FPSLHLH00M9

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FPSLHLH00M9 is a multifunctional frequency spectrum general detector of narrow-band radar. It is mainly used for communication and remote sensing applications. In the field of communication, it can be used for communication signal interception, active remote sensing, transponder identification, and even space defense system. It is also used in military communication, air defense, mobile target tracking, recognition, and navigation radar systems. In the field of remote sensing, it is used for scanning and detection of high-frequency signals in the frequency band of up to 25 GHz.

In terms of its working principle, FPSLHLH00M9 adopts a frequency correlation detection (FCD) method, which is a type of spectrum detection technique based on correlation calculations. This method uses a second, wider bandwidth step-frequency waveform as a reference input signal to measure the amplitude and phase of the signal in a given frequency range. Then, by using a model of the expected frequency response of the signal being scanned, the phase and amplitude of the signal can be estimated, with any mismatch between the expected response and the measured response being used to indicate any existing signals that may be present.

In summary, FPSLHLH00M9 is a widely used multifunctional frequency spectrum general detector for narrow-band radar. It is mainly applied in the fields of communication and remote sensing, using a frequency correlation detection method to scan and detect signals in the frequency band of up to 25 GHz. It can be used for a variety of tasks, such as communication signal interception, active remote sensing, transponder identification, military communication, air defense, mobile target tracking, recognition, and navigation radar systems.

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