AD7606 / 16-BIT
2 → 4 channels · ICM-42688-P
ICM-42688-P
Foot + shank
2 → 4 channels
Firmware-selectable
Wearable sensing / Research platform
From signal
to understanding.
A practical workspace for building an EMG and motion recorder. Explore the hardware, follow each connection and document every bench test.
8 kHzEMG target / channel
200 HzMotion target
06Configurations
Project manual
Understand it before you wire it.
Choose one configuration, follow the ten-stage laboratory sequence, and keep software checks separate from measurements. The manual brings architecture, build procedures, firmware, data conversion, validation, and safety into one reading path.
Read the documentation ↗Hardware library
Choose your configuration
Each workspace includes a staged build, precise terminal inspection and PCB preview.
AD7606 / 16-BIT
2 → 4 channels · MPU-6050
MPU-6050
Foot + shank
2 → 4 channels
Firmware-selectable
AD7606 / 16-BIT
2 channels · ICM-42688-P
ICM-42688-P
Foot + shank
2 channels
Fixed input count
AD7606 / 16-BIT
2 channels · MPU-6050
MPU-6050
Foot + shank
2 channels
Fixed input count
ADS131M04 / 24-BIT
2 → 4 channels · ICM-42688-P
ICM-42688-P
Foot + shank
2 → 4 channels
Firmware-selectable
ADS131M04 / 24-BIT
2 → 4 channels · MPU-6050
MPU-6050
Foot + shank
2 → 4 channels
Firmware-selectable
Showing 6 configurations
Build with evidence
Designed to be checked,
one stage at a time.
Start with the power rails. Add the controller, converter, analog inputs and motion sensors in sequence. The guide keeps wiring checklists separate from measured test results.
Engineering prototypes. Simulations and software checks do not establish physical performance. Complete the lab stages and final design review before ordering a recorder PCB. ADS131M04 lab builds depend on breakout-board availability.
Reference assets & redistribution status ↗