SIMOMRC

说明：  模糊pid控制，可以用于电机控制系统中，参考改进的pid控制(Fuzzy PID control, can be used in motor control system, reference to the improved PID control)

桥梁电子杂志，内容较为丰富，希望对大家有所帮助-Bridges E-zine, the content is more rich in hope to help everyone

本书从电子技术和通信系统的角度讲解gps接收机的设计开发原理，其内容集中在用户终端，即接收机的设计原理和软件实现上。全书分为两大部分，第一部分为理论篇，第二部分为实现篇。理论篇首先对导航的基本目的进行了阐述，并由一个浅显的二维导航系统对导航信号的特点进行了推导，随后阐述了gps信号格式，同时对于直接影响接收机性能的射频前端部分做了理论分析；实现篇主要对本书实现的软件gps接收机的系统实现和源代码进行了讲解，同时作为总结，将信号处理的结果和有意义的中间变量以图示的方式给出，可以使读者有一个感性的认识，同时提升学习兴趣。. 本书适合从事卫星导航接收机研发的技术人员和卫星通信接收机研究的研究人员，尤其是从事北斗系统研发的专业人员、cdma通信系统研发人员，以及通信电子类专业的高年级本科生和研究生阅读，既可作为教学培训的教材，也可作为相关专业工程技术人员的参考资料。(This book explains the design and development principle of the GPS receiver from the perspective of electronic technology and communication system. Its content focuses on the design principle and software implementation of the user terminal, that is, the receiver. The whole book is divided into two parts. The first part is the theoretical part and the second part is the realization part. Firstly, the basic purpose of navigation is expounded, and the characteristics of navigation signal are deduced by a simple two-dimensional navigation system. Then, the format of GPS signal is expounded. At the same time, the front-end part of radio frequency which directly affects the performance of the receiver is theoretically analyzed.)

左前门控制器 可以用 codewarrior 3.0 版本打开后，下载到目标板中运行希望会有帮助-Left front door with codewarrior 3.0 version of the controller can be opened, downloaded to the target board to run want to be helpful

《电路板级电磁兼容设计》网上很流行的一个文档，为摩托罗拉/飞思卡尔撰写，我收集了中英文两个版本，供对照着看。应该有独特的帮助()

说明：  NtripClient，实时动态码相位差分技术，高精度经纬度获取。C语言编写，测试功能(NtripClient,real-time dynamic code phase difference technology, high-precision longitude and latitude acquisition. C Language Writing, Testing Function)

回波信号模拟，北京航空航天大学的关于雷达的教材里拷的-Analog echo signals, Beijing University of Aeronautics and Astronautics on the radar copy materials in the

用C语言编写的通讯录管理系统源码 谢谢使用-Contacts with the C language source code management system Thank you, use the

ＦＰＧＡ数字钟的设计，用VHDL语言编程，max+plus仿真，可在实际电路中验证-FPGA design, VHDL programming, max plus simulation, in the actual circuit verification