搜索资源列表
xb
- 题目1:DSB调制与解调电路的MATLAB实现及调制性能分析 题目2:SSB调制与解调电路的MATLAB实现及调制性能分析 题目3:AM调制与解调电路的MATLAB实现及调制性能分析 题目4:FM调制与解调电路的MATLAB实现及调制性能分析 题目5:PM调制与解调电路的MATLAB实现及调制性能分析
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- 题目1:DSB调制与解调电路的MATLAB实现及调制性能分析 题目2:SSB调制与解调电路的MATLAB实现及调制性能分析 题目3:AM调制与解调电路的MATLAB实现及调制性能分析
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- 题目1:DSB调制与解调电路的MATLAB实现及调制性能分析 题目2:SSB解调电路的MATLAB实现及调制性能分析
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- 题目1:DSB调制与解调电路的MATLAB实现及调 制性能分析 题目2:SSB调制与解调电路的MATLAB实现及制与解调电路的MATLAB实现及调制性能分析
simulink_labs
- This project allows you to learn communication systems in greater depth. It contains the Simulink files (*.mdl) which are block design files of various communication systems such as AM, DSB-SC, FM, PLL, Data Acquisition, Digital Data Transmission, PC
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
DSB
- 实现在c51020单片机上100k的正弦波对10k正弦波的调制-SCM 100k achieve c51020 sine wave sine wave modulation of the 10k
DSB
- 在八元阵列中,对麦克风阵列采集到一个声源的语音信号进行延迟相加,从而得到语音增强后的信号-In eight dollars array of microphone arrays to capture the voice of a sound source signal delay are added to obtain the enhanced speech signal
MWS
- Mini Web Server, untuk dikembangkan dengan menambahkan PHP dsb.
DSB
- 双边带的调制,可以改变调制信号频率,观测已经调制波形-Double sideband modulation, the modulation signal frequency can be changed, the observation has been modulated waveform
tiaozhiyujietiao
- 版本:Labview 8.2 。实现了AM、DSB、SSB三种幅度调制和解调的功能。-Version: Labview 8.2. AM, DSB, SSB three amplitude modulation and demodulation functions.
AM
- AM、DSB调制模拟仿真程序,基于MATLAB的模拟调制的仿真设计-AM modulation simulation
2015.12.17
- 通信原理类的各种示例程序,AM FM PM 2FSK 2PSK 2DPSK SSB DSB PCM等,包含登录和注册程序-examples for communications, including AM AM FM PM 2FSK 2PSK 2DPSK SSB DSB PCM and register and log on programs
DSB
- 基于labview的双边带信号的调制,简单易懂。-Based on the labview of the double sideband signal modulation, easy to understand.
am-dsb
- 使用Labview编程实现AM和DSB-SC 的模拟仿真,并能够观察功率谱信号(Using Labview programming to achieve the simulation of AM and DSB-SC, and can observe the power spectrum signal)