High Gain, High PAE MMIC Power Amplifiers
Recently, Bonray launched seven GaN MMIC power amplifiers covering X‑band and Ku‑band, with output power ranging from 3 W to 15 W in gradient distribution. The maximum power gain reaches 31 dB, and the maximum PAE reaches 51 %. This product series is widely applicable in transmitter systems such as radar and satellite communications, providing easy‑to‑use, high gain, and high PAE chip solutions for different output power requirements in X‑ and Ku‑bands.
BR9705/06/07LDL
Operating Frequency: 8.5 GHz ~ 10.5 GHz
Output Power: 3 W / 6 W / 15 W
Power Gain: 28 dB ~ 31 dB
PAE: 45 % ~ 51 %
Applications: Radar transmitter systems, etc.
BR9708LDL
Operating Frequency: 10.5 GHz ~ 13 GHz
Output Power: 10 W
Power Gain: 23 dB
PAE: 41 %
Applications: Satellite communication transmitter systems, etc.
BR9709/11LDL
Operating Frequency: 13.75 GHz ~ 15.5 GHz
Output Power: 6 W / 10 W
Power Gain: 27 dB
PAE: 41 %
Applications: Satellite communication transmitter systems, etc.
BR9713LDZ
Operating Frequency: 14 GHz ~ 18 GHz
Output Power:12 W
Power Gain: 25 dB
PAE: 42 %
Applications: Radar transmitter systems, etc.
Overview of the Product Series
Key Features of the BR9707LDL
Operating Frequency: 8.5GHz ~ 10.5GHz
Psat: 42.0dBm
PAE: 51.0%
Power Gain: 28.0dB
Vd=+28V, Quiescent Current: 580mA
Die Size: 2500um*1900um*75um
Typical Performance
(28V Supply, Quiescent Current 580mA, Probe Test Results)
Performance Plots
Key Features of the BR9713LDZ
Operating Frequency: 14GHz ~ 18GHz
Psat: 41.5dBm
PAE: 42.0%
Power Gain: 25.5dB
Vd=+28V, Quiescent Current: 400mA
Die Size: 2300um*1900um*75um
Typical Performance
(28V Supply, Quiescent Current 400mA, Probe Test Results)
Performance Plots
