You could probably just throw a resistor and LED in series with the push button.
The last circuit is flat wrong. Do not place a load between an IPAC input and a GND connection. The connection must be made in parallel.
Well, microchips need at least 3.3 volts to accept a signal as HIGH, so placing a load might cause some problems with that.
The last circuit is flat wrong. Do not place a load between an IPAC input and a GND connection. The connection must be made in parallel.
Now you made me open up my CP to test my flat wrong theory.
Ok, so let me see if I am tracking. Take a look at the pictures below. Which one is valid?
Neither is correct.
You guys have it all wrong. Read the thread title again. He wants the MICROSWITCHES to light up.
You da man trimoor :)Oh? And what makes you so sure of that? :-*
You da man trimoor :)Oh? And what makes you so sure of that? :-*
This is the last time. If you can't figure this one out, there is no hope for you.
Hehe. That little LED is gonna catch on fire the first time you press the button. Your pictures show it hooked to the 12v line with no current limiting resistor :).
I'm not sure if I really wanna know, Ill just let you chose your own way to express your manhood...
I'm gonna have my buttons trigger a confetti machine.
This is the last time. If you can't figure this one out, there is no hope for you.
Hehe. That little LED is gonna catch on fire the first time you press the button. Your pictures show it hooked to the 12v line with no current limiting resistor :).
RandyT
my whole deal is, thinking logically,Well that's your problem. Logic has no place in art.
the player's hand'll be in the way!
...
the player's hand will be obstructing most of the view of all the pretty flashing. it's been a few years since i've played arcades, but i know people don't hold their hands in the air, fingers pointed straight down punching the buttons like piano hammers.