analog

【推荐】2019 Java 开发者跳槽指南.pdf(吐血整理) >>> 参考： https://ez.analog.com/wide-band-rf-transceivers/design-support-ad9371/f/q-a/79592/so-where-is-the-ad9370-quick-start-guide-pdf-which-mentioned-by-the-wiki-page we've just got one ADRV9371-W/PRBZ board and i'm now trying to run the demo in no-os mode,so i come to this wiki page: AD9371 No-OS Setup [Analog Devices Wiki] ; in the step " Transceiver Evaluation Software " i saw this: "By following the AD9370 Quick Start Guide.pdf , a C script can be created and generate the following files: headless.c, headless.h, myk.c, myk.h and myk_ad9528init.c." and i can

【推荐】2019 Java 开发者跳槽指南.pdf(吐血整理) >>> Xilinx Platform This guide provides some quick instructions on how to setup the AD9371 mykonos on: KCU105 ZC706 ZCU102 Required Software We're upgrade the Xilinx tools on every release. The supported version number can be found in our git repository . Open Xilinx Software Development Kit (XSDK) and provide the workspace location. Create a new Application Project: go to File → New → Application Project Create a new Hardware Platform: click New from the Target Hardware section Specify the already generated Hardware Platform Specification File (more details

模拟时钟 在TouchGFX版本4.12.3中引入。 介绍 该 Analog Clock 窗口小部件是一个小部件，它使一个经典模拟表的显示，而不是在 数字时钟 ，其显示时间与文本。 时钟使用背景图像作为时钟面。 时针，分针和秒针均使用图像，并围绕可配置的中心旋转。 本文介绍如何插入和更改模拟时钟小部件。 给出了有关如何与实时时钟集成的指示。 Analog Clock 位于TouchGFX Designer的其他类别中 重要属性 位置 设置 x ， y 和 visible 的性能 Analog Clock 。 出现 设置用于后台与该图像 rotation center 的 Analog Clock 。 时间 设置 initial time ＆是否 am/pm 在上使用 Analog Clock 。 时钟指针 添加，编辑或删除时钟指针。 设置要用于每个单独的时钟针 rotation position 的图像以及用于时钟针的图像的。 时针和分针还可以使动画产生横扫动作。 动画 设置移动时针时应使用的动画。 注意：如果时针启用了横扫运动，则时针将不使用动画。 用法 位置 的大小 Analog Clock 取决于在“外观”属性组中设置的背景图片的大小。 要设置位置，请设置坐标属性 x 并 y 确定将其放置在左上角的 Analog Clock 位置。 位置属性 出现

可以将文章内容翻译成中文,广告屏蔽插件可能会导致该功能失效(如失效，请关闭广告屏蔽插件后再试): 由 翻译 强力驱动 问题: I have an application that captures analog measurements several times a second - to give you an idea how it looks like - here is a sample frame (obviously the curve changes as the measurements chage): alt text http://img829.imageshack.us/img829/3692/curve.png I need this application to record these frames into an AVI or any other video file that would be playable on windows without a custom codec. I've thought of just creating a huge animated GIF file but rewind/pause capability is a must. FLV also will not do. Is there any codec

可以将文章内容翻译成中文,广告屏蔽插件可能会导致该功能失效(如失效，请关闭广告屏蔽插件后再试): 由 翻译 强力驱动 问题: Is there something that can render Lilypond content to an image, such as mathjax? Also, in my mind it would be nice to open a Stack Exchange forum about music. Such a thing would bring nice functionality to it, like LaTeX in http://math.stackexchange.com and so on. 回答1: Why Lilypond and what else is there? Musically educated people hate ABC notation , but apparently it is ideal for forums just as TeX for math fomulas (e.g. via MathJax). Lilypond is very advanced in its integration (TeX, HTML) and platform support (Windows, Linux,

可以将文章内容翻译成中文,广告屏蔽插件可能会导致该功能失效(如失效，请关闭广告屏蔽插件后再试): 问题: Under POSIX OS there is signal API that allows to send a signal to process to shut it down with kill and you can catch it with sigaction and do what you need; However, Win32 is not POSIX system, so: How can I handle shutdown events that may come, for example from "End Process" in "Task manager"? What is the standard API for sending shutdown signal to Win32 application? I'm not talking about GUI, I'm talking about TCP/IP server that should be nicely shutdown. that does not run like windows service. 回答1: You get a WM_QUIT message on your first

