Datasheet4U Logo Datasheet4U.com

SY22312CS42-J10 - 11-Channel Multi-Spectrum Sensor

Datasheet Summary

Description

The SY22312CS42-J10 is an 11-channel multi-spectrum light sensor, for the spectrum identification and color matching applications.

The SY22312CS42-J10 can detect eight channels which cover visible range from 380nm to 780nm, along with Flicker channel to detect low frequency ambient light flicker.

Features

  • Spectral Sensing.
  • 16-bit Resolution for all Channels.
  • Wide Detection Range: Larger than 100k lux.
  • Indoor Light Source Flicker Noise Rejection (50Hz and 60Hz).
  • Programmable Integration Time and Gain Settings from 1x to 2048x.
  • CCT (Correlated Color Temperature).
  • Detection CCT Range from 2000k to 13000k.
  • Flicker.
  • 16 Bit Resolution.
  • Sensitivity Less than 1lux/count, Detection Range from 1 to 10k lux.
  • Sampling Rate Higher than 2kHz, can Detect F.

📥 Download Datasheet

Datasheet preview – SY22312CS42-J10

Datasheet Details

Part number SY22312CS42-J10
Manufacturer Silergy
File Size 1.17 MB
Description 11-Channel Multi-Spectrum Sensor
Datasheet download datasheet SY22312CS42-J10 Datasheet
Additional preview pages of the SY22312CS42-J10 datasheet.
Other Datasheets by Silergy

Full PDF Text Transcription

Click to expand full text
General Description The SY22312CS42-J10 is an 11-channel multi-spectrum light sensor, for the spectrum identification and color matching applications. The SY22312CS42-J10 can detect eight channels which cover visible range from 380nm to 780nm, along with Flicker channel to detect low frequency ambient light flicker. The SY22312CS42-J10 also integrates a near infrared channel which can sense the 800~1100nm infrared light. The NIR channel combined with all other visible channels can provide surrounding ambient light information and help to distinguish light source type. The flicker sensing engine can calculate whether it is 100Hz or 120Hz via relative flag bit through internal algorithm and can also buffer data to calculate the flicker frequency through the external logic algorithm.
Published: |