Yeah, that's what I'm doing. Just about any configuration will be possible. Centered single
trackball, dual trackballs, trackball to right with
'volcano' buttons, etc. I've bought tons of
different controls too to duplicate most of
my favorite games.
Can't wait to
play 'Tapper', and other games with their original controls!!
I guess I could use a cut printer cable but for some
reason I just find the Molex connectors easier to
work with.
FYI- If you use a db25 type cable don't use a printer cable, it has to be a printer or serial [extension /b]cable.
Molex connectors is perfect for your application. The db25 option is nice for swappable panels because you only need one plug for the whole panel. You application is much more modular and the big plugs would get i in your way.
I assume your mounting the countrols to mounting plates. Whats holding the mounting plates down?
Yeah, I meant DB25 cable, I have a bunch of these I use
to extend a 25 pin serial connection I've got. Real printer
cables are called something like Centronics IIRC.
Here's how it works. I have a metal control panel. I currently
use sheets of steel for swappable panels (this is all documented
on my web site). They are held down by screws/rivet nuts.
The downside to this is that steel is hard to drill holes in.
Each hole takes minutes to cut using a bi-metal hole saw.
Also the panels are quite large and hard to store.
My new panel is just another panel like the others, but it
has a very large rectangle cut out of the middle. I've mounted
standard computer rack rails along the top and bottom of this
opening. I can then use standard blanker panels (1U, 2U, 3U)
etc cut to the right length (8") to mount on the rails. These are either 1/8" or 1/16" thick aluminum which is much easier to cut. I don't know if this helps 'paint the picture' but I hope
to have my pics up soon. Right now I'm debating using the 1/8 or 1/16 panels. I have a couple of both and am trying them out
w/w-out plexi coverings etc. My big hold up was finding a tool
that could cut the standard 19" panels of varying widths down
to 8" with a very straight line. The tool I'm using is called a
'chop saw'.