Electron Bombarded Active Pixel Sensor

The Electron Bombarded Active Pixel Sensor(EBAPS) is the latest development in the field of low-light night vision technology. It is a technology that can convert weak two-dimensional spatial optical images into digital video signals, and then turn them into images that applicable for human eye observation. The technology involves physical processes such as spectral conversion, enhancement, processing, recording, storage, readout, and display of images, then the low-light night vision technology has been transformed, improved, and enriched through digital technical means, so that digital technology and low-light night vision technology are perfectly integrated, which is a new direction for the development of low-light night vision technology.

Technical Features

The EBAPS has the advantages of low-cost, compact size, extremely low detection limit, digital output, fast response speed, flexible spectrum, high spatial resolution, low noise, etc

Specifications

Digital output: ADC/analog output: 10/12bit

Effective number of pixels: 12801024

Pixel size: 10m10m

Frame rate: 60fps

Spectral response range: 400940nm

Minimum operating illumination: 510-460fps

Application Fields

The EBAPS device is an important application in the field of low-light night vision. At present, the largest advantages of market value are low-cost, compact size, extremely low detection limit, and digital output. Nowadays, the EBAPS has been widely used in many fields such as global biological detection, low-light night vision, and lidar. In addition, the U.S. military has widely installed EBAPS devices in military individual equipment, helicopter platforms, fighter platforms, vehicle-mounted platforms, etc.