Wien-bridge Oscillator - Solid-state Devices and Analog Circuits - Day 6, Part 6

[@electronics_enthusiast]

Sir, i really like your lectures. Firstly, the small signal amplifier video and now this 👍

[@aminnima6145]

Such a good explainer 👏👏

[@W1RMD]

Thanks for giving us this excellent info and for your material and training. Take care.

[@andymouse]

Awesome tutorial, I have built a few of these and I use a bulb, the same way HP did ! I have typical oscillator outputs @1Khz 1v P-P a THD of around 0.005% I use it for audio work and it runs off a battery so nice convenient piece of bench equipment as good as most budget sig gens and You explained this perfectly...cheers.

[@werewolf164]

I like the way in which you introduced the subject, starting from an astable MV and making the necessary mods until getting where you intended to. It'd be great if you could indulge us with a numerical design example. Great job, thanks!!! 💪🏻

[@BalticLab]

For whatever, unexplainable reason, I just now (consciously) discovered you on YT. Might have seen a vid beforehand, but don't remember. Anyway, great video, subscribed! 😉

[@зробленоруками-ц8м]

Looking forward for bode plot, zeros and poles lecture to start😊 (transfer function)

[@gosdeCarrer]

Is it not 'Wien Bridge'? instead of 'Wein'. Good job anyway, I like your videos, very clear, well organized and explained! Thanks!

[@charlesschneiter]

Yes, it definitely is a Wien Bridge, you are absolutely right.

[@SkippiiKai]

Because he was from Wein, Austr... uh.. [checks notes] um... Koenigsberg, East Prussia. Nevermind.

[@Vocademy-Electronics-Tech]

You are correct and I have corrected the title. Thanks.

[@Anvilshock]

@@Vocademy-Electronics-Tech Still wrong in video description, mind.

[@erhardbock1228]

Great Video. Please proceed to lecture me.

[@Chiavaccio]

👏👏👍

[@Steven9675]

I don’t understand what negative feedback is. Repeatedly saying it doesn’t help me lol.

[@andymouse]

A quick look at his other vids will soon explain this too you its not hard so give it a look...good luck :)

[@Vocademy-Electronics-Tech]

I think this may deserve its own video. Think of it like pushing a child in a swing. If you push just as the swing starts to move away from you, it keeps the swing going. That's positive feedback. If you push when the swing is coming toward you it tends to slow or stop the swing. That's negative feedback.

[@mohamedkeita5127]

Ça allait trop m'arranger s'il parlait en français

[@alexanderpummer5842]

that is not wein but Wien bridge