Proficient LabVIEW programming CD with the book, the original CD with the book

Opened with LabVIEW 8.2\第10章\例10-1\3位二进制普通编码器.vi
.......................\......\......0\1位全减器.vi
.......................\......\.......\3位二进制译码器.vi
.......................\......\......1\时钟.vi
.......................\......\.......\时钟脉冲仿真过程.vi
.......................\......\......2\RS触发器.vi
.......................\......\.......\RS触发器仿真过程.vi
.......................\......\.......\时钟.vi
.......................\......\......3\JK触发器.vi
.......................\......\.......\JK触发器仿真过程.vi
.......................\......\.......\时钟.vi
.......................\......\......4\D触发器.vi
.......................\......\.......\D触发器仿真过程.vi
.......................\......\.......\时钟.vi
.......................\......\......5\T触发器.vi
.......................\......\.......\T触发器仿真过程.vi
.......................\......\.......\时钟.vi
.......................\......\......6\4位寄存器.vi
.......................\......\.......\D触发器.vi
.......................\......\......7\4位移位寄存器仿真过程.vi
.......................\......\.......\D触发器.vi
.......................\......\.......\时钟.vi
.......................\......\......8\T触发器.vi
.......................\......\.......\同步二进制计数器仿真过程.vi
.......................\......\.......\时钟.vi
.......................\......\.....2\3位二进制优先编码器.vi
.......................\......\.....3\3位二进制译码器.vi
.......................\......\.....4\4选1数据选择器.vi
.......................\......\.....5\4选1数据选择器.vi
.......................\......\......\双4选1数据选择器.vi
.......................\......\.....6\4选1数据选择器.vi
.......................\......\......\8选1数据选择器.vi
.......................\......\.....7\1位全加器.vi
.......................\......\......\1位半加器.vi
.......................\......\.....8\1位全加器.vi
.......................\......\......\4位串行进位加法器.vi
.......................\......\.....9\4选1数据选择器.vi
.......................\......\......\8选1数据选择器.vi
.......................\......\......\双功能表决器.vi
.......................\...1章\例11-1\MIMO型传递函数模型.vi
.......................\......\......\RLC电路的传递函数模型.vi
.......................\......\......\电容（竖）.ctl
.......................\......\......\电感（横）.ctl
.......................\......\......\电阻（横）.ctl
.......................\......\......\符号化变量的传递函数模型.vi
.......................\......\......0\Nyquist图的绘制及判断系统稳定性.vi
.......................\......\......1\系统稳定裕量的计算.vi
.......................\......\......2\系统的可控性和可观性判定.vi
.......................\......\......3\系统的可控性和可观性阶梯型结构分解.vi
.......................\......\......4\系统的规范实现.vi
.......................\......\.....2\RLC电路的零极点增益模型.vi
.......................\......\.....3\RLC电路的状态空间模型.vi
.......................\......\.....4\各种形式模型之间的转化.vi
.......................\......\.....5\复杂模型的组合.vi
.......................\......\.....6\二阶连续系统的多种响应曲线.vi
.......................\......\.....7\附加零点对二阶连续系统阶跃响应曲线的影响.vi
.......................\......\.....8\连续系统与离散系统根轨迹图的绘制.vi
.......................\......\.....9\阻尼系数对二阶连续系统Bode图的影响.vi
.......................\...2章\例12-1\基本信号的生成.vi
.......................\......\......0\提取信号包络.vi
.......................\......\......1\利用小波变换检测回波.vi
.......................\......\.......\生成回波信号.vi
.......................\......\.....2\公式设定信号的生成.vi
.......................\......\.....3\直流分量与均方根值的测量.vi
.......................\......\.....4\周期信号时域特性的测量.vi
.......................\......\.....5\验证卷积结合律.vi
.......................\......\.....6\使用FFT分析信号幅度谱和相位谱.vi
.......................\......\.....7\实时幅度谱分析.vi
.......................\......\.....8\实时谐波分析仪.vi
.......................\......\.....9\带通滤波.vi
.......................\..2章\例2-1\循环结构中

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