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Forum Index > Projects > Interactive LED projects | ||
Altering for range |
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Anonymous: Alex | ||||||||
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Hello! |
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Anonymous: Alex | ||||||||
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My apologies for not clarifying before, but this post was in reference to the Octolively: http://evilmadscience.com/productsmenu/tinykitlist/411-octo |
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Windell | ||||||||
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You may be able to increase the sensitivity by playing with the values of resistors R9-R15. However, the response function is pretty well tuned for the usual hardware, so it's not clear to me how well this will work. You might want to consider having a separate motion sensor to give an initial signal (of some sort) that would catch peoples attention, so that they can interact with them closer up. Windell H. Oskay drwho(at)evilmadscientist.com http://www.evilmadscientist.com/ |
![]() Evil Scientist ![]() Status: offline
Registered: 06/15/06 |
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Anonymous: Alex | ||||||||
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I see tinted IR photodiode/resistors are used. Would replacing these with non-tinted photodiodes increase range in feedback, or would this work adversely? |
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Windell | ||||||||
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Generally, adversely. The black lens blocks visible light, so that the sensors only detect the pulses emitted by the IR LEDs. You might consider altering the programming so that it responds to *any* changes (not just those related to reflection of the IR LEDs) but it would take some playing with it to get a good result. Windell H. Oskay drwho(at)evilmadscientist.com http://www.evilmadscientist.com/ |
![]() Evil Scientist ![]() Status: offline
Registered: 06/15/06 |
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Octolively
Interactive LED kits
Meggy Jr RGB
LED matrix game
development kit.
Business-card sized
AVR target boards
Peggy 2
LED Pegboard kits