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modulate
- 本程序演示调幅波形及其频谱,在MATLAB6.5运行通过。-demonstration of the procedures AM waveform and spectrum in Matlab6.5 run through.
modulationproduce
- 产生正交的AM信号和FM信号,信号为复信号,含有I路和Q路,FM信号可设置调制指数变量,运行后可看到仿真时域及其频谱图-Generate quadrature AM signal and FM signal, the signal for the complex signal containing I and Q Road Road, FM signal modulation index variable can be set to run after seeing the time-doma
SystemView
- 文件名 例子说明 1-1.svu 信号的平方 1-2.svu 双边带调幅信号的频谱 3-1.svu 拉普拉斯系统 3-2.svu 三阶系统的根轨迹与波特图计算 4-1.svu AM调制解调 4-2.svu AM 超外差收音机模型 4-3.svu SSB移相法形成 5-1.svu 间接法调频 5-2.svu 阿姆斯特兰朗法调频 5-3.svu FM积分鉴频器的仿真 5-4.svu 声音通过FM传输 6-1.svu 用一阶锁相环实现的FM解调器 6
dsb-am
- 使用MATLAB对DSB-AM进行仿真:双边带幅度调制的过程以及对其中所包含的对信号的频谱分析都可以通过MATLAB中的M语句及相关函数来实现。假如信号m(t)=cos(m)以dsb-am方式调制载波c(t)=cos(20*pi*t),所的信号为y(t),并将采样频率定为 fs=100Hz,则可在MATLAB中设计程序对该幅度调制的结果进行仿真,绘制已调信号波形和频谱分析。-It is a example for DSB-AM based on MATLAB .
jietiao
- 抑制载波双边带调幅和解调的实现, Matlab代码编写实现. 采用Matlab或者其它软件工具实现对信号进行抑制载波双边带调幅(DSB-SC)和解调,并且绘制: (1)信号 及其频谱; (2)载波 ; (3)DSB-SC调制信号及其频谱; (4)DSB-SC调制信号的功率谱密度; (5)相干解调后的信号波形。 -Carrier suppression bilateral with the realization of amplitude modulation an
matlabxueqi
- 小学期的源程序 1.试编MATLAB程序。信号 sinc(10*t),-2<=t<=2 m(t)= 0,其它 用100hz的载波来产DSB信号并解调。完成下列工作: 画出已调信号; 求已调信号的频谱,并用图像表示。 画出解调信号; 求解调信号的频谱,并用图像表示。 2.信号 sinc2(100t),|t|≤t0 m(t)= 0, 其它 采用频率调制调制为1000HZ的载波。频偏常数为kf=50,t0=0.2
AM
- 基于labview的am调制解调器,能够包含了振幅调制与解调的全过程程序设计,能够在前面板上观察到振幅调制的已调波及频谱分析-am mod-demod based on the labview
AM-demodulation
- AM调制解调的M文件,实现简单的AM调制以及解调,可求频谱-AM demodulation M files, achieve simple AM modulation and demodulation, may ask the spectrum
AM
- AM调制信号的时域波形和频谱,参数可自己修改-AM modulated signal time-domain waveform and frequency spectrum
AMFa
- AM调制下的频谱比较 MATLAB程序适用-AM调制下的频谱比较 MATLAB程序
AM
- 画出m(t)的基带信号、DSB-AM和AM已调信号的时域波形和谱频谱-Draw m (t) of the baseband signal, DSB-AM and AM modulated signal waveform and spectrum spectrum
9.-AM
- 解决ammodel的matlab程序,对初学频谱感知的学生有一定学习意义-Solve ammodel matlab program for beginners spectrum sensing of students must learn the significance
AM-signal-modulation
- 基于LabVIEW的AM信号调制与解调,可以观测信号波形与频谱-An AM signal modulation and demodulation based on LabVIEW
AM-tiaozhi-jietiao
- 调制:将各种数字基带信号转换成适于信道传输的数字调制信号(已调信号或频带信号)。解调:在接收端将收到的数字频带信号还原成数字基带信号. 调制就是将基带信号的频谱搬移到信道通带中或者其中的某个频段上的过程,而解调是将信道中来的频带信号恢复为基带信号的反过程.-Modulation: converts various digital baseband signal to channel suitable for transmission of digital modulation signal (m
AM
- 将模拟调幅原理通过Matlab进行了仿真,并产生各阶段的频谱图。代码具有较详细的注释。-The simulation results are simulated by Matlab and the spectrum of each stage is generated. The code has a more detailed comment.
FM spectrum
- FM信号调制、频谱以及AM信号和FM信号的识别(FM signal modulation, spectrum and recognition of AM signals and FM signals)
AMshiyan3
- 基于MATLAB,am信号的调制-解调-滤波 分别加入小噪声信号和大噪声信号进行频谱分析(Based on MATLAB, the modulation demodulation filtering of AM signal is added to small signal and large noise signal for frequency spectrum analysis)
1
- 编写AM、DSB、SSB的调制程序,并画出时域波形和频谱图(Write the modulation program of AM, DSB and SSB, and draw the time domain waveform and spectrum diagram)
通信1602_201608030217_邓杰_实验一二
- 模拟调制已调信号的波形和频谱 AM已调信号相干解调过程仿真(Waveform and Spectrum of Analog Modulated Modulated Signal Simulation of coherent demodulation process for AM modulated signal)
通信原理第一次实验_通信4班_201608030412_王冰率
- 通过实验深入理解常见模拟调制样式AM、DSB、SSB、FM的调制原理及已调信号的波形和频谱; 2、掌握绘制通信信号的频谱图形的方法; 3、练习根据理论分析自行设计实验方法的能力。(Through experiments, we deeply understand the modulation principles of common analog modulation modes AM, DSB, SSB, FM and the waveform and spectrum of the mo