RAYTHEON
Abstract: RMM5030 3433B
Text: RMM5030 9-10 GHz GaAs Power Amplifier MMIC PRODUCT INFORMATION Description Features Performance Characteristics The Raytheon RMM5030 is an X-band two-stage dual channel GaAs MMIC power amplifier operating over 9-10 GHz which can be configured to provide either 34 dBm of minimum saturated single channel power into 50 ohms
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RMM5030
RMM5030
RAYTHEON
3433B
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RMM2071
Abstract: RAYTHEON RMM5030 "15 GHz" power amplifier mmic 37 dBm system on chip x-band
Text: RMM2071 RMM5030 Wideband Variable-Gain 9-102-18 GHzGHz GaAs MMIC Power AmplifierAmplifier The Raytheon RMM5030 is an X-band two-stage GaAs MMIC power amplifier operating over 9-10 GHz which can be configured to provide either 34 dBm of minimum saturated power into 50 ohms or 37 dBm into
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RMM2071
RMM5030
RMM5030
2x1400
4x2000
RMM2071
RAYTHEON
"15 GHz" power amplifier mmic 37 dBm
system on chip x-band
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9715
Abstract: RMM5080 9452 RMM5030 RMM2071 amplifier 1 2 ghz
Text: RMM2071 RMM5080 Wideband Variable-Gain 9-112-18 GHzGHz GaAs MMIC Driver Amplifier Amplifier Description The RMM5080 is a two-stage driver amplifier that is designed to have 1.1 watts of output power and 12 dB of large signal gain from 9-11 GHz. The circuit is designed specifically to drive two paralleled devices like the
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RMM2071
RMM5080
RMM5080
RMM5030.
9715
9452
RMM5030
RMM2071
amplifier 1 2 ghz
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x-band mmic
Abstract: No abstract text available
Text: Raytheon Electronics RMM5030 9-10 GHz GaAs MMIC Power Amplifier Description The Raytheon RMM5030 is an X-band two-stage GaAs MMIC power amplifier operating over 9-10 GHz which can be configured to provide either 34 dBm of minimum saturated power into 50 ohms or 37 dBm into
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PDF
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RMM5030
RMM5030
2x1400
4x2000
25dBm,
500ns,
x-band mmic
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Untitled
Abstract: No abstract text available
Text: Raytheon Electronics RMM5080 9-11 GHz GaAs MMIC Oliver Amplifier Description The RMM5080 is a two-stage driver amplifier that is designed to have 1.1 watts of output power and 12 dB of large signal gain from 9-11 GHz. The circuit is designed specifically to drive two paralleled devices like the
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OCR Scan
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PDF
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RMM5080
RMM5080
RMM5030.
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