scyther-w32-v1.1

最近 LCC 谐振变换器备受关注，因为它优于常规串联谐振变换器和并联谐振变换器：在负载和输入变化较大时，频率变化仍很小，且全负载范围内切换可实现零电压转换（ZVS）。本文介绍了LLC型谐振变换器的分析方法，回顾了LLC型谐振变换器的实际设计要素。其中包括设计变压器和选择元器件。采用一设计实例，逐步说明设计流程，有助于工程师更加轻松地设计LLC谐振器。(Recently LCC resonant converter has attracted much attention, because it is better than that of the conventional series resonant converter and parallel resonant converter in the load and input change, frequency change is still very small, and the whole range of the load switch can realize zero voltage switching (ZVS). In this paper, the analysis method of LLC resonant converter is introduced, and the practical design elements of LLC resonant converter are reviewed. Including the design of transformers and components. A design example is used to explain the design process step by step, which is helpful for engineers to design LLC resonators more easily.)

属于数学建模课件。对初学者了解数学有一定的帮助。(Belongs to mathematical modeling courseware. For beginners, there is a certain understanding of math help.)

说明：  参考文献方面的资料，帮助其他人更好的怎样使用参考文献(Reference information, help others better how to use the reference)

密歇根大学Ajay Raghavan博士的博士论文《基于Guided-wave的结构健康监测》(Doctoral Dissertation of Ajay Raghavan, University of Michigan, "structural health monitoring based on Guided-wave")

纳米光学经典教材，介绍各类热点问题，简单易懂(priciples of nano-optics 2nd)

python机器学习算法，相关算法的python实现。(Python machine learning algorithm)

博通交换芯片资料，详细说明了交换芯片的工作原理及注意事项(this is a very useful pdf)

说明：  关于电子设计方面的一些知识，希望对大家有帮助(On some knowledge of electronics design, we want to help)

83_REALTEK8019as 芯片资料（中文）(83_REALTEK8019as chip data (Chinese))

C++库函数汇集+速查手册，挺全的,适合初学者.(C++ library functions collection+ Quick Reference.)