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XPS

International

To use XI Data Processing Software version 1.4 or 1.5 you must have the following:

• Computer system equipped with an Intel 80386, 80486, or 80586 CPUs or an exact equivalent CPU (Certain emulators e.g. Insignia Solutions "SoftWindows" may also be used)
• A VGA (640x480) resolution of higher video adapter board and a monitor (preferably colour).
• Microsoft MS-DOS 5.0 or higher, IBM PC-DOS 5.0 or higher, DR-DOS 6.0 or higher, Microsoft Windows 3.1, 3.11, or 95.
• Four (4) MB of RAM for MS-DOS or PC-DOS or DR-DOS, or Eight (8) MB of RAM if using DOS/V
• Eight (8) MB of RAM for MS-Windows 3.1, 3.11, or 95, or Sixteen (16) MB of RAM if using MS-Windows 3.1J, 3.11J, or 95J
• One parallel port for operating HP-GL compatible printer(s) or HP-GL compatible plotter(s)
• One HP-GL compatible printer if printing is desired (e.g. HP Laser Printer or HP PaintJet*)
• One 3.5Ó high density floppy disk drive (PC type)
• One mouse or compatible pointing device
• One keyboard
• One empty slot inside the computer to admit a ISA type SCSI interface card

Note: Alternate configuration setup may be necessary

 

 

Software Features

Peak-fitting

• Add Background Intensity
• Automated Flat Background Subtraction
• Clear Peak-fit Results
• Control Energy Difference
• Control Energy Shift
• Control FWHM
• Control Peak Area Ratio
• Control Peak Asymmetry
• Control Peak Energy
• Control Peak Height
• Display Background Only
• Display Peak-Fit Results
• Display Single Peak
• Edit Mid-Point
• Edit Peak-fit Results
• Reduced Chi-Squared Report
• Save Peak-fit Results to Memory
• Set Baseline Endpoints
• Set Baseline Shape (Linear, Shirley)
• Set Cursor Counts
• Set BE Value of Cursor eV
• Set BE Shift
• Set Peak Maximum BE
• Specify Display Range Graphically
• Specify Display Range Numerically
• Start Peak-Fitting
• Subtract Background (Linear, Shirley)

Spectrum Overlay

• Normalize Overlaid Spectra
• Proportionate Overlaid Spectra
• Offset Overlaid Spectra
• Superimpose Overlaid Spectra
• Zoom / UnZoom Spectra

Data Modification

• Add Spectrum to Spectrum
• Derivatize (once or many times)
• Restore Original Data
• Scale Raw Data by Number Factor
• Smooth Data (3,5,7,9,11 point smoothing)
• Subtract Spectrum from Spectrum
• Do and Undo (all levels)
• Edit Scofield Signal Lookup Table
• Edit Feature On/Off Dialog
• Quit Program
• Scale Displayed Data
• Spectral Lines Review
• Zoom / UnZoom Spectra

Depth Profiling

• Display 3 Spectra Summary
• Display Atom % vs Time Plot
• Display Montage (3D display)
• Display Peak Areas
• Extract Spectrum from Depth Profile
• Display Stacked Atom %
• Display Stacked Peak Areas

Printing and Plotting

• Cancel Printing
• Label Spectrum for HP-GL Color Printer
• Plot Spectrum to HP-GL Plotter/Printer
• Plot Spectrum to HP-GL Laser-Printer
• Print Current Display (Spectrum)
• Print Table Peak-fit Parameters
• Print Screen to HP-GL Color Printer
• Print Atom % Composition Tables
• Select Laser-Printer / Pen-Plotter

Quantification

• Add to Atom % Composition Table
• Clear Atom % Composition Table
• Edit Atom % Composition Table
• Measure Area for Atom % Table
• Merge Atom % Composition Tables
• Save Atom % Table to Memory

File Handling

• Change Directory
• Change to Other Drive
• Change Company Name
• Convert LIF Files
• Edit Sample Descriptions
• Erase File
• Export Data as ASCII or HP-GL
• Import Data from ASCII
• Open File
• Save Data or Spectrum Modifications
• Save Spectrum With New File Name
• Select Spectrum
• Transfer LIF Disk

Transmission Function Adiustment

• Set Sensitivity Exponent Factors using Instrument Setup

Optional Software Features

• Find and Identify Signals option
• Laser Printer option
• Recipe Macro option

Instrument Calibration

• Set Reference Energy Offsets
• Set Transmission Function Factors

Utilities

• Backup Files in Binary or ASCII code
• Export Files to ASCII or HP-GL code
• Import Files ASCII code