Dielectric DCR-M10CX 10 Bay DCR-M Series Medium Power Female Input Antenna

Introducing the Dielectric DCR-M10CX Antenna
Meet the Dielectric DCR-M10CX, an exceptional 10 bay DCR-M series antenna, designed for medium power applications requiring an impressive 40 kW input. This model is equipped with right-hand circular polarization, ensuring optimal signal quality and broadcast reach. At a staggering 93 feet in length, this antenna is engineered for professional broadcasters seeking extensive coverage and unparalleled performance.

Superior Signal Reach with Full Wavelength Bay Spacing
The DCR-M10CX employs full wavelength bay spacing, which is integral to maximizing signal transmission and minimizing loss across large distances. This feature enables the antenna to cover vast areas, making it ideal for wide-reaching broadcast networks that require consistent and reliable signal distribution.

High Power for High Demand Broadcasting
With an RMS power gain of 5.5, the DCR-M10CX is among the most powerful in its class, designed to handle the rigorous demands of large-scale broadcasting operations. This high power gain translates into stronger, clearer signals that are capable of reaching further than ever before, ensuring that broadcasts are delivered with the clarity and precision needed by today's media professionals.

Built to Last in Challenging Environments
Constructed to endure the toughest of environmental conditions, the DCR-M10CX's robust structure is crafted from materials that resist weathering and corrosion. This ensures that the antenna not only performs consistently but also stands the test of time, providing a reliable broadcasting solution for years to come.

Effortless Installation and Broad Compatibility
This antenna features a 3 1/8" EIA center-fed input, making installation straightforward and compatible with existing transmission systems. This ease of integration, combined with its advanced features, makes the DCR-M10CX a versatile choice for a variety of broadcasting and communication applications.