Dielectric DCR-C3EX 3 Bay DCR-C Series Medium Power Female Input Antenna

Introducing the Dielectric DCR-C3EX: A New Era in Broadcasting Technology
Step into the future of broadcasting with the Dielectric DCR-C3EX, a robust 3 bay antenna in the DCR-C series, designed for medium power operations with an input capacity of 30 kW. This antenna features right-hand circular polarization, optimizing signal clarity and reach over its operational bandwidth. With a length of 22 feet, the DCR-C3EX strikes an ideal balance between size and performance, catering to broadcasters who need efficient and effective signal transmission.

Maximized Coverage with Full Wavelength Bay Spacing
The DCR-C3EX utilizes full wavelength bay spacing, a design that significantly enhances its ability to transmit signals across wide areas with reduced loss. This technology ensures that the antenna can cover larger distances with higher fidelity, making it an excellent choice for regional broadcasters or those in challenging geographical locations.

Enhanced Transmission Power for Professional Needs
Boasting an RMS power gain of 1.5, the DCR-C3EX is engineered to handle demanding broadcast environments. Its 30 kW power rating allows it to support extensive broadcasting requirements, providing a reliable and consistent output that is essential for both audio and visual media transmission.

Durable Design for Long-lasting Performance
The construction of the DCR-C3EX is tailored to endure diverse weather and environmental conditions, ensuring it remains a dependable part of your broadcasting infrastructure for years. Its resilience against corrosion and physical stresses makes it suitable for installation in harsh or exposed locations.

Effortless Integration and Broad Compatibility
Featuring a 3 1/8" EIA end-fed input, the DCR-C3EX offers seamless compatibility with existing broadcasting systems. This ease of installation, coupled with its substantial reach and power, makes the antenna highly versatile for a range of applications, from commercial radio broadcasting to emergency communication systems.