Deep Cooled UV/Vis/NIR

TE and cryogenically cooled CCD and EMCCD scientific cameras for ultra sensitivity from 200 nm to 1100 nm

HORIBA Scientific offers a complete line of spectroscopic multi-channel detectors for scientific research. For spectral detection from UV to near-IR, two dimensional CCDs and indium gallium arsenide linear arrays offer a faster acquisition option over single point detectors with relatively high sensitivity. Coupled with HORIBA’s range of aberration corrected, flat field imaging spectrographs, custom spectroscopy packages can be assembled for a variety of applications.

Segment: Scientific

Division: Custom Spectroscopy Solutions

Manufacturing Company: HORIBA Scientific

Features

CCDs

Quantum Efficiency by type of CCD

*OE- open electrode, FIUV- front illuminated UV enhanced, FIVS- front illuminated visible, BIUV- back illuminated UV enhanced, BIVS- back illuminated visible, BIDD- back illuminated deep depletion

Selection of all HORIBA Spectroscopy CCD’s

	Cooling	Type*	Peak QE	Array Dimension	Pixel Size
Syncerity	TE -60°C	OE	58%	1024 x 256	26µm x 26µm
Syncerity	TE -50°C	BI UV-VIS	78%	2048 x 70	14µm x 14µm
SynapsePlus High Speed CCD	TE -80°C -95°C with optional external cooling	OE	56%	1024 x 256	26µm x 26µm
		FIVS	47%	2048 x 512	13.5µm x 13.5µm
		FIUV	48%	2048 x 512	13.5µm x 13.5µm
		BIVS	95%	1024 x 256 2048 x 512	26µm x 26µm 13.5µm x 13.5µm
		BIUV	75%	1024 x 256 2048 x 512	26µm x 26µm 13.5µm x 13.5µm
		BIDD	<90%	1024 x 256	26µm x 26µm
Synapse CCD	TE -75°C -95°C with optional external cooling
		FIVS	56%	512 x 512	24µm x 24µm
		BIVS	95%	512 x 512	24µm x 24µm
		BIUV	75%	512 x 512	24µm x 24µm
Symphony II CCD	LN₂-133°C	OE	58%	1024 x 256	26µm x 26µm
		FIVS	56%	1024 x 256 2048 x 512	26µm x 26µm 13µm x 13µm
		FIUV	58%	1024 x 256 2048 x 512	26µm x 26µm 13µm x 13µm
		BIVS	95%	1024 x 256 2048 x 512	26µm x 26µm 13µm x 13µm
		BIUV	75%	1024 x 256 2048 x 512	26µm x 26µm 13µm x 13µm
		BIDD	95%	1024 x 256	26µm x 26µm

*OE- open electrode, FIUV- front illuminated UV enhanced, FIVS- front illuminated visible, BIUV- back illuminated UV enhanced, BIVS- back illuminated visible, BIDD- back illuminated deep depletion

UV-VIS-NIR EMCCDs

Quantum Efficiency by type of EMCCD

*FIUV- front illuminated UV enhanced, FIVS- front illuminated visible, BIUV- back illuminated UV enhanced, BIVS- back illuminated visible, BIDD- back illuminated deep depletion

Selection of Synapse EMCCDs

	Cooling	Type*	Peak QE	Array Dimension	Pixel Size
Synapse EMCCD	TE -60°C -75°C with optional external cooling	FIVS	49%	1600 x 200 1600 x 400	16µm x 16µm
		FIUV	49%	1600 x 200 1600 x 400	16µm x 16µm
		BIVS	95%	1600 x 200 1600 x 400	16µm x 16µm
		BIUV	95%	1600 x 200 1600 x 400	16µm x 16µm
		BIDD	92%	1600 x 200	16µm x 16µm

*OE- open electrode, FIUV- front illuminated UV enhanced, FIVS- front illuminated visible, BIUV- back illuminated UV enhanced, BIVS- back illuminated visible, BIDD- back illuminated deep depletion

Near-IR InGaAs linear arrays

Quantum Efficiency by Type of InGaAs

Cooling	Wavelength	Array Dimension	Element Size
Synapse InGaAs	TE -60°C -75°C with optional external cooling View Spec Sheet	800-1650 nm	512 x 1 512 x 1 1024 x 1	25µm x 500µm 50µm x 500µm 25µm x 500µm
Synapse InGaAs		1050-2100 nm	512 x 1 512 x 1 1024 x 1	25µm x 250µm 50µm x 250µm 25µm x 250µm
Symphony II InGaAs	LN₂-103°C View Spec Sheet	800-1600 nm	512 x 1 512 x 1 1024 x 1	25µm x 500µm 50µm x 500µm 25µm x 500µm
Symphony II InGaAs	LN₂-103°C View Spec Sheet	1000-2050 nm	512 x 1 512 x 1 1024 x 1	25µm x 250µm 50µm x 250µm 25µm x 250µm