1) eight-pole network
八端网络
2) end-to-end network
端到端网络
1.
This paper proposes a simple metric of path diversity dedicated for the type of end-to-end network.
以端到端网络作为研究对象,该文提出一种简单的路径多样性度量。
2.
End-to-end network is modeled as a directed acyclic graph,and then transformed into a segmented form.
端到端网络的传输可靠性依赖于它的路径多样性。
3) four-end network
四端网络
1.
Unified treatment of ultrasonic horn characteristics based on four-end network approach;
四端网络法统一变幅杆的性能参量
2.
Based on the theory of four-end network, the resonant frequency of the composite stepped ultrasonic torsional-mode concentrator with a cone-like transited part, which depends on the geometrical dimensions of the tool rod attached to the concentrator, is studied by using electromechanical analogy method.
依据四端网络理论,利用机电类比方法,研究了具有类圆锥过渡段复合阶梯型变幅杆的超声扭转共振频率和与之相连接的工具杆长度和直径变化的关系。
4) two-terminal network
二端网络
1.
Discussion on Solving Linear Active Two-terminal Network Using Thevenin’s Theorem;
线性有源二端网络戴维南等效电阻求解方法的讨论
2.
Several methods are presented for solving the equivalent resistance of the active two-terminal network,which is a difficut problem for students.
针对在电路理论教学过程中遇到的、学生不容易掌握的、有源二端网络求解等效电阻的难题,提出了几种解决方案,说明了这几种方法不同的使用范围,并列举实例验证。
3.
A two-terminal network is made up of the controlled source and voltage source and independence source is equal to a two-terminal network which is made up of a voltage source and a resistance.
任一由受控源、电阻和独立源连接构成的二端网络总可以用一个电压源和一个电阻相串联的二端网络来等效 ;任一由受控源和电阻连接构成的二端网络总可以用一个电阻来等效。
5) four-terminal network
四端网络
1.
Based on the transfer-matrix method,the general expressions of equivalent four-terminal network parameters of varying section torsional horn are derived,the relations between frequency equation and both the rotational velocity amplification and that of the surface tangential velocity of stepped type torsional ultrasonic horn with transitional section of cosine-like type are obtained.
基于传递矩阵算法,推导出了变截面杆扭转振动时等效四端网络参量的一般表达式,研究了带类余弦过渡段阶梯形变幅杆扭转振动频率方程与角速度放大倍数及外表面切向速度放大倍数等的关系。
6) Network Terminal
网络终端
1.
Design of Network Terminal in Information Appliance System Based on IPv6;
IPv6环境下信息家电系统网络终端设计
2.
Research of a Customizable and Extensible Network Terminal Platform;
一种可定制和扩展的网络终端平台研究
3.
Design of E-mail client software based on embedded network terminal
基于嵌入式网络终端的邮件客户端软件设计
补充资料:二端口网络
二端口网络 two-port network 端口数n等于2的多端网络。又称双口。两个端口中接电源的称为入口,接负载的称为出口。端口上的电压V1、V2和电流i1、i2分别称为端口电压和端口电流,又统称为端口变量。二端口网络有无源和有源、线性和非线性、时不变和时变之分,它既可能是一个异常复杂的网络,也可能是相当简单的网络。变压器、放大器等的电路模型都可归结为双口网络。在电路图上,二端口网络可统一表达成图中所示形式。表达4个端口变量之间关系的方程称为二端口网络方程。同一个二端口网络可以有6组不同形式的方程。其矩阵形式与多端网络的约束关系类似。6组方程右端变量前的4个系数称为二端口网络的参数,共6组,分别称为短路导纳参数 、开路阻抗参数、第一类混合参数、第二类混合参数、传输参数和反向传输参数。6组参数都可用来表征二端口网络。对于一个网络究竟选用哪一组参数,视具体情况而定。
电子电路中会经常遇到二端口网络的相互连接。它们之间的连接有5种方式,分别为串联、并联、串-并联、并-串联和级联。这样连接而成的网络仍为二端口网络。例如,电力系统中用于模拟远距离输电线的链型电路就是一些二端口网络级联而成的。 |
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