Factory-Direct VHF/UHF RF Power Amplifier Manufacturer
30–512 MHzRF Power Amplifiers
Factory-direct 30W to 200W VHF/UHF RF power amplifier modules for OEM integration, laboratory evaluation, and custom broadband projects.
- 30–512 MHz broadband coverage
- 30W / 50W / 100W / 150W / 200W standard models
- 28 VDC native architecture
- Air cooling design
- Unit-level RF validation available
- OEM / custom sub-band review supported
Who This Is For
Who This 30–512 MHz Series Is For
This page is built for technical buyers who need a broadband VHF/UHF amplifier platform with clearer integration visibility before quotation and before deployment.
01 // OEM INTEGRATORS
OEM System Integrators
For teams integrating RF power stages into mobile, industrial, or vehicle-based platforms where supply planning, thermal path, and mechanical fit must be reviewed early.
02 // RF LABORATORIES
RF Laboratories & Test Teams
For engineers who need broadband output capability, repeatable unit-level data, and practical amplifier platforms for bench validation and subsystem evaluation.
03 // DEFENSE & INDUSTRIAL
Defense & Industrial Development
For projects requiring VHF/UHF amplifier modules with stable architecture, documented validation support, and a direct manufacturer communication path.
04 // STANDARD VS CUSTOM
Buyers Comparing Standard vs Custom
For customers deciding whether a standard 30W / 50W / 100W / 150W / 200W platform is sufficient or whether a narrower custom band is the better fit for the application.
Why CorelixRF
Why CorelixRF for 30–512 MHz VHF/UHF Projects
Choosing a VHF/UHF broadband amplifier is not only about power output. It is also about whether the supplier can support integration, thermal planning, documentation, and customization before you commit.
RF Engineering & Bench Verification — CorelixRF
01 // DIRECT
Factory-Direct Technical Communication
You communicate directly with the team involved in product review, validation, and production — reducing delays between requirement discussion and quotation.
02 // ARCHITECTURE
28 VDC Platform for Practical Integration
This series is based on a 28 VDC architecture commonly used in industrial and mobile platforms, helping simplify system-side power planning without conversion stages.
03 // VALIDATION
Unit-Level RF Validation Support
Model-based RF verification data and sample documentation formats can be provided to reduce procurement uncertainty and support internal technical review.
04 // CUSTOM
Custom Band & Integration Review
Where a full wideband amplifier is not the best fit, CorelixRF can review sub-band optimization, connector adjustments, and project-specific integration requirements before commitment.
Integration Risk Reduction
Common Procurement Risks in Wideband VHF/UHF Amplifier Projects
Many amplifier procurement problems appear after delivery, not during quotation. The real risks usually come from unclear operating conditions, incomplete documentation, and insufficient integration review.
WHAT TYPICALLY GOES WRONG
- Output power is quoted without clearly defining CW or pulse operation
- Current consumption is not disclosed clearly at full output load
- Thermal requirements are not explained before system integration begins
- Mechanical drawings are unavailable until after order confirmation
- "Wideband" performance is claimed without usable validation detail
- The supplier cannot review system-side constraints before quotation
HOW CORELIXRF ADDRESSES THEM
- CW operating reference is defined for sustained-use review and planning
- Maximum current figures are provided to support PSU sizing
- Air-cooled structure with clear thermal guidance for chassis integration
- Mechanical drawing support can be requested during technical review
- Validation information is available based on model scope and project stage
- Factory-direct engineering communication reduces integration mismatch before order
Model Selection
30–512 MHz Standard Model Selection Guide
Compare standard output classes before requesting engineering review or datasheet access. Final selection should be confirmed against operation mode, cooling method, and supply conditions.
Standard Platform Reference
Choose a standard power class first, then confirm integration details with CorelixRF.
The table below keeps the buying path simple: request a quotation for engineering confirmation, or open the datasheet access popup before entering the datasheet library. This keeps technical documents connected to real project demand instead of uncontrolled downloads.
Data Sheet opens a short access form first, then redirects to /datasheet-library/ after successful CF7 submission.
