20 dBi Gain, 18 GHz to 50 GHz Broadband Dual Ridged Horn Antenna OBH-180500-20
Original price was: $3241.$2775Current price is: $2775.
What can OBH-180500 Dual-Ridged Horn Antennas do?
This antenna can be used in broadcasting and radar. This type of antenna can be used in antenna pull-out, confidential communication, optical fiber delay line, distributed antenna system, broadband wireless communication, and other equipment. Dual-Ridged Horn Antenna design for both radiated immunity and emissions test of broadband applications in EMI measurement. It can also be used in mobile satellite communication, can make the communication quality to a great extent, meets a variety of data transmission functions, and can transmit and send more data.
What are the characteristics of OBH-180500 Dual-Ridged Horn Antennas?
With the OBH-180500, users can operate broadband from 18GHz to 50GHz with the ultimate weight reduction structure. Its weight is only 200g. This antenna tower mount is easy to use on antenna towers, tripods, and supports. Antennas are mounted on brackets with a variety of mounting options. It can be suitable for use and installation on various occasions. As a result of several optimizations in a coaxial design, it has excellent VSWR coefficients in the ultra-wideband range. The gain increases with frequency up to 15 dBi, depending on the horn’s shape and size. Moreover, the antenna supports Linear polarized waveforms.
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Description
for high-performance operation across a broadband range of 18GHz to 50GHz. With a lightweight structure of only 200g, it enhances usability on antenna towers, tripods, and other support structures, allowing for easy installation in various settings. The antenna features an optimized coaxial design that delivers excellent Voltage Standing Wave Ratio (VSWR) coefficients across the ultra-wideband spectrum, ensuring efficient signal transmission and minimal reflection. Its gain increases with frequency, reaching up to 15 dBi, influenced by the horn’s shape and size, while supporting linear polarized waveforms. Overall, the OBH-180500 provides a versatile and high-performing solution for professionals in high-frequency communication systems.
The OBH-180500 is designed for various applications, making them essential in multiple industries. First of all, this antenna is ideal for advanced military applications that require precision-guided targeting systems with high accuracy. It is commonly employed in synthetic aperture radar (SAR) systems, providing detailed ground mapping and reconnaissance capabilities. This antenna also plays a crucial role in millimeter-wave technologies, particularly in automotive radar for autonomous vehicles, enabling essential features such as collision avoidance and adaptive cruise control. Furthermore, it supports next-generation communication technologies, including 5G and beyond, facilitating high-speed data transmission. In the electronic warfare (EW), the antenna is utilized for advanced signal interception, jamming, and disrupting enemy communications and radar systems. Additionally, it is commonly applied in cutting-edge research projects that require high-frequency signal analysis and processing, particularly within the fields of telecommunications and defense .Dual-Ridged Horn Antenna：https://www.rfecho.com/product-category/rf-antenna/broadband-dual-ridged-horn-antenna/
SPEC
Broadband Horn Antenna Specifications |
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20dBi Gain, 18 GHz to 50 GHz |
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OBH-180500-20 |
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Property |
Value |
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Min. Frequency (GHz) |
18 |
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Max. Frequency (GHz) |
50 |
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Gain(dBi) |
20 |
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VSWR (Max.) |
1.2:1 |
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Polarization |
Linear |
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Cross Polar Isolation (dB) |
50 |
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Impedance (?) |
50 |
Features |
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Broad Frequency Range of 18 GHz to 40 GHz |
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Linearly Polarized High Gain, Low VSWR |
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Individually Calibrated |
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Linear polarized with high polarization purity |
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Applications |
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FCC, MIL-STD, VDE and TEMPEST Testing |
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Transmission and receiving applications |
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System Setup |
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Outline
Additional information
| Min. Frequency (GHz) | 18 |
|---|---|
| Max. Frequency (GHz) | 50 |
| Gain (dBi) | 20 |
| Polarization | |
| Impedance (Ω) |
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