List of Field Quantities in Q3D Extractor
The following field quantities are available in Q3D Extractor, depending on the solution.
CG Fields
| Q | |
|
SmoothQ |
Smoothed surface charge density for CG problems in Q3D. A signed quantity measured in Coulombs/meter2. |
|
ABS_Q |
Absolute value of SmoothQ. |
| E | |
|
VectorE |
The electric field. This is a complex vector quantity. |
|
Mag_E |
The magnitude of E. |
| Other | |
|
EM Fields |
See: Plotting EM Fields. |
DC R/L Fields
|
Phidc |
Voltage (electrostatic potential) from the DC solution, referenced to the sink terminal of the net. |
|
VolumeJdc |
DC current density vector in the conductor, measured in Amps/meter2. |
|
Mag_VolumeJdc |
Magnitude of VolumeJdc. |
|
Volume_Loss_DensityDc |
The resistive (ohmic) power loss density from the DC solution, and is defined as: 
Where |
|
Temperature_Dc_Volume |
Temperature distribution mapped from a thermal solver such as Ansys Mechanical. |
| Harmonic_Loss_Density |
Harmonic loss density. |
conductivity of the metal.DC R/L PEC Fields
|
SurfaceJdc |
DC surface current density vector on the surface of a PEC conductor, measured in Amps/meter. |
|
Mag_SurfaceJdc |
Magnitude of SurfaceJdc. |
DC R/L Thin Conductor Fields
|
JdcThinCond |
DC surface current density vector in a thin conductor, measured in Amps/meter. |
|
Mag_JdcThinCond |
Magnitude of JdcThinCond. |
|
PhidcThinCond |
Electrostatic potential in a thin conductor. |
AC R/L Fields
| J | |
|
SurfaceJac |
Surface current density vector from AC RL solution, measured in Amps/meter. |
|
Mag_SurfaceJac |
Magnitude of SurfaceJac vector. |
| H | |
| Mag_H |
The magnitude of H. |
| Vector_H |
The magnetic field. This is a complex vector quantity. |
| Other | |
|
Surface_Loss_DensityAC |
Resistive power loss density from the AC RL solution, defined as:
|
|
Temperature_AC_Surface |
Surface temperature distribution mapped from a thermal solver such as Ansys Mechanical. |