Swipe left to compare all model parameters on mobile.
| Model | Frequency Range | Output Power | Gain (Typ) | Max Current | Supply | Dimensions | Connector | Typical Use | Action |
|---|---|---|---|---|---|---|---|---|---|
| CRF-PA-30M512M-30W | 30–512 MHz | 30W CW | 45 dB (44–46) | ≤4 A | 28 VDC | 125×59×21.5 mm | SMA-F / N-F | Compact lab evaluation and lower-power VHF/UHF integration | |
| CRF-PA-30M512M-50W | 30–512 MHz | 50W CW | 47 dB (46–48) | ≤9 A | 28 VDC | 125×59×21.5 mm | SMA-F / N-F | Entry wideband deployment with moderate current budget | |
| CRF-PA-30M512M-100W | 30–512 MHz | 100W CW | 50 dB (49–51) | ≤18 A | 28 VDC | 200×158×25 mm | SMA-F / N-F | Balanced standard platform for most integration projects | |
| CRF-PA-30M512M-150W | 30–512 MHz | 150W CW | 52 dB (51–53) | ≤20 A | 28 VDC | 200×158×25 mm | SMA-F / N-F | High-power stage for demanding VHF/UHF system integration | |
| CRF-PA-30M512M-200W | 30–512 MHz | 200W CW | 53 dB (52–54) | ≤30 A | 28 VDC | 200×158×25 mm | SMA-F / N-F | High-power broadband transmit chain and demanding field deployment | |
| CUSTOM OEM | Sub-band / Define | Define Watts | Optimized | TBD | 28 VDC | Custom Config | Connector / interface can be reviewed | Sub-band optimization, improved flatness, or project-specific configuration | Request Custom Review |
Selection Note
Published values are standard model reference figures and should be confirmed against actual RF chain conditions.
Datasheet Access
Standard model Data Sheet buttons open the CF7 access popup first, then redirect to the datasheet library after submission. Custom OEM uses the original RFQ popup.
Engineering Review
For custom bands, cooling constraints, or special integration, request a factory engineering review before selection.
Final selection should be confirmed against operation mode, supply budget, thermal conditions, and project-specific frequency requirements.
Customization
Need a Custom Band Instead of Full 30–512 MHz Coverage?
Not every project benefits from the widest possible frequency range. In many applications, a narrower custom band may provide a better balance of gain flatness, efficiency, thermal behavior, or integration suitability.
Sub-Band Optimization
If your real operating band is narrower than 30–512 MHz, we can review whether a defined sub-band is more appropriate for your application.
Power Class Adjustment
Where standard 30W / 50W / 100W / 150W / 200W models do not match, custom output targets can be discussed during engineering intake.
Interface & Connector Review
RF connectors, control interface details, and project-specific mechanical requirements can be reviewed during the technical intake stage.
OEM Project Support
For customers building their own RF subsystem, CorelixRF can support early-stage review for standard-based customization or project-specific adaptation.
OEM Integration Reference — CorelixRF
28 VDC Integration Reference
The native 28 VDC platform simplifies integration into industrial and vehicle-side power systems where additional conversion stages are not preferred.
Air Cooling Design
All models in this series use air cooling. For sustained high-power operation, adequate airflow over the module housing should be confirmed during system integration planning.
Current & Power Planning
Different output classes have very different current requirements. PSU headroom and cable planning should be confirmed during model selection review.
Drawing & Layout Review
Mechanical drawings and interface references can be requested during technical evaluation to support chassis design and layout planning before commitment.
System Integration
Mechanical and Thermal Integration Reference
In VHF/UHF amplifier projects, thermal management and mounting method are important considerations alongside RF output. All models use air cooling — adequate airflow must be ensured in the installation environment.
For continuous-duty or higher-power use, customers should share their enclosure airflow conditions and mounting details during engineering review.
Air Cooling Integration — CorelixRF
Use Cases
Typical Application Scenarios
This amplifier series is used where broadband VHF/UHF coverage is needed without adding unnecessary switching complexity across multiple narrowband stages.
01 // TESTING
VHF/UHF Communication System Testing
For broadband system validation, bench testing, and RF chain evaluation where repeatable output and documented reference matter. Stable gain consistency across 30–512 MHz.
