  This study examines the effect of distorted triangular magnetic interactions
in the Kagome lattice. Using a Holstein-Primakoff expansion, we determine the
analytical solutions for classical energies and the spin-wave modes for various
magnetic configurations. By understanding the magnetic phase diagram, we
characterize the changes in the spin waves and examine the spin distortions of
the ferromagnetic (FM), Antiferrimagnetic (AfM), and 120$^{\circ}$ phases that
are produced by variable exchange interactions and lead to various
non-collinear phases, which provides a deeper understanding of the magnetic
fingerprints of these configurations for experimental characterization and
identification.
