DR2X2K7_LCC_RGB_CERAMIC_V1.0

DR2X2K7_LCC_RGB_CERAMIC_V1.0 is an image sensor of the CMOS type from Photon Technology Group (PTG), which has been designed for a wide range of applications that require high performance imaging and detection.

The DR2X2K7_LCC_RGB_CERAMIC_V1.0 uses a unique CMOS imager array composed of a total of 18 million pixels. Each of these pixels are arranged in 2 x 2K hexagonal cells to provide greater resolution and sensitivity than traditional square-pixel CMOS imagers. The imager also offers an exceptionally low noise floor of 0.2 lux, making it well suited for low light imaging applications.

The DR2X2K7_LCC_RGB_CERAMIC_V1.0 has a standard 3-wire programming interface, making it simple to integrate into existing systems. It is also designed with a lens controller which can be used to adjust the position of the optics with respect to the sensor, enabling precise focus control. Furthermore, the imager is compatible with a wide range of specialized lenses and optics.

The DR2X2K7_LCC_RGB_CERAMIC_V1.0 is suitable for a wide variety of applications, including robotic navigation, security, facial recognition, and barcode scanning. The effective image range extends from 0.2 lux to 65535 lux, and the device has an industry-leading SNR level of 70dB. Additionally, the imager can be run in both a linear and RGB modes for optimal performance in different applications.

The DR2X2K7_LCC_RGB_CERAMIC_V1.0 works on the principle of a charge-coupled device (CCD) to convert light to an electric current. When light hits the individual pixels in the sensor array, an electrical charge is generated. This charge is then amplified and sent through an ADC, which converts the signal into a digital value for further processing. In addition, the DR2X2K7_LCC_RGB_CERAMIC_V1.0 is equipped with a temperature sensor that can adjust the image characteristics of the sensor to compensate for changes in the ambient temperature.

Overall, the DR2X2K7_LCC_RGB_CERAMIC_V1.0 is an advanced CMOS image sensor that offers a wide range of applications and features. With its high resolution, sensitivity, and low noise levels, it is well suited for applications that require accuracy, reliability, and efficiency.