XRC 125 MF

Power Unit XRC 125 MF for X-Ray source with µ- FOCUS 350 Monochromator

The SPECS XRC 125 MF is a power unit for X-ray source with µ-FOCUS 350 monochromator. The unit can apply a maximum anode voltage of 15 kV and a maximum emission current of 8.3 mA. It also has a safety interlocks for water flow, vacuum and high voltage.

KEY FEATURES

Maximum power 125 W
Maximum anode voltage 15 kV
Maximum emission current 8.3 mA
Digital display
Integrated safety interlocks for water flow, vacuum and high voltage

MADE FOR THESE METHODS
APPLICATION NOTES
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MADE FOR THESE METHODS

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NAP-XPS and NAP-UPS

X-ray Photoelectron Spectroscopy (XPS) and Ultraviolet Photoelectron Spectroscopy (UPS) are well-established and versatile techniques commonly used...

XPS, Chemical Mapping

X-ray photoelectron spectroscopy (XPS) is a widely used method for chemical analysis. By surface imaging or mapping a chemical map can be recorded

APPLICATION NOTES

Investigation of Polymers and Plastics with EnviroESCA

Investigation of Polymers and Plastics with EnviroESCA

This application note describes how EnviroESCA can be used to analyze the surface of polymers and bulk insulating material. EnviroESCAs ability to perform X-Ray Photoelectron Spectroscopy…

Investigation of a Superabsorbent Polymer (SAP) with EnviroESCA

Investigation of a Superabsorbent Polymer (SAP) with EnviroESCA

In this study we show how EnviroESCA can be used to analyze the surface of superabsorbent polymers under different environmental conditions. EnviroESCA’s ability to perform X-ray…

XPS surface chemical analysis of aqueous solutions with EnviroESCA

XPS surface chemical analysis of aqueous solutions with EnviroESCA

In this study we present the capabilites of EnviroESCA to analyze the surface of various aqueous solutions under near ambient pressure conditions. Such investigations of aqueous solutions…

XPS surface analysis of a human urolith with EnviroESCA

XPS surface analysis of a human urolith with EnviroESCA

A single human urinary stone (urolith) was characterized using EnviroESCA. The result of surface chemical analysis of the as received samples is presented. Charge neutralization on this…

XPS surface analysis of human tooth samples with EnviroESCA

XPS surface analysis of human tooth samples with EnviroESCA

Human teeth from an adult and a baby were studied using EnviroESCA. The results of surface chemical analysis of the as-received human tissues samples are presented. Neutralization of the…

XPS surface analysis of cuttlefish bone samples with EnviroESCA

XPS surface analysis of cuttlefish bone samples with EnviroESCA

Biological mineral samples from a cuttlefish (sepia) were studied using EnviroESCA. The results of surface chemical analysis of the native and ion implantation treated samples are presented.…

XPS surface analysis of V2O5 upon heating with EnviroESCA

XPS surface analysis of V2O5 upon heating with EnviroESCA

This application note presents how EnviroESCA can be used to analyze samples during heating under near ambient pressure conditions using various gas atmospheres. Such investigations of…

XPS surface chemical analysis of bacterial samples with EnviroESCA

XPS surface chemical analysis of bacterial samples with EnviroESCA

This application note presents how EnviroESCA can be used to analyze bacterial samples under near ambient pressure conditions in various states of hydration using different levels of…

Near-ambient pressure XPS of hydrated Escherichia coli samples with EnviroESCA

Near-ambient pressure XPS of hydrated Escherichia coli samples with EnviroESCA

This application note presents how EnviroESCA can be used to analyze E. coli biofilms on silicon under near ambient pressure conditions in various states of hydration. Such investigations of…

Gas Cluster Ion Beam (GCIB) sputtering with EnviroESCA

Gas Cluster Ion Beam (GCIB) sputtering with EnviroESCA

This application note presents how the optional GCIB source at the EnviroESCA can be used to clean samples prior to XPS analysis to get reproducible analytical data and reliable…

XPS surface analysis of Italian hard cheese with EnviroESCA

XPS surface analysis of Italian hard cheese with EnviroESCA

This application note presents how EnviroESCA can be used to analyze the surface of food samples, e.g., Italian hard cheese. Due to the advanced vacuum system of EnviroESCA the surface…

XPS surface analysis of printed paper samples with EnviroESCA

XPS surface analysis of printed paper samples with EnviroESCA

Results of the surface analysis of four paper samples obtained in EnviroESCA are presented. Neutralization of this insulating biopolymer is accomplished by Environmental Charge Compensation…

Real World Device Inspection Application with EnviroESCA

Real World Device Inspection Application with EnviroESCA

This application note introduces EnviroESCA as a tool for real world device inspection for microelectronics. A printed circuit board was taken directly from the sales packaging and was…

Investigation of Hydrogel Contact Lenses with EnviroESCA

Investigation of Hydrogel Contact Lenses with EnviroESCA

In this application note we analyze the surface of water filled hydrogels with EnviroESCA, Here, contact lenses serve as an example for medical and biomaterials. The advantage of such…

XPS surface analysis of Zeolites with EnviroESCA

XPS surface analysis of Zeolites with EnviroESCA

In this note we demonstrate how the surface of Clinoptilolite, a natural zeolite, can be analysed with EnviroESCA. It describes how the Environmental Charge Compensation can be used to…

XPS surface analysis of a leaf with EnviroESCA

XPS surface analysis of a leaf with EnviroESCA

This application note presents the application of EnviroESCA to the field of biology and surface spectroscopy of biological samples. X-ray Photoelectron Spectroscopy (XPS) measurements on…

EnviroESCA and NAP-XPS in the field of Cosmetic Science

EnviroESCA and NAP-XPS in the field of Cosmetic Science

This application note presents the application of EnviroESCA to the field of Cosmetic Sciences and Forensic Sciences. Near Ambient Pressure X-ray Photoelectron Spectroscopy (NAP-XPS)…

EnviroESCA applications in Scientific Archaeology

EnviroESCA applications in Scientific Archaeology

In the present application note EnviroESCA is used for chemical Analysis in the field of Archaeometry. Besides the ability of Near Ambient Pressure X-ray Photoelectron Spectroscopy (NAP-XPS)…

XPS surface analysis of a coffee bean with EnviroESCA

XPS surface analysis of a coffee bean with EnviroESCA

The Analysis of food and natural products under environmental conditions is of great importance due to their daily use and direct interaction with humans during consumption. In this study…

XPS surface analysis of an ionic liquid with EnviroESCA

XPS surface analysis of an ionic liquid with EnviroESCA

This application note presents how EnviroESCA can be used to analyze the surface of ionic liquids in contact with gases under application relevant conditions in the near ambient pressure…

XPS surface analysis of sesame seeds with EnviroESCA

XPS surface analysis of sesame seeds with EnviroESCA

Results of the surface analysis of untreated food samples, e.g., sesame seeds, measured with EnviroESCA are presented. High resolution and high quality spectra are recorded using…

Corrosion study of a paper clip in vinegar with EnviroESCA

Corrosion study of a paper clip in vinegar with EnviroESCA

In this note we present (N)AP XPS results from the first comparative ex-situ and operando corrosion study on the reaction of commercial paper clips in concentrated vinegar solution…

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XRC-125 MF Power Supply for μ-Focus 350 — XRC-125 MF Control Unit and XRC-125 MF HV Unit - power supplies for the μ-FOCUS 350 X-ray source.

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