Can CorelixRF provide datasheets and RF test data?

Yes. Datasheets, typical performance curves, gain reference, input match or SWR references, and project documentation can be supplied depending on model and order scope.

RF Power Amplifier Manufacturer | 30MHz–6GHz 30–200W GaN PA | CorelixRF

CorelixRF RF power amplifier testing and manufacturing environment

Factory-Direct RF Power Amplifier Manufacturer

Factory-Direct GaN RF Power Amplifiers from 30MHz to 6GHz

20 datasheet-confirmed CRF-PA standard models from 30W to 200W.

CorelixRF manufactures GaN solid-state RF power amplifier modules across 30–512MHz, 300–1700MHz, 300–2700MHz and 2–6GHz platforms. Standard models support RF testing, communication, SDR signal chain amplification, subsystem integration and OEM / ODM engineering review with datasheets, RF test data and cooling condition support.

30MHz–6GHz30W–200W20 Standard CRF-PA ModelsSMA-F Input / N-F OutputAir-Cooled Platforms

View Standard Models

CorelixRF standard RF power amplifier module

RF amplifier cooling and connector review

20Std Models

4Band Families

5Power Tiers

RFTest Data

Factory

Direct RF PA manufacturing and engineering review.

20 Models

Datasheet-confirmed CRF-PA standard matrix.

30M–6G

Four frequency families with five power tiers.

30–200W

Power tiers for evaluation and system integration.

Data

Datasheets, typical curves and RF test records.

Buyer Problems

Common RF Amplifier Sourcing Risks — and How CorelixRF Responds

The main risk is not only finding a power amplifier supplier. It is confirming the correct frequency family, output power, voltage, current margin, cooling condition and RF chain compatibility before purchase.

Need Real Manufacturer

Catalog resellers often cannot support model-level engineering questions.

Factory review

Hard to Shortlist

Multiple frequency bands and power levels make comparison slow.

20-model matrix

Voltage Risk

2–6GHz models use higher-voltage ranges, not 28VDC.

VDC by model

Thermal Unclear

Current consumption, airflow and duty cycle must be checked early.

Cooling review

RF Chain Mismatch

Antenna, load VSWR, cable loss and connector choices affect PA selection.

System matching

Standard Models

Standard RF Power Amplifier Model Matrix — 20 Datasheet-Confirmed CRF-PA Models

Standard models are defined as these 20 CRF-PA datasheet-confirmed platforms. Other frequency ranges, power levels, voltage ranges, connectors, control interfaces, housing formats or mechanical structures should be handled as custom engineering review.

Filter Matrix

Use filters for fast review. Datasheet opens the simple access popup; Request opens your quote / engineering review popup.

