电路的

You can see three sub-circuits in that part of the parallel circuit diagram.

你可以在并联电路图的那部分中看到三条电路的支路。

The datum of capacitance test instrument is sent to computer successfully through a conversion circuit of parallel to series.

并/串转换电路的研制，成功地将电容测试仪测得的数据传入微机。

Simulation results show that the Filter and VGA system has gain of 6~48 dB, variable gain of 42 dB,6 dB/Step, THD54 dBc at 100 mV peak-to-peak input voltage, IIP3 of-6.35 dBV. The NF is less than 25 dB and current dissipation is 30 mA from 1.8 V voltage supply.

电路的仿真结果表明滤波器和VGA系统的增益为6~48 dB，可变增益为42 dB，6 dB/step，在输入电压峰峰值为100 mV时THD小于-54 dBc，线性度为-6.35 dBV，噪声系数在通带内小于25 dB，消耗电流为30 mA。

The dissertation starts with the analysis of voltage-source rectifier. It is analyzed the steady state currents, voltages and their spectrums of uncont rolled single-phase voltage-source rectifier compensated by shunt APF based on piecewise linearization method.

本文以电容滤波型整流电路的分析作为切入点，基于"分段线性化"方法，对并联有源电力滤波器补偿电容滤波型整流负载进行了稳态分析，得到系统的电流和电压波形，进而获得其频谱特性。

The research summarized above is of significant importance for the analysis and design of modern microwave planar circuits.

以上一系列研究和成果对于新型微波平面电路的分析和设计有着重要的意义。

Also, the voltage on the primary winding reverses direction during the operation of the circuit but this too, does not have any effect on the oscillations.

此外，太初级绕组电压反转方向，在电路的运作，但是这一点，没有任何振荡的影响。

Under an 8.5GHz CW signal power test with optimized loading conditions,the P1dB of the circuit is 29.4dBm,relevant power gain is 7.2dB,and relevant PAE is 42%.The Psat of the circuit is 30dBm.

在8.5GHz进行连续波功率测试，在优化的负载阻抗条件下，P1dB输出功率为29.4dBm，相应增益7.2dB，相应PAE＞40%，电路的饱和输出功率Psat为30dBm。

Research refers to a simplified velocity measurement algorithm based on microprocessorsystem using photoelectric encoder and quadruplicate frequency circuit.

研究基于光电编码器和四倍频电路的单片机速度测量系统的简化算法。

transponder ic is the core of radio frequency identification technique, and its analog circuit design is very important.

电子标签芯片是无线射频识别技术的核心，其模拟电路的设计十分关键。

Reactive power measurement of non-sinusoidal circuit is the hot-spot research in Electric Power System.

非正弦电路的无功测量是当前电力测量研究的热点。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。