[help] Ps3 Controller Modding
Posted 27 April 2011 - 10:23 AM
i'm traying to make an arcade controller with my ps3 controller, but i got a problem with it...
this is my ps3 controller board
and this my controller conductive filme
it have 20 connectors (sorry if that isn't the right word for it), i'll number it from the down left to the top right [first picture]
my first guess was:
4+14= ??? (some kind of not enabled buttom)
7+17= ??? (some kind of not enabled buttom)
but when i test my arcade controller it doen't work (exept ps buttom)... i'm not connecting the "some kind of not enabled button"
L3, R3, and analog sticks works perfect
i'm doing somethig wrong, but i dont know what it is..... i need some help with this, it's getting me crazy
Posted 27 April 2011 - 09:06 PM
but i cant meka it work... i'm missing something, i'm very noob on this, so maybe i'm missing some stupid thing
what i'm traying to do:
i'm connecting one connector to another trying to make work some button... for example, conecting square with com2... but it isn't work.... connecting V with PS is the only function i can make it work..... (trying on each side of the daughterboard)
Posted 28 April 2011 - 10:27 AM
If you don't have the daughter board connected you will need 2 resistors of between 7.5 - 10k connected.
Again connect one more resistor to com1
Then you can hook up the button cables to their respective com ends.
I personally used resistors of 8.2k.
Also while we are talking about arcade sticks, do you have any knowledge regarding the Accelerometer? Mine seems to be acting up and when I tilt or shake my arcade sticks in different direction I get inputs of left, up and right. No down whatsoever. I want to disable the accelerometer completely. Can you help me with that?
I hope RDC is reading this. (:
Posted 29 April 2011 - 12:31 PM
@ Firebuble - The 'not enabled buttons' you are referring to on the Daughter board (conductive film) are Pull Up Resistors that are built into it. When the Daughter board is disconnected form the controller the main buttons will not work correctly.
You need to install a couple of Resistors. One from V to COM1, and another from V to COM2.
You also have everything numbered incorrectly, but as long as you get it all installed right it doesn't matter. Going by your number setup, you need a 10k Resistor connected between 4 and 14 (COM1 and V), then another 10k Resistor connected between 7 and 17 (COM2 and V), then your buttons will work.
The exact value doesn't really matter, it can be anything from 6.8k to 10k or so, 10k are just more common and easier to get.
Edited by RDC, 29 April 2011 - 12:34 PM.
Posted 10 May 2011 - 06:06 PM
i got just one more question...can i replace the left stick with an arcade stick?
i mean... i dont want to use it just for fighting games.... i want to use it in some other games like GoW3, assassins creed, etc. so, i want to replace the left stick with an arcade stick, and de D-pad with buttons
so, if this is pissible, how can i do it?
Posted 11 May 2011 - 02:06 PM
You can leave the Analog Stick installed on the PS3 board, or remove it, it makes no difference either way in this case.
You can not wire the Arcade Stick directly to the connections for the Analog Stick though, they don't work the same way at all.
These TP spots are for the MSU_VX3_0.07 board.
If you're using a Digital Arcade Stick, one that has 4 switches on it, you would wire it up..
TP20 + GND = LSU (Left Stick Up)
TP20 + TP13 = LSD
TP19 + GND = LSL
TP19 + TP13 = LSR
TP22 + GND = RSU (Right Stick Up)
TP22 + TP13 = RSD
TP21 + GND = RSL
TP21 + TP13 = RSR
If you are using an Analog Arcade Stick that has POTs you would wire it up..
TP20 to the Wiper for Up/Down
TP19 to the Wiper for Left/Right
TP22 to the Wiper for Up/Down
TP21 to the Wiper for Left/Right
TP13 and GND for the outside connections of the POTs. If any Axis (movements) are inverted (reversed) just swap the TP13 and GND connections on that POT to change the direction.
Posted 11 May 2011 - 07:03 PM
after get that stick, i'll post here my first home made arcade game pad
and again, thank you very much RDC, u've helped me a lot
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