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==Transducers Calibration== | ==Transducers Calibration== | ||
[[Image:Reports_Tools_Ribbons_10.png|framed|none]] | [[Image:Reports_Tools_Ribbons_10.png|framed|none]] | ||
Manage the transducers calibration and automatic recognition prior to measurements: | Manage the transducers calibration and automatic recognition prior to measurements: | ||
* | * [[Image:Reports_Tools_Ribbons_312.png]] Calibration: Initiates the calibration procedure tool. | ||
[[Image:Reports_Tools_Ribbons_312.png]] | |||
Calibration: Initiates the calibration procedure tool. | |||
<br>All current analyses and recording must be stopped prior switching to calibration. | <br>All current analyses and recording must be stopped prior switching to calibration. | ||
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[[Image:Reports_Tools_Ribbons_13.png]]NB: In case of 1-DSP analyzer with 4 inputs @ 51,2kHz connected to the octave plug-in, it is not possible to perform the calibration (DSP power limit reached). In such situation, down the sampling frequency to 25,6kHz or disconnecting the inputs from the octave plug-in for the time of the calibration will allow calibrating the sensors. | [[Image:Reports_Tools_Ribbons_13.png]]NB: In case of 1-DSP analyzer with 4 inputs @ 51,2kHz connected to the octave plug-in, it is not possible to perform the calibration (DSP power limit reached). In such situation, down the sampling frequency to 25,6kHz or disconnecting the inputs from the octave plug-in for the time of the calibration will allow calibrating the sensors. | ||
* | * [[Image:Reports_Tools_Ribbons_314.png]] Detect TEDS: Start the sequence for detecting transducers (or missing one) equipped with an electronic datasheet inside (TEDS: Transducer Electronic Data Sheet) connected to the front end. | ||
[[Image:Reports_Tools_Ribbons_314.png]] | |||
Detect TEDS: Start the sequence for detecting transducers (or missing one) equipped with an electronic datasheet inside (TEDS: Transducer Electronic Data Sheet) connected to the front end. | |||
As the TEDS sequence occurs automatically when an input coupling is set to ICP<nowiki>+</nowiki>TEDS, the Detect TEDS button is used for re-checking after transducers or cables modifications. The result of check will be visible on the warning window and may lead to add new transducers to the TDB. | As the TEDS sequence occurs automatically when an input coupling is set to ICP<nowiki>+</nowiki>TEDS, the Detect TEDS button is used for re-checking after transducers or cables modifications. The result of check will be visible on the warning window and may lead to add new transducers to the TDB. | ||
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The content of the TEDS is used to fill the transducer properties. The data from the TEDS that have no correspondence in the ''transducer database'' are copied in the comment area. The name is proposed as the concatenation of type and serial number. User may change it. | The content of the TEDS is used to fill the transducer properties. The data from the TEDS that have no correspondence in the ''transducer database'' are copied in the comment area. The name is proposed as the concatenation of type and serial number. User may change it. | ||
[[Image:Reports_Tools_Ribbons_316.png| | [[Image:Reports_Tools_Ribbons_316.png|700px|none]] | ||
* A known transducer (existing in the database) is recognized in the corresponding input. NVGate® will notice it in the log window (which is popped up automatically). | * A known transducer (existing in the database) is recognized in the corresponding input. NVGate® will notice it in the log window (which is popped up automatically). | ||
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The window below is displayed. | The window below is displayed. | ||
[[Image:Reports_Tools_Ribbons_11.png| | [[Image:Reports_Tools_Ribbons_11.png|700px|none]] | ||
The new transducer is added to the transducer database. | The new transducer is added to the transducer database. |