Signal Generator for Windows 10
Signal Generator for Windows 10
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Publisher's Description
From Kobold01:
Hse Audio Signal Generator and Analyzer for Win 8.1 (for WIN10 UWP see App HSE Signal Generator And Analyzer) - generates single frequencies up to 24 kHz - sine, square, triangle, ramp, sawtooth, Dirac peaks - 0.1 Hz steps - duty-cycle for triangle and square - 44.1 kHz or 48 kHz - frequency sweeps - multi frequency synthesizer with function plotter - dual channel operation - white noise, pink noise, brown noise, 1/3oct noise - background sound under screenlock - real time FFT spectrum analyzer with peak detection - 16 bit - volume, pitch and panning control - fulfills Nyquist-Shannon sampling theorem - in trial version up to 1 kHz - fast signal calculation - detailed user manual Usage: tune musical instruments - detect musical notes - check low frequency room modes - find resonating things in rooms - check your phone sound quality - check devices with test tones - design and analyze Fourier series - create Lissajous figures on an oscilloscope - measure loudspeaker response - determine distortion in loudspeakers.
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Publisher's Description
From Kobold01:
Hse Audio Signal Generator and Analyzer for Win 8.1 (for WIN10 UWP see App HSE Signal Generator And Analyzer) - generates single frequencies up to 24 kHz - sine, square, triangle, ramp, sawtooth, Dirac peaks - 0.1 Hz steps - duty-cycle for triangle and square - 44.1 kHz or 48 kHz - frequency sweeps - multi frequency synthesizer with function plotter - dual channel operation - white noise, pink noise, brown noise, 1/3oct noise - background sound under screenlock - real time FFT spectrum analyzer with peak detection - 16 bit - volume, pitch and panning control - fulfills Nyquist-Shannon sampling theorem - in trial version up to 1 kHz - fast signal calculation - detailed user manual Usage: tune musical instruments - detect musical notes - check low frequency room modes - find resonating things in rooms - check your phone sound quality - check devices with test tones - design and analyze Fourier series - create Lissajous figures on an oscilloscope - measure loudspeaker response - determine distortion in loudspeakers.
