Dielectric DCR-M2EX 2 Bay DCR-M Series Medium Power Female Input Antenna

Explore the Dielectric DCR-M2EX Medium Power Antenna
The Dielectric DCR-M2EX is a dynamic 2 bay DCR-M series medium power antenna designed for advanced radio frequency applications. It features a female input, specifically tailored for systems requiring a 20 kW power input. With an impressive RMS power gain of 1.0 and a full wavelength bay spacing, this antenna is a top choice for broadcasting professionals seeking reliable, high-quality transmissions.

Optimized Performance for Broadcasting
This antenna operates efficiently within the MHz frequency range, making it ideal for a variety of broadcasting applications. The full wavelength bay spacing enhances the antenna's ability to transmit signals over long distances without loss, ensuring clear and consistent broadcasts. The 12-foot nominal length of the antenna provides substantial coverage, maximizing broadcast reach and quality.

High Power Capacity
With an input power rating of 20 kW, the Dielectric DCR-M2EX is built to handle significant power levels, supporting medium to high-power transmission requirements. This capability makes it suitable for larger broadcast stations and facilities that demand robust performance and reliability in their transmission equipment.

Durable and Reliable Design
Constructed to endure the rigors of both indoor and outdoor environments, the DCR-M2EX is crafted from materials that resist weathering and corrosion. Its design ensures it can perform under harsh conditions, making it a durable choice for any setting. The antenna’s end-fed input facilitates easier connection and maintenance, enhancing its overall usability.

Easy Installation and Versatile Use
The 3 1/8" EIA input of the Dielectric DCR-M2EX makes it compatible with standard transmission line equipment, allowing for straightforward installation. This feature, combined with its efficient design, makes the antenna versatile enough to be used in various industrial and communication settings beyond traditional broadcasting.