OV10630-B96Y-PE

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Image Sensors are devices that capture and convert optical signals into electronic signals. Consequently, they can be found at the core of most cameras and imaging systems. The OV10630-B96Y-PE (Y-type) sensor is one of these imaging devices, and it is used widely in applications that require high-resolution and sensory accuracy. This paper examines the field of application and working principle of the OV10630-B96Y-PE Sensor.

The OV10630-B96Y-PE sensor is suitable for a host range of imaging applications, including: Facial recognition; surveillance; intelligent robots; autonomous driving; augmented reality; medical imaging; 3D imaging; and gesture control. The sensor operates in a range up to 680 x 480 resolution at 30 frames per second and is able to work in less than optimal light conditions—perfect for applications in lowlight environments. Furthermore, the sensor has a relatively low frame region of interest, meaning resolution can be adjusted depending on the target application. It also supports many popular imaging color formats such as Yuy2, YUV444, YUV422, and RGB.

Now that we’ve overviewed the main applications of the OV10630-B96Y-PE Sensor, let’s take a look at its working principles. Essentially, the sensor converts incoming light into electrical signals. This is accomplished by using photoelectric sensors which takes in light and transfers the corresponding energy to electrons which can then be measured. In terms of technical specifications, the OV10630-B96Y-PE Sensor contains an array of 1.3μm CMOS image sensors that is responsible for capturing incoming light. This can be further broken down into two parts—the Light Sensitive Diodes and the Photoelectric Converter. The Light Sensitive Diodes detect the infrared and visible spectrum of light and subsequently convert it into electric signals. The Photoelectric Converter then turns these signals into output data.

In summary, the OV10630-B96Y-PE Sensor is a high performance image sensor suitable for a wide range of applications, such as facial recognition, surveillance, and autonomous driving. This is thanks to its high resolution, low frame region of interest, and ability to work in various light conditions. Additionally, the working principle is relatively straightforward; the sensor converts incoming light signals into electric signals using Light Sensitive Diodes and Photoelectric Converters. All in all, this sensor is an excellent choice for imaging projects that require a high amount of accuracy and performance.

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