FLABEA-02

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FLABEA-02 is a special application form of the FOE-ABMS (Focalized Optimized Emission Automatic Beamforming System) developed by the M2-Lab of EEC, USA. It is mainly used in selective emission and reception. In order to control the source energy and polarization angle for reception and transmission, FLABEA-02 uses two beams that are orthogonal to each other.

In particular, the system comprises two antennas, each directed towards different directions. A single polarization is then selected for each beam. For transmitting the signal the FLABEA-02 processes the data using a reflection-based technique in a phased array approach that takes into account the mutual coupling of adjacent elements. On the receiver side, a power splitting technique is used to ensure the orthogonality of the two beams.

FLABEA-02 can be applied in various fields, such as communication, microwave signal detection, automotive and aerospace applications. It is also used in telemedicine. Specifically, FLABEA-02 can provide reliable communication links for remote medical services such as the transfer of medical images, echocardiography, electrocardiology, and other medical tests.

This system also serves in the capture and trace of moving targets. It expands the range of the monitored space and accelerates the response rate. It provides a gain control, allowing the reception of signals with high sensitivity. FLABEA-02 has proven to be a low-cost solution with excellent performance.

The working principle of FLABEA-02 is based on two orthogonal beams which are spatially separated. The signal of each beam is generated by the antenna array and is transmitted through an amplifier. The signal that is received is then further processed using a flash ADC in order to detect the signal amplitude and phase. The signal is then demodulated using a correlation receiver and the received data is then used for further processing.

The received data is then input to a beamforming algorithm which then produces the final output. The beamforming algorithm is used to improve the performance of the system by combining the individual signals of the two beams. The output of the beamforming algorithm is then used to drive the antenna array to adjust the direction of the transmitted and received signals.

Lastly, the transmitted signal is received by a matched filter which filters out unwanted noise and interference. The output of this filter is then used to detect the presence of an incoming signal and to decode it. This information is then used for further processing.

FLABEA-02 provides a strong and reliable solution for selective transmission and reception of signals. Its low-cost and excellent performance make it an attractive choice for many applications. The two orthogonal beams and the beamforming algorithm are key components that make it a versatile and reliable system.

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