Sonnet User's Guide - Sonnet Software

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<strong>Sonnet</strong> User’s <strong>Guide</strong> 24 Move the mouse until the name is positioned in the middle of the thru line. When the name is in the desired position, click on the mouse. This sets the dimension parameter in the x direction. The dimension parameter should now appear as shown below. This completes entering the dimension parameters. Note that Lstub is affected by Sstub. As Sstub increases, although it does not directly affect the value of Lstub, the two stubs do get further apart. The dimension parameter to which Lstub is assigned is dependent on the dimension parameter to which Sstub is assigned. However, the variable Lstub is NOT dependent on the variable Sstub so that both are available to be selected for the parameter sweep and optimization covered later in this tutorial. Only independent variables may be selected for parameter sweeps and optimization. 25 Select File ⇒ Save for the project editor main menu. This saves the changes you have made to the circuit so that you can analyze it. The next section of the tutorial teaches you how to setup and run a parameter sweep on the circuit. Parameter Sweep The parameter sweep uses only the Lstub variable. You analyze the circuit at two different lengths for Lstub over a frequency band of 2.0 GHz to 10.0 GHz. When the sweep is complete, you view the response curves in the response viewer. For a detailed discussion of a parameter sweep, please refer to “Parameter Sweep,” page 148. 164
Chapter 11 Parameter Sweep and Optimization Tutorial Setting Up a Parameter Sweep 1 Select Analysis ⇒ Setup from the project editor’s main menu. The Analysis Setup dialog box appears on your display. 2 Select Parameter Sweep from the Analysis Control drop list. This selects a parameter sweep as the type of analysis. The dialog box’s appearance changes to accommodate the input needed for a parameter sweep. Analysis Control drop list 3 Click on the Add Button in the Analysis Control section of the dialog box. The Parameter Sweep Entry dialog box appears. This dialog box allows you to add a parameter sweep. The first step is to specify the analysis frequencies you wish to use for the parameter sweep. For this example, you wish to perform an ABS sweep from 2.0 GHZ to 10.0 GHz. Since Adaptive Sweep (ABS) is the default sweep type, you do not need to take any action to select it. 4 Enter 2.0 in the Start text entry box in the Frequency Specification section of the Parameter Sweep Entry dialog box. This is the starting frequency. 5 Enter 10.0 in the Stop text entry box. This is the highest frequency. This defines a band of 2 GHz to 10 GHz for the adaptive sweep. Next, you will select the variables you wish to sweep. 165
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