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Negative Impedance Converters and Supporting Theory

NIC and Theory

Basic Complex Mathematics: Complex plane; S plane
Introduction to Negative Impedance: Negative resistance; Negative differential conductivity
Implementation of NICs: Negative impedance converter
Theoretical Background and Transforms: Z-transform; Advanced Z-transform; Laplace operator; Laplace transform; Laurent series; Open set; Meromorphic function; Pole (complex analysis); Zero (complex analysis); Holomorphic function; Mathematical singularity; Removable singularity; Sampling rate
Historical Perspective: Jean-Robert Argand; Caspar Wessel; Pierre-Simon Laplace; Witold Hurewicz; John R. Ragazzini; Lotfi A. Zadeh; Eliahu I. Jury

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 == Negative Impedance Converters and Supporting Theory ==
 === NIC and Theory ===
-;Basic Complex Mathmatics
+;Basic Complex Mathematics
 :[[Complex plane]]
 :[[S plane]]
-;Introduction to Negative Impedence
+;Introduction to Negative Impedance
 :[[Negative resistance]]
 :[[Negative differential conductivity]]