Dielectric DCR-M12C5X 12 Bay DCR-M Series Medium Power Female Input Antenna

Explore the Capabilities of the Dielectric DCR-M12C5X Antenna
Introducing the Dielectric DCR-M12C5X, a premier 12 bay DCR-M series antenna designed to handle medium power inputs up to 40 kW. Enhanced with right-hand circular polarization, this antenna is optimized for delivering clear and powerful signals across extensive broadcast ranges. Standing at a commanding 56.9 feet, the DCR-M12C5X is engineered to meet the demanding needs of modern broadcasting, making it a top choice for professionals seeking reliability and extensive coverage.

Enhanced Signal Distribution with Half Wavelength Bay Spacing
The DCR-M12C5X utilizes half wavelength bay spacing, an advanced design feature that enhances signal distribution efficiency. This configuration allows for improved signal quality over extensive distances, essential for large-scale broadcast operations that require uniform signal distribution across diverse geographical landscapes.

High Power Output for Greater Reach
Equipped with a remarkable RMS power gain of 3.6, the DCR-M12C5X is capable of supporting robust broadcasting activities with enhanced clarity and reach. Its 40 kW power capacity ensures that it can handle the rigorous demands of both analog and digital broadcasting, providing consistent performance that broadcasters can rely on.

Robust and Reliable Construction
This antenna's impressive length and construction are designed for durability and sustained performance. Built to withstand various environmental conditions, the DCR-M12C5X guarantees longevity and reliability, making it a wise investment for any serious broadcasting entity focused on long-term operational stability.

Seamless Integration and Installation
Featuring a 3 1/8" EIA center-fed input, the DCR-M12C5X is designed for seamless integration into existing broadcasting infrastructures. This ease of installation, combined with its formidable size and capabilities, makes it highly adaptable for numerous broadcasting applications, from commercial radio to television networks.