The Radar System

Mode A queries the plane identification information and mode C queries the height information. Nevertheless, the SSR does not rely on the transponder to determine the position of the aircraft. It is determined by measuring the time it takes for the energy beam to be reflected by the radar and the direction of reflection comes back from it. All information is sent to the air traffic control system, where the air tag is displayed. b) The role of the system in air traffic management The airport surveillance radar (ASR - 11) is an integrated primary and secondary surveillance radar system that detects aircraft position and weather conditions.

ATSS assigned to radar's specialized work is related to the installation, maintenance, modification and certification of the following monitoring and radar systems and services: Airport surveillance radar, route surveillance radar, air traffic control sign indicator, airport ground detection device, terminal Pule weather radar, etc. Other responsibilities in the field of communication, environment, navigation equipment or automation may also be required. The ATS assigned to handle the navigation assistance pro system may require installation, inspection / evaluation, repair, maintenance, modification and certification of various navigation device related systems and services. These include, but are not limited to, instrument landing systems, VHF omnidirectional range (VOR), Doppler superhigh frequency range (DVOR), tactical aircraft control and navigation (TACAN), and distance measuring equipment (DME) It is not done.

Most adaptive cruise control systems use radar as the primary sensor. Radar is an active sensor system, the transmitter radiates radio waves of a specific frequency, and the receiver collects echoes, ie reflections of that signal. With radar you can measure the distance from you to your nearest object. You can also tell the relative speed of the object whether it is away from you or towards you. Adaptive cruise control allows you to set the target speed, such as vintage cruise control, but by avoiding objects you will not collide with the vehicle ahead. You will eventually set the distance behind your front car. Speed ​​is adjusted according to distance

Radar was first developed in 1935 as a remote detection system to identify the object, more specifically the position of the enemy aircraft at the time. The radar signal is reflected from the object in that path and the radar system detects the echo of the return signal. Radar can identify many characteristics of distant objects, such as distance, speed, direction of movement, shape. Its nature is an important and versatile tool in many industries because it detects objects in the field of view and works under all weather conditions.