Thepredecessorvolumeofthisbookwaspublishedin1996.Intheyears since then, some things have changed and some have not. Two of the things that have not changed are the desire for better models and faster simulations. I performed the original simulations on my “hyperfast” 133-MHz computer! At the time, I thought if I could just getafastercomputer,allofourSPICEproblemswouldbehistory,right? TodayIamsimulatingonacomputerthathasa2.6-GHzprocessorwith 512 MB of RAM, and I would still say that simulations run too slow. The computer technology has evolved, but so have the models. In 1996 wewereperformingsimulationson100-kHzpowerconverters,whereas today I routinely see 1- and 2-MHz power converters.
标签： Switch-Mode Simulation Supply Power
上传时间： 2020-06-07
上传用户：shancjb
I can remember buying my first electronic calculator. I was teaching a graduate level statistics course and I had to have a calculator with a square root function. Back in the late 1960s, that was a pretty high-end requirement for a calculator. I managed to purchase one at the “educational discount price” of $149.95! Now, I look down at my desk at an ATmega2560 that is half the size for less than a quarter of the cost and think of all the possibilities built into that piece of hardware. I am amazed by what has happened to everything from toasters to car engines. Who-da-thunk-it 40 years ago?
上传时间： 2020-06-09
上传用户：shancjb
Building a robot and enabling it to sense its environment is a wonderful way to take your Arduino knowledge to the next level. In writing this book, I have brought together my love for invention and my experience with electronics, robotics and microcontrollers. I hope you have as much pleasure building and enhancing your robot as I did developing the techniques contained in this book.
标签： Arduino-Controlled Robot Make an
上传时间： 2020-06-09
上传用户：shancjb
My association with the theory of controls in continuous time started during my studies at the Indian Institute of Technology, Kharagpur, India, in 1974 as an undergraduate student in the Controls and Power program. The initial introduction by Professors Kesavamurthy, Y. P. Singh, and Rajagopalan laid the foundation for a good basic understanding of the subject matter. This pursuit and further advanced study in the field of digital controls continued during my days as a graduate student in the Electrical and Systems Engineering Department at the University of Connecticut in Storrs, from 1983 to 1988.
标签： Applications Digital Control
上传时间： 2020-06-10
上传用户：shancjb
I am presenting this novel book on advances and trends in power electronics and motor drives to the professional community with the expectation that it will be given the same wide and enthusiastic acceptance by practicing engineers, R&D professionals, univer- sity professors, and even graduate students that my other books in this area have. Unlike the traditional books available in the area of power electronics, this book has a unique presentation format that makes it convenient for group presentations that use Microsoft’s PowerPoint software. In fact, a disk is included that has a PowerPoint file on it that is ready for presentation with the core figures. Presentations can also be organized using just selected portions of the book
标签： Electronics Advances Drives Power Motor And
上传时间： 2020-06-10
上传用户：shancjb
This book addresses programmer attitudes, but it’s not some kind of psychology textbook. We’ll investigate many topics, including: Source code presentation Defensive coding techniques How to debug programs effectively Good teamworking skills Managing your source code Take a quick glance through the table of contents to see exactly what’s covered. What is the rationale behind my selection of topics? I’ve been mentor- ing trainee programmers for many years, and these are the topics that have come up time and time again. I’ve also worked in the software factory for long enough to have seen the recurring problems—I address these too. If you can conquer all of these programming demons, you’ll progress from an apprentice coder to a real code craftsman.
标签： excellent practice writing Craft Code code the of
上传时间： 2021-11-09
上传用户：danix800
It all started rather innocuously. I walked into Dr GT Murthy’s office one fine day, andchanged my life. “Doc” was then the General Manager, Central R&D, of a very largeelectrical company headquartered in Bombay. In his new state-of-the-art electronics center,he had hand-picked some of India’s best engineers (over a hundred already) ever assembledunder one roof. Luckily, he too was originally a Physicist, and that certainly helped me gainsome empathy. Nowadays he is in retirement, but I will always remember him as athoroughly fair, honest and facts-oriented person, who led by example. There were severalthings I absorbed from him that are very much part of my basic engineering persona today.You can certainly look upon this book as an extension of what Doc started many years agoin India … because that’s what it really is! I certainly wouldn’t be here today if I hadn’t metDoc. And in fact, several of the brash, high-flying managers I’ve met in recent years,desperately need some sort of crash course in technology and human values from Doc!
标签： 开关电源
上传时间： 2021-11-23
上传用户：
对于文件名为xx.ms11的文件，需要首先安装multisim11仿真软件才能使用；对于文件名为xx.ms11的8051单片机仿真电路文件（或者PIC弹片机仿真电路文件），不仅需要首先安装multisim11仿真软件，还需要有相关的工程文件（multisim11中默认存放在C:\Documents and Settings\Windows\My Documents\National Instruments\Circuit Design Suite 11.0\MCU Workspaces路径\...中），因此建议读者进行单片机仿真时，最好按照光盘中给出的仿真电路图，在multisim11重新绘制仿真电路，重新建立相关的工程文件，以保证仿真的顺利进行。当读者创建简易数字频率计的8051单片机仿真电路时，必须在MCU Wizard的第2步中将工程文件类型设置为“下载外部文件”类型（External hex file）；具体方法请读者参考与光盘配套的书籍的第8章和光盘的“简易数字频率计\软件流程\调试”文件路径中的“调试.txt”文件（其中的第0步）和光盘的“简易数字频率计\软件流程\调试”文件路径中"图1"文件。简易数字频率计由于采用了“下载外部文件”的工程类型，因此MCU Code Manager窗口中的设置较简单：只要按照光盘中“简易数字频率计\软件流程\调试”文件路径中的“图3”文件设置好后缀为.hex的外部文件在磁盘中的路径即可。
标签： 数字频率计
上传时间： 2022-05-05
上传用户：
visio CMOS元件库,包含以下内容1、EE - RAZAVI.vss2、mos_lib.vss3、My Component.vss4、NCHU-AIC_2004.vss出现兼容问题时打开 文件-选项-信任中心-信任中心设置-文件阻止设置将文件阻止设置里的勾全部去掉，再点确定即可
上传时间： 2022-05-12
上传用户：
针对四轴飞行器飞行性能不稳定和惯性测量单元(IMU)易受干扰、存在漂移等问题,利用惯性传感器MPU6050采集实时数据,以经典互补滤波为基础,提出一种可以自适应补偿系数的互补滤波算法,该算法在低通滤波环节加入PI控制器,依据陀螺仪测得的角速度实时调节PI控制器补偿系数。飞行器姿态控制系统采用双闭环PID控制方法,姿态解算的欧拉角作为系统外环,陀螺仪角速度作为系统内环。最后,搭建以NI my RIO为核心控制器的四轴飞行器,通过Lab VIEW实现算法和仿真,实验结果表明,自适应互补滤波算法可以准确解算姿态信息,双闭环PID控制超调量小、反应灵敏,控制系统基本满足飞行要求。
标签： mpu6050 互补滤波 四旋翼飞控系统 双闭环PID LabVIEW语言
上传时间： 2022-06-13
上传用户：bluedrops
