receiving range 中文意思是什麼

receiving range 解釋
接收程
  • receiving : n. 1. 接收。2. 收買賊贓。adj. 接受的；收報的。
  • range : vt 1 排列；整理（頭發等）。2 使歸類[班、行、隊]；把…分類。3 〈用被動形或反身形〉加入，站住…的一邊...
  1. The channelized digital receiver based on srd is the electronic equipment, which can be used in communication and military affairs, because of its excellence on wide band frequency coverage, digital processing, software programming, high dynamic range, receiving signal with all probability, simultaneous signal detection and so on

    基於軟體無線電思想的通道化數字接收機是一種即可用在通信領域也可用在軍事領域的電子設備，具有大帶寬、數字化、軟體化、大動態范圍、全概率接收、多信號同時處理等優點。
  2. Thirdly, the relative theories of the limiter and rectifier are studied. in order to make the passive responder work stably under the conditions of large dynamic range of the receiving power and the high efficiency requirement, a two - stage limiter circuit and a voltage - doubler rectifier circuit with several diodes parallel are developed

    3 ，對應答器地面裝置中的能量轉換電路進行了研究，針對應答器地面裝置接收到的載波功率具有大動態范圍的特點以及系統能量轉換的高效率要求，設計了一種兩級級聯二極體限幅電路和多管並聯的倍壓整流電路。
  3. The performance targets of acquisition and tracking : the code rate of pseudorandom signals is 1m - 5mhz, the code length is 255. 511, the receiving sensitivity is - 118dbm, the dynamic range is 70db. the doppler of carrier is 75khz, the time that 10 targets are captured within 0. 2s

    捕獲和跟蹤的性能指標：偽隨機信號碼率1m 5m比特/秒，碼長是255 、 511 ，接收靈敏度是- 118db ，信號動態范圍是70db載波普勒是75khz ，目標捕獲在0 . 2秒內。
  4. Between the device and the receiving device is launched beam penetrating sensor function sensing range of 32 to 9 - 3 4

    具有發射裝置和接收裝置之間的光束穿透感測功能，感測范圍達32至9 - 3 4 " 10m
  5. The main characteristics of american higher education donation includes : large donation income scales, wide range of institutions receiving donation, diverse donation forms, institutionalization of donation management and the donation guide of public policies

    摘要美國高等教育捐贈事業發展的主要特徵：捐贈收入規模大、受捐學校范圍廣、捐贈形式多樣、捐贈管理制度化和公共政策的捐贈導向。
  6. In this paper, a high integrated and intelligent digital dsp - spm system is developed based on the nspm6800 spm manufactured by the beijing zhongke mechanical & electrical equipment co. at present, the pc of spm system is burdened with not only sending and receiving data, but also disposing of image, which hinders the enhancement of speed of the system. in addition, as the function of spm is expanding, including tappingmode afm, efm, mfm, scm, etc, one hand, it amplifies the range of the application of spm, on the other hand it also means that the task of autocontrol and data transfer heavier. the advantages offered by the dsp compared to analog systems include considerable flexibility in the choice of the signal processing algorithm and greater ease in managing control parameters by the host computer, which are very important for the improvement of spm

    本課題以北京市中科機電設備公司的nspm - 6800型掃描探針顯微鏡為基礎，重新設計了以dsp為控制核心的控制系統，主要解決原系統存在的以下問題： （ 1 ） pc機既要實時控制數據的採集與發送，又要進行圖像的后處理，整個系統的實時性難以達到要求； （ 2 ）隨著spm功能的擴展，一方面包括輕敲式原子力顯微鏡、電場力、磁場力、掃描容場顯微鏡等技術在內的spm技術擴展了儀器的測試范圍和功能，另一方面也意味著自動控制量的增加和數據處理量的增加； （ 3 ） 16位a d 、 d a都採用的是購買的板卡，也通過isa槽插在pc機內，成本高，不利於擴展； （ 4 ）另外，數字板通過isa槽插在pc機內，易受于擾，而且給安裝帶來不便。
  7. Because adopt the long - range control technology, consider it with the systematic compatibility of the original display screen, input software software adopt and use but former software that producer offer realize the long - range way to control totally, this needs two computers to realize this function, the first computer is used in editor ' s content of showing and transmitted data to the second computer, the second computer is used for receiving the first datum sent of data and carrying on the buffer memory of data

    由於採用遠程控制技術，考慮到與原顯示屏系統的兼容性，錄入軟體採用了原廠家提供的軟體而實現遠程控制的方式。這就需要兩臺計算機來實現這一功能。第一臺計算機用於編輯顯示內容並傳輸數據到第二臺計算機。
  8. The as - 8210 is a 2 - d symbol scanners with integrated decoder, which can be used in a wide range of applications, from invoice management in offices to shipping receiving control in factories

    工商用二維條碼近距虹光識讀器，特別針對世界領先掃描技術改善而來的高新產品。
  9. Passive location technology, which does not radiate electromagnetic wave, can locate the radiant in a hidden way. featuring in long function range, high anti - interference capacity, it plays more important role in improving survival and operation capacity of electronic system in the electronic war. more countries put emphasis on the research of passive location technology is receiving

