NoIrDA
author: TinLethax
2 layer board of 0.60 x 0.31 inches (15.2 x 8.0 mm)
Uploaded:
April 04, 2020
Shared:
April 04, 2020
Total Price:
$0.90
TFDU4100 breakout board.
BOMs
- 4.7uF 0805 capacitor
- AMS1117 3.3volt
- 1.5Ohm 0805 resistor
- TFDU4100 IrDA module
TFDU4100 breakout board.
BOMs
- 4.7uF 0805 capacitor
- AMS1117 3.3volt
- 1.5Ohm 0805 resistor
- TFDU4100 IrDA module
op-amp-smu-test.kicad_pcb
author: Krasimir.Kostadinov
2 layer board of 1.07 x 0.79 inches (27.0 x 20.1 mm)
Uploaded:
April 04, 2020
Shared:
April 04, 2020
Total Price:
$4.20
Fixture for testing Vcm vs. Ibias. SMA connector must be connected to Chinch 3-0347-9 adaptor to TRB triax cable to SMU like Keithley 236/7/8
Fixture for testing Vcm vs. Ibias. SMA connector must be connected to Chinch 3-0347-9 adaptor to TRB triax cable to SMU like Keithley 236/7/8
mmTag PowerSupply RevB
author: ArturBalanuta
2 layer board of 2.36 x 2.11 inches (59.8 x 53.5 mm)
Uploaded:
April 04, 2020
Shared:
April 04, 2020
Total Price:
$24.80
Propeller Simpler SIP
author: hatallica
2 layer board of 1.02 x 0.91 inches (25.9 x 23.2 mm)
Uploaded:
April 02, 2020
Shared:
April 02, 2020
Total Price:
$4.60
Simple board for small jobs (P0-7). Aux i/o (P8-15) for expansion.
Simple board for small jobs (P0-7). Aux i/o (P8-15) for expansion.
ESP32 Matrix Nunchuck for Brian Loughs Matrix board
author: BRIAN-lOUGH
2 layer board of 0.78 x 0.91 inches (19.7 x 23.1 mm)
Uploaded:
April 02, 2020
Shared:
April 02, 2020
Total Price:
$3.50
Slots into the GY521 slot of my matrix board
https://www.tindie.com/products/brianlough/esp32-matrix-shield-mini-32/
Slots into the GY521 slot of my matrix board
https://www.tindie.com/products/brianlough/esp32-matrix-shield-mini-32/
Raspberry Pi 5V Input with Phoenix Connector
author: Joeyhagedorn
2 layer board of 0.78 x 2.08 inches (19.8 x 52.8 mm)
Uploaded:
March 19, 2020
Shared:
April 02, 2020
Total Price:
$8.05
Small adapter board to use a Phoenix screw-terminal connector to power Raspberry Pi.
This board is a great way for a more permanent power connection for your Raspberry Pi in a system setup that is hard to accidentally disconnect. Mount the power power header on either side, depending on the ph…
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Small adapter board to use a Phoenix screw-terminal connector to power Raspberry Pi.
This board is a great way for a more permanent power connection for your Raspberry Pi in a system setup that is hard to accidentally disconnect. Mount the power power header on either side, depending on the ph…
Show full description
MOSTER FET
author: ADRIAN.L.WEST
2 layer board of 2.07 x 2.47 inches (52.6 x 62.7 mm)
Uploaded:
April 01, 2020
Shared:
April 01, 2020
Total Price:
$25.55
UHRSwitch-B1-11
author: ArduinoEnigma
2 layer board of 3.51 x 3.51 inches (89.0 x 89.0 mm)
Uploaded:
April 01, 2020
Shared:
April 01, 2020
Total Price:
$61.40
Rosie_LTS
author: Fmilburn
2 layer board of 2.31 x 2.31 inches (58.6 x 58.6 mm)
Uploaded:
April 01, 2020
Shared:
April 01, 2020
Total Price:
$26.55
Rosie Learns to Solder - A through hole learn to solder PCB featuring a 555 timer and blinking LED.
Rosie Learns to Solder - A through hole learn to solder PCB featuring a 555 timer and blinking LED.
ATMega32U2Demo v1.0
author: dnoyeB
2 layer board of 2.36 x 0.96 inches (59.9 x 24.4 mm)
Uploaded:
March 31, 2020
Shared:
March 31, 2020
Total Price:
$11.30
Demo Board for Atmel ATMega32U2 mainly for USB functionality.
Demo Board for Atmel ATMega32U2 mainly for USB functionality.
Op Amp Gain and Offset - ver. 1
author: nomeutente
2 layer board of 0.61 x 0.61 inches (15.5 x 15.5 mm)
Uploaded:
March 31, 2020
Shared:
March 31, 2020
Total Price:
$1.85
This single-supply (3.3V) inverting op amp transforms an input in the 0-4.5V range into a 100-900mV output. With S̅H̅D̅N̅ open or high, when IN = 4.5V, OUT ≈ 100mV and when IN = 0V, OUT ≈ 900mV.
Feel free to do with it whatever you want (public domain)
BOM
Q.ty | Value | Designation …
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This single-supply (3.3V) inverting op amp transforms an input in the 0-4.5V range into a 100-900mV output. With S̅H̅D̅N̅ open or high, when IN = 4.5V, OUT ≈ 100mV and when IN = 0V, OUT ≈ 900mV.
Feel free to do with it whatever you want (public domain)
BOM
Q.ty | Value | Designation …
Show full description