Model	Frequency	Power	Gain	Flatness / Input VSWR	Supply	Current	Connector / Cooling	Size / Weight	CTA
CRF-PA-30M512M-30W30–512MHz standard platform	30–512MHz	30W	44–46dB	Typical curve available	28VDC	≤4A	SMA-F input / N-F output Air Cooling · CW / Saturated	125×59×21.5mm / ≤0.5kg	Datasheet Request
CRF-PA-30M512M-50W30–512MHz standard platform	30–512MHz	50W	46–48dB	Typical curve available	28VDC	≤9A	SMA-F input / N-F output Air Cooling · CW / Saturated	125×59×21.5mm / ≤0.5kg	Datasheet Request
CRF-PA-30M512M-100W30–512MHz standard platform	30–512MHz	100W	49–51dB	Typical curve available	28VDC	≤18A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-30M512M-150W30–512MHz standard platform	30–512MHz	150W	51–53dB	Typical curve available	28VDC	≤20A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-30M512M-200W30–512MHz standard platform	30–512MHz	200W	52–54dB	Typical curve available	28VDC	≤30A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-300M1700M-30W300–1700MHz standard platform	300–1700MHz	30W	44–46dB	Typical curve available	28VDC	≤3A	SMA-F input / N-F output Air Cooling · CW / Saturated	125×59×21.5mm / ≤0.5kg	Datasheet Request
CRF-PA-300M1700M-50W300–1700MHz standard platform	300–1700MHz	50W	46–48dB	Typical curve available	28VDC	≤7A	SMA-F input / N-F output Air Cooling · CW / Saturated	125×59×21.5mm / ≤0.5kg	Datasheet Request
CRF-PA-300M1700M-100W300–1700MHz standard platform	300–1700MHz	100W	49–51dB	Typical curve available	28VDC	≤14A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-300M1700M-150W300–1700MHz standard platform	300–1700MHz	150W	51–53dB	Typical curve available	28VDC	≤22A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-300M1700M-200W300–1700MHz standard platform	300–1700MHz	200W	52–54dB	Typical curve available	28VDC	≤29A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-300M2700M-30W300–2700MHz standard platform	300–2700MHz	30W	44–46dB	Flatness ≤1.8dB / Input VSWR ≤1.8:1	28VDC	≤4A	SMA-F input / N-F output Air Cooling · CW / Saturated	125×59×21.5mm / ≤0.5kg	Datasheet Request
CRF-PA-300M2700M-50W300–2700MHz standard platform	300–2700MHz	50W	46–48dB	Flatness ≤1.8dB / Input VSWR ≤1.8:1	28VDC	≤9A	SMA-F input / N-F output Air Cooling · CW / Saturated	125×59×21.5mm / ≤0.5kg	Datasheet Request
CRF-PA-300M2700M-100W300–2700MHz standard platform	300–2700MHz	100W	49–51dB	Flatness ≤1.5dB / Input VSWR ≤1.5:1	28VDC	≤18A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-300M2700M-150W300–2700MHz standard platform	300–2700MHz	150W	51–53dB	Flatness ≤1.5dB / Input VSWR ≤1.5:1	28VDC	≤20A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-300M2700M-200W300–2700MHz standard platform	300–2700MHz	200W	52–54dB	Flatness ≤1.8dB / Input VSWR ≤1.8:1	28VDC	≤36A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-2G6G-30W2–6GHz standard platform	2–6GHz	30W	44–46dB	Typical curve available	36–46VDC	≤4A	SMA-F input / N-F output Air Cooling · CW / Saturated	125×59×21.5mm / ≤0.5kg	Datasheet Request
CRF-PA-2G6G-50W2–6GHz standard platform	2–6GHz	50W	46–48dB	Typical curve available	40–58VDC	≤12A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-2G6G-100W2–6GHz standard platform	2–6GHz	100W	49–51dB	Typical curve available	41–51VDC	≤24A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-2G6G-150W2–6GHz standard platform	2–6GHz	150W	51–53dB	Typical curve available	43–58VDC	≤27A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request
CRF-PA-2G6G-200W2–6GHz standard platform	2–6GHz	200W	52–54dB	Typical curve available	44–54VDC	≤36A	SMA-F input / N-F output Air Cooling · CW / Saturated	200×158×25mm / ≤1.4kg	Datasheet Request

Note: 30–512MHz, 300–1700MHz and 300–2700MHz standard platforms use 28VDC. 2–6GHz models use model-specific higher-voltage supply ranges. All rows use SMA-Female RF input, N-Female RF output, Air Cooling and CW / Saturated output type unless a custom review changes the configuration.

Frequency Families

Choose the Right RF Amplifier Frequency Family

Each frequency family includes 30W, 50W, 100W, 150W and 200W standard models. Custom review starts from the closest standard platform.

30–512MHz

Lower-Band RF PA Platforms

28VDC models for lower-band RF testing, communication and integration projects.

30W / 50W / 100W / 150W / 200W

300–1700MHz

Wideband Mid-Band Platforms

28VDC platforms for broad RF test and integration coverage across 300–1700MHz.

5 power tiers

300–2700MHz

Extended Broadband Platforms

100W and 150W models provide tighter flatness and input VSWR per datasheets.

≤1.5 options

2–6GHz

High-Frequency Broadband PA

Higher-voltage platform with model-specific supply ranges for 2–6GHz systems.

