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NOA1312 - High-Precision Ambient Light Sensor

Description

The NOA1312 high

designed for very high accuracy (better than ±5% tolerance) handheld applications.

bit ADC, a 2 wire I2C digital interface with three pin selectable I2C slave addresses, internal clock

Features

  • Senses Ambient Light and Provides an Output Count Proportional to the Ambient Light Intensity.
  • Human Eye Spectral Response using Photopic Optical Filter.
  • Dynamic Dark Current Compensation.
  • Very High Accuracy (better than ±5% tolerance).
  • Ev Sensitivity of 5.2 Counts/lux.
  • Three I2C Slave Addresses (0x29, 0x39 and 0x49), Pin Selectable.
  • Less than 240 mA Active Power Consumption in Normal Operation.
  • Ultra.
  • low Quiescent.

📥 Download Datasheet

Datasheet Details

Part number NOA1312
Manufacturer onsemi
File Size 199.81 KB
Description High-Precision Ambient Light Sensor
Datasheet download datasheet NOA1312 Datasheet

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Full PDF Text Transcription

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NOA1312 Product Preview High-Precision Ambient Light Sensor with Three I2C Slave Addresses, EEPROM and Dark Current Compensation Description The NOA1312 high−precision ambient light sensor (ALS) is designed for very high accuracy (better than ±5% tolerance) handheld applications. The device integrates a 16−bit ADC, a 2−wire I2C digital interface with three pin−selectable I2C slave addresses, internal clock oscillator, EEPROM and a power down mode. A photopic optical color filter together with built in dynamic dark current compensation and precision calibration capability plus excellent IR and 50/60 Hz flicker rejection enables highly accurate measurements from very low light levels to full sunlight.
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