Description
TC-93470A Quadridge Horn Antenna (18 GHz – 40 GHz)
The TC-93470A Quadridge Horn Antenna is a high-performance broadband antenna designed for precision RF testing across the 18 GHz to 40 GHz frequency range. This quadridge horn antenna provides stable gain, wide bandwidth, and consistent radiation characteristics, making it ideal for advanced 5G mmWave testing, antenna calibration, and high-frequency measurement applications.
From the start, the quadridge horn antenna supports reliable and repeatable test results in demanding RF environments. Engineers rely on this antenna when accurate signal transmission and reception are critical at millimeter-wave frequencies.
Broadband Quadridge Horn Antenna for mmWave Applications
This broadband quadridge horn antenna is engineered to deliver excellent impedance matching and low reflection across its operating band. As a result, it supports precise over-the-air (OTA) measurements and calibration tasks without performance drop-off at band edges.
In addition, the quad-ridged design enables wideband operation while maintaining stable radiation patterns. Therefore, the TC-93470A performs consistently across multiple test scenarios, including swept-frequency measurements and multi-band evaluations.
Designed for 5G mmWave Testing and Calibration
The TC-93470A quadridge horn antenna is well suited for 5G millimeter-wave testing, where accuracy and repeatability are essential. Engineers use this antenna in test chambers, anechoic environments, and open-range setups to evaluate device performance at high frequencies.
Moreover, the antenna supports calibration and reference measurements for RF systems operating in the Ka-band and beyond. Because mmWave systems are highly sensitive to measurement error, antenna stability plays a critical role in reliable test results.
Reliable Performance in High-Frequency RF Environments
The rugged construction of this quadridge horn antenna supports long-term use in laboratory, validation, and production environments. Its mechanical stability helps maintain alignment and repeatability during extended test cycles.
In addition, the antenna integrates easily with RF test systems, positioning hardware, and measurement equipment. As a result, engineers can deploy it quickly without complex setup or tuning.
