DTFT Properties Using the linearity property of Table 3. 2 we then obtain the frequency-domain representation of dovln +divln-l=poo[n]+pon-1 as dov(e/o)+dye ov(e 20)=p0 t pye Solving the above equation we get V(e0) Po+pej do tdie Copyright C 2001, S K. MitraCopyright © 2001, S. K. Mitra 4 DTFT Properties • Using the linearity property of Table 3.2 we then obtain the frequency-domain representation of as • Solving the above equation we get [ ] [ 1] [ ] [ 1] d0 v n + d1 v n − = p0 n + p1 n −  −   −  + = + j j j j d V e d e V e p p e 0 1 0 1 ( ) ( ) −  −   + + = j j j d d e p p e V e 0 1 0 1 ( )