cc1102 design example you can use it as a good reference

智能全数字锁相环的设计,基于FPGA实现。-Intelligent all-digital phase-locked loop design, FPGA-based implementation.

电子设计时所需的元器件AD7810的说明 -Electronic design of the components required for the AD7810 Description

本文介绍一种新型的步进电机驱动器，用于驱动三相反应式步进电机。

The Dynamic Assignment Problem，动态排班问题，使用到了各个智能算法-The Dynamic Assignment Problem, dynamic scheduling problems, use of the various intelligent algorithm

对复杂混合气体/气味的定性识别是电子鼻技术应用的重要方面。文章以对不同品牌的葡萄酒样本的定性 识别为例,尝试利用气体传感器温度动态响应信息并结合Kohonen算法,实现对复杂混合气体/气味的定性识别。 -Complex hybrid gas/odor of the qualitative identification of electronic nose is an important aspect of technology applications. Articles on different brands of wine samples, qualitative identification as an example, try to use the dynamic response of gas sensor temperature information in combination with Kohonen algorithm, the realization of complex hybrid gas/odor qualitative identification.

无线网络站点的设计，根据无线网络的传输规律，讨论了多种站点设计方案，最后找到最经济，最可靠的站点设计方法。-Wireless network site design, wireless network in accordance with the laws of the transmission to discuss a wide range of site design options, and finally to find the most economical and most reliable methods of site design.

基于蚂蚁算法的学校排课系统,是找到的一篇蚂蚁算法应用的论文-ant algorithm based on time-school system, is to find the ant algorithm is applied to a paper

基于DSP的真空断路器机械特性测试系统硬件设计,我朋友的毕业设计论文-DSP based on the mechanical properties of the vacuum circuit breaker test system hardware design, I designed a friend

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观察自然频率对振动模态的影响（固定阻尼系数），可对有强迫振动项 的情形进行观察，将阻尼系数和自然频率固定，选择一种 的形式，观察 对振动模态的影响。 2、对由方程刻画的单自由度阻尼系统做动画仿真，观察阻尼系数，固有频率以及强迫振动项 对弹簧振动的影响，并和振动曲线图进行对比，写出你的观察结论。 -1、To observe the natural frequency of the vibration mode of (fixed damping coefficient), may have forced vibration of items to observe the situation, the damping coefficient and natural frequency is fixed, choose a form of observation of the impact of vibration mode. 2, characterized by the equation of a single degree of freedom to do animated simulation of damping system to observe the damping coefficient, natural frequency and vibration forced vibration of the impact of spring items, and to compare and vibration curve, write your observations conclusions.