Boards by jlab-sensing

10 boards

Open-source boards designed in KiCad by jlab-sensing on GitHub, from 2 repositories. A board’s address here is its repository’s there.

2 layers20.2 × 24.7 mm
WaDAR Tag V1 0
jlab-sensing/RF-Backscatter-PCB-V1
This repo consists of the backscatter tag PCBs used with the WaDAR sensing system. This repo is a submodule of WaDAR. This is our first version of the tag used in WaDAR's sensing system.
13 parts1
2 layers139 × 45 mm
Soil Power Sensor
jlab-sensing/ENTS-node-hardware
Schematics and design for soil MFC voltage and current sensing
72 parts
2 layers34.8 × 41.9 mm
WaDAR Tag V1 1
jlab-sensing/RF-Backscatter-PCB-V1
This repo consists of the backscatter tag PCBs used with the WaDAR sensing system. This repo is a submodule of WaDAR. This is our first version of the tag used in WaDAR's sensing system.
10 parts1
2 layers40 × 30 mm
WaDAR Tag V1 2
jlab-sensing/RF-Backscatter-PCB-V1
This repo consists of the backscatter tag PCBs used with the WaDAR sensing system. This repo is a submodule of WaDAR. This is our first version of the tag used in WaDAR's sensing system.
12 parts1
2 layers50 × 70 mm
Analog Multiplexer
jlab-sensing/ENTS-node-hardware
Schematics and design for soil MFC voltage and current sensing
13 parts
2 layers22 × 31 mm
Battery connector
jlab-sensing/ENTS-node-hardware
Schematics and design for soil MFC voltage and current sensing
2 parts
2 layers35 × 35 mm
I2c breakout
jlab-sensing/ENTS-node-hardware
Schematics and design for soil MFC voltage and current sensing
12 parts
2 layers139 × 45 mm
Newbatt
jlab-sensing/ENTS-node-hardware
Schematics and design for soil MFC voltage and current sensing
33 parts
2 layers69 × 69 mm
Sdi12 breakout
jlab-sensing/ENTS-node-hardware
Schematics and design for soil MFC voltage and current sensing
8 parts
2 layers34 × 43 mm
Usb to ttl
jlab-sensing/ENTS-node-hardware
Schematics and design for soil MFC voltage and current sensing
19 parts