Ultra Wideband 600MHz to 6GHz 12dBi Dual Ridge Horn Antenna

The double-ridged horn antenna is a type of antenna widely used in the field of microwave communications. Its design feature lies in the double-ridge structure inside the waveguide, which significantly improves the antenna by increasing the opening area of ​​the waveguide and optimizing the position and shape of the ridges. The gain and directivity of the beam are improved, while the beam width is reduced, which improves the signal concentration and transmission efficiency.

ZDTECH has continuously improved its performance indicators such as bandwidth, gain, directivity, etc. by optimizing the structure, materials and manufacturing process of the double-ridged horn antenna, and launched this 12dBi ultra-wideband 600mhz-6ghz double-ridged horn antenna with excellent performance and adaptability to different application scenarios. Horn antennas, these products are widely used in satellite communications, radar detection, microwave measurement and other fields.

1The following are its characteristics:

High Gain: The double-ridged horn antenna is designed to provide high gain, which means it is able to focus the signal in a specific direction, thereby improving the signal's strength and coverage.

Wideband: This antenna design allows it to operate over a wide frequency range, suitable for a variety of different application scenarios.

Good impedance matching: The double-ridged horn antenna has excellent impedance matching capability, which helps to reduce the energy loss of the signal during transmission.

Simple structure, easy to manufacture and install: Despite its complex design, the structure of the double-ridged horn antenna is relatively simple, which contributes to its convenience during manufacturing and installation.

2 Application Areas

Double-ridged horn antennas are widely used in the following fields due to their high performance and wide bandwidth characteristics:

Radar: used for target detection and tracking.

Satellite communications: used for receiving and sending signals in satellite systems.

Wireless communication base station: used to improve signal coverage and transmission efficiency in new generation communication technologies such as 5G.

Military communications: used to improve the reliability and confidentiality of communications.

Scientific research: In microwave measurements and other scientific research.