Dielectric DCR-M5EX 5 Bay DCR-M Series Medium Power Female Input Antenna

Unveiling the Dielectric DCR-M5EX Medium Power Antenna
Introducing the Dielectric DCR-M5EX, an exceptional 5 bay DCR-M series antenna tailored for medium power broadcasting needs. This antenna is equipped with a female input and boasts a substantial input power rating of 40 kW, making it a powerhouse for advanced broadcasting operations. Its right-hand circular polarization ensures that signal integrity is maintained over diverse broadcasting conditions, enhancing both reach and quality of transmission.

Engineered for Optimal Frequency Performance
The DCR-M5EX operates within the MHz frequency range and is designed with full wavelength bay spacing. This configuration is critical in minimizing signal loss and maximizing broadcast coverage, allowing for clearer and more extensive signal distribution. It's an ideal choice for broadcasters looking to enhance their service range without compromising on signal quality.

High Power, High Gain
With an impressive RMS power gain of 2.7, the DCR-M5EX stands out in its class for its ability to deliver powerful signal transmission capabilities. This high gain ensures that broadcasts are strong and consistent, making the antenna perfect for medium to large scale broadcasting networks that demand reliability and efficiency.

Robust Design and Extended Reach
Measuring an imposing 42 feet in nominal length, the DCR-M5EX is built to cover substantial areas, ensuring that your broadcast can reach wider audiences. Constructed from durable materials and designed to be end-fed, this antenna can withstand the rigors of both urban and rural broadcast environments, maintaining performance integrity in varying weather conditions.

Simplified Installation for Broad Applications
Featuring a 3 1/8" EIA input, the DCR-M5EX is compatible with standard industry equipment, facilitating easy integration into existing systems. This ease of installation, combined with its versatile performance characteristics, makes it suitable not only for traditional broadcast applications but also for emerging digital transmission technologies.