It is a two dimensional Radar display. The horizontal and vertical coordinates represent the range and echo amplitude of the target respectively. It is more suitable for manually tracking Radar.

It is a two dimensional Radar display. The horizontal and vertical coordinates represent the azimuth angle and the range of the target respectively. It is more suitable for military Radars.

It is a two-dimensional Radar display. The horizontal and vertical coordinates represent the azimuth angle and elevation angle respectively. Here, intensity modulation takes place.

It is a two dimensional Radar display. The horizontal and vertical coordinates represent the azimuth angle and the range of the target respectively. It is more suitable for military Radars.

It is a two-dimensional Radar display. The horizontal and vertical coordinates represent the azimuth angle and elevation angle respectively. Here, intensity modulation takes place. Usually synthetic video

It is a two dimensional Radar display. The horizontal and vertical coordinates represent the range and echo amplitude of the target respectively. It is more suitable for manually tracking Radar.

Elevation vs. Range similar to a B-scope, with elevation replacing

If the electron beam is deflected or the intensity-modulated spot appears on the Radar display due to the presence of target, then it is known as blip. C-Scope becomes D-Scope, when the blips extend vertically in order to provide the distance.

It is more suitable for military Radars.

It is the modified version of A-Scope. It displays the target as radial deflection from time base.

Elevation vs. Range similar to a B-scope, with elevation replacing

It is the modified version of C-Scope. It displays the target as radial deflection from time base.

PPI is like A scope radar display

PPI is a type of radar display that represents the radar antenna in the center of the display, with distance and height above ground drawn as concentric circles. As the radar antenna rotates, a radial trace on the PPI sweeps in unison with it about the center point. It is the most common type of radar display.

It is the modified version of B-Scope in order to provide the information about elevation angle of the target. It displays the target as two blips, which are closely spaced. This can be approximated to a short bright line and the slope of this line will be proportional to the sine of the elevation angle.

It is a Radar display, which uses intensity modulation. The horizontal and vertical coordinates represent the range and height of the target respectively.

type of radar display that represents the radar antenna in the center of the display, with distance and height above ground drawn as concentric circles. As the radar antenna rotates, a radial trace on the PPI sweeps in unison with it about the center point. It is the most common type of radar display.

It is the modified version of B-Scope in order to provide the information about elevation angle of the target. It displays the target as two blips, which are closely spaced. This can be approximated to a short bright line and the slope of this line will be proportional to the sine of the elevation angle.

Omnidirectional

Directional

Low gain

Antenna side lobe

Beam

Directivity

Two

One

Five

Waveguide impedance matching devices

Duplexer

Feeding antenna