Femtoduino
author: femtoduino
2 layer board of 0.82 x 0.60 inches (20.8 x 15.3 mm)
Uploaded:
October 12, 2012
Shared:
July 09, 2015
Total Price:
$2.45
Femtoduino board
Femtoduino board
Femtoduino Breakout Shield
author: femtoduino
2 layer board of 1.47 x 0.97 inches (37.2 x 24.5 mm)
Uploaded:
February 16, 2013
Shared:
July 09, 2015
Total Price:
$7.05
Breakout shield for the Femtoduino
Breakout shield for the Femtoduino
FemtoUSB, r1.0.2
author: femtoduino
4 layer board of 0.82 x 0.60 inches (20.7 x 15.3 mm)
Uploaded:
March 06, 2015
Shared:
July 09, 2015
Total Price:
$4.80
Atmel SAMD21E18A ARM Cortex M0+
Atmel SAMD21E18A ARM Cortex M0+
Cro-Magnon
author: mmolteratx
4 layer board of 2.48 x 1.49 inches (62.9 x 37.8 mm)
Uploaded:
June 21, 2014
Shared:
July 09, 2015
Total Price:
$36.80
Clone of the Oddfellow Caveman Drive
Schematic: https://dl.dropboxusercontent.com/u/8021347/Caveman.png
Clone of the Oddfellow Caveman Drive
Schematic: https://dl.dropboxusercontent.com/u/8021347/Caveman.png
Optocpoupler - PC817
author: Ruben
2 layer board of 1.17 x 1.02 inches (29.6 x 25.8 mm)
Uploaded:
July 09, 2015
Shared:
July 09, 2015
Total Price:
$5.90
Simple optocoupler board using 5 PC817-optocouplers, 5 300 ohm 0805 resistors and 5 1k Ohm 0805 resistors
Simple optocoupler board using 5 PC817-optocouplers, 5 300 ohm 0805 resistors and 5 1k Ohm 0805 resistors
Kiibohd Tag-Connect SWD Adapter
author: HaaTa
2 layer board of 1.50 x 0.70 inches (38.2 x 17.9 mm)
Uploaded:
June 10, 2015
Shared:
July 09, 2015
Total Price:
$5.25
Tag-Connect to Bus Pirate Adapter - Compatible with Segger JLink Needle Adapter
Tag-Connect to Bus Pirate Adapter - Compatible with Segger JLink Needle Adapter
32 Channel Input Board
author: geneb
2 layer board of 1.94 x 1.95 inches (49.2 x 49.5 mm)
Uploaded:
July 08, 2015
Shared:
July 08, 2015
Total Price:
$18.85
Goes with the Pro Micro Interface for making a 6 axis, 32 button joystick interface.
Goes with the Pro Micro Interface for making a 6 axis, 32 button joystick interface.
DAC and Amp Power Supply
author: testep02
2 layer board of 3.45 x 3.20 inches (87.6 x 81.3 mm)
Uploaded:
July 06, 2015
Shared:
July 08, 2015
Total Price:
$55.15
Logic and Analog power supply with positive and negative rails.
Logic and Analog power supply with positive and negative rails.
POS and NEG PSU for amplifier
author: testep02
2 layer board of 3.10 x 1.55 inches (78.6 x 39.4 mm)
Uploaded:
July 06, 2015
Shared:
July 08, 2015
Total Price:
$24.00
Selectable voltages of 12V and 15V. Ultra-low noise LDO regulators.
Selectable voltages of 12V and 15V. Ultra-low noise LDO regulators.
Sharp Memory Breakout
author: harrisonhjones
2 layer board of 0.85 x 0.55 inches (21.6 x 14.0 mm)
Uploaded:
April 11, 2015
Shared:
July 08, 2015
Total Price:
$2.30
Sharp Memory Breakout Rev3
Sharp Memory Breakout Rev3
Esp07 Tool
author: CuriousTech
2 layer board of 1.27 x 1.33 inches (32.3 x 33.8 mm)
Uploaded:
June 23, 2015
Shared:
July 08, 2015
Total Price:
$8.45
Rev 1 ESP07/12 breakout w/serial, standalone, or powered serial interface.
Eagle files and pics
Rev 1 ESP07/12 breakout w/serial, standalone, or powered serial interface.
Eagle files and pics
HM50SMD_C_V6
author: JohnB
2 layer board of 3.90 x 1.80 inches (99.1 x 45.8 mm)
Uploaded:
July 08, 2015
Shared:
July 08, 2015
Total Price:
$35.10
Raspberry Pi B+ version only SMD. Designed by Peter F. Based on the design by John B. This is version of the Heatermeter that can be used with a Rpi B+. This board is not for the first timer and requires some knowledge of SMD soldering.
Raspberry Pi B+ version only SMD. Designed by Peter F. Based on the design by John B. This is version of the Heatermeter that can be used with a Rpi B+. This board is not for the first timer and requires some knowledge of SMD soldering.
APA106 Breakout V1
author: tuzzio
2 layer board of 0.50 x 0.50 inches (12.7 x 12.7 mm)
Uploaded:
July 08, 2015
Shared:
July 08, 2015
Total Price:
$1.25
In theory, each one of these boards will hold an APA106 RGB LED, and possibly one 1206 surface mount capacitor. Right now the plan is to link them with matched lengths of stranded wire and build a semi-flexible grid. This is the first effort and may require tweaking.
In theory, each one of these boards will hold an APA106 RGB LED, and possibly one 1206 surface mount capacitor. Right now the plan is to link them with matched lengths of stranded wire and build a semi-flexible grid. This is the first effort and may require tweaking.
