Influencer Pick 0.5ghz 50w High Efficiency Rf Drone Signal Amplifier Module A Gift They'll Love [MVcRn8Jv]

Influencer Pick 0.5ghz 50w High Efficiency Rf Drone Signal Amplifier Module A Gift They'll Love [MVcRn8Jv]

The Influencer Pick 0.5ghz 50w High Efficiency Rf Drone Signal Amplifier Module A Gift They'll Love [MVcRn8Jv] is a cutting-edge device designed to deliver unparalleled signal amplification for RF applications. This robust module boasts a 50W output power, ensuring a strong and consistent signal enhancement over long distances. With its specialized focus on transmitting signals, it is an ideal solution for drone operations, communication systems, and broadcast transmission. The module's compact design and high efficiency make it a cost-effective choice for professionals seeking reliable performance in demanding environments.

Key Features and Specifications

This amplifier module is engineered to provide exceptional performance with the following specifications:

• Frequency Range: 500-600MHz
• Operating Voltage: 28V
• Gain (S21): Customizable from 25-37dB
• Input Return Loss (S11): -15dB
• Output Power: 47dBm
• Current: 3.3A @28V, 46dBm
• Efficiency: 45%@46dBm
• Operating Temperature: -30℃～85℃
• Storage Temperature: -40℃～150℃
• Operating Humidity: ＜95%RH

Its aluminum shell ensures durability, while the SMA-Female RF connectors and 15cm red/black wire power socket facilitate easy integration into various systems.

Applications and Benefits

The Influencer Pick 0.5ghz 50w High Efficiency Rf Drone Signal Amplifier Module A Gift They'll Love [MVcRn8Jv] is perfect for a wide range of applications, including:

• Drone signal enhancement
• Communication systems
• Broadcast transmission

This powerful module offers numerous benefits, such as:

• Reliable signal transmission over long distances
• Minimal power loss for cost-effective operation
• Easy integration into existing systems

Professionals in RF communications, broadcasting, and testing setups will find this module to be an invaluable tool for ensuring optimal signal transmission in challenging environments.