300 mm Circular Lens

Wide operational frequency range: 1700-6000MHz
High gain performance up to 19.3 dBi
Multi-beam capability (3 beams for sub-3GHz bands)
Excellent VSWR performance =25 dB)
Low passive intermodulation (<=-107 dBm)
Lightweight and durable EPS radome construction

SKU: OLLA10300B0301-300mm Category: Luneburg Lens Antenna

Description

The OLLA10300B0301-300mm isa 300mm diameter circular lens antenna designed fora broad frequency range of 1700MHz to 6000MHz. It offers high gain performance, reaching up to 19.3 dBi, and supports triple beam configurations in lower frequency bands. This lens antenna is characterized by low VSWR, dual-polarization support (+/-45°), and excellent isolation between ports. Constructed with EPS radome material, it is lightweight and designed to operate reliably acrossa wide temperature range of -40°C to +70°C.

OLLA10300B0301-300mm

300 mm Circular Lens

 

Property

Value

Typical Gain (dBi) (1880-2025)

14.3

Typical Gain (dBi) (2025-2515)

15.1

Typical Gain (dBi) (2515-2690)

15.7

Typical Gain (dBi) (3400-3800)

18.2

Typical Gain (dBi) (4800-5000)

19.1

Typical Gain (dBi) (5700-5900)

19.3

Number of Beams (1710-1880)

3

Number of Beams (1880-2025)

3

Number of Beams (2025-2515)

3

Number of Beams (2515-2690)

3

Number of Beams (3400-3800)

/

Number of Beams (4800-5000)

/

Number of Beams (5700-5900)

/

Horizontal Beam Pointing (1710-1880)

Horizontal Beam Pointing (1880-2025)

Horizontal Beam Pointing (2025-2515)

Horizontal Beam Pointing (2515-2690)

Horizontal Beam Pointing (3400-3800)

/

Horizontal Beam Pointing (4800-5000)

Horizontal Beam Pointing (5700-5900)

/

Voltage Standing Wave Ratio (VSWR) (1710-1880)

<=1.5

Voltage Standing Wave Ratio (VSWR) (1880-2025)

<=1.5

Voltage Standing Wave Ratio (VSWR) (2025-2515)

<=1.5

Voltage Standing Wave Ratio (VSWR) (2515-2690)

<=1.5

Voltage Standing Wave Ratio (VSWR) (3400-3800)

<=1.5

Voltage Standing Wave Ratio (VSWR) (4800-5000)

<=1.5

Voltage Standing Wave Ratio (VSWR) (5700-5900)

<=1.5

Polarization (1710-1880)

+/-45°

Polarization (1880-2025)

+/-45°

Polarization (2025-2515)

+/-45°

Polarization (2515-2690)

+/-45°

Polarization (3400-3800)

+/-45°

Polarization (4800-5000)

+/-45°

Polarization (5700-5900)

+/-45°

Cross-Polarization Isolation (1710-1880)

>=25 dB

Cross-Polarization Isolation (1880-2025)

>=25 dB

Cross-Polarization Isolation (2025-2515)

>=25 dB

Cross-Polarization Isolation (2515-2690)

>=25 dB

Cross-Polarization Isolation (3400-3800)

>=25 dB

Cross-Polarization Isolation (4800-5000)

>=25 dB

Cross-Polarization Isolation (5700-5900)

>=25 dB

Third-order intermodulation (IM3) (1710-1880)

<=-107 dBm

Third-order intermodulation (IM3) (1880-2025)

<=-107 dBm

Third-order intermodulation (IM3) (2025-2515)

<=-107 dBm

Third-order intermodulation (IM3) (2515-2690)

<=-107 dBm

Third-order intermodulation (IM3) (3400-3800)

<=-107 dBm

Third-order intermodulation (IM3) (4800-5000)

<=-107 dBm

Third-order intermodulation (IM3) (5700-5900)

<=-107 dBm

Lens Dimensions

300 mm

Packaging Dimensions

630x630x630mm (8-unit integrated simple packaging)

Antenna Net Weight

/

Gross Weight (Lens)

<=700g

Radome Material

EPS

Operating Temperatur

-40°C~+70°C

Operating Humidity

30%~90%

Power Rating

20W (based on intermodulation spec)

Features

Wide operational frequency range: 1700-6000MHz

High gain performance up to 19.3 dBi

Multi-beam capability (3 beams for sub-3GHz bands)

Excellent VSWR performance =25 dB)

Low passive intermodulation (<=-107 dBm)

Lightweight and durable EPS radome construction

Applications

Designed to operate reliably acrossa wide temperature range of -40°C to +70°C

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