One week until finals in E2 and I learned more in this 30 min video than in a semester of lecture. Thank you, thank you for an easy to follow video with simple explanations of the concepts.

i loved this vid, especially sped up to x 1.5 thanks a lot for the lecture

Thank you for taking the right amount of time to explain this for a thick old head. Subbed

As always Thank you for wonderful videos. You explain the theory so easy to understand and showing the results on the oscilloscope. Also, looking forward to more videos. Great day

Great videos that you produce. Thank you. Looking forward to the radio................................Berni

Excellent educational video. Thank you for covering it in such great detail. Enjoyed it very much.

Brilliant explanation!! Looking forward for the AM-FM radio videos.

Looking forward to the series. Thanks

Thank you so much, this video was very insightful.

Wow simply amazing video. I was gonna subscribe, but apparently I already am. Kinda pisses me off I haven't seen anything recommended from your channel considering I regularly watch stuff like EEVBlog, Big Clive, Mr Carlson's Lab, W2AEW, Mjorton and Uncle Doug. Your channel's about on par with all of these. Thanks for posting this. It cleared up a lot of confusion.

Good video! Please add more!

Awesome video. Best explanation I have found as of yet on RC oscillators. 1 question: What is meant by an RC section loading the previous RC section? This is the only part getting me confused. Thank you for this!

Great video! But did you confuse placement of capacitors on first sheet (where 3 RC networks)? I mean seems it should be mirrored from right to left.

Would it work in the middle of a big desert, or in space? Does it need the noise from other devices or can it work of of noise from space?

Its a great idea to generate 3 phase but the only problem is the tolerence of passif compenent i wish if there an IC that can do that

Many thanks for another interesting and informative video! I do have one quick question, however; why is R1 in series with it's respective capacitor, rather than in parallel, as R2 and R3 are?

The gain and the attenuation can never be exactly equal, right? So what is making this circuit stable in the long run?

Well done buddy.....

sir, no doubt that this was a great video for understanding the basic .... but im really fascinated to know , what pen are you using? Its really good for making rough workouts edit : nevermind sir , you using it on a laminated sheet

Is there way to determine the output amplitude ?

How do you determine the value for R and C to create a 60 degree phase shift?

very amazing but very lack measuring parameters in the monitor.

My biggest problem is getting a high frequency oscillator (in the GHZ range). A transistor is surely the way to go because of the slew rate of the op amps, but even then, how can I verify the physical circuit if the oscilloscope is limitted to 100ish Mhz? How would you go about designing it?

Since you are not having an external input what's the starting voltage of the oscillator?

Kind Sir it would be very nice to teach us the basics about dB's from the start > thus i can grasp themeaning for all types db's and use of dB;s in my circuits

But if we will use light MOSFET let's say 2n7002 instead of BJT will it simplify things and improve stability? Do you know examples?

Very nice videos at all. I like the colpitts videos most. But I think in this video is something accidentally wrong. The gain box at min 2:41 needs to have it´s output at the left side and not at the right side otherwise the phaseshift will not work. At min 9:29 it is correct. The output goes into the capacitor and the resistor is a load to the capacitor and so on.

Can we get the frequency down to 60Hz?

what opamp did u use?

sir your web site do not work

proteusta çizsene devreyi ya proteusta neden olmuyor

I hate electronic tutorials with ICs. You are learning nothing about discrete components. And OpAmp is bigger than transistor. Transistor is even smaller in SMD domain.