APAES923R3640C16-T

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RF antennas are a crucial element of modern equipment for electrical and wireless communication. The APAES923R3640C16-T is a superior antenna, specially designed for fixed telecommunication applications. It has a wide range of applications and utilizes advanced design principles to offer the ultimate performance in telecommunication. This article will discuss the application field and working principle of the APAES923R3640C16-T antenna.

Application Field

The APAES923R3640C16-T antenna is designed for use in fixed wire telecommunication applications. It is suitable for various application scenarios, including wireless communication, Local Area Network (LAN), and Long Term Evolution (LTE). Moreover, it is also suitable for use in WLAN and WiMax applications, allowing for fast wireless transmission by utilizing the IEEE 802.11 standards.

The antenna is designed with a wide frequency range covering a 30MHz to 4GHz bandwidth. This wide frequency coverage enables the antenna to accommodate multiple frequency bands for telecommunication. Additionally, the antenna has a low transmitted noise figure and high gain, providing improved performance compared to other antennas in the same class. This makes the APAES923R3640C16-T a suitable antenna for fixed telecommunication applications.

Working Principle

The APAES923R3640C16-T antenna utilizes a unique design principle that is suitable for fixed telecommunication applications. It consists of two main components: an antenna array and a feed network. The antenna array consists of multiple horizontally arranged radiators that are connected to the feed network via a quadrature hybrid coupler. The antenna operates in dual-polarization mode, sending and receiving signals in both vertical and horizontal polarization.

The antenna also utilizes an adaptive radiation pattern control system that is composed of a series of phase shifters, attenuators, and beamwidth control elements. This system allows the antenna to adapt its radiation pattern according to the environment and change the direction and gain of the transmitted or received signal. The feed network is designed to match the impedance of the radiators, offering optimal transfer of energy between the radiators and the feed.

To ensure high-performance signal transmission, the antenna is built with high-precision components. Each component is carefully designed and tested to ensure function and reliability. Moreover, the antenna is designed to withstand harsh weather and environmental conditions. The rugged construction of the antenna enables it to operate reliably even in areas with high wind and temperature variation.

Conclusion

The APAES923R3640C16-T antenna is a superior wireless antenna designed for fixed telecommunication applications. It is designed with advanced design principles to provide optimal performance. The wide frequency coverage and high-precision components make the APAES923R3640C16-T an ideal choice for fixed telecommunication applications. The antenna utilizes an adaptive radiation pattern control system and a feed network to ensure high-quality signal transmission.

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