Dielectric DCR-M2E5X 2 Bay DCR-M Series Medium Power Female Input Antenna

Discover the Advanced Dielectric DCR-M2E5X Antenna
The Dielectric DCR-M2E5X is a cutting-edge 2 bay DCR-M series antenna, designed for medium power applications with a female input configuration. This model stands out with its right-hand circularly polarized feature, enhancing signal reception and reducing multipath interference for broadcast systems. It is tailored for setups requiring a 20 kW input power, making it a robust choice for professionals in the broadcasting industry.

Optimized for Broadcast Performance
With an operational frequency in the MHz range and bay spacing set at half wavelength, the DCR-M2E5X is engineered to optimize signal transmission and reception over medium distances. This antenna achieves an RMS power gain of .68, ensuring effective coverage and broadcast quality that meets the demanding standards of modern broadcasting.

Designed for Durability and Efficiency
Constructed to withstand the challenges of both indoor and outdoor environments, the DCR-M2E5X antenna is built from materials that resist wear and environmental damage. Its 6.7 feet nominal length and half wavelength bay spacing contribute to its efficiency, providing stable and consistent performance across various conditions.

Streamlined Installation Process
This antenna features a 3 1/8" EIA female input and is end-fed, simplifying the connection process to existing transmission systems. The design facilitates straightforward installation, allowing broadcasting professionals to quickly set up and integrate the antenna into their existing infrastructure with minimal downtime.

Versatile Application Across Broadcasting Needs
The DCR-M2E5X is not just limited to traditional broadcasting; its capabilities extend to applications requiring reliable, medium-power transmission such as in community radio stations, emergency broadcast services, and small television stations. Its right-hand circular polarization is particularly beneficial in settings where signal integrity is critical.