模极大值

WP7摇晃PiggyBank源码 (Visual C#)(WP7 shake PiggyBank source (Visual C#))

说明：  This article introduces two new configurations for precision current sources and current mirrors. Both circuits use n-p-n bipolar devices, but one provides a current source while the other provides a current sink. This permits the use of current sources in IC designs implemented with processes that do not allow p-n-p devices. Analog building blocks such as voltage-to-current converters, active loads, and sink and source current mirrors can be constructed from the new circuits using only n-p-n devices. Furthermore, because these circuits achieve the required precision without the use of high-gain amplifiers, the bandwidths of the circuits are large compared to conventional configurations. The source currents are dependent on a single reference voltage and exhibit good temperature sensivitity

JSP+Ajax省市县Select级联菜单，无刷新调用城市数据并显示。

PlanetCNC软件和控制器使用手册非常实用 使用TNG软件获取并激活PlanetCNC控制器的许可证 在Windows 8上禁用驱动程序签名 用输出板控制主轴 如何在PlanetCNC TNG软件中设置归位程序 如何在PlanetCNC TNG软件中设置运动限制 如何在PlanetCNC TNG软件中设置电机极限 如何使用PlanetCNC软件和控制器设置数控机床？ 如何加工你的第一个工件 如何从Gerber和NC Drill文件铣削和钻削PCB？ 如何使用转换和翘曲铣削和钻双面PCB(PlanetCNC software and controller use Handbook is very practical Using TNG software to obtain and activate a license for the PlanetCNC controller Disable driver signature on Windows 8 Control the spindle with an output plate How to set up the homing program in PlanetCNC TNG software How to set motion restrictions in PlanetCNC TNG software How to set up the motor limit in PlanetCNC TNG software How to use PlanetCNC software and controller to set up CNC machine tools? How to process your first work piece How to milling and drilling PCB from Gerber and NC Drill files? How to use conversion and warp milling and drilling double-sided PCB)

matlab仿真小波变换实现语音增强源码(Matlab wavelet transform to achieve speech enhancement source code)

说明：  本地直接播放! 可控制 快进全屏功能都有(Local direct play! Controllable fast-forward full-screen features are available)

光伏蓄电池的仿真模型，有点问题，但是能用在微电网中(PV battery simulation model, a little problem, but can be used in microgrid)

基于迪杰斯特拉算法的最短路径规划，基于python平台实现(Shortest path planning based on Dijkstra algorithm and implemented on Python platform)

说明：  S参数反演，利用同轴博导法测出的S参数，用NWR方法反演出等效介电参数。(S parameter inversion)

基于哈日日食的角点检测程序，使用ZNCC进行匹配-yet the solar eclipse on the corner detection, the use of matching ZNCC