watsug
Well-Known Member
A few days ago I got my clone controller from ebay.
Like this one
(found here http://www.ebay.com/itm/Game-Contro...t=Video_Games_Accessories&hash=item35bb26b71e)
I opened it a saw that it used potentiometers. I had a analog from a USB gamepad and soldered it on using bentomo´s guide. It didn't work . The cursor in mario64 could only move slowly to the left. I measured the resistance of my analog stick and the one that came with the controller and found out that my USB analog was 10kΩ and the N64 one was 50-60kΩ.
I also tried with a PS1, Gamecube and some wierd starwars plug'n'play game. The PS1 and starwars games analogs were 10kΩ so they didn't work. When I tried my original gamecube C-stick, Mario was moving , but only at about half speed . My gamecube pot were 30kΩ.
So my question is, are there any known and good analog sticks that uses 50 or 60kΩ pots? Or can I somehow use the sticks I already have?
Thanks for reading
Like this one
(found here http://www.ebay.com/itm/Game-Contro...t=Video_Games_Accessories&hash=item35bb26b71e)
I opened it a saw that it used potentiometers. I had a analog from a USB gamepad and soldered it on using bentomo´s guide. It didn't work . The cursor in mario64 could only move slowly to the left. I measured the resistance of my analog stick and the one that came with the controller and found out that my USB analog was 10kΩ and the N64 one was 50-60kΩ.
I also tried with a PS1, Gamecube and some wierd starwars plug'n'play game. The PS1 and starwars games analogs were 10kΩ so they didn't work. When I tried my original gamecube C-stick, Mario was moving , but only at about half speed . My gamecube pot were 30kΩ.
So my question is, are there any known and good analog sticks that uses 50 or 60kΩ pots? Or can I somehow use the sticks I already have?
Thanks for reading