1) low-frequency electronic circuits
低频电子线路
1.
Starting from the low-frequency electronic circuits courses,this article analyzed the current situation of vocational courses of low-frequency electronic circuits,explored the teaching methods of the course.
从低频电子线路课程的内容出发,对高职低频电子线路课程的现状进行分析,探讨该课程的教学方法,就增强能力素质培养意识、加强职业能力培养、增强教学内容实用性、加强电路分析方法、教学方法、加强创新意识及职业道德教育等问题提出了看法。
2) Experimental course of Low Frequency Electronic Circuit
低频电子线路实验课
3) Low Frequency Electronics Experiment
低频模拟电子线路实验
4) high-frequency circuit
低频电路
5) high frequency electronic circuit
高频电子线路
1.
An intelligent design system of high frequency electronic circuits is presented.
研究了一种高频电子线路的智能化设计系统。
2.
According to the features of the course in high frequency electronic circuit,this article discusses the necessity of EWB software to be introduced into this course.
针对“高频电子线路”课程的特点,阐述了在高频电子线路教学过程中引入EWB软件辅助教学的必要性。
3.
Through the analysis of the characteristics of high frequency electronic circuit simulation experiment,two simulation experiments,one based on the circuit principle and the other based on hardware circuits,were designed and implemented with PSPICE and SIMULINK of Matlab.
通过对高频电子线路的仿真实验特点的分析,设计了基于电路原理的通信系统仿真实验和基于硬件电路的仿真实验,并借助Matalb软件中的SIMULINK仿真和PSPICE仿真软件,实现了模拟通信系统仿真实验和发射机与接收机部分电路仿真实验。
6) High Frequency Electronic Circuits
高频电子线路
1.
Ability-Oriented Construction of High Frequency Electronic Circuits;
以能力为本位构建《高频电子线路》课程
2.
In order to overcome the fault of hardware experiment in High Frequency Electronic Circuits(experiment) teaching,this paper introduces the viewpoint of using LabVIEW in experiment teaching,which is in form of combination of hardware experiment and software experiment.
本文针对“高频电子线路”实验教学中硬件实验存在的缺点,提出采用硬件实验和虚拟实验相结合的形式,将LabVIEW用于“高频电子线路”实验教学。
补充资料：低频
1.指应用于某一技术领域中的最低频率范围。例如，无线电波段中，将30～300千赫范围内的频率称低频;电子放大电路中，将接近音频(20赫兹～2万赫兹)的频率称为低频。
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