0.7–2.7 GHz Wideband RF Power Amplifiers

2026-05-26


We are pleased to introduce three high-performance 0.7–2.7 GHz solid-state RF power amplifiers — AVBR0727H47, AVBR0727H50, and AVBR0727H51. Built on advanced GaN technology, these amplifiers deliver an excellent balance of efficiency, linearity, output power, and long-term reliability, making them ideal for broadband communication, radar, and RF test & measurement applications.

We are pleased to introduce three high-performance 0.7–2.7 GHz solid-state RF power amplifiers — AVBR0727H47AVBR0727H50, and AVBR0727H51.

Built on advanced GaN technology, these amplifiers deliver an excellent balance of efficiency, linearity, output power, and long-term reliability, making them ideal for broadband communication, radar, and RF test & measurement applications.

 

AVBR0727H47

Key Advantages

  • High efficiency (typically around 31%), helping reduce power consumption and thermal management requirements 
  • Compact size and lightweight design for portable and space-constrained systems 
  • Low power consumption helps simplify power supply design and reduce overall system cost 
  • Supports CW, pulse, and linear modulation signals 

Recommended Applications

  • UAV and vehicle-mounted RF systems 
  • General RF test & measurement equipment 
  • Linear modulation applications with strict size and power constraints 

 

AVBR0727H50

Key Advantages

  • Stable 100W high-power output for medium-to-high power transmission requirements 
  • N-type RF connector design with strong VSWR tolerance for enhanced long-term reliability 
  • Optimized balance between output performance, efficiency, and cost 
  • Well suited for CW and pulse signal amplification 

Recommended Applications

  • Radar & Pulsed RF Systems
  • Wireless communication systems  
  • Broadcast & Coverage Systems

 

AVBR0727H51

Key Advantages

  • Up to 120W output power for demanding high-power RF applications 
  • Excellent linearity with OIP3 up to 54dBm, minimizing signal distortion for complex modulation formats 
  • Designed for stable long-term full-power operation 
  • Ideal for high-performance broadband and digitally modulated systems 

Recommended Applications

  • Next-Generation Communication Systems
  • Radar & Phased Array Systems
  • Satellite & RF Test Systems 

 

Selection Guide

  • Looking for low power consumption, compact size, and cost-effective integration? → Choose AVBR0727H47 
  • Need stable high-power performance with proven reliability? → Choose AVBR0727H50 
  • Require maximum output power, outstanding linearity, and ultra-low distortion? → Choose AVBR0727H51 

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