20W 0.7-6GHz Dual-Polarization Horn Antenna for Signal Transmission
ZD-DPHA-0.7/6G-20W
The 0.7-6GHz Dual-Polarization Horn Antenna (Model: ZD0760) is a high-performance antenna with an ultra-wide frequency coverage, suitable for multiple scenarios including communication, test & measurement, outdoor detection, and high-power electronic equipment. With its dual-polarization design and excellent parameters, it meets the signal transmission and reception needs of professional fields.
The antenna features outstanding core performance: it covers a frequency range of 0.7-6GHz, with a Voltage Standing Wave Ratio (VSWR) ≤2.5 to ensure stable signal matching; the port isolation is ＞20dB, effectively reducing signal interference. Combined with a wide gain range of 3-13dBi and a 3dB beamwidth of 25°-125°, it balances signal strength and coverage. It also supports 20W power capacity, adapting to the operation needs of high-power equipment.
In terms of practicality and environmental adaptability, the antenna is made of aluminum material with a chemical conductive oxidation coating. It weighs ≤5kg and has dimensions of ≤320mm×320mm×420mm, with a lightweight and compact design suitable for space-constrained scenarios. It operates at a temperature range of -40℃~+70℃ and stores at -55℃~+80℃, enabling stable operation in harsh outdoor environments such as extreme cold and high temperatures. Equipped with an SMA-50K interface, it is compatible with most equipment connections, making it a cost-effective choice for professional users in various fields.
The antenna features outstanding core performance: it covers a frequency range of 0.7-6GHz, with a Voltage Standing Wave Ratio (VSWR) ≤2.5 to ensure stable signal matching; the port isolation is ＞20dB, effectively reducing signal interference. Combined with a wide gain range of 3-13dBi and a 3dB beamwidth of 25°-125°, it balances signal strength and coverage. It also supports 20W power capacity, adapting to the operation needs of high-power equipment.
In terms of practicality and environmental adaptability, the antenna is made of aluminum material with a chemical conductive oxidation coating. It weighs ≤5kg and has dimensions of ≤320mm×320mm×420mm, with a lightweight and compact design suitable for space-constrained scenarios. It operates at a temperature range of -40℃~+70℃ and stores at -55℃~+80℃, enabling stable operation in harsh outdoor environments such as extreme cold and high temperatures. Equipped with an SMA-50K interface, it is compatible with most equipment connections, making it a cost-effective choice for professional users in various fields.
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The 0.7-6GHz Dual-Polarization Antenna is a high-performance, multi-functional RF antenna meticulously engineered to excel in professional scenarios—from communication systems and test & measurement setups to outdoor detection networks, with a particular focus on serving as a reliable Antenna for High-Power Electronic Equipment. As a dedicated solution for high-power scenarios, it supports a stable power capacity of 20W, making it ideal for radar auxiliary signal transmission, electronic countermeasure systems, and high-power signal relay applications. Whether integrated into industrial-grade transmitters or high-power test platforms, this Antenna for High-Power Electronic Equipment ensures consistent signal propagation even under continuous high-load operation, addressing the core pain point of power-related signal instability in professional fields.
What sets this antenna apart is its dual identity as a high-performance polarized antenna and a Low VSWR Horn Antenna. Operating across an ultra-wide frequency spectrum of 0.7GHz to 6GHz, it maintains a voltage standing wave ratio (VSWR) of ≤2.5 (typical value) throughout the entire frequency band—a key advantage of a Low VSWR Horn Antenna. This low VSWR minimizes signal reflection loss, ensuring efficient matching with connected RF devices (such as signal generators, power meters, and high-power transmitters) and maximizing signal utilization. For applications like long-distance communication or high-precision testing, where even minor signal loss can impact results, the Low VSWR Horn Antenna design guarantees reliable signal integrity, reducing errors and enhancing overall system performance.
The 0.7-6GHz Dual-Polarization Antenna’s dual-polarization design is another core strength, enabling simultaneous reception and transmission of signals in two orthogonal polarization directions. This feature significantly boosts signal coverage flexibility and anti-interference capabilities, making it suitable for complex electromagnetic environments—such as urban communication hubs or industrial test sites—where signal crosstalk is a common challenge. Complementing this design is a port isolation of >20dB, which further suppresses interference between dual-polarization ports, ensuring each signal channel operates independently and accurately. When used as a Low VSWR Horn Antenna in test & measurement scenarios, this isolation ensures precise signal simulation and data collection, meeting the strict accuracy requirements of laboratory and industrial testing.
In terms of signal propagation performance, the 0.7-6GHz Dual-Polarization Antenna delivers a gain range of ≥3-13 dBi, adapting to diverse distance needs—from short-range local testing (e.g., laboratory component verification) to medium-range outdoor communication (e.g., outdoor base station signal coverage). Its 3dB beamwidth varies dynamically with frequency, balancing narrow-beam precision for targeted transmission and wide-beam coverage for large-area detection. As an Antenna for High-Power Electronic Equipment, this performance versatility means it can seamlessly switch between high-power signal amplification and precise signal direction control, catering to multi-scenario application demands.
Constructed with high-quality aluminum material and treated with chemical conductive oxidation coating, the 0.7-6GHz Dual-Polarization Antenna boasts excellent durability and environmental resistance. It weighs ≤5kg and has reference dimensions of ≤320mm×320mm×420mm—compact and lightweight, simplifying installation in space-constrained scenarios like vehicle-mounted systems or small-scale communication cabinets. For harsh outdoor use, it supports an operating temperature range of -40°C to +70°C and a storage temperature range of -55°C to +80°C, withstanding extreme cold, high heat, and humidity without performance degradation—critical for an Antenna for High-Power Electronic Equipment that may operate in unregulated environments.
Equipped with an SMA-50K interface, the antenna ensures seamless compatibility with most RF devices, eliminating the need for additional adapters. Its optimized horn shape (a hallmark of a Low VSWR Horn Antenna) enhances signal directivity and reduces side-lobe interference, further improving signal quality. Whether used in base stations for stable communication coverage, laboratories for accurate testing, or high-power electronic systems for reliable signal transmission, the 0.7-6GHz Dual-Polarization Antenna integrates the advantages of a Low VSWR Horn Antenna and an Antenna for High-Power Electronic Equipment, delivering precision, durability, and versatility—making it a top choice for professional RF applications.
Operating Frequency (GHz) | 0.7-6 | |
VSWR | ≤2.5 (typical) | |
Gain | ≥3-13 dBi | |
Polarization | Dual Polarization | |
3dB Beamwidth | 25°-125° | |
Port Isolation (dB) | >20 dB | |
Power | 20W | |
Reference Dimensions | ≤320mm × 320mm × 420mm | |
Weight | ≤5kg | |
Material | Aluminum | |
Operating Temperature | -40°C to +70°C | |
Storage Temperature | -55°C to +80°C | |
Interface | SMA-50K | |
Coating | Chemical Conductive Oxidation |
