The label that appears at 37:54 is supposed to say "Voltage Conversion - Step-Up and Step-Down Transformers" :) If this video helped you, please support the channel here: ko-fi.com/tutorialgenius Thanks for watching!
@7:51 You stated that the smaller (skinnier) pipe has more power than the bigger pipe. Please help me understand. I think I got it, but I am not quite sure.
No they do not, but does it matter? Well, usually not, but it depends on the appliance! Here are some examples: www.tortech.com.au/frequency-difference-50-60hz-and-step-downs/
Hi Dude, very cool video. Have just given a thumbs up as well deserved. Just wanted to ask, regarding the AC input figures, they are often followed by an AMP, in some cases with the words “max” after. IE: 100-240v (50-60hz) 1A. Do I need to be concerned about that amp value at the end. I’m looking to replace an adapter that has the input stated above with a DC output of 12v 2.5a, I found a possible Replacement, which matches the output, but input shows the amps as 0.8A instead of 1.0A. Will it make a difference and can you explain why the ac input also has an amp value too, sometimes followed with the word “max”? Cheers, Danny (from UK).
The NES has a drastically different power system then it's Japanese famicom counterpart. The famicom has the same input connector, but requires a dc input, and ac will magic smoke.
The label that appears at 37:54 is supposed to say "Voltage Conversion - Step-Up and Step-Down Transformers" :)
If this video helped you, please support the channel here: ko-fi.com/tutorialgenius
Thanks for watching!
Thank you! This was very informative! 👍👍
Glad it was helpful! :)
Crystal clear explanation!!! Excellent!!
Glad it was helpful! 😊😁
Amazing video, you really explain everything clearly thanks so much!
Glad it was helpful! I hope you subscribe to my channel! :)
@7:51 You stated that the smaller (skinnier) pipe has more power than the bigger pipe. Please help me understand. I think I got it, but I am not quite sure.
Watch the video again, you'll get it :) Everything is in there
Great video!!! I feel like I learned so much! I am trying to run my echo show on 18v drill battery
Glad it was helpful!
Does the step up/step down transformer also change the hertz to match the need of the appliance?
No they do not, but does it matter? Well, usually not, but it depends on the appliance!
Here are some examples: www.tortech.com.au/frequency-difference-50-60hz-and-step-downs/
This was great! Thank you!
You are so welcome!
Excellent. You should have also mentioned about linear (transformer) and SMPS types.
Thank you! Perhaps for a next video! This was getting a little long! haha!
@@TutorialGenius welcome
Hi Dude, very cool video. Have just given a thumbs up as well deserved. Just wanted to ask, regarding the AC input figures, they are often followed by an AMP, in some cases with the words “max” after. IE: 100-240v (50-60hz) 1A. Do I need to be concerned about that amp value at the end. I’m looking to replace an adapter that has the input stated above with a DC output of 12v 2.5a, I found a possible Replacement, which matches the output, but input shows the amps as 0.8A instead of 1.0A. Will it make a difference and can you explain why the ac input also has an amp value too, sometimes followed with the word “max”? Cheers, Danny (from UK).
You need to match the voltage and ampage or higher amps but not lower
Thank you!
You're welcome!
Awesome. thanks
You're welcome! I'm glad it was useful
The NES has a drastically different power system then it's Japanese famicom counterpart. The famicom has the same input connector, but requires a dc input, and ac will magic smoke.
I'm sure it does
perfect
😊 try changing the name to “How to not burn down your building” 😂 you will get 3x the views.
Are you an electrician?