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//Chapter-2 example 2.2
//=============================================================================
clc;
clear;
Pt=5000; //Peak tx power in watts
Pav=1000; //Average Power
PRF1 = 10; //Pulse repetition frequency in khz
PRF2 = 20; //Pulse repetition frequency in khz
//Calculations
D=Pav/Pt;//Duty cycle
PRI1=1/PRF1; //Pulse repetitive interval in msec
PRI2=1/PRF2; //Pulse repetitive interval in msec
PW1=D*PRI1; //Pulse Width in msec
PW2=D*PRI2; //Pulse Width in msec
PE1=Pt*PW1; //Pulse Energy in joules
PE2=Pt*PW2; //Pulse Energy in joules
//Output
mprintf('Duty cycle is %3.2f \n pulse repetition interval 1 is %3.2f msec\n pulse repetition interval 2 is %3.2f msec\n Pulse Width1 is %3.2f usec\n Pulse Width2 is %3.2f usec\n Pulse Energy1 is %3.2f J \n Pulse Energy2 is %3.2f J',D,PRI1,PRI2,PW1*1000,PW2*1000,PE1/1000,PE2/1000);
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