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.
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.
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 ?
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
So clear! Thankyou man
great explanation. can someone also explain how many amps can such circuit deliver to the load?
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.
Thanks a lot, man really helpful
Great...never knew it so easy
Very helpful!
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.
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 ?
My doubt exactly. Have you figured it out in the last 8 months?
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
This voltage devider this resistance watt calculate give video
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Love bending conduit and splicing wires. Fucking hate theory though