Lab validation — frequency-agile bench setups02 // OEM
OEM RF Subsystem Integration
A practical wideband power stage for projects using 28 VDC architecture and air cooling in industrial and mobile platforms.
Vehicle-mounted — industrial — embedded RF03 // LABORATORY
Laboratory RF Evaluation & Development
For engineering teams comparing antennas, subsystems, and front-end performance in controlled test environments where repeatable per-unit data improves documentation quality.
EMC pre-compliance — antenna evaluation04 // TRANSMIT CHAIN
Custom Broadband Transmit Chains
Serves as the high-power stage in broadband transmit-side development where a single wideband architecture reduces switching complexity. Low harmonic output.
Broadband transmit chain — RF power stages
Lab / Test Bench Evaluation Environment
OEM Integration / System Enclosure Environment
Manufacturing Evidence
Manufacturing and Validation Evidence
For engineering-led procurement, buyers need more than a generic product description. They need confidence that the supplier can validate, document, and deliver consistently.
Data Support
Documentation and Technical Support Available on Request
Technical review often starts with documentation. CorelixRF can provide model-based document packages according to project stage and requirement scope.
Technical Documentation Package — CorelixRF
Documentation packages include model-specific datasheets, unit-level test report formats, mechanical reference drawings, and validation scope information — available on request.
FAQ
30–512 MHz RF Power Amplifier FAQ
Technical Questions
CW power refers to continuous output under sustained operating conditions, while pulse power refers to short-duration output under defined duty-cycle conditions. For procurement and integration review, always confirm whether quoted output is CW or pulse — the same watt figure means very different things depending on operation mode.
Yes. If your real operating range is narrower than the full 30–512 MHz span, CorelixRF can review whether a defined sub-band design is more suitable for gain flatness, efficiency, or thermal performance requirements.
The standard platform is based on 28 VDC architecture, commonly used in industrial, vehicle-mounted, and RF subsystem environments. This avoids the need for additional conversion stages in most target applications.
That depends on output level, duty cycle, thermal interface, and installation condition. CW-rated models are defined for sustained operation under proper thermal interface. Share your cooling setup and duty cycle during engineering review for a direct technical assessment.
Hardware-level sensors monitor reflected power. If VSWR exceeds safe levels, drive power is automatically reduced to prevent device damage. Specific protection behavior can be reviewed during engineering intake.
Procurement Questions
Yes. Unit-level RF validation support and sample report format information can be provided according to model scope and project requirements. Request this during the RFQ stage so scope and format can be confirmed early.
Yes. A sample report format can be shared during the RFQ stage so your team can review the data structure and acceptance logic before committing to procurement.
Please provide your target frequency range, required output power, CW or pulse operation, available supply voltage, cooling condition, quantity, and expected delivery timeline. This allows us to give a relevant technical response.
Yes. Mechanical and layout reference materials can be reviewed during the technical discussion stage to support chassis design and integration planning before any order commitment.
Yes. Sample evaluation can be discussed during engineering review based on model availability, validation scope, and project stage. Please indicate your sample requirement in the intake form.
Yes. CorelixRF supports standard-based customization and project-specific technical review for suitable applications. Feasibility feedback is available before any commitment or quotation.
CTA Inquiry Path
Send Your Requirement Through the Engineering Popup
The final inquiry area now uses CTA buttons instead of an embedded form. Customers can open your existing CorelixRF RFQ popup for engineering review, or request datasheet access through the short CF7 datasheet popup.
01 // RF REQUIREMENT
Frequency & Power Target
Share full 30–512 MHz coverage or your required sub-band, plus CW / pulse output power target.
02 // INTEGRATION
Supply, Cooling & Space
Tell us your 28 VDC supply condition, cooling method, mounting space, and connector preference.
03 // PROCUREMENT
Quantity & Timeline
Sample evaluation, batch demand, target delivery window, and required documentation can be reviewed together.
04 // FACTORY RESPONSE
Standard or Custom Path
CorelixRF will recommend a standard model or review a custom OEM configuration based on your project constraints.
Request Engineering Review opens your original footer RFQ popup. Data Sheet opens the CF7 datasheet access popup first, then redirects to /datasheet-library/ after successful submission.