Standard platform route
Identify a standard family and model reference.
View standard platformsCorelixRF · RF Amplifier Selection
RF Power Amplifiers
Compare RF power amplifier modules by frequency and output power, or explore microwave, millimeter-wave, pulsed and EMC amplifier options.
Standard Modules
4 Frequency Families
30 / 50 / 100 / 150 / 200 W
Microwave
6–18 / 18–40 GHz
Confirm model specifications
mmWave
Frequency Window
RF interface and output
Pulsed / EMC
Application Requirements
Specify operating conditions
Custom
RF · Thermal · Mechanical
Configuration review
Test Review
Acceptance Criteria
Define required test data
Final output power, gain, linearity, connector path and thermal structure depend on frequency range, bandwidth, duty cycle, cooling method, operating environment and project configuration.
Amplifier Selection Path
Choose an RF Amplifier for Your Requirements
Choose a frequency family, compare output power, or review application-specific requirements.
STANDARD MODULES
01 // STANDARD MODULES
Standard RF Amplifier Modules
Compare four frequency families with 30, 50, 100, 150 and 200 W models.
View Module Families
SELECTION HELP
02 // SELECTION HELP
Frequency and Power Selection
Use the full operating band and output power to narrow your selection.
Browse UHF Amplifiers Browse by Output Power
MICROWAVE
03 // MICROWAVE
Microwave RF Power Amplifiers
Review microwave options by frequency window, output target and integration conditions.
Explore Microwave Amplifiers
mmWAVE
04 // MILLIMETER-WAVE
Millimeter-Wave RF Amplifiers
Review the millimeter-wave frequency window, output requirement and RF interface.
View mmWave Capability
PROJECT-BASED
05 // PULSED · EMC · CUSTOM
Pulsed, EMC and Custom Requirements
Define pulse, EMC test or integration requirements for configuration review.
Explore Application Paths Request ReviewStandard Amplifier Modules
Standard RF Power Amplifier Modules
Compare four separate RF amplifier module families, each with 30, 50, 100, 150 and 200 W models. Choose a family covering your full operating band, then review the exact model.
Compare by frequency and output power. The four ranges represent separate product families; they do not describe a single amplifier covering 30 MHz to 6 GHz.
VHF / UHF
30–512 MHz RF Amplifier Modules
30 / 50 / 100 / 150 / 200 W
Compare five catalog models for requirements within the 30–512 MHz frequency range.
View Series
MID-BAND
300–1700 MHz RF Amplifier Modules
30 / 50 / 100 / 150 / 200 W
Compare five catalog models for requirements within the 300–1700 MHz frequency range.
View Series
EXTENDED MID
300–2700 MHz RF Amplifier Modules
30 / 50 / 100 / 150 / 200 W
Compare five catalog models for requirements within the 300–2700 MHz frequency range.
View Series
2–6 GHz
2–6 GHz RF Amplifier Modules
30 / 50 / 100 / 150 / 200 W
Compare five catalog models for requirements within the 2–6 GHz frequency range.
View SeriesCW or pulsed operation, linear output capability, RF interfaces and cooling requirements must be confirmed for the selected model.
Compare Standard Models
Standard RF Amplifier Product Matrix
Compare frequency families and rated output power, then follow the series link for model details.
Model conditions: Operating mode must be confirmed for the selected configuration. Gain ranges are shown where listed in the catalog; request model-specific data for other entries.
Swipe to compare model specifications.
