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Are you kind to tell me the odds or the means by which should I grab a clean signal with the $~50 \mathrm{Hz}$ carrier removed using just programming?

I managed to make a program in Visual-C that composes a sinusoid and overlaps it over a signal in a file. The file is recorded using a microphone. At recording time using a PC I get the frequency carrier of the AC electric-grid, with the phase with which it overlaps the signal. I see that the noise's frequency is not influenced and remains constant over time.

Are you kind to tell me the odds or the means by which should I grab a clean signal with the $~50 \mathrm{Hz}$ hum removed using just programming?

I managed to make a program in Visual-C that composes a sinusoid and overlaps it over a signal in a file. The file is recorded using a microphone. At recording time using a PC I get the frequency hum of the AC, with the phase with which it overlaps the signal. I see that the noise's frequency is not influenced and remains constant over time.

Are you kind to tell me the odds or the means by which should I grab a clean signal with the $~50 \mathrm{Hz}$ carrier removed using just programming?

I managed to make a program in Visual-C that composes a sinusoid and overlaps it over a signal in a file. The file is recorded using a microphone. At recording time using a PC I get the frequency carrier of the AC electric-grid, with the phase with which it overlaps the signal. I see that the noise's frequency does not get influenced and remains constant over time.

Are you kind to tell me the odds or the means by which should I grab a clean signal with the $~50 \mathrm{Hz}$ carrier removed using just programming?

I managed to make a program in Visual-C that composes a sinusoid and overlaps it over a signal in a file. The file is recorded using a microphone. At recording time using a PC I get the frequency carrier of the AC electric-grid, with the phase with which it overlaps the signal. I see that the noise's frequency is not influenced and remains constant over time.

Are you kind to tell me the odds or the means by which should I grab a clean signal with the $~50 \mathrm{Hz}$ carrier removed using just programming?

I managed to make a program in Visual-C that composes a sinusoid and overlaps it over a signal in a file. The file is recorded using a microphone. At recording time using a PC I get the frequency carrier of the AC electric-grid, with the phase with which it overlaps the signal. I see that the noise's frequency gets influenced and does not remain constant in time.

Are you kind to tell me the odds or the means by which should I grab a clean signal with the $~50 \mathrm{Hz}$ carrier removed using just programming?

I managed to make a program in Visual-C that composes a sinusoid and overlaps it over a signal in a file. The file is recorded using a microphone. At recording time using a PC I get the frequency carrier of the AC electric-grid, with the phase with which it overlaps the signal. I see that the noise's frequency does not get influenced and remains constant over time.