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TEMT6000 Ambient Light Sensor Module — Analog, Arduino

TEMT6000 Ambient Light Sensor Module Analog, Arduino

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TEMT6000 Ambient Light Sensor Module — Analog, Arduino

The TEMT6000 ambient light sensor module measures ambient light intensity with a spectral response closely matching the human eye. Outputs an analog voltage proportional to light intensity — connect directly to an Arduino analog input. Ideal for automatic display brightness control and light-dependent automation.

Key Specifications

  • Sensor: TEMT6000 | Output: Analog voltage
  • Spectral response: 570nm peak (human eye matched)
  • Supply voltage: 3.3–5V | Current: 20mA max
  • Angle: ±60° half-angle
  • Compliance: RoHS compliant

Why Choose This?

  • Human eye spectral response — measures perceived brightness accurately
  • Analog output — direct connection to Arduino analog input
  • Wide angle — ±60° for broad ambient light capture
  • Simple integration — no library needed, read analogRead() directly

Typical Applications

  • Automatic display brightness control
  • Smart lighting and daylight harvesting
  • Light-activated relay and automation
  • Arduino weather station light measurement
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TEMT6000 Ambient Light Sensor Module — Analog, Arduino

The TEMT6000 ambient light sensor module measures ambient light intensity with a spectral response closely matching the human eye. Outputs an analog voltage proportional to light intensity — connect directly to an Arduino analog input. Ideal for automatic display brightness control and light-dependent automation.

Key Specifications

  • Sensor: TEMT6000 | Output: Analog voltage
  • Spectral response: 570nm peak (human eye matched)
  • Supply voltage: 3.3–5V | Current: 20mA max
  • Angle: ±60° half-angle
  • Compliance: RoHS compliant

Why Choose This?

  • Human eye spectral response — measures perceived brightness accurately
  • Analog output — direct connection to Arduino analog input
  • Wide angle — ±60° for broad ambient light capture
  • Simple integration — no library needed, read analogRead() directly

Typical Applications

  • Automatic display brightness control
  • Smart lighting and daylight harvesting
  • Light-activated relay and automation
  • Arduino weather station light measurement

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