CA350F2+++

The CompleTech CA350F2+++ is a high-gain directional Yagi antenna array engineered for the 336-364 MHz frequency range, delivering 10 dBi gain with vertical/horizontal polarization flexibility. This end-fire array features a copper radiator and UV-resistant ABS/FG radome with PU foam filling for superior durability in outdoor environments. The antenna supports both N-female and TNC-female connectors, ensuring compatibility with a wide range of RF systems. With a low VSWR of <1.5, it minimizes signal reflection for optimal transmission efficiency. The IP67-rated construction resists moisture and dust ingress, while the DC-short circuited feed point provides lightning protection. Designed for pole mounting on 35-60 mm diameter structures, the CA350F2+++ withstands wind loads up to 282 N. Its field-adjustable radiation pattern (H-plane: 38°, E-plane: 35°) and integrated impedance compensation enhance deployment flexibility across industrial, telecom, and broadcast applications. The antenna operates reliably in temperatures from -40°C to +80°C, making it suitable for harsh climates. Lightweight design and low wind load reduce installation complexity without compromising performance. The directional end-fire Yagi array is optimized for precise signal alignment, ensuring maximum efficiency in point-to-point communication scenarios. The copper radiator ensures high conductivity and long-term performance, while the ABS/FG PU foam radome provides robust protection against environmental factors such as UV exposure, rain, and temperature fluctuations. The dual-polarization capability allows for versatile use in both vertical and horizontal setups, adapting to various system requirements. The antenna's compact design and field-adjustable radiation pattern make it ideal for applications requiring precise beamwidth control, such as microwave links, wireless backhaul, and remote monitoring systems. Additionally, the antenna's impedance compensation ensures consistent performance across the entire frequency range, reducing the need for additional tuning or adjustments during installation.