Melexis MLX90614 (GY-906) Infrared Thermometer (I2C): Difference between revisions

From Visuino
Jump to navigation Jump to search
Created page with "Image:TArduinoMLX90614InfraredThermometer_I2C.png == Summary == Melexis MLX90614 (GY-906) infrared thermometer with I²C interface for non-contact temperature measurements. == Description == The **MLX90614 Infrared Thermometer** measures object temperature without contact using infrared technology. It features configurable measurement ranges, emissivity settings, and supports both object and ambient temperature measurements. The sensor communicates via I²C interfa..."
 
(No difference)

Latest revision as of 23:17, 8 September 2025

File:TArduinoMLX90614InfraredThermometer I2C.png

Summary

Melexis MLX90614 (GY-906) infrared thermometer with I²C interface for non-contact temperature measurements.

Description

The **MLX90614 Infrared Thermometer** measures object temperature without contact using infrared technology. It features configurable measurement ranges, emissivity settings, and supports both object and ambient temperature measurements. The sensor communicates via I²C interface and offers various configuration elements for precise temperature monitoring.

Diagram:

Properties

  • Enabled – Enables or disables the thermometer (Default: True).
  • Address – I²C device address (Default: SSA).
  • Name – Component identifier name.
  • Elements – Configurable sensor elements (Options: Set Range Min, Set Range Max, Set Emissivity, Set Config, Set Address).
  • In Fahrenheit – Temperature in Fahrenheit when True, Celsius when False (Default: False).

Pins

Input Pins

  • Range Min – Minimum temperature range setting.
  • Range Max – Maximum temperature range setting.
  • Emissivity – Emissivity coefficient setting.
  • Ambient – Ambient temperature reference.

Output Pins

  • Channels[0]: Out (analog) – Channel 0 temperature measurement output.
  • Channels[0]: Error (digital) – Channel 0 error status.
  • Channels[1]: Out (analog) – Channel 1 temperature measurement output.
  • Channels[1]: Error (digital) – Channel 1 error status.
  • Control (digital) – Control and status signals.
  • Interface (i2c) – I²C communication interface.

Categories