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Green rectangular circuit board with multiple sensor chips and a 40-pin header for Raspberry Pi Pico

LORDWORLD

LORDWORLD Environment Sensors Module for Raspberry Pi Pico Series development board

SKU CH-74QS-YKFD9

An environment sensor module for Raspberry Pi Pico series adds light, temperature, humidity, pressure, motion and air-quality sensing via I2C

  • Measure IR and visible light with the onboard TSL25911FN sensor
  • Track temperature, humidity and pressure using the BME280 sensor
  • Detect motion in nine axes via the ICM20948 accelerometer, gyroscope and magnetometer
  • Monitor UV exposure with the LTR390-UV-1 sensor
  • Sense air-quality VOCs through the onboard SGP40 sensor

Pico-Compatible Sensor HAT

This add-on board plugs directly into any Raspberry Pi Pico series board using the standard 40-pin header. It exposes seven environmental sensors on a single I2C bus so you can read light, atmospheric data, motion, UV index and VOC levels with only two wires. Example code in C/C++ and MicroPython is included to accelerate development.

For Makers Building Multi-Sensor Nodes

The module suits hobbyists, students and engineers who want a compact weather station, indoor-air-quality monitor or motion logger without wiring separate breakout boards. It is not for projects that require analog sensor interfaces, high-current actuators or wireless connectivity because the board provides only I2C sensor endpoints and no radio.

All Sensors Share One I2C Bus

Every onboard device — TSL25911FN, BME280, ICM20948, LTR390-UV-1 and SGP40 — communicates over the same two-wire interface, so address conflicts must be checked in software before deployment. If your application needs simultaneous high-rate sampling on independent buses, this single-bus layout will not meet that requirement.

Points forts

  • Measure IR and visible light with the onboard TSL25911FN sensor
  • Track temperature, humidity and pressure using the BME280 sensor
  • Detect motion in nine axes via the ICM20948 accelerometer, gyroscope and magnetometer
  • Monitor UV exposure with the LTR390-UV-1 sensor
  • Sense air-quality VOCs through the onboard SGP40 sensor

Caractéristiques

BrandLORDWORLD

Questions sur cet article

How do I attach the Environment Sensors Module to a Raspberry Pi Pico and which header pins must align?

Align the module's standard RPi Pico header with the Pico's GPIO pins and press down firmly; the I2C bus uses only two wires so no extra jumpers are needed.

Which onboard sensor will need replacement first during long-term air-quality monitoring?

The SGP40 VOC sensor degrades with continuous exposure to volatile organic compounds and is the most likely component to require replacement.

What measurement limit appears first when the ICM20948 motion sensor runs continuously at high data rates?

The ICM20948's internal FIFO buffer fills quickly at maximum output rates, causing data loss unless the host reads samples frequently.

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