OH02A10中文资料1/6\" Color CMOS 1080p (1920 x 1080) HD Image Sensor with PureCel® Technology数据手册OmniVision规格书

描述 Description

OmniVision's OH02A10 image sensor leverages 1.4-micron PureCel® pixel architecture to deliver best-in-class image quality and high frame rate in full 1080p high definition (HD) video to endoscopic applications, such as urology, laparoscopy, gynecology, cardiology and surgery.

By using PureCel® pixel architecture, the OH02A10 offers the highest-quality imaging capabilities with improved sensitivity and quantum efficiency, high full-well capacity, low color crosstalk, and minimal blooming and noise. The OH02A10's broadband double anti-reflective coating reduces flare in the visible and near-infrared spectrums, which is typically caused by strong ancillary illumination during surgical operations.

The compact OH02A10 is capable of recording full 1080p HD video at 60 frames per second (fps) or 720p HD video at 90 fps to ensure clear scene reproduction with minimal motion artifacts. The sensor supports interlaced high dynamic range (HDR), which enables clear image capture with less saturation and excellent low light sensitivity in difficult high and low lighting situations. The OH02A10 is also stereo-ready with frame synchronization for 3D surgical applications.

OmniVision's OH02A10 consumes just 90 mW when recording 1080p HD video at 60 fps, which helps reduce heat generation at the distal tip of the endoscope to improve patient comfort and simplify design.

The OH02A10 is available in an 1/6-inch optical format and a compact 3.8 x 2.9 mm chip scale package (CSP). This sensor can be autoclaved and sterilized for reusable and single-use applications respectively.

特性 Features

• 1.4 µm x 1.4 µm pixel
• Programmable controls for:
• Supports output formats:
• Supports images sizes:
• Supports 2x2 binning
• Up to 2-lane MIPI serial output interface (supports maximum speed up to 1000 Mbps/lane)
• Add staggered HDR raw data output
• Programmable I/O drive capability
• Support for LENC color shading correction