|
|
|
| Untersuchte Arbeit: Seite: 12, Zeilen: 22 |
Quelle: Ohm 2001 Seite(n): 2, Zeilen: 1 |
|---|---|
| Throughout the article, all vectors are denoted as boldface and complex conjugates are denoted by *. Vectors on a rotating reference frame is followed by a superscript letter which designates the frame used as in Vs s (Vs in stationary frame). The derivative operator is denoted by p while P is the number of poles For notational convenience, let Y (scalar) or Y (vector) be the representative notation of any voltage, current or flux linkage variable. Real and Imaginary values of a space vector Y is denoted by Re(Y) and Im(Y), respectively. Zero vectors are denoted by 0 regardless of the reference frame used | Throughout the article, all vectors are denoted as boldface and complex conjugates are denoted by @. Vectors on a rotating reference frame is followed by a superscipt letter which designates the frame used as in Vs s (Vs in stationary frame). The derivative operator is denoted by p while P is the number of poles For notational convenience, let Y (scalar) or Y (vector) be the representative notation of any voltage, current or flux linkage variable. Real and Imaginary values of a space vector Y is denoted by Re(Y) and Im(Y), respectively. Zero vectors are denoted by 0 regardless of the reference frame used. |
|
|