本文介绍了我校计算机系电子线路实验室正在研究和编制的多媒体教学内容。
In this paper we discuss the teaching contents of multiple-media software that we are studying and making.
本文结合笔者在电子线路实验教学中的实践经验，对电子实验课的教学方法提出一些建议和方法。
The paper, combining the author's practical experience of teaching electron circuit, puts forward some Suggestions and methods to teaching method of the course.
通过对电子线路实验中存在的几个典型问题的分析，讨论测试仪器频率特性给实验带来的局限性和测量误差，并提出了消除这种测量误差的解决方案。
With the analysis of some typical questions in electronic circuit experiments, the measure error coming from the frequency response of test instruments is discussed.
同时论述了其测量机理、电子线路、实验结果及结论。
The mechanism of measurement, electronic circuits, experiments results and conclusions are also discussed.
一种高频电子线路的实验系统，用于高频发射的教学与实验。
A system of high frequency electronic circuit was used in the teaching and experiment concerning the high frequency emission.
对电子线路传统实验方法与虚拟实验方法进行比较、分析，建议以传统实验方法为基础，重视和充分利用虚拟方法。
This article compares and analyses the traditional experimental methods and dummy ones, and suggests the traditional methods as a base, and strengthens and use dummy ones adequately.
将其应用于电子线路教学中的故障分析，可实现理论教学、演示实验、实验模拟的一体化。
If is applied in the breakdown analysis, and the theoretical teaching, the demonstration experiment and the simulated experiment merge into an organic whole.
用实验方法研究了静电放电(esd)对某电子时间引信电子线路的损伤及其防护加固措施。
ESD damage and hardening of an electronic time fuze are studied by using experiments.
对本实验的整个系统，包括半导体激光器、光路系统、真空系统、电子线路和计算机控制系统等都做了详细的说明。
Many apparatuses, including lasers, optical units, vacuum system, circuits, computer-controlling, etc, applied in the experiment are explained in detail.
对本实验的整个系统，包括半导体激光器、光路系统、真空系统、电子线路和计算机控制系统等都做了详细的说明。
Many apparatuses, including lasers, optical units, vacuum system, circuits, computer-controlling, etc, applied in the experiment are explained in detail.
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