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heterodyne receiver

英 [ˈhɛtərəʊdaɪn rɪˈsiːvə(r)]

美 [ˈhɛtərəˌdaɪn rɪˈsiːvər]

外差式接受器

电力

英英释义

noun

  • a radio receiver that combines a locally generated frequency with the carrier frequency to produce a supersonic signal that is demodulated and amplified
      Synonym:superheterodyne receiversuperhet

    双语例句

    • Installation and Debugging for Supersonic Heterodyne Receiver
      超外差式收音机安装调试指导
    • Study on Polarization Independent Heterodyne Balanced Receiver
      与偏振无关的相干光外差平衡接收技术研究
    • Secondly, the paper analyzes the basic structure of several receivers, including heterodyne receiver, zero-IF receiver, low-IF receiver and mirror suppression receiver. Then through analyzing their respective strengths and weaknesses and the actual needs, we select the heterodyne receiver structure.
      第二章分析了接收机的几种基本结构,包括超外差接收机、零中频接收机、低中频接收机和镜像抑制接收机,并通过分析其各自的优缺点和实际需求选择了超外差接收机结构。
    • To reduce noise figure and improve receiver sensitivity, the heterodyne receiver model have become more widely available in the communication system. The rejection to image frequency interference has become the last problem for a low-noise receiver.
      为了降低系统噪声系数,提高系统接收灵敏度,超外差式的接收机模型在越来越多的通信系统中被广泛的使用,实现整机低噪声、抗干扰的最后难题就是对镜频干扰的抑制。
    • There are two kinds of detection schemes: heterodyne and homodyne detection, they provide higher receiver sensitivity than direct detection.
      接收端的检测方式有外差检测和零差检测两种,都比常规直接检测有较高的接收机灵敏度。
    • Lastly, the best receiving aperture of a laser heterodyne receiver is discussed briefly.
      最后简单讨论了激光外差接收机的最佳接收口径。
    • As the key techniques in Synthetic Aperture Ladar ( SAL), balanced optical heterodyne receiver technology is studied in this paper.
      本文对合成孔径激光雷达(SyntheticApertureLadar,简称SAL)中光外差平衡接收技术进行了研究。
    • The diagnosis of Tokamak electron cyclotron radiation by GaAs Schottky diode heterodyne receiver
      GaAs肖特基二极管外差接收系统用于托卡马克电子回旋辐射的诊断
    • This dissertation chooses received directly system, at the same time makes the simple introduction to the heterodyne receiver, and then carries on the preliminary analysis on optical antenna.
      本文选用的是直接检测接收机的实现方案,同时对外差接收机也做了简单介绍,并对光学天线的类型和各自的结构特点进行了初步的分析。
    • This paper introduces the developing trends of radio receiver, analyses the demerits of traditional heterodyne receiver and the developing prospect of new-type zero IF receiver.
      介绍了无线接收机的发展,分析了传统外差式接收机的弊端和新型零中频接收机的发展前景。