In this post, you will find detailed information on What is the range resolution of a radar?, What is the range rate of radar?, What is the target resolution of radar?
What is the range resolution of a radar?
The range resolution of a radar is the ability to distinguish between two targets that are at different distances from the radar. It is determined by the pulse width or duration of the transmitted radar pulse.
A shorter pulse width results in higher range resolution, allowing the radar to distinguish targets closer together.
Radar range rate refers to the rate at which the distance between the radar and a moving target changes. It is the speed at which the target approaches or moves away from the radar, calculated from the rate of change of the delay of the returned radar signal.
What is the range rate of radar?
Radar target resolution is the radar’s ability to distinguish two or more targets that are close to each other.
It is influenced by both range resolution and angular resolution. Higher target resolution allows the radar to differentiate and track spaced targets more accurately.
What is the target resolution of radar?
Range resolution and azimuth resolution are two aspects of radar resolution. Range resolution is the ability to distinguish targets at different distances from the radar, while azimuth resolution is the ability to distinguish targets at different angles to the radar’s line of sight.
Together, these resolutions determine the radar’s overall ability to resolve targets in both range and direction.
The maximum radar range is the greatest distance at which the radar can accurately detect and measure targets. It is influenced by factors such as radar transmitted power, antenna size, receiver sensitivity and environmental conditions. The maximum range varies with radar design and intended application.
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