20 Standard Models — Filter by Band
| Model | Frequency | Output Power | Gain (Catalog) | Operating Mode | Typical Use | Details |
|---|---|---|---|---|---|---|
| CRF-PA-30M512M-30W | 30–512 MHz | 30W | Request data | Confirm | Comms · Broadband | View Series |
| CRF-PA-30M512M-50W | 30–512 MHz | 50W | Request data | Confirm | Comms · Broadband | View Series |
| CRF-PA-30M512M-100W | 30–512 MHz | 100W | Request data | Confirm | RF Testing | View Series |
| CRF-PA-30M512M-150W | 30–512 MHz | 150W | Request data | Confirm | RF Testing | View Series |
| CRF-PA-30M512M-200W | 30–512 MHz | 200W | Request data | Confirm | RF Testing · EMC | View Series |
| CRF-PA-300M1700M-30W | 300–1700 MHz | 30W | Request data | Confirm | UAV · Multi-Band | View Series |
| CRF-PA-300M1700M-50W | 300–1700 MHz | 50W | Request data | Confirm | UAV · Multi-Band | View Series |
| CRF-PA-300M1700M-100W | 300–1700 MHz | 100W | Request data | Confirm | UAV · Comms | View Series |
| CRF-PA-300M1700M-150W | 300–1700 MHz | 150W | Request data | Confirm | Lab / System Integration | View Series |
| CRF-PA-300M1700M-200W | 300–1700 MHz | 200W | Request data | Confirm | System Integration | View Series |
| CRF-PA-300M2700M-30W | 300–2700 MHz | 30W | Request data | Confirm | Wideband Test | View Series |
| CRF-PA-300M2700M-50W | 300–2700 MHz | 50W | Request data | Confirm | Wideband Test | View Series |
| CRF-PA-300M2700M-100W | 300–2700 MHz | 100W | Request data | Confirm | Multi-Band | View Series |
| CRF-PA-300M2700M-150W | 300–2700 MHz | 150W | Request data | Confirm | Multi-Band | View Series |
| CRF-PA-300M2700M-200W | 300–2700 MHz | 200W | Request data | Confirm | OEM Integration | View Series |
| CRF-PA-2G6G-30W | 2–6 GHz | 30W | 36–46 dB | Confirm | Microwave RF Test | View Series |
| CRF-PA-2G6G-50W | 2–6 GHz | 50W | 40–58 dB | Confirm | Microwave RF Test | View Series |
| CRF-PA-2G6G-100W | 2–6 GHz | 100W | 41–51 dB | Confirm | Front-End Evaluation | View Series |
| CRF-PA-2G6G-150W | 2–6 GHz | 150W | 43–58 dB | Confirm | Front-End Evaluation | View Series |
| CRF-PA-2G6G-200W | 2–6 GHz | 200W | 44–54 dB | Confirm | System Integration | View Series |
No standard model matches this filter. Request a project-based solution →
20 catalog models · Confirm operating mode and model-specific test conditions
Microwave & Millimeter-Wave Platforms
Microwave & Millimeter-Wave RF Power Amplifiers
Review microwave and millimeter-wave options by frequency window, output power, operating mode, RF interface and thermal conditions.
6–18 GHz RF Amplifiers
Review your operating band, output target and integration requirements for a 6–18 GHz microwave amplifier configuration.
18–40 GHz RF Amplifiers
Specify the required frequency window within 18–40 GHz and the output conditions for configuration review.
Millimeter-Wave RF Amplifiers
Discuss the millimeter-wave frequency window, RF interface and available thermal arrangement for your application.
Other Amplifier Paths
Pulsed, EMC and High-Power RF Amplifier Requirements
Review pulsed, EMC and high-power options against your signal, output and application conditions.
Pulsed RF Power Amplifiers
Specify operating frequency, peak output power, pulse width, repetition rate and duty cycle. Average power and thermal conditions also affect pulsed amplifier selection.
View Pulsed Amplifier Path
RF Amplifiers for EMC Testing
Describe the test frequency range, required output, modulation and load conditions. Include the applicable test standard and setup for an application-specific review.
View EMC Amplifier Path
High-Power RF Amplifier Requirements
State the frequency coverage, output power definition and operating conditions. Amplifier format depends on the application, cooling arrangement and installation constraints.
Browse by Output PowerProduct Scope & Selection
Catalog Amplifier Scope
Catalog options span standard modules, microwave, millimeter-wave, EMC and pulsed solid-state amplifiers.
Catalog ranges describe different product families and configurations. Confirm the specifications and acceptance conditions for the selected product.
20
Standard Models
Catalog model references for comparison
4
Standard Families
Separate operating frequency ranges
30–200 W
Module Power Options
Five listed output power classes
23 kW
Pulse Product Line
Catalog overview: up to 23 kW peak; configuration-specific
Use the selected model and full operating conditions to guide configuration review.
Test Platform
Spectrum Measurement
Thermal Validation
System Integration
// Catalog Product Directions
30–200 W
Four frequency families
6–18 GHz
Specify the operating band
18–40 GHz
Specify the frequency window
mmWave
Frequency and interface review
Pulse Output
Peak power, pulse width and duty cycle
Manufacturing Capability
Manufacturing and Test Review
Catalog-listed validation covers RF performance, protection, thermal stability and interfaces. Agree model-specific test conditions and required acceptance records.
01 // RF TEST
Gain & Band Coverage
Confirm model-specific frequency points and input conditions for gain response and flatness testing.
