搜索资源列表
am
- AM调制及单边带调制 程序规范易懂,It will be helpful to you!-AM modulated single-sideband modulation procedures and norms understandable, It will be helpful to you!
AM
- am调制，利用通信仿真软件systemview模拟仿真常规双边带调幅
dsb-am
- 模拟信号BSK-AM调制的matlab代码
AM
- 使用matlab编写M文件实现am调制解调仿真
am
- 利用CCS2.0开发的AM调制解调,该程序已经经过TMS320C54X开发平台调试-Amplitude demodulation program developed by ccs2.0.The demodulation program have been tested by TMS32054x.
dsb
- 已知信号的m(t)dsb-am调制 -dsb-am
AM
- AM信号的调制解调DSP算法，包括原理和应用-AM
AM-DSB
- 用Multisim11进行的AM-DSB调制仿真-use Multisim11 to simulate AM—DSB modulation
AM-DSP-realized
- 在基于DSP的硬件平台上实现了软件无线电的AM调制解调-DSP-based hardware platform for software radio modem AM
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
- 本程序实现AM调制, 调用举例：am(2,20e3,100e3,100)(This program implements AM modulation, calling examples: AM (2, 20, e3, 100e3, 100))
AM
- 基于matlab平台的AM调制实现，利用simulation和脚本文件结合的方式(Matlab platform based on AM modulation implementation, using simulation and scr ipt file combination)
am demodulate
- labview调制器 Labview+USRP平台下实现am收发信号(labview am modulate,Labview+USRP platform to achieve am transceiver signal)
analog_AM_passband
- 具有带通的AM调制信号的仿真程序，可改自行改参数进行调整(analog amplitude modulation with passband x is source signal)
AM
- AM 调制 实现载波调制可以比较已调信号已原始信号的波形(AM modulation to achieve carrier modulation can be compared with the signal has been the original signal waveform)
AM
- 使用labview实现AM调制、解调，内含调制子vi，解调子vi，以及仿真vi(Using LabVIEW to achieve AM modulation and demodulation, containing modulation sub VI, tone VI, and simulation VI)
数字收音机
- matlab模拟音频信号的AM调制与解调(The matlab simulation of the audio signal AM modulation and demodulation)
WW_Animations_Report.txt
- AM调制是一个很好的东西，这个是啥我也不知道，大家不要下(AM modulationlalalalalalalalalallllllllllllllllllllllllllllllll)
实验一AM信号
- 通过Labview编写，经过USRP通道的AM的调制和解调。可以观察其时域频域波形(Written by Labview, modulated and reconciled by AM of USRP channel. The waveform in time domain and frequency domain can be observed.)
AM
- 用MATLAB产生一个频率为1Hz，功率为1的余弦信源，载波频率为10Hz，显示信号的波形及包络，求出调制信号的功率谱密度，以及相干解调后的信号波形(A cosine source with 1 Hz frequency and 1 power is generated by using MATLAB. The carrier frequency is 10 Hz. The waveform and envelope of the signal are displayed. The power