Radar Range Equation Calculator - Laurits J. Carlsen

Radar Range Equation Calculator. R is the range between the radar and the target. D = dh + dt is the target visibility distance and r0 is the mean radius of the earth.

Transmitted pulse peak power (pt ): Transmitted pulse peak power (pt):

G Is The Antenna Gain.

Another important parameter in the radar system is the radar range resolution.

The Higher They Are, The Farther The Horizon Is.

Minimum detectable signal of receiver (pmin ):

Conversion From Dbw/M2 To Dbmi.

Images References :

\ [ \Text {Radar Range} = \Left ( \Frac {Pt \Times G \Times Rc \Times Ae} { (4\Pi)^2 \Times Pmin} \Right)^ {0.25} \]

Rcs in meter 2 :

Transmitted Pulse Peak Power (Pt ):

In simple equation pr = pt / (4*pi*r 2) here pr is the received power, pt is the peak transmit power, here r is the distance of target from radar (i.e.

G Is The Antenna Gain.

The Higher They Are, The Farther The Horizon Is.

Conversion From Dbw/M2 To Dbmi.

Images References :

\ [ \Text {Radar Range} = \Left ( \Frac {Pt \Times G \Times Rc \Times Ae} { (4\Pi)^2 \Times Pmin} \Right)^ {0.25} \]

Transmitted Pulse Peak Power (Pt ):

Range = 4√ P Rσc2G2 R (4Π)3F 2 Op Min R A N G E = P R Σ C 2 G R 2 ( 4 Π) 3 F O 2 P M I N 4.

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