載波 的英文怎麼說

中文拼音 [zǎi]
載波 英文
signal carrier; carrier wave; carrier: 3路載波 three-channel carrier載波傳輸 carrier transmission; 載波電報 carrier telegraphy; carrier current telegraph; 載波電話 carrier telephony; carrier current telephony; carrier telephone system; 載波電纜 carrier cable; carrier wire; 載波發生器 carrier generator; 載波頻率 carrier frequency; 載波通信 carrier; carrier communication; carrier current communication; carried communication; 載波線路 [電工] carrier line; 載波通道 carrier channel; carrier current channel; 載波信號 carrier signal; 載波抑制 carrier suppression; 載波噪聲carrier noise; 載波增音機[器] carrier repeator; 載波終端(機) carrier terminal; 載波終端站 carrier terminal station
  • : 載Ⅰ名詞(年) year : 一年半載 six to twelve months; six months to a year; 三年五載 three to five ...
  • : Ⅰ名詞1 (波浪) wave 2 [物理學] (振動傳播的過程) wave 3 (意外變化) an unexpected turn of even...
  1. Self supporting telecommunication aerial cables on overhead power lines above 1 kv vde - specification

    電壓大於1kv的電力架空線的載波通信高空電纜vde -規
  2. Telephony using amplitude modulation single sideband full carrier

    單邊帶全載波調幅電話系統
  3. Cap carrierless amplitude modulation

    載波幅度調制
  4. The remaining factor in(7, 8. 3)is the carrier wave and its phase velocity is c.

    (7,8.3)中剩下來的一個因子就是載波,其相速度是C。
  5. This system of modifying the carrier waves is called "amplitude modulation, " or "am".

    這個改變載波的系統稱為「振幅調制」或縮寫為「AM」。
  6. High - frequency carrier wave characteristics analysis for 10 kv power distribution lines

    配電線高頻載波特性分析
  7. The power of the modulated carrier wave is increased by the rf power amplifier

    射頻功率放大器增加了調變載波的功率。
  8. In communications, the amplitude variations of an amplitude modulated carrier wave

    在通信技術中,調幅載波的幅度變化圖。
  9. Application study on low - voltage power line carrier wave spread spectrum communication system

    低壓電力線載波擴頻通信系統的應用研究
  10. This system of modifying the carrier waves is called " amplitude modulation, " or " am "

    這個改變載波的系統稱為「振幅調制」或縮寫為「 am 」 。
  11. Load modulate technology based on sub - carrier wave for fuze setting information feedback

    基於副載波的負調制技術實現引信感應裝定信息反饋的方法
  12. Chrominance subcarrier regenerator

    色度副載波再生器
  13. Chrominance subcarrier demodulation

    色度副載波解調
  14. Technique of transmitting data via power line ( pl ) , a new technique developed in recent years , is used to automatize the free collecting system in public service and the management of uptown service 。 this article discussed the advantage , disadvantage and the current state of the power line carrier communication 。 the advantage , method and current state of using spread spectrum technique in power line communication are discussed 。 then the characteristic of low voltage power network was also compendious analyzed 。 in this paper , after introducing the principle of ssc , design of hardware and software of the system are been discussed 。 this system has been put into use , the result has proved its high stability and reliability

    本文研究旨在提供一種利用低壓電力供電網路、低成本、高可靠地實現公共事業收費自動化和小區物業管理智能化的技術應用。討論了電力線載波通信的優、缺點及現狀,擴頻技術在電力線載波通信應用的優點、方式和現狀,並對低壓電力線網路的特性進行了簡單的分析。在闡述了擴頻通信的基本原理的基礎上,本文詳細地介紹了電力載波遠程抄表系統的具體實現,包括硬體模塊和管理軟體本系統已投入運行,具有較高的穩定性和可靠性。
  15. The video signal is directed to the crt through a sound trap which eliminates the sound-carrier frequency.

    視頻信號通過聲音陷電路,消除聲音載波頻率,直達CRT。
  16. Traditional power line carrier communication has some shortcomings on communication quality, which let it does n ' t adapt to the dement of the power developing

    電力線載波通信以電力線為體,與其它通信方式比較有著特殊的優勢。傳統的電力線載波通信在通信質量上的缺陷使其不能適應電力發展對通信的要求。
  17. Whatever it is radar, eccm equipment, communication equipment or instrument, frequency source with high stability is needed to guarantee the quality of carrier signal

    無論是雷達、電子對抗,還是通信、儀器設備等都需要高穩定度的頻率源,以保證載波信號的質量。
  18. Schemes of the cpe equalization in dvb - t receiver

    系統中子載波頻域均衡接收機設計
  19. A 3d fiducial - referential un - esprit algorithm suitable for joint azimuth - elevation - carrier estimation in unknown noise environment

    未知噪聲背景下的達方向及載波頻率三維聯合估計方法
  20. A channel estimator for multi - carrier system in fast time - varying fading channels

    一種快時變通道下多載波傳輸系統的通道估計方法
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