In this AM-FM Modulator app, you can create and visualize wave signals by adjusting parameters like amplitude, frequency, and phase for modulating and carrier signals. Users can generate and view graphs of modulating, carrier, and modulated waves with customizable settings. Includes options for setting signal values, plotting multiple waveforms, and adjusting time intervals.
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AppRecs rating 3.5. Trustworthiness 0 out of 100. Review manipulation risk 0 out of 100. Based on a review sample analyzed.
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3.5
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5 star
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4 star
5%
3 star
9%
2 star
0%
1 star
32%
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About AM-FM Modulator
AM-FM Modulator is a wave modulator and graph sketcher. There is a model signal whic can called either data or modulating signal and also the carrier signal. You can set the values of signal like Amplitude, Frequency, Phase and the interval of time that graph will show.
Application make samples of points in two dimentional space and plot the graph. Samples depends the time interval that you set. Each time unit has one hundred sample point for the graph. After data prepared user can see four different graph: Modulating Wave Graph, Carrier Wave Graph, Modulated Wave Graph and a Multi Waves Graph that shows Modulating and Modulated Waves.
Here Some Wiki info:
Amplitude modulation (AM) is a modulation technique used in electronic communication, most commonly for transmitting information via a radio carrier wave. In amplitude modulation, the amplitude (signal strength) of the carrier wave is varied in proportion to the waveform being transmitted.
Formulas:
c(t) = A . sin( 2.π.fc.t)
m(t) = M . cos( 2.π.fm.t + φ)
y(t) = [1 + m(t)] . c(t)
Angle modulation is a class of analog modulation. These techniques are based on altering the angle (or phase) of a carrier signal to transmit data. This as opposed to varying the amplitude of the carrier, such as in amplitude modulation transmission.
Formulas:
s(t) = A . cos( 2.π.fc.t + φ(t) )
PM: φ(t) = np . m(t), where np is parameter called phase modulation index.
FM: φ'(t) = nf . m(t), where nf is the frequency modulation index and φ’(t).
For Developers: This project shared on GitHub: https://github.com/Crx4/AM-FM-Modulator
Attention: Trying big decimal numbers to plot the graph may cause crash, please try only acceptable values by a mobile phone. By installing the app you will take all the responsibility.
Application make samples of points in two dimentional space and plot the graph. Samples depends the time interval that you set. Each time unit has one hundred sample point for the graph. After data prepared user can see four different graph: Modulating Wave Graph, Carrier Wave Graph, Modulated Wave Graph and a Multi Waves Graph that shows Modulating and Modulated Waves.
Here Some Wiki info:
Amplitude modulation (AM) is a modulation technique used in electronic communication, most commonly for transmitting information via a radio carrier wave. In amplitude modulation, the amplitude (signal strength) of the carrier wave is varied in proportion to the waveform being transmitted.
Formulas:
c(t) = A . sin( 2.π.fc.t)
m(t) = M . cos( 2.π.fm.t + φ)
y(t) = [1 + m(t)] . c(t)
Angle modulation is a class of analog modulation. These techniques are based on altering the angle (or phase) of a carrier signal to transmit data. This as opposed to varying the amplitude of the carrier, such as in amplitude modulation transmission.
Formulas:
s(t) = A . cos( 2.π.fc.t + φ(t) )
PM: φ(t) = np . m(t), where np is parameter called phase modulation index.
FM: φ'(t) = nf . m(t), where nf is the frequency modulation index and φ’(t).
For Developers: This project shared on GitHub: https://github.com/Crx4/AM-FM-Modulator
Attention: Trying big decimal numbers to plot the graph may cause crash, please try only acceptable values by a mobile phone. By installing the app you will take all the responsibility.
