Ultra wide-band dual ridged horn antenna 2-32GHz
Gain: 4-16dBi.
VSWR: 2:1 MAX.
Power handling:100W Max.
OBH-20320 Ultra wide-band dual ridged horn antenna is designed for high-performance applications across a wide frequency range.
This Ultra wide-band dual ridged horn antenna excels in EMC testing.
- Description
- Datasheet
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- Reviews (3)
Description
The OBH-20320 Dual-Ridged Horn Antenna is designed for superior performance, covering an impressive frequency range from 2GHz to 32GHz. This broadband antenna delivers a gain of up to 15dBi at higher frequencies, ensuring reliable and strong signal performance across its operational bandwidth. Despite its robust functionality, it remains lightweight at 136 grams, making it ideal for mobile and on-site applications.
One of its standout features is its low VSWR (< 2.0), which ensures minimal reflection and maximum power transmission throughout its bandwidth. The OBH-20320 is equipped with a 2.92mm interface capable of handling more than 50W of power. Its Single Linear polarization makes it versatile for a wide range of applications.
This Broadband Dual-Ridged Horn Antenna is designed for high-performance applications across a wide frequency range, and makes it an ideal choice for various industries. Firstly, it is commonly used in 5G communication systems, where high-frequency bands like millimeter-wave are crucial for infrastructure testing and deployment. This antenna also supports satellite communication in C, X, Ku, and Ka bands, providing reliable performance for satellite uplinks and downlinks. Moreover, it is frequently utilized in radar systems, including airborne, maritime, and military radars, where higher frequencies are essential for precision. This antenna excels in EMC (Electromagnetic Compatibility) testing, effectively evaluating the emission and susceptibility of equipment at higher frequencies. Its broad frequency range also supports microwave and millimeter-wave testing, ensuring optimal signal integrity and performance. Additionally, this antenna is perfect for wireless backhaul, allowing communication systems to handle high volumes of data over long distances, making it a critical tool for modern wireless infrastructure.
Broadband Horn Antenna Specifications | |
| 10 dBi Gain, 2 GHz to 32 GHz Broadband Horn Antenna | |
| OBH-20320 | |
Property | Value |
| Min. Frequency (GHz) | 2 |
| Max. Frequency (GHz) | 32 |
| Gain(dBi) | 4-15 |
| VSWR (Max.) | 2 |
| Polarization | Single Linear |
| Cross Polar Isolation (dB) | 50 |
| Impedance (Ω) | 50 |
Features | |
| Linear polarized with high polarization purity | |
| Frequency from 2 GHz to 32 GHz | |
| Low return loss / VSWR | |
| Wide bandwidth | |
| Uniform Gain | |
| High Power Handling Capability | |
| Radiation pattern contains only one main lobe over the entire frequency range | |
| Each antenna is calibrated individually in line with ANSI C63.5-2006 | |
Henry Scott –
Purchased several OBH-20320 units for antenna array development. Flat gain curve across 2–32GHz, low VSWR ensures steady signal transmission. High polarization purity and standardized calibration simplify batch testing, lightweight structure also speeds up field installation.
Clara Evans –
Perfect ultra-wideband antenna for millimeter wave signal testing. Consistent gain eliminates frequency gaps, low VSWR saves much impedance matching work. 50dB cross polar isolation delivers clean linear polarization, works reliably under 100W max power in our daily electronic measurement projects.
Arthur Brooks –
We use OBH-20320 dual ridged horn antenna for full-band EMC testing from 2GHz to 32GHz. Stable 4-15dBi uniform gain covers all test bands, max VSWR only 2:1 greatly reduces signal reflection loss. Single main lobe radiation and individual ANSI calibration make our lab measurement data highly repeatable.