S10227-10 Photoelectric Sensor Small-sized Resin-sealed CMOS Image Sensor For Barcode Scanning Displacement Measurement

   S10227-10 Photoelectric Sensor Small-sized Resin-sealed CMOS Image Sensor For Barcode Scanning Displacement Measurement

Use Cases:

1. Barcode Scanning: The S10227 - 10's high - resolution 1(H)×512(V) pixel configuration and 6.4 - millimeter - long photosensitive area are great for reading barcodes. It can precisely identify barcode lines and spaces, rapidly converting them into electrical signals for subsequent decoding, facilitating fast and accurate barcode data capture .
2. Displacement Measurement: With its excellent linearity and high - speed response capabilities, it's fit for displacement - measurement equipment. The sensor monitors light reflection changes from a moving object to figure out the object's displacement changes. The quick 9434 - lines - per - second maximum line rate enables real - time tracking of rapid displacements .
3. Optical Testing Instruments: In optical devices like refractometers and interferometers, the sensor's wide 400 - 1000nm spectral response range is very helpful. It can detect diverse wavelengths of light signals. The synchronous charge integration feature stabilizes signal acquisition, so that it can accurately record light intensity changes associated with refractive index or interference phenomena, providing core detection support for optical parameter analysis .
4. Mini - Spectrometers: Mini - spectrometers need to detect light of different wavelengths to analyze the spectral composition. The S10227 - 10's sensitive spectral response and 700nm peak - sensitivity wavelength make it able to effectively sense and quantify different spectral components, enabling compact spectrometers to achieve relatively accurate spectral detection and analysis .

Features:

1. High - Resolution Detection: It has a pixel count of 1(H)×512(V), and the pixel size is 12.5×250μm. This enables it to perform detailed and precise detection of tiny light - intensity distribution differences and the fine structures of target objects .
2. Fast Signal Response: The maximum line - scanning speed reaches 9434 lines per second, and the response speed is extremely rapid. It can capture fast - changing light - intensity signals and dynamic light - source information instantaneously, which is suitable for detecting high - speed - moving objects or scenarios where signals vary promptly .
3. Wide Spectral Adaptability: Its spectral response range is from 400nm to 1000nm, covering the visible light to near - infrared spectral bands. This allows it to be sensitive to a variety of light sources and optical signals within this spectral range, with extensive application adaptability in multiple optical measurement and sensing scenarios .
4. Simple to Use: The built - in timing generator means that it just requires startup and clock - pulse inputs to operate, without relying on complex external control circuits. This simplifies the user's circuit design and control logic, reducing the difficulty of use and system complexity .
5. Low - Noise Performance: The read - out noise is merely 0.45mV RMS. The low - noise property ensures that the sensor output signal is stable. When detecting weak light signals or in scenarios that demand high - precision measurement, it can output data with high - fidelity, avoiding signal distortion caused by noise .
6. Small - Sized Package: The device uses a resin - sealed glass - epoxy surface - mount package, sized at 4.4×9.1×1.6T mm. The miniature structure is conducive to installation in compact equipment, meeting the space - limited requirements of modern miniaturized optoelectronic devices .