Charge injection device (CID) camera are imaging systems which convert optical signals to electrical signals. Products include a variety of solid-state cameras and systems available in multiple configurations.
Thermo Scientific™ CID8710D1M solid-state, monochrome, CID-based video camera features minimum radiation tolerance of at least 1 x 106 rads total dose gamma (1 MegaRAD) total dose. Camera features a 2:1 interlace-scanned Charge Injection Device (CID) based imager with 12 x 13.
Thermo Scientific™ SpectraCAM86 is a scientific-grade camera system based on a new Charge Injection Device imager architecture featuring low noise, arbitrary pixel selection, readout and clear, and pixel collective readout or binning.
Thermo Scientific™ CID3710D solid-state monochrome video camera features an RS-170 video format, interlace-scanned, 776(H) x 512(V) pixel CID array in a compact remote head configuration. Compact remote head configuration connects to the Camera Control Unit via flexible cable supplied to length.
Thermo Scientific™ CID8825D radiation-hardened color camera features new Low-Noise, Preamplifier Per Pixel Radiation Hardened Charge Injection Device (CID) imager technology for use in radiation environments.
Thermo Scientific™ CIDI8710D1M-UV is a gated, intensified, CID-based camera consisting of a CID8710D1M radiation-hardened solid state RS-170 camera, fiber optically coupled to high performance GENII-UV image intensifier tube from DEP.
Thermo Scientific™ CID8710D1M solid-state, monochrome, CID-based video camera features minimum radiation tolerance of at least 1 x 106 rads total dose gamma (1 MegaRAD™) total dose. Camera features a 2:1 interlace-scanned Charge Injection Device (CID) based imager with 11.
Thermo Scientific™ CID3712D solid-state monochrome video camera features a CCIR (European) video format, interlace-scanned, 768(H) x 612(V) pixel CID array in a compact remote head configuration. Compact remote head configuration connects to the Camera Control Unit via flexible cable supplied to...
Thermo Scientific™ SpectraCAM84 is a scientific-grade camera system based on a new Charge Injection Device imager architecture featuring low noise, arbitrary pixel selection, readout and clear, and pixel collective readout or binning.
Thermo Scientific™ CIDI3710D-XD4 is a very-low-light-level, gated, intensified, CID-based camera consisting of CID3710D solid state RS-170 version camera fiberoptically coupled to XD-4 version 18mm microchannel plate image intensifier.
Thermo Scientific™ CIDI3710D-UV is a gated intensified UV-sensitive, CID-based camera consisting of CID3710D solid-state RS-170 camera, fiberoptically coupled to 18mm second generation UV-sensitive microchannel plate image intensifier.
Inductively coupled plasma optical emission spectroscopy (ICP-OES) is an elemental analysis technique that derives its analytical data from the emission spectra of elements excited within a high-temperature plasma.
The high light throughput optics combined with the charge injection device detector, the CID821, ensure the shortest possible analysis times. When using the iFR analysis mode, the complete spectrum is captured in one measurement, making the analysis time even shorter.