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Difference between revisions of "NVGate Filter Builder"
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→Connect filter
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* Filter properties:'' ''This button opens the corresponding filter properties dialog for setup. | * Filter properties:'' ''This button opens the corresponding filter properties dialog for setup. | ||
[ | * [Differentiator: Derivate the signal. Useful for torsional velocity conversion in angular acceleration | ||
Warning: Due to bandwidth compatibility, the filters use is exclusive of the plug-in. I.e: Once a filter is associated to a location (ex: a plug-in channel) it can be used on the same plug-in channels only. The front-end is considered as a plug-in. | Warning: Due to bandwidth compatibility, the filters use is exclusive of the plug-in. I.e: Once a filter is associated to a location (ex: a plug-in channel) it can be used on the same plug-in channels only. The front-end is considered as a plug-in. | ||
=====High-Low pass===== | =====High-Low pass===== | ||
Used to design a high-pass filter or a low-pass filter (Butterworth, elliptic…). | [[Image:Reports_Tools_Ribbons_373.png]] Used to design a high-pass filter or a low-pass filter (Butterworth, elliptic…). | ||
* '''Label''': the name of the filter (by default High-Low pass n, with 1 <nowiki><</nowiki>= n <nowiki><</nowiki>= 4). | * '''Label''': the name of the filter (by default High-Low pass n, with 1 <nowiki><</nowiki>= n <nowiki><</nowiki>= 4). | ||
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=====Pass-Stop band===== | =====Pass-Stop band===== | ||
Used to design a band-pass filter or a band-stop filter. | [[Image:Reports_Tools_Ribbons_374.png|Reports_Tools_Ribbons_374.png]]: Used to design a band-pass filter or a band-stop filter. | ||
* '''Label''': the name of the filter (by default Pass-Stop band n, with 1 <nowiki><</nowiki>= n <nowiki><</nowiki>= 4). | * '''Label''': the name of the filter (by default Pass-Stop band n, with 1 <nowiki><</nowiki>= n <nowiki><</nowiki>= 4). | ||
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=====Integrator===== | =====Integrator===== | ||
Used to design a time integrator filter associated with a high pass filter (to limit gain near DC components). | [[Image:Reports_Tools_Ribbons_375.png]]: Used to design a time integrator filter associated with a high pass filter (to limit gain near DC components). | ||
* '''Label''': the name of the filter (by default Integrator n, with 1 <nowiki><</nowiki>= n <nowiki><</nowiki>= ). | * '''Label''': the name of the filter (by default Integrator n, with 1 <nowiki><</nowiki>= n <nowiki><</nowiki>= ). | ||
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=====Differentiator===== | =====Differentiator===== | ||
Used to setup a time differentiator filter associated with an exponential average to avoid that small fluctuations of the input signal become important distortions in the output signal. | [[Image:Reports_Tools_Ribbons_376.png]]Used to setup a time differentiator filter associated with an exponential average to avoid that small fluctuations of the input signal become important distortions in the output signal. | ||
* '''Label''': the name of the filter (by default Differentiator n, with 1 <nowiki><</nowiki>= n <nowiki><</nowiki>= 3). | * '''Label''': the name of the filter (by default Differentiator n, with 1 <nowiki><</nowiki>= n <nowiki><</nowiki>= 3). | ||