摘要
电力电子学变换电路拓扑多。电路原理、性能特性和波形等的分析复杂,应用范围广,学生们在学习过程中会觉得知识抽象,难学难懂。实验和实训环节是对理论知识的补充和巩固,有利于帮助学生消化抽象、难懂的知识并提高综合应用电力电子知识的能力。但目前各大高职学校对电力电子技术的考核只注重于理论层面。实训环节的考核没有一套完整的考核机制和方法,本文将从电力电子实训考核的重要性、内容、方法、具体实施过程等几个方面详细进行阐述。
Power electronics converter circuit topology. Circuit principle, performance characteristics and waveform analysis of complex,wide range of applications, the students in the learning process will feel the knowledge abstract, difficult to understand. The experiment and training link is to supplement and strengthen the theoretical knowledge, which is helpful to help students digest abstract and difficult knowledge and improve the ability of comprehensive application of power electronic knowledge. But at present, the evaluation of power electronic technology in Colleges and universities is focused on the theoretical level. There is no complete set of evaluation mechanism and method in the training process, this paper will be described in detail from the aspects of the importance, content, method and specific implementation process of power electronic training assessment.
出处
《自动化与仪器仪表》
2016年第8期165-165,168,共2页
Automation & Instrumentation
关键词
电力电子
实训考核
电气仿真
power electronics
training assessment
electrical simulation
