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Green circuit board with 40-pin GPIO header, screw terminals, and pin headers

LORDWORLD

LORDWORLD ADS1263 10-Ch 32-Bit ADC HAT for Raspberry Pi GPIO Development Board

SKU CH-6QEC-M1EKZ

A 10-channel 32-bit ADC HAT for Raspberry Pi with 38.4 kSPS sampling, 2.5 V reference and PGA up to 32×

  • 10-channel 32-bit ADC delivers high-precision measurements
  • 4 kSPS maximum sampling rate captures fast signals
  • 5 V internal reference ensures stable voltage baseline
  • 5 differential inputs plus 24-bit auxiliary ADC expand versatility
  • Programmable gain up to 32× amplifies weak signals

Precision ADC HAT for Raspberry Pi

The LORDWORLD ADS1263 HAT adds a 10-channel 32-bit analog-to-digital converter to the Raspberry Pi GPIO header. It uses the ADS1263 chip for low noise and low temperature drift. An embedded 24-bit auxiliary ADC, internal test signal, IDAC, 2.5V reference voltage, and programmable gain up to 32x are included. Maximum sampling rate reaches 38.4 kSPS.

Installation notes and common issues

The board mounts directly on the Pi GPIO header and provides an AD header compatible with Waveshare sensor pinouts, plus screw terminals for analog signals and power. A control header allows operation from hosts other than the Pi. Three-wire RTD support requires soldering a 0R resistor, which is a step some builders overlook. Careful wiring to the screw terminals avoids noise pickup.

Ideal users and mismatched needs

This HAT suits engineers and makers who need high-resolution multi-channel data acquisition for sensors, instrumentation, or RTD temperature measurement on a Raspberry Pi platform. It is not a fit for projects that only need a few low-resolution analog inputs or that cannot accommodate the extra board height on the GPIO header. Buyers without soldering equipment for the RTD enable link should plan accordingly.

Highlights

  • 10-channel 32-bit ADC delivers high-precision measurements
  • 4 kSPS maximum sampling rate captures fast signals
  • 5 V internal reference ensures stable voltage baseline
  • 5 differential inputs plus 24-bit auxiliary ADC expand versatility
  • Programmable gain up to 32× amplifies weak signals

Specifications

BrandLORDWORLD

Questions about this item

How can I verify the ADS1263 HAT is working after connecting it to the Raspberry Pi GPIO?

Read the internal ADC test signal through the 10-ch 32-bit ADC and confirm the 2.5V internal reference voltage is present; the embedded 24-bit auxiliary ADC provides a secondary check.

What comes in the box and what must I source separately?

The HAT board with onboard AD header, AD screw terminal and control header is included; a Raspberry Pi host and any sensor modules for the Waveshare-compatible pinout must be purchased separately.

Which input version should I choose for differential versus single-ended signals?

The ADS1263 chip provides 5-ch differential input on the 10-ch 32-bit ADC; use the screw terminal for general analog signals or the header for Waveshare sensor modules.

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