Відео

good

Thank you for your efforts making this video. If I'm not mistaken, and as I understand the explanations later in the video, at 0:33 seconds, the Cathode of the zener should be connected to the positive voltage potential. I believe this makes use of the specific reververse brakedown characteristic of zeners.

👍

At 13:02 You have a 220 Ohm resister on the breadboard rather than a 330 Ohm/1K as in the schematic?

great lesson.... now....can we modify this so the LED is replaced with a enough juice to turn on relay, for 10sec THEN, turn off, and AUTOMATICaLY REPEAT EVERY HOUR?// until power is disonnected?/ my water fall evaporates considerably when its hot i want to filk it ever hr till night ⛲🍺👍

Just commenting for the Algorithm and to say thank you my friend 🙏 👌

Thank you very much

...Respect..thank you

simply good explained

very informative video thank you

so helpful

Thank you for quick and clear explanation. Subscribed! 😀

Makes sense

Are these prone to getting hot and needing a heat sink? Please make a video only of electrical components that get hot and produce heat needing heatsinks and cooling... Mosfets, transistors, resistors ect

I hope you make more videos or are still making videos because these are well spoken, easy to understand and clearly spoke

Creative video, thanks :)

In the first part (2:30) you connect the battery of 12V directly to drain, but in simulation (5:09) you connect it to DC motor. Which one is correct?

Thanks

Thank you ❤

It is exactly what I need. Many beginners video explained the electronics part and circuit separately. Usually only the electronic part and number calculation, but not the Circuit. And then suddenly showing the Circuit as it ever been explained in the videos. This video is a big help, I love it!

200V 3A

dear sir, can you make it with mq2 sensor, thank you very much

At the two minute mark why is a resistor required in the circuit. If the input to the diode is 5 V, then why not just connect the diode directly to the output of the voltage regulator?

i doubt in this connections

Thank you❤

Can you tell the value or specification of the NTC? I search online store and says something like 5D- 15 , 10D-25, etc. So I don't know which one to pick.

Me too l loved there catalogs

What program are you using for this tutorial

Very clear explanation thanks

Thank u!

NIce explanation!

Thank you very much, your class is wonderful. However, I would like to know what this site is for integrated circuits for Proteus. Thanks again!

What about the ampere output?

Thanks bro❤

nice

I like that

In a simple circuit with a battery+ resistor+led,the led acts as a resistor and + the first resistor,it becomes a voltage divider,right?! So in that circuit the current is the same as the battery,only the voltage drops,right?! Is my understanding correct?

Is GND in DC schematics same as Negative ?

Thank you for this video man 🙏

If the listing says there is a 220V or a 12-24V variant of the switch which one should I get for a 36V circuit?

Will u make videos on how to troubleshoot/test electronic components including ic's?

تحياتي لك وأشكرك وأقدر مجهودك ، تحياتي لك من تركيا .

تحياتي لك وأشكرك وأقدر مجهودك ، تحياتي لك من تركيا .

❤ wow! I was able to find the current in the secondary using the formula two different ways. I'm surprised they both gave the same answer 😊❤

The method used to get norton current please explain how?

Thanks

Thank you. Good video.

Zeners can't replace even simplest voltage regulators. Their breakdown voltage is unpredictable, they are drifting with temperature, their current is typically low.

what is the difference between a voltage regulator and a zener diode?

can you do it with a resistent that is in paralel with V1?:(