Dielectric DCR-T1X 1 Bay DCR-T Series Low Power Female Input Antenna

Introducing the Dielectric DCR-T1X: Optimal Broadcasting Solution
Dive into the world of professional broadcasting with the Dielectric DCR-T1X, a compact yet powerful one-bay antenna from the renowned DCR-T Series. Designed for low power applications, this antenna is ideal for Class A and B FM stations looking for high-quality, reliable broadcasting capabilities. Circular polarization ensures minimized signal interference, making the DCR-T1X perfect for delivering clear and consistent audio to your audience.

Highly Efficient and Tunable for Precision Broadcasting
The DCR-T1X stands out with its ability to handle 1 kW per bay while maintaining a low VSWR of less than 1.1:1 across the operating channel. This feature ensures efficient performance and excellent signal integrity. Additionally, the antenna is band tunable, allowing stations to adjust their broadcasting parameters precisely to meet specific frequency requirements, which is crucial for stations transmitting on various frequencies or those looking to optimize their signal according to licensing changes.

Lightweight Design for Easy Installation
Weighing significantly less due to its all-aluminum construction, the DCR-T1X is designed for straightforward, hassle-free installation. This lightweight design not only reduces shipping costs but also simplifies the mounting process, making it an excellent choice for stations needing quick setup without compromising on durability or performance.

Customizable Features for Enhanced Broadcasting
The DCR-T1X offers optional enhancements such as null fill and beam tilt to cater to specific broadcast needs, providing greater control over signal coverage. Whether improving signal reach in geographically challenging areas or targeting broadcasts more directly, these features allow for a tailored broadcasting experience. Furthermore, directional patterns and optional radomes are available to protect the antenna from environmental elements and to direct the broadcast pattern as needed.