Systat PeakFit is a software application that is used to analyze and fit peak data. It is a powerful tool that is used by scientists and engineers in a variety of industries, including the pharmaceutical industry, the chemical industry, and the materials science industry.
Systat PeakFit offers a variety of features, including:
- Peak detection: Systat PeakFit can be used to detect peaks in data, identifying the location and height of the peaks.
- Peak fitting: Systat PeakFit can be used to fit peaks to a variety of functions, including Gaussian, Lorentzian, and Voigt functions.
- Data analysis: Systat PeakFit can be used to analyze data, calculating statistical parameters such as the mean, standard deviation, and peak width.
- Plotting: Systat PeakFit can be used to plot data, creating graphs and charts that can be used to visualize the data.
- Exporting: Systat PeakFit can be used to export data, saving the data in a variety of formats that can be used by other software.
Systat PeakFit is a powerful tool that can be used to analyze and fit peak data. It is easy to use and offers a variety of features.
Here are some of the pros and cons of Systat PeakFit:
- Powerful: Systat PeakFit is a powerful tool that can be used to analyze and fit peak data.
- Easy to use: Systat PeakFit is easy to use, with a simple user interface that makes it easy to analyze and fit peak data.
- Comprehensive features: Systat PeakFit offers a comprehensive set of features, including peak detection, peak fitting, data analysis, plotting, and exporting.
- Can be expensive: Systat PeakFit is a commercial software package, so it can be expensive.
- Not as widely used as some other tools: Systat PeakFit is not as widely used as some other peak fitting software, such as OriginLab.
Overall, Systat PeakFit is a good peak fitting software that is powerful and easy to use. However, it is not as widely used as some other tools.
Systat PeakFit software is an inevitable choice for spectrometry, chromatography or colorimetry and electrophoresis. This software receives data in different formats and displays the results graphically with high precision after performing high-level and complex calculations.
Methods used in Systat PeakFit:
This program uses three different methods to automatically find the location of hidden peaks (peaks and valleys), although each of the methods is very powerful, but sometimes, in certain circumstances, one method may be the result. get better than the other.
- Residuals method: This is how it first finds the location of the peaks by finding the relative maximum in a continuous stream of data and then adds hidden peaks arbitrarily in the places where the peak occurs in the residuals. .
- The second derivative method: it looks for the relative minima that exist in the neighborhood of the places where the second derivatives become zero in a continuous flow of data. These relative minima usually reveal the location of hidden peaks.
- Deconvolution method: uses a Gaussian response function along with a Fourier deconvolution transformation algorithm. A spectrum that can be successfully deconvoluted will contain sharper peaks in a relatively balanced range. The purpose of this method is to find the highest hidden peaks, each of which represents a relative maximum.
If the feature of automatic placement of peaks in PeakFit software has a problem due to very complex data or the presence of disturbances in them, you can place the peaks graphically with just a few clicks of the mouse. Also, this software allows you to manipulate very complex data and get a simpler output. For most datasets, PeakFit does most of the computational work for you. Calculations that may require hours of work can now be done in a few minutes with a few clicks using PeakFit. In this way, the software saves your valuable time while doing research.
Features and features of the Systat PeakFit program:
- Support for various formats for input data such as: ASCII, Excel®, Lotus 123®, Quattro Pro® Windows®, SigmaPlot®, AIA Chromatography, dBase ® III+, IV, DIF, ASCII and Spreadsheet – like Editors, …
- Data preparation by performing accurate and advanced calculations
- Automatic placement of peaks with precise methods
- The possibility of choosing the location of peaks manually in the graphic environment
- Manual setting of parameters
- Providing output from all generated data
- The possibility of saving diagrams in the clipboard or saving them in BMP or WMF formats
Windows 95, 98, 2000, NT and XP or higher
486 Processor or higher
16 MB RAM required (32 MB or more recommended)
10MB hard disk space
Last Updated on July 18, 2023 by admin