Showing 49–64 of 129 results
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• Conform to CCIR 580 and INTELSAT Requirements
• High G/T, Excellent Sidelobe Performance
• Hot-dipped Galvanized Mount
• Switch for C Band Linear and Circular Polarization Feed
• Ring-focus Antenna, C Band
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- Frequency range – 5.850-6.425 GHz
- Gain Stabilit – 4 dB p-p
- RF Output Connector – WR137 (Grooved)
- Power supply – +18 to +36 VDC, via IFL cable
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- Output power – 55 W
- Input Freq. – 5.850-6.725 GHz
- Gain Stabilit – 4 dB p-p
- RF Output Connector – WR137 (Grooved)
- Power supply – +18 to +36 VDC, via IFL cable
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• Conform to CCIR 580 and INTELSAT Requirements
• High G/T, Excellent Sidelobe Performance
• Hot-dipped Galvanized Mount
• Switch for C Band Linear and Circular Polarization Feed
• Ring-focus Antenna, C Band
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- Input Freq. – 3.4-4.2 GHz
- L.O Freq. – 5.15
- Noise figure – 10 dB max
- L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +12 to +24V DC
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- Input Freq. – 3.4-4.2 GHz
- L.O Freq. – 5.15
- Noise figure – 10 dB max
- L.O stability at -40 to +60℃ – depends on ext. ref.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +12 to +24V DC
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- Input Freq. – 4.5-4.8 GHz
- L.O Freq. – 5.95
- Noise figure – 10 dB max
- L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +12 to +24V DC
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- Input Freq. – 4.5-4.8 GHz
- L.O Freq. – 5.95
- Noise figure – 10 dB max
- L.O stability at -40 to +60℃ – depends on ext. ref.
- Input waveguide flange – Feed thru and/or output connector
- Power Supply – +12 to +24V DC
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Input Freq. – 3 .7 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
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- Input Freq. – 3.7 – 4.20 GHz
- Local Frequency – 5.15 GHz
- Noise temperature -30‘K max
- L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max.
- Input waveguide flange – WR-229
- Power Supply – +12 to +24V DC
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Input Freq. – 3.75 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
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- Input Freq. – 3.75 – 4.20 GHz
- Local Frequency – 5.15 GHz
- Noise temperature -30‘K max
- L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max.
- Input waveguide flange – WR-229
- Power Supply – +12 to +24V DC
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- Input Freq. – 3.8 – 4.20 GHz
- Local Frequency – 5.15 GHz
- Noise temperature -30‘K max
- L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max.
- Input waveguide flange – WR-229
- Power Supply – +12 to +24V DC
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Input Freq. – 3.9 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
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- Input Freq. – 3.9 – 4.20 GHz
- Local Frequency – 5.15 GHz
- Noise temperature -30‘K max
- L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max.
- Input waveguide flange – WR-229
- Power Supply – +12 to +24V DC
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Input Freq. – 4 .0 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
