Book Description Learn how to harness the power of delta-sigma data converters Understanding Delta-Sigma Data Converters brings readers a clear understanding of the principles of delta-sigma (ΔΣ) converter operation—analog to digital and digital to analog. It introduces the best computer-aided analysis and design techniques available. With an understanding of the great versatility of the ΔΣ converter, readers can apply their new knowledge to a wide variety of applications, including digital telephony, digital audio, wireless and wired communications, medical electronics, and industrial and scientific instrumentation. The authors make the material accessible to all design engineers by focusing on developing an understanding of the physical operation rather than getting mired in complex mathematical treatments and derivations. Written for entry-level readers, the publication has a natural flow that begins with basic concepts, enabling the readers to develop a solid foundation for the book's more complex material. The text, therefore, starts with a general introduction to the ΔΣ converter, including a brief historical overview to place it in context. Next, the publication introduces the first-order ΔΣ modulator, covering oversampling, noise-shaping, decimation filtering and other key concepts. Then, using the first-order modulator as a foundation, second and higher-order modulators are presented and analyzed. Finally, the authors delve into implementation considerations and present several design examples using the Delta-Sigma Toolbox. Everything needed to facilitate quick comprehension and help readers apply their newly learned principles is provided: Simplified methods to understand complicated concepts such as spectral estimation and switched noise References that lead to in-depth analysis of specialized topics Figures and charts that illustrate complex design issues Conclusion section at the end of each chapter that highlights the key points Reference manual for the Delta-Sigma Toolbox, along with numerous practical examples that illustrate the use of the Toolbox This is essential reading for all design engineers who want to learn and fully harness the powerful capabilities of ΔΣ data converters. Upper-level undergraduates and graduate students will find the book's logical organization and clear style, coupled with numerous practical examples, a great entry into the field.

用于动态生成动态系统ID轨迹的SIDE-GAN-Pytorch代码。 这是在IEEE iROS2020中发表的论文“用于动态系统识别的信息轨迹的专业生成”的随附代码。 它能够快速生成多个循环动态系统识别轨迹，如下所示： 该体系结构属于生成对抗网络（GAN）的类别，可以归纳如下： 如果您想要简短的视频说明，请访问此链接： : 信用： 如果您打算将其中任何一种用于出版物，请引用 “动力学系统识别的信息轨迹的专家生成”，M。Jegorova，J。Smith，M。Mistry和T. Hospedales，2020年IEEE / RSJ智能机器人和系统国际会议（IROS）。 机器人，模拟器，训练数据和其他特定于代码的详细信息： 运行此代码的先决条件如下： python >=3.5.3 pytorch >= 1.3.0 numpy >= 1.13.3

用VB编写modbus的一个通讯程序代码，带十六进制浮点转换

IEEE 39节点系统是一个在电力系统领域较为有名的区域性输电系统网络，在某些文献中又被称为新英格兰39节点系统(New England 39 Bus System, NE39BS)，该基准网络配置于美国新英格兰地区，由39个母线组成，其中包括10个发电机母线和19个负荷母线，广泛应用于小信号稳定性研究、动态稳定分析、电能质量分析与控制等领域。2015年，加拿大学者A. Moeini,、I. Kamwa、P. Brunelle、G. Sybille通过公开数据搭建了基于MATLAB/Simulink仿真实验平台的开源模型，极大便利了相关领域研究人员的仿真分析工作。

33节点系统重构程序实现_33节点重构_33节点配电网重构_配电网IEEE—33_配电网_33节点_源码.zip

虽然 ieee std 829-2008 已经出来了，但是暂时还下载不了，这个 ieee std 829-1998 是目前能下载的最全面的文档。

IEEE文章投稿模板，作者投稿使用。内容丰富，给想写论文的小伙伴提供便捷。模板包含word格式和latex格式两种，投稿作者按照自己的需要去选取。

JTAG标准JTAG Specification

IEEE论文的word格式

IEEE 802.16e 协议（英文）,Part 16: Air Interface for Fixed and Mobile Broadband Wireless Access Systems Amendment for Physical and Medium Access Control Layers for Combined Fixed and Mobile Operation in Licensed Bands