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1000 results for “bornach”
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2019 documentary on the exploitation of gig workers who label AI training data and moderate mentally distressing videos for sub-contracting companies that provide services to Meta and other tech firms
https://youtu.be/VPSZFUiElls
#AI #contentModeration #gigEconomy #mechanicalTurk -
2019 documentary on the exploitation of gig workers who label AI training data and moderate mentally distressing videos for sub-contracting companies that provide services to Meta and other tech firms
https://youtu.be/VPSZFUiElls
#AI #contentModeration #gigEconomy #mechanicalTurk -
[ColdFusion] on the rising trend of AI Washing -- overhyping AI and whether we are in an AI bubble.
https://youtu.be/vQChW_jgMMM
#AIhype #AI #AIwashing #AIbubble #MechanicalTurk #layoffs -
[ColdFusion] on the rising trend of AI Washing -- overhyping AI and whether we are in an AI bubble.
https://youtu.be/vQChW_jgMMM
#AIhype #AI #AIwashing #AIbubble #MechanicalTurk #layoffs -
[ColdFusion] on the rising trend of AI Washing -- overhyping AI and whether we are in an AI bubble.
https://youtu.be/vQChW_jgMMM
#AIhype #AI #AIwashing #AIbubble #MechanicalTurk #layoffs -
Found a rusty alkaline AAA battery outside on the street polluting the environment. Amazingly there is enough charge left to power this joule thief circuit.
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@blitzcitydiy
Came out beautiful!😍
https://youtube.com/shorts/Exk-TGRGq00Circle of Fifths Euclidean Synth with synthio and CircuitPython
https://learn.adafruit.com/circle-of-fifths-euclidean-synth-with-synthio-and-circuitpythonPity that all my 14-segment displays are all the same colour
#Adafruit #SynthDIY #ElectronicMusic #MusicTheory #Alphanumeric #LEDs
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@blitzcitydiy
Came out beautiful!😍
https://youtube.com/shorts/Exk-TGRGq00Circle of Fifths Euclidean Synth with synthio and CircuitPython
https://learn.adafruit.com/circle-of-fifths-euclidean-synth-with-synthio-and-circuitpythonPity that all my 14-segment displays are all the same colour
#Adafruit #SynthDIY #ElectronicMusic #MusicTheory #Alphanumeric #LEDs
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@blitzcitydiy
Came out beautiful!😍
https://youtube.com/shorts/Exk-TGRGq00Circle of Fifths Euclidean Synth with synthio and CircuitPython
https://learn.adafruit.com/circle-of-fifths-euclidean-synth-with-synthio-and-circuitpythonPity that all my 14-segment displays are all the same colour
#Adafruit #SynthDIY #ElectronicMusic #MusicTheory #Alphanumeric #LEDs
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@blitzcitydiy
Came out beautiful!😍
https://youtube.com/shorts/Exk-TGRGq00Circle of Fifths Euclidean Synth with synthio and CircuitPython
https://learn.adafruit.com/circle-of-fifths-euclidean-synth-with-synthio-and-circuitpythonPity that all my 14-segment displays are all the same colour
#Adafruit #SynthDIY #ElectronicMusic #MusicTheory #Alphanumeric #LEDs
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That tweet bring back memories. Inspired me to make this back in May 2020
#StateOfChaos #TwitterArchive #KineticArt #BlastFromThePast #UKpol
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That tweet bring back memories. Inspired me to make this back in May 2020
#StateOfChaos #TwitterArchive #KineticArt #BlastFromThePast #UKpol
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That tweet bring back memories. Inspired me to make this back in May 2020
#StateOfChaos #TwitterArchive #KineticArt #BlastFromThePast #UKpol
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That tweet bring back memories. Inspired me to make this back in May 2020
#StateOfChaos #TwitterArchive #KineticArt #BlastFromThePast #UKpol
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Finally got around to editing video of my experiments in improving response times of slow low-cost #optocoupler #optoisolator ICs such as the #PC817
https://youtu.be/s1l86nTIWEE
The improved speed was sufficient to pass #MIDI data (31250 bits/s) through it -
Finally got around to editing video of my experiments in improving response times of slow low-cost #optocoupler #optoisolator ICs such as the #PC817
