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电动汽车无线充电谐振部分的仿真。。。。。(Simulation of resonant part of wireless charging for electric vehicle)

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此程序用于模拟，菲涅尔衍射光束和夫朗和费衍射光束的对比。(This procedure used to simulate, Fresnel and Fraunhofer diffraction beam-beam diffraction contrast.)

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Detailednetworkport，网络端口详解，对初学者有很大的帮助(Detailednetworkport, detailed port of great help for beginners)

说明：  多线程lock版生产者模式和消费者模式，爬虫(Multi-threaded lock version producer mode and consumer mode, crawler)

这个还是sap学习资料，提高sap使用水平-The sap or learning materials, improve the use of the level of sap

说明：   德州仪器(TI)宣布推出业界首款带硬件定位引擎的片上系统(SoC)解决方案 CC2431，以 满足低功耗 ZigBee/IEEE802.15.4 无线传感器网络应用的需求。这款来自 Chipcon 产品系列 的器件可满足多种应用要求，其中包括资产和设备跟踪、库存控制、病患监护、远程控制、 安全监控网络等应用，此外，TI领先的 ZigBee协议栈 Z-Stack 还提供有关支持。 CC2431 建立在业界首款针对低功耗 RF 应用的 SoC 解决方案 CC2430 的基础之上。上 述两款器件将业界领先的CC2420 RF收发器内核与增强型8051微控制器的出色性能完美结 合，具有高达 128kB 的闪存、8kB的 RAM 以及许多附加功能，而这一切仅采用一个 7 毫米 x7 毫米小型封装就实现了。 CC2431基于RSSI(Received Signal Strength Indicator)的定位引擎能根据接收信号强度与 已知 CC2430参考节点位置准确计算出有关节点位置，然后将位置信息发送给接收端，如电 脑、PDA、手机等。相比于集中型的定位系统，RSSI 功能降低了网络流量与通信延迟，在 典型应用中可实现 3 至5 米的精度。 (The CC2431 is a true System-On-Chip (SOC) for wireless sensor networking ZigBee™ / 802.15.4 solutions with location detection engine hardware onboard allowing location accuracy of around 3 meters or less. It enables ZigBee™ nodes to be built with very low total bill-of-material costs. The CC2431 combines the excellent performance of the leading CC2420 RF transceiver with an industry-standard enhanced 8051 MCU, 128 KB flash memory, 8 KB RAM and many other powerful features. Combined with the industry leading ZigBee™ protocol stack (Z-Stack™ ) from Figure 8 Wireless/Chipcon, the CC2431 provides the market’s most competitive ZigBee™ solution. The CC2431 is highly suited for systems where ultra low power consumption is required. This is achieved by various operating modes. Short transition times between these modes further ensure low power consumption. )

经典游戏BATTLE CITY的C++ BUILDER实现，没有采用DIRECT X技术，使得理解更为容易-classic games BATTLE CITY BUILDER C achieved, not used DIRECT X technology, making it easier to understand

锁相环模块：熟悉锁相环内部的内部结构，工作原理。(PLL module: familiar with the internal structure and working principle of PLL.)