OttoWah
author: Heymor
2 layer board of 1.52 x 1.38 inches (38.7 x 35.1 mm)
Uploaded:
April 05, 2021
Shared:
April 06, 2021
Total Price:
$10.50
A simple Auto-Wah pedal.
More details here on Github: https://github.com/Heymor/OttoWah
A simple Auto-Wah pedal.
More details here on Github: https://github.com/Heymor/OttoWah
Gerber_PCB_IDC Extension_2021-04-05
author: BRIAN-lOUGH
2 layer board of 1.05 x 0.89 inches (26.7 x 22.6 mm)
Uploaded:
April 05, 2021
Shared:
April 05, 2021
Total Price:
$4.65
relay_board_1x5 (2)
author: thatdecade
2 layer board of 2.30 x 1.45 inches (58.5 x 36.9 mm)
Uploaded:
April 05, 2021
Shared:
April 05, 2021
Total Price:
$16.70
Relay Board for Carlos N
author: thatdecade
2 layer board of 2.30 x 1.55 inches (58.5 x 39.4 mm)
Uploaded:
April 05, 2021
Shared:
April 05, 2021
Total Price:
$17.85
MC-1-7-6
author: ArduinoEnigma
2 layer board of 3.47 x 2.14 inches (88.0 x 54.2 mm)
Uploaded:
April 05, 2021
Shared:
April 05, 2021
Total Price:
$36.95
rgba rev 1.1
author: fu5ha
4 layer board of 1.58 x 0.87 inches (40.1 x 22.1 mm)
Uploaded:
April 04, 2021
Shared:
April 04, 2021
Total Price:
$13.70
A tiny, extremely high fidelity, inline, Bluetooth audio receiver for IEMs. https://github.com/termhn/rgba
A tiny, extremely high fidelity, inline, Bluetooth audio receiver for IEMs. https://github.com/termhn/rgba
CAN_Tester.kicad_pcb
author: BrandonZupan
2 layer board of 0.92 x 0.93 inches (23.3 x 23.5 mm)
Uploaded:
April 03, 2021
Shared:
April 03, 2021
Total Price:
$4.20
CAN Tester
CAN Tester
MicroWordClockTut.kicad_pcb
author: Aylo6061
2 layer board of 0.81 x 0.81 inches (20.6 x 20.6 mm)
Uploaded:
March 13, 2021
Shared:
April 03, 2021
Total Price:
$3.25
Kicad Version of micro word clock with RTC battery and USB power
Kicad Version of micro word clock with RTC battery and USB power
LR2051-902 Sensor Board PCB - Revision A
author: LuckyResistor
2 layer board of 2.24 x 4.26 inches (56.8 x 108.1 mm)
Uploaded:
February 24, 2021
Shared:
April 03, 2021
Total Price:
$47.55
This is the sensor board for the pet feeding device.
This is the sensor board for the pet feeding device.
Neopixel Hilt Adapter PCB w/ Blade Detect - 1515 V2
author: JagdNutCrkr
2 layer board of 0.73 x 0.73 inches (18.6 x 18.6 mm)
Uploaded:
September 25, 2020
Shared:
April 03, 2021
Total Price:
$2.65
For personal use only
For use with Adafruit Neopixel 1515 (SK6805-EC 15) and 0603 resistor.
This project is powered by coffee bean extract. Please consider Donating to keep me caff…
Show full description
For personal use only
For use with Adafruit Neopixel 1515 (SK6805-EC 15) and 0603 resistor.
This project is powered by coffee bean extract. Please consider Donating to keep me caff…
Show full description
Neopixel Hilt Adapter PCB - Side LED 4020
author: JagdNutCrkr
2 layer board of 0.73 x 0.73 inches (18.6 x 18.6 mm)
Uploaded:
September 25, 2020
Shared:
April 03, 2021
Total Price:
$2.65
For personal use only
For use with SK6812 Side-A 4020 LEDs and 0603 resistor. Please keep in mind that these LEDs are designed to be mounted sideways. There is enough contact pad surface to solder the LEDs with light facing up.
