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50W High-Power Antenna

8-18GHz Wideband High Gain Horn Antenna

ZD-HA-8/18G
8-18GHz Wideband High Gain Horn Antenna is a professional RF device that combines high performance and miniaturization. Made of high-quality aluminum alloy, it has an overall size of ≤34×33×35mm and a weight of only ≤30g, which is lightweight and easy to install, suitable for space-constrained scenarios. It covers a wide frequency range of 8-18GHz for operation, supports vertical polarization, and is equipped with a universal SMA-J interface for strong compatibility. In terms of performance, it features a VSWR of ≤2.0 for stable signal transmission, a gain of ≥6dBi for high signal coverage efficiency, and an H-plane 3dB beamwidth of >60°±20% for a wide coverage range. Meanwhile, it has excellent environmental adaptability, with an operating temperature range of -55℃~+75℃ and a storage temperature range of -65℃~+85℃, capable of withstanding complex high and low-temperature environments. It is widely used in high-frequency communication, test and measurement, microwave signal transmission and other fields, providing reliable signal transceiving support for various RF applications.
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The8-18GHz Horn Antenna is a professional RF device focusing on the core needs of high-frequency scenarios. With comprehensive performance advantages and flexible adaptability, it has become an ideal choice in the field of High-Frequency Communication Antenna and test & measurement scenarios. As a high-performance 8-18GHz Horn Antenna, its frequency range accurately covers the 8-18GHz wideband range, which can seamlessly connect to multi-dimensional applications such as high-frequency signal transmission and microwave testing, eliminating the need for frequent equipment replacement and significantly improving scenario adaptation efficiency.
 
In terms of signal stability and transmission quality, this antenna adopts a Vertical Polarization Antenna design, featuring stable polarization direction and strong anti-interference capability. It can effectively reduce the interference of external signals on the transmission link. Equipped with a universal SMA-J interface, it can be quickly connected to various RF modules and test instruments, with compatibility far exceeding that of similar products. At the same time, as a professional 8-18GHz Horn Antenna, its core performance parameters are outstanding: the voltage standing wave ratio (VSWR) is ≤2.0, ensuring the minimum signal transmission loss; the gain is ≥6dBi, which greatly enhances the signal coverage strength and transmission distance; the H-plane 3dB beamwidth is >60°±20%, with a wide coverage angle that meets the multi-directional signal transmitting and receiving needs, perfectly conforming to the requirements of High-Frequency Communication Antenna for signal coverage range.
 
In terms of material and structural design, this 8-18GHz Horn Antenna is made of high-quality aluminum alloy, combining lightweight (weight ≤30g) and high-strength characteristics. It is not only easy to install and carry, but also can resist wear and impact during long-term use; the overall size is only ≤34×33×35mm, which can be easily embedded into the equipment cavity or system architecture with limited space, solving the antenna installation problem of miniaturized equipment. In terms of environmental adaptability, its operating temperature range covers -55℃~+75℃, and the storage temperature range reaches -65℃~+85℃. Even in harsh environments with alternating high and low temperatures and severe humidity changes, it can still maintain stable performance, completely eliminating the use concerns of High-Frequency Communication Antenna in complex environments. Whether it is used for high-frequency signal transmission in communication base stations, RF performance testing of electronic equipment, or signal transmitting and receiving in microwave systems and radar equipment, this 8-18GHz Horn Antenna can provide strong signal support for various high-frequency applications with reliable performance and flexible adaptability, helping users improve the overall operating efficiency and stability of the system.
 

Operating Frequency (GHz)

8-18

VSWR

≤ 2.0

Gain

≥ 6dBi

Polarization

Vertical polarization

Reference Dimensions

≤ 34mm × 33mm × 35mm (L × W × H)

Weight

≤ 30g

Operating Temperature

-55°C to +75°C

Storage Temperature

-65°C to +85°C

Interface

SMA-J

3dB Beamwidth

>60° ±20% (H-side)

Color

Black

Material

Aluminum alloy