08 x 1.4 12 This is a two-dimensional plot of the z-plane that shows the unit circle, the real an...
08 x 1.4 12 This is a two-dimensional plot of the z-plane that shows the unit circle, the real and imaginary axes, and the position of the system's poles and zeros. Zeros are typically marked with an 'o,, while poles are indicated with an X'. Sometimes, a location has multiple poles and zeros. In this case, a number is marked next to that location to indicate how many poles or zeros exist there. The above figure, for instance, shows four zeros (two conjugate pairs), one"trivial" pole at the origin, and one other conjugate pair of poles. Question: Where in the complex plane can zeros and poles be placed to have the strongest influence on the magnitude response of the filter?
08 x 1.4 12 This is a two-dimensional plot of the z-plane that shows the unit circle, the real and imaginary axes, and the position of the system's poles and zeros. Zeros are typically marked with an 'o,, while poles are indicated with an X'. Sometimes, a location has multiple poles and zeros. In this case, a number is marked next to that location to indicate how many poles or zeros exist there. The above figure, for instance, shows four zeros (two conjugate pairs), one"trivial" pole at the origin, and one other conjugate pair of poles. Question: Where in the complex plane can zeros and poles be placed to have the strongest influence on the magnitude response of the filter?