Hemispherical 150mm High Pressure Energy Analyser EA15-HP1

Brand: Prevac

Product Code: EA15-HP1

Availability: On Request

The PREVAC EA15-HP1 hemispherical energy analyser, which is based on the EA15 analyser, allows due to special designed extraction cones and automatic vacuum control, high-resolution PES measurements in static and dynamic environments up to 1 mbar.

The analyser is equipped with a total number of 11 slits and offers the possibility to choose between best energy resolution and best intensity. According to given photoelectron energy the analyser is set up with up to 8 predefined PE to satisfy customer's requirements.

Detectors 
•  CCD-MCD detector
    - 40 mm diameter dual MCP detector  
    - 656 energy channels available simultanously
    - 494 angular channels available simultanously
    - 90 fps
•  DLD detector
•  7-MCD detector

The PREVAC analyser package includes:
▪ EA15-HP1 150 mm hemispherical energy analyser
 RUDI-EA2 high stability and low noise electronics
 SPECTRIUM acquisition and analyser control software for Windows OS computer system.

Additional information
EA15 hemispherical energy analyser can be controlled directly by LabVIEW programming environment.

Note: 
The use of a mu-metal analysis vacuum chamber or an inner mu-metal shielded chamber in combination with PREVAC EA15-HP1 hemispherical energy analyser is recommended in order to minimalize influence of external magnetic fields and to maximize the performance of the analyser.

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Download the Catalogue here

Technical data

Mounting flange DN 100 CF
Bakeout temperature up to 120 °C
Working distance 1-2 mm (dependent on cone opening)
Analyser mean radius 150 mm
Pass energies 1, 2, 5, 10, 20, 50, 100, 200 eV
Energy resolution
XPS
XPS/UPS & XPS/UPS/ARPES*

< 20 meV FWHM
< 3 meV FWHM
Kinetic energy range 0.5 - 2000 eV
Acquisition modes fixed, scan
Transmission and angular lens mode:
 ▫ lens acceptance angle 
   (transmission mode)
 ▫ lens acceptance angle
   (angular mode)


+/- 15°

+/- 10°
Maximum energy window in fixed mode 12.5 % of pass energy (for CCD-MCD)

Completely designed with non-magnetic materials

*Only in UHV conditions