1) nonreciprocal transmission line
非互易传输线
1.
A new approach for solving complicated nonreciprocal transmission line(NTL) problems using standard Smith chart is proposed.
提出了一种全新的能处理复杂非互易传输线(NTL)问题的标准Smith圆图解法。
2.
In order to assist the analysis of nonreciprocal transmission lines(NTL)which have various applications in microwave technology,a generalized Smith chart(GSC)was introduced.
非互易传输线(Nonreciprocal Transmission Lines,NTL for short)在微波技术领域有很广泛的应用。
2) interconnect transmission line
互连传输线
1.
We introduce the Lax-Wendroff difference method into the calculation of interconnect transmission lines.
将Lax-W endroff差分法用于互连传输线的分析,充分地利用了电报方程结构特性,给出了能够有效应用于互连线分析的二阶精度的Lax-W endroff差分格式。
5) interconnect transmission performance
互连线传输性能
6) NLTL
非线性传输线
1.
In this paper,the theory of Nonlinear Transmission-Line(NLTL)frequency multiplier was discussed and the complete model of it was given.
介绍了非线性传输线的倍频原理,建立了一种完整的倍频器电路模型。
2.
Then severalkinds of broadband frequency multipliers were given, and the theory of NLTL(nonlineartransmission line) frequency multiplier and balance frequency multiplier by two anti-parallel connection diodes were discussed in detail .
同时,给出了常见宽带倍频器电路的实现形式,详细分析了非线性传输线倍频原理和反并联二极管对平衡式倍频原理。
补充资料：传播常数(见传输线)
传播常数(见传输线)
propagation constant
ChUon匕oChongsh日传播常数(propagation constant)线。见传输
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