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OmniSat-3 METEOSAT Transmitter
!!!! World's FIRST EUMETSAT certified High Data Rate Transmitter !!!
HRDCP Transmitters are technological game changers for DCP operators in need of robust message data integrity and/or substantially more message bytes within the EUMETSAT allocated time slot.
The HR Transmitters represent a quantum jump in technology when contrasted against the 1970's era Standard Rate Transmitters.
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HRDCP's apply forward-error correction technology to the raw message data to produce a modern transmit waveform that is robust and virtually error-free.
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A concatenated error-correction code
with a Convolutional Viterbi K=7, R=1/2 Inner code and Reed-Solomon (255,223) outer code with 3 blocks of interleaving is the basis for High Rate Transmitter waveform.
Signal Engineering’s OmniSat-3 METEOSAT Transmitter is certified for both Standard Rate (100bps) and High Rate (1200bps) by EUMETSAT.
The OmniSat-3 is Signal Engineering's universal hardware design that supports operation on different Meteorological satellites using
targeted firmware. The Transmitter supports both Timed and Random Reporting protocols.
Features
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EUMETSAT DCP Radio Certification
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- Standard Rate (100bps) - EUMETSAT 2013-003 DCP-SDR (17 July 2013)
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- High Rate (1200bps) - EUMETSAT 2015-001 DCP-HDR (13 March 2015)
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RS-232 and RS-485 interface for configuration and control
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Embedded GPS receiver aided algorithms for accurate time keeping and transmit frequency stability.
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RF Power output up to 10 Watts in 0.5dB steps.
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Compact Size: 5.6” x 4.06” x 0.96” (14.12cm x 10.3cm x 2.44cm)
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Weight: 1.1 lbs. (18oz) (0.5 Kg)
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Multiple mounting configurations including remotable LED Indicators
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Software reprogrammable
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Time Slot
(Sec)
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Max. Platform Message Length (Bytes)
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HRDCP
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SRDCP
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10
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653
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15
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20
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1991
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146
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30
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3329
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271
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40
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4667
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396
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50
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6005
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521
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60
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7343
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646
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Modern State of the Art Design
OmniSat-3 is designed for high reliability and long service life. Users will benefit from the
all-digital generation of the transmit Root-Raised Cosine filter and phase modulation ensuring time and temperature stability.
Monitoring of forward and reflected RF power at the Omnisat-3's antenna port allows quick assessment of site health.
The embedded GPS receiver stabilized internal time keeping and transmit frequency aided in long intervals between services.
The OmniSat-3's low standby current consumption places less demand on battery powered systems used at remote DCP installation sites.
For detailed technical information, please contact us.
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