Lectrosonics SNA600A Adjustable Dipole Antenna

Discover Robust Tunability with the Lectrosonics SNA600A Antenna
The Lectrosonics SNA600A is a high-performance, adjustable dipole antenna, engineered specifically for professional audio applications involving wireless microphone receivers or IFB transmitters. This antenna's remarkable flexibility allows its 100 MHz bandwidth center frequency to be finely tuned from 550 to 800 MHz, making it a versatile choice for various frequency ranges needed in different environments.

Designed for Optimal Frequency Adaptation
One of the standout features of the SNA600A is its adjustable dipole elements, which can be easily tuned using the scale printed directly on the antenna's body. This feature ensures precise adjustments to achieve the best possible reception and transmission quality, catering to the specific needs of your audio setup.

Effortless Setup and Integration
Connecting the SNA600A to your existing equipment is straightforward, thanks to its standard 50 ohm BNC connector. It also includes a 3/8" x 16 threaded socket and a stud with a mounting strip, facilitating secure and stable installation on various devices. This setup simplicity is invaluable for quick changes and adaptations in dynamic recording or broadcasting scenarios.

Portable and Durable Construction
The antenna is crafted from robust fiberglass circuit board material, ensuring durability and longevity even in rigorous field use. It's designed to be foldable, making it incredibly convenient for transport and storage without risking damage. Whether you're moving between studio setups or transporting equipment for outdoor broadcasts, the SNA600A offers the reliability and portability you need.

Enhanced Features for Professional Use
The SNA600A stands out with its ability to maintain a SWR (Standing Wave Ratio) of less than 2:1 over its entire 100MHz bandwidth, guaranteeing efficient operation and minimal signal loss. This technical precision underscores its suitability for high-stakes professional audio tasks, where clear, uninterrupted audio is crucial.