Sonnet User's Guide - Sonnet Software

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<strong>Sonnet</strong> User’s <strong>Guide</strong> An example of a circuit dependency would be the two equations A=2*B and B=sin(A). For variables, if the project editor detects a circular dependency, an error message appears and you are forced to correct the problem before proceeding.You need to redefine one of the variables such that it is no longer dependent on the other. A correction of the example would be A=2*B and B=sin(C). Dimension Parameters A dimension parameter allows you to identify dimensions in a geometry project and assign a variable to the dimension, which allows you to vary those dimensions within an analysis. The initial value of the dimension parameter is the length that appears in your circuit. This is the nominal value of the variable assigned to the dimension parameter. If you change the nominal value of the variable, then the circuit is redrawn with that length. Anchored Dimension Parameter There are three types of dimension parameters: anchored, symmetric, and radial. For brevity, we refer to anchored dimension parameters as anchored parameters, symmetric dimension parameters as symmetric parameters, and radial dimension parameters as radial parameters for the remainder of this discussion. An anchored parameter allows you to fix one end of a parameter then vary its length extending from that point. A symmetric parameter allows you to fix the center point of a dimension parameter and vary the distance it extends on each side. A radial parameter allows you to fix one end of a parameter then radiate out from that fixed point; 136
Chapter 10 Parameterizing your Project the direction is not restricted to the x or y direction, but may extend at an angle. The three dimension parameter types are described in detail in the following sections. Nominal Value = 90 mils Nominal Value = 120 mils Nominal Value = 40 mils Nominal Value = 80 mils Nominal Value = 60 mils Nominal Value = 80 mils Anchored Dimension Parameters An anchored parameter defines a dimension using an anchor point, a reference point and an adjustable point set. The nominal value of the parameter is defined by the distance between the anchor point and the reference point. When the dimension is varied, each point moves relative to the anchor point. When defining your dimension parameter, you perform the following steps: 137
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