The paper mainly states the problem on the course of teaching Electronic Technology and proposes the concrete method of the course on the theory teaching and practice reform.
本文主要叙述了《电子技术》课程教学中存在的问题，提出了理论教学和实践教学改革的具体方法。
Practice show that, the curriculum content system of simulation electronic technology which take unit circuit as the core has achieved good effect.
实践证明，以单元电路为核心的模拟电子技术课程内容体系在教学中取得了良好的效果。
Second, teaching content and the modern production practice is not spent, electrical and electronic technology content is low.
第二，教学实践内容和现代生产实践结合度不够，电工电子技术含量偏低。
By practice, the analog electronic technology teaching is more vivid, flexible, and more close to practical electronic project.
经实践，在课堂上使模拟电子技术教学更形象、灵活，更贴近电子工程实际。
Digital electronic technology is a practice-emphasized curriculum and also is one of the compulsory important curriculums for electrical information specialty.
数字电子技术是一门实践性较强的课程，也是电气信息类专业必修的重要课程之一。
With the rapid development of electronic technology, numerical simulation has become one of the most important approaches in combustion science research and engineering practice.
随着电子技术的飞速发展，数值计算已经成为进行燃烧学研究和工程应用中举足轻重的方法之一。
Main practice: metalworking practice, electrician practice, power electronic technology curriculum design, electrical control curriculum design, graduation practice (design), etc.
主要实践环节有：金工实习、电工实习、电力电子技术课程设计、电气控制课程设计、毕业实习(设计)等。
In this paper, based on the drawbacks of traditional training teaching, the "Electrical and Electronic Technology" practice teaching reform measures and perspectives are proposed.
本文针对传统实训教学存在的弊端，提出了《电工与电子技术基础》实训教学改革的一些措施和观点。
There is important significance to improve the teaching of the practice of electronic and information engineering with the technology of DSP.
用DSP技术来改进电子信息工程实践教学具有十分重要的意义。
The blind area of automotive OBD systems is mainly influenced by the electronic connecting and wiring technology, quality of sensors, performance of actuators and grounding practice.
汽车OBD系统产生的盲区主要受电子连接及布线技术、汽车传感器质量和执行器性能、汽车接地技术等因素的影响。
The blind area of automotive OBD systems is mainly influenced by the electronic connecting and wiring technology, quality of sensors, performance of actuators and grounding practice.
汽车OBD系统产生的盲区主要受电子连接及布线技术、汽车传感器质量和执行器性能、汽车接地技术等因素的影响。
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