HiPP-3
Outstanding Imaging XPS at Ambient Conditions
- Imaging XPS < 15 μm resolution
- Swift Acceleration Mode for unprecedented transmission
- Refocusing pre-lens with efficient differential pumping
- Angular resolved range: 18°
- Interchangeable and customized front cones
- A breakthrough in ambient pressure PES
The HiPP-3 analyser features state-of-the-art technology for outstanding imaging XPS at ambient pressures (APPES), with a spatial resolution better than 10 μm. It also features the unique Swift Acceleration Mode that enables unparalleled transmission with count rates improved by up to a factor of 10.
The state-of-the-art HiPP-3 analyser is optimized for XPS energies (up to 1500 eV) and features a revolutionary imaging mode. The transmission is dramatically increased by using the Swift Acceleration Mode. The pre-lens combines efficient differential pumping with electron optics, which refocuses the electron paths through the pre-lens resulting in a high transmission analyser. The pre-lens is equipped with a front cone with a small aperture that permits electrons to enter the analyser while providing efficient differential pumping. The front cone angle is 45 degrees, which allows easy access for photon sources, other equipment, and sample handling. The front cone can be interchanged in order to increase or decrease the aperture and thereby optimise the transmission vs. maximum pressure of the experiment. Truncated front cones are available, to allow for increased working distance when performing UHV- and liquid jet experiments. The front cone can furthermore be customised to allow for user-specific designs.
More Information
Swift Acceleration Mode
The Swift Acceleration Mode increases the transmission in the soft energy range. Parallel imaging can be performed in one direction with a guaranteed resolution of better than 15 μm in a field of view of up to 0.8 mm.
HiPP-3 Options
Several options can be added to the HiPP-3 analyser to optimise it for the intended experiments. The UPS option includes extremely stable and low noise electronics to enable high quality UPS measurements with high energy resolution. The kinetic energy range is extended down to 5 eV and the energy resolution is better than 5 meV for 5 eV pass energy and 10 eV kinetic energy. For experiments that demand higher energies the analyser can be upgraded to reach 6000 eV kinetic energy.
Specifications
< 15 meV FWHM at kinetic energy 500 eV
< 5 meV FWHM at kinetic energy 10 eV (UPS version)
20 eV – 1500 eV (can be extended to 5 eV – 6 000 eV)
± 9°
100 eV – 1500 eV
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2*10-10 mbar – 30 mbar
DN200CF (10” O.D.)
For full specifications and more information about product options, please do not hesitate to contact your local sales representative.
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Reference Systems
Downloads
HiPP Lab: Advanced APPES Measurements Made Simple
With HiPP Lab Scienta Omicron provides a novel solution for laboratory based ambient pressure photoelectron spectroscopy (APPES). Drawing on extensive experience in the fields of photoelectron spectroscopy (PES), UHV technology, and system design, Scienta Omicron has designed the HiPP Lab as an easy to use system that encourages user creativity through flexibility, modularity and an innovate chamber design. Scienta Omicron has vast experience in system manufacturing in a broad range of surface science and material science applications with more than 500 PES analysers and approximately 1000 systems deployed worldwide. This broad knowledge base has been critical for the development of the HiPP Lab.
Custom Made Chamber: Magnetically Shielded UHV Chambers
Quality chamber design is crucial when you need to build your experimental setup from the ground up with individual components and an established system solution is not of interest. The chamber centrally links all of the components together while providing UHV conditions and excellent magnetic shielding.
