频率补偿的英文

• frequency compe ation
• frequency compensation

• "频率"英文翻译    frequency; rate
• "补偿"英文翻译    compensate; make up; make up ...
• "按频率补偿" 英文翻译 :    frequency-depended compensation
• "频率补偿器" 英文翻译 :    frequency compensator
• "分数频率补偿" 英文翻译 :    fractional frequency offset
• "频率补偿天线" 英文翻译 :    frequency-compensated antenna
• "零极点频率补偿" 英文翻译 :    zero-pole frequency compensation
• "频率补偿电容器" 英文翻译 :    frequency compensation capacitor
• "频率补偿发生器" 英文翻译 :    frequency offset generator
• "发光率补偿" 英文翻译 :    luminance compensation
• "功率补偿" 英文翻译 :    power back off
• "荷电率补偿" 英文翻译 :    complement of chargeability
• "斜率补偿" 英文翻译 :    slopecompensation
• "汇率补偿津贴" 英文翻译 :    exchange compe ation allowance; exchange compensation allowance
• "无功功率补偿" 英文翻译 :    reactive power compensation
• "亮度补偿，发光率补偿" 英文翻译 :    luminance compensation
• "色散斜率补偿光纤" 英文翻译 :    dscf dispersion slope compensating fiber; dscf dispersion slope compensation fiber
• "无功功率补偿器" 英文翻译 :    reactive power compensator
• "无功功率补偿装置" 英文翻译 :    reactive power compensation equipment
• "点型速率补偿探测器" 英文翻译 :    ot-type rate compe ation detector; spot-type rate compensation detector
• "功率补偿差示扫描量热仪" 英文翻译 :    power compensation differential scanning calormeter; power-compensation differential scanning calorimetry
• "荷电率补偿；充电率积分面积" 英文翻译 :    complement of chargeability
• "进近时发动机功率补偿器" 英文翻译 :    apc approach power compensator
• "速率补偿式感温探测器" 英文翻译 :    rate compensation heat detector
• "速率补偿式火灾探测器" 英文翻译 :    rate compensation detector

• Zero - pole frequency compensation
  零极点频率补偿
• Analysed the frequence compensation and noise response of the op amps extent
  对电路的频率补偿和噪声性能进行了一定的分析。
• In the first part , a new method of frequency compensate is presented in this thesis when there is only fast flower jammer
  一是系统仅受到快速跟踪干扰的情况下，提出了一种新的频率补偿技术，利用多个跳频点的数据来加快波束的收敛速度。
• ( 2 ) based on the mode of ultrasonic echo , this paper designs a frequency - dependent compensation filter to compensate the absorbed attenuation when the ultrasound transmits in a tissue
  ( 2 )在建立超声回波信号的数学模型的基础上,设计了频率补偿滤波器。
• The programable unit of inspac is used first to work out the frequency compensating circuit adapted itself , the frequency band is extended . the application range of the manual sensor is extended
  首次使用isppac可编程器件制作自适应频率补偿电路，展宽了频带，拓宽了手持式传感器的应用范围。
• The combined motor vibration sensor which is held manually with double charge amplifier placed inside and with frequency compensating circuit is designed based on the existed press - electricity accelerator of vibration and the measuring vibration system of charge amplifier in the paper
  本文在现有振动压电式加速度计、电荷放大器测振系统的基础上，设计了手持式内置微型双电荷放大器和频率补偿电路的一体化发动机振动传感器。
• Battery is the only power source for portable equipment . in order to prolong the service time of these battery - operated equipments , ultra - low - power consumption is demanded . the main method that decreases the power losses is to higher the conversion efficiency and to lower the operating voltage
  开关变换器内包含了带隙参考电压源、误差放大器、频率补偿电路、三角波产生电路、 pwm比较器以及数字逻辑控制电路,此芯片采用联华电子公司0 . 6微米cmos工艺。
• Using fourier transformation computational method , the fir filter was designed . the acceleration signal dynamic error was revised through the fft 、 ifft and frequency correction in the operating frequency scope . the signal processing had been realized on dsp , and the signal data was really recorded
  应用傅里叶变换的计算方法,并且完成了fir滤波器的设计,通过傅里叶正反变换和频率补偿实现工作频率范围内加速度信号动态误差修正,在dsp上实现了信号处理,真实地记录了信号数据。
• The thesis has done the widespread investigation and study to the domestic and foreign ’ s technologies of analogy low voltage and low power , and analyzes the principles of work , merts and shortcomings of these technologies , based on the absorption of these technologies , it designs a 1 . 5v low power rail - to - rail cmos operational amplifier . when designing input stage , in order to enable the input common mode voltage range to achieve rail - to - rail , it does not use the traditional differential input pair , but use the nmos tube and the pmos tube parallel supplementary differential input pair to the structure , and uses the proportional current mirror technology to realize the constant transconductance of input stage . in the middle gain stage design , the current mirror load does not use the traditional standard cascode structure , but uses the low voltage , wide - swing casecode structure which is suitable to work in low voltage . when designing output stage , in order to enhance the efficiency , it uses the push - pull common source stage amplifier as the output stage , the output voltage swing basically reached rail - to - rail . the thesis changes the design of the traditional normal source based on the operational amplifier , uses the differential amplifier with current mirror load to design a normal current source . the normal current source provides the stable bias current and the bias voltage to the operational amplifier , so the stability of operational amplifier is guaranteed . the thesis uses the miller compensate technology with a adjusting zero resistance to compensate the operational amplifier
  本论文对国内外的模拟低电压低功耗技术做了广泛的调查研究,分析了这些技术的工作原理和优缺点,在吸收这些技术成果基础上设计了一个1 . 5v低功耗轨至轨cmos运算放大器。在设计输入级时,为了使输入共模电压范围达到轨至轨,不是采用传统的差动输入结构,而是采用了nmos管和pmos管并联的互补差动输入对结构,并采用成比例的电流镜技术实现了输入级跨导的恒定;在中间增益级设计中,电流镜负载并不是采用传统的标准共源共栅结构,而是采用了适合在低压工作的低压宽摆幅共源共栅结构;在输出级设计时,为了提高效率,采用了推挽共源级放大器作为输出级,输出电压摆幅基本上达到了轨至轨;本论文改变传统基准源基于运放的设计,采用了带电流镜负载的差分放大器设计了一个基准电流源,给运放提供稳定的偏置电流和偏置电压,保证了运放的稳定性;并采用了带调零电阻的密勒补偿技术对运放进行频率补偿。
• At first some modification is made in conventional beam forming of frequency domain , namely to estimate doa by arrays outputs on compensated spacial frequency points of echoes . then the cwt is utilized to signal processing in space - frequency domain for estimation of doa , and the corresponding modification is also made . in the dissertation , the computer simulations of doa estimation for both narrow - band and wide - band echoes are given , so do the necessary comparison among several methods and crb
  首先在传统的频域波束形成算法的基础上，提出对宽带信号的频率补偿，也即对宽带回波信号的各空间频率根据时间频率的差异进行相应补偿，然后对各阵元输出求和来得到方位估计；其次将连续小波变换引入到空间?频率处理中，从而完成对目标方位的估计，并进行了相应地补偿。

• 频率补偿的日语：しゅうはすうほしょう