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Products: PI-MTE In-Vacuum Cameras

image of PI-MTE In-Vacuum Cameras

New, Large-Format X-Ray Cameras for In-Vacuum Applications

Princeton Instruments, the world’s leading developer and supplier of ultra-low-noise, deep-cooled scientific CCD cameras, is proud to offer our popular PI-MTE series for in-vacuum x-ray imaging and spectroscopy applications.

NEW! PI-MTE3 - Large-format, in-vacuum cameras with up to 4k x 4k sensor formats

PI-MTE3 cameras provide the following key features:

  • Back-illuminated CCDs, with up to 4k x 4k resolution and without antireflective coating
  • Sensitivity in the x-ray energy range from ~10 eV to 30 KeV
  • 100% in-vacuum testing, including cables and cooling tubes
  • High frame rates with multi-port, 16 MHz effective readout
  • Lowest dark current for long integration time
  • Advanced thermal design for 24/7 operation in-vacuum
  • Full experiment control via optional LightField software

 

Breakthrough In-Vacuum Performance

PI-MTE3 in-vacuum CCD cameras are engineered for direct detection in VUV, EUV, and x-ray imaging applications from ~10 eV to 30 keV.

The back-illuminated CCDs (large 2k x 2k or 4k x 4k formats) utilized by the PI-MTE3 platform offer >95% peak quantum efficiency. Efficient liquid cooling results in low dark current, facilitating long integration times.

Due to their four-port readout architecture, these low-noise, 16-bit cameras provide frame rates up to 7x to 10x higher than previous-generation two-port cameras.

MTE3 cameras

 

Sensitivity in X-ray energy range from < 30 eV to ~20 keV:
  • Well suited for a wide variety of soft x-ray spectroscopy and imaging applications
  • X-ray microscopy, x-ray plasma diagnostics, coherent x-ray diffraction imaging
  • EUV lithography, and x-ray holography
     
wavelength coverage
PI-MTE3 Large Format Sensors
  • Large-format, back-illuminated sensors
  • 2048 x 2048 and 4096 x 4096 resolution CCD sensor formats
  • >95% peak quantum efficiency in the 10 eV to 30 keV range
PI-MTE3 - Ultra-flexible performance:
  • Flexible multiple-readout-port design for capturing even ultrafast events
  • 4-port, 2-port, or 1-port readout; custom sensor readout; and kinetic readout
  • 3.2 fps at 16 MHz (PI-MTE3 2048B)
  • Complete triggering support
  • Independently optimized clocking for each combination
PI-MTE3 - Highest frame rates:
  • ~3 full fps @ 2k x 2k resolution
     
  • Up to 7x to 10x higher than previous generation
     
  • Thermal design to efficiently dissipate heat from electronics. Required for continuous operation without the need to shut down the camera periodically

 

100% In-vacuum testing:
  • Every camera system tested in-vacuum
     
  • Testing includes cables and cooling tubes
     
  • 24/7 in-vacuum operation: 10-9 Torr

 

sensor diagram
Powerful LightField software (optional):
  • Powerful, intuitive user interface provides complete control of PI cameras
     
  • Built-in math engine to analyze image and spectral data in real-time
     
  • Universal programming interface - PICAM (64 bit) - for easy custom programming
     
  • Seamless integration of hardware controls and direct data acquisition into National Instruments' LabVIEW, MathWorks' MATLAB and EPICS synchrotron software
     
 

PI-MTE3 Large-Format In-Vacuum Direct Detection X-Ray Camera models and datasheets

Model Imaging Array Pixel Size Energy Range Peak Absorption
Efficiency
PI-MTE3 2048B datasheet pdf 2048 x 2048 15 x 15 µm 10 eV to 30 keV 95%
PI-MTE3 4096B datasheet pdf 4096 x 4096 15 x 15 µm 10 eV to 30 keV 95%

 

PI-MTE In-Vacuum Direct Detection X-Ray Camera model comparison and datasheets

Model Imaging Array Pixel Size Energy Range Peak Absorption
Efficiency
PI-MTE 1300B datasheet pdf 1340 x 1300 20 x 20 µm ~ 1.15 eV to > 9 keV 95%
PI-MTE 2048B datasheet pdf 2048 x 2048 13.5 x 13.5 µm ~ 1.15 eV to > 9 keV 95%

 

 

 

X-Ray Plasma Diagnostics
Hot and dense plasmas are of enormous interest in basic physics research because of the multitude of interesting phenomena that arise from them.

