Dielectric DCR-M3E5X 3 Bay DCR-M Series Medium Power Female Input Antenna

Introducing the Dielectric DCR-M3E5X Antenna
The Dielectric DCR-M3E5X stands as a pinnacle of design in the DCR-M series, equipped with three bays and optimized for medium power applications with a 30 kW input power rating. This antenna, characterized by its right-hand circular polarization, is engineered to provide unparalleled reliability and performance in broadcasting and communication environments. Its specifications are ideally suited for networks requiring robust, continuous signal transmission with minimal loss.

Advanced Design for Broadcast Excellence
This model's half wavelength bay spacing and right-hand circular polarization are critical for minimizing signal interference and maximizing broadcast range and clarity. Operating within the MHz frequency range, the DCR-M3E5X is designed to meet the exacting demands of modern broadcast and communication infrastructures, providing consistent and reliable performance.

High Capacity and Efficiency
The Dielectric DCR-M3E5X's capability to handle an input power of up to 30 kW makes it a powerhouse for medium to large scale broadcasting operations. The antenna's design ensures that it can transmit high-quality signals efficiently, making it a valuable asset for stations aiming to expand their reach without compromising on signal integrity.

Built to Last
Constructed to endure the rigors of diverse environmental conditions, the DCR-M3E5X measures 11.6 feet in length and is built from materials that ensure durability and longevity. This antenna is not only resistant to natural wear but also to potential damage from environmental contaminants, making it suitable for installation in both rural and urban settings.

Seamless Installation and Versatile Application
Featuring a 3 1/8" EIA female input and an end-fed configuration, the DCR-M3E5X is designed for straightforward installation. This ease of setup, combined with its versatile design, makes it suitable for a wide range of applications beyond traditional broadcasting, including telecommunications and satellite communications.