This page provides a detailed overview of radar principles and technologies, including mathematical, physical and technical explanations. “Radartutorial” explains the fundamentals …

These principles can basically be implemented in radar system, and allow the determination of the distance, the direction and the height of the reflecting object.

Under some conditions, radar system can measure the direction, height, distance, course, and speed of these objects. The frequency of electromagnetic energy used for radar is unaffected …

At the end of this chapter, students should understand the fundamentals of radar and recognize the key performance parameters associated with primary radar specifications.

At the end of this chapter, students should understand the fundamentals of radar and recognize the key performance parameters associated with primary radar specifications.

Was ist Radar? Wie funktioniert Radar? Auf dieser Homepage finden Sie mathematische, physikalische und technische Erläuterungen über die Radartechnologie. Viele Radargeräte …

Radar Basic Principle Principle of Measurement Distance-determination Direction-determination Maximum Unambiguous Range Minimal Measuring Range Elevation Angle Range Resolution …

During the pulse top of the rectangular pulse, the radar operates at the first frequency, and during the interpulse period the radar operates at the second frequency.

With relatively small antennas, sufficient angular accuracy can be achieved, which favours military use as airborne radar. On the other hand, the antennas of missile control radar systems, which …

After successive scans, the radar accumulates accurate tracks of targets. The radar can then estimate a safe course for this target (in the case of civil aviation safety), or (in the case of a …