ACC-GPS-NANO-DR
Dual Redundant GPS SBAS Receiver
Features:
- Dual-redundant GPS receiver packaged in a metallic enclosure
- Each path
- Supports 16 Acquisition and 16 Tracking channels
- Provides precise 1PPS pulse output
- Supports 10 Km/s velocity profile
- Works out of a single 3.3 V input supply
- Consumes less than 500 mW
- Supports on-board LNA for interface with a common patch antenna
- Supports RS-232 serial interface with custom binary message output
- 25-pin D-sub connector to bring out the power and signal interface
Description
The Dual Redundant GPS-SBAS receiver consists of a pair of 32 Channel High Performance GPS-SBAS receivers to provide unmatched performance in the Space. The two GPS-SBAS receivers are completely independent of each other with a common antenna interface and a power divider to split the GPS signals.
Utility
- Accurate Determination of Orbital Position and Time
- Position or/and Time Stamping of Payload Data
- Designed for satellites that are operating in the LEO Orbits considering the altitude and velocity of the satellite
- Redundancy is an added advantage for applications that need continuity of operation
- over the lifespan of the satellite in space