HORIBA - PTI FelixGX
Manufactured by HORIBA
No Documents
PTI FelixGX is software for instrument control and control of the accessories including analytical functions for trace manipulation and spectral and..
PTI FelixGX is software for instrument control and control of the accessories including analytical functions for trace manipulation and spectral and kinetic analysis.
Through the powerful ASOC-10 USB interface, PTI FelixGX provides a full set of data acquisition protocols and controls the hardware for all system configurations and operating modes.
PTI FelixGX also comes with the PowerFit-10 – new, powerful analytical toolbox for fluorescence and phosphorescence lifetime analysis.
Through the powerful ASOC-10 USB interface, PTI FelixGX provides a full set of data acquisition protocols and controls the hardware for all system configurations and operating modes.
PTI FelixGX also comes with the PowerFit-10 – new, powerful analytical toolbox for fluorescence and phosphorescence lifetime analysis.
Active Questions & AnswersAsk a Question
Recent Questions & Answers
Asked byJP Mothet
Need Equipment Support?
Documents & Manuals
There are no Documents or Manuals available.
Features of PTI FelixGX
FelixGX controls:
Rep rate of pulsed lamp
Monochromators
Flipping mirrors switching between different light sources and detectors
Motorized slits
Motorized triple grating turret
Motorized choice of excitation sources
Motorized choice of emission detectors
Motorized polarizers
Motorized sample holders
Temperature control Peltier devices
Cryostat
Gain control of PMT detector
Switching from digital to analog mode
Full control of broadly tunable Q-switched/OPO laser (Opolette)
Control of Tektronix oscilloscope for lifetimes down to 100 ns
External devices such as stopped flow or titrator
FelixGX Acquisition Modes
FelixGX also provides several acquisition modes for lifetime, spectral and kinetic measurements:
Excitation and Emission spectral scans with user control of integration time, monochromator step, speed and wavelengths
Timebased scan with user defined macro-time duration and integration time
Timebased polarization with full control of motorized polarizers and automated measurement of G-factor and sample background for all polarizer orientations
Excitation and Emission ratiometric measurements
Simultaneous multidye measurements with pre-defined library of common fluorescence dyes or customer defined dyes
Synchronous scan with excitation and emission monochromators scanning simultaneously with a fixed offset between the two
Software switching between digital and analog detection and software PMT gain control in the analog mode
Control of strobe detectors and electronics for fluorescence lifetimes
Control of TCSPC electronics for fluorescence lifetimes
Phosphorescence Decay with user controlled lamp rate and adjustable time window
Time-Resolved Emission scans with user control of lamp rate, signal integration time window, number of pulses averaged per wavelength and scan step size
Time-Resolved Excitation scans (Xe flash or Q-switched/OPO laser) with user control of lamp rate, signal integration time window, number of pulses averaged per wavelength and scan step size
Phosphorescence Time-based scan with user defined macro-time duration, signal integration time window and number of pulses averaged per point
Software control of the PMT gain in all acquisition modes
FelixGX provides also some ‘specialty’ calculators, such as:
Quantum yield calculator for integrating sphere
FRET calculator
CIE 1931 and CIE 1976 color coordinates calculator
Absorption calculator
Single-wall carbon nanotube size calculator
PowerFit-10 Analytical Toolbox
The PowerFit-10 analytical toolbox incorporated into FelixGX provides powerful analytical tools for decay data analysis. All modules of this toolbox Include reconvolution algorithms, selection of data weighing (Poisson or analog), shift and offset parameters, statistical goodness-of-fit parameters (Chi-square, Durbin-Watson, Runs test, residuals and autocorrelation), as well as standard deviations of fit parameters.
PowerFit-10 Modules
Multi-exponential (1 to 4 lifetimes) decay
Multi-file multi-exponential (1 to 4 lifetimes)
Global (1 to 4 lifetimes) analysis
Anisotropy decay (free rotor, restricted rotor and other models)
Stretched exponential
Micelle quenching kinetics (Infelta-Groetzel-Tachiya model)
Exponential Series Method (ESM) unconstrained lifetime distribution analysis (up to 200 exp terms)
Maximum Entropy Method (MEM) lifetime distribution analysis (up to 200 exp terms)
Time-Resolved Spectra (TRES)
Decay Associated Spectra (DAS)
General Specifications
There are no General Specifications available.