How To Make Adjustable Voltage Regulator Using 2N3055 | Transistor Voltage Controller Circuit

Make Adjustable Voltage Regulator Circuit Using Transistor 2N3055. Output Current upto 60A.
#voltageregulator
#transistor
#astroelectric1
#adjustablepowersupply
Schematic Diagram is in the link below
👇👇
drive.google.com/file/d/1fKSC...

[@olamson4613]

Good job

[@user-nl3zf7tt7h]

Unprofessional! The emitters must not be connected directly! Only with low-value resistors, 1-1 0.05-0.1 ohm resistors per emitter, at least 10 W, so that the differential resistance of the transistors balances the dissipation differences.

[@moineagu1]

❤❤❤ brilliant project congratulations ❤❤❤

[@Astroelectric1]

Thank you sir 😍

[@K2teknik.]

The thumbnail state: 120A, 1-60V adjustable, here in the description we get 60A. There is even a link to a schematic, but that is not a schematic it is at best a simplified drawing of the circuit, so what can we expect, garbage in, garbage out.

[@rubencastaneda5634]

5 amperes para un 2N3055 marca Toshiba, ya es mucho, imaginate esos truchos que estamos viendo,
Si logra 20 amperes, es mucho, ademas sera por poco tiempo porque herviran como locos 😂

[@repairman2be250]

That is not an Allen Key at minute 1:04 - it is called Torx. People stop posting BS circuits like that claiming impossible Amps and not showing an actual test that shows how many Amperes it really handles before the transistors blow up in your face.

[@Astroelectric1]

Okay thanks for your feedback, I will work on that next time

[@roberthudacek]

ha ha ha 120 A ?? Tranzistor typu 2N3055 s pracovným prúdom až 15A do 100V (kontinuálny výkon 115W). Je komplementárny ku PNP MJ2955.