The CRF-PA-50G65G-120W is a public representative model name in CorelixRF’s 50-65 GHz millimeter-wave amplifier platform family. CorelixRF lists the CRF-PA-50G65G family with representative power options including 6W, 10W, 20W, 40W, 80W, 120W, and 500W. For buyers working above 50 GHz, the model name is a useful starting point, but the final configuration still depends on inquiry-based engineering review.
CorelixRF publicly states that mmWave datasheets, detailed electrical specifications, test data, and mechanical information are provided after project review. That is appropriate for 50-65 GHz systems because small changes in interface, load, cooling, or measurement setup can have large effects on usable output.
Where a 50-65 GHz Platform Fits
A 50-65 GHz mmWave amplifier can support high-frequency test benches, communication waveform evaluation, component characterization, RF front-end validation, and OEM system integration. The platform is also relevant when a project needs more focused coverage than a 50-75 GHz broadband review but operates above the 47-51.4 GHz narrow-band family.
The RFQ should state why the 50-65 GHz range is needed. If the real project only uses part of the range, say so. If the buyer needs full-band performance, ask for data that demonstrates behavior across the full operating window.
Output Power and Measurement Point
The CRF-PA-50G65G-120W name indicates a 120W representative option, but an engineering inquiry should define the output measurement point. Is 120W required at the amplifier port, after a waveguide transition, at a test fixture, or at an antenna feed?
At this frequency range, transitions, waveguide sections, adapters, and test fixtures can dominate the RF budget. Provide the full signal path, expected losses, load rating, VSWR condition, and measurement method. This allows CorelixRF to review whether the selected family and power option are suitable.
Interface and Mechanical Planning
CorelixRF states that mmWave projects require coaxial or waveguide interface review. For a 50-65 GHz system, provide connector or waveguide preference, flange standard if known, cable or waveguide routing, mechanical envelope, rack or module preference, and any integration restrictions.
Mechanical planning should include airflow, mounting, service access, and proximity to heat-sensitive components. If the amplifier will be part of an automated test station, include instrument rack layout and cable routing assumptions.
Cooling and Operating Mode
The 120W class suggests that cooling and operating condition should be reviewed early. State whether the system is CW, pulsed, swept, modulated, or burst-mode. Provide duty cycle, operating duration, ambient temperature, airflow direction, and enclosure constraints.
Do not assume that a short lab demonstration and continuous test operation impose the same thermal requirement. Cooling review should match the real use case.
Control and Validation Data
Control requirements may include remote enable, status monitoring, alarm output, forward and reflected power monitoring, temperature reporting, or a specific interface for test automation. CorelixRF states that control logic and protection can be reviewed during custom mmWave configuration support.
For internal approval, ask for datasheet, output power data, gain response, interface drawing, mechanical outline, cooling requirement, and factory validation records. The RF testing and validation page helps frame the discussion around measured evidence.
FAQ
Is CRF-PA-50G65G-120W publicly listed?
CorelixRF publicly lists CRF-PA-50G65G representative options including 120W.
Are detailed specifications public?
No. CorelixRF states that mmWave details and datasheets are provided after inquiry review.
What should be included in an RFQ?
Include frequency range, output target and measurement point, input level, interface, load condition, waveform, duty cycle, cooling limits, control needs, quantity, and project stage.
Is this the same as a 50-75 GHz broadband platform?
No. CRF-PA-50G65G is a 50-65 GHz family. CorelixRF also lists 50-75 GHz representative platforms for broader review.