CODAN VSAT high power series of outdoor mounting VSAT C Band and VSAT Ku Band SSPAs offer a wide range of distinctive advantages and enhanced features for satellite and communications systems based in remote or challenging geographic regions.
Key features
Output power
The VSAT C-Band CODAN SSPA offer an output power rating of either 60 or 120 watts while the VSAT Ku-Band CODAN SSPA is rated at 40 watts.
Durability
The CODAN VSAT SSPAs are designed and tested to meet their performance specifications in an ambient temperature range from -40°C to +55°C and up to 100% relative humidity, ensuring long-term survival in extreme conditions. Field experience indicates that MTBFs of greater than 60,000 hours can be expected.
RF performance
RF performance is superb, particularly: intermodulation performance, gain stability over temperature and flatness across the RF band.
The CODAN VSAT SSPAs also boast industry leading spurious and harmonics specifications, while guaranteed RF performance ensures expensive system link margins do not have to be used to cope with CODAN VSAT SSPA RF performance variations. The high linearity and low spurious characteristics contribute to superior multi-carrier performance.
Power consumption
CODAN high power VSAT SSPAs feature low power consumption and low temperature rise, ensuring internal components do not suffer undue stress.
Power supply
All the high power SSPAs are AC mains powered and automatically operate from either 115 V AC or 230 V AC.
Internal protection
Internal protection against high temperature and short or open circuit RF output is standard.
Advanced features
Local control
The user-friendly, PC-based SSPA Manager software is provided for operator control and monitoring of the SSPA. The operating configuration is stored in the SSPA EEPROM to ensure the setup parameters are restored in the event of a power failure.
Enhanced monitor and control
All operating functions can also be controlled and monitored via the serial M&C interface. Functions that can be monitored include RF output power, heatsink temperature and internal supply rail voltages. The serial interface can also be used to perform a self test, mute the SSPA, and set the gain and maximum/minimum RF power alarm thresholds.
The SSPA is supplied with RS232, RS422 and RS485 interfaces.
CODAN VSAT Redundancy switching system
CODAN VSAT redundancy switching system can provide automatic changeover to a second SSPA, maximising availability and minimising any disruption to service.
The CODAN VSAT redundancy switching system is fully outdoor mounted, but can be supplied with an indoor rack mounted SSPA Redundancy Monitor to provide indoor monitor and control of the redundant SSPA system.
Major configuration options
Frequency bands
|
VSAT C-Band
|
5.850 - 6.425 GHz |
| VSAT Ku-Band |
14.0 - 14.5 GHz |
Output powers (VSAT C-Band)
|
CODAN 5760
|
60W |
| CODAN 5712Н |
120W |
WR137 waveguide output standard.
Output power (VSAT Ku-Band)
WR75 waveguide output standard.
M&C serial interface
|
RS232
|
Standard |
|
RS422
|
Standard
|
| RS485 |
Standard |
Options and accessories
Antenna pole mounting kit
CODAN 5588
- SSPA Redundancy Controller (outdoor mounting).
CODAN 5589
- SSPA Redundancy Monitor (indoor rack mounting, includes 50 m interconnecting cable).
CODAN quality and service
The SSPAs are built and tested in CODAN ISO9001 quality certified manufacturing facility, and undergo 100% burn in and performance testing.
CODAN fully trained staff and agents provide in-factory and in-country training services, and complete installation and on-site assistance. This service is backed up by a 24 hour customer service line and a warranty of three years on manufacturing, design or component defects.
