In today's increasingly busy low-altitude airspace, drones are no longer just aerial photography tools or logistics carriers; they are gradually integrating into manned aviation systems, undertaking critical tasks such as inspection, emergency rescue, and
Against the backdrop of the continuous evolution of modern avionics systems, Automatic Dependent Surveillance-Broadcast (ADS-B) technology has become a core pillar of global air traffic control system upgrades.
The output impedance matching of the communication analog signal source plays a decisive role in the waveform fidelity.
The adaptive tuning mechanism can significantly improve the sensitivity of airborne ads-b receivers under different signal conditions.
The low-power standby mode of the integrated air traffic control transponder is a silent commitment to protecting lives. Through intelligent power management.
By aligning ADS-B data with AIS signals in time and space, the system can more accurately calculate relative motion parameters, thereby optimizing the time slot reservation window.