Video

Great content, but you speak a bit too fast. Please try to slow down a little, so it's easier to follow.

mains?

finally something helpful for my exam ..thanks a lot

Amazing video, great clarify, leant a lot; thanks a million !. Regards from India.

Its hard to overstate how good your videos are. Good stuff

That is a wonderful single-transistor + 20-transistors in an op-amp IC VCA!

How many transistors would you say are in an op amp?

hmmm could you make this Stereo ( dual mono) by making 2 configs( left and right)- 8 mono for left going to 1 left and then 8 mono right going to 1 right? or is it not that simple lol

how can the current source be changed into a digitally controlled current source to charge that capacitor?

Can you give all in paper note

So… you literally made a “Transistor VCA video” With NO FUCKING TRANSISTORS…. Bro I hate the internet I hate ChatGPT Fucking impossible to ever get clear directions to do anything

Really liked this.

Tyabk you for the amazing explanation. If i understand correctly, then, the reason why we often use a current mirror as a tail current generator, instead of a resistor with fixed potentials, is that the current mirror will *ideally* feature a very high output impedance, thus since this is featured at the denominator of the common mode gain, this means that the common mode gain will be hugely reduced?

I've got two questions. 1. Can I use this differential amplifier in parallel with a load. 2. Do I need to impedance match the differential amplifier to the load impedance

I dont undertand how this will be very stable power supply. Zener drop voltage depends on current and current will not be stable here, because Vin in not constant.

Smart.

I wish you were the teacher in my electronics class lol.

great video!

It's worth noting that it is _disadvantageous_ to use larger filter capacitors than is necessary. This is because the power dissipated in the linear regulators is the product of the average voltage across the regulator and the current drawn. By using capacitors that are only a little larger than the minimum needed (allowing for tolerances, of course), you maximise the ripple voltage, which consequently minimises the average voltage across the regulator and hence minimises the power dissipated in it. It also minimises the inrush current on startup and maximises the conduction angle, so this is a good example of not over-engineering a design.

One of those CZcams gold videos for electronics

The Paia VCF design is very interesting. As to minimize the load of the following simple transistor amplifier, you changed it into a more complex bootstrapping-stage ... but would it not be simpler to add an emitter follower between the filter part and the amplifier part?

Hi - great videos. Could you please share your email? I wanted to discuss a commission with you. Thanks.

Shouldn't the capacitor and the resistor in series to get a decay output? The voltage will be a constant 9V in your diagram I suppose

This is fantastic. Well explained. Thank you

0:29 haha fundamental pun

Brilliant! explanation.. superb!

I always wondered how the comparator inside a 555 worked

Heeeeeyyyyy op amps just clicked

you wanna tell us how you powered the opamp???

@electroboomb

This is your last video, is that permanent?

You deserve millions of subs, for such good beginner videos! :) I am a retired electronics engineer and I always struggled to explain in simple terms to juniors, and you do it GREAT!!!!!!!!!!!!!!!!! :)

i remember i saw some of soundcraft console schematics. and found out interesting summing circuit. so pity i forgot what model it was...

Good video. Here is a Wien oscillator using a light bulb instead of a fet. It's based on an HP signal generator. czcams.com/video/RoAXHHhjECM/video.html I have 2 other examples on my channel.

I wonder how low a frequency this circuit can create. Looking for 7.83 hz. the heartbeat of earth itself.

Thank you!

would it be simple enough to do this with a usb-c connection instead of a wall wart?

1 subscribe, 1 like for your effort sir, thank you for making this amazing content

All that is missing is the follow up video of this project.

Where are you? We miss you? :(

what voltages does a 7915 put out?

holy shit what an action-packed and well done video. this connected a lot of ancient college memories to what I'm working on now. thanks!

I know this is an older video but i just want to say thank you so much for your in depth explanation and example schematics. This video was the inspiration for my senior design project where me and a partner built a really cool modular synth style guitar pedal with a 3-notch phaser and all of the notches broken out with 3.5mm jacks. We also made a whole stage of digital effects using a Daisy Seed and because of your channel, my partner and I graduated last weekend with BS's in electrical engineering at the university of florida. Much love!!!

Optocouplers with cellotape. You funny

Actually, no electronic device is 100% perfect, it is currently not humanly possible to make electronic components that are 100% perfect, even a simple copper wire isn't 100% perfect.

Actually, no electronic device is 100% perfect, it is currently not humanly possible to make electronic components that are 100% perfect, even a simple copper wire isn't 100% perfect.

very good practical tutorial. thanks

Are you ok? You haven’t made a video in a very long time.

Wow, what a truly educational video. Learnt so much that others just dont teach. Perhaps we should rename you "Carlsberg". If Carlsberg did Electronics videos.......

Hi, thanks for sharing the wonderful knowledge.. At 8:15, you assumed the output to be zero volt. Could you please help me understating this assumption. Could you please share some reference for that. Thanks