Page Summary: How to calculate the reflection coefficient of a quarter-wave transformer as a function of frequency. How to use the Yee Cell to derive a difference equation for the magnetic field.

Ece6340 Lecture 11 1 Fdfd With Multiple Dielectrics -

How to calculate the reflection coefficient of a quarter-wave transformer as a function of frequency. How to use the Yee Cell to derive a difference equation for the magnetic field.

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  • How to calculate the reflection coefficient of a quarter-wave transformer as a function of frequency.
  • How to use the Yee Cell to derive a difference equation for the magnetic field.

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ECE6340 Lecture 11.1:  FDFD with Multiple Dielectrics
ECE6340 Lecture 11.2:  FDFD with Multiple Dielectrics (2)
ECE6340 Lecture 11.3:  FDFD with Multiple Dielectrics and SOR
ECE6340 Lecture 12.1:  FDFD-- Calculating Z for a Microstrip
ECE6340 Lecture 18-1:  FDTD Time to Frequency Conversion
ECE6340 Lecture 12.2:  FDFD -- Calculating C for a Microstrip (to find Z)
ECE6340 Lecture 7.7:  Simple FDFD Example
ECE6340 Lecture 16-1: FDTD Sources
ECE6340 Lecture 7.1:  Introduction to the FDFD Method
ECE6340 Lecture 14-2:  Discretizing the FDTD grid
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ECE6340 Lecture 11.1:  FDFD with Multiple Dielectrics

ECE6340 Lecture 11.1: FDFD with Multiple Dielectrics

Read more details and related context about ECE6340 Lecture 11.1: FDFD with Multiple Dielectrics.

ECE6340 Lecture 11.2:  FDFD with Multiple Dielectrics (2)

ECE6340 Lecture 11.2: FDFD with Multiple Dielectrics (2)

Read more details and related context about ECE6340 Lecture 11.2: FDFD with Multiple Dielectrics (2).

ECE6340 Lecture 11.3:  FDFD with Multiple Dielectrics and SOR

ECE6340 Lecture 11.3: FDFD with Multiple Dielectrics and SOR

Read more details and related context about ECE6340 Lecture 11.3: FDFD with Multiple Dielectrics and SOR.

ECE6340 Lecture 12.1:  FDFD-- Calculating Z for a Microstrip

ECE6340 Lecture 12.1: FDFD-- Calculating Z for a Microstrip

How to calculate the characteristic impedance of a microstrip line. Written notes and a screen shot of the board: ...

ECE6340 Lecture 18-1:  FDTD Time to Frequency Conversion

ECE6340 Lecture 18-1: FDTD Time to Frequency Conversion

How to calculate the reflection coefficient of a quarter-wave transformer as a function of frequency. Written notes and a screen shot ...

ECE6340 Lecture 12.2:  FDFD -- Calculating C for a Microstrip (to find Z)

ECE6340 Lecture 12.2: FDFD -- Calculating C for a Microstrip (to find Z)

How to calculate the capacitance on a microstrip line. We use the results from the

ECE6340 Lecture 7.7:  Simple FDFD Example

ECE6340 Lecture 7.7: Simple FDFD Example

Read more details and related context about ECE6340 Lecture 7.7: Simple FDFD Example.

ECE6340 Lecture 16-1: FDTD Sources

ECE6340 Lecture 16-1: FDTD Sources

Read more details and related context about ECE6340 Lecture 16-1: FDTD Sources.

ECE6340 Lecture 7.1:  Introduction to the FDFD Method

ECE6340 Lecture 7.1: Introduction to the FDFD Method

Read more details and related context about ECE6340 Lecture 7.1: Introduction to the FDFD Method.

ECE6340 Lecture 14-2:  Discretizing the FDTD grid

ECE6340 Lecture 14-2: Discretizing the FDTD grid

How to use the Yee Cell to derive a difference equation for the magnetic field. Begin by discretizing Faraday's Law into a ...