论文部分内容阅读
短短几十年里,计算机的发展异常迅速,从简单的计算能力到现在繁杂的功能,其个体也在迅速的变小,从台式机到现在的笔记本,越来越携带方便,相至而来的,微电子这新兴行业也高速发展,越来越讲究它的性能实用,微电子技术的体积小,还有非常快速的计算能力,应用在了许许多多的行业。例如,数字计算机、数字通信、数字集成、自动控制等因此,“数字电路”作为一门重要的基础课在理工科中起到重要的作用。通过利用Multisim仿真软件和Proteus仿真软件,将课堂理论教学的实例与仿真技术相结合,能够直观、形象的将讲授的理论教学知识展现给学生,在增强了学生的学习兴趣和应用能力的同时,使学生的动手能力、创新能力和可持续发展的能力的提高。
In just a few decades, the development of computers has been extremely rapid. From simple computing power to the complicated functions nowadays, their individuals have also rapidly become smaller. From desktops to current notebooks, they are more and more portable and convenient Come, microelectronics this emerging industry is also rapid development, more and more pay attention to its performance and practical, micro-electronic technology, small size, there is a very fast computing power, used in many industries. For example, digital computers, digital communications, digital integration, automatic control, etc. Therefore, “digital circuit” as an important basic course plays an important role in science and engineering. Through the use of Multisim simulation software and Proteus simulation software, combining the examples of classroom theory teaching and simulation technology, the theoretical and teaching teaching of lectures can be presented visually and vividly to students. While enhancing students’ interest in learning and application, So that students ability, innovation and sustainable development ability to improve.