BRILLIANT IDEA - Push Up / Push Down Voltage Control

[@DesignMakeFix]

Good and useful project. Continue

[@Hacktuber]

Thanks! More coming soon.

[@kobedde]

Nice project to learn the basics. Very well done and well explane. I love your videos 👍

[@Hacktuber]

Thank you very much!

[@DelDeschamps]

Nice project. Thanks for sharing.

[@rickhunt3183]

Bro we're on the same page when it comes to ordering in quantity. I just received 50 IRFZ44N and 50 TIP41C's. once I get 100 of these babies I'll be set for the long haul. Im always down for a 100 2N222N and 2N7000. Don't forget your most commonly used resisters and caps. You should consider building test circuit to plug components into for a go-no go test.

[@Hacktuber]

I'll definitely consider your suggestion about the test circuit

[@nazmulalamlipton4389]

Best project 🇧🇩🇧🇩

[@khangaudio399]

Xin chào bạn❤❤❤

[@Hacktuber]

Thx sir

[@SunShine24024]

👍👍👍👍👍👍

[@Hacktuber]

Thank you

[@Gv-in-2-it]

I would like one that can handle the full 12v output of a pc power supply at about 90 amps, 0-12v. I want to build a volt and amp power supply.

[@khangaudio399]

From Viet nam send best wishes to you Hello everyone .I wish you happiness health happiness and success in all fields. We invete you to watch the video of repairing and restoring my cassette radio .Cassette radios are beautiful memories of childhood .That's why I love cassette radios very much .Every day I repair and restore old broken cassette radios When they work again I will be very happy The fun is increased when you are interested in antique cassette radios .Thanh you very much . I learned a lot when watching your videos .Sincerely thank Youtobe for bringing us closer togeeter .Sincerely say goodbye ❤❤❤❤❤

[@Hacktuber]

Your passion for restoring cassette radios is awesome! Keep up the great work!

[@t1d100]

👍👍👍. I take it that this is just the bare minimum of a more complicated circuit. Please tell us what the more advanced circuit would be. And, please tell us what applications your circuit might be used for, as it is. Also, please tell us any difficulties, or limitations, your circuit might have... such as not limiting the current draw, etc. This is very interesting and fun. Thank you for sharing it with us!

[@Hacktuber]

I am working on a more advanced version with safety features.

[@t1d100]

@@Hacktuber Oh, please understand that my questions did not include any criticism of the circuit, as it is now. I honestly would like for you to answer the questions, as they are written. I have already been thinking on it and I intend to put it on a breadboard. I would really like to understand the circuit's method of operation. If you explained that in your video, I missed it. I am going to watch the video, again, but, if you did not say how it works in the video, please tell me, here. Thanks! Fun!

[@rickhunt3183]

Consider a variable power supply for the bench. Also go with a much bigger heatsink and perhaps 2 mosfets if you're going to build a PS to deliver a lot of current. This is truly the most basic circuit, but it can can be built upon. While the IRFZ44 is rated 35-49 amps. That rating is at 25 degrees C. You'll never achieve that. Those numbers aren't really realistic for real world applications. This circuit take into account you already have a power supply and you just need a way to make it variable. Also you want to monitor the output voltage and you're not concerned with limiting current.

[@t1d100]

@@rickhunt3183 Thanks for the help! I have it on the breadboard. I have checked everything and I will power it up, after lunch - grin.