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shujulianluchuanshu
- 主要实现的是能够在同一个显示屏里面能至多接收六路相同或者不同的数据。当数据不正常的时候,能进行报警;能够对数据有一定的分析能力!当信号接收到以后,我们在信号静止的情况下能对信号的周期和幅度进行分析-main achievement is to be able to display the same one which can receive up to six different routes or different data. When the data are not normal tim
dyy
- 简易数控直流电源 摘要:本实验设计了一个以单片机89C51为基本控制核心的简易数控直流电源。.该设计包括直流电源输入及输出两部分,可完成0~15V之间各不同幅值的电压的输出,能够预置数,能够自动扫描输出电压并直接显示到LED数码显示管上,并可扩展输出三角波等波型。其中电压输出部分,既可手动的每按”+””-”键一下进行每0.1V大小的上下调整,也可长按”+””-”键使其自动的递增或者递减,直到需要的数值。预置数时用切换键切换预置个位或小数位,按”+””-”键进行微调。单片机编程部分是基于WAV
PTbox
- Prony算法工具箱。Prony方法是用一组指数项的线性组合来拟和等间距采样数据的方法,可以从中分析出信号的幅值、相位、阻尼因子、频率等信息。considerations including data preprocessing, model order selection, model order selection criteria, signal subspace selection, signal and noise separation, root inspection and ass
Fourier
- 编写一个程序计算并显示一幅二维图象的Fourier变换(幅度和相位谱)及其逆变换,要求用FFT实现-procedures for the preparation of a calculation and display a two-dimensional image of the Fourier transform (amplitude and phase spectrum) and its inverse transform, called for using the FFT
oscillator
- 音效卡频谱分析,示波器,带有很多的使用功能,能实时捕捉和显示震幅很小的波形-Sound card spectrum analyzer, oscilloscope, with the use of many functions in real-time capture and display a small amplitude waveform
xinhaofashengqi.rar
- 采用DDS专用芯片AD9851产生正弦波、方波、三角波等波形,经可编程放大器放大后输出,输入在单片机的控制下,经D/A转换后控制AD9851产生波形的类型,波形的幅值、类型、频率和步进值在单片机的控制下由液晶显示。,Dedicated DDS chip AD9851 produced using sine, square, triangle and other waveform amplified by the programmable amplifier output, input under
FIRFilter.rar
- 用Visual c++写的有限长单位脉冲响应滤波器,能够动态显示波形。可以动态改变有用信号和干扰信号的幅值和频率。,Using Visual c++ to write the finite impulse response filter unit, able to dynamically display the waveform. Can dynamically change the useful signal and interference signal amplitude and freq
shiboqi
- 模拟了现实中的示波器,可以滚动显示波形,动态显示,属性振幅都可以改变 实用性 比较好 -Simulated reality oscilloscope, you can scroll waveform display, dynamic display, amplitude attribute can be changed relatively good practicality
matlab
- 产生右图所示亮块图像 f1(x,y)(128×128大小,暗处=0,亮处=255),对其进行FFT,同屏显示原图f1和FFT(f1)的幅度谱图,若令f2(x,y)=(-1)x+y f1(x,y),重复以上过程。以及旋转45度后进行变换-Generating shown bright block image F1 (x, y) (128128 size dark = 0, light at = 255), the FFT, the same screen display Original f1 a
oscillator
- 音效卡频谱分析,示波器,带有很多的使用功能,能实时捕捉和显示震幅很小的波形-Sound card spectrum analyzer, oscilloscope, with the use of many functions in real-time capture and display a small amplitude waveform
multiwavegenerater
- 用C51单片机设计多波形发生器,可以产生5中波形,并测量波形频率,幅度等功能,并用led显示波形切换-C51 single-chip design with many waveform generator, can produce 5 waveforms, and measure the waveform frequency, amplitude and other functions, and waveform switching led display
Zfenxi
- 离散系统Z域分析 实验步骤: 主界面下进入实验六的“离散系统Z域分析”,输入分子多项式的系数向量 按照 z 降幂的顺序输入,如:,输入为。 输入分母多项式的系数向量,按照 z 降幂的顺序输入。 鼠标单击确定按钮,显示系统函数的幅频特性曲线,相频特性曲线。-Z-domain analysis of discrete-time systems experimental steps: the main interface into the six experiments th
wave
- 能够实现基本波形(正弦,方波等)的显示功能,有频率和幅度变量的控制。-To achieve the basic waveforms (sine, square, etc.) display, a variable frequency and amplitude control.
VirtualWAVE
- 用VC++实现的虚拟示波器 1 单击“示波”按钮,可以显示一条动态的正弦曲线,及信号的幅值和频率 2 单击“调幅”旋钮,该旋钮发生旋转,正弦曲线的幅值和相关的幅度坐标系也发生变化 3 单击“调频”旋钮,该旋钮发生旋转,正弦曲线的频率发生相应变化 -Using VC++ to achieve a virtual oscilloscope click " Oscillographic" button, you can display a dynamic sinus
Virtual_Oscilloscope
- 采用MFC实现的虚拟示波器界面,类似于常见的数字示波器显示面板; 可显示方波、正弦波及三角波三种波形不同参数的信号波形 对于方波可设置方波周期、占空比、幅度等参数; 对于正弦波可设置频率、幅度、相位参数; 对于三角波可设置周期、幅度参数; 三种波形可以同时存在,且所有波形均会随时间动态移动-MFC using the achievement of the virtual oscilloscope interface, similar to common digital osc
amplitude-measuring
- 通过AD采样测量幅值,并通过平均运算后输出到数码管显示-Measured by sampling the amplitude of AD, and after the operation by the average output to digital display
PCF8591-1602-LCD-display-the-voltage
- 51单片机,AD/DC芯片采用pcf8591 对输入波形的幅值用1602显示,电压已校准。-51 microcontroller, AD/DC chip voltage calibrated pcf8591 of the amplitude of the input waveform display in 1602.
cosFFT
- 基2FFT算法,不使用FFT函数,包括信号显示、幅值谱、相位谱-Base 2FFT algorithm does not use FFT functions, including signal display, amplitude spectrum and phase spectrum ......
Display
- 微波实习,从所给DAT文件计算出振幅图并显示,同时也可以显示一般img、bmp、Geotiff等格式图像,完成斜距到地距的转换,以及一般的滤波处理等-Microwave practice, DAT files a given amplitude is calculated and is shown, but can also show general img, bmp, Geotiff format images, the slant range to ground range convers
基于stm32f4的示波器源码
- 一个不错的stm32f4示波器源码,可以用3路adc测波形并且把波形显示到屏幕上而且还可以显示幅度(A good stm32f4 oscilloscope source code, you can use 3 ADC waveform measurement, and the waveform displayed on the screen, but also can display amplitude)