiplexer of sdh ” is researched in this dissertation. stm - 1 and ds3 signal can be added and droped into stm - 16 signal in these two modules

    這兩個模塊能分別將stm - 1信號和ds3信號復用到stm - 16信號，也能從stm - 16信號中分插出stm - 1信號和ds3信號。
  5. Three basic strctures for demultiplexer, i. e. serial, parallel and tree. their working principal, advantages and disadvantages will be discussed in the thesis. according to their characteristics and the design objective. the tree architecture was selected

    根據三種結構的各自特點和設計目標，選用樹型結構作為分接器的基本結構。電路設計是分接器設計的基礎。
  6. Polarization dispersion analysis for etched diffraction grating demultiplexer

    刻蝕衍射光柵解復用器的偏振色散分析
  7. 3 ) the new types of photonic devices based on sampled grating : multiple wavelength laser, wavelength multiplexer / demultiplexer, reconfigurable optical add / drop multiplexer, optical fiber sensor, and multiple channels dispersion compensator

    3 ）取樣光柵構成的新型光子學器件：多波長激光器、波分復用解復用器、重構型光分插復用器、光纖傳感器及多通道色散補償器在光纖通信中的應用前景。
  8. High - speed all - optical time division demultiplexer

    高速全光型時分解復用器
  9. Fiber optic branching devices - part 3 : sectional specification - one - to - n wavelength multiplexer demultiplexer

    纖維光學分路器第3部分:分規范1至n個波長復用器解復用器
  10. At the same time, the simulating results prove that the parameters of the awg designed in this thesis are reasonable and a problem is offered that the insertion losses of different channels of the awg demultiplexer are different

    最後，本文模擬了8x8awg作為解復用器時的光譜響應並且作了一定的分析。模擬結果證明了本文所設計的sxsawg結構參數是比較合理的。
  11. In dwdm system, awg is the most promising wavelength multi / demultiplexer, and what influence the performance of awg most is the structure design and device processing. awg ' s performances are crosstalk, insertion loss, temperature shift and pdl ( polarization dependence loss )

    在dwdm系統中，陣列波導光柵（ awgarrayedwaveguidegrating ）是最具應用前景的波分復用解復用器，影響awg器件性能的關鍵因素是它的結構設計方案和工藝製作過程。
  12. As the key component of multiplexer / demultiplexer, optical filter technology has been fueling great interest with the emergence of wide range tunable laser source, all - wave fiber, and wide band optical amplifiers, which is promoting dwdm to a leading edge of optical fiber communication

    隨著寬可調諧激光光源、全波光纖和超寬帶光放大器的出現，密集波分復用日益成為光纖通信的主流技術，作為復用/解復用器核心的光濾波技術備受關注。
  13. In our case, the demultiplexer is a special type of crossbar in which many nanowires connect to a small number of conventional wires

    在我們的例子里，這個解多工器是一種特殊的交叉桿，里頭有許多條奈米導線接到少量的傳統導線上。
  14. A demultiplexer is the key device in a wdm system

    實現波分復用的核心器件是波分復用器。
  15. Technical requirements and tests methods of optical dense wavelength division multiplexer demultiplexer

    光密集波分復用器去復用器技術要求和試驗方法
  16. Chapter five discusses the design and the process of the generation of the control function, including counter, accumulator, comparator, shift register, demultiplexer, collector, access record. chapter six gives some advice and opinions on how to improve this computer software

    其次介紹了計數器、累加器、比較器、多路輸出選擇、移位寄存器控制項；數據類中的收集器、訪問記錄/部分輸出記錄等控制項的功能介紹和編程思路以及使用實例第六章對平臺的完善和改進闡述了一些個人的建議和想法。
  17. This thesis offer an idea that energy equaling and compensation components are to be put between the first slab waveguide and the arrayed - waveguide in the awg in order to get better performance of the awg demultiplexer

    由此本文提出這樣的八碩士學住論文wmaster 』 sthesis設想：為了使復用后的光經過awg解復用后能得到有效且能量均衡的輸出，可以在awg輸出端的平板波導和陣列波導之間加上能量均衡、補償裝置。
  18. The arrayed - waveguide grating ( awg ) bases on the planar linear circuit technology of si substrate has two elementary functions : one is multi / demultiplexer, the other is static wavelength router

    基於si基片的平面波導迴路技術的陣列波導光柵（ awg ）具有兩個基本的功能：復用解復用功能以及靜態路由功能。
  19. Circuit design is the basis of design of demultiplexer. speed, power and chip area are the main factors that should be considered in circuit design. every circuit structure has its merits and drawbacks, e. g. cmos logic family has a slower speed, but lower power, smaller area, scfl ( source couple fet logic ) family has a higher speed, but higher power, larger area. we should choose a proper circuit structure or their mixed structure for certain design to get a good tradeoff among the three factors. flip - flop is the fundamental element of demultiplexer, setup time and hold up time are key factors, which influence the speed of circuit, thus the design aim is how to reduce them. in this thesis we place emphasis on the design of scfl latches

    速度、功耗、面積是電路設計要考慮的主要因素，不同的電路形式具有不同的優缺點，如cmos互補邏輯電路功耗低，面積小，速度相對較慢； scfl （源極耦合fet邏輯）電路速度高，功耗和面積較大。所以要針對具體設計需要選用適當的電路形式或其組合結構，以滿足設計要求。觸發器是分接器的基本組成單元，建立時間和保持時間是影響電路速度的關鍵，所以減小建立時間和保持時間是觸發器設計的主要目標，本文著重介紹了scfl鎖存器的設計和優化方法。
  20. Digital multiplexer - demultiplexer

    數字分解器
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