AS7341 – 11-Channel Spectral Color Sensor
11-channel spectrometer for spectral identification and color matching applications
- 8 optical channels distributed over the visible range
- 3 extra channels: Clear, Flicker and NIR channel
- 6 parallel ADCs for signal processing
- Ultra-low-profile package 3.1mm x 2mm x 1mm
- Spectral information enables highly accurate object color measurements
- Addtional spectral detection and characterization
- Optimized channel count and signal processing for fast measurements
- Highly compact, cost-effective packaging
|Sensor Type||Multi Spectral Sensor|
|Application(s)||Spectral detection and analysis, building automation ambient sensing, color measurement|
|Size [mm]||3.1 x 2 x 1|
|Supply Voltage [V]||1.8|
|Temperature Range [°C]||-30 to 70|
AS7341 is an 11-channel multi-spectral sensor for color detection and spectral analysis applications. The spectral response is defined in the wavelengths from approximately 350nm to 1000nm. 6 channels can be processed in parallel by independent ADCs while the other channels are accessible via a multiplexer. 8 optical channels cover the visible spectrum, one channel can be used to measure near infra-red light and one channel is a photo diode without filter (“clear”). The device also integrates a dedicated channel to detect 50Hz or 60Hz ambient light flicker. The flicker detection engine can also buffer data for calculating other flicker frequencies externally. The NIR channel in combination with the other VIS channel may provide information of surrounding ambient light conditions (light source detection). The device can also be synchronized to external signals via pin GPIO.
AS7341 integrates filters into standard CMOS silicon via Nano-optic deposited interference filtertechnology and its package provides a built in aperture to control the light entering the sensor array.
Control and Spectral data access is implemented through a serial I²C interface. The device is available in an ultra-low profile package with dimensions of 3.1mm x 2mm x 1mm.
This product suits for the following applications:
- Color matching and skin tone measurement
- Enhanced Artificial Intelligence: Search and shop by color (eCommerce boost)
- Laboratory color or reagent analysis
- Home or office ambient spectral sensing
- Spectral presence detection
|AS7341 - 11-channel spectral sensor Eval Kit||Application Board||AS7341 - Spectral Sensor Eval Kit Emissive/Ambient|
|AS7341 - Spectral Sensor Eval Kit Reflection Mode||Application Board||AS7341 - Spectral Sensor Eval Kit Reflection Mode|
|Evaluation Software||AS7341_EvalSW_Reflection_v1-18-500.zip Evaluation Software for AS7341 EVK for Reflection Mode - Color + Spectral Measurement||EN|
|Evaluation Software||AS7341_EvalSW_ALS_v1-18-500.zip Evaluation Software for AS7341 ALS EVK for Light Detection and Color + Spectral Measurement||EN|
|Demo||AS7341_Demo_FastDemo_v1-0-1.zip Evaluation Software for AS7341 Fast Demo for Flicker Detection and Color + Spectral Measurement (Libraries on request available)||EN|
|Datasheet||AS7341 11-channel multi-spectral digital sensor||English|
|RoHS Certificate||RoHS Certificate AS7341||English|
AS7261 Spectral Sensing Engine
Control and spectral data access is implemented either through either the I²C virtual register set, or via the serial UART enabling use of the high level smart spectral command set.
AS7262 Consumer Grade Smart 6-Channel VIS Sensor
The AS7262 integrates Gaussian filters into standard CMOS silicon via nano-optic deposited interference filter technology and is packaged in a LGA package that provides a built in aperture to control the light entering the sensor array. Control and spectral data access is implemented through either the I²C register set, or with a high level AT spectral command set via a serial UART.
Not Recommended for New Designs
ams AG does not recommend using this product for new designs. Please see AS7341 for possible replacement or contact your local sales representative for further information.
AS7263 6-Ch NIR Spectral Sensing Engine
The AS7263 integrates Gaussian filters into standard CMOS silicon via nano-optic deposited interference filter technology and is packaged an LGA package that provides a built in aperture to control the light entering the sensor array.
Control and spectral data access is implemented through either the I²C register set, or with a high level AT spectral command set via a serial UART.