300-2700MHz 100W Broadband GaN RF Power Amplifier Module
The 300-2700MHz 100W Broadband GaN RF Power Amplifier Module is a professional broadband solid-state RF power amplifier designed to deliver stable high-power output across the complete 300-2700 MHz operating band. It combines high gain, efficient thermal transfer and practical control interfaces in a compact aluminum module for integration into demanding radio-frequency systems.
Unlike narrowband amplifiers that require separate hardware for every channel, this wideband PA provides flexible frequency coverage from one module. It is suitable for multi-band drone jammers, public-safety RF systems, laboratory broadband transmitters, communications testing and integrated counter-UAS platforms. The 50-ohm RF path supports integration with standard signal generators, exciters, filters, combiners, antennas and monitoring equipment.
Key Advantages
- Wide frequency coverage: continuous operation across 300-2700 MHz.
- High RF output: 100 W (49-50.5 dBm) for reliable link-budget and countermeasure performance.
- High gain: 48.5 dB typical, reducing driver-stage requirements.
- Stable response: ±1.5 dB for consistent power across the band.
- Industrial DC supply: 28-32 V DC with current consumption of 8-11 A at >80 W output.
- Thermal reliability: aluminum housing transfers heat to an external heatsink or forced-air cooling plate.
- System protection: Over-current, over-temperature and status output; ~100°C cutoff.
- Standard RF connection: SMA female input / N female output.
Technical Specifications
| Parameter | Specification |
|---|---|
| Frequency Range | 300-2700 MHz |
| RF Output Power | 100 W (49-50.5 dBm) |
| Power Gain | 48.5 dB typical |
| Gain Flatness | ±1.5 dB |
| RF Input Power | 0-10 dBm, maximum 10 dBm |
| Supply Voltage | 28-32 V DC |
| Operating Current | 8-11 A at >80 W output |
| RF Connectors | SMA female input / N female output |
| Dimensions / Housing | High-efficiency aluminum heatsink housing |
| Weight | Application-dependent enclosure |
| Operating Temperature | Industrial operating range |
| Protection / Control | Over-current, over-temperature and status output; ~100°C cutoff |
| System Impedance | 50 Ω |
Engineering and Integration
For optimum output power, mount the amplifier on a flat thermal surface with suitable heatsink capacity and forced-air cooling when required. Use a regulated low-ripple DC supply with adequate current margin. All RF ports should remain connected to properly matched 50-ohm components. The antenna, load, attenuator or combiner must be rated for the specified output power. Avoid operation without a load and keep input drive within the stated range.
The module can be integrated as the final RF stage after a frequency source, synthesizer or low-power driver. Optional filtering can be added at the output to meet system spectral requirements. Multiple modules may be installed in a multi-band platform, allowing independent control of different frequency ranges. Its compact format supports fixed stations, vehicle-mounted equipment, portable test systems and custom OEM assemblies.
Typical Applications
- Anti-drone and counter-UAS RF transmitters
- Electronic countermeasure and spectrum-control systems
- Broadband laboratory signal amplification
- Radar, telemetry and microwave test equipment
- Wireless communication research platforms
- OEM high-power transmitter integration
Ordering and Customization
Frequency range, gain, output power, connectors, supply interface, control logic and mechanical configuration can be adapted for OEM projects. Contact us with the required band, continuous-wave or pulsed duty cycle, input level, cooling condition and connector preference. Each module is tested for RF output, gain stability and electrical performance before shipment.
Contact
WhatsApp: +86 13260128857
Telegram: @uaboron
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