This project is powered by coffee bean extract. Plea…
Show full description
For personal use only
For use with SK6812 Side-A 4020 LEDs and 0603 resistor. Please keep in mind that these LEDs are designed to be mounted sideways. There is enough contact pad surface to solder the LEDs with light facing up.
This project is powered by coffee bean extract. Plea…
Show full description
LED Strip 8x50mm (`15 LEDS) - 1515
author: JagdNutCrkr
2 layer board of 0.32 x 1.98 inches (8.2 x 50.2 mm)
Uploaded:
March 21, 2021
Shared:
April 03, 2021
Total Price:
$3.15
For personal use only
For use with Adafruit Neopixel 1515 (SK6805-EC 15) and 0603 resistor.
This project is powered by Coffee Beans. Please consider Donating to keep me caffeinated…
Show full description
For personal use only
For use with Adafruit Neopixel 1515 (SK6805-EC 15) and 0603 resistor.
This project is powered by Coffee Beans. Please consider Donating to keep me caffeinated…
Show full description
BargraphV2
author: JagdNutCrkr
2 layer board of 1.11 x 0.33 inches (28.3 x 8.2 mm)
Uploaded:
September 25, 2020
Shared:
April 03, 2021
Total Price:
$1.80
For personal use only
For use with Adafruit Neopixel 1515 (SK6805-EC 15) and 0603 resistor.
This project is powered by Coffee Beans. Please consider Donating to keep me caffeinated.
Thank you,
Kim
For personal use only
For use with Adafruit Neopixel 1515 (SK6805-EC 15) and 0603 resistor.
This project is powered by Coffee Beans. Please consider Donating to keep me caffeinated.
Thank you,
Kim
Neopixel dual tactile switch PCB
author: JagdNutCrkr
2 layer board of 0.34 x 0.34 inches (8.7 x 8.7 mm)
Uploaded:
June 25, 2020
Shared:
April 03, 2021
Total Price:
$0.55
For personal use only
For use with Adafruit Neopixel 1515 (SK6805-EC 15) and 4x3x2mm tactile switches.
This project is powered by Coffee Beans. Please consider Donating to keep me …
Show full description
For personal use only
For use with Adafruit Neopixel 1515 (SK6805-EC 15) and 4x3x2mm tactile switches.
This project is powered by Coffee Beans. Please consider Donating to keep me …
Show full description
DebugEdgeAdapter
author: stephie
4 layer board of 0.87 x 0.53 inches (22.1 x 13.6 mm)
Uploaded:
March 19, 2021
Shared:
April 02, 2021
Total Price:
$4.60
debug-edge.io to STDC14, BlackMagic probe UART, and 2.54mm breakout
debug-edge.io to STDC14, BlackMagic probe UART, and 2.54mm breakout
TPS62260 Board
author: PresidentSkroob
2 layer board of 0.79 x 0.46 inches (20.0 x 11.8 mm)
Uploaded:
February 01, 2021
Shared:
April 02, 2021
Total Price:
$1.80
Regulated DC-DC buck converter.
Details
- Vin = 2-6V 2.. Vout = 0.6 - 6V
- Iout = 0.6A max
BOM
- C1 - 4.7uF 0805 2.. C2 - 22pF 0805
- C3 - 10uF 0805
- L1 - 2.2uH 1210
- R1, R2 - 0805 depends on selected output voltage, Vout = 0.6 x (1 + R1/R2), instead of R3
- R3 - 500…
Show full description
Regulated DC-DC buck converter.
Details
- Vin = 2-6V 2.. Vout = 0.6 - 6V
- Iout = 0.6A max
BOM
- C1 - 4.7uF 0805 2.. C2 - 22pF 0805
- C3 - 10uF 0805
- L1 - 2.2uH 1210
- R1, R2 - 0805 depends on selected output voltage, Vout = 0.6 x (1 + R1/R2), instead of R3
- R3 - 500…
Show full description