the principal of this is like
radar waveform can be broken down mathmatically by Fourier Expansion
into series of sinusoid componenets -main component and its harmonics.
instead of sending a normal radar signal, it instead sends the components of that signals (fundamentals + harmonics). The beauty of it is the wide range of frequency it could use . The resulting reconstructed synthesised pulse (receivers site) would not be affected by radar absorbent materials.
now, anyone heard this type of radar systems from china or russia ?
radar waveform can be broken down mathmatically by Fourier Expansion
into series of sinusoid componenets -main component and its harmonics.
instead of sending a normal radar signal, it instead sends the components of that signals (fundamentals + harmonics). The beauty of it is the wide range of frequency it could use . The resulting reconstructed synthesised pulse (receivers site) would not be affected by radar absorbent materials.
now, anyone heard this type of radar systems from china or russia ?