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Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis in Kuwait Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis in Kuwait Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis in Kuwait Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis in Kuwait Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis in Kuwait Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis in Kuwait Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis in Kuwait Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis in Kuwait Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis in Kuwait

Haofy RF Low Noise Amplifier 10dB Gain 4.5dB Noise Figure 10MHz-6GHz Wideband SMA Female for SDR Ham Radio Testing, Portable Field Deployments Lab Spectrum Analysis

KWD 8

Brand
Haofy
1 +

Special Features

  • [10dB Low Noise Signal Boost] Enhances weak RF signals with 10dB gain, 4.5dB noise figure, ideal for SDR dongle receiving distant ham radio transmissions and improving sensitivity in lab spectrum analyzer measurements. Suitable for testing and signal conditioning in field tests.
  • [Wide Frequency Coverage 10MHz-6GHz] Operates from 10MHz to 6GHz, covering HF, VHF, UHF, and WiFi 5.8GHz bands. Ideal for cellular signal conditioning in field tests and broadband preamplification for scanner listening. Suitable for home and office use.
  • [Compact CNC Aluminum Build] Measures only 46x30x12mm with SMA female ports for inline integration. Great for drone telemetry relay setups and portable RF test kits where space is limited. Suitable for outdoor and professional environments.
  • [Type-C 5V Powered with Indicator] Runs on standard 5V via Type-C port, drawing only 50mA. Features power LED for instant status check in dark equipment racks or outdoor portable field deployments. Suitable for remote and mobile operations.
  • [Plug and Play for Multiple Systems] Works with SDR receivers, ham transceivers, and RF measurement gear. Simplifies setup by eliminating complex biasing circuits for RTL-SDR upgrades and line preamplification in fading signal environments. Suitable for hobbyists and professionals.

Description

This RF Low Noise Amplifier provides a precise 10dB gain and maintains a 4.5dB noise figure across a broad 10MHz to 6GHz frequency range, ensuring reliable signal amplification for diverse radio applications. Equipped with an SMA female connector, it integrates smoothly with standard coaxial cables and devices, supporting seamless setup in various operational environments without additional adapters. The wideband design enables consistent performance from low-frequency monitoring to high-frequency spectrum tasks, making it a practical component for technical workflows requiring accurate signal enhancement.

Engineered specifically for Software Defined Radio (SDR) systems, this amplifier facilitates Ham radio testing by improving weak signal reception during field evaluations. It supports portable field deployments where compact size and durability are essential for on-site measurements, such as remote site surveys or mobile communication checks. Additionally, it serves lab spectrum analysis needs, delivering stable amplification for precise frequency scanning and signal diagnostics in controlled settings. Ideal for RF engineers, amateur radio operators, and technical professionals, this device functions effectively in testing scenarios and spectrum monitoring applications, adhering to exact specifications for dependable use. Its straightforward implementation aids in both outdoor field work and indoor laboratory analysis without compromising signal integrity.

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