发表于 07/05/2025 14:11:38
When the gain reference in your measurement setup requires high precision and wide frequency band coverage, closed boundary quad-ridge horns are ideal. Likewise, they are useful as measurement probes in far-field test ranges because of their wideband frequency range.
Optimized for space-constrained measurement setups, their compact form factor compares favorably to larger traditional horn antennas. Overall, closed boundary quad-ridge horn antennas are of multi-purpose excellence, ensuring stable gain performance and low VSWR across wideband frequency operations.
Why Choose an MVG Closed Boundary Quad-Ridge Horn?
- Broadband performance: Covering frequencies from 500 MHz to 40 GHz, they offer a true wideband solution
- Dual-linear polarization: Unmatched cross-polar discrimination and port isolation performance
- Stable radiation patterns: The closed boundary design minimizes edge diffraction and ensures uniform field distribution across the operating band
- Enhanced impedance match: Improved design to optimize return loss and efficiency
- Quality mechanical design: Lightweight; high tolerance corrosion resistant aluminium parts machined using the highest reliable manufacturing processes
- Compact architecture: optimized performance for their modest dimensions
Where They Make a Difference?
MVG Closed Boundary Quad-Ridge Horns are ideally suited for:
- Gain reference for medium/high gain antennas
- Wideband probes for far-field test ranges
- Illumination of reflector antennas
- Quasi-monostatic Radar Cross Section (RCS) measurements
The advanced Closed Boundary Quad-Ridge Horns by MVG are meticulously designed to deliver exceptional performance ensuring unmatched precision and versatility. Their exceptional technical performance ensures the high accuracy, repeatability, and reliability critical for advanced measurement environments demanding the highest levels of precision.
Download the datasheet and contact us today to learn more about how MVG Closed Boundary Quad-ridge Horns apply to your test needs.
