1300060027

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1300060027 is a multi-channel analog tracking signal processor. It can simultaneously track multiple broadband RF signals for instantaneous frequency and amplitude measurement. It is mainly used in aerospace and navigation systems.

1300060027 is based on patented optical tracking technology that does not require complex analogue circuits. It can track multiple coherent signals in a fully digital environment and can quickly and accurately determine signal parameters, such as signal frequency, amplitude and phase. Its working principle is similar to that of an automatic frequency tracking circuit, but using optical positioning technology.

The 1300060027 consists of an RF input stage, a signal tracking stage, a signal evaluation stage and a signal output stage. The RF input stage consists of an RF receiver and an antenna. This component is used to receive the signal being tracked. The tracking stage consists of an optical tracking board and a signal tracking processor. The signal being tracked is processed in the optical tracking board, so that the signal information is converted into a digital signal that can be processed by the signal tracking processor. Finally, the signal evaluation stage uses signal analysis algorithms to calculate signal parameters such as frequency, phase and signal power.

The 1300060027 can be used in various aerospace and naviagtion systems, such as aircraft navigation, maritime navigation, unmanned aerial vehicle navigation, communication systems, and GPS systems. This system is suitable for hostile and complex interference environments such as ship-borne microwave radars and threats. Furthermore, it is also used in public security spectrum monitoring and management, and battlefield spectrum detection and analysis civil aviation navigation systems.

In summary, 1300060027 is a multi-channel analog tracking signal processor. It is mainly used in aerospace and navigation systems. Based on patented optical tracking technology and signal evaluation algorithms, it can quickly, accurately and stably track multiple signals. Its application field covers various spectrum detection, monitoring and navigation systems, such as aircraft navigation, maritime navigation, unmanned aerial vehicle navigation, communication systems, and GPS systems.

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