Our engineering team specializes exclusively in the design and manufacture of a comprehensive range of standalone, linear FM power amplifiers. With over two decades of specialized broadcast industry experience, we deliver solutions engineered for maximum reliability and high-power boost, meeting the stringent demands of complex, specialized broadcast infrastructure. Our commitment to quality-controlled manufacturing ensures superior Trustworthiness and predictable, long-term performance essential for critical broadcasting operations.
We provide scalable, reliable, high-density RF power solutions that optimize the final stage of your transmission system, directly translating to maximum effective radiated power (EIRP) and expanding your coverage area.
Aareff's FM amplifiers are engineered for high efficiency and scalability, utilizing modern LDMOS technology (e.g., Ampleon BLP5LA55S)
View Detailed Technical Specifications for all our standalone professional FM amplifiers and identify the perfect power match for your specific transmitter application.
Our amplifier series is engineered for seamless specialized integration and reliable multi-kilowatt power achievement. We offer robust units from 10W up to 1kW, with our 1kW model designed specifically for stacking and combining to reach multi-kilowatt power levels economically.
• RF Architecture: Advanced linear amplification designed for spectral purity and efficiency.
• Power Range: They offer a comprehensive line of FM Broadcast Amplifiers, with standalone units ranging from 10W up to 1kW (kilowatt)
• Application Versatility: Engineered for seamless integration with virtually any standard FM broadcast transmitter requirement.
• Modular Design: Our 1kW model is specifically designed for stacking and combining to economically achieve multi-kilowatt power levels (e.g., 2kW, 5kW, 10kW) with minimal system complexity.
• Universal Power: Their AC versions are globally compatible, supporting 90 to 260V AC operation, with many models up to 250W also available in 12V or 48V DC for mobile or solar/remote sites.
• High Spectral Purity: Technical specifications consistently show very low noise, with Spurious Emissions less than 75dB relative to the carrier, vital for legal and clean broadcast signals.
• Robustness: They are engineered for high VSWR Resilience, often rated to withstand severe load mismatches (e.g., 65:1) by automatically folding back power to prevent damage, ensuring maximum uptime.