旁路电容

在场的情况下阴极偏置电阻和旁路电容不能说明A类作业。

The presence of a cathode bias resistor and bypass capacitor is not an indication of class A operation .

还有很重要的一点，我们必须指出一个很常见的错误，和阴极旁路电容有关。

This is probably as good a point as anywhere in this tutorial to note a common mistake associated with the cathode bypass capacitor .

高速接口需要带特殊低旁路电容的TVS。

High-speed interfaces require TVSs with particularly low shunt capacitances .

分析了外界惯性冲击对低真空封装的旁路电容式RFMEMS开关性能的影响。

The influence of outside inertial shock combined with RF signal voltages on the properties of a shunt capacitive MEMS switch encapsulated in a low vacuum environment is analyzed considering the damping of the air around the MEMS switch membrane .

在硬件电路设计中，大量采用了性能较好的去耦和旁路电容来加强系统的稳定性，并为了调试方便设计了JTAG接口。

To enhance the stability of the system , design a lot of decoupling and bypass capacitors in hardware circuit . And the JTAG debug interface is designed for convenient debugging .

SrTiO3压敏电阻广泛用于低压领域作为过压保护和浪涌吸收元件，如用于微直流电机及电源输入端抑制噪声、保护感性负载或可控硅开关、作旁路电容器等。

SrTiO_3 varistors have been widely used as transient high-voltage protector and surge arrestor in the field of low voltage , such as restraining the noise of micro direct-current machine or source input , protecting the switch of inductive load or silicon controlled rectifier transwitch , and by-pass capacitors .

矩阵显示单元旁路电容分析

A Study of Bypass Capacity for a Single Cell in Matrix Display Panel

你必须删除所有在被测产品的正极端口的旁路电容器。

You must remove all bypass capacitors at the DUT 's positive-supply pin .

旁路电容是个真正的极零对。

This is really a pole-zero pair .

我把车开到路旁；好使这辆载重卡车能开过去。屏极回路旁路电容器

I moved my car out of the way so that the heavy lorry could come by . plate by-pass capacitor

研究对象包含了组成电源分配系统的电源模块，电源平面、接地平面、旁路电容和高速芯片的封装及内部电源分配等问题；

The research objects include power module , power plane , ground plane , bypass capacitor , encapsulation of high-speed chip and inside power distribution .

实际上本分析方法也可以用来分析二阶电荷泵锁相环的稳定性，这只需要假定二阶滤波器中的旁路电容为零即可。

In fact , this analysis is also fit to analyze the stability of two-order charge-pump PLL loop by simply setting the value of shunt capacitor of two-order filter to zero .

通过仿真计算，给出间隙电弧在雷电波波峰与波尾处消失的波形，分析了不同旁路电容值对各个波形的改善作用，确定了不同情况下旁路电容的最优值。

Based on fundamental theory , the waveforms with arc extinction at the peak and the tail were given , the improvement of bypass capacitor on waveform was analyzed and optical value of bypass capacitor in different conditions was determined .

结果表明椭圆形轰击束斑是由通过旁路电容的瞬态电流产生的方位角磁场所引起的，并且提出了解决束斑变形的有效方法。

The results showed that the elliptic beam shape was caused by the azimuthal magnetic field of transient currents , which past through the parallel charging capacitor , and the method for solving beam shape distortion in transmission was also presented .