Satellite-borne ADS-B receiver based on LCMXO2

The utility model relates to an LCMXO2-based satellite-borne ADS-B receiver, which comprises a main power supply circuit, and a signal receiving, filtering and amplifying circuit, an FPGA (Field Programmable Gate Array), an ESP-WROOM-32 decoding circuit and an Ethernet transmission circuit which are connected in sequence, and the main power supply circuit supplies power to the whole circuit. Firstly, a signal receiving, filtering and amplifying circuit receives ADS-B signals through an antenna and transmits the ADS-B signals to a surface acoustic wave filter, 1090 MHz frequency band signals are extracted and then sent to an amplifier, the amplified signals are input into an FPGA, 14-bit level signals of the signals are converted into 14-bit binary data, the 14-bit binary data are sent to an ESP-WROOM-32 decoding circuit, then the 14-bit binary data are collected and analyzed, and the ADS-B signals are transmitted to the ADS-B filter. And then the ADS-B signals are transmitted to a host of a data processing ce