《电子技术A》课程介绍 课程代码：B080880508003 课程名称（中文）：电子技术A 课程名称（英文）：Electronic Technology A 开课单位：智能工程学院 学分：3.5 总学时：64 课程简介： 《电子技术A》课程是介绍电子技术的基本理论、分析方法和实际应用的专业基础学科，是机器人工程专业的一门专业技术基础课，在现代通信、智能交通、智能建筑等领域有着广泛的应用。在理论上，课程重在培养电子电路的读图分析能力和设计方法。在实践能力方面，课程旨在培养电子电路的实验方法和测试技能。通过电子技术基础课程的学习，学生不但可以掌握电子技术方面的基本理论、基本知识和基本技能，为后续课程的专业课学习创造条件，而且能够培养学生的综合应用能力、创新能力和电子电路计算分析、设计能力，使学生具备从实验中发现问题、分析问题及解决问题的能力，能为学生以后深入学习专业知识应用及参与创新性的研发工作打下坚实的基础。 电子技术结合模拟电子技术和数字电子技术课程的内容，具体内容包括半导体器件的特性、参数和模型，基本放大电路的组成及分析，集成运算放大电路的组成、特性及应用，数字电路基础，组合逻辑电路的设计与分析，时序逻辑电路的分析与设计，半导体存储器件分类、原理及扩展，可编程逻辑器件等，汇集电子技术经典理论及最新的电子技术。电子技术的应用遍及现代科学技术的诸多领域，尤其是计算机、通信、工业自动化控制、机电一体化等。 "Electronic Technology A" course is to introduce electronic technology basic theory, basic professional disciplinary analysis methods and practical applications, robot engineering professional basic courses in the field of modern communications, intelligent transportation, intelligent buildings have a wide range of application. In theory, the curriculum focuses on training in image analysis and design methods of electronic circuits. In practice ability, course aims to develop test methods and test the skills of electronic circuits. Through the study of electronic technology courses, students can not only master the basic theory of electronic technology, basic knowledge and basic skills, create conditions for the Specialty study follow-up courses, but also to cultivate students' comprehensive application ability, innovation and electronic circuit calculation and analysis , design capabilities, to equip students with problems found from the experiment, analyze problems and problem-solving skills, to learn for the future students in-depth application expertise and participation in innovative research and development work to lay a solid foundation. Electronic technology combined with simulations of electronic technology and digital electronic technology course, the specific content including features, parameters and models of semiconductor devices, the basic amplification components and circuit analysis, the composition of integrated operational amplifier circuits, properties and applications, digital circuit based on a combination of design and analysis of logic, analysis and design, the semiconductor memory device of sequential logic circuit classification, principles and expansion, programmable logic devices, etc., bringing together the classical theory of electronic technology and the latest electronic technology. Application of electronic technology throughout many areas of modern science and technology, especially the computer, communications, industrial automation, mechanical and electrical integration.