ANLTE4-2HRA

Series:	*
Part Status:	Active
Applications:	LoRa

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Introduction to ANLTE4-2HRA RF Antennas Radio Frequency (RF) antennas are fundamental components of wireless communication systems. ANLTE4-2HRA is a novel high-gain, high-efficiency antenna that utilizes advanced active antenna technology to transmit and receive multiple frequency signals. It is ideal for applications requiring a wide operating frequency range (up to 10 GHz) combined with high antenna gain and antenna efficiency. Application Field of ANLTE4-2HRA Antenna ANLTE4-2HRA antennas have wide applications in various industrial markets such as cell phones, wireless local area networks (WLANs), consumer electronics, automotive, civil engineering, air traffic control, medical, satellite communication, and defense. Therefore, ANLTE4-2HRA antennas have become the go-to choice of many engineers due to their high gain, high efficiency, and wide working frequency range. The ANLTE4-2HRA antenna is specifically designed for multi-frequency applications as it is able to transmit and receive signals in different frequency bands. This makes it an ideal choice for applications such as multi-band communication systems, radar and navigation, satellite communication, two-way radio communications, and microwave point-to-point links. In these applications, the antenna performs the critical task of linking multiple frequency signals in order to achieve optimal performance. Working Principle of ANLTE4-2HRA Antenna The ANLTE4-2HRA antenna is based on Active Antenna Technology (AAT). This technology utilizes a low-power RF input at the antenna\'s base which is then amplified and fed to a small loudspeaker integrated into the antenna. This loudspeaker acts as a transducer which produces amplitude-modulated (AM) radio waves at the required operating frequency. The system is highly efficient and capable of producing high-gain signals with low noise figures. In addition, the ANLTE4-2HRA antenna is equipped with a planar array of 24 receiving elements which enable it to be used with multiple receiving frequencies. This allows users to tune the antenna to receive signals from multiple frequency sources, making it an ideal choice for applications such as remote sensing, two-way radio communications, satellite communication, and radar. Moreover, its advanced signal processing algorithms provide enhanced signal processing and noise immunity, enabling reliable communication even in challenging environments. Overall, the ANLTE4-2HRA is an ideal choice for applications requiring a wide operating frequency range combined with high antenna gain and antenna efficiency. Thanks to its advanced active antenna technology, it can be used in a variety of applications requiring reliable communication at multiple frequencies. Conclusion In conclusion, the ANLTE4-2HRA antenna is a high-gain, high-efficiency antenna uniquely designed to transmit and receive multiple frequency signals. Its advanced active antenna technology enables it to provide excellent signal quality and transmit at a wide range of frequencies. The antenna is ideal for applications requiring wide-range frequency selection and robust signal processing. Its reliable performance makes it a great choice for industrial markets such as cell phones, wireless local area networks, and other wireless applications.

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