The 83006A is a 26.5 GHz RF Amplifier from Agilent. Amplify RF and Microwave signals to measure, test, and design circuits. Applications include radio communications, cellphones, EMI testing, and much more.
Additional Features:
Superior RF performance
Gain of more than 20dB
P1dB of more than 13dBm to 20 GHz
Noise figure of less than 13dB to 0.1 GHz, 8dB to 18 GHz, 13dB to 26.5 GHz (typ)
Connectors Type
RF connectors: 3.5mm(f)
Bias Option
+12V@450mA,-12V@50mA
Works with 87421A 25 W Power Supply
Works with 87422A 70 W Power Supply
The Keysight Agilent HP 83006A microwave system amplifier is a compact, off-the-shelf amplifier designed for systems designers and integrators. This amplifier provides power where you need it to recover system losses and to boost available power in RF and microwave ATE systems. The ultrabroad bandwidth from 10 MHz to 26.5 GHz allows the designer to replace several narrow bandwidth amplifiers with a single Keysight Agilent HP amplifier, eliminating the need for crossover networks or multiple bias supplies.
The 83006A is a 26.5 GHz RF Amplifier from Agilent. Amplify RF and Microwave signals to measure, test, and design circuits. Applications include radio communications, cellphones, EMI testing, and much more.
Additional Features:
- Superior RF performance
- Gain of more than 20dB
- P1dB of more than 13dBm to 20 GHz
- Noise figure of less than 13dB to 0.1 GHz, 8dB to 18 GHz, 13dB to 26.5 GHz (typ)
- Connectors Type
- RF connectors: 3.5mm(f)
- Bias Option
- +12V@450mA,-12V@50mA
- Works with 87421A 25 W Power Supply
- Works with 87422A 70 W Power Supply
The Keysight Agilent HP 83006A microwave system amplifier is a compact, off-the-shelf amplifier designed for systems designers and integrators. This amplifier provides power where you need it to recover system losses and to boost available power in RF and microwave ATE systems. The ultrabroad bandwidth from 10 MHz to 26.5 GHz allows the designer to replace several narrow bandwidth amplifiers with a single Keysight Agilent HP amplifier, eliminating the need for crossover networks or multiple bias supplies.
