SOURCE MANUFACTURER Five power classes · Four frequency families

RF Power Amplifiers by Output Power

Compare CorelixRF RF power amplifier modules by output power across four frequency families: 30–512 MHz, 300–1700 MHz, 300–2700 MHz and 2–6 GHz.

Compare 30W, 50W, 100W, 150W and 200W models. Start with your required power class, then confirm frequency coverage, output conditions, DC supply and cooling for the selected model.

Compare Power Options

30W–200W Power classes

4 Frequency families

20 Listed models

Model Data For review

CorelixRF RF power amplifier modules arranged by package size

Four frequency families

30W–200W model options

Confirm model specifications

Power selection

Compare RF Amplifier Models by Output Power

Select a power class to compare four frequency families. The wattage labels identify model classes; confirm rated output conditions, operating mode and model-specific performance for your signal.

CorelixRF standard RF power amplifier product families

30_W

30W RF Power Amplifier Modules

Compare 30W models against your complete operating frequency range and output requirements. Review the exact model’s supply, input drive, mechanical outline and cooling before integration.

30W class — four frequency families
Model / Details	Frequency	Catalog Pout	Supply	Size (mm)	Actions
CRF-PA-30M512M-30W Input & current Input drive: 0–8 dBm Maximum current: ≤4A	30–512 MHz	45±1 dBm	28V	125×59×21.5	Request data RFQ
CRF-PA-300M1700M-30W Input & current Input drive: 0–8 dBm Maximum current: ≤3A	300–1700 MHz	45±1 dBm	28V	125×59×21.5	Request data RFQ
CRF-PA-300M2700M-30W Input & current Input drive: 0–8 dBm Maximum current: ≤4A	300–2700 MHz	45±1 dBm	28V	125×59×21.5	Request data RFQ
CRF-PA-2G6G-30W Input & current Input drive: 0–8 dBm Maximum current: ≤4A	2–6 GHz	45±1 dBm	Confirm specification	125×59×21.5	Request data RFQ

50_W

50W RF Amplifiers

Looking for a 50W RF amplifier? Compare the available frequency families below, then confirm the selected model’s rated output conditions, DC supply, cooling and interfaces.

50W class — four frequency families
Model / Details	Frequency	Catalog Pout	Supply	Size (mm)	Actions
CRF-PA-30M512M-50W Input & current Input drive: 0–8 dBm Maximum current: ≤9A	30–512 MHz	47±1 dBm	28V	125×59×21.5	Request data RFQ
CRF-PA-300M1700M-50W Input & current Input drive: 0–8 dBm Maximum current: ≤7A	300–1700 MHz	47±1 dBm	28V	125×59×21.5	Request data RFQ
CRF-PA-300M2700M-50W Input & current Input drive: 0–8 dBm Maximum current: ≤9A	300–2700 MHz	47±1 dBm	28V	125×59×21.5	Request data RFQ
CRF-PA-2G6G-50W Input & current Input drive: Confirm specification Maximum current: ≤12A	2–6 GHz	47±1 dBm	Confirm specification	Confirm outline	Request data RFQ

100_W

100W RF Power Amplifiers

Compare 100W RF power amplifier models across the four listed frequency families. When selecting a 100 watt RF power amplifier, review the output rating, signal requirements, supply and cooling conditions for the exact model.

100W class — four frequency families
Model / Details	Frequency	Catalog Pout	Supply	Size (mm)	Actions
CRF-PA-30M512M-100W Input & current Input drive: 0–8 dBm Maximum current: ≤18A	30–512 MHz	50±1 dBm	28V	200×158×25	Request data RFQ
CRF-PA-300M1700M-100W Input & current Input drive: 0–8 dBm Maximum current: ≤14A	300–1700 MHz	50±1 dBm	28V	200×158×25	Request data RFQ
CRF-PA-300M2700M-100W Input & current Input drive: 0–8 dBm Maximum current: ≤18A	300–2700 MHz	50±1 dBm	28V	200×158×25	Request data RFQ
CRF-PA-2G6G-100W Input & current Input drive: Confirm specification Maximum current: ≤24A	2–6 GHz	50±1 dBm	Confirm specification	200×158×25	Request data RFQ

150_W

150W RF Power Amplifier Modules

Compare 150W RF power amplifier modules when your required output calls for this power class. Check the model-specific current, thermal arrangement, signal conditions and mechanical interfaces before selection.

150W class — four frequency families
Model / Details	Frequency	Catalog Pout	Supply	Size (mm)	Actions
CRF-PA-30M512M-150W Input & current Input drive: 0–8 dBm Maximum current: ≤20A	30–512 MHz	52±1 dBm	28V	200×158×25	Request data RFQ
CRF-PA-300M1700M-150W Input & current Input drive: 0–8 dBm Maximum current: ≤22A	300–1700 MHz	52±1 dBm	28V	200×158×25	Request data RFQ
CRF-PA-300M2700M-150W Input & current Input drive: 0–8 dBm Maximum current: ≤20A	300–2700 MHz	52±1 dBm	28V	200×158×25	Request data RFQ
CRF-PA-2G6G-150W Input & current Input drive: 0–8 dBm Maximum current: ≤27A	2–6 GHz	52±1 dBm	Confirm specification	200×158×25	Request data RFQ

200_W

200W RF Power Amplifier Modules

Review 200W RF power amplifier modules against your required frequency range and output conditions. Confirm input drive, available DC supply, thermal design and load conditions for the exact model.

