Newton Spectral CCD Detector 940 Series

NegotiableUpdate on 01/21

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The Newton series uses a CCD platform with a spectral speed of up to 1600 frames per second. Using CCD chips of different specifications, including multiple options to meet different experimental needs. The vacuum sealing technology used ensures cooling temperature and durability.

Product Details

The Newton series spectral detector includes two models, 920 and 940, with chips of 1024 * 256 and 2048 * 516, respectively. The Newton series uses a CCD platform with a spectral speed of up to 1600 frames per second. Using CCD chips of different specifications, including multiple options to meet different experimental needs. The vacuum sealing technology used ensures cooling temperature and durability.
Newton光谱CCD探测器940系列
Main Features

3MHz readout speed

Peak quantum efficiency>95%

TE refrigeration, the lowest temperature is -100 ℃

• UltraVac ™ Vacuum sealing technology ensures a 5-year vacuum warranty

Single light window design reduces light loss tozuilow

Fringe suppression technology (stripe suppression) eliminates the etalon effect of back sensitive CCD

Dual AR dual coating option, simultaneously enhancing quantum efficiency in both ultraviolet and near-infrared bands

Attachment Options

C interface adapter, F interface adapter, shutter, water cooler

Main applications
Newton光谱CCD探测器940系列

Quantum efficiency curve

Technical parameter indicators

model	DU920P	DU920P-Bx-DD	DU940P
Chip type	BV: Back sensitivity, visible band optimization BU: Back sensitivity, UV enhanced 350nm optimization BU2: Back sensitivity, UV enhanced 250nm optimization BVF: Back sensitivity, optimization of visible light band, and elimination of near-infrared etalon coating OE: Open electrode	BR-DD: Back photosensitive depth depletion CCD. Metalon coating with near-infrared band elimination BEX2-DD: Back photosensitive depth depletion CCD. Metalon coating with near-infrared band elimination and double-layer anti reflection film with band extension	FI: Front photosensitive CCD UV: front photosensitive, UV coating BV: Back sensitivity, visible band optimization BU: Back sensitivity, UV enhanced 350nm optimization BU2: Back sensitivity, UV enhanced 250nm optimization
Effective pixels	1024×256		2048×512
pixel size	26μm×26μm		13.5μm×13.5μm
Detection surface size	26.6 mm×6.7 mm		26.6 mm×6.9 mm
Maximum spectral acquisition speed	273(Full Vertical Binning)、1612(Crop Mode 20 rows) 144(OE,Full Vertical Binning)、1149(OE,Crop Mode 20 rows)	272(Full Vertical Binning) 1587(Crop Mode 20 rows)	122 (Full Vertical Bin)， 943 (Crop Mode – 20 rows)
linearity	>99%
Zui small readout noise	<4e-		＜ 2.5e-
dark current	FI, OE, UV：0.0003 e- /pixel/sec @-100℃ BU, BU2,：0.0003 e- /pixel/sec @-100℃ BV, UVB：0.0003 e- /pixel/sec @-100℃ BVF： 0.0002@-100 ℃	Bx-DD：0.003 e- /pixel/sec @-100℃	FI, OE, UV：0.0001 e-/pixel/sec @-100℃ BU, BU2, BV, UVB：0.0002 e-/pixel/sec @-100℃
Zui low cooling temperature	-100℃
Light window type	Single quartz window, uncoated, anti reflective coating or MgF2 optional	BR-DD: Single quartz window, anti reflection coating (optimized for 900nm) BEX2-DD: Single quartz window, uncoated	Single quartz window, uncoated, anti reflective coating or MgF2 optional