Description
Teledyne Redundant Indoor Rack Mounted GaAs SSPA Systems series of redundant amplifier systems provide the highest degree of earth station redundancy and reliability. The Teledyne Redundant Indoor Rack Mounted GaAs SSPA Systems can be configured in either 1:1 or 1:2 redundant configurations using any of the Teledyne Paradise Datacom family of Indoor Rack Mount SSPAs.
The Teledyne Redundant Indoor Rack Mounted GaAs SSPA Systems may be configured without an optional 1RU system controller. However, the controller front panel mimic display shows the current switch positions and the online amplifiers. Dedicated fault indicators provide easy indication of system status. The Teledyne Redundant Indoor Rack Mounted GaAs SSPA System Controller monitor and control is available locally at the front panel touchscreen display, as well as remotely by the RS-232, RS-485 or Ethernet interface ports.
Teledyne Redundant Indoor Rack Mounted GaAs SSPA System Features:
- Extremely High Power Density:
1.1 kW C-Band
1.0 kW X-Band
500 W Ku Band - Universal Input, Power Factor Corrected Power Supply
- Output Power Monitoring
- Separate 1 RU Redundant Controller for 1:2 systems
- Controller-less solutions for 1:1 systems
Teledyne Redundant Indoor Rack Mounted GaAs SSPA Systems Options
- Controller-less 1:2 System
- Reflected Power Alarm
- Arc Detection Kit
- L-Band Input Operation
- Cold Standby Amplifier Operation
- External Exhaust Air Ducting Kit
- Custom Configurations
Teledyne Paradise Datacom develops innovative satellite modems, solid state power amplifiers (SSPA), low noise amplifiers (LNA), block up converters (BUC) and related subsystems for leading SATCOM organizations worldwide in the military and commercial markets. Teledyne Paradise Datacom is a part of Teledyne Microwave Solutions. Highly competitive pricing is achieved by enabling only the features you need at any time. Future-proofing is assured by convenient software upgrades via Ethernet or a memory stick and lots of processing headroom, protecting your investment.
Av-Comm
Av-Comm
NJRC