This are some of my new ideas, which are not completely solved ;-)
- Flux Generator (Only a prop with some blinking LEDs ;-)) Biggest Challenge: Housing
- Small LED Light Engine - A node which could connect to other nodes and control some LEDs. It is intended for Outdooruse. Should use three fat n-Channel Mosfets for 1 .. 3 LEDs powered by 12V. Should also use a LIN Driver for Communication, A/D Channel for Light/Ambient sensing. Biggest Challenge: IP67 rating and Housing, Size constraints (Diameter of 30mm should not be exceeded)
- A one Piece Piece of the #Alarmierungsuhr which could display custom text or time in binary. Biggest Challenge: Get it ready before Friday ;-D
- Build a Steppermotor Control from some n-Ch and p-Ch Mosfets and a controller. Biggest Challenge: Get the designated http://www.irf.com/product-info/datasheets/data/irf7309pbf.pdf running with an Arduino Uno. Biggest Challenge: Get a Dual FET working as expected.. I think the smoke of my first IRF7309 is already gone... i hope it could work somehow like in the "schematic"
- Upload some Pictures from the Zurich Meetup
- Finish a specifiv 3D Model
I hope to keep you updated ;-)
Discussions
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I'm so close to make another list, but I'm afraid to "speak out loud" that there might be a quadcopter on it :D
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I'm always curious what you do next ;-)
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checkout 99ct stores gor tee/coffee boxes for the flux capacitor, they sometimes have windows.
12V seems beefy for lights. Is it supposed to be decorative or for securing streets and areas?
What's on friday?
Pictures, please!
Is it for your drone/quadcopter?
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12V is at least the Supply Voltage. I want to power it from Solar Power (Battery).
Would be better to implement a current sink, but not sure how is the best way to do it.
The LEDs which i would like to use are 9,6V@300mA with 240Lumen.
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sounds power hungry :)
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Yepp... but powering it by PWM leaves the possibilities to cut the power consumption :)
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