淘宝官方店推荐课程在线工具联系方式关于我们

	微波射频仿真设计 Ansoft Designer 中文培训教程 \| HFSS视频培训教程套装
	Agilent ADS 视频培训教程 \| CST微波工作室视频教程 \| AWR Microwave Office

首页 >> Ansoft Designer >> Ansoft Designer在线帮助文档

Ansoft Designer / Ansys Designer 在线帮助文档：

HFSS and Planar EM Simulators >
Working with Materials >
Adding New Materials

Adding New Materials

You can add a new material to a project or global material library. To make the new material available to all projects, you must clone the material, and then export the material to a global material library.

To add a new material to the project material library:

1. In the material browser, click Add Material.

The View/Edit Material window appears.

2. Use the radio buttons in the View/Edit section to specify whether the new materials apply to Active Design, This Product, or All Products.

• Active Design to display properties used in the active design.

• This Product to display properties commonly used by this product.

• All Products to display all properties available. This enlarges the table of properties to show all properties possible. You can use the scroll bars or size the dialog to see all properties.

Your selection may enable the View/ Edit Modifier checkbox for Thermal Modifier. Checking this box causes the Thermal Column to display at the right side of the Properties of the Material table. Selecting Edit rather than None in the Thermal Column causes display of the Edit Thermal Modifier dialog.

3. Type a new name for the material in the Material Name text box or accept the default.

4. Select a material property type — Simple or Anisotropic — for each property from the Type pull-down list.

Note

By default, not all of the available properties are displayed in the materials table. Only the properties commonly used by the product are displayed. To view the complete table of properties, see Filtering Materials.

5. If the material is linear, enter values for the following material properties in the Value boxes:

• Relative Permeability

• Relative Permittivity

• Bulk Conductivity

• Dielectric Loss Tangent

• Magnetic Loss Tangent

If the material is a ferrite, enter a value greater than 0 in the Magnetic Saturation Value box. You may also choose to enter values in the Lande G Factor and Delta H Value boxes. Because Delta H values are measured at specific frequencies, you should also enter a Measured Frequency value (default 9.4 Ghz).

Note

You may enter a global variable name or mathematical expression in the Value box.

6. Select a material property type - Simple or Anisotropic - for each property from the Type pull-down list. The Planar EM simulator models only Simple material types.

7. To modify the units for a material property, double-click the Units text box, and then select a new unit system.

8. If desired, select Set Frequency Dependency to set the frequency dependence of this material.

9. Click OK. The material is added to the list in the Material Browser.

10. Make sure the material is selected. Click Export to Library. Use the File Open dialog to browse to the desired library. Enter a name for the material file.

11. Click Save. The new material is added to the specified material library. If this is a new material library, you are prompted to confirm the creation of a new library.

12. Click OK to close the Material Browser.

The topics for this section include:

Assigning Material Property Types

Enter Frequency Dependent Data Points

Defining Variable Material Properties

Defining Frequency-Dependent Material Properties

Defining Frequency-Dependent Material Properties for Lossy Dielectrics

HFSS视频教程 ADS视频教程 CST视频教程 Ansoft Designer 中文教程


Copyright © 2006 - 2013 微波EDA网, All Rights Reserved 业务联系：mweda@163.com