Soft X-Ray Microscopy
Soft X-ray Microscopy is used for imaging and researching the elemental composition and structure of biological samples and more.

EUV Lithography
EUV lithography is gaining popularity because it retains the look and feel of the traditional optical lithography process (i.e., utilizes the 13.5 nm wavelength) and uses the same basic design tools.

X-Ray Spectroscopy
X-ray absorption spectroscopy is an element-specific probe of the local structure of elements in a material.

Publications

M. Wiedorn, H. Chapman et al
2018 
Rapid sample delivery for megahertz serial crystallography at X-ray FELs
In vacuum detection of X-Ray diffraction patterns
B. Mahieu, et. al.
2018 
Probing warm dense matter using femtosecond X-ray absorption spectroscopy with a laser-produced betatron source
Demonstration of femtosecond-resolved X-ray Absorption Spectroscopy using a table-top X-ray source naturally combining broad spectrum and femtosecond duration with required features in terms of stability, photon flux, and inherent pump-probe synchronization.
B. Mahieu, L. Lecherbourg et al.
2018 
Probing warm dense matter using femtosecond X-ray absorption spectroscopy with a laser-produced betatron source
Demonstration of femtosecond-resolved X-ray Absorption Spectroscopy using a table-top X-ray source naturally combining broad spectrum and femtosecond duration with required features in terms of stability, photon flux, and inherent pump-probe synchronization.
P. Helfenstein, Y. Ekinci et al
2018 
Beam drift and partial probe coherence effects in EUV reflective-mode coherent diffractive imaging
Demonstration of EUV coherent diffraction imaging for applications in lithography mask and defect inspection.
M. Schneider, S. Eisebitt et al.
2018 
In situ single-shot diffractive fluence mapping for X-ray free-electron laser pulses
Simultaneous detection of signal and source monitor in a free electron laser facility, improving reliability and interpretation of measurement data.
R. Karl, M. Murnane et al.
2017 
Stroboscopic Imaging of Acoustic Waves in Nanostructures using Tabletop High Harmonics
This research demonstrates setup of a imaging setup using EUV light (30nm). Using a stroboscopic technique dynamic effects in Nanostructures are observed with a PI-MTE camera.
A. Martin, N. Chapman et al
2014 
X-ray holography with a customizable reference
X-Ray holography is applied in material science and biology, in particular to imaging magnetic samples.
E. Gann, A. T. Young, B. A. Collins, H. Yan, J. Nasiatka, H. A. Padmore, H. Ade, A. Hexemer, and C. Wang
2012 
Soft x-ray scattering facility at the Advanced Light Source with real-time data processing and analysis
The Princeton Instruments PI-MTE in-vacuum x-ray camera was used in by researchers at North Carolina State and the Advanced Light Source at Lawrence Berkeley National Lab, Berkeley CA.

Brochures

X-Ray Camera Brochure
Comprehensive information on direct and indirect X-ray detection technologies from Princeton Instruments. Includes related application and technical notes.

Manuals

Product Manuals
Download operation manuals for Princeton Instruments cameras, spectrometers, and accessories from our ftp site.

Tech Notes

New QE Response Curves for Soft X-ray to VUV Energy Range
A Quantitative Comparison of Different Scientific CCD Types

News

PIXIS-XO Soft X-Ray Cameras

PIXIS-XO Soft X-Ray Cameras

X-ray open nose (XO) cameras designed for direct detection of deep UV and X-rays in the <30 eV to 20 keV range


PIXIS-XB Direct Detection

PIXIS-XB Direct Detection

Direct detection x-ray cameras with integrated Be window for 3keV to 20keV detection range.


USB 2.0 Fiber Optic Interface Kit

USB 2.0 Fiber Optic Interface Kit

Extends distance between USB2.0 cameras and the host PC, by up to 500 meters

ThermoCUBE Chiller

ThermoCUBE Chiller

Compact liquid chiller ideal for vibration-free, thermally stable environments

 
Princeton Instruments