Lectrosonics UFM50-2223 UHF Filter/Amplifier Module (Block 22-23)

Enhance Your Antenna System with Lectrosonics UFM50-2223
Unlock advanced performance for your antenna systems with the Lectrosonics UFM50-2223 UHF Filter/Amplifier Module. Ideal for scenarios requiring extensive cable runs or distribution across multiple receivers, this module ensures that your signals remain powerful and clear over great distances, effectively overcoming the common challenges of signal loss through lengthy coaxial cables.

Advanced Filtering for Optimal Signal Integrity
At the heart of the UFM50-2223 is its sophisticated filtering system designed to curb intermodulation (IM) products and prevent signal overload. The inclusion of two transmission line ceramic resonators refines the signal with a precise 50 MHz bandwidth, setting the stage for a robust and clear output, devoid of RF interferences.

Powerful Amplification Where It Counts
Following its rigorous filtering stage, the UFM50-2223 amplifies the cleaned signal by up to 12dB. This is accomplished through a high-quality GasFET RF amplifier boasting an impressive +41dBm IP3. The combination ensures your system outputs high-fidelity audio without succumbing to IM or overload disturbances, making it a reliable choice for demanding applications.

Efficient Power Management for On-the-Go Use
The UFM50-2223's efficiency is further enhanced by a switching regulator that optimizes power consumption across an 8-16 volt input range. This feature is especially valuable in portable setups, ensuring low heat generation and prolonged operation, ideal for field production and electronic news gathering.

Rugged Build for Reliable Field Performance
Durability meets design in the UFM50-2223’s construction. Encased in a robust cast aluminum body with a brushed aluminum cover plate, this module is built to endure the rigors of field use. Equipped with two sturdy BNC connectors and a secure locking power jack, it promises consistent performance in both temporary setups and permanent installations.