Lectrosonics PF25-19 Passive In-Line RF Filter with 25 MHz Passband (Block 19)

Introducing the Lectrosonics PF25-19 Passive RF Filter The Lectrosonics PF25-19 serves as a highly efficient passive in-line RF filter, specifically designed to optimize the performance of your Venue series receivers and UMC16B multicouplers. Operating within a 25MHz passband in frequency block 19, this tool expertly narrows the bandwidth utilization of your system, focusing on the essential frequencies and reducing unnecessary breadth that could lead to interference.

Enhanced Signal Clarity This passive filter steps in as a guardian against interference and intermodulation that can plague audio quality. By inserting the PF25-19 into your coaxial line, it acts much like the front-end filters of your audio systems but with enhanced specificity. It effectively blocks out frequencies outside of its passband, ensuring that your system only picks up what is necessary for clean, clear audio production.

Versatile Configuration Options Whether you are setting up a single receiver or a more complex system involving multicouplers and antenna distribution, the PF25-19 integrates seamlessly. It is designed to be used in various configurations, adding versatility to your setup without compromising on performance. This makes it an essential piece of equipment for any serious audio technician's toolkit.

Bidirectional Functionality and Power Unique to the PF25-19 is its bidirectional circuitry. This feature allows it to pass DC phantom power needed to operate remote antenna amplifiers, while simultaneously passing the RF signal in the opposite direction. This dual functionality ensures uninterrupted operation of your system, enhancing both reliability and efficiency.

Durable and Dependable Constructed in the USA with a rugged metal housing, the Lectrosonics PF25-19 is built to endure. Manufactured in Rio Rancho, New Mexico, it promises durability and long-lasting performance under rigorous use. Its robust build guarantees that it can withstand the demands of both studio and field use.