Dielectric DCR-C2E5X 2 Bay DCR-C Series Medium Power Female Input Antenna

Unveiling the Dielectric DCR-C2E5X: A Compact Broadcasting Revolution
Introducing the Dielectric DCR-C2E5X, a compact yet powerful antenna from the renowned DCR-C series, designed for medium power applications with an input of 20 kW. This 2-bay antenna features right-hand circular polarization, enhancing its ability to deliver clear, uninterrupted signals across its operational bandwidth. At just 6.7 feet in length, the DCR-C2E5X is perfect for environments where space is at a premium but performance cannot be compromised.

Enhanced Signal Precision with Half Wavelength Bay Spacing
The DCR-C2E5X utilizes half wavelength bay spacing, which significantly improves signal precision and reduces interference. This advanced spacing allows for more efficient use of the broadcast spectrum, ensuring that each transmission is both powerful and crystal clear, ideal for digital broadcasting and high-definition transmissions.

Optimized Power for Professional Broadcasting
With an RMS power gain of .68, the DCR-C2E5X is specifically engineered to provide reliable and robust broadcasting capabilities. Its 20 kW power capacity is perfectly suited for medium-scale operations, offering the ideal balance between power and size for professional broadcasters and hobbyists alike who require excellence in their transmission quality.

Durable and Streamlined Design
Despite its small stature, the DCR-C2E5X does not sacrifice durability. Built to withstand various environmental conditions, this antenna is made from materials that resist corrosion and physical wear, ensuring long-lasting performance in any setting, from urban rooftops to remote broadcast locations.

Seamless Integration and Versatility
This antenna's design includes a 3 1/8" EIA end-fed input, making installation straightforward and compatible with existing setups. The compact size and effective power handling make the DCR-C2E5X a versatile tool for a range of applications, including local radio stations, emergency communication setups, and auxiliary broadcasting units.