另外在未来宽带MIMO无线通信系统中，通常面临频率选择性衰落信道，传统高性能均衡器就会变得异常复杂。
In addition, there will be frequency selective fading in the future broadband MIMO wireless communication systems, and the traditional high-performance equalizer will become extremely complicated.
本文针对行波管的增益频率特性曲线呈钟形的问题，介绍并使用了微带功率均衡器的优化设计方法，并给出了实际应用结果。
This paper describes techniques for the design of microstrip power equalizer to solve the problem of the gain characteristics appears the bell shape with frequency.
立体声道配置以同样的方式，但有固定频率4波段均衡器(蓝色)。
Stereo channels are configured in the same way, but with a fixed-frequency 4-band eq (blue).
首先，有一个波段的参数均衡器调节频率，增益和带宽。
First, there is one band of parametric eq with adjustable frequency, gain and bandwidth.
首先，有一个波段的参数均衡器调节频率，增益和带宽。
First, there is one band of parametric eq with adjustable frequency, gain and bandwidth.
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