Nikolas_A Posted November 24, 2021 Posted November 24, 2021 On 11/11/2021 at 5:27 PM, lesthegrngo said: A question regarding the rotary switches - can you limit them physically to a certain number of positions, or is is a constant rotation 12 position switch? Les They look very similar to the C&K ones that I have, which have an indexable stop. It' a washer with a tooth that you insert in the appropriate hole
Galinette Posted January 23, 2022 Author Posted January 23, 2022 I just finished my little project, and these selectors saved it. With 6x 12-pos selectors, it would have been 72 inputs and 78 wires, to be added to 5 encoders, 7 axis, and a bunch of levers and buttons. Now I'm thinking, this could be used for 3-pos ON-ON-ON switches as well, with the 1k resistors.
No1sonuk Posted January 23, 2022 Posted January 23, 2022 2 hours ago, Kercheiz said: Now I'm thinking, this could be used for 3-pos ON-ON-ON switches as well, with the 1k resistors. Without knowing exactly how the code works, it might give odd results, or not work at all, with just 3 or 4 resistors. You might have to add extra resistance at one end to fool the processor and make the 3 positions the first or last 3 of 12. It could be worth experimenting.
lesthegrngo Posted January 23, 2022 Posted January 23, 2022 Or you could use four ON-ON-ON switches wired in series with the resistors? Les
No1sonuk Posted January 23, 2022 Posted January 23, 2022 36 minutes ago, lesthegrngo said: Or you could use four ON-ON-ON switches wired in series with the resistors? Les That wouldn't give four independent outputs, though. As I understand it, each of those switches can only select between one of 12 outputs.
Galinette Posted January 23, 2022 Author Posted January 23, 2022 6 hours ago, No1sonuk said: Without knowing exactly how the code works, it might give odd results, or not work at all, with just 3 or 4 resistors. You might have to add extra resistance at one end to fool the processor and make the 3 positions the first or last 3 of 12. It could be worth experimenting. I think on the three first positions the board just sees 1kOhm, 2kOhm, 3kOhms 1
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