LDO basics: Dropout voltage

[@Liveables]

Make simplified explanation, this one is even more complicated than the one in my books, use practicals that's y we come to KZbin to visually see not to listen to someone reading for us what we left in the books

[@himanshuful]

Exactly. I had expected a simple explanation and introduction in first video

[@maksudulhossainjewel378]

You made it more complicated than necessary.

[@manuk4759]

LOL

[@erdem--]

Explanation is great! i don't know why everyone complaining about this!

[@technologylover5976]

You're teaching very fast. Not easy to be understood by beginners

[@agstechnicalsupport]

Not bad, the video explains basics of LDO and points attention to the dependence of dropout voltage on various variables. Volume should be higher though. Thank you !

[@kwekker]

isn't there a volume button on your device

[@agstechnicalsupport]

@@kwekker There is, but even when cranked up it was low.

[@gavincurtis]

Why did you change pin convention on what was standard for 40+ years? Why is pin 1 no longer input but GND? Why is the tab on a standard positive volt regulator now Vout?

[@ajingolk7716]

So it is better to have a very low dropout voltage

[@gotj]

The volume is too low.

[@petertwiss356]

This LDO diagram at 3:15 is showing positive feedback, did you mean negative feedback?

[@kiromaisus]

It's positive sign, but negative feedback, as the PMOS has inverted signal behavior, in relation to the NMOS. So the higher the op-amp voltage, the lower will be Vout, and this 2 will be balanced to reach the setpoint.

[@nicholaskenneth487]

to add on, the PMOS here acts as a CS (commons source) amplifier, which gain is negative. Hence, the output (at drain) is feedback to the positive terminal for negative feedback

[@annguyendang8388]

Hi Sir, what does the output current means? I think that this value depends on the load condition as the output voltage is fixed!

[@PreludeSon]

it is the max current that it can supplied.

[@alfredbadasu7644]

the volume of the video is too low....A company like Texas Instruments should do better

[@PramodKumar-gr6hz]

how to do jumper ldo ic

[@jakoblawrence34]

Hey, this isn’t Let’s Drown Out!

[@satzhanaskarov2306]

kzbin.info/www/bejne/n6iXq2NtpK96p5I Here you are saying that 175mV is the MAX DO voltage and WHY you are assuming that the LDO will ALWAYS drop the Input voltage by that value?

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I was searching why is a dropout even there 👍

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Too technical.

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worst in explanation

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