36–58V ranges

Power Selection

Select Output Power by System Requirement

Current consumption and supply voltage must be reviewed by frequency family, not only by wattage. Higher power requires stronger thermal, duty-cycle and RF-chain review.

30W

Compact Evaluation

For lower output requirements, compact test setups and early-stage system evaluation.

50W

Moderate RF Output

Common for evaluation systems and moderate power integration where current margin matters.

100W

Common High-Power Tier

A frequent starting point for high-power RF test and communication integration projects.

150W

Higher Output Review

Requires careful review of current, airflow, load condition and duty cycle.

200W

Highest Standard Tier

Needs stronger thermal review, supply margin and antenna / load VSWR confirmation.

Factory Evidence

Factory RF Testing and Documentation Support

Engineering buyers often need more than a model name. CorelixRF can support datasheets, typical performance curves, RF test records and project documentation based on model and order scope.

RF amplifier output power testing with measurement equipment

RF amplifier module connected with coaxial cables

RF test data and engineering documentation review

CorelixRF RF amplifier workshop and validation support

Output Power Verification

Model-level output power can be reviewed with measured data and test references.

Gain / Flatness Review

Gain reference and frequency response data help buyers compare standard models.

VSWR / Protection Check

Load condition and input / output matching should be checked before integration.

Datasheet / OEM Docs

Datasheets, test reports, packing files and OEM documentation can be prepared by project scope.

Integration Review

Cooling, Current and Mechanical Integration Review

The uploaded standard model datasheets list Air Cooling. Airflow, current margin, chassis layout and duty cycle should still be reviewed before final model confirmation.

Air Cooling

Cooling Condition

Confirm airflow, heat path and installation environment before system assembly.

Current Margin

Power Supply Review

Current consumption changes by frequency family and power tier, especially 2–6GHz.

Mechanical Fit

Size and Mounting

30W/50W models may use compact format; higher power models typically need larger module space.

RF Chain

Load VSWR / Antenna Match

Amplifier output should be reviewed with cable loss, antenna power handling and load condition.

Applications

Where CorelixRF RF Power Amplifiers Are Used

These standard platforms support RF testing, SDR source amplification, broadband subsystem integration and controlled RF engineering platforms.

RF Test & Laboratory

Amplifier platforms for test benches, measurement setups and validation chains.

SDR Signal Chain

Boost RF output from SDR or signal source modules into higher-power RF chains.

Subsystem Integration

Standard PA modules can serve as starting points for OEM hardware platforms.

UAV / Telemetry RF

Engineering-side RF amplifier support for controlled telemetry and link platforms.

C-UAS / EW Support

RF hardware integration support for specialized engineering and validation systems.

FAQ

Questions Before RF Power Amplifier Sourcing

These answers help buyers prepare a more accurate RF amplifier RFQ and avoid selecting the wrong model.

CorelixRF standard RF power amplifier models include 20 CRF-PA models across 30–512MHz, 300–1700MHz, 300–2700MHz and 2–6GHz. Each frequency family includes 30W, 50W, 100W, 150W and 200W tiers.

No. The 30–512MHz, 300–1700MHz and 300–2700MHz standard platforms use 28VDC. The 2–6GHz models use model-specific higher-voltage ranges from 36–46VDC to 44–54VDC depending on power level.

Yes. Datasheets, typical performance curves, gain reference, input match / SWR references and project documentation can be supplied depending on model and order scope.

Yes. Requests outside the 20 standard CRF-PA models can be reviewed as custom engineering projects, including frequency range, power level, voltage range, connector, control interface, housing and mechanical format.

Please provide frequency range, output power, CW or pulse condition, supply voltage, connector preference, cooling condition, load VSWR, quantity and documentation requirements.

Engineering Review

Send Your RF Amplifier Requirement for Engineering Review

Tell us your frequency range, output power, CW or pulse condition, supply voltage, connector preference, load VSWR, cooling condition, quantity and documentation requirement. CorelixRF can recommend a standard PA model or review a custom direction.

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