Difference between revisions of "Beacon3"
From Hackstrich
("little" remotes will only get us 100ft of range. Biiiiig remote would be more useful. ;)) |
(Idea for control unit) |
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** To get long enough range to be useful, we'd want ~50mW | ** To get long enough range to be useful, we'd want ~50mW | ||
** XBee is probably the best way to go, but need to look at power draw for the RX side and would have to custom-design a remote control unit | ** XBee is probably the best way to go, but need to look at power draw for the RX side and would have to custom-design a remote control unit | ||
+ | ** Control unit could just be: | ||
+ | *** Arduino Fio | ||
+ | *** XBee Series 1 RP-SMA (plugs directly into Arduino Fio) | ||
+ | *** Rubber-duck antenna | ||
+ | *** LiIon pack (plugs directly into Arduino Fio) | ||
== Project Status == | == Project Status == | ||
2011-07-19: Initial design started. | 2011-07-19: Initial design started. |
Revision as of 17:34, 19 July 2011
Beacon3 will be a beacon for the top of our flag(less) pole for Burning Man 2011. It will be simpler than Beacon2 as time is limited to get it done, but we want a brighter beacon.
Ideas
- Less LEDs, but much much brighter. Thinking either a triangle or square with a 1, 3, or 5W RGB LED (either integrated or discrete) on each side.
- Planar PCB that fits onto the spindle, then LED PCBs that plug in vertically seems like it would work
- LED PCBs may need heat sinks, which could fit into the middle space around the spindle
- Single MCU this time, as there are fewer LEDs
- Same enclosure as Beacon2 can be used to save time, just remove PCBs and replace with these
- Same light sensor and (lack of) charging circuitry as Beacon2 can also be used
- Having a remote that would make the beacon extra-noticeable when a button was pressed would be cool
- To get long enough range to be useful, we'd want ~50mW
- XBee is probably the best way to go, but need to look at power draw for the RX side and would have to custom-design a remote control unit
- Control unit could just be:
- Arduino Fio
- XBee Series 1 RP-SMA (plugs directly into Arduino Fio)
- Rubber-duck antenna
- LiIon pack (plugs directly into Arduino Fio)
Project Status
2011-07-19: Initial design started.