913095-9

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913095-9, otherwise known as the Model 913095-9 Aircraft Mounted Radar Transponder, is an aircraft transponder that is used to pick up and interpret radar signals from the ground. The radar transponder works in conjunction with the aircraft\'s aircraft Identification Friend or Foe (IFF) system to provide reliable air traffic control (ATC) information. This article will explore the application field and working principle of the 913095-9 transponder.

Applications of the 913095-9 Aircraft Mounted Radar Transponder

The 913095-9 mobile transponder operates in the C band of the microwave frequency spectrum (5.495 – 5.674 GHz). This means that the transponder is optimally designed to be used for air navigation and surveillance systems. Specifically, the 913095-9 transponder is utilized in the ATC process of providing precise real-time aircraft navigation and tracking data to air traffic controllers.

The transponder also helps to ensure the safety and security of aircraft and their passengers. By having access to accurate aircraft location data from the transponder, air traffic controllers can more easily manage air traffic volumes to prevent conflicts or collisions in the air. The same data can also be used to help alleviate traffic congestion on the ground by adjusting altitudes or routes.

Working Principle of the 913095-9 Aircraft Mounted Radar Transponder

The 913095-9 aircraft mounted radar transponder operates by using a set of four antennas to pick up radar signals from the ground. It then processes and interprets those signals in order to determine the precise geographical coordinates of the aircraft. This data is then transmitted to the ground via a low frequency (LF) signal and received by the IFF secondary surveillance radar (SSR) of the air traffic controller.

The transponder is designed to receive and process signals from an Indication of Position Marker Beacon (IPMB) which emit LF pulses every 1/8th second. The 913095-9 then takes the modulation characteristics of the signal and calculates the precise geographical location of the aircraft based on the pulse repetition frequency and its position relative to the transmitter.

Once the position is calculated, the LF signal is then modulated with the relevant aircraft identification information, allowing the ground station to easily identify the aircraft. This is then transmitted back to the ground where the air traffic controller can then use the data to track the aircraft\'s progress and assist the pilot in navigating the aircraft safely.

Conclusion

The 913095-9 transponder is an essential part of the aviation industry. It helps to ensure the safety and security of all aircraft and passengers by providing accurate real-time data on the precise location of the aircraft, making it much easier for air traffic controllers to monitor and manage air traffic. This article explored the application field and working principle of the 913095-9 aircraft mounted radar transponder in detail.

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