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Active Device, Power Amplifier, Routing
Power Amplifier . 1GHz~6GHz . OPA3701000600A
RFECHO Power Amplifier from 1GHz to 6GHz,RFECHO power amplifier can perfectly linearly amplify the input signals in a wide dynamic range within a frequency band.the application of Wide Band Medium…
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Active Device, Power Amplifier, Routing
Power Amplifier . 4.4GHz~5GHz . OPA3804400500B
RFECHO Power Amplifier from 4.4GHz to 5GHz,RFECHO power amplifier can perfectly linearly amplify the input signals in a wide dynamic range within a frequency band.the application of Wide Band Medium…
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Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 0.1GHz to 18GHz With a Nominal 38dB Gain NF 2.5dB SMA Connectors
• High Output Power 16dBm typical.
• High peak to average handling capability.
• High linearity and low noise figure.
• Convenient AC Power Input. (AC 110V ~ 220V)
• Integrated Heat Sink and… -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 0.1GHz to 4GHz With a Nominal 38dB Gain NF 2.2dB SMA Connectors
• Gain: 38 dB Typical
• Noise Figure: 2.2 dB Typical
• P1dB Output Power: +25dBm Typical
• Supply Voltage: 12 V -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 0.1GHz to 50GHz With a Nominal 38dB Gain NF 4.5dB 2.4mm Connectors
Low noise figure 5.0 Typical
• Output Power: +20dBm Typical .
• Microwave Radio and VSAT.
• TelecomInfrastructure Applications.
• High peak to average handling capability.
• High linearity and low noise figure.
• Convenient AC… -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 0.5GHz to 6GHz With a Nominal 38dB Gain NF 2.8dB SMA Connectors
• Gain:42dB Typical
• Noise Figure: 2.2dB Typical
• P1dB Output Power: +20dBm Typical
• Functional Bandwidth : 0.5GHz–6GHz
• Supply Voltage: +12V
• 50 Ohm Matched Input / Output -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 1.55GHz to 1.6GHz With a Nominal 38dB Gain NF 1.2dB SMA Connectors
• Gain: 36dB Typical
• Noise Figure: 1.2dB Typical
• P1dB Output Power: +20dB m Typical
• Supply Voltage: +12V @ 160mA
• 50 Ohm Matched Input / Output
• Size: 0.99” x 1.10” x… -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 16GHz to 45GHz With a Nominal 38dB Gain NF 4.5dB 2.92mm Connectors
• Gain: 36dB Typical
• Noise Figure: 6.5dB Typical
• P1dB Output Power: +21dBm Typical
• Supply Voltage: +12V @ 300mA
• 50 Ohm Matched Input / Output -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 17GHz to 27GHz With a Nominal 38dB Gain NF 2.5dB SMA Connectors
• Gain: 38dB Typical
• Noise Figure: 2.2dB Typical
• Output P1dB : +23dBm Typical
• PSAT Output Power: 25dBm
• Supply Voltage: +12V
• 50 Ohm Matched -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 1GHz to 40GHz With a Nominal 38dB Gain NF 5.5dB 2.92mm Connectors
• Gain: 43dB Typical
• Noise Figure: 4.0dB Typical
• P1dB Output Power: +22dBm Typical
• Supply Voltage: +12V @ 500mA
• 50 Ohm Matched Input / Output
• Size: 1.26” x 1.77” x0.53” -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 30GHz to 65GHz With a Nominal 38dB Gain NF dB 1.85mm-F Connectors
• Gain: 38dB Typical
• Saturated Output Power: +22dBm Typical
• Supply Voltage: +12V -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 5GHz to 10GHz With a Nominal 38dB Gain NF 2.3dB SMA Connectors
• Gain:38dB Typical
• Functional Bandwidth: 4 GHz to 11 GHz
• NoiseFigure:2.3dBTypical
• P1dB Output Power: +26dBm Typical
• Supply Voltage: +12V @280mA
• 50 Ohm Matched Input / Output -
Low Noise Amplifier, Routing
Ultra Wide Band Low Noise Amplifier From 6GHz to 18GHz With a Nominal 38dB Gain NF 2.2dB SMA Connectors
• Gain: 35dB Typical
• Noise Figure: 2.0dB Typical
• P1dB Output Power: +15dBm Typical
• Supply Voltage: +12V @ 180mA
• 50 Ohm Matched Input / Output
• Size: 0.79” x 0.51” x39” -
Active Device, Power Amplifier, Routing
Wide Band Solid State PowerAmplifier . 0.03GHz~2.5GHz . OPA4000030250A
RFECHO Power Amplifier from 0.03GHz to 2.5GHz,RFECHO power amplifier can perfectly linearly amplify the input signals in a wide dynamic range within a frequency band.the application of Wide Band Medium…