Dielectric DCR-M12CX 12 Bay DCR-M Series Medium Power Female Input Antenna

Introducing the Dielectric DCR-M12CX: A Broadcasting Powerhouse
The Dielectric DCR-M12CX stands out in the DCR-M series as a formidable 12-bay antenna, crafted for medium power input of 40 kW. This antenna is enhanced with right-hand circular polarization, making it exceptionally suitable for broadcast environments that demand clear, consistent, and powerful signal transmission over large distances. Its impressive 113-foot length ensures that it delivers extensive coverage ideal for both rural and metropolitan areas.

Optimized Performance with Full Wavelength Bay Spacing
Designed with full wavelength bay spacing, the DCR-M12CX maximizes the efficiency of signal transmission, ensuring minimal signal loss and optimal broadcast quality. This configuration allows for superior performance in various broadcasting applications, making it a versatile choice for networks looking to expand their reach and impact.

Exceptional Power and Reach
Boasting an RMS power gain of 6.6, the DCR-M12CX is engineered to provide powerful and reliable signal transmission. This high gain, combined with a robust 40 kW power capacity, enables the antenna to support extensive broadcasting needs, making it a critical tool for major broadcasting stations and networks.

Durability for Lasting Performance
Constructed to endure the challenges of any broadcasting environment, the DCR-M12CX is made from materials that withstand environmental extremes, from severe weather conditions to urban pollution. This resilience ensures that the antenna remains a long-term asset, offering reliability and reducing the need for frequent maintenance or replacements.

Easy Integration and Wide Application
This antenna's 3 1/8" EIA center-fed input facilitates straightforward installation, making it compatible with existing transmission systems. Its extensive reach and powerful output make the DCR-M12CX suitable not only for traditional broadcasting but also for advanced digital communications and satellite broadcasting, providing flexibility across various media platforms.