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F900 software package is based on a data centred design
that enables the user to focus on the measurement. Such an
approach offers significant benefits in system
ease-of-use. Extensive on-line
help guides the user through measurement sequences.
Measurement set-up and data acquisition is made through a
transparent menu system. Key spectroscopic parameters are
easily accessed through functional grouping. Tabbed
dialogue boxes and particular scan parameters are always
visible during set-up. The current instrument status is
also continuously displayed.
Comprehensive data import and
export facilities are provided to ensure compatibility
with many other popular analysis programs. Graphics can be
exported to a standard Windows metafile or directly cut
and pasted into word processing, graphics and desktop
publishing
The F900 advanced software is a user
friendly and flexible package. Irrespective of the system
configuration and accessories, the F900 software provides
the user with complete control. Measurement modes within
the software reflect such system configurations by means
of a simple operating environment.
Measurement modes for the F900 software are as follows:
• Signal rate
• Excitation Spectra
• Emission Spectra
• Anisotropy Spectra
• Kinetic Measurements
• Synchronous Spectra
• Corrected Spectra
• Temperature Resolved Spectra Map
• Synchronous Spectra Map
• Excitation-Emission Map
• Manual lifetime measurement
• Multiple lifetime measurement
• Time resolved excitation spectra
• Time resolved emission spectra
• Fluorescence anisotropy
• Temperature controlled lifetime measurements
• Sample temperature monitoring
• Sample Temperature Monitoring
The following data manipulation and display features are
available in the F900 software
• Full data reconvolution using a non-linear least square
fitting routine – exponential fit or tail fit
• 1-4 independent exponential decay times, fixed or as
free fit parameters
• Shift parameters, fixed or as free fit parameters
• Background fit, fixed or as free fit parameters
• Chi-squared goodness-of-fit test
• Weighted residuals, Durbin Watson parameters
• Autocorrelation function
• Anisotropy calculation
• Time resolved spectra
• Arithmetic (+. - . x, / , append)
• Scaling / multiplication factor
• Normalise
• Baseline Subtraction
• Crop Range
• Smooth
• 2D, 3D , Contour and text
• Grid ON/OFF
• Differentiation / Integration
• Peak Search
• Correction
• Anisotropy (G factor corrected)
• Logarithmic / linear scales
• Cursor locations
• Join, split, and extract frames
Comprehensive data import and export facilities are also
provided to ensure compatibility with many other popular
analysis programs
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