RDF30J-4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The RDF30J-4 is a pulse-enhanced radome used in microwave antenna systems. It is usually deployed in civil and commercial communications microwave applications, including radar, microwave backhaul, digital terrestrial TV, and broadband wireless access (BWA). The RDF30J-4 is a reconfigurable, high-performance radome made using composite materials. Its robust construction ensures superior mechanical and electrical performance against wind load and weather conditions. This review aims to provide an overview of the RDF30J-4 application field and working principle.

The RDF30J-4 application field covers numerous high-speed applications that require reliable electromagnetic shielding. Its research and development efforts have resulted in a holistic solution for civil and commercial communication systems. The RDF30J-4 is mainly used as an outdoor antenna system for the backhaul of high-speed microwave communication signals. It provides a stable link between two microwave antennas, allowing for reliable transmission of RF signals between them. Additionally, the RDF30J-4 radome is suitable for use in radar, digital terrestrial TV, and broadband wireless access (BWA).

The key features of the RDF30J-4 enable it to deliver superior performance in several essential categories. Firstly, it has an ultra-wide frequency range covering 400 MHz up to 8 GHz, making it a versatile choice for several different applications. Secondly, its innovative design and construction ensure ultra-low power loss and resilient wind loading performance. Thirdly, the integrated mechanical structure of the RDF30J-4 also ensures its extremely lightweight and easy to install. Its features guarantee superior stability, allowing it to guarantee superior performance even under harsh conditions.

When it comes to the working principle of the RDF30J-4, it is characterized by its unique capacitive element and ultra-wide frequency spectrum. The capacitive element is strategically positioned within the radome to control its resonance capabilities. This element is responsible for the extremely low power losses, exhibiting superior power efficiency despite the increased frequency range. It also enables enhanced weather protection, as the capacitive element helps the radome to maintain proper impedance match. Furthermore, the pulse-enhanced feature increases the overall gain, allowing it to extend its operating range and reducing its power consumption.

In addition, the RDF30J-4 is also characterized by its advanced attenuation capabilities, allowing for reliable signal transmission even in the most challenging environment. It exhibits ultra-high isolation of greater than -90 dB, enabling robust operation and compliance with the highest standards in the industry. Furthermore, the RDF30J-4 also features advanced pre-compensation capabilities, helping to minimize cable losses and optimize the transmitted power.

In summary, the RDF30J-4 is an advanced radome designed for multiple high-speed applications that require superior electric and mechanical performance. Its ultra-wide frequency range, low power losses, and lightweight construction make it an ideal choice for high-speed backhaul and communication links. Additionally, its advanced features enable superior attenuation and pre-compensation capabilities, optimizing signal transmission and ensuring reliable operations. Its unique capacitive element also ensures a low cost per bit, increasing the overall system performance. These factors make the RDF30J-4 an excellent choice for several high-speed communication systems.

The specific data is subject to PDF, and the above content is for reference