BulbEnglish: Difference between revisions

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|Leistung=120mW
|Leistung=120mW
|Kontakt=[[User:StefanSchuermans|Stefan Schuermans]]
|Kontakt=[[User:StefanSchuermans|Stefan Schuermans]]
|Webseite=
}}
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Revision as of 21:25, 20 June 2019

project overview
Zur deutschsprachigen Version dieser Seite
Bulb-1.1.0.jpg
Year 2011
Number of pixels 42
Grayscales / Colors 16 grayscales (gamma 2.0)
Illuminant SMD LEDs
Power input 120mW
Contact person Stefan Schuermans
Project website

BlinkenArea ultimate logo board - "bulb" for short - is a small circuit board of 5x5cm showing the BlinkenArea logo with 42 LEDs. The orange LEDs display several animations using 16 brightness levels (gamma = 2.0). The board is powered by a single CR2032 button cell.

This project is an extension of AntiKippenLights-Mini (which is a shrinked remade of AntiKippenLights).

Downloads

1.1.0

  • [[::Image:Bulb-1.1.0.pdf|bulb manual 1.1.0 (PDF file)]]

1.0.0

  • [[::Image:Bulb-electrics-1.0.0_2011-07-02.tar.bz2|electrics 1.0.0 (schematic, part list and layout)]]
  • [[::Image:Bulb-firmware-1.0.0_2011-07-30.tar.bz2|firmware 1.0.0 (source code)]]
  • [[::Image:Bulb-prog-1.0.0_2011-07-30.zip|firmware 1.0.0 (hex code)]]
  • [[::Image:Bulb.pdf|bulb manual 1.0.0 (PDF file)]]

Images

Instructions for assembling the kit 1.0.0

  1. download the "electrics" package and unpack it
  2. look at page 12 of "bulb.pcb.pdf"
  3. solder the LEDs as seen in the PDF (the black dots next to the LEDs in the PDF indicate where the green dots on the actual LEDs have to be)
  4. look at page 13 of "bulb.pcb.pdf"
  5. solder the resistor (tiny, dark, with "1002" printed on it) to the position R1 (polarity does not mater)
  6. solder the capacitor (tiny, brown, nothing printed on it) to the position C1 (polarity does not matter)
  7. solder the FET (small black, 8 pins) to the position T1 (the dot on the actual part goes to the side with the half circle in the PDF)
  8. solder the microcontroller (bigger, black, 20 pins) to the position IC1 (the dot on the actual part goes to the side with the half circle in the PDF)
  9. solder the button to the position S1 (polarity does not matter)
  10. solder the battery holder to the position B1
  11. insert the battery