Description Binary Search Tree, abbreviated as BST, is a kind of binary tree maintains the following property: each node has a Key value, which can be used to compare with each other. For every node in the tree, every Key value in its left subtree is smaller than its own Key value. For every node in the tree, every Key value in its right subtree is equal to or larger than its own Key value. Now we need to analog a BST, we only require one kind of operation: inserting. First, we have an empty BST. Input is a sequence of numbers. We need to insert them one by one flowing the rules below: If the

文章目录 1.放大电路的组成原则 2.像电子工程师一样思考――对不同放大电路的改进 3. 设置静态工作点的意义何在 在本文开始之前，先解释一下什么是共射： 即输入输出回路共同经过了发射区，这样的电路就叫做共射电路 1.放大电路的组成原则 静态工作点合适：合适的直流电源，合适的电路参数 动态信号能够作用与晶体管的输入回路 对实用放大电路的要求：共地，直流电源的种类尽可能少，负载上无直流分量 下面，我们会通过电路图一一对这些原则进行剖析 2.像电子工程师一样思考――对不同放大电路的改进 我们先看第一个电路：直接耦合放大电路 看起来和我们上一篇博文中的第一个电路差不多，但是，它有什么问题吗？？ 直流电源有点多了，这里有两个，在实际运用中，直流电源能用一个的时候就不会用两个，这无形中会造成成本上的增加 直流电源和交流电源不共地，也就是它们接地端不是同一处。 R b R_{b} R b 会消耗本来就微弱的交流信号，一般我们输入的交流信号都是由传感器获取的外界微弱的信号，如果再经过 R b R_{b} R b 这么一折腾，那传入晶体管的交流信号就微乎其微了 我们来改进一下： 我们现在只是用了一个直流电源 V C C V_{CC} V C C ，至于交流信号所需要叠加的直流信号由 R b 2 R_{b2} R b 2 转化，那么这样我们就可以把交流信号源和直流电压源共地

来汉有一月，往日的高温由于最近几个台风沿海登陆影响，今天终于下雨了，凉爽了几个小时。 接着做题。 %% ------------------------------------------------------------------------ %% Output Info about this m - file fprintf ( '\n***********************************************************\n' ); fprintf ( ' <DSP using MATLAB> Problem 8.29 \n\n' ); banner (); %% ------------------------------------------------------------------------ Fp = 1500 ; % analog passband freq in Hz Fs = 2000 ; % analog stopband freq in Hz fs = 8000 ; % sampling rate in Hz % ------------------------------- % ω = Ω T = 2 π F / fs % Digital Filter Specifications : % ------------

写在前面：本博文主要是《模拟电子技术》第四章的开篇部分，主要介绍了两种模型：高通电路和低通电路，并且分别对他们的幅频特性和相频特性进行了详细的分析，最后归纳了信号作用在不同频段下的一些应用细节 文章目录 1.高通电路 2.低通电路 在本章里面，我们将要研究的，是频率f对电路放大倍数的影响 我们看f = 1 T = ω 2 Π \frac{1}{T} = \frac{ω}{2Π} T 1 ​ = 2 Π ω ​ , f越大，ω越大，C的容抗 1 j ω C \frac{1}{jωC} j ω C 1 ​ 就越大，进而影响电路的放大倍数 1.高通电路 所谓高通电路，就是输入信号的频率越高（C的容抗大，R的分压多），输出电压越接近输入电压 我们先来看看高通电路的模型： 电容C的容抗为： 1 j ω C \frac{1}{jωC} j ω C 1 ​ ，那么该电路的放大倍数 A u A_u A u ​ 可以表述成： A u = u 0 u i = R R + 1 j ω C = 1 1 + 1 j ω C R A_u = \frac{u_0}{u_i} = \frac{R}{R + \frac{1}{jωC}} = \frac{1}{1 + \frac{1}{jωCR}} A u ​ = u i ​ u 0 ​ ​ = R + j ω C 1 ​ R ​ = 1 + j ω C R 1 ​