Validation Sources: 6.5 – 90 GHz

Description

Cavity-backed array of dipoles arranged in an offset lattice according to the modes generated in the resonant cavity. The dipoles are printed onto one face of a low-loss dielectric substrate and excited by non-resonant rectangular slots located on the opposite face of the substrate.

Models

• CDA10GV2 (10 GHz)
• CDA15GV2 (15 GHz)
• CDA20GV2 (20 GHz)
• CDA30GV2 (30 GHz)
• CDA45GV2 (45 GHz)
• CDA60GV2 (60 GHz)
• CDA90GV2 (90 GHz)

Standard Compatibility

• IEC/IEEE 63195-1
• IEC/IEEE 63195-3

Calibration

• psIPD (Incident Power Density) for 10 - 90 GHz
• psAPD (Absorbed Power Density) for 10 - 45 GHz

Pyramidal horn loaded with an array of rectangular slot antennas on the aperture

Models 

• HSA10GV2 (10 GHz)
• HSA15GV2 (15 GHz)
• HSA20GV2 (20 GHz)
• HSA30GV2 (30 GHz)
• HSA45GV2 (45 GHz)
• HSA60GV2 (60 GHz)
• HSA90GV2 (90 GHz)

Standard Compatibility

• IEC/IEEE 63195-1
• IEC/IEEE 63195-3

Calibration

• psIPD (Incident Power Density) for 10 - 90 GHz
• psAPD (Absorbed Power Density) for 10 - 45 GHz

The end-fire antenna is a quasi-Yagi antenna. The antenna is operated in two orientations: parallel (EFA-p) and orthogonal (EFA-o) to the (virtual) phantom

Models 

• EFA10GV2 (10 GHz)
• EFA15GV2 (15 GHz)
• EFA20GV2 (20 GHz)
• EFA30GV2 (30 GHz)

Standard Compatibility

• IEC/IEEE 63195-1
• IEC/IEEE 63195-3

Calibration

• psIPD (Incident Power Density) for 10 - 45 GHz
• psAPD (Absorbed Power Density) for 10 - 45 GHz

The patch antenna consists of a square patch element on a square dielectric substrate over a ground plane. The patch is fed offset from the center by a 50 Ω coaxial feed line that is connected to the ground plane. A pin from the inner conductor of the coaxial feed line extends through the dielectric substrate to the patch element. 

Models 

• P6500 (6.5GHz)

Standard Compatibility

• IEC/IEEE 63195-1
• IEC/IEEE 63195-3

Calibration

• psIPD (Incident Power Density) at 6.5 GHz
• psAPD (Absorbed Power Density) at 6.5 GHz