Jirous JRC-24DD DuplEX 4.9-6.1 GHz 24.5dBi RPSMA Parabolic Antenna with JDMW-900 AR Precision Mount
JRC-24DD DuplEX Precision RPSMA
by Jirous
Original price
$714.00
Original price
$714.00
-
Original price
$714.00
Original price
$714.00
Current price
$679.00
$679.00
-
$679.00
Current price
$679.00
The Jirous Dual-Polarized parabolic antenna JRC-24DD DuplEX Precision is designed for directional links with full-duplex mode or MIMO mode at the frequency band 5 GHz with high isolation level. The antenna is designed for medium and short distances in difficult conditions. Its design with deep dish increases isolation among antennas on a mast and increases front to back ratio. The Precision version includes a massive holder JDMW-900 developed for microwave links.
Product Features:- Dual-polarized antenna Full duplex or MIMO, horizontal/vertical or 2x45° polarization
- Good port to port isolation allows fully duplex links
- Precise, robust bracket JDMW-900 developed for professional microwave links
- Setting elevation (of a gradient) and azimuth has independent adjustment
- Deep dish increases isolation among antennas on a mast
- New concept with extended frequency band
- High front-to-back ratio
- Extra corrosion resistance
- Direction links or client connection for medium distance or short link in difficult conditions
- Possible to count attainable distance from section of calculation
- Radom (plastic parabola cover) is included in the price
- Radiator is internally treated by high frequency technology "Hydrophobic coating" which increases resistance against humidity
- Frequency range: 4.9 - 6.1 GHz
- Gain: 24.5 ±1 dBi
- VSWR: 5.1 - 5.9 GHz ≤1.6
- Front to back ratio: ≥ 44 dB
- Beamwidth (-3 dB): 9°
- Polarization: linear, horizontal/vertical, or 2x45°
- Port to port isolation (5.1 - 5.9 GHz): 53 dB (≥ 50 dB)
- Connector: R-SMA
- Parabola: ø 400 mm; aluminum alloy with baking color
- Radom: UV stabilized ABS
- Installation on mast: ø 40 - 120 mm right or left mounting
(1) Antenna (Assembled)
(1) JDMW-900 AR Precision Mount