02 // POWER
Output Power Verification
Define the model power rating, frequency points and thermal conditions for output power verification.
03 // SPECTRUM
Harmonic / Spurious Review
Review harmonic and spurious behavior under agreed signal and operating conditions.
04 // MATCHING
VSWR / Load Review
Confirm applicable load and interface conditions for factory VSWR and protection checks.
05 // THERMAL
Thermal & Burn-In Review
Specify cooling, duty cycle and test duration for thermal stability review.
06 // RECORD
Final Test Record
Agree model-specific performance records, acceptance notes and interface documentation.
Production Floor
Micro-Assembly
RF Test Lab
Quality Validation
ISO 9001 Certified
GJB 9001C Military Standard
Factory Direct · No Middlemen
In-House RF Engineering Review
Custom & Project-Based RF Amplifier Inquiry
Custom RF Amplifier Engineering Options
Specify electrical, mechanical and control requirements for integration review. Available options depend on the selected product or project configuration.
01 //
Operating Frequency Range
Specify the full operating band, including fixed-band or multi-band requirements.
02 //
Required Output Power
Define rated, linear or peak output, frequency coverage and thermal conditions.
03 //
Operating and Test Conditions
Include pulse width, duty cycle and repetition rate for pulsed operation, or the test standard and load conditions for EMC.
04 //
Mechanical & Interface Adaptation
Describe RF connections, dimensions, DC supply, cooling and monitoring or control requirements.
05 //
OEM / ODM Project Support
Share specifications or drawings for feasibility review and module-to-system integration planning.
Include electrical, mechanical, thermal and acceptance requirements with your inquiry.
Project Engineering Review
Factory Direct
Frequently Asked Questions
Frequently Asked Questions
Answers to common questions about RF amplifier selection, operating conditions, model specifications and quotations.
Start with the full operating frequency range and the required output power. Then specify the input signal, gain or drive requirement, operating mode, linearity, supply and cooling conditions. Select the relevant frequency family and review the exact model specifications before choosing a configuration.
The CorelixRF catalog lists four standard module families: 30–512 MHz, 300–1700 MHz, 300–2700 MHz and 2–6 GHz. Each family includes 30, 50, 100, 150 and 200 W models. These are separate families; the specifications and operating conditions must be checked for the selected model.
Choose according to the signal and operating conditions. For continuous operation, specify the required continuous output and thermal conditions. For pulsed operation, provide peak power, pulse width, repetition rate and duty cycle. A listed output power alone does not establish that a model supports your required operating mode.
Describe the signal type, bandwidth, required linear output and acceptable distortion. Include relevant P1dB, IMD or EVM requirements where they apply. A catalog power rating alone does not establish linear performance, so confirm the requirement for the selected amplifier and test conditions.
RF amplifier price depends on frequency coverage, output power, operating mode, linearity, quantity and the required configuration. Mechanical design, control functions and testing or documentation requirements may also affect the quotation. Send your specifications or a model reference to request pricing for a defined configuration.
Share the required electrical interfaces, supply, control functions, dimensions and cooling arrangement. The available changes depend on the selected amplifier and the scope of the project. Send a specification or drawing so the integration requirements can be reviewed.
// READY TO INQUIRE
Not Sure Which Path Fits Your Project?
Use the preparation checklist below to organize your requirements for selection review.
// Next steps
- Choose a model or product family.
- Review the operating conditions.
- Request selection support.
Include your specifications for engineering review
Submit RF Inquiry
RF POWER AMPLIFIER BUYER PATH
Before You Request a Quote
Prepare your full frequency range, required output power (rated, linear or peak), operating mode, supply and cooling conditions, quantity and model reference if available. For pulsed operation, include pulse width, repetition rate and duty cycle; add integration, test and documentation requirements where applicable.
Factory test evidence
Review test documentation, FAT scope and delivery records.
Testing documentationRFQ readiness
Use the detailed checklist to prepare your specification.
Use RFQ checklistRF Amplifier Inquiry
Request RF Amplifier Selection or a Quote
Include a model reference or attach your specification for selection and quotation review.
Standard Modules Frequency range, output power, model reference and quantity.
Pulse / EMC / Custom Operating mode, duty cycle, application and integration requirements.
Include frequency, power, operating conditions and quantity
ISO 9001 · GJB 9001C Certified
Factory Direct · In-House Engineering
NDA Available on Request
RF Amplifier Inquiry Form