https://youtu.be/s1l86nTIWEE
The improved speed was sufficient to pass #MIDI data (31250 bits/s) through it -
Finally got around to editing video of my experiments in improving response times of slow low-cost #optocoupler #optoisolator ICs such as the #PC817
https://youtu.be/s1l86nTIWEE
The improved speed was sufficient to pass #MIDI data (31250 bits/s) through it -
Finally got around to editing video of my experiments in improving response times of slow low-cost #optocoupler #optoisolator ICs such as the #PC817
https://youtu.be/s1l86nTIWEE
The improved speed was sufficient to pass #MIDI data (31250 bits/s) through it -
@mike805
I tried the #cascode #amplifier trick with the PC817 #optocoupler. IMSAI Guy only showed how the voltage of the transistor base affects the speed of the falling edge. But notice how the rising edge remains largely unaffected.By comparison, the common mode NPN #transistor amplifier with 150 ohm resistor across base-emitter, yielded noticeably sharper rising/falling edges
#electronics #oscilloscope -
@mike805
I tried the #cascode #amplifier trick with the PC817 #optocoupler. IMSAI Guy only showed how the voltage of the transistor base affects the speed of the falling edge. But notice how the rising edge remains largely unaffected.By comparison, the common mode NPN #transistor amplifier with 150 ohm resistor across base-emitter, yielded noticeably sharper rising/falling edges
#electronics #oscilloscope -
@mike805
I tried the #cascode #amplifier trick with the PC817 #optocoupler. IMSAI Guy only showed how the voltage of the transistor base affects the speed of the falling edge. But notice how the rising edge remains largely unaffected.By comparison, the common mode NPN #transistor amplifier with 150 ohm resistor across base-emitter, yielded noticeably sharper rising/falling edges
#electronics #oscilloscope -
@mike805
I tried the #cascode #amplifier trick with the PC817 #optocoupler. IMSAI Guy only showed how the voltage of the transistor base affects the speed of the falling edge. But notice how the rising edge remains largely unaffected.By comparison, the common mode NPN #transistor amplifier with 150 ohm resistor across base-emitter, yielded noticeably sharper rising/falling edges
#electronics #oscilloscope -
@mike805
[IMSAI Guy] explains the cascode amplifier trick
https://youtu.be/APUhm2tsCiESee Figure 13 High bandwidth optocoupler configuration
https://www.onsemi.com/pub/Collateral/AND8273-D.PDFI might need to try that for comparison
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@mike805
[IMSAI Guy] explains the cascode amplifier trick
https://youtu.be/APUhm2tsCiESee Figure 13 High bandwidth optocoupler configuration
https://www.onsemi.com/pub/Collateral/AND8273-D.PDFI might need to try that for comparison
-
@mike805
[IMSAI Guy] explains the cascode amplifier trick
https://youtu.be/APUhm2tsCiESee Figure 13 High bandwidth optocoupler configuration
https://www.onsemi.com/pub/Collateral/AND8273-D.PDFI might need to try that for comparison
-
@mike805
[IMSAI Guy] explains the cascode amplifier trick
https://youtu.be/APUhm2tsCiESee Figure 13 High bandwidth optocoupler configuration
https://www.onsemi.com/pub/Collateral/AND8273-D.PDFI might need to try that for comparison
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Hey @Raspberry_Pi
What would your new camera see if it took a photo of this device?
https://youtu.be/Q07CTj4fUeY
[Smarter Everyday] on measuring millisecond shutter speeds mechanically
#raspberryPi #camera #GlobalShutter #RollingShutter -
Hey @Raspberry_Pi
What would your new camera see if it took a photo of this device?
https://youtu.be/Q07CTj4fUeY
[Smarter Everyday] on measuring millisecond shutter speeds mechanically
#raspberryPi #camera #GlobalShutter #RollingShutter -
Hey @Raspberry_Pi
What would your new camera see if it took a photo of this device?
https://youtu.be/Q07CTj4fUeY
[Smarter Everyday] on measuring millisecond shutter speeds mechanically
#raspberryPi #camera #GlobalShutter #RollingShutter -
Hey @Raspberry_Pi
What would your new camera see if it took a photo of this device?
https://youtu.be/Q07CTj4fUeY
[Smarter Everyday] on measuring millisecond shutter speeds mechanically
#raspberryPi #camera #GlobalShutter #RollingShutter