Add to ORKGThe purpose of the lab is to examine the spectral content of an amplitude modulated carrier signal. The student will be able to determine the modulation index, sideband power, and carrier power of a sine wave modulated AM signal, and to identify the envelope of the modulated waveform on an oscilloscope. Pre-Lab Calculate the magnitude spectrum for the DSB-SC signal used in part 4) of the procedure. Be able to identify the positive envelope of the time waveform of a modulated signal. Calculate the magnitude spectrum you expect to see for AM signals in 10, 12, and 14
<p>Left panel: time waveform of a masker sample used in the FM SNR condition. Right panel: spectrogr...
Theoretically, the transformation from the time domain (TD) to the frequency domain (FD) does not in...
This work was supported in part by National Science Foundation Grant GP 6305X.Author Institution: He...
This tutorial is provided by National Instruments and includes information on amplitude modulation. ...
In this second laboratory experiment, you will see Amplitude Modulation (AM). Its simplest form is a...
Textbook chapter covering the following topics: *Modulators: Ring modulator, Amplitude modulator, Si...
<p>The percentage of a 2-stream percept depicted in relation to the modulation frequency of the B SA...
An analog method to modulate and demodulate signals is presented in this short paper. This paper dis...
This experiment includes the simulation and implementation of both FM modulator and demodulator. The...
In the previous paper, (Neelen, 1970), experiments were discussed on the audibility of amplitude mod...
This tutorial discusses analog-modulation techniques with the LabVIEW-based AnalogMod package, devel...
International Telemetering Conference Proceedings / October 29-November 02, 1990 / Riviera Hotel and...
MEng (Computer and Electronic Engineering), North-West University, Potchefstroom CampusAutomatic mod...
This paper presents a method for the accurate and traceable measurement of the analog modulation ind...
This paper describes recent experiments investigating temporal processing in the auditory system. Su...
<p>Left panel: time waveform of a masker sample used in the FM SNR condition. Right panel: spectrogr...
Theoretically, the transformation from the time domain (TD) to the frequency domain (FD) does not in...
This work was supported in part by National Science Foundation Grant GP 6305X.Author Institution: He...
This tutorial is provided by National Instruments and includes information on amplitude modulation. ...
In this second laboratory experiment, you will see Amplitude Modulation (AM). Its simplest form is a...
Textbook chapter covering the following topics: *Modulators: Ring modulator, Amplitude modulator, Si...
<p>The percentage of a 2-stream percept depicted in relation to the modulation frequency of the B SA...
An analog method to modulate and demodulate signals is presented in this short paper. This paper dis...
This experiment includes the simulation and implementation of both FM modulator and demodulator. The...
In the previous paper, (Neelen, 1970), experiments were discussed on the audibility of amplitude mod...
This tutorial discusses analog-modulation techniques with the LabVIEW-based AnalogMod package, devel...
International Telemetering Conference Proceedings / October 29-November 02, 1990 / Riviera Hotel and...
MEng (Computer and Electronic Engineering), North-West University, Potchefstroom CampusAutomatic mod...
This paper presents a method for the accurate and traceable measurement of the analog modulation ind...
This paper describes recent experiments investigating temporal processing in the auditory system. Su...
<p>Left panel: time waveform of a masker sample used in the FM SNR condition. Right panel: spectrogr...
Theoretically, the transformation from the time domain (TD) to the frequency domain (FD) does not in...
This work was supported in part by National Science Foundation Grant GP 6305X.Author Institution: He...