Editor NEC CG
Archivo
Nuevo
Ctrl+N
Abrir NEC...
Guardar
Ctrl+S
Guardar como...
Importar MMANA...
Editar
Undo
Ctrl+Z
Redo
Ctrl+Y
Delete Wire
Del
Seleccionar todo
Geometría
✓
New Wire
N
Edit Wire
E
Wire definition...
Connect to closest wire
Disjoint wires...
Divide wire into...
Vista
3D
XY
✓
XZ
YZ
Fit
Center
✓
Grid
Auto Grid
Simulation setup
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Ayuda
Controles del mouse
Símbolos □ ○ ×
Cómo comenzar un modelo
Simulation setup
Compatibilidad con Xnec2c
Recursos y manuales
Acerca de Editor NEC CG
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Simulation setup
Frequency
Frequency (MHz)
Frequency sweep
Enable frequency sweep
Start (MHz)
Stop (MHz)
Step (MHz)
Points
—
Ground
Ground model
Free space
Perfect ground
Real ground
Relative permittivity
Conductivity (S/m)
Radiation pattern — RP
Calculate radiation pattern
Theta start (°)
Theta stop (°)
Theta step (°)
Phi start (°)
Phi stop (°)
Phi step (°)
Distance (m)
Pattern points
—
Near field — NE / NH
Electric field — NE
Magnetic field — NH
X start (m)
Y start (m)
Z start (m)
ΔX (m)
ΔY (m)
ΔZ (m)
Nx
Ny
Nz
Estos parámetros se utilizarán posteriormente al ejecutar el modelo NEC.
Feedpoint
Wire No.
Segment
Connect to closest wire
Disjoint wires at connected point
Wire Definition...
Divide wire into...
Add Source — Start
Add Source — Center
Add Source — End
Remove Source...
Add Load — Start
Add Load — Center
Add Load — End
Remove Load...
Delete Wire
Add Source
Wire No.
Segment
Voltage real
Voltage imag.
Remove Source
Source
Add Load
Wire No.
Segment
Type
LC series with Q
LC parallel with Q
R + jX
RLC series
RLC parallel
L (µH)
C (pF)
Q
R (Ω)
X (Ω)
X > 0 inductivo · X < 0 capacitivo
R (Ω)
L (µH)
C (pF)
Remove Load
Load
Divide Wire
Number of parts
Parts
2
3
4
5
6
7
8
9
10
Wire Definition
Cartesian coordinates (m)
X1
X2
Y1
Y2
Z1
Z2
R mm
Seg
Segmentation
Mode
Automatic
Manual
Imported
Quality
Fast λ/10
Standard λ/20
Fine λ/40
Recommended
—
Polar
Length (m)
Azimuth angle
Zenith angle
Keep point
Start point
Middle point
End point
Keep connected
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