Hamamatsu

ORCA-285

The ORCA-285 is a high resolution digital camera using a progressive scan interline CCD chip with no mechanical shutter. In addition to a high resolution of 1.37 million pixels, a wide dynamic range of 12 bit digital output and high sensitivity offers a wide application range down to low light level imaging. Peltier cooling drastically reduces dark noise and minimizes thermal drift, which makes camera an ideal choice for demanding scientific and industrial application.

A high performance serial bus IEEE 1394 is used as a computer interface. Furthermore, a standard C-mount lens coupling makes it easy to connect to optics such as optical microscopes.

ORCA-HR

The ORCA-HR is a high resolution digital camera using a large format interline CCD chip with no mechanical shutter. In addition to a high resolution of 10 million pixels, a wide dynamic range of 12 bit digital output and high sensitivity offers a wide application range down to low light level imaging.

Peltier cooling drastically reduces dark noise and minimizes thermal drift, which makes the camera an ideal choice for demanding scientific and industrial applications.

ORCA-AG

The ORCA-AG is a high resolution digital camera with a progressive scan interline CCD chip with no mechanical shutter. Features include 1.37 million pixels, wide dynamic range, 12 bit digital output. With very high quantum efficiency and low noise, this camera is designed for a wide range of applications including low light level imaging. Peltier cooling with hermetic vacuum sealing drastically reduces dark noise and minimizes thermal drift, which makes the camera an ideal choice for demanding scientific and industrial applications.A high performance serial bus IEEE 1394 is used as a computer interface. Furthermore, a standard C-mount lens coupling makes it easy to connect to optics such as optical microscopes.

ORCAII-ERG

The ORCAII-ER camera features the unique ER-150 CCD chip packaged in a proprietary permanently sealed vacuum chamber evacuated to 10-7 Torr. This CCD offers very high quantum efficiency over the spectrum from 300 nm to 980 nm and very low noise. With selectable full well capacity, low read noise, cooling to - 60°C to virtually eliminate dark current, this camera will produce rapid exposures and high dynamic range images. Dual mode digitization offers a software selectable choice of speed or very low noise readout methods with 12 and 14 bit precision. Special analog contrast enhancement circuits increase versatility for even the most difficult imaging conditions.

ORCAII-BT-512G

The ORCAII -BT-512 features an original and unique Hamamatsu S7170 CCD chip packaged in a proprietary permanently sealed vacuum chamber evacuated to 10-7 Torr. This high resolution, back thinned, back illuminated CCD offers very high quantum efficiency over the spectrum from 200 nm to 1100 nm. With a huge full well capacity, low read noise and MPP (Multi-Pinned Phase) technology in the drive circuits to reduce dark current, this camera will produce rapid exposures and very high dynamic range images. Dual mode digitization offers a software selectable choice of speed or very low noise readout methods with 12 to 16 bit precision. Special analog contrast enhancement circuits increase versatility for even the most difficult imaging conditions.

C9100-01

The C9100 series gather all expected features: high gain, high signal to noise ratio, resolution and speed, thanks to new generation EM-CCD sensor in a proprietaly permanently sealed vacuum chamber evacuated to 10 -8 Torr.

With on-chip multiplication technology of the EM-CCD sensor the signal is drastically boosted while readout noise value is kept less than 1 electron r.m.s. at high gain mode. The gain factor of the C9100 is up to 2000 and this camera is able to grab 30 frames per second keeping 14 bit dynamic range and full resolution. The C9100 also supports sub-array and binning modes, which enable high frame rate,100 frames per second or higher.

C9100-02

The C9100 series gather all expected features: high gain, high signal to noise ratio, resolution and speed, thanks to new generation EM-CCD sensor in a proprietaly permanently sealed vacuum chamber evacuated to 10 -8 Torr.

With on-chip multiplication technology of the EM-CCD sensor the signal is drastically boosted while readout noise value is kept less than 1 electron r.m.s. at high gain mode. The gain factor of the C9100-02 is up to 800 and this camera is able to grab 30 frames per second keeping 14 bit dynamic range and full resolution of 1000 x 1000 pixel. The C9100-02 also supports sub-array and binning modes, which enable high frame rate,100 frames per second or higher.

The C9100-02 is recommended for all applications requiring high gain, speed, good resolution, high dynamics and signal to noise ratio.

C9100-12

The C9100 series gather all expected features: high gain, high signal to noise ratio, resolution and speed, thanks to new generation back-thinned EM-CCD sensor in a proprietaly permanently sealed vacuum chamber evacuated to 10 -8 Torr.

With on-chip multiplication technology of the EM-CCD sensor the signal is drastically boosted while readout noise value is kept less than 1 electron r.m.s. at high gain mode. The gain factor of the C9100-12 is up to 2000 and this camera is able to grab 35 frames per second keeping 14 bit dynamic range and full resolution. The C9100-12 also supports sub-array and binning modes, which enable high frame rate,100 frames per second or higher.

The C9100-12 is recommended for all applications requiring high gain, speed, good resolution, high dynamics and signal to noise ratio.

C9100-13

The ImagEM is a brand new member of the C9100 camera series. Combining our decades of experience with high vacuum technology and all the latest advances in CCD circuit design this new camera offers application independent imaging. From the very brightest high dynamic range applications to single photon imaging over long integrations, this camera provides images with the very best signal to noise ratios. The key to this versatility is the E2V CCD97 CCD and Hamamatsu creative engineering. New methods for driving this well known CCD offer special modes of operation for fast, low noise operation and special patent pending synchronization with spinning disk confocal and multi-point confocal microscopes.