A driving point impedance with poles at = 0, = must have excess – McqOptions

MCQOPTIONS

1.	A driving point impedance with poles at = 0, = must have excess ___________ term in the numerator polynomial.
A.	s<sup>1</sup>+ <sub>n</sub><sup>1</sup>
B.	s<sup>1</sup>+ <sub>n</sub><sup>2</sup>
C.	s<sup>2</sup>+ <sub>n</sub><sup>2</sup>
D.	s<sup>2</sup>+ <sub>n</sub><sup>1</sup>
Answer» D. s<sup>2</sup>+ <sub>n</sub><sup>1</sup>

Discussion

No Comment Found

Related MCQs

A driving point impedance with pole at = 0 and zero at = must have ____________ term in the numerator and denominator.
A driving point impedance with pole at = 0 and zero at = must have ___________ term in the denominator polynomial.
A driving point impedance with zero at = 0 and pole at = must have ___________ term in the denominator polynomial.
A driving point impedance with zero at = 0 and pole at = must have ___________ term in the numerator polynomial.
A driving point impedance with zeros at = 0, = must have an excess ___________ term in the denominator polynomial.
A driving point impedance with zeros at = 0, = must have ___________ term in the numerator polynomial.
A driving point impedance with poles at = 0, = must have excess ___________ term in the numerator polynomial.
A driving point impedance with poles at = 0, = must have ___________ term in the denominator polynomial.
Based on the location of zeros and poles, a reactive one-port can have ____________ types of frequency response.