VOLTAGE DIVIDERS (UNLOADED VS LOADED)

[@robertngaruiya3452]

Very good & clear explanations. Thanks

[@RubiMercuri]

So clear! Thankyou man

[@simplygame5530]

great explanation. can someone also explain how many amps can such circuit deliver to the load?

[@jermainemartinez9298]

Thanks a lot, man really helpful

[@silliondelfish2176]

Great...never knew it so easy

[@level_01]

Very helpful!

[@konchuai5719]

you give very good at explaination so i understand alot from your video thank you. can you do real world circuit like dc boost converter as i would be great appreciated. thanks for you great instruction.

[@zhirayrshirinyan2370]

I can't get it, if we use the voltage dividers for limiting the voltage on the load, why don't we just put a corresponding resistor in aeries with the load ?

[@Pedro-tm6ue]

My doubt exactly. Have you figured it out in the last 8 months?

[@callum3623]

Voltage dividers are usually used to obtain a certain voltage for a high impedance destination, like if you needed a 5V reference voltage for an op-amp or microcontroller. To provide power to a load you would do what you're suggesting

[@UFO_researcher]

Voltage dividers are used for low current low voltage, such as obtaining 3v from 5v. The 3v is then used as a signal to drive a transistor, which drops the voltage an additional 0.3v while increasing the current.

[@ahmednor5806]

🙏🙏🌹🌹

[@dipakbhalodia7155]

This voltage devider this resistance watt calculate give video

[@unterhau1102]

Love bending conduit and splicing wires. Fucking hate theory though