 |
|
|
|
|
C-Band |
C-Band Linear |
|
Polarity |
Receive |
Transmit |
|
Frequency |
3.4-4.2 GHz |
5.7-6.725 GHz |
|
Feed - 2 Port Xpol |
|
|
|
Return Loss |
17.7 dB typ |
17.7 dB |
|
Insertion Loss |
0.2 dB |
0.2 dB |
|
Tx/Rx Isolation |
40 dB |
70 dB |
|
Feed Interface |
WR229 |
WR137 |
|
Antenna Specifications |
|
|
|
Efficiency |
70% |
70% |
|
Midband Gain |
36.0 dBi |
39.8 dBi |
|
Noise Temperature |
55 K @ 10° |
--- |
|
(6.138 Tx, 4.0 Rx) |
50 K @ 30° |
|
|
Cross Pol On Axis |
30 dB |
30 dB |
|
1 dB beamwidth |
22 dB |
25 dB |
|
Tx/Rx Sidelobe Level |
29 - 25 log q |
|
|
|
-3.5 |
|
|
|
32 - 25 log q |
|
|
|
-10 |
|
|
|
|
|
|
C-Band Circular |
|
|
Polarity |
Receive |
Transmit |
|
Frequency |
3.625-4.2 GHz |
5.85-6.425 GHz |
|
Feed - 2 Port Xpol |
|
|
|
Return Loss |
17.7 dB typ |
17.7 dB |
|
Insertion Loss |
0.3 dB |
0.2 dB |
|
Tx/Rx Isolation |
40 dB |
60 dB |
|
Feed Interface |
WR229 |
WR137 |
|
Antenna Specifications |
|
|
|
Efficiency |
70% |
70% |
|
Midband Gain |
35.6 dBi |
39.5 dBi |
|
Noise Temperature |
65K @ 10° |
--- |
|
(6.138 Tx, 4.0 Rx) |
60K @ 30° |
|
|
Cross Pol On Axis |
15.3 dB |
17.7 dB |
|
1 dB beamwidth |
15.3 dB |
17.7 dB |
|
Tx/Rx Sidelobe Level |
100 l/D <
q < 20° |
|
| |
20° < q < 26.3° |
|
|
|
26.3° < q < 48° |
|
|
|
48° < q |
|
|
|
|
|
|
Ku-Band |
Ku-Band Linear |
|
|
Polarity |
Receive |
Transmit |
|
Single Optic Frequency |
10.7 - 12.75 GHz |
13.75-14.5 GHz |
|
Feed - 2 Port Xpol |
|
|
|
Return Loss |
17.7 dB typ |
20 dBtyp |
|
Insertion Loss |
0.3 dB typ |
0.1 dBtyp |
|
Tx/Rx Isolation |
40 dB |
80 dB |
|
Feed Interface |
WR75 |
WR75 |
|
Antenna Specifications |
|
|
|
Efficiency |
70% |
70% |
|
Midband Gain |
45.3 dBi |
47.0 dBi |
|
Noise Temperature |
55 K @ 10° EL |
--- |
|
|
50 K @ 30° EL |
--- |
|
Cross Polarization On Axis |
30 dB |
30 dB |
|
within 1 dB Beamwidth |
22 dB |
26 dB |
|
Tx/Rx Sidelobe |
100l/D <
q < 20° |
29 - 25 log q |
|
|
20° < q < 26.3° |
-3.5 |
|
|
26.3° < q < 48° |
32 - 25 log q |
|
|
48° < q |
-10 |
|
Mechanical Data |
|
Metric (when applicable) |
|
f/D Ratio |
0.61 |
|
|
Focal Distance |
43.2 in / |
109.7 cm |
|
Mount Type |
Elevation over Azimuth |
|
|
Mast Pipe Size |
4 in / 10.16 cm O.D. |
|
|
Offset Angle |
22° |
|
|
Elevation Adjustment |
8° to 90° Continuous Fine Adjustment |
|
Azimuth Adjustment |
+ 15° Fine, 360° Continuous |
|
Environmental Data |
|
|
|
Wind Loading |
|
|
|
Operational |
60 mph, gusts of 80mph |
101 kph, gusts to 130 kph |
|
Survival |
120 mph |
194 kph |
|
125mph Wind forces |
|
|
|
Wind Force |
1,660 lbs |
|
|
Overturning Moment |
11,000 ftlb (on 60in ground pole) |
|
Temperature |
|
|
|
Operational |
-40° to 140° F |
( -40° to 60°C) |
|
Survival |
'-60° to 180°F |
( -51° to 82°C) |
|
Rain |
|
|
|
Operational |
1.5 in/hr |
(3.1 cm/h) |
|
Survival |
3 in/ hr |
(7.6 cm/h) |
|
Ice |
|
|
|
Survival |
2.5cm (1 inch) radial or 1.3cm (.5 inch) radial+ 100 kph (60 mph) |
Specifications and Weights & Dims subject
to change without notice
|
|
|
Related Equipment |
|
|
Features |
 Azimuth Fine Tune +/-15° for
Pointing Accuracy
Single Piece Deep Drawn Metal
Reflector
Boom Supports 50 lbs / 22.26
kg
Az/El Interface to 4"/10.16cm
O.D. Pipe
Dual Side Galvanized Steel
Powder coated with a 10 year or 700 hrs salt spray warranty.
Includes Two Port Linear Tx/Rx
Ku-Band Feed Assembly |
|
|
Description |
The Patriot single and dual
optics antennas are excellent for VSAT applications and hold an
Intelsat Type-Approval. With a past history of use in high
quality SNG (Satellite News Gathering) applications, the 1.8m
antenna provides a level of surface accuracy, rugged stiffness, and
precision not often found in similarly priced products. The
stamping process that produces the solid metal reflector results in
superior surface accuracy and repeatability. The steel back
structure adds strength and stability to the system and keeps the
installation process simple.
The Navigator Style Azimuth
and Elevation cap reduces pointing errors during installation,
allowing more accurate boresighting on the satellite. Increased
pointing accuracy leads to greater link availability. Special
packaging techniques are employed for every system shipped to
protect the surface of the dish. |
|
|
Weights & Dims |
|
Coming Soon |
|
|
|
