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In fabricationSENSEL3

ADS1292R Biopotential Front-End (ESP32)

Read ECG/EMG-class signals: the stepping-stone to EEG.

Track
SENSE
Level
L3
Prerequisites
2
Status
Coming soon

▸ Register interest

This board is on the bench. Leave your email and you'll be first in when it ships, and your interest helps decide what we build next.

What you'll build

Read ECG- and EMG-class signals with the ADS1292R, a 2-channel biopotential analog front-end. You'll implement right-leg-drive (bias) to reject common-mode noise and lead-off detection to know when an electrode falls off: the core techniques of real signal acquisition, and the stepping-stone between a precision ADC and a full 8-channel EEG.

It sits on the SENSE track: reading real-world signals and turning voltages, currents, and biopotentials into clean digital data.

The build pipeline

No steps skipped, no black boxes. Each stage is gated on real proof of work: a clean ERC, valid gerbers, a passing bring-up. You finish having actually done the engineering, not just watched it.

  1. 01REQUIREMENTS
  2. 02BOM SOURCING
  3. 03SCHEMATIC
  4. 04LAYOUT
  5. 05DRC + GERBER
  6. 06ORDERING
  7. 07ASSEMBLY
  8. 08BRING-UP
  9. 09REVISION

Builds on

Part of these builds

★ The 8-Channel EEG

Questions

When does this course open?
It's in active production. Join the waitlist and we'll email you the moment it goes live, and the demand signal helps us decide what to build next.
Is it beginner-friendly?
This is an advanced L3 capstone, the deep end where the subsystems come together. Every stage is explained from first principles, so you can follow along as long as you're comfortable reading a schematic.
What will I need to build it?
The course overview will preview for free; the full course is a one-time purchase (no subscription). Building the board for real also needs its bill of materials (listed in the course) and a small PCB order from a fab house. The course walks you through both.
What will I actually learn?
You'll learn reading real-world signals and turning voltages, currents, and biopotentials into clean digital data, plus the full board workflow: schematic capture, layout, DRC, gerber export, ordering, assembly, and bring-up.

Part of the path from your first board to a brain-computer interface. See the full skill tree →