搜索资源列表
labview
- 用LABVIWE产生2个信号,一个正弦信号和一个减少采样点的信号并进行比较,通过创建表格实现数据实时采集-Generates two signals, a sinusoidal signal and a reduction in the sampling points of the signal and compared to achieve real-time data acquisition, by creating a table with LABVIWE
labview-analysis
- 通过LABVIEW产生正弦信号和有噪声的信号,并进行分析比对-Sinusoidal signal and noisy signal, generated by LABVIEW analysis compared
Sine-signal-frequency-measurement
- 用labview实现正弦信号发生及其频率和相位测量 -Sine signal frequency and phase measurement using labview
afd1
- 检测正弦信号在过零点处是否能与输入的波形保持一致,实现锁相功能-detection zero crossing
FILTER_1
- 能对混叠在一起的两个正弦信号,进行FFT变换后,在频域进行分离,并求出每个正弦信号的频率- It can separate aliasing two sinusoidal signals
DPOAE
- 对混叠在一起的两个正弦进行采集后,对其频率之间的关系进行判断,然后根据其频率所满足的频率范围,再发出不同频率的正弦信号- Input and output functions of the Signal
Windows-AO
- 实现模拟信号输出,用labwindows实现正弦信号的输出。-Analog signal output, with labwindows achieve the output sinusoidal signal.
FILTER_1
- 能对混叠在一起的两个正弦信号,进行FFT变换后,在频域进行分离,并求出每个正弦信号的频率-After the energy of the two sinusoidal signals with the aliasing, the FFT transform in the frequency domain is separated and determined frequency of each sinusoidal signal
the-signal-power-spectrum
- 可以产生正弦信号和白噪声时域信号波形,以及混杂噪声的正弦波波形,信噪比可调-the sinusoidal signal can be generated when the white noise domain waveform, sinusoidal waveform, and the noise mixed SNR adjustable
saopin
- 产生正弦信号的扫频信号,频率可调,可作为激励信号-Sweep signal generated sinusoidal signal frequency is adjustable, can be used as the excitation signal
labview5
- 使用低通滤波器从含有噪声的信号中提取有用的正弦波 (见实验指导书 实验九 数字滤波器中的第一题) 目的:用数字滤波器从含有高频噪声的采样数据中提取正弦信号。 要求:①输入信号为一正弦波,并加入一个白噪声的干扰来模拟信号传输中的随机干扰信号(用以模拟含有噪声采样序列)。 (模拟含有噪声采样序列具体可用正弦波信号叠加高频噪声来实现,为了使滤波效果明显,本实验的高频噪声是用高频均匀分布白噪声(Uniform)通过Butterworth高通滤波器过滤生成的,高通滤波器的截止频率设为10
FFT-transform
- 在lebview环境下实现均匀白噪声正弦信号FFT变换-Uniform white noise sinusoidal signal FFT transform
Basic-Spectral-Measurement
- 用于测量信号频率,这里的输入信号是正弦信号。-Basic Spectral Measurement
Gauss-Mod-Sine-Generation
- 用LabView生产调制正弦信号的源代码。可当子程序调用-Gauss Mod Sine Generation
Low-pass-filter-design
- 虚拟低通滤波器设计:可以产生正弦信号和白噪声时域信号波形,以及混杂噪声的正弦波波形,信噪比可调。-Virtual low-pass filter design: sinusoidal signal can be generated and the time-domain white noise signal waveform, and hybrid noise sine wave signal to noise ratio is adjustable.
zhengxianxinhao
- 能够生成正弦信号并且做FFT分析,程序可以直接使用,没有密码-Can generate sinusoidal signals and do FFT
虚拟信号发生器
- 产生方波、正弦波、锯齿波信号,是一款比较好的函数发生器和信号发生器。(generate all kinds of wave graph)
动态正弦波
- 利用仿真信号产生动态的正弦波,方便不错。(Generate dynamic sine waves using simulated signals)
lab01
- 1、正弦信号发送器 2、射频信号接收和分析器(1, sine signal transmitter 2. Radio frequency signal receiving and analyzer)
正弦信号收发
- 使用usrp n210,利用Labview实现正弦信号收发,一方面可以利用labview实现实际信号在空中收发,另一方面可以检验设备正常运行。(Using USRP N210 and Labview to transmit and receive sinusoidal signals, on the one hand, it can use LabVIEW to transmit and receive actual signals in the air, on the other hand,