RF Power Amplifier
Manufacturer
30 MHz–6 GHz  ·  30–200W GaN  ·  Factory-Direct

Psat is the saturated output level where gain collapses. P1dB is the output where gain compresses by exactly 1 dB — typically 6–10 dB below Psat. CorelixRF datasheets specify Pout at a standard operating point. For linear system design, specify P1dB at or above your required output power. For saturated or pulsed applications, Psat is the relevant limit.

Conduction-cooled modules mount to a customer-provided heatsink or chassis plate. Apply thermal interface material (≤0.1°C·cm²/W) between module baseplate and heatsink. Ensure heatsink surface flatness ≤0.05mm. No active cooling required — the module relies entirely on the thermal path through the baseplate. Contact CorelixRF for derating curves if your heatsink temperature exceeds 50°C.

CW operation requires stronger continuous thermal management since dissipation is sustained at full power. Pulse operation allows higher peak power than the CW rating at reduced average duty cycle. When specifying pulse, provide PRF, pulse width, and peak power required — CorelixRF will confirm whether the thermal budget allows it or recommend a derating curve for your operating condition.

CorelixRF standard amplifier families include 30–512MHz, 300–1700MHz, 300–2700MHz, and 2–6GHz. Standard output power tiers include 30W, 50W, 100W, 150W, and 200W. All standard models use conduction-cooled baseplate and are available with SMA or N-type connector. Browse the product matrix to compare full specification sets across all 20 standard SKUs.

Wideband S/C-band designs at different output powers use different GaN device operating points. Higher power stages require higher drain voltage for maximum efficiency. The 2–6 GHz family ranges from approximately 36–46V for the 30W model up to 44–54V for the 200W model. Always check the exact VDC range per model before designing your power supply. Use the matrix VDC filter to shortlist models compatible with your supply architecture.

Yes. The 46-step production test protocol generates a per-unit test record including output power, gain, VSWR, and harmonic levels at multiple frequency points. Test data packages are available on request — specify at time of ordering. Sample reports are available for review before purchase; contact the CorelixRF sales engineering team to request representative data.

Standard configurations ship with SMA (female) or N-type (female) connector, both available without lead-time impact. For other connector types — TNC, BNC, SMA-RP, or custom flange — submit a custom request. Alternative connectors are typically available with short development lead time at no additional NRE for volume orders.

Minimum required: frequency range (start/stop MHz), target output power (W), supply voltage range, CW or pulse requirement, and quantity. Optional but helpful: VSWR limit, connector preference, mechanical envelope, operating temperature range, and test data requirements. The more complete your inputs, the faster CorelixRF can confirm standard vs custom and quote lead time accurately.

Yes. CorelixRF supports sample orders for engineering evaluation before batch purchasing commitment. Sample units are production-grade and include the same 46-step test documentation available on full production orders. Sample lead time is typically shorter than production lead time — contact the CorelixRF engineering team to confirm model availability and sample terms based on your project stage.

The single most useful input is a complete technical summary: frequency range, output power, operation mode (CW or pulse), duty cycle if pulsed, supply voltage, connector, cooling condition, quantity, and project timeline. Attaching a block diagram or specification sheet — even a rough one — allows the engineering team to confirm standard vs custom direction in one exchange rather than multiple follow-up questions. Use the file upload field in the RFQ form to share documentation directly.

Yes. SMA (female) and N-type (female) are standard and available without additional lead time impact. For TNC, BNC, SMA-RP, or custom flange configurations, submit a custom request via the RFQ form. Alternative connectors are typically available as OEM options with short development lead time and no NRE for volume programs. Specify connector requirements early — it affects housing layout review.

Yes. Custom mechanical packaging is reviewed from the closest standard platform. If your system enclosure has dimensional limits, provide the maximum envelope and mounting constraints in the RFQ. CorelixRF will assess whether standard packaging fits, or propose a re-packaging option as part of the OEM review. Including a sketch or DXF of your mechanical envelope speeds up the first evaluation.

Yes. Representative test data — including output power, gain flatness, VSWR, and harmonic levels across frequency — is available for review before purchase. Per-unit test records are generated during the 46-step production protocol and can be included with shipment on request. For engineering evaluation programs, contact the CorelixRF team to request sample test reports before committing to a model or quantity.

For conduction-cooled modules, provide: heatsink material and surface flatness (≤0.05 mm required), maximum baseplate temperature under operating conditions, whether thermal interface material will be applied, and the operating duty cycle or CW condition. If your heatsink temperature exceeds 50°C under full load, CorelixRF will provide a derating curve so you can confirm the module remains within safe operating limits before ordering.

Yes — this is CorelixRF's standard approach to custom programs. Every custom review starts from the closest standard platform. This means you get a validated reference before defining modification scope, which reduces NRE cost and shortens development time. Common starting-point adaptations include: frequency band narrowing or extension, supply voltage change, connector substitution, output power adjustment, and mechanical re-packaging. Share your closest standard model and your required changes in the RFQ form.