    由於無源定位技術能在自身不輻射的條件下，隱蔽地確定輻射源位置，具有作用距離遠、抗干擾能力強的特點，對于提高系統在電子戰環境下的生存能力和作戰效能具有十分重要的作用，因此對于無源定位技術的研究越來越受到各國的重視。
  10. Receiving frequency range

    接收頻率范圍
  11. The dissertation is devoted to the study on the characteristics of underwater acoustic channels for mine. based on the comprehensive analysis on the characteristics of underwater acoustic channels, the research on the parameters of target sea area, the acoustic model, the characteristics of underwater acoustic transmission and the parameters of capability of long - range remote control receiving system is systematically conducted through theoretical analysis, computer simulation and testing of circuit

    本文對遠程遙控水雷系統將要應用的水聲通道的傳播特性進行了分析，在對遠程水聲通道特性進行全面分析的基礎上，通過理論分析、計算機模擬、硬體電路的實驗等對目標海域通道的水文參數、聲場分析所用的聲場模型、聲傳播特性和遙控接收系統性能指標進行了系統、深入的研究。
  12. The parameters of the long - range remote control receiving system are analyzed and simulated thoroughly, such as the signal to noise ratio ( snr ) at the receiver, the delicacy of receiver, auto - gain and band - width of the pass - band. then the important references are provided for the design of long - range remote control receiver

    分析了遠程遙控接收系統的參數如接收機輸入信噪比、接收機靈敏度、自動增益和接收機通帶帶寬等，並對遙控接收系統性能指標進行了估算，為遠程遙控接收機的設計提供了一定的理論依據。
  13. 4. according to the analyses of underwater acoustic channel and long - range remote control receiving system, we designed the long - range remote control receiver, including a low noise prefix - amplifier, a band pass filter and an auto - gain control circuit. finally, the analog part of the receiver is tested and the frequency response of this receiving system is obtained.

    結合對水聲通道特性和遠程遙控接收系統的分析，進行了遠程遙控接收機的設計，包括接收機低噪聲前置放大器的設計、帶通濾波器電路的設計和集成以及自動增益控制電路的設計，最後對接收機模擬電路進行了調試。
  14. G t methods of measurement for radio equipment used in satellite earth stations - part 3 : methods of measurement for combinations of sub - systems - section two - measurement of the figure of merit of the receiving system in the 4ghz to 6ghz range

    衛星通信地球站無線電設備測量方法第3部分:分系統組合測量第2節: 4 6ghz接收系統品質因數
  15. G t methods of measurement for radio equipment used in satellite earth stations. part 3 : methods of measurement on combinations of sub - systems. section two : measurement of the figure of merit of the receiving system in the 4 ghz to 6 ghz range

    衛星地面站用無線電設備的測量方法.第3部分:分系統組合件的測量方法.第2節:頻率范圍為4ghz - 6ghz的接收系統品質因數
  16. In the circumstances of the te11 mode mixed with the given parasite modes, the errors from the practically used directivity can be corrected with the calculated difference between dh and d. the effective area of the receiving antenna is calculated with the established models, and measured at some points in the given frequency range

    在已知混入te11模式中雜模成份及其比例的情況下，可以通過計算出dh與d的差值，對採用的方向性系數進行誤差修正。通過建立相應模型，對接收喇叭的有效面積進行了計算，並在部分頻率點上進行了實測。
  17. Active underwater acoustic positioning / tracking systems locate target by measuring the range from object to receiving sensors. usually the target - receiver range can be got by the propagating time of a signal pulse. if this propagating time is larger than the pulse repetition period, it will mean that more than one signal pulse are on propagation

    主動水聲跟蹤定位系統通過測量脈沖信號的傳播時延可以測得目標相對接收機的距離，當此傳播時延大於系統同步周期時，時延測量就會呈現不確定性，可能相差若干個重復周期，導致定位解多值，稱之距離模糊現象。
  18. Industrial radiography. determination of the speed and average gradient of film - based image receiving systems for use in the energy range from 50 kev to 300 kev

    工業放射學.能量范圍從50kev至300kev用底片圖象接收系統感光度和反差平均值的測定
  19. Industrial radiography. determination of the speed and average gradient of film - based image receiving systems for use in the energy range from 300 kev to 1, 5 mev with iridium 192

    工業放射學.能級從300kev至1 . 5mev的銥192用底片圖象接收系統感光度和反差平均值的測定
  20. The system can be applied in maintenance field of airplane garage or other places when airplanes are moving on ground. people can check the distance between the watch sites and barriers from a remote receiving facility, and will be altered by sounds and lights when the distance is in dangerous range, thereby avoid the collision to the airplanes

    該系統可應用於機庫維修現場及飛機做地面移動的場合，有關人員可從遠端接收設備查看障礙物與測量點之間的距離，並且在距離處于危險范圍時接收到聲光報警信號，從而防止飛機受到障礙物的碰撞。
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