OV09665-V26T

Image sensors are light detection devices that are widely used for photographic and imaging purposes. OV09665-V26T is a special kind of image sensors typically used in camera systems since it is designed to capture images in a wide range of low-light conditions.

OV09665-V26T image sensors use complementary metal oxide semiconductor (CMOS) technology for improving image capture, near-infrared (NIR) light sensitivity for low-light performance, and is fitted with dual-conversion-gain HDR (high dynamic range) which further improves the scene dynamic range. This special image sensor from OmniVision has a maximum resolution of 1920x1080 for video recording and it is able to combine transferred frames from different conversions gains, thereby expanding its dynamic range and detailing the low and bright areas of a single frame more efficiently.

In addition, OV09665-V26T also features a low-noise-pixel technique improving the signal-to-noise ratio (SNR), and it is fitted with on-chip timing circuitry to reduce power consumption and complexity. the OV09665-V26T image sensor is widely used in various camera systems such as automotive, medical, and security systems that require accurate color reproduction and imaging.

The working principle of the OV09665-V26T image sensor is based on the fact that when light falls on the sensor, an electric charge proportional to the amount of light is generated in each photosite. The amount of charge that is generated is then converted into a voltage which is then further amplified and fed to an analog-to-digital converter which converts it into digital form. The digital data is further processed by the camera for further image analysis, enhancement, and for performing other complex operations.

The OV09665-V26T image sensor has been designed to enable high-quality image capture even in low-light conditions, and it has been used in various automotive, medical, and security applications. The sensor offers superior image quality, fast response time, and low power consumption, making it a popular choice for various imaging requirements.