00:50 No, 5w resistor is not 500 mA it depend to the voltage, to calculate use; I = V/R for an example see 01:50 30V/16R = 1.875A (or 1.75A on your watt meter)
Where did you get the meter? What is your goal with this setup? What is the max current? Did you modify the meter to meet your needs? How do you expect to get 9A from a micro-USB connector? Did you check the specs? This video creates more questions than answers since there's no explanation.
Them small switches doesnt like that high currents, they will burn out.. The button the same.. They are made for maybe 1 amp continious current if you are lucky
00:50 No, 5w resistor is not 500 mA it depend to the voltage, to calculate use; I = V/R for an example see 01:50 30V/16R = 1.875A (or 1.75A on your watt meter)
I totally agree. I was going to say the same thing, that it depends on the input voltage. It's not the same current for all
Good job ♥️
Where did you get the meter? What is your goal with this setup? What is the max current? Did you modify the meter to meet your needs? How do you expect to get 9A from a micro-USB connector? Did you check the specs? This video creates more questions than answers since there's no explanation.
Them small switches doesnt like that high currents, they will burn out.. The button the same.. They are made for maybe 1 amp continious current if you are lucky
Is there switch and button that can handle large current? I will buy them to make the same circuit.
Make a 600 amp dc load testter
Whats that for? Didnt understand anything😥🙄