1.The measured passband profile of the experimental filter is basically in agreement with the theoretical one.
实验滤波器通带特性的测试结果与理论分析基本吻合。
2.Thus , the bandwidth of the passband is that of the filter .
因此，通道的带宽就是滤波器的带宽。
3.The measured results have shown sharp rejections at both out-bands, and small ripples in passband but for slightly higher insertion losses.
测试结果表明，这种滤波器的带外抑制较好，带内纹波较小，只是插损稍大。
4.The Contour filtering system provides a gentle perturbation of the IF filter passband.
轮廓过滤系统提供了一个温和的摄动的IF滤波器通。
5.and the filter for filtering the intermediate frequency signal with the passband and the stopband.
滤波器依据其通带和阻带来过滤中频信号。
6.This paper propose the method of passband response without distortion of matrix filter design.
提出通带无失真矩阵滤波器设计方法。
7.According to "virtual short" and "virtual-off" feature, available to the circuit passband voltage gain and pass-band cut-off frequency.
根据“虚短”和“虚断”的特点，可得到电路的通带电压放大倍数和通带截止频率。
8.Therefore, there is a perfect compromise between attenuation in stopband and group delay or loss variation in passband.
因此，它在带外衰减与带内幅度特性和带内群时延特性之间有了一个较好的折中。
9.The center frequency of the passband shifts to a higher frequency when the bias magnetic field in creases. That is good magnetotunability.
通带的中心频率随着偏置磁场的增强而单调上升，显示出很好的场致频率可调性。
10.In order to achieve flatter tops and sharper rolloff in the passband, the multiple-ring higher order structure is employed.
为实现通带内频率响应平坦度高、滚降时间快的滤波效果，采用多环结构形成的高阶滤波器。