2-18GHz High-Gain Linear Polarization Dual-Ridge Horn Antenna

The 2-18GHz High-Gain Linear Polarization Dual-Ridge Horn Antenna is a high-performance core device specially designed for wideband RF scenarios. Relying on the unique design of the dual-ridge structure, it achieves an efficient balance between stability and versatility in the 2-18GHz frequency band, making it an ideal choice for RF testing and communication applications. As a professional 2-18GHz Linear Polarization Horn Antenna, it not only fully covers the 2-18GHz full wide frequency band, but also ensures the directional accuracy and anti-interference ability of signal transmission with linear polarization technology. Combined with the high gain performance of 6.5-14dBi, it can accurately capture and stably transmit RF signals in complex electromagnetic environments, easily meeting professional needs such as high-precision testing and communication system debugging.

 

This high-performance Wideband RF Antenna shows significant advantages in core parameters: the Voltage Standing Wave Ratio (VSWR) is Dual-Ridge Antenna has been carefully optimized in terms of structure and durability. It is made of high-strength aluminum alloy and treated with sandblasting technology, which not only has industrial-grade quality of corrosion resistance and anti-aging, but also achieves a lightweight design (weight only 0.4KG, size 125mm×82mm×115mm). It is convenient for fixed installation in laboratories or temporary deployment outdoors, without the need for additional complex supporting equipment.

 

In terms of environmental adaptability, this 2-18GHz Linear Polarization Horn Antenna performs excellently. It can operate stably at an operating temperature of -55℃ to +75℃ and a storage temperature of -65℃ to +85℃, easily coping with harsh environments such as alternating high and low temperatures and humidity fluctuations, and can maintain long-term reliable performance without frequent maintenance. The interface adopts the industry-universal SMA-50K specification, which can quickly be compatible with mainstream test equipment such as signal generators, spectrum analyzers, and oscilloscopes. It is widely used in scenarios such as electromagnetic compatibility (EMC) testing, 5G/6G communication base station debugging, radar system signal simulation, aerospace RF performance verification, and laboratory R&D testing. Whether it is precision signal detection in the R&D stage or long-term stable deployment in industrial scenarios, this Wideband RF Antenna can provide an efficient and reliable signal solution for RF applications in multiple fields with its wide frequency coverage, high stability and strong adaptability.