Cool

😢we'll information good show 😅

Please! Be carefull with shottky-Diodes. They work well by cold temperature, but the reverse-Current increase rapidly by high temperatures. This can lead to late failures after years.

At one minute in you have polarity backwards.

Excellent❤

✨Thank you, Sir, 🙏✨

✨Thank you, Sir, 🙏✨

✨Thank you, Sir, 🙏✨Such beautifully explained 🙏🏼✨

Thank you very much for making everything easy....i've never done maths but i understand at least there's light at the end of the tunnel....😊😊😊

Hope can make video how to test thos in real pcb using oscilloscope

Great Video. Thank you.

Nice explanation

at 0.39 why isnt the skottky rectifying the output? it seems to be happily conducting in both directions?

Probably makes sense to go over these videos numerous times to understand it thoroughly?

Excellent Thanks 🙏👍👌💯

Be carful if you plan on doing what's on this video because its showing you how to go from 220V which is the most dangerous voltage you can get at home. 220 is what Dryers, hot water tanks, furnaces, and ovens use. Be carful. Your fingertips will explode if you touch it

Schade dass es das nur in English gibt aber sehr hilfreich

❤❤❤❤

They're great for modifying guitar distortion effects. They use diodes as clamping circuits to create the distorted tone. The more you clip the wave, the more distorted the tone. The lower the voltage of the diode the more saturated and smooth distortion you get. Instead of clipping at 1.5 volts you can go to half that. Usually boost it back up a little somewhere later. They're cool for the designed used also. :)

Before - 😟 after - 😎

Why the current is -2 in 5:02

THANK YOU

I found what I needed

Low level knowledge You don't described about amplification hfe switching process and calculations

Schotty diode so faster

Such good presentation and explanation, thanks!

Can you please make a video on how and why the "difference in convention" of current flow is still used when in physics we know that energy is motion and and electron flow is what causes power. So why two conventions and why is it discretionary for some engineers to use one form over the other? ie: diode flow under conventional theory is in the direction of the arrow but the arrow points to the negative side. Makes no sense to me.

Dios mío que bien explican electrónica, electricidad 🔌🔌 y todo lo que tenga que ver con ciencia y tecnología ,técnica 😮😮.son los mejores del mundo.van directo al pollo del arroz con pollo.si tuviera algun tipo de poder sobre la tierra les encargo la cometida de explicar y enseñar ciencia

Thanks. This is very clear information which one sadly can't find very often in suitable literature. I would hower call it still a _normal_ diode or _silicon_ diode instead of a normal _diode_ or silicion _diode- ...when talking about diodes

Thank you sir ❤

Why is it the voltage across the 20 Ohm resistor R2 4:40

Namaste🙏...which software did you use for analysis --proteus 8 Professional..?

I wish more videos on youtube were like this. No nonsense no annoying music. Straight facts.

Como calcular o tempo?

hi i am trying to make a similar circuit but the LED lights up only after the capacitor has reached full charge. so how should I modify this circuit to achieve that?

Top notch video, well done!

what op ampndid you use? lm358?

Thanks sir

👍🙏🏻

Lots of useful information here. Excellent introduction to the basics and I needed it!

Thanks❤

Very good information 👍

Very nice information

thank you , i like how understadable you make it , bless be opon you .

This is such a well explained circuit and beautifully presented in a step-by-step fashion. Well done and good on you for teaching this beautiful art form in a simplified fashion.

Where do you get the formula for calculating CAP?🥰

sir if i want to add six LEDs so what value of resistance should I use and what value of power source

Thank you

What is name or link of previous video

Let me correct and address some things here. The input is called the collector. The output is called the emitter. The arrangement of the pins is described in the datasheet and you have to check with each part. Sometimes it's 1,2,3, sometimes it's 3,2,1. Yes the big metal tab on the back is a heatsink, probably. Sometimes, it's an extension of the ground pin. Again, check your datasheet. The resistor is only in the first example circuit to limit current for the LED. Higher voltage from the regulator requires a bigger resistor to protect the LED.