Selecting file

You begin the process in the interactive SAS windowing environment by selecting File from the toolbar and then Import Data..from the drop-down menu. You will see a window like the following ... 

From within a project in SAS Enterprise Guide, select File and then Import Data... from the toolbar. Select where to open the data from in the pop-up file selection window and click Open. A data import options window like the following will appear ... 

The interactive SAS Import Wizard provides an easy way to import the contents of Microsoft Excel and Access files into SAS. Here again, the Import Wizard is essentially a graphical user interface that builds the PROC IMPORT code for you. Begin in the interactive SAS windowing environment by selecting File from the toolbar and then Import Data... from the drop-down menu. A window like the following will appear, where you can select Microsoft Excel as a standard data source. 

When you click Next, a Select File window opens for you to choose the file destination. Click Browse to browse to the destination file, or enter the path to the file as follows ... 

When you are finished, save your work. Select file, then save as in the pop-up menu. Select floppy (A ) in the save in text box. Type in your file s name in the file name text box. 

We must now create a new project. Select File and then New from the Capture menus ... 

Now that we have finished the schematic, we need to save it. Select File and then Save from the menus. The File pull-down menu will appear ... 

To see how the information is used, we will create a new project. We will save the present project, close it, and then create a new project. Select File and then Save to save any changes we made to the schematic ... 

Select File and then Close to close the schematic page ... 

Note that the schematic page was closed, but the project is still open. To close the project, select File and then Close Project from the menus ... 

We will not see any changes until we create a new schematic. We will close this project and then create a new project. Select File and then Close from the menus. You can choose to save or not save the changes. 

To create a new project, select File, New, and then Project ... 

Select File and then Save to save the changes. Save all changes if asked. Next, select File and then Close to close... 

When you are finished with your circuit, select File and then Save from the Capture menus. This will save the changes to this page only ... 

For this example, we will assume that you are opening the files that were copied to your hard drive during the installation. Select File, Open, and then Project from the Capture menu bar ... 

Before continuing we must close the current data file in Probe, and close the current schematic in Capture. In Probe, select File and then Close to close the data file. 

Select File and then Close Project. Save the changes if asked. 

The results show the voltages at the specified nodes relative to ground, and are the same numerical results as displayed on the schematic. To close the text editor program, select File and then Close from the Capture menus. You will return to the schematic ... 

Select File and then Save to create and save the model ... 

After we save the model, it is listed in the left window pane. This window pane lists all of the models contained in the library we are editing, in this case Section 3C.lib. Select File and then Exit to return to the schematic. Notice that the diode model name has changed from Dbreak to DX ... 

These results show several parameters for the BJT. In particular Ic is 18.2 mA and Vce is 3.14 volts. Had there been more than one BJT in the circuit, the operating point information would be displayed for all BJTs. Similar information is shown for MOSFET, jFETs, and other three-terminal devices. To close the Text Editor program select File and then Close from the menus ... 

We see that the breakdown voltage is 5.6 volts. Select File and then Exit to close the model editor and return to Capture. Do not save the changes if asked. 

The name of this project is Section 4Gl.opj so the model is saved in a file named SECTION 401.IIP. After saving the model, the name of the model appears in the list of models saved in library SECTION 4EUIP. Presently, only one model is saved in this library, Rexp. Select File and then Exit to accept the model and return to the schematic ... 

We have named the model RlOOPPtTl and specified the value of TCI to be lOOu, or 100x1 O 6. We will use this model for all of the resistors. Select File and then Save to save the model, and then select File and then Exit to close the model editor. When you return to the schematic, the resistor model name should be changed to RlOOppm ... 

To apply the waveform displayed in the Stimulus Editor window to the VI part in the schematic and return to the schematic, select File and then Exit from the Stimulus Editor menu bar ... 

The only model parameter we are defining is BV. All other parameters will be left at the PSpice defaults. Notice that the new model we created is not yet displayed in the left window pane. Select File and then Save from the menus. The file will be saved and the model will be added to the left pane of the window ... 

Select File and then Exit to return to the schematic ... 

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