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Subsystems for Radar and Telecommunications
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Nanowave has incorporated its Eutectic Hybrid Technology to design and package complex high-powered integrated rf circuits to create high quality subsystems to service the avionics, telecommunications and defense markets. Nanowave prides itself in being able to combine many complex functions in small, lightweight packages.
Nanowave can provide you with similar or modified products as listed below that are tailored to your specifications.
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Broad Band Multifunction
Integrated Modules (MIM) TTL
Controlled Switch, Variable Attenuation, Broad Band Down Conversion, High
Port-to-port Isolation
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ALC Power Amplifiers
13 - 23 GHz Frequencies, Limiting Output Power: 29 dBm, ALC available, Low
Spurious Response, Unconditionally Stable
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L-Band Transceivers
L-Band Frequency; Output Power 100 Watt min; Harmonic Suppression; Two-Tone
Suppression; Status/Control Functions: - VSWR Fault & Control - Lower Power
Fault - Overvoltage Protection - Undervoltage Protection - Overcurrent
Protection - Overtemperature Protection
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LMDS Up-Converters
26 - 31 GHz Transmit Frequency, Temperature-controlled Output, LS Band
IF Interface, Power Detector, High Linearity, Low Output Spurious,
Gain/Temperature Control, Low RX Band Spurious, AGC, X/KU Band LO
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Broadband Amplifiers
Module Cascadable Modular Designs, Unconditionally Stable, PIN Diode
based Compensation –55°C + 85°C
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X-Band Radar
Transmitter 8 - 9 GHz Operating Frequency, Fast Switching Speed, 5 W
Saturated Output, Fully Militarized, High Gain, Low Spurious Output, Temperature
Compensated (-40°C-+80°C), BIT Capability
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X-Band Radar Low Noise
Receiver/Down-Converter 9-12 GHz Operating Frequency, Fast Switching
Speed, 2 Band Selectable IF Outputs, Fully Militarized, High Gain, Low Spurious
Output, Built-in AGC, BIT Capability, Low Noise Figure, Detector Output,
Temperature Compensated (-20°C-+80°C)
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X-Band Radar
Transmitter/Lo Multiplier/Up-Converter Operating Frequencies: - IF: VHF
- LO: L&S band - Output: 9-12 GHz - 1 W (30 dBm) Saturated Output -
Temperature Compensated (-20°C-+80°C) - High Gain - Fast Switching Speed - Fully
Militarized - Low Spurious Output - BIT Capability - Coherent LO & Tx
Output
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