900 Mhz Omnidirectional Base Station Antennas
A905/907NJ-OC
The RadioLinx 900 MHz Omnidirectional Base Station Antennas are designed to provide maximum performance and reliability under the toughest weather conditions. These antennas feature a U.V. stable radome that provides the ultimate protection against weather elements. The antennas can be mast or wall mounted.
These antennas are typically composed of several linear antennas stacked on top of each other. The number of stacked elements increases the gain of the antenna. This array of antennas provides an omni-directional pattern. Polarity is vertical.
Funktionen und Vorteile
- Superior Performance
- Heavy duty industrial grade design
- All weather operation
- DC Ground lightning protection
- Integral N-Female Connector
- Supplied with RLX-MMK9 mast mounting kit
- RoHS Compliant
Technische Daten
A902NJ-OC
| Frequency Range |
902-928 MHz |
| Gain |
2 dBi |
| VSWR |
< 1.5.1 |
| Max Power |
150 watts |
| Nominal Impedence |
50 Ohms |
| Termination |
Type N jack |
| Vertical Beamwidth @ 1/2 power |
75° |
| Wind Speed |
100 mph |
| Radome Material |
.65” pultruded white fiberglass |
| Polarization |
Vertical |
| Mounting Base Diameter |
1 5/16 inches |
| Lightning Protection |
DC Grounded |
| Weight |
0.75 lbs |
| Length |
14 inches |
| Temperature Range |
-40 to 70° C |
| Bending Moment @ Rated Wind |
1.4 ft-lbs |
A905NJ-OC
| Frequency Range |
902-928 MHz |
| Gain |
5 dBi |
| VSWR |
< 1.5.1 |
| Max Power |
150 watts |
| Nominal Impedence |
50 Ohms |
| Termination |
Type N jack |
| Vertical Beamwidth @ 1/2 power |
40° |
| Wind Speed |
100 mph |
| Radome Material |
.65” pultruded white fiberglass |
| Polarization |
Vertical |
| Mounting Base Diameter |
1 5/16 inches |
| Lightning Protection |
DC Grounded |
| Weight |
1.25 lbs |
| Length |
23.25 inches |
| Temperature Range |
-40 to 70° C |
| Bending Moment @ Rated Wind |
4.7 ft-lbs |
A907NJ-OC
| Frequency Range |
902-928 MHz |
| Gain |
7 dBi |
| VSWR |
< 1.5.1 |
| Max Power |
150 watts |
| Nominal Impedence |
50 Ohms |
| Termination |
Type N jack |
| Vertical Beamwidth @ 1/2 power |
22° |
| Wind Speed |
100 mph |
| Radome Material |
.65” pultruded white fiberglass |
| Polarization |
Vertical |
| Mounting Base Diameter |
1 5/16 inches |
| Lightning Protection |
DC Grounded |
| Weight |
1.7 lbs |
| Length |
48 inches |
| Temperature Range |
-40 to 70° C |
| Bending Moment @ Rated Wind |
14.2 ft-lbs |
Hardware
A902NJ-OC
| Frequency Range |
902-928 MHz |
| Gain |
2 dBi |
| VSWR |
< 1.5.1 |
| Max Power |
150 watts |
| Nominal Impedence |
50 Ohms |
| Termination |
Type N jack |
| Vertical Beamwidth @ 1/2 power |
75° |
| Wind Speed |
100 mph |
| Radome Material |
.65” pultruded white fiberglass |
| Polarization |
Vertical |
| Mounting Base Diameter |
1 5/16 inches |
| Lightning Protection |
DC Grounded |
| Weight |
0.75 lbs |
| Length |
14 inches |
| Temperature Range |
-40 to 70° C |
| Bending Moment @ Rated Wind |
1.4 ft-lbs |
A905NJ-OC
| Frequency Range |
902-928 MHz |
| Gain |
5 dBi |
| VSWR |
< 1.5.1 |
| Max Power |
150 watts |
| Nominal Impedence |
50 Ohms |
| Termination |
Type N jack |
| Vertical Beamwidth @ 1/2 power |
40° |
| Wind Speed |
100 mph |
| Radome Material |
.65” pultruded white fiberglass |
| Polarization |
Vertical |
| Mounting Base Diameter |
1 5/16 inches |
| Lightning Protection |
DC Grounded |
| Weight |
1.25 lbs |
| Length |
23.25 inches |
| Temperature Range |
-40 to 70° C |
| Bending Moment @ Rated Wind |
4.7 ft-lbs |
A907NJ-OC
| Frequency Range |
902-928 MHz |
| Gain |
7 dBi |
| VSWR |
< 1.5.1 |
| Max Power |
150 watts |
| Nominal Impedence |
50 Ohms |
| Termination |
Type N jack |
| Vertical Beamwidth @ 1/2 power |
22° |
| Wind Speed |
100 mph |
| Radome Material |
.65” pultruded white fiberglass |
| Polarization |
Vertical |
| Mounting Base Diameter |
1 5/16 inches |
| Lightning Protection |
DC Grounded |
| Weight |
1.7 lbs |
| Length |
48 inches |
| Temperature Range |
-40 to 70° C |
| Bending Moment @ Rated Wind |
14.2 ft-lbs |
Downloads
| 900 MHz Omni Base Station Antenna Datasheet | 77,00 kB | Zuletzt geändert 14.12.2009 |