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Lilypad Light Sensor TEMT6000

The Lilypad Light Sensor Board is specifically designed for wearable and portable electronics projects. It uses an analog light sensor (TEMT6000) that outputs a voltage between 0 and 5V depending on the ambient light intensity. This makes it perfect for detecting light levels in environments where flexible, washable, and wearable sensing is required.

The sensor voltage output is inversely proportional to light intensity: it outputs close to 0 volts in darkness and approaches 5 volts in bright daylight. This analog output can be easily read by any microcontroller with an ADC (Analog-to-Digital Converter), such as Arduino or Lilypad boards.

The Lilypad Light Sensor is designed to be sewn into fabric using conductive threads, allowing integration into clothing or accessories for smart textiles, interactive garments, or wearable art projects. Its small, round form factor with a diameter of 22mm ensures comfort and minimal interference with the garment's flexibility.

16.80 AED 16.80 AED Tax Included
16.80 AED Tax Included

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Features:

  • Compact and lightweight design with a 22mm diameter
  • Analog light sensor (TEMT6000) providing continuous voltage output proportional to ambient light
  • Operating voltage: 3.3V to 5V suitable for Lilypad and Arduino platforms
  • Easy integration with conductive thread connections for wearable applications
  • Ideal for wearable electronics, e-textiles, smart clothing, and interactive projects

Specifications:

  • Sensor Type: TEMT6000 analog light sensor
  • Output Voltage Range: 0 to 5 V (analog output)
  • Operating Voltage: 3.3V to 5V
  • Diameter: 22mm
  • Connection: Sewable pads for conductive thread
  • Operating Temperature: -40°C to 85°C

Usage Tips:

  • Connect sensor pads with conductive thread carefully to ensure reliable connections
  • Use a microcontroller ADC input to read the sensor voltage for light level detection
  • Protect the sensor from direct water exposure or harsh washing conditions if integrated into clothing
  • Calibrate sensor readings according to ambient light conditions for more accurate measurements