Technical specifications of VSAT C-Band SSPA CODAN 5760/5712H
Frequency range
|
Frequency range
|
5.850 to 6.425 GHz |
Output power @ 1 dB GCP
|
CODAN 5760
|
+47.8 dBm (60W) typical
+47.0 dBm (50W) minimum |
| CODAN 5712H |
+50.8 dBm (120W) typical
+50.0 dBm (100W) minimum
|
Third order intermodulation products
|
(2 equal carriers each @ 6 dB OPBO from 1 dB GCP)
|
-26 dBc maximum |
Gain
|
Gain @ rated output power
|
65 dB minimum (0 dB SSPA attenuator setting)
|
Gain variation
5.850 to 6.425 GHz
В любой полосе 40 МГц |
+1.0 dB maximum
+0.3 дБ максимум |
| Gain stability |
+1.5 dB maximum, -40°C to +55°C |
| Gain adjustment |
0 dB to -20 dB in 0.2 dB steps
|
Noise power
|
(@ max gain)
|
-90 dBm/Hz maximum |
AM/PM conversion
|
(@ 1 dB OPBO from 1 dB GCP)
|
2°/dB maximum |
Spurious output
|
(@ rated output power, in band)
|
-65 dBc maximum |
Harmonics
|
(@ rated output power)
|
-50 dBc maximum |
Group delay (over 40MHz)
|
Linear
|
0.03 ns/MHz |
| Parabolic |
0.003 ns/MHz2 |
| Ripple |
1 ns p-p |
VSWR
|
Input
|
1.3:1 maximum |
| Output |
1.25:1 maximum |
Protection
| Over temperature shutdown |
Output isolator |
Monitor and control
|
Monitor
|
RF power meter
RF monitor @ -41 dBc nominal
FET flange temperature
Internal supply rail voltages
Status and alarms |
| Control |
Mute
Gain
High/low power thresholds |
| Summary alarm |
Over temperature
FET failure
Low/high RF power |
| Alarm logic levels |
Dry relay contacts |
| Serial interface |
RS232/RS422/RS485 |
| Data rate |
300/1200/2400/9600 bit/s
|
DC outputs
| Main output |
-48 V DC |
| Auxiliary output |
-48 V DC |
| Total capacity |
75W (1.5 A) maximum
|
Connectors
| RF input |
N female, 50 Om
|
|
RF output
|
CPR137G flange (8 holes, M5 x 8mm deep) |
|
RF monitor
|
N female, 50 Om
|
|
Monitor and control
|
MS3114E14-19P |
| AC input |
Amphenol T3110 000 |
|
-48 V DC outputs
|
MS3114E8-2S
|
Power supply
| Voltage |
104 to 274 V AC, 47 to 63 Hz
|
|
Consumption
CODAN 5760
CODAN 5712Н
|
460 VA typical
740 VA typical
|
Operating environment
| Operating temperature range |
-40°C to +55°C
|
|
Relative humidity
|
100% |
| Sealing |
IP66 |
| Cooling |
Forced air |
Mechanical
|
Size
|
280mm W x 355mm D x 495mm H
|
|
Weight
|
27 kg
|
Technical specifications of VSAT Ku-Band SSPA CODAN 5940
Frequency range
|
Frequency range
|
14.0 to 14.5 GHz |
Output power @ 1 dB GCP
|
Output power @ 1 dB GCP
|
+46.7 dBm (47W) typical
+46.0 dBm (40W) minimum |
Third order intermodulation products
|
(2 equal carriers each @ 6 dB OPBO from 1 dB GCP)
|
-25 dBc maximum |
Gain
|
Gain @ rated output power
|
60 dB minimum (0 dB SSPA attenuator setting) |
Gain variation
14.0 to 14.5 GHz
Any 40MHz band |
+1.0 дБ максимум
+0.3 dB maximum
|
| Gain stability |
+1.5 dB maximum, -40°C to +55°C |
| Gain adjustment |
0 dB to -20 dB in 0.2 dB steps
|
Noise power
|
(@ max gain)
|
-82 dBm/Hz maximum |
AM/PM conversion
|
(@ 1 dB OPBO from 1 dB GCP)
|
2°/dB maximum |
Spurious output
|
(@ rated output power, in band)
|
-65 dBc maximum |
Harmonics
|
(@ rated output power)
|
-50 dBc maximum |
Group delay (over 40MHz)
|
Linear
|
0.03 ns/MHz |
| Parabolic |
0.003 ns/MHz2 |
| Ripple |
1 ns p-p |
Return loss
|
Input
|
1.3:1 maximum |
| Output |
1.25:1 maximum |
Protection
| Over temperature shutdown |
Output isolator |
Monitor and control
|
Monitor
|
RF power meter
RF monitor @ -40 dBc nominal
FET flange temperature
Internal supply rail voltages
Status and alarms |
| Control |
Mute
Gain
Low/high power thresholds |
| Summary alarm |
Over temperature
FET failure
Low/high RF power |
| Alarm logic levels |
Dry relay contacts |
| Serial interface |
RS232/RS422/RS485 |
| Data rate |
300/1200/2400/9600 bit/s
|
DC outputs
| Main output |
-48 V DC |
| Auxiliary output |
-48 V DC
|
| Total capacity |
75W (1.5 A) maximum
|
Connectors
| RF input |
N female, 50 Ω
|
|
RF output
|
PBR120 flange (WR75) (4 holes, M4 x 8mm deep)
|
|
RF monitor
|
N female, 50 Ω
|
|
Monitor and control
|
MS3114E14-19P |
| AC input |
Amphenol T3110 000 |
|
-48 V DC outputs
|
MS3114E8-2S
|
Power supply
| Voltage |
104 to 274 V AC, 47 to 63 Hz
|
|
Consumption
|
450 VA typical |
Operating environment
| Operating temperature range |
-40°C to +55°C
|
| Relative humidity |
100% |
| Sealing |
IP66 |
| Cooling |
Forced air |
Mechanical
|
Size
|
280mm W x 355mm D x 495mm H
|
|
Weight
|
27 kg
|
VSAT SSPA | C Band | Ku Band
