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// Chapter 10 example 3
//------------------------------------------------------------------------------
clc;
clear;
Vr = 150
c = 3*10^8
df1= 10^6;
// Given data
// fd = (2*Vr)/lamda = (2*Vr*f)/c
// for 'Vr' and 'c' as constant(for a given radial velocity,Vr is constant)
// fd = K.f where 'f' is the operating frequency and K = (2*Vr)/c
// Therefore df = ± 1 Mhz around the center frequency
k = (2*Vr)/c
df_d = df1*k
// Output
mprintf('Doppler shift due to carrier frequency sweep = ±%d Hz',df_d);
//------------------------------------------------------------------------------
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