2 layers20 × 20 mm
B OPT4048DTSR BRK R1.0
Boardoza/Boardoza_OPT4048_High_Precision_Color_Sensor_Breakout_Board
High-precision ambient light and color sensing breakout board based on the Texas Instruments OPT4048 sensor.
16 partsCC-BY-SA-4.0
Boards using the OPT4048DTSR
9 boardsBoards in 2 GitHub repositories, designed in KiCad, that use the OPT4048DTSR by Texas Instruments (-40℃~+85℃ 0.6mm 1.6V~3.6V 1.9mm 144.284klx 2.1mm 20bit 2uA Color Recognition I2C Low power/sleep mode、Spectral correction/filtering、Adjustable gain control、Interrupt/event trigger、Automatic gain control SOT-8(5x3) Ambient Light Sensors ROHS). See how each wires it, with its parts, size, README and files; the OPT4048DTSR’s symbol, footprint and pinout are on its own page.
- 2 layers58 × 112.7 mm
Baseplate mock 2 rev 1
Kmshanley/PicoSat-Initiative
The pocket cube standard requires satellites to be 5x5x5cm and under 250 grams. Upon completion of this Wentworth PicoSat it will become one of the smallest satellites capable of high resolution imagery from LEO.
22 parts3GPL-3.0 - 4 layers58 × 64 mm
Baseplate rev1 mock3
Kmshanley/PicoSat-Initiative
The pocket cube standard requires satellites to be 5x5x5cm and under 250 grams. Upon completion of this Wentworth PicoSat it will become one of the smallest satellites capable of high resolution imagery from LEO.
29 parts3GPL-3.0 - 4 layers58 × 64 mm
BaseplateRev1
Kmshanley/PicoSat-Initiative
The pocket cube standard requires satellites to be 5x5x5cm and under 250 grams. Upon completion of this Wentworth PicoSat it will become one of the smallest satellites capable of high resolution imagery from LEO.
38 parts3GPL-3.0 - 4 layers58 × 64 mm
BaseplateRev1 B
Kmshanley/PicoSat-Initiative
The pocket cube standard requires satellites to be 5x5x5cm and under 250 grams. Upon completion of this Wentworth PicoSat it will become one of the smallest satellites capable of high resolution imagery from LEO.
30 parts3GPL-3.0 - 8 layers47.8 × 47.8 mm
ExternalFaces
Kmshanley/PicoSat-Initiative
The pocket cube standard requires satellites to be 5x5x5cm and under 250 grams. Upon completion of this Wentworth PicoSat it will become one of the smallest satellites capable of high resolution imagery from LEO.
31 parts3GPL-3.0 - 4 layers46 × 50.4 mm
ExternalFaces
Kmshanley/PicoSat-Initiative
The pocket cube standard requires satellites to be 5x5x5cm and under 250 grams. Upon completion of this Wentworth PicoSat it will become one of the smallest satellites capable of high resolution imagery from LEO.
34 parts3GPL-3.0 - 4 layers64 × 58 mm
Final baseplate model 66
Kmshanley/PicoSat-Initiative
The pocket cube standard requires satellites to be 5x5x5cm and under 250 grams. Upon completion of this Wentworth PicoSat it will become one of the smallest satellites capable of high resolution imagery from LEO.
41 parts3GPL-3.0 - 4 layers50 × 50 mm
TopExternalFaceRev0
Kmshanley/PicoSat-Initiative
The pocket cube standard requires satellites to be 5x5x5cm and under 250 grams. Upon completion of this Wentworth PicoSat it will become one of the smallest satellites capable of high resolution imagery from LEO.
31 parts3GPL-3.0