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Content | 14/20 It is a useful tool for visualizing in real time the signal that is processed by the SeTAC and the associated limits. Moreover, the Oscilloscope can be used to check the limits and filters settings for the downloaded software. The Oscilloscope function works like a true oscilloscope. Each track displayed has the following parameters: Y Scale: it is the amplitude scale Y Offset: it is the offset of each track X Scale: it is the time scale of the visualisation and is the same for all the tracks. Moreover, each track can have one or more limits to which the same parameters set for the track itself. The oscilloscope is fully configurable with the tools provided at the bottom of the oscilloscope itself (simply use the arrows) or through the Control Panel (Fig. 10). To open the Control Panel window you can: use the button on the left side; it shows a menu with the Autoset command and the Control Panel item that opens the Control Panel window. double-click with the left mouse key. select the ‘Control Panel’ item from the popup menu that is shown when you right-click on the oscilloscope screen. With the Control Panel window, the user can set the X Scale, the Y Scale and the Y Offset of each track. The Autoset command finds the best settings for the signal visualisation. Two options are available in the Autoset function: keep zero in centre: selecting this option results in a zero Y Offset for all the tracks. same Y Scale for all tracks: selecting this options results in all the tracks having the same Y Scale value. This option is useful when comparing two or more signals. The additional tools available in the control panel will be described in the ‘Data Analysis’ section. Serial Communication: the SeTAC communicates with the external world through a RS232 serial line. The protocol has the following settings: baud rate: 28800 bit/s (In some application it can be 19200 bit/s, please see the instruction section of the specific application you’re using); 1 start bit - 1 stop bit; 8 data bits. Configuration: in each application, the user can set the working parameters used in the data analysis function and define the limits. In many applications, three limit levels - corresponding to the three digital outputs - can be set. A typical window for setting the limits is shown in figure 15. Fig. 14 Control Panel Window Fig. 15 Limit settings |
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