280 x 280mm Cylindrical Lens

Wide frequency range: 1710-6000MHz
High gain: 13.5-24 dBi
Multi-beam support (3 or 4 beams)
+/-45° Polarization
Low VSWR: = 25 dB
Low Intermodulation: <= -107dBm (20W)
Operating temperature: -40°C to +70°C
Lightweight EPS Radom

SKU: OLLA20080B0201 Category: Luneburg Lens Antenna

Description

This isa cylindrical lens antenna designed fora wide frequency range of 1700-6000MHz. It offers high gain performance between 13.5 and 24 dBi and supports multi-beam operations (3 to 4 beams). Featuring +/-45° polarization and low intermodulation (<=-107dBm at 20W), it is suitable for advanced wireless communication systems requiring precision and stability. The antenna is encased in an EPS radome and operates reliably in temperatures ranging from -40°C to +70°C.

OLLA20080B0201

280 x 280mm Cylindrical Lens

 

Property

Value

Lens Dimensions

280 *h280mm

Packaging Dimensions

630x630x630 (8-sphere integrated simplified packaging)

Radome Material

EPS

Operating Temperatur

-40°C~+70°C

Product Nam

OLLA20080B0201/1700-6000MHz/13.5-24dBi/Cylindrical Lens

Horizontal Beam Pointing

0°, 0°

Polarization

+/-45°

Product Model

Diameter 280mm * H280mm (PIM < -107dBm/20W)

Operating Frequency (MHz)

1710-1880, 1880-2025, 2025-2515, 2515-2690, 3400-3800, 4800-5000, 5700-5900

Typical Gain (dBi)

13.5, 14.5, 15.2, 16, /, /, /

Number of Beams

3 (for 1710-2690 MHz), 4 (for higher bands)

Voltage Standing Wave Ratio (VSWR)

<=1.5

Polarization Port Isolation

>=25 dB

Third-Order Intermodulation (IM3)

<=-107dBm(20W)

Gross Weight (including packaging)

< 0.7 kg (8-piece pack)

Features

Wide frequency range: 1710-6000MHz

High gain: 13.5-24 dBi

Multi-beam support (3 or 4 beams)

+/-45° Polarization

Low VSWR: = 25 dB

Low Intermodulation: <= -107dBm (20W)

Operating temperature: -40°C to +70°C

Lightweight EPS Radom

Applications

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

Reviews

There are no reviews yet.


Be the first to review “280 x 280mm Cylindrical Lens”