Dielectric DCR-C1EX 1 Bay DCR-C Series Medium Power Female Input Antenna

Introducing the Compact Dielectric DCR-C1EX Antenna
Discover the Dielectric DCR-C1EX, a streamlined 1 bay DCR-C series antenna designed for medium power applications with a focused 10 kW input capacity. This model comes equipped with right-hand circular polarization, ensuring optimal signal clarity and strength over its operational range. Despite its compact size of only 1.7 feet, this antenna is a powerhouse, perfect for targeted broadcasting needs where space and efficiency are paramount.

Optimal Signal Transmission with Full Wavelength Bay Spacing
The DCR-C1EX is engineered with full wavelength bay spacing, enhancing its ability to transmit signals efficiently without significant loss. This technical specification allows for superior performance within its designated frequency range, making it ideal for applications where space is limited but signal integrity cannot be compromised.

Designed for Medium Power Outputs
With an RMS power gain of .46, the DCR-C1EX is specifically calibrated for medium power outputs, suitable for small-scale broadcasting or as a supplemental antenna in a larger array. Its 10 kW power rating is ideal for handling various broadcasting tasks with reliability and consistency, ensuring clear transmission every time.

Robust Construction in a Compact Frame
This antenna is not only small in size but also robustly built to withstand environmental challenges, from urban pollution to harsh weather conditions. Its durability is a significant advantage, offering longevity and reducing the need for frequent replacements or repairs, which is essential for continuous operation.

Simple Installation and Versatile Use
Thanks to its 3 1/8" EIA end-fed input, the DCR-C1EX is incredibly easy to install and integrate into existing broadcast infrastructures. This versatility makes it a suitable choice for different types of media transmissions, including radio and digital communications, where space and effective power utilization are critical.