Enhance your ADS-B reception with this High Gain RF LNA Amplifier Module, expertly designed to deliver superior signal amplification and noise reduction for optimal performance. Crafted with robust PCB material, this amplifier module features a professional dual low noise amplifier stage and dual filter structure, ensuring high gain and excellent out-of-band signal rejection. Operating precisely at 1090MHz, it is ideal for RF amplification in ADS-B receiver front ends, providing a low noise, large dynamic range for improved signal clarity and reliability. Key Features: · Professional Design: Incorporates two low noise amplifier stages combined with dual dedicated filters to optimize signal amplification and noise suppression. · High Amplification Gain: Offers a powerful +38dB gain that significantly boosts weak signals, enhancing overall receiver sensitivity. · Excellent Out-of-Band Rejection: Effectively suppresses unwanted signals with rejection ratings of ‑75dB at ±50MHz and ‑55dB at ±1GHz, improving signal-to-noise ratio. · Large Dynamic Range: Specially engineered for front-end RF amplification, this module handles a wide range of signal strengths while maintaining low noise levels. · Durable PCB Construction: Built with rugged PCB material, ensuring long service life and resistance to physical damage for reliable performance. · Wide Operating Voltage: Supports DC input voltage range from 3.3V to 5.0V, compatible with various ADS-B receiver configurations. Specifications: · Item Type: High Gain RF LNA Amplifier Module · Material: PCB · Operating Frequency: 1090MHz (Optimized for ADS-B Reception) · Operating Voltage: DC 3.3-5.0V · Amplification Gain: +38dB · Out Of Band Rejection: ‑75dB at ±50MHz, ‑55dB at ±1GHz Package Includes: · 1 x High Gain RF LNA Amplifier Module This High Gain RF LNA Amplifier Module is an essential component for enhancing ADS-B receiver performance, delivering clear, strong signals with minimized interference. Its durable construction, high gain, and advanced filtering capabilities ensure reliable operation in demanding communication environments.