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VCO

  • abbr.电压控制振荡器(Voltage-Controlled Oscillator);车辆调控官(Vehicle Control Officer);话音编码器
VCOVCO
  1. The two circuit techniques of equivalent inductance and cross-coupled configuration are used to design a high frequency , low phase noise two-stage VCO , which can generate two pair quadrature outputs because of its even stage ring .

    采用等效为电感特性的负载和交叉耦合结构两种电路技术设计了一种高工作频率、低相位噪声的二级环形振荡器(two-stageVCO)。

  2. Design of CMOS Ring VCO of PLL Embed in DSP

    DSP内嵌PLL中的CMOS压控环形振荡器设计

  3. The Circuit Design of Large Limit VCO in Data Communication System

    数据通信系统中宽范围压控振荡器(VCO)电路设计

  4. Design of A High Speed Low Phase Noise VCO

    高速低相位噪声VCO设计

  5. Design of CMOS Full Differential VCO Based on Current Fold Technique

    基于电流折叠技术的CMOS全差分VCO设计

  6. Study on the Improvement of the Characteristics of VCO

    压控振荡器特性改良的研究

  7. The relation and measurement of stability between frequency region and time region of VCO

    VCO之时域频稳度与频域频稳度之间的联系及测量

  8. Comparison and Design of Frequency Band Selection Techniques in Self-Tuning VCO

    自调谐VCO频段选择技术比较与设计

  9. Design of a High Linearity , Low Frequency VCO

    C高;高线性度低频压控振荡器的设计

  10. A Practical Local Oscillator VCO Control System

    一种实用的本振源VCO控制系统

  11. Study of a Wideband LC VCO Based on CMOS Technology

    基于CMOS工艺宽带LC压控振荡器研究

  12. Design of a Wideband and Low Phase Noise CMOS LC VCO

    宽带低相噪CMOSLCVCO的设计

  13. Therefore , it is very important to design a VCO with excellent performance in phase noise .

    由于锁相频率合成器的带外相位噪声主要是由环路中的压控振荡器的相位噪声来决定的,设计一个噪声性能良好的压控振荡器是十分重要的。

  14. To improve VCO voltage control characteristic , linearization network are inserted in control circuit .

    为了改善压控振荡器的压控特性,在控制电路中插入线性化网络。

  15. A Novel Automatic Amplitude Control Circuit for VCO

    一种新型的压控振荡器用自动幅度控制电路

  16. Problems exploration during development of VCO

    压控振荡器研制过程中的问题探讨

  17. The Research of Symmetrical Noise Filtering Techniques in CMOS LC VCO

    CMOS电感电容压控振荡器中对称噪声滤波技术的研究

  18. Design Method in Optimization Differential LC VCO

    差分LCVCO的设计方法

  19. A full integrated high-speed ring VCO is designed .

    设计了一种全差分高速环形压控振荡器(VCO)。

  20. After that introduce the most important block ring VCO , its noise characteristics is analyzed .

    然后重点针对锁相环中最重要的模块环形振荡器的噪声特性进行了详细的讨论。

  21. Pseudo Operation Point and Design of Ultra Broadband CMOS LC VCO

    伪工作点与超宽带CMOSLCVCO设计

  22. Design of a UHF VCO Supply with Wideband , Low Voltage and Low Power Consumption

    UHF频段低电压低功耗宽带VCO的设计

  23. The optimal design of VCO from oscillation amplitude and filtering is further analyzed .

    接着从振荡幅度、滤波技术等方面重点分析了VCO的优化设计。

  24. Simulation results demonstrate that the performance indicators of the VCO satisfy the design objectives completely .

    仿真结果表明,VCO的性能指标达到了设计的目标。

  25. Design of Ultra Low Phase Noise LC VCO

    超低相位噪声LC压控振荡器的设计

  26. Design of Signal Generator Based on a Ka-band VCO and Study on Testing in Modulation Domain

    Ka波段VCO控制信号发生器设计及调制域测试方法

  27. Voltage controlled oscillator ( VCO ) is a key component of modern electronic equipments .

    压控振荡器(VCO)是电子设备中的关键部件。

  28. Investigation of Linearization Schemes for Millimeter Wave VCO Tuning Characteristics

    毫米波VCO电调特性的线性校正方案研究

  29. Analysis and Development of the Bi - tuning VCO in Ka - band

    Ka波段双调谐VCO的分析和研制

  30. Dual core ( actually two VCO cores ) application may extend the tuning range further .

    双核技术(实际上使用两个VCO)可以更进一步的增加调谐范围。