I recently built a home-made paddle controller for my 7800. I used 1 MOhm linear potentiometers, as was indicated in the Atari field manual, and was confirmed in several other forum posts. However, 9/10ths of the dial's range is a deadzone, with the last 1/10th actually being registered by the game. (In this case, 2600's Super Breakout.)
Before I started this, I built a prototype using a Maxitronix electronics kit, and I had a brain-fart and thought that the 100 KOhm potentiometer I hooked up was the same as a 1 MOhm one, and I got the expected results when I played the game.
So my question is: why did the 100K one give me the expected results, but the 1 MOhm one is mostly useless? I've never acutally used a 2600 paddle controller, so I don't know how many degrees of movement it allowed.
(p.s. I'm pretty new to electronics, so please be kind.![:)]()
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Before I started this, I built a prototype using a Maxitronix electronics kit, and I had a brain-fart and thought that the 100 KOhm potentiometer I hooked up was the same as a 1 MOhm one, and I got the expected results when I played the game.
So my question is: why did the 100K one give me the expected results, but the 1 MOhm one is mostly useless? I've never acutally used a 2600 paddle controller, so I don't know how many degrees of movement it allowed.
(p.s. I'm pretty new to electronics, so please be kind.
)