I would love to hear you explain about the various switching regular topolgoies and how much power each type is best suited for. I like the way you explain electronics. THANX
سلام من تو پروژم میخواهم برای تغذیه میکروکنتلرم 12v رو 3.3v تبدیل کنم و برای این کار از تراشه Lm1117 3.3v استفاده کردم ولی در جریان ۲۵۰ میلیآمپر تراشه سریعا داغ میکنه و قطع میشه بعد اومدم و با استفاده از یه تراشه دیگه اول ۱۲ رو به ۵ تبدیل کردم و بعد به ۳.۳ ولت اینبار زمان بیشتری کار کرد اما باز هم تراشه ای که ۱۲ ولت رو به ۵ ولت تبدیل میکرد داغ کرد لطف میکنید راهنمایی کنید
I wish the designers of equipment using switching regulators would pay more attention to radiated RFI, I like to listen to SW and MW AM broadcast radio stations but the number of devices in my house using switching regulators makes this almost imposable, they vary from laptop power packs, phone chargers, led lighting supplies and computer equipment they all radiate frequencies at enough power to drown out all but the strongest stations. If I go round the house and unplug all the devices using these cheap PSU's the radio reception is perfect, I know most people stream content and use DAB these days but it is a pity so many of the frequencies from long wave up and approaching VHF are becoming unusable in the average home environment.
@@XEMC switched capacitor PS is a switched method. Bootstrapping is not actively switched. Bootstapped audio amplifiers simply use a capacitor and a resistor to exceed the power rail voltage for the driver stage by use of the audio output voltage swing. But it is also possible to generate a stable voltage level by use of diodes and Zener diodes or on top linear voltage regulation.
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You put out so many useful explanations almost back to back. As a novice EE I've probably restarted this video three times. Thank you sharing.
Good knowledge. High gratitude.
Thank you dude 🤗
ur vids are the best for learning what I need like the last vid I watched u taught me why im burning all my potentiometers so thanks bro😁
Glad I could help🌹
Another invaluable class. Thank you for this wonderful work, stay well.
Many thanks! 🥳🥳
Awesome way of explanation!!
i like the way you say how things work
with my skill i still have to learn more so thanks a lot
Glad to hear that! 🤗
I would love to hear you explain about the various switching regular topolgoies and how much power each type is best suited for. I like the way you explain electronics. THANX
Great suggestion! Thank you so much 🌹🌹🌹
Thank you for the detailed explanation 👍👍👍
Thank you for watching 🤗
What a wonderful explanation! Thank you so much!
Very nice information. Thank you!
Glad it was helpful!
excellent explanation sir
That's what the SCIENCE VIDEO means thanks à lot
You are welcome dude 🤗
What only 500 views i thought you were some big channel producing gold
So nice of you 😊
Another great video....
💐💐💐💐💐
Thnx sir
So nice of you 🌹🌹🌹
Another great video! Looking forward to the joystick video as I use these in a couple of my projects! 🤔
Thank you, coming soon!
Superb explanation sir
Thanks and welcome 🥳🥳
Excellent sir!
Glad you liked it! 🥳🥳🥳
Işin düzdü👌👌
Great job!
Sagol gardash
sir please make a series on OP-AMP
Great content.. suggestion to use the correct drawings on your circuits or you will probably hit a ceiling on viewers/subs. Cheers from Brazil!
You are most welcome 🤗
Nice thanks
Thank you too!
Thanks
Welcome🌹🌹🌹
#awesome
👍
How to test switching regulator whether is good or not.
سلام من تو پروژم میخواهم برای تغذیه میکروکنتلرم 12v رو 3.3v تبدیل کنم و برای این کار از تراشه Lm1117 3.3v استفاده کردم ولی در جریان ۲۵۰ میلیآمپر تراشه سریعا داغ میکنه و قطع میشه بعد اومدم و با استفاده از یه تراشه دیگه اول ۱۲ رو به ۵ تبدیل کردم و بعد به ۳.۳ ولت اینبار زمان بیشتری کار کرد اما باز هم تراشه ای که ۱۲ ولت رو به ۵ ولت تبدیل میکرد داغ کرد لطف میکنید راهنمایی کنید
I wish the designers of equipment using switching regulators would pay more attention to radiated RFI, I like to listen to SW and MW AM broadcast radio stations but the number of devices in my house using switching regulators makes this almost imposable, they vary from laptop power packs, phone chargers, led lighting supplies and computer equipment they all radiate frequencies at enough power to drown out all but the strongest stations.
If I go round the house and unplug all the devices using these cheap PSU's the radio reception is perfect, I know most people stream content and use DAB these days but it is a pity so many of the frequencies from long wave up and approaching VHF are becoming unusable in the average home environment.
Please Sir can you make a video on 3 - 5v boaster
Maybe someday 😉
can possible check power of computer about ripple?
yes, it is possible, just probe it with your oscilloscope
💖💖💖💖
❤️❤️❤️
👍
There are some kind of linear or non-switching boost regulation circuits around: bootstrap circuits.
Bootstrap is still switching. It requires an oscillator to push additional voltage into a capacitor through a diode. It's not linear.
I think their mechanism is like switching regulators.
@@XEMC switched capacitor PS is a switched method. Bootstrapping is not actively switched.
Bootstapped audio amplifiers simply use a capacitor and a resistor to exceed the power rail voltage for the driver stage by use of the audio output voltage swing.
But it is also possible to generate a stable voltage level by use of diodes and Zener diodes or on top linear voltage regulation.
I was suspicious that you are Iranian or not,it ended when I saw the Ronix drill on your desk, nice job
TRACO baby.