倍频电路的英文

• frequency doubling circuit
• frequency multiplier circuit

• "倍频"英文翻译    frequency doubling; frequenc ...
• "电路"英文翻译    circuit; electric circuit; e ...
• "三倍频电路" 英文翻译 :    trebling circuit
• "倍频混频电路" 英文翻译 :    frequency multiplier mixer circuit
• "全波倍频电路" 英文翻译 :    full wave doubler circuit; full-wave doubler circuit
• "倍频电路 倍压电路 倍增电极" 英文翻译 :    doublingcircuit
• "声频电路,音频电路" 英文翻译 :    audio-circuit
• "三倍频电源变换器" 英文翻译 :    triductor
• "变频电路" 英文翻译 :    frequency changing circuit; frequency converting circuit
• "差频电路" 英文翻译 :    differential frequency circuit
• "单频电路" 英文翻译 :    single frequency circuit
• "导频电路" 英文翻译 :    pilot channel; pilot circuit; pilotcircuit
• "低频电路" 英文翻译 :    low-frequency channel
• "分频电路" 英文翻译 :    counting down circuit; crossover circuit; divider circuit; frequency dividing circuit; frequency-halving circuit
• "高频电路" 英文翻译 :    high frequency circuit; high-frenquency circuit; high-frequency channel; radio frequency channel; radiocircuit
• "高频电路板" 英文翻译 :    high-frequency circuit board
• "话频电路" 英文翻译 :    voice frequency circuit
• "混频电路" 英文翻译 :    mixer circuit; mixing circuit
• "鉴频电路" 英文翻译 :    discriminator circuit; frequency discriminating circuit; frequency discrimination circuit
• "扰频电路" 英文翻译 :    scrambler circuit
• "扫频电路" 英文翻译 :    frequency sweep circuit
• "射频电路" 英文翻译 :    radio circuit; radio frequency circuit; radio-frequency circuit
• "甚高频电路" 英文翻译 :    very high frequency circuit
• "声频电路" 英文翻译 :    audio circuit◇声频电路测试器 audio chanalyst
• "视频电路" 英文翻译 :    video circuit

• Design and realization of a single - chip digital phase - locking frequency - multiplier circuit
  单片数字锁相倍频电路的设计与实现
• Hybrid integrated circuits . detail specification for type hsxb01 phase locked loop with frequncy doubler
  混合集成电路. hsxb01型锁相倍频电路详细规范
• The four - times - frequency design of feed - back signal of ac servomotor and the design of speed examination arithmetic of pmsm are completed and the linearity modulation of torque electric current is realized
  完成了交流伺服电动机反馈信号的四倍频电路、交流永磁同步电动机速度检测设计，实现了转矩电流的线性调节。
• At the start , introduce the ad9854 , which is a dds chirp , and then , discuss the realization process of the hardware and software of the system , such as realization of the agc circuit , dds circuit , state flow , and so on
  先对dds器件ad9854进行了介绍，在此基础上，讨论数字中频调制器的硬件实现与软件实现过程，如agc电路、数字倍频电路、 dds电路等电路的实现过程和调制状态流程。
• Secondly , the multiplier circuit configuration is established with the designing thought of multiplier . thirdly , simulation and optimization of the detail practice multiplier circuits are operationed by using of hamonic balance analysis ( hb ) method in software ads . fourthly , passive quintupler using schottky diode and active doubler , tripler , quadrupler and quintupler using phemt are researched and developed , respectively
  本文的主要工作是先介绍分析倍频器的基本原理,根据倍频器的设计理念,建立电路拓扑结构,采用ads软件并利用谐波平衡分析法对具体倍频电路进行仿真优化,分别研制了无源肖特基二极管五次倍频器以及有源phemt晶体管2 、 3 、 4 、 5次的各次倍频器。
• Based on above - mentioned schemes , the power detection system based on tms320vc5410 is designed , which realizes collection , a / d , digital signal processing . keyboard . display and uart ? the ad73360 gather chip commonly used in power system is used in front of the power detection system , and the circuit of frequency multiplication phase - locked is consisted of phase - locked loop device ? d4046 and frequency division device cd4060 to produce the gather signal of ad73360 frequently , the gather wave and re sult can be displayed on lcd
  基于上述方案，本人设计开发了基于tms320vc5410的电力采集检测系统。基本实现了采集、 a d转换、数字信号处理、键盘显示、异步通信等系统软硬件设计。该系统前端采用电力系统常用的ad73360采集芯片，锁相倍频电路由锁相环cd4046与分频器cd4060一起构成，产生ad73360采集触发信号。
• The main task including : when the raster ruler and axis - angle coder move forward or backward , they will bring pulse signals which are length signals and angle signals . these signals will be sent to signal processing circuits to be pretreated . then the signals will be sent to direction differentiation circuits to differentiate the directions
  主要完成以下任务：把光栅尺和轴角编码器前进或后退产生的长度信号和角度信号，送信号处理电路进行处理，再送鉴相倍频电路进行鉴相处理，送单片机计数，由另一片单片机把计数的结果数据经过串行通讯电路送至pc主机去进行处理。
• On the basis of the introduction of basic microwave multiplier theory , this paper further analyizes the nonlinear characteristics of the frequency multipliers , especially the basic multiplying mechanism of schottky diode multiplier and active fet multiplier , whose designing and realizing methods are presented , respectively . finally , systemic conclusions of the performance of passive and active freqency multipliers are done through the practical multiplier circuits which researched in this paper the main work of the paper include following parts
  本文在介绍微波倍频技术基本理论的基础上进一步分析了倍频器的非线性特性,尤其对肖特基二极管倍频器和fet倍频器的基本倍频机理作了详细介绍,并分别陈述了其设计思路和实现方式,最后根据实际研制的倍频电路对无源及有源倍频器的性能进行系统性的总结。

• 倍频电路的日语：しゅうはすうていばいかいろ ダブラ回路 ダブラかいろ