200W class — four frequency families
Model / Details	Frequency	Catalog Pout	Supply	Size (mm)	Actions
CRF-PA-30M512M-200W Input & current Input drive: 0–8 dBm Maximum current: ≤30A	30–512 MHz	53±1 dBm	28V	200×158×25	Request data RFQ
CRF-PA-300M1700M-200W Input & current Input drive: 0–8 dBm Maximum current: ≤29A	300–1700 MHz	53±1 dBm	28V	200×158×25	Request data RFQ
CRF-PA-300M2700M-200W Input & current Input drive: 0–8 dBm Maximum current: ≤36A	300–2700 MHz	53±1 dBm	28V	200×158×25	Request data RFQ
CRF-PA-2G6G-200W Input & current Input drive: 0–8 dBm Maximum current: ≤36A	2–6 GHz	53±1 dBm	Confirm specification	200×158×25	Request data RFQ

Catalog Pout values are listed in dBm. Confirm supply, drive and outline specifications before ordering; the 2–6 GHz supply specifications require model review. Swipe the table on small screens, or open a model’s frequency-series page for more context.

Selection guide

How to Choose an RF Power Amplifier by Output Power

Use frequency and output requirements together. A higher wattage is useful only when the complete model configuration meets your system needs.

Operating frequency

Match the complete operating band to the selected model. A model covering one listed family does not cover the full combined range of all four families.

Output definition and signal

Specify your signal and required output. Confirm whether the published rating meets your operating mode and linearity requirements under the stated conditions.

Supply and thermal design

Review model-specific voltage, current and heat removal. Power class alone does not define the supply rail, cooling arrangement or allowable operating conditions.

Interfaces and installation

Check RF connectors, controls, mounting space and load conditions. Review the mechanical drawing before selecting an RF amplifier module for your enclosure.

Engineering support

Engineering Data and Manufacturing Support

Request the model datasheet, mechanical outline and relevant performance records for your project. Agree test conditions, acceptance criteria and the required documentation before an order.

Electronics assembly workstations on a production line — Assembly and production reference

Technicians working with RF measurement equipment — RF measurement and engineering review

Workshop production line overview graphic — Workshop information

RF test bench verification overview graphic — Test documentation

Export packing and documentation overview graphic — Packing and delivery documents

Share the exact model and operating conditions when requesting curves, drawings or validation records. Confirm which documents and inspections are included in the agreed project scope.

Integration conditions

RF Amplifier Integration Considerations

Use application requirements to refine model selection. The same power class can be used in different systems; wattage alone does not establish suitability or communication range.

RF test instruments connected on a laboratory bench

RF Testing and Validation

Specify the test frequency, signal, required output at the measurement point and load conditions. Review model performance with the relevant test setup.

Technician assembling an electronic circuit board

RF Signal Chain Integration

Confirm input level, RF interfaces, supply and installation space. Compare the amplifier with the other components in your signal chain.

RF measurement instruments used for amplifier evaluation

Output and Thermal Review

Provide the intended operating conditions and cooling arrangement. Confirm the selected model’s output and thermal suitability before installation.

Continue by frequency

Explore RF Amplifiers by Frequency Range

Each series page groups the five power classes within one frequency range. Compare the model details for the range that covers your complete requirement.

30–512 MHz RF Amplifier Modules 300–1700 MHz RF Amplifier Modules 300–2700 MHz RF Amplifier Modules 2–6 GHz RF Amplifier Modules

Related RF chain components: SDR signal sources · Antenna platforms · Custom RF solutions

Questions before selection

RF Amplifier Power Selection FAQ

Answers to common questions about power classes, model specifications and quotations.

How do I choose between a 50W and 100W RF amplifier?

Compare your required output and full frequency range first, then check signal conditions, supply, cooling and interfaces. A 100W RF amplifier is not automatically a better fit than a 50W model. Use the exact model specifications and system requirements to decide.

Is a 100W rating the same as 100W linear output?

Not necessarily. The stated power rating must be read with its output definition and test conditions. For a 100W RF power amplifier, specify your signal, required linearity and operating mode, then request the corresponding confirmed performance data.

Are all four frequency families listed at each power level?

The standard catalog lists 30W, 50W, 100W, 150W and 200W model classes in each of the four frequency families shown here. These are separate models. Confirm the exact configuration, specifications and availability when requesting a quotation.

What supply and cooling conditions should I confirm?

Confirm the selected model’s supply voltage, maximum current, mounting arrangement, airflow and ambient conditions. Avoid applying one model’s electrical limits to another. Request confirmed supply and integration data for the 2–6 GHz models before designing the power system.

What affects RF power amplifier price?

RF power amplifier price depends on the selected model, configuration, quantity and agreed documentation or validation requirements. Send your full frequency range, output requirement, operating conditions and integration needs so the quotation can address the appropriate configuration.

What information is needed for a model recommendation?

Provide frequency range, required output, input signal, operating mode, available supply, cooling, RF and control interfaces, installation space and quantity. Include a preferred model if available. Attach relevant system information when requesting technical review.

Engineering review

Request an RF Amplifier Recommendation or Quote

Share your operating frequency range, required output power, signal and operating conditions, available supply, cooling arrangement and quantity. CorelixRF can review the closest listed model or a project-specific configuration.