Dielectric DCR-M10C5X 10 Bay DCR-M Series Medium Power Female Input Antenna

Optimize Your Broadcast with the Dielectric DCR-M10C5X Antenna
Experience enhanced broadcasting capabilities with the Dielectric DCR-M10C5X, a 10-bay antenna from the DCR-M Series designed for medium power applications. This antenna is equipped with a female input and boasts a frequency range suitable for a variety of broadcasting needs. It is tailored specifically for setups requiring robust performance and reliability, making it an ideal choice for broadcasters aiming to extend their reach and improve signal clarity.

High Power Handling for Broad Applications
The Dielectric DCR-M10C5X is engineered to handle input powers up to 40 kW, allowing it to support medium to large-scale broadcasting operations effectively. This high power capacity ensures that the antenna can accommodate the demanding requirements of both commercial radio and television stations, providing consistent, clear transmission across extensive networks.

Precision Engineered for Optimal Performance
Featuring half-wavelength bay spacing, the DCR-M10C5X is meticulously designed to optimize signal distribution and minimize loss. This precise engineering enhances the overall efficiency of the broadcast signal, ensuring superior coverage and reception. The antenna's design facilitates a balanced load distribution, which is crucial for maintaining signal integrity across varied geographical landscapes.

Robust Construction with Ice Protection
Built to endure harsh environmental conditions, the DCR-M10C5X includes integrated ice protection, making it suitable for installations in regions prone to severe weather. This feature ensures that the antenna maintains its performance and structural integrity even in icy conditions, reducing the risk of downtime and the need for frequent maintenance.

Extended Reach with Impressive Antenna Length
The antenna spans an impressive length of 46.9 feet, providing substantial coverage that can penetrate geographical barriers and reach a wider audience. This extended reach is particularly beneficial for broadcasters targeting rural or densely populated urban areas, where signal dispersion is critical.