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X-Ray CCD探测器

简介 PIXIS-XO PIXIS-XB PI-MTE Quad-RO PIXIS-XF

X-Ray Cameras

Download the NEW Princeton Instruments' X-Ray Brochure pdf (26 MB)

Cameras	Brands	X-Ray Camera Descriptions	Applications
	PIXIS-XO	The most flexible, compact direct detection cameras with software selectable readout speeds and gains ideal for soft x-ray range < 30 eV to ~ 10 keV. Available for spectroscopy and imaging with low noise electronics, rotatable conflat flange, TE cooling with air or liquid and USB 2.0 interface with resolution from 1340 x 100 to 2048 x 2048 pixels.	X-Ray Plasma Diagnostics EUV Lithography Soft X-Ray Microscopy X-Ray spectroscopy

	PIXIS-XF	The most flexible, compact indirect detection cameras with software selectable readout speeds and gains. Available with low noise electronics, TE cooling with air or liquid and USB 2.0 interface with front-illuminated or back-illuminated CCDs and resolution of 1024 x 1024 or 2048 x 2048 pixels for imaging.	Streak Tube Readout X-Ray Diffraction Micro Computer Tomography (Micro CT)

	PI-MTE	The smallest scientific camera ideal for in-vacuum direct detection of soft x-ray range < 30 eV to ~10 keV. Available with low noise electronics, TE water cooling and USB 2.0 interface with resolution of 1340 x 1300 and 2048 x 2048 pixels.	EUV Lithography Soft X-Ray Microscopy X-Ray spectroscopy

	PIXIS-XB	The most flexible, compact direct detection cameras with software selectable readout speeds and gains ideal for medium x-ray range < 3 keV to ~ 20 keV. Available for spectroscopy and imaging with low noise electronics, Beryllium window, TE cooling with air or liquid and USB 2.0 interface with resolutions 1340 x 400, 1024x1024 and 1340 x 1300 pixels.	X-Ray Diffraction X-Ray Photon Counting X-Ray Photon Correlation Spectroscopy (XPCS) X-Ray Intensity Fluctutation Spectroscopy (XIFS) X-Ray Lithography X-Ray Spectroscopy

	Quad-RO	The high performance compact, indirect detection camera with software selectable readout speeds and gains ideal for medium x-ray energies. Available with low noise electronics, electronically balanced 4 outputs to deliver uniform images, TE cooling with liquid and Firewire (IEEE 1394a) interface in 2084 x 2084 pixels resolution for imaging.	Streak Tube Readout X-Ray Diffraction Micro Computer Tomography (Micro CT)

Model	Imaging Array	Pixel Size	Sensor Type
100B	1340 x 100	20 x 20 um	back-illuminated
100BR	1340 x 100	20 x 20 um	back-illuminated, deep-depletion
400B	1340 x 400	20 x 20 um	back-illuminated
400BR	1340 x 400	20 x 20 um	back-illuminated, deep-depletion
1024B	1024 x 1024	13 x 13 um	back-illuminated
1024BR	1024 x 1024	13 x 13 um	back-illuminated, deep-depletion
1300B	1340 x 1300	20 x 20 um	back-illuminated
2KB	2048 x 512	13.5 x 13.5 um	back-illuminated
2048B	2048 x 2048	13.5 x 13.5 um	back-illuminated

Model	Imaging Array	Pixel Size	Imaging Area (mm)	Energy Range	Peak Absorption	Lowest CCD Temp
400BR	1340 x 400	20 x 20 um	26.8 x 8.0	~3 keV-20keV	75%	-90° C
1024BR	1024 x 1024	13 x 13 um	13.31 x 13.31	~3 keV-20keV	75%	-90° C
1300R/BR	1340 x 1300	20 x 20 um	26.8 x 26.0	~3 keV-20keV	75%	-70° C

Model	Imaging Array	Pixel Size	Energy Range	Peak Absorption Efficiency
1300B	1340 x 1300	20 x 20 um	~ 1.15 eV to > 9 keV	85%
2048B	2048 x 2048	13.5 x 13.5 um	~ 1.15 eV to > 9 keV	85%

Model Imaging Array Pixel Size Energy Range(3.5 kev - > 150kev QE at 550 nm
4320 2084x2084 24 x 24 um Optimized usingcustom scintillator >70%

Model	Imaging Array	Pixel Size	Energy Range	Quantum Efficiency	Sensor Type
XF-1024F	1024 x 1024	13 x 13 um	<3.5 kev - >150 kev.	32% at 550 nm	front-illuminated
XF-1024B	1024 x 1024	13 x 13 um	<3.5 kev - >150 kev.	97% at 550 nm	back-illuminated
XF-2048F	2048 x 2048	13.5 x 13.5 um	<3.5 kev - >150 kev.	32% at 550 nm	front-illuminated
XF-2048B	2048 x 2048	13.5 x 13.5 um	<3.5 kev - >150 kev.	97% at 550 nm	back-illuminated

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