The dsp.SineWave System object generates a real or complex, multichannel sinusoidal signal with independent amplitude, frequency, and phase in each output channel.
Chirp | Signal From Workspace | Signal Generator (Simulink) | Sine Wave (Simulink) | Enabled Subsystem (Simulink) Functions sin Objects dsp.SineWaveMATLAB Command You clicked a link that corresponds to this MATLAB command: Run the command by entering it in the MATLAB Command Window. Web brows...
'Title','Variable-Frequency Sine Wave'); Place the audio oscillator in an audio stream loop. Increase the frequency of your sine wave in 50-Hz increments. counter = 0; while (counter < 1e4) counter = counter + 1; sineWave = osc(); scope(sineWave); if mod(counter,1000)==0 osc...
To generate C code, the entry point must be a function. You do not have to generate code for the entire MATLAB application. If you have specific portions that are computationally intensive, generate code from these portions in order to speed up your algorithm. The harness or the driver that...
click the following MATLAB script: highlightRemovedDeadBlocks.m ### To clear highlighting, click the following MATLAB script: clearHighlightingRemovedDeadBlocks.m ### MESSAGE: The design requires 55 times faster clock with respect to the base rate = 3.33333e-06. ### Begin VHDL Code Generation...
Generate two output signals (a 1 Hz sine wave and a 1 Hz ramp) and plot them. The plot depicts the data generated on both channels for a device that supports simultaneous sampling. Get n = dq.Rate; outputSignal1 = sin(linspace(0,2*pi,n)'); outputSignal2 = linspace(-1,1,n)'...
'Title','Variable-Frequency Sine Wave'); Place the audio oscillator in an audio stream loop. Increase the frequency of your sine wave in 50-Hz increments. Get counter = 0; while (counter < 1e4) counter = counter + 1; sineWave = osc(); scope(sineWave); if mod(counter,1000)==...
Here is the MATLAB code for this example: L = 1020; Sineobject = dsp.SineWave('SamplesPerFrame',L,...'PhaseOffset',10,'SampleRate',44100,'Frequency',1000); ft = dsp.FFT('FFTImplementation','FFTW'); ift = dsp.IFFT('FFTImplementation','FFTW','ConjugateSymmetricInput',true); rng(1...
This example shows how to generate a sine wave on a function generator using the National Instruments® NI-FGEN driver in simulation mode. Requirements To run this example, you must have the NI-FGEN instrument driver version 21.8 installed on your computer. ...
Configure the waveform to be a continuous sine wave and then configure various settings as shown. % Set the type of waveform to a sine wave. myFGen.Waveform = 'sine'; % Set the output mode to continuous. myFGen.Mode = 'continuous'; % Set the load impedance to 50 Ohms. m...