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GoPhotonics features a comprehensive range of CCD Image Sensor solutions designed for high sensitivity optical detection, precise charge-based imaging, and low noise signal acquisition across scientific, industrial, and commercial photonics systems. These sensors operate across area, linear, and frame transfer architectures, enabling flexible integration into applications requiring high resolution imaging, accurate spatial sampling, and stable photon detection performance. They provide reliable charge transfer, low readout noise operation, and enhanced dynamic range while supporting both monochrome and color imaging configurations.

Across different configurations, CCD image sensors support applications ranging from scientific imaging, spectroscopy, and astronomy to microscopy, security surveillance, color scanning, industrial inspection, and space based optical systems. With their ability to deliver high precision imaging, stable low light performance, and accurate signal readout, these devices are essential components in modern imaging systems used for research, diagnostics, measurement, and advanced electro-optical applications.

CCD1600-FT - Split Frame Transfer CCD Image Sensor

The CCD1600-FT from ANDANTA is a split frame transfer CCD image sensor designed for high sensitivity imaging applications. It provides a pixel structure based on 9 μm x 9 μm pixels for optical signal capture. It supports low readout noise, high full well capacity, and a multi output readout architecture for improved dynamic range and signal processing performance. It features a non MPP configuration for charge transfer and readout operation. It is ideal for scientific imaging, spectroscopy, astronomical observation, and precision optical measurement applications.

CCD42-40 (FI,AIMO) - CCD Image Sensor for Microscopy Applications

The CCD42-40 (FI, AIMO) from Teledyne e2v is a front illuminated CCD image sensor designed for high sensitivity imaging applications. It provides a resolution of 2048 x 2048 pixels for detailed image capture. It features a pixel architecture based on 13.5 μm x 13.5 μm pixels for precise spatial resolution. It supports full frame architecture with low noise output amplifiers for improved signal quality. It is available in a compact ceramic package and is ideal for scientific imaging, microscopy, medical imaging, and astronomy applications.

CCD4150A - CCD Image Sensor for High-Resolution Scientific Applications

The CCD4150A from ANDANTA is a backside illuminated area CCD image sensor designed for high resolution scientific imaging applications. It provides a resolution of 4096 x 4096 pixels for detailed image capture. It features a pixel architecture based on 15 μm x 15 μm pixels for high sensitivity optical signal acquisition. It supports high charge transfer efficiency, low readout noise, and low dark current operation for improved image quality. It uses a multi output readout architecture with a frame transfer design for efficient signal processing. It is ideal for high resolution scientific imaging, space based systems, industrial inspection, and commercial electro-optical applications.

TCD2566BFG - CCD Linear Image Sensor for Color Scanner Applications

The TCD2566BFG from Toshiba Corporation is a CCD linear image sensor designed for color scanning applications. It provides a line-based pixel structure with 5340 pixels per line and 4 sensing lines for high resolution scanning. It features a pixel architecture based on 5.25 µm pixel pitch for precise spatial sampling. It includes integrated red, green, and blue color filters for color image acquisition along with support for black and white operation. It supports time delay integration operation and uses a high sensitivity low dark current photodiode structure for improved signal detection. It is ideal for color scanners and laser printer applications.

RJ33P4AA0LT - CCD Image Sensor for Security Applications

The RJ33P4AA0LT from Sharp Devices Europe is a CCD image sensor designed for security applications. It provides a resolution of 1984 x 1504 pixels for image capture. It features a pixel structure based on 2.9 µm x 2.9 µm pixels for spatial resolution. It uses a 1/2.5 inch optical format with a color filter for image acquisition. It supports high sensitivity operation with low smear characteristics for stable imaging performance. It is ideal for security imaging and surveillance applications.

With their ability to deliver high sensitivity photon detection, stable charge based imaging, and accurate low noise signal readout, CCD image sensors featured on GoPhotonics address the growing demand for high performance optical imaging in scientific, industrial, and commercial systems. By enabling precise spatial resolution, reliable dynamic range, and consistent image acquisition across a wide range of architectures, these devices play a critical role in spectroscopy, microscopy, astronomy, security imaging, color scanning, and advanced electro-ptical measurement applications.

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