Showing 65–80 of 737 results
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• Compact and energy efficient
• Solid State Reliability
• Easy System Integration
• Thermally Efficient
• Low Thermal Noise
• Frequency agile design covers complete frequency band
• Superior Harmonic and Spurious Suppression
• 3 Year GeoSat Product Warranty
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• RF Frequency – 27.652-28.388 GHz
• Low power consumption
• Higher reliability from integrated design principle
• Compact size and light weight
• Meet ETSI, FCC standards
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• RF Frequency – 27.652-28.388 GHz & 28.172-29.071 GHz
• Low power consumption
• Higher reliability from integrated design principle
• Compact size and light weight
• Meet ETSI, FCC standards
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• RF Frequency – 28.172-29.071 GHz
• Low power consumption
• Higher reliability from integrated design principle
• Compact size and light weight
• Meet ETSI, FCC standards
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Typical VSAT Applications
- Maritime
- 5G Backhaul
- SNG Vehicle
- Terminals
- Fixed
- Portable
- Transportable
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- Input Freq. – 17.2-18.2 GHz
- L.O Freq. – 16.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – ±25, 50 KHz max.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
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- Input Freq. – 17.2-18.2 GHz
- L.O Freq. – 17.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – depends on ext. ref.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
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- Input Freq. – 18.2-19.2 GHz
- L.O Freq. – 17.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – ±25, 50 KHz max.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
-
- Input Freq. – 18.2-19.2 GHz
- L.O Freq. – 17.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – depends on ext. ref.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
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- Input Freq. – 19.2-20.2 GHz
- L.O Freq. – 18.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – ±25, 50 KHz max.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
-
- Input Freq. – 19.2-20.2 GHz
- L.O Freq. – 18.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – depends on ext. ref.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
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- Input Freq. – 20.2-21.2 GHz
- L.O Freq. – 19.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – ±25, 50 KHz max.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
-
- Input Freq. – 20.2-21.2 GHz
- L.O Freq. – 19.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – depends on ext. ref.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
-
- Input Freq. – 21.2-22.2 GHz
- L.O Freq. – 20.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – ±25, 50 KHz max.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
-
- Input Freq. – 21.2-22.2 GHz
- L.O Freq. – 20.25
- Noise figure – 18 dB max
- L.O stability at -40 to +60℃ – depends on ext. ref.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
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- Input Freq. – 17.2-20.2 GHz
- L.O Freq. – 16.25 -18,25
- L.O stability at -40 to +60℃ – ±25, 50 KHz max.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +15 to +24V DC
