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Horizontal Planar Near-Field - NSI-MI
The Horizontal Planar Systems by NSI-MI are equipped with cutting-edge technology to provide unparalleled scanning capabilities. Our horizontal scanners feature a next generation, precision closed-loop servo drive system, ensuring precise and accurate scanning results. The highly engineered structure of our scanners further enhances their performance, allowing for seamless and efficient scanning operations. With the Horizontal Planar Systems, you can expect superior quality and reliability for all your scanning needs. Experience the power of our horizontal planar scanner technology today!
More Details
Small Horizontal Planar Systems Features
- High accuracy
- 1.8 m x 1.8 m (6 ft x 6 ft) to 4.5 m x 4.5 m (15 ft x 15 ft) scan area
- Precision rack and pinion drive
- L-band to mmWave measurements
- Inverted “T” frame design for high accuracy
- Far-field, near-field, and holographic patterns
- For space and radar applications
Medium horizontal planar scanner systems are an ideal systems for measuring large aperture antennas with medium to high gain (>15 dBi) making them suitable for testing larger arrays or reflector antennas that require a zenith orientation for testing. Based on an "H" frame design, they constructed using two reinforced steel X rails that support a stiff yet lightweight Y-bridge on precision bearing rails. The high capacity probe stage can accommodate various probes from L- to mmWave bands including any necessary RF equipment, probe extensions, and optional roll and z-stages.
Features
- High accuracy
- 6.7 m x 6.7 m (22 ft x 22 ft) to 12.1 m x 9.1 m (40 ft x 30 ft) scan area
- Precision rack and pinion drive
- L-band to mmWave measurements
- Far-field, near-field, and holographic patterns
- For space-based applications
Large horizontal planar scanner systems are the ideal system for measuring large aperture antennas with medium to high gain (>15 dBi) making them suitable for testing larger arrays or reflector antennas that require a zenith orientation for testing. Based on an "H" frame design, they are constructed using two reinforced steel X-rails that support a stiff yet lightweight Y-bridge on precision bearing rails. The high capacity probe stage can accommodate various probes from L- to mmWave bands including any necessary RF equipment, probe extensions, and optional roll and z-stages.
Features
Features
- High accuracy
- 14.0 m x 7.9 m (46 ft x 26 ft) to 20.1 m x 15.5 m (66 ft x 51 ft) scan area
- Precision rack and pinion drive
- L-band to mmWave measurements
- Far-field, near-field, and holographic patterns
- For space-based applications
