ON Semiconductor KAI-02150-CBA-JB-B2 Image Sensor

The KAI-02150-CBA-JB-B2 is a high-performance image sensor from ON Semiconductor, renowned for its exceptional image quality and sensitivity. Designed to meet the rigorous demands of industrial, medical, and scientific imaging applications, this sensor provides a resolution of 2.1 Megapixels with a 5.5 µm pixel size, enabling precise and detailed imaging capabilities.

At the heart of the KAI-02150-CBA-JB-B2 lies the Interline Transfer CCD technology, which delivers high-quality imaging with low noise characteristics. This technology ensures that each frame is captured with the utmost clarity and color fidelity, making it ideal for applications where image accuracy is paramount. The sensor's electronic shutter function also contributes to its flexibility, allowing for a wide range of exposure times and enabling it to capture fast-moving objects without distortion.

This sensor operates over a broad spectral range, ensuring excellent performance under various lighting conditions. It is equipped with a Bayer Color Filter Array, which allows for the capture of full-color images without the need for external color processing hardware or software. Furthermore, the sensor's two-output architecture supports readout speeds up to 60 frames per second at full resolution, facilitating high-speed image capture for dynamic applications.

The KAI-02150-CBA-JB-B2 is designed with a robust and versatile architecture, featuring a C-mount compatible ceramic PGA package that ensures easy integration into a wide range of camera systems. Its compatibility with industry-standard interfaces and protocols simplifies the design-in process and accelerates time-to-market for camera manufacturers.

ON Semiconductor's commitment to quality is evident in the KAI-02150-CBA-JB-B2, making it a trusted choice for professionals seeking a reliable and high-performing image sensor solution. With its combination of resolution, speed, and sensitivity, this sensor stands out as an excellent choice for a variety of demanding imaging applications.