Difference between revisions of "24ch DMX 8 RGB flood controller"
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(Created page with " === DIP switch === 1 - DMX through (pass DMX data as is, do not remove any channels) 2 - Use exponential lookup table to map channel value to PWM value (otherwise, mapping is...") |
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=== DIP switch === | === DIP switch === | ||
| − | 1 - DMX through (pass DMX data as is, do not remove any channels) | + | * 1 - DMX through (pass DMX data as is, do not remove any channels) |
| − | 2 - Use exponential lookup table to map channel value to PWM value (otherwise, mapping is linear) | + | * 2 - Use exponential lookup table to map channel value to PWM value (otherwise, mapping is linear) |
| − | 3 - Invert output (when inverted in software, 0 will result in 0.05% PWM, so small glow might be visible) | + | * 3 - Invert output (when inverted in software, 0 will result in 0.05% PWM, so small glow might be visible) |
=== S1 switch === | === S1 switch === | ||
Revision as of 10:25, 11 November 2015
DIP switch
- 1 - DMX through (pass DMX data as is, do not remove any channels)
- 2 - Use exponential lookup table to map channel value to PWM value (otherwise, mapping is linear)
- 3 - Invert output (when inverted in software, 0 will result in 0.05% PWM, so small glow might be visible)
S1 switch
Power On - normal operation, listen on DMX input Press - test mode 1, rainbow Press - test mode 2, cycle RGB (0, R, G, B, RG, RB, GB, RGB, 0, ...) Press - default
LED
DMX activity
Solder resistors
Solder capacitors
Solder remaining components and insert ICs
