1) band-separation network
频带分离网络
2) crossover network
分频网络
1.
The design of an electric crossover network for a multiway loudspeaker system is often a difficult and tedious task.
论述了运用多目标优化设计扬声器系统分频网络的方法 。
2.
Being based on the theory of band-pass crossover network,this paper brings for-ward the design and analysis of two usually confusable crossover network which are in common use.
根据带通式分频网络的原理,提出了常用的两种容易混淆的分频网络的设计与分析方法。
3.
In this article,a method to design two way loudspeaker crossover networks by genetic algorithms is described.
文章论述了运用遗传算法优化设计两分频扬声器分频网络的方法。
3) separation of the frequency bands
频带分离
4) network,baseband
基频带网络
5) network,broadband
宽频带网络
6) noise separator
分离网络
1.
The basic requirements of the conducted electromagnetic interference noise separator network are put forward,and several major kinds of separator network structure based on hardwares are introduced.
提出了传导性电磁干扰噪声分离器网络的基本要求,介绍了几种主要的基于硬件的分离网络结构。
补充资料：分频
将较高频率变为其整数分之一低频率的方法。早期采用混频法，后又采用张弛振荡与被分频率同步法，还可用锁相法。在高频技术中，可用隧道二极管分频。常用二进制触发器分频法，利用反馈可实现任意分数的分频。分频所得信号可保留原信号的稳定度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条