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1:1500 Resolution Spectrometer

  • Model #: SPEC-1500
  • Last modification: Nov/28/2017
  • Downloads


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Overview

The D-Pace 1:1500 Mass Spectrometer System has been designed for resolving singly charged molecular beams with kinetic energy up to 50 keV and up to mass 1500 A.M.U., to 1 part in 1500 in mass. The included slits and Faraday cup can sustain up to 1 mA of beam current. The system comes complete with all:

  • Stands
  • Vacuum chambers
  • Beampipe
  • Bellows
  • Spectrometer Magnet
  • Slits
  • Faraday cup
  • Power supply
  • Control system

Installation, commissioning, and training can also be provided. Custom modifications can be undertaken to meet your particular beam kinectic energy, charge state, particle mass, and beam current conditions.


Features
  • Mass Resolution of 1:1500 at 1.00 mm slit width
  • Maximum Current, Energy, and Mass: 1 mA  /  50 keV  /  q = +1  /  1500 A.M.U.
  • Upstream/Downstream high resolution slits: (D-Pace Precision Slits #PS-50.50)
    • 50 mm height
    • 0-20 mm width accurate to +/-0.05 mm
  • Pneumatic Faraday Cup at downstream slit position (D-Pace Faraday Cup #FC-50.50)
    •  Ø50 mm aperture


Download(s)
File Type Date Details
Specification pdf Aug/1/2015 download 165.8KB



Gallery



For more information, or to order an item please contact us at info@d-pace.com


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1:1500 Resolution Spectrometer

The D-Pace 1:1500 Mass Spectrometer System has been designed for resolving singly charged molecular beams with kinetic energy up to 50 keV and up to mass 1500 A.M.U., to 1 part in 1500 in mass. The included slits and Faraday cup can sustain up to 1 mA of beam current. The system comes complete with all:

  • Stands
  • Vacuum chambers
  • Beampipe
  • Bellows
  • Spectrometer Magnet
  • Slits
  • Faraday cup
  • Power supply
  • Control system

Installation, commissioning, and training can also be provided. Custom modifications can be undertaken to meet your particular beam kinectic energy, charge state, particle mass, and beam current conditions.

  • Mass Resolution of 1:1500 at 1.00 mm slit width
  • Maximum Current, Energy, and Mass: 1 mA  /  50 keV  /  q = +1  /  1500 A.M.U.
  • Upstream/Downstream high resolution slits: (D-Pace Precision Slits #PS-50.50)
    • 50 mm height
    • 0-20 mm width accurate to +/-0.05 mm
  • Pneumatic Faraday Cup at downstream slit position (D-Pace Faraday Cup #FC-50.50)
    •  Ø50 mm aperture

D-pace engineering and drafting teams are fully dedicated to particle beam and accelerator systems including magnets, vacuum chambers and support structures. 

Bill Buckly www.buckleysystems.com