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[[Image:UltraLibrarian_13.jpg|Ultra Librarian]]<br>Image: An extruded polygon of the outline shall not be created, because we want to import a nice 3D model. So we choose "No" here. If a  step file lacks, the representation of the component body as an extruded polygon is a fast alternative. The component contour is brought to height so that a cuboid or a cylinder or - depending on the contour - another body is created. <br><br><br>
[[Image:UltraLibrarian_13.jpg|Ultra Librarian]]<br>Image: An extruded polygon of the outline shall not be created, because we want to import a nice 3D model. So we choose "No" here. If a  step file lacks, the representation of the component body as an extruded polygon is a fast alternative. The component contour is brought to height so that a cuboid or a cylinder or - depending on the contour - another body is created. <br><br><br>


[[Image:UltraLibrarian_14.jpg|Ultra Librarian]]<br>Image: Das landing pattern zeigt die Markierung im Südosten. Pad Nummer 1 wird also auf der horizontalen Reihe im Süden erwartet und zwar an Position links außen. Drücken Sie jetzt den Knopf zum Import einer Step-Datei.<br><br><br>
[[Image:UltraLibrarian_14.jpg|Ultra Librarian]]<br>Image: The landing pattern shows a mark in the southeast. Pad number 1 is therefore expected on the south horizontal row, at the left outer position. Now press the button to import a step file.<br><br><br>


[[Image:UltraLibrarian_15.jpg|Ultra Librarian]]<br>Image: Im sich öffnenden Dialog werden Sie aufgefordert das entsprechende file zu laden. Eventuell ist es erforderlich, das Modell auszurichten, denn nicht immer kommt das Objekt passgenau herein.<br><br><br>
[[Image:UltraLibrarian_15.jpg|Ultra Librarian]]<br>Image: In the dialog that opens, you will be asked to load the corresponding file. It may be necessary to align the model, because the object does not always fit in perfectly.<br><br><br>


[[Image:UltraLibrarian_16.jpg|Ultra Librarian]]<br>Image: Man kann also die 3D-AbImageung an den Koordinatenachsen drehen, oder verschieben, bis die AbImageung keinen Versatz mehr zeigt.<br><br><br>
[[Image:UltraLibrarian_16.jpg|Ultra Librarian]]<br>Image: So you can rotate or move the 3D image along the coordinate axes until the image no longer shows any offset.<br><br><br>


[[Image:UltraLibrarian_17.jpg|Ultra Librarian]]<br>Image: Nach OK, schließen Sie alle Dialoge incl. der Datenbank. Ihr Bauteil befindet sich jetzt in der Datenbank und kann für Designs in TARGET verwendet werden.  <br><br><br>
[[Image:UltraLibrarian_17.jpg|Ultra Librarian]]<br>Image: After OK, close all dialogs including the database. Your part is now in the database and can be used for designs in TARGET.  <br><br><br>





Revision as of 14:35, 9 August 2018

Ultra Librarian (UL) is a portal for downloading CAD data of electronic components. This mainly involves the schematic symbol, the soldering foot pattern and a 3D model. These data can be easily integrated into the TARGET 3001! - component database. The following images illustrate the individual steps:


Ultra Librarian
Image: The UL opening dialog. Components can be searched by the name, e.g. ATMEGA168PV-10AU, a microcontroller by Atmel/Microchip.


Ultra Librarian
Image: UL list of results. First of all, we are interested in the models, which means the CAD data.


Ultra Librarian
Image: Available models can be seen in the preview which UL offers.


Ultra Librarian
Image: UL offers all three characteristic forms for this component. The views can be varied, see buttons below the images. A click on the Download button opens a dialog to select the CAD tool. In our case it is TARGET 3001!


Ultra Librarian
Image: Tick the box at TARGET 3001! for schematic symbol and footprint pattern. Also tick the box to load the step model (3D view).


Ultra Librarian
Image: UL delivers the data in CXF and STEP format. Save the zip file in any directory.


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Image: The zip file contains the items shown...


Ultra Librarian
Image: ...and saves them to a directory of your choice.


Ultra Librarian
Image: Now open the component database in TARGET 3001! and import the data first as CXF.


Ultra Librarian
Image: Circuit diagram and solder foot pattern are transmitted through the CXF format.


Ultra Librarian
Image: That is how it prformss in TARGET 3001!


Ultra Librarian
Image: To import the step model for the 3D view, click with the right mouse button on the coordinate system and select the "Edit 3D" option.


Ultra Librarian
Image: An extruded polygon of the outline shall not be created, because we want to import a nice 3D model. So we choose "No" here. If a step file lacks, the representation of the component body as an extruded polygon is a fast alternative. The component contour is brought to height so that a cuboid or a cylinder or - depending on the contour - another body is created.


Ultra Librarian
Image: The landing pattern shows a mark in the southeast. Pad number 1 is therefore expected on the south horizontal row, at the left outer position. Now press the button to import a step file.


Ultra Librarian
Image: In the dialog that opens, you will be asked to load the corresponding file. It may be necessary to align the model, because the object does not always fit in perfectly.


Ultra Librarian
Image: So you can rotate or move the 3D image along the coordinate axes until the image no longer shows any offset.


Ultra Librarian
Image: After OK, close all dialogs including the database. Your part is now in the database and can be used for designs in TARGET.


en: Ultra Librarian