Sonnet

High Frequency Electromagnetic Software

Contact Us | Site Map

  • Home
  • About Sonnet
    • The Company
    • Employment
    • Events
    • Partners
    • Contact
  • Products
    • Sonnet Suites (3D Planar)
    • CST STUDIO SUITE (Full 3D)
    • Sonnet Lite (Free 3D Planar)
    • Which should I choose?
  • Support
    • Sonnet Suites
    • CST STUDIO SUITE
    • Sonnet Lite
  • Resources
    • Technical Resources
    • Training Classes
    • Videos
    • Journal References: Sonnet
    • Journal References: Customers
    • JC Maxwell Biography
  • Japanese

Products

Related Links

  • Demo Videos
  • Training Courses
  • Upgrade Paths
  • System Requirements
  • Support

Home > Products > Sonnet Lite > Short Circuited Shunt Connected Stub

Short Circuited Shunt Connected Stub

Short Circuited Shunt Connected Stub

 

This is an example of a short circuited shunt connected stub. The stub wraps around and connects to an MIM capacitor, and then is connected to ground with a via. Notice the construction of the capacitor. The top plate is located on metalization level 0 and the bottom plate on level 1. The dielectric layer between the two plates is 0.20 µm thick and has a relative dielectric constant of 6.8. Notice that this dielectric layer covers the entire area of the box, not just the area between the capacitor plates. Because of this, there is a slight error in the fringing capacitance. Typically, this error is very small compared to the total capacitance, and thus, this is the preferred method for modeling parallel plate capacitors in Sonnet. If the fringing capacitance is important, an alternative method is to set relative epsilon for the dielectric layer equal to 1.0 and then insert a dielectric brick between the capacitor plates.

Privacy Policy | Site Problems?

Copyright © 2012 Sonnet Software Inc. All Rights Reserved.