Temperature, humidity, pressure and gas sensor - BME688 - SPI/I2C - STEMMA QT/Qwiic - Adafruit 5046

Index: ADA-19788 EAN: 5904422347574
Multifunctional sensor that combines sensors for temperature, humidity, pressure and VOC gas. It has an embedded Bosch BME688 chip. Manufactured by Adafruit, it uses SPI and I2C buses to communicate with the main module. It works with controllers such as Arduino and Raspberry Pi.
Temperature, humidity, pressure and gas sensor - BME688 - SPI/I2C - STEMMA QT/Qwiic - Adafruit 5046
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Adafruit BME sensor - version:
Manufacturer: Adafruit
Compatibility: Arduino Raspberry Pi

Product description: Temperature, humidity, pressure and gas sensor - BME688 - SPI / I2C - STEMMA QT / Qwiic - Adafruit 5046

Multifunctional sensorcombining sensors fortemperature,humidity, pressure and VOC gas measurement. It has an integratedBME688chip from Bosch. Manufactured by Adafruit, it uses SPI and I2C buses to communicate with the main module. It works with controllers such as Arduino and Raspberry Pi.

TheBME688sensor has a smallMOXsensor built in. The heated metal oxide changes resistance based on volatile organic compounds (VOCs) that are in the air, so it can detect gases and alcohols such as ethanol, alcohol, and carbon monoxide. It can also be used to perform air purity measurements.

Contents of the kit

  • Temperature, humidity, pressure and gas sensor - BME688
  • Goldpin 1x8 strip - 2,54 mm pitch
Czujnik temperatury, wilgotności, ciśnienia i gazu od Adafruit.

Temperature, humidity, pressure and gas sensor from Adafruit.

Product is compatible with Arduino and Raspberry Pi!

A detaileduser guideis available on the manufacturer's website, which makes getting started with the sensor much easier. It includes description of leads, connection diagrams, libraries for particular programming environments and sample program codes.

Schemat połączenia czujnika z płytką Metro - będącej odpowiednikiem Arduino. Płytka Metro nie jest częścią zestawu, można ją nabyć osobno w naszym sklepie.

Connection diagram of sensor with Metro board - equivalent of Arduino. Metro board is not a part of kit, you can buy it separately in our shop.

Sensor pinout description from Adafruit

Multifunction sensor module has solderingfields, to which you should solder includedgoldpinstrip (pinout is 2,54 mm). On the board there are alsoSTEMMA QT / Qwiicconnectors which are more convenient alternative to connect the sensor with the controller. You should connect the leads according to the relation below:

  • VIN - power supply pin from 3V to 5.5V
  • 3Vo - power supply pin 3.3 V
  • GND - system ground
  • SCK / SDO / SDI - logic pins of SPI / I2C communication interface
    • SCK - communication interface clock line
    • SDI - communication interface data line
  • CS - Chip Select pin

Technical specification of the sensor

  • Type: temperature, humidity, pressure and gas sensor
  • Built-in circuit: Bosch BME688
  • Temperature measurement range:from -40°C to 85°C
  • Temperature measurement accuracy: ± 1°C
  • Humidity measuring range: from 10% to 90% RH
  • Accuracy of humidity measurement: ± 3%
  • Pressure measuring range: from 300 hPa to 1100 hPa
  • Accuracy of pressure measurement: ± 1 hPa
  • VOC gas measuring range: 0 to 500 IAQ
  • Communication interface: I2C bus
  • I2C interface address: 0x77
  • Supply voltage: 3 V to 5 V
  • Connectors: STEMMA QT / Qwiic / solder fields - 2,54 mm pitch
  • Mounting holes - 4 pcs.
  • Board dimensions: 25,5 x 17,6 x 4,6 mm
  • Weight: 1,7 g.
Czujnik od Adafruit wyposażony w układ BME688.

Sensor from Adafruit equipped with BME688 chip.

Sensor - type temperature, humidity, pressure
Package width 14 cm
Package height 0.5 cm
Package depth 10 cm
Package weight 0.006 kg

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Product reviews

Temperature, humidity, pressure and gas sensor - BME688 - SPI/I2C - STEMMA QT/Qwiic - Adafruit 5046

5/5

Average grade

2

Customers opinion
The following opinions are collected
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an external partner Trustmate
and come from the post-purchase process.
Piotr 16.07.2023 Confirmed purchase Translated review
everything's fine
Jakub N. 24.02.2022 Confirmed purchase Translated review
Thanks to the available libraries and examples, connecting the system to Arduino is hassle-free. The system takes time to read the actual conditions - after being exposed outside, it took about 15 minutes before the system cooled down and the readings were correct. Nevertheless, it is precise and recommendable.

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