Προοπτική Βάτραχου
https://m.youtube.com/watch?v=v3O9vNi-dkA
YouTube
Star Wars blasters sound effect. How they did it
Same process Ben Burtt used for the original film. Watch it at 1.5x speed for it to sound closer to how it's heard in the movies. See Ben Burtt's interview at https://www.starwars.com/video/sound-advice-an-interview-with-ben-burtt
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Προοπτική Βάτραχου
https://www.youtube.com/watch?v=zFdyqTGx32A
YouTube
Повышающий преобразователь напряжения. Разбираемся как работает и делаем высоковольтный конвертер.
JLCPCB прототип за 2$ (любой цвет): https://jlcpcb.com
Разбираемся как работает повышающий DC DC преобразователь. Делаем очень простой высоковольтный преобразователь из дросселя, транзистора, диода, конденсатора и кнопки с пальцем.
💪 Поддержите производство…
Разбираемся как работает повышающий DC DC преобразователь. Делаем очень простой высоковольтный преобразователь из дросселя, транзистора, диода, конденсатора и кнопки с пальцем.
💪 Поддержите производство…
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Προοπτική Βάτραχου
https://www.youtube.com/watch?v=8KmVDxkia_w
YouTube
Computational Design of Mechanical Characters
We developed an interactive design system that allows non-expert users to create animated mechanical characters. Given an articulated character as input, the user iteratively creates an animation by sketching motion curves indicating how different parts of…
Most capacitors, especially electrolytic’s lose their capacitance when they get hot but temperature compensating capacitors are available in the range of at least P1000 through to N5000 (+1000 ppm/oC through to -5000 ppm/oC).
It is also possible to connect a capacitor with a positive temperature coefficient in series or parallel with a capacitor having a negative temperature coefficient the net result being that the two opposite effects will cancel each other out over a certain range of temperatures.
It is also possible to connect a capacitor with a positive temperature coefficient in series or parallel with a capacitor having a negative temperature coefficient the net result being that the two opposite effects will cancel each other out over a certain range of temperatures.
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