Display multiple waveforms at once in one or more waveform window s with drag and drop placement together with magnification facilities to easily highlight waveform details. Options allow you to force disparate waveforms to be displayed on common time scales or magnification settings. New features in V4. Horizontal scales of rectangular charts may be scaled logarithmically or linearly. Navigation buttons enable you to move forward and back within the data set.
With a 2D view a single record the current record is displayed at any given time. In a 3D view the current record is the foremost waveform and the number of records displayed behind it can be adjusted up to a maximum of Both perspective and orthogonal projections are available. Use the cursors built-in to the waveform window to measure time and voltage differences on your waveforms. Add markers to your waveform to denote 3dB points and other points of interest.
Marker information can be displayed in the readout bar along with cursor measurements. Many measurements can be gated to restrict the region of measurement to the area between the X cursors. Thresholds and noise immunity can be set individually on each measurement. Measurement results can be displayed in the dedicated Measurement Window, or placed in notes, window title bars or even as file labels.
Waveform Manager provides programmable ASCII table export capabilities, making it easy to output your waveform data to spreadsheets or analysis programs. Export to files or through the clipboard with your choice of CSV or tab delimiting. Enhanced Screen Image Support. With version 4. This means that you can customize the colors of the vast majority of screen images available from instruments. Also new with version 4. This enables you to get screen plots from a wide variety of lab instruments that are not explicitly supported by using the program to emulate an HP A plotter.
User defined data fields together with database indexing and search capabilities enable you to customize the way you save your waveform information. Define fields to track important customer data right along with you waveforms.
If particular fields would be useful when looking up files later, designate them as file labels and they will be listed whenever you later go to open a file. Waveform, screen image and meter measurements from a Fluke Logarithmic plot of data from network analyzer with constant sample interval.
Create user defined fields to track waveform and customer information. Search for waveform files by file label. Measurements and parameters available as data fields:.
Cursor Measurements. Select a display window and press the Copy toolbar button to send a picture of the window to the clipboard. Copy individual waveforms to the clipboard as pictures and data tables. HPGL is displayed in vector format in the image window. Pen colors can be specified and changed after plot is acquired.
Automatic Refresh. Transfers waveforms, measurements or screen images from locations you specify, or from all currently displayed locations. Can perform transfers when the scope triggers, or repeatedly with 1s to 24Hr wait time between.
Can be used in conjunction with Capture to File for event logging based on trigger events, or for measurement logging. Also can be used with Screen Grab to automatically update display each time a print job is initiated from the instrument. Saves waveforms transferred from an instrument into separately numbered files based on a seed name you supply.
One file is saved after each transfer except for group transfers where waveforms may optionally be saved to separate files. Number of files is adjustable up to 1 0 , Can also capture designated measurements in multiple columns to a single measurement log "TXT" file each time a waveform or measurement transfer occurs.
Print using any printer that has Windows support. You can suppress the printing of background colors, or convert the entire image to monochrome, for excellent results with laser and dot matrix printers.
Using Print Preview you can adjust the size and location of the printed image on the page, and view colors and proportions as they will appear. Program identifies the currently connected instrument and automatically configures the serial port for successful communication. All of the user's guide is available in the on-line help. Metratek Test and Measurement Solutions. Waveforms can be imported to the program and exported from the program using the Windows Clipboard.
This enables waveforms to be imported from mathematical programs such as MathCad. Values are automatically normalized and re-scaled. Waveform export creates multiple clipboard formats of Text normalized numeric values , Bitmap as per on-screen display and Picture metafile retaining waveform vector properties. Note: Pictures or bitmaps can be pasted into programs such as Word for documentation purposes. These flexible methods can be used to create arbitrary generator waveforms from signals captured by instruments such as oscilloscopes and network analyzers, or from software such as MathCad.
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