100W 180-2000MHz High-Stability Logarithmic Periodic Antenna
ZD-LPDA-180/2000M-100W
The 180MHz-2000MHz Logarithmic Periodic Antenna is a high-performance RF antenna designed for scenarios requiring wideband communication and signal monitoring, featuring stable signal transmission/reception capabilities and excellent environmental adaptability. Covering a wide frequency range from 180MHz to 2000MHz, the antenna has a gain of ＞6dBi (reaching 6.2dB at 180MHz and increasing to 9.4dB at 2000MHz) and a 3dB beamwidth of 40°~105°, enabling a wide signal coverage range. With a typical VSWR of 2.0 and a maximum power handling capacity of 100W, it can effectively reduce signal transmission loss and meet the needs of medium-to-high power applications.
Constructed from Alufer material with a grayish sea coating, the antenna measures 1340mm×920mm×90mm, has a moderate weight, and supports board-mounted installation for quick deployment. It operates within a temperature range of -55℃~+85℃ and has a storage temperature range of -65℃~+85℃, allowing stable operation in harsh outdoor or industrial environments. In addition, the antenna is equipped with an N-type socket interface, integrating signal transmission stability and structural durability. It can also be used with synchronous signal monitoring components, making it suitable for scenarios such as wireless communication base stations, outdoor signal acquisition, and industrial-grade RF transmission. With precise performance parameters and reliable operation, it meets various strict wideband RF application standards.
Constructed from Alufer material with a grayish sea coating, the antenna measures 1340mm×920mm×90mm, has a moderate weight, and supports board-mounted installation for quick deployment. It operates within a temperature range of -55℃~+85℃ and has a storage temperature range of -65℃~+85℃, allowing stable operation in harsh outdoor or industrial environments. In addition, the antenna is equipped with an N-type socket interface, integrating signal transmission stability and structural durability. It can also be used with synchronous signal monitoring components, making it suitable for scenarios such as wireless communication base stations, outdoor signal acquisition, and industrial-grade RF transmission. With precise performance parameters and reliable operation, it meets various strict wideband RF application standards.
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The 180MHz-2000MHz Logarithmic Periodic Antenna, a high-performance device designed specifically for wideband RF scenarios, focuses its core advantages on three dimensions: wideband coverage, stable performance, and scenario adaptability, making it an ideal choice that balances signal quality and environmental resistance.
First, the advantage of its core attribute as an 180-2000MHz Wideband Antenna lies in its ultra-wide frequency coverage range, which can easily meet the frequency band requirements of multiple scenarios such as wireless communication, signal monitoring, and base station coverage. There is no need to configure separate antennas for different frequency bands, significantly reducing equipment deployment costs and space occupation. Compared with ordinary narrowband antennas, this antenna enables efficient"one-device multi-frequency"application, and its advantage is even more prominent especially in industrial communication or outdoor monitoring scenarios that require cross-frequency band signal transmission.
Second, as a professional Logarithmic Periodic Antenna, its unique logarithmic periodic structure endows the product with excellent signal characteristics: the gain is stable with a wide dynamic range, gradually increasing from 6.2dB at 180MHz to 9.4dB at 2000MHz, and maintaining a high gain level of ＞6dBi throughout, ensuring the signal reception and transmission strength at different frequency bands; the 3dB beamwidth covers 40°~105°, which can adaptively adjust the coverage angle according to the frequency, not only ensuring the concentration of short-range signals but also realizing signal coverage in a wide range of areas and avoiding signal blind spots. At the same time, the typical VSWR is controlled at 2.0, and the maximum power handling capacity reaches 100W, which can effectively reduce signal transmission loss, improve power utilization, and meet the stability requirements of medium-to-high power RF applications.
More importantly, this antenna is a typical High-Stability Antenna, achieving high-reliability design in terms of material, structure, and environmental adaptability: it is made of industrial-grade Alufer material, which combines high strength and corrosion resistance; the grayish sea coating on the surface further enhances weather resistance, capable of withstanding erosion from harsh outdoor conditions such as wind, rain, and temperature differences; the operating temperature range is extended to -55℃~+75℃, and the storage temperature range reaches -65℃~+85℃, ensuring stable operation whether it is an outdoor base station in cold regions or equipment supporting in high-temperature industrial workshops. In addition, the antenna has dimensions of 1340mm×920mm×90mm, supports board-mounted installation, has a compact structure and convenient deployment. Combined with the high adaptability of the N-type socket interface, it can be seamlessly integrated into complex systems, reducing the risk of failures in installation and debugging links and further enhancing the overall operational stability.
Overall, this product, which combines the characteristics of an 180-2000MHz Wideband Antenna and a Logarithmic Periodic Antenna, relies on the core trait of being a High-Stability Antenna. It can not only meet the RF performance requirements of multi-frequency bands and high power but also adapt to various harsh environments. It is a preferred device for scenarios such as wireless communication base stations, outdoor signal monitoring, and industrial-grade RF transmission, providing a stable and efficient signal solution for harsh application scenarios.
FrequencyRange | 180MHz~2000MHz | |
Gain | >6dBi | |
3dBBeamWidth | 40°~105° | |
MaximumCarryingCapacity | 100W | |
StandingWave | 2.0(typical value) | |
Joggle | N-typeSeat | |
WayToInstall | InstallTheBoard | |
Reference Dimention | 1340mm×920mm×90mm(L*W*H) | |
Pigment | Grayish Sea | |
Material | Alufer | |
Working Temperature | -55℃~+75℃ | |
StorageTemperature | -65℃~+85℃ |
