_60-hz-sine-wave-generator-using-555-timer-amp-lc-tank-oscillator-preview-1.jpg "60 Hz Sine Wave Generator Using 555 Timer & LC Tank Oscillator from sine wave generator online Video Screenshot Preview 1")
Gallery_60-hz-sine-wave-generator-using-555-timer-amp-lc-tank-oscillator-preview-3.jpg "60 Hz Sine Wave Generator Using 555 Timer & LC Tank Oscillator from sine wave generator online Video Screenshot Preview 3")
Gallery_60-hz-sine-wave-generator-using-555-timer-amp-lc-tank-oscillator-preview-hqdefault.jpg "60 Hz Sine Wave Generator Using 555 Timer & LC Tank Oscillator from sine wave generator online Video Screenshot Preview hqdefault")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
Jump To Video Parts
⏲ Duration: 17 minutes 38 seconds
👁 View: 29.4K times
Play Audio:👁 View: 29.4K times
Description:
The Organic Chemistry Tutor
The Organic Chemistry Tutor
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
_5-ways-to-generate-a-sine-wave-analog.webp "Sine Lab")
_stem-product-sine-wave-generator.webp "American Scientific, LLC")
_university-of-york-weather-station-sonification-visualisation.webp "I made this patch in Pure Data to sonify and visualise the weather station data online at the University of York's website (weather.elec.york.ac.uk/). I wanted to give the data a sonic/visual narrative that could be easily understood.nnOnce the language of the sound and visuals are understood, you can understand the weather conditions very quickly through sensory perception; possibly quicker than if you were to read the information.nn1) Wind: White noise is the basis for the wind. Speed deter")
_1khz-sine-wave-test-tone-signal.webp "SoundWizz")
_university-of-york-weather-station-sonification-visualisation.webp "I made this patch in Pure Data to sonify and visualise the weather station data online at the University of York's website (weather.elec.york.ac.uk/). I wanted to give the data a sonic/visual narrative that could be easily understood.nn1) Wind: White noise is the basis for the wind. Speed determines the value of a lowpass filterpossibly quicker than if you were to read the information.nn(Please note: the weather information on the University of York's website is updated every minute. Therefore")
_20-20000-hz-audio-sweep-124-range-of-human-hearing.webp "Sonic Electronix")
_load-goldhen-in-under-1-minute-using-pppwn-lite-v3-7.webp "Echo Stretch")
_here-is-the-solution-to-the-popular-3500w-generator-problem.webp "JDS Outdoors")
_5-ways-to-generate-a-sine-wave-analog.jpg)
_stem-product-sine-wave-generator.jpg)
_university-of-york-weather-station-sonification-visualisation.jpg)
_1khz-sine-wave-test-tone-signal.jpg)
_university-of-york-weather-station-sonification-visualisation.jpg)
_20-20000-hz-audio-sweep-124-range-of-human-hearing.jpg)
_load-goldhen-in-under-1-minute-using-pppwn-lite-v3-7.jpg)
_here-is-the-solution-to-the-popular-3500w-generator-problem.jpg)
![[+]](/images/menu.gif){kind=small}