microwave oscillator

英 [ˈmaɪkrəweɪv ˈɒsɪleɪtə(r)] 美 [ˈmaɪkrəweɪv ˈɑːsɪleɪtər]

网络  微波振荡源

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双语例句

  1. The Research of Technology of PLL Based on Microwave YIG Oscillator
    基于微波YIG振荡器的锁相技术研究
  2. The IF and its associated sidebands are up-converted to the microwave region by the mixer, microwave oscillator, and bandpass filter.
    中频载波和它的边带由混频器,微波振荡器,带通滤波器上变频到微波范围。
  3. The Low Phase-noise Microwave Oscillator Based on Sampling Locked-Phase PLL-DRO
    基于取样锁相技术的PLL-DRO低相噪微波振荡源
  4. Optimum method of the design of microwave transistor oscillator
    微波晶体管振荡器设计的最优化方法
  5. This paper describes the design and implementation of a microwave oscillator based on Low-temperature Co-fired Ceramic ( LTCC) packaging.
    描述了一个基于低温共烧陶瓷(LTCC)封装技术的微波振荡器的设计和制作。
  6. Phase Noise Analysis of Microwave Local Oscillator
    微波本振源噪声分析
  7. Phase Noise of the Phase-Locked Microwave Oscillator and its Measurement
    微波锁相振荡器的相位噪声及其测量
  8. This paper presents operation principle of an 8 millimeter microwave sweep oscillator and design of some key circuits.
    介绍了八毫米微波扫频信号源的工作原理及关键电路的设计。
  9. It can enhance efficient radiation power to n times or more over based on the single high power microwave oscillator, so it's meaningful to the development of HPM.
    它允许在单个高功率微波源的基础上将有效辐射功率提高n倍甚至几十倍,对高功率微波技术的发展具有深远的意义。
  10. The problems about how using of these formulas, the project choice of the phase-locked microwave oscillator and the unstability of microwave multipliers have been also discussed.
    对有关设计公式的运用、方案选择、微波倍频器的不稳定性等问题进行了讨论。
  11. Effect of microwave local oscillator phase noise on DSRC systems
    DSRC系统中微波信号源相位噪声分析
  12. This paper derives a series of calculating formulas for the optimal PLL bandwidth of a phase-locked microwave oscillator, and by comparing it with some individual results in other literatures, and also gives out the practical calculations and the results gained in experiments.
    本文导出了微波锁相振荡源最佳环路带宽的一组计算公式,与其他文献中的个别结果进行了比较,并给出了实际计算及实验结果。
  13. A Self-Detecting Microwave Marginal Oscillator
    自检式微波边缘振荡器
  14. A Common Gate MESFET Microwave Oscillator Stabilized by a Dielectric Resonator
    介质腔稳频共栅场效应管微波振荡器
  15. A high power microwave radial klystron oscillator with foldaway concentric cylinder resonant cavity
    一种新的高功率微波折叠式谐振腔径向速调管振荡器
  16. Consideration to Optimum Design for Impact Avalanche Transit Time of Microwave Oscillator
    崩越模微波振荡器某些设计考虑
  17. High Power Microwave Oscillator Using Tapered Slow-Wave Structures It is driven by many different microwave decices, and carried by bomb or missiles.
    锥形慢波结构波导谐振腔微波发生器高功率微波弹是由炸弹或核爆炸磁压缩或其他微波源供能量,装在炮弹、航空炸弹、导弹内部一次性使用的高功率微波发生器。
  18. The microwave oscillator frequency is locked to the resonant frequency of loaded resonator by means of automatic frequency control ( AFC).
    微波振荡频率用自动频率控制(AFC)的方法自动锁在有载腔的频率上。
  19. The Calculation of the Optimal PLL Bandwidth of a Phase-Locked Microwave Oscillator and Some Concerned Questions
    微波锁相振荡源最佳环路带宽的计算及有关问题
  20. Theoretical Analysis of the Microwave Impulse Governed Oscillator
    微波脉冲锁相环的理论分析
  21. Design of An 8 Millimeter Microwave Sweep Oscillator
    八毫米微波扫频信号源的设计
  22. The Design of Highly Stable Phase Locked Microwave Dielectric Resonator Oscillator
    高稳定锁相介质振荡器微波源的设计
  23. The frequency error canceling method was employed to achieve stable low-IF signal, which excluded the frequency offset from microwave local oscillator and kept the phase relationship between two input signals.
    利用频率误差对消的方法,获得了稳定的低中频信号,不包含微波本振源的频率偏移且保持了2路输入信号之间的相位关系。
  24. An Optimization of the Microwave FET Oscillator
    微波FET振荡器优化
  25. Microwave Voltage Controlled Oscillator ( VCO) is a kind of familiar microwave frequency source and widely used in communication field.
    微波压控振荡器是一种常见的微波频率源,广泛应用于通信、测量等领域。
  26. Photoconductive Semiconductor Switches ( PCSS) have a very broad prospect of applications in numerous fields such as the source generating high power ultra-wideband electromagnetic wave, high power microwave oscillator and broad-band communication because of their excellent characteristics.
    光电导开关具有极其优良的特性,在超宽带电磁波源、高功率微波发生器、宽带通信等领域具有广泛的应用前景。
  27. Finally, we designed an X-band microwave point frequency oscillator with high-performance, and analyzed the oscillator on the experimental results.
    最后,设计了X波段的高性能点频微波振荡器,并通过实验结果对振荡器进行分析。
  28. The feedback microwave oscillator studied in this paper is constructed by amplifier, resonator and phase shifter.
    本文研究的反馈型微波振荡器主要由放大器、谐振器和移相器构成。
  29. Then, by fusion of the SIW technology and the design method of traditional microwave oscillator, a set of design simulation and test method of SIW push-push VCO is summarized.
    通过将基片集成波导技术与传统微波振荡器设计方法相结合,本文总结归纳出了一套基片集成波导振荡器的设计、仿真和调试的方法。