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- ...na.net/profile/Aldus Aldo],Walter [http://raspibo.ofpcina.net/profile/wave wave], [http://raspibo.ofpcina.net/profile/jempo Luca], [http://raspibo.ofpcina.2 KB (251 parole) - 18:20, 1 mar 2017
- * S10000 -> Sin wave ~100 hz * T100000 triangular wave 1000hz6 KB (1 146 parole) - 17:43, 15 mar 2022
- generates a square wave, a coninuous sequence of 0 and 1 one following the wave. In fact, due to the current flowing through the capacitor the rising edge9 KB (1 548 parole) - 11:25, 19 mag 2014
- With the configuration of the picture, this is the output of a sinusoidal wave:2 KB (284 parole) - 11:44, 18 mar 2019
- Walter [http://raspibo.ofpcina.net/profile/wave wave], [http://raspibo.ofpcina.net/profile/GioCupo Giovanni]}}4 KB (558 parole) - 16:28, 28 ott 2023
- ...ofile/Desmolupo Desmolupo],Walter [http://raspibo.ofpcina.net/profile/wave wave]}}3 KB (477 parole) - 19:43, 17 mag 2021
- In fact, the program uses the harmonics generated by the square wave of a frequency programmable clock signal. one fourth of the wave length.14 KB (2 093 parole) - 10:04, 6 mag 2021
- * chord2.py (python3 source, it needs the wave package). This program generated sound files of the chord you want to test.5 KB (783 parole) - 14:33, 11 mag 2014
- ...ofile/Desmolupo Desmolupo],Walter [http://raspibo.ofpcina.net/profile/wave wave],7 KB (995 parole) - 14:04, 4 apr 2014
- .../DasNetz DasNetz], Davide, Walter [http://raspibo.ofpcina.net/profile/wave wave], Aldo [http://raspibo.ofpcina.net/profile/aldus Aldus]}}9 KB (1 331 parole) - 22:16, 8 dic 2016