Oscillators explained in 4 minutes

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My introduction to robotics course- tinkerspark.teachable.com
Oscillators are a core component to electronics that control the timing for everything from your watches, to your phone and laptop processors to the display you are watching this video on. In a nutshell, oscillators can generate AC voltage signals from a simple DC voltage source. That means it can convert a DC voltage input that looks like this to AC voltage graphs. Watch the video to learn more!

[@jospherstudies]

One guy who knows what he's talking about needs just a small amount of time to make thousands understand the topic without any effort... You're that guy for me... I watched other videos and i was not able to understand anything because of the basics i needed to have... and you gave them to me through this vid... Tomorrow is my sem exam so wish me luck

[@MelloCello7]

Insanely informative and all under 5 minutes. You are truly a champ!

[@TechnologyWithSaikat]

1st time visit in your channel and became ur fan! Great informative video sir!

[@chinds2069]

oh my god . thank you for fitting four units of my classes in a five minute video . very helpful.

[@georgejbaker]

Great video, very informative.

[@saraltayal5005]

Thanks George :)

[@segatendo4705]

You made it very Saral for me to understand, man. Thanks.

[@tarannum7619]

This man deserves much more recognition

[@BathSaltBadger]

This is a lot of info... in 1 go. Thank for sticking to the point!

[@markharrisllb]

Someone who can explain things in a way even I can understand, thank you.

[@citiesinspace4864]

I'm not even an electrical/computer engineer but still found this video really informative! Thanks

[@saraltayal5005]

Thanks! Glad to know that these videos are able to help non-experts. That was my goal:)

[@ahanasranade7905]

This was such an informative recap! Thank you :)

[@pramodkamath2796]

I like your presentation. My best wishes to you.

[@michaelbetsch9700]

Nicely done presentation thank you exactly the kind of demonstration I was looking for

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I wanna make my trading journey with you, MichaelCause you just the best teacher

[@VeryMuchBlessed]

Good instructive video. Thanks much.

[@rijuwanahaque8054]

Thank you ❤ that was short , direct and complete 💯

[@lalalalaerica]

Love your channel!

[@missbabybrii]

This is excellent! Thank you so much. :)

[@saraltayal5005]

Glad you liked it :)

[@Utubeasiangirls]

great explaination

[@xw591]

Good video! Would like to see more on this subject.

[@HAMHAMAT]

Thank you very much for such a great video. It is very well explained in short time.

[@carlos010581sv]

Great explanation!
hey, what happens if I apply an electric signal already on resonance frequency, to a crystal???

[@xw591]

Beating maybe?

[@o.y.balaji316]

When you apply electric Field the crystal should be compressed

[@pravoslavn]

VERY well presented ! Thank you !

[@keskaschouaib1885]

Well explained ...thank you

[@Queteimp]

COngrats. Ever your Indian accent we get what you say and you know and explain well. Very good video.

[@engineerbrothers2377]

Thanks brother 👍
This was awesome explanation

[@markokrieger6324]

God bless you, sir

[@ibsu2986]

Thanks for this effort for us 😊

[@seeingdragons4319]

excellent, excellent video ...

[@asewejetosin5248]

Thank You!! God bless you❤

[@dinozaurpickupline4221]

A soc is basically an oscillator extrapolating current inductance & polarity on a particular wavefunction
We can't have really come up with other natural oscillators like quartz whose frequency range naturally is 40k mhz
What if we use super conductors & opposing units for processor like entanglement & built instruction set on that principle
Or manipulate light or magnetic inductance to keep the function
What if we skip the current barrier we are more interested in visual changes of pixels what if AI supposed the outcome
We should not measure frequency operation s per seconds but nano seconds
We must write a program that can act as an intermediary between light sound electrons & pixels on vbyte code level

[@kralece]

so is the main point converting dc to ac?

[@mehadisyef356]

Very very very good

[@bibekmahara1012]

Thank u boss

[@DDas-yi6jr]

That was beautiful ❤️

[@gtxsatria2010]

Nice video. Please make oscilator with arduino uno or nano, 100 hz until 20 KHz with display frekwensi in oled, and we can up down frekwensi and duty cycle brother. I need the coding please Help Me

[@sanjithshanmugathashan1102]

Insigthful when it come to information but I would appreciate it more if you pack some real animations together with explanations

[@kentheengineer592]

But how are those Clocks Programmed

[@neerajrajpoot2545]

Thank you sir ji 🙏🙏❤

[@engchoontan8483]

Engineers like to blame components.
50hz and 60hz AC electrical power supply to DC but DC not synchronous except for monitors, gpu and game that allows locking to electrical power supply variance as container for Mhz and Ghz.
Networking Protocols of fixed sizing containers packets and relative to slight inconstant of electricals AC to DC back to ... game, gpu, monitor

[@productionsoundtexas3949]

can you help repair my wireless
radio?

[@makecodeandhardware1395]

Well done Saral ! I need to get back to finish up your on-line robotics course at tinkerspark. Now, about LEGO EV3 and MakeCode programming it. Do you or someone you know have experience with the robots in their educational system ? Could you look into it? I think the "brick" controller is running ARM9 which is older than our Microbit controller. Do you know of it and could you recommend it or is it too outdated; I see the connections are not breadboarded but plug and play sensors with snap cables. Just curious what you, with your experience in electronics can tell us about LEGO robots. Thx www.depts.ttu.edu/coe/stem/gear/ev3/documents/Ev3-Brick-Details.pdf

[@mic4044]

Please Ser give me training of python code

[@bhanupraneeth8663]

👏🏻👏🏻👏🏻👏🏻👏🏻👌🏻

[@ak7470]

5 stars.

[@AndJusticeForAll...1985]

Of iliation wth